From 6f8ff08859e4ae5e5c340849a3fa05df4df226a2 Mon Sep 17 00:00:00 2001 From: sudacode Date: Tue, 9 Sep 2025 00:29:30 -0700 Subject: [PATCH] add mpv --- .config/mpv/.gitignore | 6 + .config/mpv/.prettierrc | 2 + .../mpv/fonts/Material-Design-Iconic-Font.ttf | Bin 0 -> 99212 bytes .config/mpv/fonts/fluent-system-icons.ttf | Bin 0 -> 2247660 bytes .config/mpv/input.conf | 281 ++ .config/mpv/mpv-fonts.conf | 18 + .config/mpv/mpv.conf##default | 139 + .config/mpv/mpv.conf##os.Darwin | 243 + .config/mpv/mpv_websocket##os.Darwin | Bin 0 -> 917248 bytes .config/mpv/mpv_websocket##os.Linux | Bin 0 -> 1186128 bytes .config/mpv/script-modules/scroll-list.lua | 293 ++ .config/mpv/script-opts/anilistUpdater.conf | 11 + .config/mpv/script-opts/animecards.conf | 107 + .config/mpv/script-opts/autosubsync.conf | 33 + .../mpv/script-opts/immersion-tracker.conf | 22 + .config/mpv/script-opts/modernz.conf | 378 ++ .../mpv/script-opts/mpv-youtube-queue.conf | 35 + .config/mpv/script-opts/osc.conf | 19 + .config/mpv/script-opts/reload.conf | 34 + .config/mpv/script-opts/stats.conf | 1 + .config/mpv/script-opts/subs2srs.conf | 331 ++ .config/mpv/script-opts/thumbfast.conf | 30 + .config/mpv/script-opts/youtube-upnext.conf | 91 + .config/mpv/script-opts/ytdl_preload.conf | 1 + .../scripts/anilistUpdater/anilistUpdater.py | 1 + .config/mpv/scripts/anilistUpdater/main.lua | 1 + .config/mpv/scripts/animecards | 1 + .config/mpv/scripts/autosubsync-mpv | 1 + .config/mpv/scripts/immersion-tracker | 1 + .config/mpv/scripts/jimaku.js | 388 ++ .config/mpv/scripts/modernz.lua | 1 + .config/mpv/scripts/mpv-youtube-queue.lua | 1 + .config/mpv/scripts/pause-indicator.lua | 1025 +++++ .config/mpv/scripts/reload.lua | 416 ++ .config/mpv/scripts/run_websocket_server.lua | 83 + .config/mpv/scripts/sponsorblock.lua | 679 +++ .../mpv/scripts/sponsorblock_shared/main.lua | 3 + .../sponsorblock_shared/sponsorblock.py | 122 + .../sponsorblock_shared/sponsorblock.txt | 1 + .config/mpv/scripts/subs2srs | 1 + .config/mpv/scripts/thumbfast.lua | 1 + .config/mpv/scripts/youtube-upnext.lua | 1 + .config/mpv/scripts/ytdl-preload.lua | 1 + .config/mpv/shaders/ArtCNN_C4F16.glsl | 1407 ++++++ .config/mpv/shaders/ArtCNN_C4F16_DS.glsl | 1407 ++++++ .config/mpv/shaders/ArtCNN_C4F32.glsl | 3927 +++++++++++++++++ .config/mpv/shaders/ArtCNN_C4F32_DS.glsl | 3927 +++++++++++++++++ .config/mpv/shaders/CAS-scaled.glsl | 415 ++ .config/mpv/shaders/FSR.glsl | 453 ++ .config/mpv/shaders/FSRCNNX.glsl | 426 ++ .config/mpv/shaders/NVScaler.glsl | 544 +++ .config/mpv/submodules/ModernZ | 1 + .config/mpv/submodules/animecards | 1 + .config/mpv/submodules/autosubsync-mpv | 1 + .config/mpv/submodules/immersion-tracker | 1 + .config/mpv/submodules/mpv-anilist-updater | 1 + .config/mpv/submodules/mpv-youtube-queue | 1 + .config/mpv/submodules/mpv-youtube-upnext | 1 + .config/mpv/submodules/mpvacious | 1 + .config/mpv/submodules/thumbfast | 1 + .config/mpv/submodules/ytdl-preload | 1 + .gitmodules | 36 + 62 files changed, 17355 insertions(+) create mode 100644 .config/mpv/.gitignore create mode 100644 .config/mpv/.prettierrc create mode 100644 .config/mpv/fonts/Material-Design-Iconic-Font.ttf create mode 100644 .config/mpv/fonts/fluent-system-icons.ttf create mode 100644 .config/mpv/input.conf create mode 100644 .config/mpv/mpv-fonts.conf create mode 100644 .config/mpv/mpv.conf##default create mode 100644 .config/mpv/mpv.conf##os.Darwin create mode 100755 .config/mpv/mpv_websocket##os.Darwin create mode 100755 .config/mpv/mpv_websocket##os.Linux create mode 100644 .config/mpv/script-modules/scroll-list.lua create mode 100644 .config/mpv/script-opts/anilistUpdater.conf create mode 100644 .config/mpv/script-opts/animecards.conf create mode 100644 .config/mpv/script-opts/autosubsync.conf create mode 100644 .config/mpv/script-opts/immersion-tracker.conf create mode 100644 .config/mpv/script-opts/modernz.conf create mode 100644 .config/mpv/script-opts/mpv-youtube-queue.conf create mode 100644 .config/mpv/script-opts/osc.conf create mode 100644 .config/mpv/script-opts/reload.conf create mode 100644 .config/mpv/script-opts/stats.conf create mode 100644 .config/mpv/script-opts/subs2srs.conf create mode 100644 .config/mpv/script-opts/thumbfast.conf create mode 100644 .config/mpv/script-opts/youtube-upnext.conf create mode 100644 .config/mpv/script-opts/ytdl_preload.conf create mode 120000 .config/mpv/scripts/anilistUpdater/anilistUpdater.py create mode 120000 .config/mpv/scripts/anilistUpdater/main.lua create mode 120000 .config/mpv/scripts/animecards create mode 120000 .config/mpv/scripts/autosubsync-mpv create mode 120000 .config/mpv/scripts/immersion-tracker create mode 100644 .config/mpv/scripts/jimaku.js create mode 120000 .config/mpv/scripts/modernz.lua create mode 120000 .config/mpv/scripts/mpv-youtube-queue.lua create mode 100644 .config/mpv/scripts/pause-indicator.lua create mode 100644 .config/mpv/scripts/reload.lua create mode 100644 .config/mpv/scripts/run_websocket_server.lua create mode 100644 .config/mpv/scripts/sponsorblock.lua create mode 100644 .config/mpv/scripts/sponsorblock_shared/main.lua create mode 100644 .config/mpv/scripts/sponsorblock_shared/sponsorblock.py create mode 100644 .config/mpv/scripts/sponsorblock_shared/sponsorblock.txt create mode 120000 .config/mpv/scripts/subs2srs create mode 120000 .config/mpv/scripts/thumbfast.lua create mode 120000 .config/mpv/scripts/youtube-upnext.lua create mode 120000 .config/mpv/scripts/ytdl-preload.lua create mode 100644 .config/mpv/shaders/ArtCNN_C4F16.glsl create mode 100644 .config/mpv/shaders/ArtCNN_C4F16_DS.glsl create mode 100644 .config/mpv/shaders/ArtCNN_C4F32.glsl create mode 100644 .config/mpv/shaders/ArtCNN_C4F32_DS.glsl create mode 100644 .config/mpv/shaders/CAS-scaled.glsl create mode 100644 .config/mpv/shaders/FSR.glsl create mode 100644 .config/mpv/shaders/FSRCNNX.glsl create mode 100644 .config/mpv/shaders/NVScaler.glsl create mode 160000 .config/mpv/submodules/ModernZ create mode 160000 .config/mpv/submodules/animecards create mode 160000 .config/mpv/submodules/autosubsync-mpv create mode 160000 .config/mpv/submodules/immersion-tracker create mode 160000 .config/mpv/submodules/mpv-anilist-updater create mode 160000 .config/mpv/submodules/mpv-youtube-queue create mode 160000 .config/mpv/submodules/mpv-youtube-upnext create mode 160000 .config/mpv/submodules/mpvacious create mode 160000 .config/mpv/submodules/thumbfast create mode 160000 .config/mpv/submodules/ytdl-preload diff --git a/.config/mpv/.gitignore b/.config/mpv/.gitignore new file mode 100644 index 0000000..39fdfbe --- /dev/null +++ b/.config/mpv/.gitignore @@ -0,0 +1,6 @@ +immersive-data +.ytdl_preload/ +.ytdl-preload/ +scripts/anilistUpdater/anilistToken.txt +.watch-later +state diff --git a/.config/mpv/.prettierrc b/.config/mpv/.prettierrc new file mode 100644 index 0000000..1699fc2 --- /dev/null +++ b/.config/mpv/.prettierrc @@ -0,0 +1,2 @@ +trailingComma: 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Use SHARP to assign the # key. +# Copy this file and uncomment and edit the bindings you want to change. +# +# List of commands and further details: DOCS/man/input.rst +# List of special keys: --input-keylist +# Keybindings testing mode: mpv --input-test --force-window --idle +# +# Use 'ignore' to unbind a key fully (e.g. 'ctrl+a ignore'). +# +# Strings need to be quoted and escaped: +# KEY show-text "This is a single backslash: \\ and a quote: \" !" +# +# You can use modifier-key combinations like Shift+Left or Ctrl+Alt+x with +# the modifiers Shift, Ctrl, Alt and Meta (may not work on the terminal). +# +# The default keybindings are hardcoded into the mpv binary. +# You can disable them completely with: --no-input-default-bindings + +# Developer note: +# On compilation, this file is baked into the mpv binary, and all lines are +# uncommented (unless '#' is followed by a space) - thus this file defines the +# default key bindings. + +# If this is enabled, treat all the following bindings as default. +#default-bindings start + +#MBTN_LEFT ignore # don't do anything +#MBTN_LEFT_DBL cycle fullscreen # toggle fullscreen on/off +#MBTN_RIGHT cycle pause # toggle pause on/off +#MBTN_BACK playlist-prev +#MBTN_FORWARD playlist-next + +# Mouse wheels, touchpad or other input devices that have axes +# if the input devices supports precise scrolling it will also scale the +# numeric value accordingly +#WHEEL_UP seek 10 +#WHEEL_DOWN seek -10 +#WHEEL_LEFT add volume -2 +#WHEEL_RIGHT add volume 2 + +## Seek units are in seconds, but note that these are limited by keyframes +#RIGHT seek 5 +#LEFT seek -5 +#UP seek 60 +#DOWN seek -60 +# Do smaller, always exact (non-keyframe-limited), seeks with shift. +# Don't show them on the OSD (no-osd). +#Shift+RIGHT no-osd seek 1 exact +#Shift+LEFT no-osd seek -1 exact +#Shift+UP no-osd seek 5 exact +#Shift+DOWN no-osd seek -5 exact +# Skip to previous/next subtitle (subject to some restrictions; see manpage) +#Ctrl+LEFT no-osd sub-seek -1 +#Ctrl+RIGHT no-osd sub-seek 1 +# Adjust timing to previous/next subtitle +#Ctrl+Shift+LEFT sub-step -1 +#Ctrl+Shift+RIGHT sub-step 1 +# Move video rectangle +#Alt+left add video-pan-x 0.1 +#Alt+right add video-pan-x -0.1 +#Alt+up add video-pan-y 0.1 +#Alt+down add video-pan-y -0.1 +# Zoom/unzoom video +#Alt++ add video-zoom 0.1 +#Alt+- add video-zoom -0.1 +# Reset video zoom/pan settings +#Alt+BS set video-zoom 0 ; set video-pan-x 0 ; set video-pan-y 0 +#PGUP add chapter 1 # skip to next chapter +#PGDWN add chapter -1 # skip to previous chapter +#Shift+PGUP seek 600 +#Shift+PGDWN seek -600 +[ add speed -0.05 # scale playback speed +] add speed 0.05 +#{ multiply speed 0.5 +#} multiply speed 2.0 +#BS set speed 1.0 # reset speed to normal +#Shift+BS revert-seek # undo previous (or marked) seek +#Shift+Ctrl+BS revert-seek mark # mark position for revert-seek +#q quit +#Q quit-watch-later +#q {encode} quit 4 +#ESC set fullscreen no +#ESC {encode} quit 4 +#p cycle pause # toggle pause/playback mode +#. frame-step # advance one frame and pause +#, frame-back-step # go back by one frame and pause +#SPACE cycle pause +#> playlist-next # skip to next file +#ENTER playlist-next # skip to next file +#< playlist-prev # skip to previous file +#O no-osd cycle-values osd-level 3 1 # cycle through OSD mode +#o show-progress +#P show-progress +#i script-binding stats/display-stats +#I script-binding stats/display-stats-toggle +#` script-binding console/enable +#z add sub-delay -0.1 # subtract 100 ms delay from subs +#Z add sub-delay +0.1 # add +#x add sub-delay +0.1 # same as previous binding (discouraged) +#ctrl++ add audio-delay 0.100 # this changes audio/video sync +#ctrl+- add audio-delay -0.100 +#Shift+g add sub-scale +0.1 # increase subtitle font size +#Shift+f add sub-scale -0.1 # decrease subtitle font size +9 add volume -5 +#/ add volume -2 +0 add volume 5 +#* add volume 2 +#m cycle mute +#1 add contrast -1 +#2 add contrast 1 +#3 add brightness -1 +#4 add brightness 1 +#5 add gamma -1 +#6 add gamma 1 +#7 add saturation -1 +#8 add saturation 1 +#Alt+0 set window-scale 0.5 +#Alt+1 set window-scale 1.0 +#Alt+2 set window-scale 2.0 +# toggle deinterlacer (automatically inserts or removes required filter) +#d cycle deinterlace +#r add sub-pos -1 # move subtitles up +#R add sub-pos +1 # down +#t add sub-pos +1 # same as previous binding (discouraged) +#v cycle sub-visibility +# stretch SSA/ASS subtitles with anamorphic videos to match historical +#V cycle sub-ass-vsfilter-aspect-compat +# switch between applying no style overrides to SSA/ASS subtitles, and +# overriding them almost completely with the normal subtitle style +#u cycle-values sub-ass-override "force" "no" +#j cycle sub # cycle through subtitles +#J cycle sub down # ...backwards +#SHARP cycle audio # switch audio streams +#_ cycle video +#T cycle ontop # toggle video window ontop of other windows +#f cycle fullscreen # toggle fullscreen +#s screenshot # take a screenshot +#S screenshot video # ...without subtitles +#Ctrl+s screenshot window # ...with subtitles and OSD, and scaled +#Alt+s screenshot each-frame # automatically screenshot every frame +#w add panscan -0.1 # zoom out with -panscan 0 -fs +#W add panscan +0.1 # in +#e add panscan +0.1 # same as previous binding (discouraged) +# cycle video aspect ratios; "-1" is the container aspect +#A cycle-values video-aspect-override "16:9" "4:3" "2.35:1" "-1" +#POWER quit +#PLAY cycle pause +#PAUSE cycle pause +#PLAYPAUSE cycle pause +#PLAYONLY set pause no +#PAUSEONLY set pause yes +#STOP quit +#FORWARD seek 60 +#REWIND seek -60 +#NEXT playlist-next +#PREV playlist-prev +#VOLUME_UP add volume 2 +#VOLUME_DOWN add volume -2 +#MUTE cycle mute +#CLOSE_WIN quit +#CLOSE_WIN {encode} quit 4 +#ctrl+w quit +#E cycle edition # next edition +#l ab-loop # Set/clear A-B loop points +#L cycle-values loop-file "inf" "no" # toggle infinite looping +#ctrl+c quit 4 +#DEL script-binding osc/visibility # cycle OSC display +#ctrl+h cycle-values hwdec "auto" "no" # cycle hardware decoding +#F8 show_text ${playlist} # show playlist +#F9 show_text ${track-list} # show list of audio/sub streams + +# +# Legacy bindings (may or may not be removed in the future) +# +#! add chapter -1 # skip to previous chapter +#@ add chapter 1 # next + +# +# Not assigned by default +# (not an exhaustive list of unbound commands) +# + +# ? cycle angle # switch DVD/Bluray angle +# ? cycle sub-forced-only # toggle DVD forced subs +# ? cycle program # cycle transport stream programs +# ? stop # stop playback (quit or enter idle mode) +# n cycle_values af loudnorm=I=-30 loudnorm=I=-15 anull +CTRL+1 no-osd change-list glsl-shaders set "~/.config/mpv/shaders/FSR.glsl"; show-text "FSR" +CTRL+2 no-osd change-list glsl-shaders set "~/.config/mpv/shaders/NVScaler.glsl"; show-text "NIS" +CTRL+3 no-osd change-list glsl-shaders set "~/.config/mpv/shaders/CAS-scaled.glsl"; show-text "CAS" +CTRL+4 no-osd change-list glsl-shaders set "~/.config/mpv/shaders/FSRCNNX.glsl"; show-text "FSRCNNX" +CTRL+5 no-osd change-list glsl-shaders set "~/.config/mpv/shaders/ArtCNN_C4F32.glsl"; show-text "ArtCNN" +CTRL+6 no-osd change-list glsl-shaders set "~/.config/mpv/shaders/ArtCNN_C4F16_DS.glsl"; show-text "ArtCNN" +CTRL+7 no-osd change-list glsl-shaders set "~/.config/mpv/shaders/ArtCNN_C4F16.glsl"; show-text "ArtCNN" +CTRL+0 no-osd change-list glsl-shaders clr ""; show-text "GLSL shaders cleared" + +ctrl+K cycle-values keep-open "yes" "no" +ctrl+r script-binding reload-scripts +ctrl+s script_binding autosubsync-menu + +# {{{ sponsorblock +ctrl+g script-binding sponsorblock/set_segment +ctrl+G script-binding sponsorblock/submit_segment +ctrl+< script-binding sponsorblock/upvote_setment +ctrl+> script-binding sponsorblock/downvote_segment +#}}} + +# {{{ anilist +ctrl+A script-binding update_anilist +ctrl+B script-binding launch_anilist +ctrl+E script-binding open_folder +ctrl+V script-binding mpvacious-secondary-sid-toggle +# }}} + +# {{{ mpvacious (subs2srs) +a script-binding mpvacious-menu-open +ctrl+g ignore # script-binding mpvacious-animated-snapshot-toggle +ctrl+N script-binding mpvacious-export-note +ctrl+b ignore # script-binding mpvacious-update-selected-note +ctrl+B ignore # script-binding mpvacious-overwrite-selected-note +ctrl+m ignore # script-binding mpvacious-update-last-note +ctrl+M ignore # script-binding mpvacious-overwrite-last-note +G script-binding mpvacious-quick-card-menu-open +alt+g script-binding mpvacious-quick-card-sel-menu-open +ctrl+c script-binding mpvacious-copy-primary-sub-to-clipboard +ctrl+C script-binding mpvacious-copy-secondary-sub-to-clipboard +ctrl+= script-binding mpvacious-autocopy-toggle +H script-binding mpvacious-sub-seek-back +L script-binding mpvacious-sub-seek-forward +alt+h script-binding mpvacious-sub-seek-back-pause +alt+l script-binding mpvacious-sub-seek-forward-pause +ctrl+h script-binding mpvacious-sub-rewind +ctrl+H script-binding mpvacious-sub-replay +ctrl+L script-binding mpvacious-sub-play-up-to-next +ctrl+V script-binding mpvacious-secondary-sid-toggle +ctrl+K script-binding mpvacious-secondary-sid-prev +ctrl+J script-binding mpvacious-secondary-sid-next +# }}} + +# {{ animecards +ctrl+v script-binding animecards/update-anki-card +# }} + +# {{{ mpv-youtube-queue +ctrl+a script-binding mpv_youtube_queue/add_to_queue +ctrl+n script-binding mpv_youtube_queue/play_next_in_queue +ctrl+p script-binding mpv_youtube_queue/play_previous_in_queue +ctrl+q script-binding mpv_youtube_queue/print_queue +ctrl+k script-binding mpv_youtube_queue/move_cursor_up +ctrl+j script-binding mpv_youtube_queue/move_cursor_down +ctrl+ENTER script-binding mpv_youtube_queue/play_selected_video +ctrl+o script-binding mpv_youtube_queue/open_video_in_browser +ctrl+P script-binding mpv_youtube_queue/print_current_video +ctrl+O script-binding mpv_youtube_queue/open_channel_in_browser +ctrl+d script-binding mpv_youtube_queue/download_current_video +ctrl+D script-binding mpv_youtube_queue/download_selected_video +ctrl+m script-binding mpv_youtube_queue/move_video +ctrl+x script-binding mpv_youtube_queue/delete_video +#}}} + +#{{{ MPV SELECT +g ignore +g-a script-binding select/select-aid +g-b script-binding select/select-binding +g-c script-binding select/select-chapter +g-e script-binding select/select-edition +g-h script-binding select/select-watch-history +g-l script-binding select/select-subtitle-line +g-m script-binding select/menu +g-p script-binding select/select-playlist +g-r script-binding select/show-properties +g-s script-binding select/select-sid +g-S script-binding select/select-secondary-sid +g-t script-binding select/select-track +g-v script-binding select/select-vid +g-w script-binding select/select-watch-later +# }}} diff --git a/.config/mpv/mpv-fonts.conf b/.config/mpv/mpv-fonts.conf new file mode 100644 index 0000000..16c4a20 --- /dev/null +++ b/.config/mpv/mpv-fonts.conf @@ -0,0 +1,18 @@ + + + +

    /home/sudacode/.config/mpv/fonts + /etc/fonts/fonts.conf + /etc/fonts/conf.d + + sans-serif + + JetBrainsMono Nerd Font + Fluent System Icons + Noto Sans CJK JP + Noto Sans + Open Sans + + + + diff --git a/.config/mpv/mpv.conf##default b/.config/mpv/mpv.conf##default new file mode 100644 index 0000000..a3c97cf --- /dev/null +++ b/.config/mpv/mpv.conf##default @@ -0,0 +1,139 @@ +user-agent="Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/115.0.0.0 Safari/537.36" +cache=yes +demuxer-max-bytes=500M +demuxer-max-back-bytes=100M +cache-pause=no +ontop=yes +sub-font="JetBrainsMono Nerd Font" +sub-font-size=45 +# osd-font="Fluent System Icons" +border=no +# geometry=50% +autofit=50% +volume=75 +audio-spdif=ac3,dts-hd,truehd +# glsl-shaders="~~/shaders/Anime4K_Clamp_Highlights.glsl:~~/shaders/Anime4K_Restore_CNN_VL.glsl:~~/shaders/Anime4K_Upscale_CNN_x2_VL.glsl:~~/shaders/Anime4K_AutoDownscalePre_x2.glsl:~~/shaders/Anime4K_AutoDownscalePre_x4.glsl:~~/shaders/Anime4K_Upscale_CNN_x2_M.glsl" +# glsl-shaders="~~/shaders/FSRCNNX.glsl:~~/shaders/FSR.glsl:~~/shaders/NVScaler.glsl:~~/shaders/CAS-scaled.glsl" +# glsl-shaders="~~/shaders/ArtCNN_C4F32_DS.glsl" +glsl-shaders="~~/shaders/ArtCNN_C4F32.glsl" + +# Can fix stuttering in some cases, in other cases probably causes it. Try it if you experience stuttering. +opengl-early-flush=no + +video-sync=display-resample +osc=no +no-border + +ytdl-raw-options=sub-langs=en.*,write-auto-subs= +ytdl-format=bestvideo+bestaudio/best + +# get subtitles for videos automatically +sub-auto=fuzzy +slang=en,eng + +# profile=svp +profile=high-quality +blend-subtitles=video +# GPU OPTIONS +vo=gpu-next +hwdec=nvdec +gpu-api=vulkan +scale=ewa_lanczossharp +dscale=catmull_rom +cscale=bicubic +tscale=oversample +interpolation=yes +interpolation-preserve=no + +# fruit: 8-Bit/8-Bit+FRC display +# ordered: true 10-Bit/12-Bit display +# error-diffusion: high-end GPUs +dither=error-diffusion +dither-depth=auto +error-diffusion=sierra-lite # uncomment if not 'error-diffusion' + +###### Antiring +scale-antiring=0.5 +dscale-antiring=0.5 +cscale-antiring=0.5 + +# laptop +# vo=gpu +# gpu-api=opengl +# gpu-context=wayland +# profile=opengl-hq + +gpu-context=waylandvk +gpu-api=vulkan +vulkan-swap-mode=mailbox +swapchain-depth=2 +vulkan-async-compute=no +vd-lavc-threads=0 +opengl-pbo=yes +vd-lavc-film-grain=gpu + +input-ipc-server=/tmp/mpvsocket +# ao=pule,pipewire +ao=pipewire,pulse + +deband=yes +deband-iterations=4 +deband-threshold=35 +deband-range=16 +deband-grain=4 + +subs-with-matching-audio=no +sub-fix-timing=yes +sub-ass-override=scale +#Some settings fixing VOB/PGS subtitles (creating blur & changing yellow subs to gray) +sub-gauss=1.0 +sub-gray=yes + +###### High-quality screenshots +screenshot-format=webp +screenshot-webp-lossless=yes +screenshot-high-bit-depth=yes +screenshot-sw=no +screenshot-directory="/truenas/sudacode/pictures/mpv" +screenshot-template="%f-%wH.%wM.%wS.%wT-#%#00n" + +save-position-on-quit +watch-later-dir="~~/.watch-later" +resume-playback=yes +save-watch-history +watch-history-path="~~/state/watch_history.jsonl" +target-colorspace-hint=yes + +[hdr] +target-colorspace-hint=yes +gpu-api=vulkan +gpu-context=waylandvk + +[svp] +input-ipc-server=/tmp/mpvsocket # Receives input from SVP +hr-seek-framedrop=no # Fixes audio desync +resume-playback=no # Not compatible with SVP + +[Idle] +profile-cond=p["idle-active"] +profile-restore=copy-equal +title=' ' +keepaspect=no + +[immersion] +cookies=yes +cookies-file=/truenas/sudacode/japanese/cookies.Japanese.txt +ytdl-raw-options=mark-watched=,write-auto-subs=,sub-langs=ja.* +ytdl-raw-options-append=cookies=/truenas/sudacode/japanese/cookies.Japanese.txt +ytdl-raw-options-append=sponsorblock-mark=all +ytdl-raw-options-append=sponsorblock-remove=sponsor +ytdl-format=bestvideo+bestaudio/best +# get subtitles for videos automatically +sub-auto=fuzzy +slang=ja,jpn,JA,JPN,ja.hi,ja.* +alang=ja,jpn +vlang=ja,jpn +sub-font="Noto Sans CJK JP" +sub-border-size=1 +sub-shadow-color=0.0/0.0/0.0/0.50 +sub-shadow-offset=2 diff --git a/.config/mpv/mpv.conf##os.Darwin b/.config/mpv/mpv.conf##os.Darwin new file mode 100644 index 0000000..e8f8f06 --- /dev/null +++ b/.config/mpv/mpv.conf##os.Darwin @@ -0,0 +1,243 @@ +# +# Example mpv configuration file +# +# Warning: +# +# The commented example options usually do _not_ set the default values. Call +# mpv with --list-options to see the default values for most options. There is +# no builtin or example mpv.conf with all the defaults. +# +# +# Configuration files are read system-wide from /usr/local/etc/mpv.conf +# and per-user from ~~/mpv.conf, where per-user settings override +# system-wide settings, all of which are overridden by the command line. +# +# Configuration file settings and the command line options use the same +# underlying mechanisms. Most options can be put into the configuration file +# by dropping the preceding '--'. See the man page for a complete list of +# options. +# +# Lines starting with '#' are comments and are ignored. +# +# See the CONFIGURATION FILES section in the man page +# for a detailed description of the syntax. +# +# Profiles should be placed at the bottom of the configuration file to ensure +# that settings wanted as defaults are not restricted to specific profiles. + +################## +# video settings # +################## + +# Start in fullscreen mode by default. +#fs=yes + +# force starting with centered window +# geometry=50%:50% + +# don't allow a new window to have a size larger than 90% of the screen size +#autofit-larger=90%x90% + +# Do not close the window on exit. +#keep-open=yes + +# Do not wait with showing the video window until it has loaded. (This will +# resize the window once video is loaded. Also always shows a window with +# audio.) +#force-window=immediate + +# Disable the On Screen Controller (OSC). +# osc=no + +# Keep the player window on top of all other windows. +# window=scale=1.0 + +# Specify high quality video rendering preset (for --vo=gpu only) +# Can cause performance problems with some drivers and GPUs. +# profile=gpu-hq + +# Force video to lock on the display's refresh rate, and change video and audio +# speed to some degree to ensure synchronous playback - can cause problems +# with some drivers and desktop environments. +#video-sync=display-resample + +# Enable hardware decoding if available. Often, this does not work with all +# video outputs, but should work well with default settings on most systems. +# If performance or energy usage is an issue, forcing the vdpau or vaapi VOs +# may or may not help. +# discourged by mpv devs and not likely to make significant difference +# hwdec=auto-copy +# hwdec-codecs=all + +################## +# audio settings # +################## + +# Specify default audio device. You can list devices with: --audio-device=help +# The option takes the device string (the stuff between the '...'). +#audio-device=alsa/default + +# Do not filter audio to keep pitch when changing playback speed. +#audio-pitch-correction=no + +# Output 5.1 audio natively, and upmix/downmix audio with a different format. +#audio-channels=5.1 +# Disable any automatic remix, _if_ the audio output accepts the audio format. +# of the currently played file. See caveats mentioned in the manpage. +# (The default is "auto-safe", see manpage.) +#audio-channels=auto + +################## +# other settings # +################## + +# Pretend to be a web browser. Might fix playback with some streaming sites, +# but also will break with shoutcast streams. +# user-agent="Mozilla/5.0 (X11; Linux x86_64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/115.0.0.0 Safari/537.36" +user-agent="Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/115.0.0.0 Safari/537.36" +# user-agent="Mozilla/5.0 (Windows NT 10.0; WOW64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/45.0.2454.85 Safari/537.36" +# user-agent="Mozilla/5.0 (X11; Linux x86_64) AppleWebKit/537.36 (KHTML, like Gecko) Ubuntu Chromium/37.0.2062.94 Chrome/37.0.2062.94 Safari/537.36" +# user-agent="Chromium/37.0.2062.94 Chrome/37.0.2062.94 Safari/537.36" + +# cache settings +# +# Use a large seekable RAM cache even for local input. +cache=yes +# +# Use extra large RAM cache (needs cache=yes to make it useful). +demuxer-max-bytes=500M +demuxer-max-back-bytes=100M +# +# Disable the behavior that the player will pause if the cache goes below a +# certain fill size. +cache-pause=no +# +# Store cache payload on the hard disk instead of in RAM. (This may negatively +# impact performance unless used for slow input such as network.) +#cache-dir=~/.cache/ +#cache-on-disk=yes + +# Display English subtitles if available. +#slang=en + +# Play Finnish audio if available, fall back to English otherwise. +#alang=fi,en + +# Change subtitle encoding. For Arabic subtitles use 'cp1256'. +# If the file seems to be valid UTF-8, prefer UTF-8. +# (You can add '+' in front of the codepage to force it.) +#sub-codepage=cp1256 + +# You can also include other configuration files. +#include=/path/to/the/file/you/want/to/include + +############ +# Profiles # +############ + +# The options declared as part of profiles override global default settings, +# but only take effect when the profile is active. + +# The following profile can be enabled on the command line with: --profile=eye-cancer + +#[eye-cancer] +#sharpen=5 + +sub-font="JetBrainsMono Nerd Font" +sub-font-size=45 +# osd-font="Fluent System Icons" +border=no + +geometry=50% + +volume=50 +# speed-step=0.05 +# audio-spdif=ac3,eac3,dts-hd,truehd +# glsl-shaders="~~/shaders/Anime4K_Clamp_Highlights.glsl:~~/shaders/Anime4K_Restore_CNN_VL.glsl:~~/shaders/Anime4K_Upscale_CNN_x2_VL.glsl:~~/shaders/Anime4K_AutoDownscalePre_x2.glsl:~~/shaders/Anime4K_AutoDownscalePre_x4.glsl:~~/shaders/Anime4K_Upscale_CNN_x2_M.glsl" +glsl-shaders="~~/shaders/ArtCNN_C4F16.glsl" +# glsl-shaders="~~/shaders/FSR.glsl" + +# Can fix stuttering in some cases, in other cases probably causes it. Try it if you experience stuttering. +opengl-early-flush=no + +video-sync=display-resample +osc=no +no-border + +ytdl-raw-options=sub-langs=en.*,write-auto-subs= +ytdl-format=bestvideo+bestaudio/best + +# get subtitles for videos automatically +sub-auto=fuzzy +slang=en,eng + +# CATPPUCCIN MACHIATTO +# Main mpv options +background-color='#24273a' +osd-back-color='#181926' +osd-border-color='#181926' +osd-color='#cad3f5' +osd-shadow-color='#24273a' + +# Stats script options +# Options are on separate lines for clarity +# Colors are in #BBGGRR format +script-opts-append=stats-border_color=30201e +script-opts-append=stats-font_color=f5d3ca +script-opts-append=stats-plot_bg_border_color=f8bdb7 +script-opts-append=stats-plot_bg_color=30201e +script-opts-append=stats-plot_color=f8bdb7 + +# profile=svp +profile=gpu-hq +# GPU OPTIONS +vo=gpu-next +# hwdec=nvdec-copy +hwdec=videotoolbox +scale=bicubic +dscale=bicubic +cscale=bicubic +tscale=oversample +interpolation=yes +interpolation-preserve=no + +input-ipc-server=/tmp/mpvsocket +# ao=pule,pipewire +# ao=pipewire,pulse +ontop=yes + +ao=coreaudio +save-position-on-quit +watch-later-dir="~~.watch-later" +resume-playback=yes +save-watch-history +watch-history-path="~~state/watch_history.jsonl" +vd-lavc-threads=0 +gpu-api=vulkan +gpu-context=macvk +opengl-pbo=yes + +[svp] +input-ipc-server=/tmp/mpvsocket # Receives input from SVP +hr-seek-framedrop=no # Fixes audio desync +resume-playback=no # Not compatible with SVP + +[Idle] +profile-cond=p["idle-active"] +profile-restore=copy-equal +title=' ' +keepaspect=no + +[immersion] +cookies=yes +cookies-file=/Volumes/sudacode/japanese/cookies.Japanese.txt +ytdl-raw-options=mark-watched=,write-auto-subs=,sub-langs=ja.* +ytdl-raw-options-append=cookies=/Volumes/sudacode/japanese/cookies.Japanese.txt +ytdl-raw-options-append=sponsorblock-mark=all +ytdl-raw-options-append=sponsorblock-remove=sponsor +ytdl-format=bestvideo+bestaudio/best +# get subtitles for videos 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https://github.com/mpv-player/mpv/blob/master/player/lua/console.lua#L110 +function scroll_list.ass_escape(str, replace_newline) + if replace_newline == true then replace_newline = "\\\239\187\191n" end + + --escape the invalid single characters + str = str:gsub('[\\{}\n]', { + -- There is no escape for '\' in ASS (I think?) but '\' is used verbatim if + -- it isn't followed by a recognised character, so add a zero-width + -- non-breaking space + ['\\'] = '\\\239\187\191', + ['{'] = '\\{', + ['}'] = '\\}', + -- Precede newlines with a ZWNBSP to prevent ASS's weird collapsing of + -- consecutive newlines + ['\n'] = '\239\187\191\\N', + }) + + -- Turn leading spaces into hard spaces to prevent ASS from stripping them + str = str:gsub('\\N ', '\\N\\h') + str = str:gsub('^ ', '\\h') + + if replace_newline then + str = str:gsub("\\N", replace_newline) + end + return str +end + +--format and return the header string +function scroll_list:format_header_string(str) + return str +end + +--appends the entered text to the overlay +function scroll_list:append(text) + if text == nil then return end + self.ass.data = self.ass.data .. text + end + +--appends a newline character to the osd +function scroll_list:newline() + self.ass.data = self.ass.data .. '\\N' +end + +--re-parses the list into an ass string +--if the list is closed then it flags an update on the next open +function scroll_list:update() + if self.hidden then self.flag_update = true + else self:update_ass() end +end + +--prints the header to the overlay +function scroll_list:format_header() + self:append(self.header_style) + self:append(self:format_header_string(self.header)) + self:newline() +end + +--formats each line of the list and prints it to the overlay +function scroll_list:format_line(index, item) + self:append(self.list_style) + + if index == self.selected then self:append(self.cursor_style..self.cursor..self.selected_style) + else self:append(self.indent) end + + self:append(item.style) + self:append(item.ass) + self:newline() +end + +--refreshes the ass text using the contents of the list +function scroll_list:update_ass() + self.ass.data = self.global_style + self:format_header() + + if #self.list < 1 then + self:append(self.empty_text) + self.ass:update() + return + end + + local start = 1 + local finish = start+self.num_entries-1 + + --handling cursor positioning + local mid = math.ceil(self.num_entries/2)+1 + if self.selected+mid > finish then + local offset = self.selected - finish + mid + + --if we've overshot the end of the list then undo some of the offset + if finish + offset > #self.list then + offset = offset - ((finish+offset) - #self.list) + end + + start = start + offset + finish = finish + offset + end + + --making sure that we don't overstep the boundaries + if start < 1 then start = 1 end + local overflow = finish < #self.list + --this is necessary when the number of items in the dir is less than the max + if not overflow then finish = #self.list end + + --adding a header to show there are items above in the list + if start > 1 then self:append(self.wrapper_style..(start-1)..' item(s) above\\N\\N') end + + for i=start, finish do + self:format_line(i, self.list[i]) + end + + if overflow then self:append('\\N'..self.wrapper_style..#self.list-finish..' item(s) remaining') end + self.ass:update() +end + +--moves the selector down the list +function scroll_list:scroll_down() + if self.selected < #self.list then + self.selected = self.selected + 1 + self:update_ass() + elseif self.wrap then + self.selected = 1 + self:update_ass() + end +end + +--moves the selector up the list +function scroll_list:scroll_up() + if self.selected > 1 then + self.selected = self.selected - 1 + self:update_ass() + elseif self.wrap then + self.selected = #self.list + self:update_ass() + end +end + +--moves the selector to the list next page +function scroll_list:move_pagedown() + if #self.list > self.num_entries then + self.selected = self.selected + self.num_entries + if self.selected > #self.list then self.selected = #self.list end + self:update_ass() + end +end + +--moves the selector to the list previous page +function scroll_list:move_pageup() + if #self.list > self.num_entries then + self.selected = self.selected - self.num_entries + if self.selected < 1 then self.selected = 1 end + self:update_ass() + end +end + +--moves the selector to the list begin +function scroll_list:move_begin() + if #self.list > 1 then + self.selected = 1 + self:update_ass() + end +end + +--moves the selector to the list end +function scroll_list:move_end() + if #self.list > 1 then + self.selected = #self.list + self:update_ass() + end +end + +--adds the forced keybinds +function scroll_list:add_keybinds() + for _,v in ipairs(self.keybinds) do + mp.add_forced_key_binding(v[1], 'dynamic/'..self.ass.id..'/'..v[2], v[3], v[4]) + end +end + +--removes the forced keybinds +function scroll_list:remove_keybinds() + for _,v in ipairs(self.keybinds) do + mp.remove_key_binding('dynamic/'..self.ass.id..'/'..v[2]) + end +end + +--opens the list and sets the hidden flag +function scroll_list:open_list() + self.hidden = false + if not self.flag_update then self.ass:update() + else self.flag_update = false ; self:update_ass() end +end + +--closes the list and sets the hidden flag +function scroll_list:close_list() + self.hidden = true + self.ass:remove() +end + +--modifiable function that opens the list +function scroll_list:open() + if self.hidden then self:add_keybinds() end + self:open_list() +end + +--modifiable function that closes the list +function scroll_list:close() + self:remove_keybinds() + self:close_list() +end + +--toggles the list +function scroll_list:toggle() + if self.hidden then self:open() + else self:close() end +end + +--clears the list in-place +function scroll_list:clear() + local i = 1 + while self.list[i] do + self.list[i] = nil + i = i + 1 + end +end + +--added alias for ipairs(list.list) for lua 5.1 +function scroll_list:ipairs() + return ipairs(self.list) +end + +--append item to the end of the list +function scroll_list:insert(item) + self.list[#self.list + 1] = item +end + +local metatable = { + __index = function(t, key) + if scroll_list[key] ~= nil then return scroll_list[key] + elseif key == "__current" then return t.list[t.selected] + elseif type(key) == "number" then return t.list[key] end + end, + __newindex = function(t, key, value) + if type(key) == "number" then rawset(t.list, key, value) + else rawset(t, key, value) end + end, + __scroll_list = scroll_list, + __len = function(t) return #t.list end, + __ipairs = function(t) return ipairs(t.list) end +} + +--creates a new list object +function scroll_list:new() + local vars + vars = { + ass = mp.create_osd_overlay('ass-events'), + hidden = true, + flag_update = true, + + header = "header \\N ----------------------------------------------", + list = {}, + selected = 1, + + keybinds = { + {'DOWN', 'scroll_down', function() vars:scroll_down() end, {repeatable = true}}, + {'UP', 'scroll_up', function() vars:scroll_up() end, {repeatable = true}}, + {'PGDWN', 'move_pagedown', function() vars:move_pagedown() end, {}}, + {'PGUP', 'move_pageup', function() vars:move_pageup() end, {}}, + {'HOME', 'move_begin', function() vars:move_begin() end, {}}, + {'END', 'move_end', function() vars:move_end() end, {}}, + {'ESC', 'close_browser', function() vars:close() end, {}} + } + } + return setmetatable(vars, metatable) +end + +return scroll_list:new() diff --git a/.config/mpv/script-opts/anilistUpdater.conf b/.config/mpv/script-opts/anilistUpdater.conf new file mode 100644 index 0000000..ca7599b --- /dev/null +++ b/.config/mpv/script-opts/anilistUpdater.conf @@ -0,0 +1,11 @@ +# Use 'yes' or 'no' for boolean options below +# Example for multiple directories (comma or semicolon separated): +# DIRECTORIES=D:/Torrents,D:/Anime +# or +# DIRECTORIES=D:/Torrents;D:/Anime +DIRECTORIES=/truenas/jellyfin/anime +UPDATE_PERCENTAGE=85 +SET_COMPLETED_TO_REWATCHING_ON_FIRST_EPISODE=no +UPDATE_PROGRESS_WHEN_REWATCHING=yes +SET_TO_COMPLETED_AFTER_LAST_EPISODE_CURRENT=yes +SET_TO_COMPLETED_AFTER_LAST_EPISODE_REWATCHING=yes diff --git a/.config/mpv/script-opts/animecards.conf b/.config/mpv/script-opts/animecards.conf new file mode 100644 index 0000000..664e3e6 --- /dev/null +++ b/.config/mpv/script-opts/animecards.conf @@ -0,0 +1,107 @@ +# ================================================= +# Anacreon Script (Animecards) Config for MPV +# ================================================= +# ⚠ WARNING: +# Use only yes/no (not true/false) in boolean options + +# ================================================= +# Anki Field Names +# These must match the field names in your Anki note type +# ================================================= +FRONT_FIELD=Expression +SENTENCE_FIELD=Sentence +IMAGE_FIELD=Picture +SENTENCE_AUDIO_FIELD=SentenceAudio + +# ================================================= +# Behavior Settings +# ================================================= +# [Not recommended] Copy subtitles to clipboard enabled by default? (yes/no) +# The more modern and recommended alternative is to use the websocket. +ENABLE_SUBS_TO_CLIP=no + +# Ask before overwriting existing cards? (yes/no) +# Recommended to set yes unless you know what you are doing +ASK_TO_OVERWRITE=yes + +# [Dangerous] Max cards that can be overwritten at once (-1 = unlimited) +OVERWRITE_LIMIT=8 + +# Keep bold formatting added by yomitan? (yes/no) +HIGHLIGHT_WORD=no + +# Use MPV's built-in clipboard API (requires v0.40+)? (yes/no) +# Alternative clipboard method that may reduce latency on Windows. +# Supported on macOS and Wayland as well. Not supported on X11. +USE_MPV_CLIPBOARD_API=no + +# ========================================================== +# Audio Settings +# ========================================================== +# [Optional] Padding and fade settings in seconds. (0 = disable) +# Padding grabs extra audio around your selected subs. +# Fade does a volume fade in/out effect. +AUDIO_CLIP_PADDING=0.75 +AUDIO_CLIP_FADE=0.2 + +# Always create mono audio? (yes/no) +AUDIO_MONO=yes + +# [Optional] Use MPV's current volume for card audio? (yes/no) +USE_MPV_VOLUME=no + +# [Optional] Play sentence audio after updating the card? (yes/no) +AUTOPLAY_AUDIO=no + +# ================================================= +# Image Settings +# ================================================= +# Format of screenshots: png, jpg or webp +# ⚠ Use png or jpg for iOS/Mac compatibility +# (webp won't display on iOS/Mac) +IMAGE_FORMAT=png + +# Resize image to this height (in pixels). +# Preserves aspect ratio. (0 = keep original resolution) +IMAGE_HEIGHT=480 + +# [JPG only] Quality: from 0 (worst) to 100 (best) +JPG_QUALITY=88 + +# ================================================= +# Animated Image Settings +# ================================================= +# Enable animated export for the selected subtitle segment (yes/no) +ANIMATED_IMAGE_ENABLED=yes + +# Animated format: webp or avif +ANIMATED_IMAGE_FORMAT=avif + +# Resize animated image to this height (in pixels). (0 = keep original) +ANIMATED_IMAGE_HEIGHT=480 + +# Frames per second for animated export (1-30) +ANIMATED_IMAGE_FPS=24 + +# Quality 0-100 (mapped to CRF for avif) +ANIMATED_IMAGE_QUALITY=69 + +# ================================================= +# Misc Info - Extra metadata for cards +# ================================================= +# [Optional] Save extra metadata (filename, timestamp, etc.) to a field +WRITE_MISCINFO=yes + +# Field to store the extra info (only used if WRITE_MISCINFO=yes) +MISCINFO_FIELD=MiscInfo + +# Pattern for the Misc Info content: +# %f = filename (without extension) +# %F = filename (with extension) +# %t = timestamp (HH:MM:SS) +# %T = timestamp with milliseconds (HH:MM:SS:MLS) +#
    = Next line tag +# Examples: +# MISCINFO_PATTERN %f (%t) +# MISCINFO_PATTERN=File: %F
    Timestamp: %T +MISCINFO_PATTERN=[Anacreon Script] %f (%t) diff --git a/.config/mpv/script-opts/autosubsync.conf b/.config/mpv/script-opts/autosubsync.conf new file mode 100644 index 0000000..18d17f5 --- /dev/null +++ b/.config/mpv/script-opts/autosubsync.conf @@ -0,0 +1,33 @@ +# Absolute paths to the executables, if needed: + +# 1. ffmpeg +ffmpeg_path=/usr/bin/ffmpeg + +# 2. ffsubsync +ffsubsync_path=/usr/bin/ffsubsync + +# 3. alass +alass_path=/usr/bin/alass + +# Preferred retiming tool. Allowed options: 'ffsubsync', 'alass', 'ask'. +# If set to 'ask', the add-on will ask to choose the tool every time: + +# 1. Preferred tool for syncing to audio. +# audio_subsync_tool=ask +audio_subsync_tool=ffsubsync +# audio_subsync_tool=alass + +# 2. Preferred tool for syncing to another subtitle. +# altsub_subsync_tool=ask +# altsub_subsync_tool=ffsubsync +altsub_subsync_tool=alass + +# Unload old subs (yes,no) +# After retiming, tell mpv to forget the original subtitle track. +unload_old_sub=yes +# unload_old_sub=no + +# Overwrite the original subtitle file. +# Replace the old subtitle file with the retimed file. +# overwrite_old_sub=yes +overwrite_old_sub=no diff --git a/.config/mpv/script-opts/immersion-tracker.conf b/.config/mpv/script-opts/immersion-tracker.conf new file mode 100644 index 0000000..88cd852 --- /dev/null +++ b/.config/mpv/script-opts/immersion-tracker.conf @@ -0,0 +1,22 @@ +start_tracking_key=ctrl+t +data_dir=/home/sudacode/.config/mpv/scripts/immersion-tracker/data +csv_file=/truenas/sudacode/japanese/immersion_tracker.csv +session_file=/home/sudacode/.config/mpv/scripts/immersion-tracker/data/current_session.json +min_session_duration=30 +save_interval=10 +enable_debug_logging=no +backup_sessions=no +max_backup_files=10 +use_title=yes +use_filename=no +custom_prefix=[Immersion] +max_title_length = 100 +export_csv=yes +export_json=no +export_html=no +backup_csv=yes +show_session_start=yes +show_session_end=yes +show_progress_milestones=no +milestone_percentages=25507590 + diff --git a/.config/mpv/script-opts/modernz.conf b/.config/mpv/script-opts/modernz.conf new file mode 100644 index 0000000..d6f2fce --- /dev/null +++ b/.config/mpv/script-opts/modernz.conf @@ -0,0 +1,378 @@ +# Language and display +# set language (for available options, see: https://github.com/Samillion/ModernZ/blob/main/docs/TRANSLATIONS.md) +language=en +# font for the OSC (default: mpv-osd-symbols or the one set in mpv.conf) +font=mpv-osd-symbols + +# show mpv logo when idle +idlescreen=yes +# show OSC window top bar: "auto", "yes", or "no" (borderless/fullscreen) +window_top_bar=auto +# show OSC when windowed +showwindowed=yes +# show OSC when fullscreen +showfullscreen=yes +# show OSC when paused +showonpause=yes +# disable OSC hide timeout when paused +keeponpause=yes +# disable Santa hat in December +greenandgrumpy=no + +# OSC behaviour and scaling +# time (in ms) before OSC hides if no mouse movement +hidetimeout=1500 +# if seeking should reset the hidetimeout +seek_resets_hidetimeout=yes +# fade-out duration (in ms), set to 0 for no fade +fadeduration=200 +# whether to enable fade-in effect +fadein=no +# minimum mouse movement (in pixels) required to show OSC +minmousemove=0 +# show OSC only when hovering at the bottom +bottomhover=yes +# height of hover zone for bottomhover (in pixels) +bottomhover_zone=130 +# show OSC when seeking +osc_on_seek=no +# show OSC on start of every file +osc_on_start=no +# pause video while seeking with mouse move (on button hold) +mouse_seek_pause=yes +# force show seekbar tooltip on mouse drag, even if not hovering seekbar +force_seek_tooltip=no + +# scale osc with the video +vidscale=auto +# osc scale factor when windowed +scalewindowed=1.0 +# osc scale factor when fullscreen +scalefullscreen=1.0 + +# Elements display +# show title in the OSC (above seekbar) +show_title=yes +# title above seekbar format: "${media-title}" or "${filename}" +title=${media-title} +# font size of the title text (above seekbar) +title_font_size=24 +# chapter title font size +chapter_title_font_size=14 +# show cached time information +cache_info=no +# show cache speed per second +cache_info_speed=no +# font size of the cache information +cache_info_font_size=12 + +# show chapter title alongside timestamp (below seekbar) +show_chapter_title=yes +# format for chapter display on seekbar hover (set to "no" to disable) +chapter_fmt=%s + +# show total time instead of remaining time +timetotal=yes +# show timecodes with milliseconds +timems=no +# use the Unicode minus sign in remaining time +unicodeminus=no +# "dynamic" or "fixed". dynamic shows MM:SS when possible, fixed always shows HH:MM:SS +time_format=dynamic +# font size of the time display +time_font_size=16 +# tooltips font size +tooltip_font_size=14 + +# Title bar settings +# show window title in borderless/fullscreen mode +window_title=no +# show window controls (close, minimize, maximize) in borderless/fullscreen +window_controls=yes +# same as title but for window_top_bar +windowcontrols_title=${media-title} + +# Subtitle display settings +# raise subtitles above the OSC when shown +raise_subtitles=yes +# amount by which subtitles are raised when the OSC is shown (in pixels) +raise_subtitle_amount=125 + +# Buttons display and functionality +# show the jump backward and forward buttons +jump_buttons=yes +# change the jump amount in seconds +jump_amount=1 +# change the jump amount in seconds when right-clicking jump buttons and shift-clicking chapter skip buttons +jump_more_amount=5 +# show different icon when jump_amount is set to 5, 10, or 30 +jump_icon_number=yes +# seek mode for jump buttons +jump_mode=relative +# enable continuous jumping when holding down seek buttons +jump_softrepeat=yes +# show the chapter skip backward and forward buttons +chapter_skip_buttons=no +# enable continuous skipping when holding down chapter skip buttons +chapter_softrepeat=yes +# show next/previous playlist track buttons +track_nextprev_buttons=yes + +# show mute button and volume slider +volume_control=yes +# volume scale type: "linear" or "logarithmic" +volume_control_type=linear +# show playlist button: Left-click for simple playlist, Right-click for interactive playlist +playlist_button=yes +# hide playlist button when no playlist exists +hide_empty_playlist_button=yes +# gray out the playlist button when no playlist exists +gray_empty_playlist_button=yes + +# show download button on web videos (requires yt-dlp and ffmpeg) +download_button=yes +# default download directory for videos (https://mpv.io/manual/master/#paths) +download_path=~~desktop/mpv +# show screenshot button +screenshot_button=no +# flag for screenshot button: "subtitles", "video", "window", "each-frame" +screenshot_flag=subtitles + +# show window on top button +ontop_button=yes +# show loop button +loop_button=no +# show speed control button +speed_button=no +# speed change amount per click +speed_button_click=1 +# speed change amount on scroll +speed_button_scroll=0.25 +# show info button +info_button=yes +# show fullscreen toggle button +fullscreen_button=yes + +# enable looping by right-clicking pause +loop_in_pause=yes + +# force buttons to always be active. can add: playlist_prev,playlist_next +buttons_always_active=none + +# icon size for the play/pause button +playpause_size=28 +# icon size for the middle buttons +midbuttons_size=24 +# icon size for the side buttons +sidebuttons_size=24 + +# show zoom controls in image viewer mode +zoom_control=yes +# maximum zoom in value +zoom_in_max=4 +# minimum zoom out value +zoom_out_min=-1 + +# Colors and style +# accent color of the OSC and title bar +osc_color=#181926 +# color of the title in borderless/fullscreen mode +window_title_color=#A5ADCB +# color of the window controls (close, minimize, maximize) in borderless/fullscreen mode +window_controls_color=#A5ADCB +# color of close window control on hover +windowcontrols_close_hover=#ED8796 +# color of maximize window controls on hover +windowcontrols_max_hover=#EED49F +# color of minimize window controls on hover +windowcontrols_min_hover=#A6DA95 +# color of the title (above seekbar) +title_color=#CAD3F5 +# color of the cache information +cache_info_color=#CAD3F5 +# color of the seekbar progress and handle +seekbarfg_color=#C6A0F6 +# color of the remaining seekbar +seekbarbg_color=#B7BDF8 +# color of the cache ranges on the seekbar +seekbar_cache_color=#A5ADCB +# match volume bar color with seekbar color (ignores side_buttons_color) +volumebar_match_seek_color=no +# color of the timestamps (below seekbar) +time_color=#CAD3F5 +# color of the chapter title next to timestamp (below seekbar) +chapter_title_color=#A5ADCB +# color of the side buttons (audio, subtitles, playlist, etc.) +side_buttons_color=#A5ADCB +# color of the middle buttons (skip, jump, chapter, etc.) +middle_buttons_color=#A5ADCB +# color of the play/pause button +playpause_color=#A5ADCB +# color of the element when held down (pressed) +held_element_color=#999999 +# color of a hovered button when hover_effect includes "color" +hover_effect_color=#C6A0F6 +# color of the border for thumbnails (with thumbfast) +thumbnail_border_color=#181926 +# color of the border outline for thumbnails +thumbnail_border_outline=#363A4F + +# alpha of the OSC background box +fade_alpha=130 +# blur strength for the OSC alpha fade. caution: high values can take a lot of CPU time to render +fade_blur_strength=100 +# alpha of the window title bar (0 to disable) +window_fade_alpha=100 +# blur strength for the window title bar. caution: high values can take a lot of CPU time to render +window_fade_blur_strength=100 +# width of the thumbnail border (for thumbfast) +thumbnail_border=3 +# rounded corner radius for thumbnail border (0 to disable) +thumbnail_border_radius=3 + +# Button hover effects +# active button hover effects: "glow", "size", "color"; can use multiple separated by commas +hover_effect=size,glow,color +# relative size of a hovered button if "size" effect is active +hover_button_size=115 +# glow intensity when "glow" hover effect is active +button_glow_amount=5 +# apply hover size effect to slider handle +hover_effect_for_sliders=yes + +# Tooltips and hints +# enable tooltips for disabled buttons and elements +tooltips_for_disabled_elements=yes +# enable text hints for info, loop, ontop, and screenshot buttons +tooltip_hints=yes + +# Progress bar settings +# size ratio of the seekbar handle (range: 0 ~ 1) +seek_handle_size=0.8 +# show seek range overlay +seekrange=yes +# transparency of the seek range +seekrangealpha=150 +# update chapter markers on the seekbar when duration changes +livemarkers=yes +# use keyframes when dragging the seekbar +seekbarkeyframes=no +# top chapter nibbles above seekbar +nibbles_top=yes +# bottom chapter nibbles below seekbar +nibbles_bottom=yes +# chapter nibble style. "triangle", "bar" or "single-bar" +nibbles_style=triangle + +# automatically set keyframes for the seekbar based on video length +automatickeyframemode=yes +# videos longer than this (in seconds) will have keyframes on the seekbar +automatickeyframelimit=600 + +# always show a small progress line at the bottom of the screen +persistentprogress=no +# height of the persistent progress bar +persistentprogressheight=17 +# show buffer status on web videos in the persistent progress line +persistentbuffer=no + +# Miscellaneous settings +# only used at init to set visibility_mode(...) +visibility=auto +# visibility modes to cycle through, modes are separated by _ +visibility_modes=never_auto_always +# minimum interval between OSC redraws (in seconds) +tick_delay=0.03 +# use display FPS as the minimum redraw interval +tick_delay_follow_display_fps=no + +# Elements Position +# Useful when adjusting font size or type + +# title height position above seekbar +title_height=96 +# title height position if a chapter title is below it +title_with_chapter_height=108 +# chapter title height position above seekbar +chapter_title_height=91 +# time codes height position +time_codes_height=35 +# time codes height position with portrait window +time_codes_centered_height=57 +# tooltip height position offset +tooltip_height_offset=2 +# if tooltip contains many characters, it is moved to the left by offset +tooltip_left_offset=5 +# portrait window width trigger to move some elements +portrait_window_trigger=1000 +# hide volume bar trigger window width +hide_volume_bar_trigger=1150 +# osc height offset if title above seekbar is disabled +notitle_osc_h_offset=25 +# osc height offset if chapter title is disabled or doesn't exist +nochapter_osc_h_offset=10 +# seek hover timecodes tooltip height position offset +seek_hover_tooltip_h_offset=0 +# osc height without offsets +osc_height=132 + +## Mouse commands +## details: https://github.com/Samillion/ModernZ#mouse-commands-user-options + +# title above seekbar mouse actions +title_mbtn_left_command=script-binding stats/display-page-5 +title_mbtn_mid_command=show-text ${filename} +title_mbtn_right_command=show-text ${path} + +# playlist button mouse actions +playlist_mbtn_left_command=script-binding select/select-playlist; script-message-to modernz osc-hide +playlist_mbtn_right_command=show-text ${playlist} 3000 + +# volume mouse actions +vol_ctrl_mbtn_left_command=no-osd cycle mute +vol_ctrl_mbtn_right_command=script-binding select/select-audio-device; script-message-to modernz osc-hide +vol_ctrl_wheel_down_command=no-osd add volume -5 +vol_ctrl_wheel_up_command=no-osd add volume 5 + +# audio button mouse actions +audio_track_mbtn_left_command=script-binding select/select-aid; script-message-to modernz osc-hide +audio_track_mbtn_mid_command=cycle audio down +audio_track_mbtn_right_command=cycle audio +audio_track_wheel_down_command=cycle audio +audio_track_wheel_up_command=cycle audio down + +# subtitle button mouse actions +sub_track_mbtn_left_command=script-binding select/select-sid; script-message-to modernz osc-hide +sub_track_mbtn_mid_command=cycle sub down +sub_track_mbtn_right_command=cycle sub +sub_track_wheel_down_command=cycle sub +sub_track_wheel_up_command=cycle sub down + +# chapter skip buttons mouse actions +chapter_prev_mbtn_left_command=add chapter -1 +chapter_prev_mbtn_mid_command=show-text ${chapter-list} 3000 +chapter_prev_mbtn_right_command=script-binding select/select-chapter; script-message-to modernz osc-hide + +chapter_next_mbtn_left_command=add chapter 1 +chapter_next_mbtn_mid_command=show-text ${chapter-list} 3000 +chapter_next_mbtn_right_command=script-binding select/select-chapter; script-message-to modernz osc-hide + +# chapter title (below seekbar) mouse actions +chapter_title_mbtn_left_command=script-binding select/select-chapter; script-message-to modernz osc-hide +chapter_title_mbtn_right_command=show-text ${chapter-list} 3000 + +# playlist skip buttons mouse actions +playlist_prev_mbtn_left_command=playlist-prev +playlist_prev_mbtn_mid_command=show-text ${playlist} 3000 +playlist_prev_mbtn_right_command=script-binding select/select-playlist; script-message-to modernz osc-hide + +playlist_next_mbtn_left_command=playlist-next +playlist_next_mbtn_mid_command=show-text ${playlist} 3000 +playlist_next_mbtn_right_command=script-binding select/select-playlist; script-message-to modernz osc-hide + +# fullscreen button mouse actions +fullscreen_mbtn_left_command=cycle fullscreen +fullscreen_mbtn_right_command=cycle window-maximized + +# info button mouse actions +info_mbtn_left_command=script-binding stats/display-page-1-toggle diff --git a/.config/mpv/script-opts/mpv-youtube-queue.conf b/.config/mpv/script-opts/mpv-youtube-queue.conf new file mode 100644 index 0000000..77179c8 --- /dev/null +++ b/.config/mpv/script-opts/mpv-youtube-queue.conf @@ -0,0 +1,35 @@ +add_to_queue=ctrl+a +default_save_method=unwatched +download_current_video=ctrl+d +download_selected_video=ctrl+D +move_cursor_down=ctrl+j +move_cursor_up=ctrl+k +load_queue=ctrl+l +move_video=ctrl+m +play_next_in_queue=ctrl+n +open_video_in_browser=ctrl+o +open_channel_in_browser=ctrl+O +play_previous_in_queue=ctrl+p +print_current_video=ctrl+P +print_queue=ctrl+q +save_queue=ctrl+s +save_full_queue=ctrl+S +remove_from_queue=ctrl+x +play_selected_video=ctrl+ENTER +browser=zen-browser +clipboard_command=wl-paste +cursor_icon=➤ +display_limit=10 +download_directory=~/videos/YouTube +download_quality=1080p +downloader=curl +font_name=JetBrainsMono NF +font_size=12 +marked_icon=⇅ +menu_timeout=5 +show_errors=yes +ytdlp_file_format=mp4 +ytdlp_output_template=%(uploader)s/%(title)s.%(ext)s +use_history_db=yes +backend_host=http://localhost +backend_port=42069 diff --git a/.config/mpv/script-opts/osc.conf b/.config/mpv/script-opts/osc.conf new file mode 100644 index 0000000..01543d1 --- /dev/null +++ b/.config/mpv/script-opts/osc.conf @@ -0,0 +1,19 @@ +showwindowed=yes +showfullscreen=yes +scalewindowed=1 +scalefullscreen=1 +scaleforcedwindow=2 +vidscale=yes +hidetimeout=1000 +fadeduration=500 +minmousemove=3 +iamaprogrammer=yes +font='mpv-osd-symbols' +seekrangealpha=128 +title='${media-title}' +showtitle=yes +visibility=auto +windowcontrols=auto +volumecontrol=yes +processvolume=yes +language=eng diff --git a/.config/mpv/script-opts/reload.conf b/.config/mpv/script-opts/reload.conf new file mode 100644 index 0000000..2ba6517 --- /dev/null +++ b/.config/mpv/script-opts/reload.conf @@ -0,0 +1,34 @@ +# enable automatic reload on timeout +# when paused-for-cache event fired, we will wait +# paused_for_cache_timer_timeout sedonds and then reload the video +paused_for_cache_timer_enabled=yes + +# checking paused_for_cache property interval in seconds, +# can not be less than 0.05 (50 ms) +paused_for_cache_timer_interval=1 + +# time in seconds to wait until reload +paused_for_cache_timer_timeout=10 + +# enable automatic reload based on demuxer cache +# if demuxer-cache-time property didn't change in demuxer_cache_timer_timeout +# time interval, the video will be reloaded as soon as demuxer cache depleated +demuxer_cache_timer_enabled=yes + +# checking demuxer-cache-time property interval in seconds, +# can not be less than 0.05 (50 ms) +demuxer_cache_timer_interval=2 + +# if demuxer cache didn't receive any data during demuxer_cache_timer_timeout +# we decide that it has no progress and will reload the stream when +# paused_for_cache event happens +demuxer_cache_timer_timeout=20 + +# when the end-of-file is reached, reload the stream to check +# if there is more content available. +reload_eof_enabled=no + +# keybinding to reload stream from current time position +# you can disable keybinding by setting it to empty value +# reload_key_binding= +reload_key_binding=Ctrl+r diff --git a/.config/mpv/script-opts/stats.conf b/.config/mpv/script-opts/stats.conf new file mode 100644 index 0000000..7d06db1 --- /dev/null +++ b/.config/mpv/script-opts/stats.conf @@ -0,0 +1 @@ +plot_tonemapping_lut=yes diff --git a/.config/mpv/script-opts/subs2srs.conf b/.config/mpv/script-opts/subs2srs.conf new file mode 100644 index 0000000..196b843 --- /dev/null +++ b/.config/mpv/script-opts/subs2srs.conf @@ -0,0 +1,331 @@ +### +### Main mpvacious configuration file. +### Save this file to ~/.config/mpv/script-opts/subs2srs.conf +### + +## +## General settings +## + +# Anki deck for new cards. Subdecks are supported. +deck_name=Minecraft + +# Model names are listed in `Tools -> Manage note types` menu in Anki. +# If you don't have a model for Japanese, get it from +# https://tatsumoto.neocities.org/blog/setting-up-anki.html#import-an-example-mining-deck +model_name=Lapis + +# Field names as they appear in the selected note type. +# If you set `audio_field` or `image_field` empty, +# the corresponding media file will not be created. +audio_field=SentenceAudio +image_field=Picture +sentence_field=Expression +secondary_field=SelectionText + +# The tag(s) added to new notes. Spaces separate multiple tags. +# Leave nothing after `=` to disable tagging completely. +# The following substitutions are supported: +# %n - the name of the video +# %t - timestamp +# %d - episode number (if none, returns nothing) +# %e - SUBS2SRS_TAGS environment variable (if you have it set) +# note_tag=subs2srs +note_tag=%n-E%d %t +#note_tag= + +# Size and name of the font used in the menu +menu_font_size=24 +menu_font_name=Noto Serif CJK JP + +# AnkiConnect server address +# The default address for a server on the same device is http://127.0.0.1:8765. +# If Anki is running and AnkiConnect is installed, opening this URL should +# open a page showing the current version of AnkiConnect. +# Change this if you have changed webBindAddress in AnkiConnect's settings. +ankiconnect_url=127.0.0.1:8765 + +## +## Toggleables. +## Possible values: `yes` or `no`. + +# Use FFmpeg encoder instead of mpv encoder +# If mpvacious encounters problems creating audio and images for Anki cards, +# setting this to `yes` should fix them. +# +# You need to install ffmpeg and add it to the PATH first. +# https://wiki.archlinux.org/title/FFmpeg +# https://www.ffmpeg.org/download.html +# +# FFmpeg encoder is unable to create audio and images from remote content (like YouTube videos). +use_ffmpeg=yes + +# Automatically create the deck for new cards (see deck_name option) +create_deck=no + +# Allow making notes with the same sentence field. +allow_duplicates=no + +# When mpv starts, automatically copy subs to the clipboard as they appear on screen. +# This option can be also toggled in the addon's OSD menu. +autoclip=no + +# Possible options: +# "disabled" - autocopy is disabled +# "clipboard" - copy to the system clipboard (e.g. uses xclip) +# "goldendict" - send the subtitle string to goldendict (goldendict-ng). +# "custom_command" - run any custom command specified in `autoclip_custom_args`. +autoclip_method=custom_command + +# Command to run when autoclip is enabled and set to "custom_command". +# If empty, nothing will be done. +# If set, calls the external program. +# The following substitutions are supported: +# %MPV_PRIMARY% - primary subtitle line +# %MPV_SECONDARY% - secondary subtitle line +autoclip_custom_args=wl-copy %MPV_PRIMARY% + +# Remove all spaces from the primary subtitle text. +# Set this to "yes" for languages without spaces like Japanese. +# However, if mpvacious detects any latin characters in the string, spaces will not be removed. +nuke_spaces=yes + +# if set to `yes`, the volume of the outputted audio file +# depends on the volume of the player at the time of export +tie_volumes=no + +# This is used when selecting cards in Anki to update, it wont let you +# overwrite more than the value specified below +# Just remember that having multiple cards with the same sentence +# and the same audio recording is usually bad practice. +card_overwrite_safeguard = 1 + +# Remove text in parentheses and leading/trailing spaces or +# newlines that may interfere with Rikaitan before copying +# subtitles to the clipboard +clipboard_trim_enabled=yes + +# Add media to fields before or after existing data +append_media=yes + +# Remove text in brackets before substituting %n into tag +tag_nuke_brackets=yes + +# Remove text in parentheses before substituting %n into tag +tag_nuke_parentheses=no + +# Remove the episode number before substituting %n into tag +tag_del_episode_num=yes + +# Remove everything after the episode number before substituting %n into tag +# Does nothing if the previous option tag_del_episode_num is disabled. +tag_del_after_episode_num=yes + +# Convert filename to lowercase for tagging. +tag_filename_lowercase=no + +# Lets you disable anki browser manipulation by mpvacious. +disable_gui_browse=no + +# Play audio clip automatically in background +# after note creation (or note update) to ensure that the audio is correctly cut. +preview_audio=yes + +# When selecting subtitle lines, print them on the screen. +show_selected_text=yes + +# For convenience, read config file from disk before a card is made. +# Useful if you change your config often since you won't have to restart mpv every time, +# but reading from disk takes some time. +reload_config_before_card_creation=yes + +## +## Image settings +## + +# Snapshot format. +# Do not switch to `jpg` unless your computer doesn't support `webp` or `avif`. +snapshot_format=avif +# snapshot_format=webp +#snapshot_format=jpg + +# Quality of produced image files. 0 = lowest, 100=highest. +snapshot_quality=88 + +# Image dimensions +# If either (but not both) of the width or height parameters is -2, +# the value will be calculated preserving the aspect-ratio. +snapshot_width=-2 +snapshot_height=400 + +# Screenshot (yes, no) +# Usually not required. +# When making Anki cards, create a screenshot (by calling 'screenshot-to-file') instead of a snapshot. +# If set to yes, image dimensions and quality cannot be controlled due to mpv limitations. +# 'snapshot_format' is still respected. +# When using this, a custom sync server is recommended, e.g. https://github.com/ankicommunity/anki-sync-server +screenshot=yes + +# The exact image template used when exporting to Anki's image field. +# Adding data-editor-shrink="true" makes the image smaller by default within the Anki viewer +# on versions 2.1.53+ (equivalent of double-clicking on the image). +# You likely would not want to change this unless you know what you are doing. +image_template=snapshot +#image_template=snapshot + +# Similar to image_template but with audio. +# Normally, the user doesn't need to change this setting, +# but it may be needed for audio files to be playable on AnkiWeb. +audio_template=[sound:%s] +#audio_template= + +## +## Animated snapshots +## Animated snapshots will capture the video from the start to the end times selected when using mpvacious. +## + +# If enabled, generates animated snapshots (something like GIFs) instead of static snapshots. +animated_snapshot_enabled=yes + +# Animated snapshot format. Like "snapshot_format" but for animated images. Can be either avif or webp. +animated_snapshot_format=avif +# animated_snapshot_format=webp + +# Number of frame per seconds, a value between 0 and 30 (30 included) +# Higher values will increase both quality and file size, lower values will do the opposite +animated_snapshot_fps=24 + +# Animated snapshot dimensions +# If either (but not both) of the width or height parameters is -2, +# the value will be calculated preserving the aspect-ratio. +animated_snapshot_width=-2 +animated_snapshot_height=400 + +# Quality of the produced animation, 0 = lowest, 100 = highest +animated_snapshot_quality=69 + +## +## Audio settings +## + +# Audio format. +# Opus is the recommended format. +audio_format=opus +# audio_format=mp3 + +# Container for opus files. +# It may be required to use a different container for Opus. +# This is the case on certain computers or devices +# which are running proprietary operating systems, e.g. AnkiMobile. Using them is discouraged. +# ・ Ogg/Opus play everywhere except AnkiWeb in Safari and AnkiMobile. +# ・ M4A (iOS 17.2 and probably even earlier) and WEBM (since iOS 17.4) play everywhere. +# ・ Opus in CAF can be used with older iOS. CAF plays only on Anki Desktop, Safari and AnkiMobile. +# ・ (iOS Lockdown Mode disables Opus support completely, +# though you may try to add an exception for AnkiMobile.) +# opus_container=ogg +#opus_container=opus +opus_container=m4a +# opus_container=webm +#opus_container=caf + +# Sane values are 16k-32k for opus, 64k-128k for mp3. +audio_bitrate=32k + +# Set a pad to the dialog timings. 0.5 = half a second. +# Pads are never applied to manually set timings. +audio_padding=0.0 +#audio_padding=0.5 + +## +## Forvo support (Rikaitan users only) +## + +# yes - fetch audio from Forvo if Rikaitan couldn't find the audio (default) +# always - always fetch audio from Forvo and replace the audio added by Rikaitan +# no - never use Forvo +use_forvo=yes + +# Vocab field should be equal to {expression} field in Rikaitan +vocab_field=Expression + +# Vocab Audio field should be equal to {audio} field in Rikaitan +vocab_audio_field=ExpressionAudio + +## +## Misc info +## Various context information that can be written on your cards in a specified field. +## + +# yes to enable or no to disable. +miscinfo_enable=yes + +# Field name +miscinfo_field=ExtraInfo + +# Format string used to fill the misc info field. +# It supports the same substitutions as `note_tag`. HTML is supported. +miscinfo_format=%n EP%d (%t) +#miscinfo_format=From mpvacious %n at %t. + +## +## Secondary subtitles +## Mpvacious can try automatically loading secondary subtitles that will appear at the top. +## For example, you may want to load English subs alongside Japanese subs. +## +## Secondary subtitles should be present in the container. +## But if you manually set secondary sid from the command line, mpvacious won't change it. +## + +# Load secondary subtitle track automatically when a file is opened. +secondary_sub_auto_load=yes + +# Language of secondary subs. This is your native language or a language you know well. +# If you leave this parameter empty, secondary subs will NOT be automatically loaded. +secondary_sub_lang=eng,en +#secondary_sub_lang= + +# Hover area. +# Proportion of the top part of the mpv window where the secondary subtitles are visible when hovered over. +# Possible values: from 0.0 to 1.0 +secondary_sub_area=0.15 + +# Visibility state +# Can be set to: 'auto', 'never', 'always'. +# If set to 'never' or 'always', secondary_sub_area has no effect. +# If set to 'auto', visibility behaves according to the value of secondary_sub_area. +# Default binding to cycle this value: Ctrl+v. +secondary_sub_visibility=auto + +# Perform two-pass loudness normalization. +# Parameter explanation can be found e.g. at: +# https://auphonic.com/blog/2013/01/07/loudness-targets-mobile-audio-podcasts-radio-tv/ +# https://auphonic.com/blog/2019/08/19/dynamic-range-processing/ +# MAKE SURE TO REMOVE loudnorm FROM CUSTOM ARGS BEFORE ENABLING. +loudnorm=no +loudnorm_target=-16 +loudnorm_range=11 +loudnorm_peak=-1.5 + +## +## Custom audio encoding arguments +## These arguments are added to the command line. +## `mpv` and `ffmpeg` accept slightly different parameters. +## Feel free to experiment for yourself, but be careful or media creation might stop working. +## + +# loudnorm IN CUSTOM ARGS IS LEFT FOR BACKWARD COMPATIBILITY. +# MAKE SURE TO REMOVE ALL MENTIONS OF loudnorm FROM CUSTOM ARGS +# (E.G. SET TO EMPTY STRINGS) BEFORE ENABLING TWO-PASS loudnorm. +# ENABLING loudnorm BOTH THROUGH THE SWITCH AND THROUGH CUSTOM ARGS +# CAN LEAD TO UNPREDICTABLE RESULTS. + +# Ffmpeg +ffmpeg_audio_args=-af loudnorm=I=-16:TP=-1.5:LRA=11:dual_mono=true +#ffmpeg_audio_args= +#ffmpeg_audio_args=-af silenceremove=1:0:-50dB + +# mpv +# mpv accepts each filter as a separate argument, e.g. --af-append=1 --af-append=2 +mpv_audio_args=--af-append=loudnorm=I=-16:TP=-1.5:LRA=11:dual_mono=true +#mpv_audio_args= +#mpv_audio_args=--af-append=silenceremove=1:0:-50dB diff --git a/.config/mpv/script-opts/thumbfast.conf b/.config/mpv/script-opts/thumbfast.conf new file mode 100644 index 0000000..c3c2a9d --- /dev/null +++ b/.config/mpv/script-opts/thumbfast.conf @@ -0,0 +1,30 @@ +# Socket path (leave empty for auto) +socket= + +# Thumbnail path (leave empty for auto) +thumbnail= + +# Maximum thumbnail size in pixels (scaled down to fit) +# Values are scaled when hidpi is enabled +max_height=400 +max_width=400 + +# Overlay id +overlay_id=42 + +# Spawn thumbnailer on file load for faster initial thumbnails +spawn_first=yes + +# Enable on network playback +network=yes + +# Enable on audio playback +audio=no + +# Enable hardware decoding +hwdec=yes + +# Windows only: use native Windows API to write to pipe (requires LuaJIT) +direct_io=no + +mpv_path=mpv diff --git a/.config/mpv/script-opts/youtube-upnext.conf b/.config/mpv/script-opts/youtube-upnext.conf new file mode 100644 index 0000000..35cb8e9 --- /dev/null +++ b/.config/mpv/script-opts/youtube-upnext.conf @@ -0,0 +1,91 @@ +# KEY BINDINGS + +append_binding=ctrl+SPACE +# invoke or dismiss the quality menu +toggle_menu_binding=ctrl+u +# move the menu cursor up +up_binding=ctrl+k +# move the menu cursor down +down_binding=ctrl+j +# select menu entry +select_binding=ctrl+ENTER + +# auto fetch recommended videos when opening a url +fetch_on_start=no + +# auto load and add the "upnext" video to the playlist +auto_add=no + +# formatting / cursors +cursor_selected=● +cursor_unselected=○ +cursor_appended=▷ +cursor_appended_selected=▶ + +# font size scales by window, if false requires larger font and padding sizes +scale_playlist_by_window=yes + +# playlist ass style overrides inside curly brackets, \keyvalue is one field, extra \ for escape in lua +# example {\\fnUbuntu\\fs10\\b0\\bord1} equals: font=Ubuntu, size=10, bold=no, border=1 +# read http://docs.aegisub.org/3.2/ASS_Tags/ for reference of tags +# undeclared tags will use default osd settings +# these styles will be used for the whole playlist. More specific styling will need to be hacked in +# +# (a monospaced font is recommended but not required) +style_ass_tags={\\fnJetBrainsMono Nerd Font\\fs12} + +# paddings for top left corner +text_padding_x=5 +text_padding_y=5 + +# Screen dim when menu is open 0.0 - 1.0 (0 is no dim, 1 is black) +curtain_opacity=0.7 + +# how many seconds until the quality menu times out +menu_timeout=10 + +# base url for loading new urls, %s will be replaced with video id +youtube_url=https://www.youtube.com/watch?v=%s + +# Fallback Invidious instance. Used if "upnext" could not be retrieved from the normal youtube website +# See https://api.invidious.io/ for alternatives +invidious_instance=https://inv.tux.pizza + +# Keep the width of the window the same when the next video is played +restore_window_width=no + +# On Windows wget.exe may not be able to check SSL certificates for HTTPS, so you can disable it here +check_certificate=yes + + +# Use a cookies file +# Same as youtube-dl --cookies or wget --load-cookies +# If you don't set this, the script may create a cookie file for you +# For example "C:\\Users\\Username\\cookies.txt" +# Or "C:/Users/Username/cookies.txt" +#cookies=cookies.txt + +# When a video is selected from the menu, the new video can be appended to the playlist +# or the playlist can be cleared and replaced with only the selected video. +# If yes, the video will be appended to the playlist. If no, the playlist will be cleared. +keep_playlist_on_select=yes + +# What should happen if a video recommendation in uosc menu is clicked? Options are: +# submenu --> show a submenu with play/upnext/append option +# append --> append the video to the playlist +# insert --> play the video after the current video +# play --> append the video to the playlist and play it +# replace --> play the video and clear the playlist +uosc_entry_action=submenu + +# Should the uosc menu stay open after clicking a video recommendation? +uosc_keep_menu_open=no + +# Don't play/append videos that are shorter than this time. Format is "HH:MM:SS" or "MM:SS" +#skip_shorter_than=00:30 + +# Don't play/append videos that are longer than this time. Format is "HH:MM:SS" or "MM:SS" +#skip_longer_than=07:00 + +# Also don't show the videos in the menu that are too short or too long +#hide_skipped_videos=yes diff --git a/.config/mpv/script-opts/ytdl_preload.conf b/.config/mpv/script-opts/ytdl_preload.conf new file mode 100644 index 0000000..da97d49 --- /dev/null +++ b/.config/mpv/script-opts/ytdl_preload.conf @@ -0,0 +1 @@ +temp=/tmp/ytdl-preload diff --git a/.config/mpv/scripts/anilistUpdater/anilistUpdater.py b/.config/mpv/scripts/anilistUpdater/anilistUpdater.py new file mode 120000 index 0000000..bc9242b --- /dev/null +++ b/.config/mpv/scripts/anilistUpdater/anilistUpdater.py @@ -0,0 +1 @@ +../../submodules/mpv-anilist-updater/anilistUpdater/anilistUpdater.py \ No newline at end of file diff --git a/.config/mpv/scripts/anilistUpdater/main.lua b/.config/mpv/scripts/anilistUpdater/main.lua new file mode 120000 index 0000000..92b1a1c --- /dev/null +++ b/.config/mpv/scripts/anilistUpdater/main.lua @@ -0,0 +1 @@ +../../submodules/mpv-anilist-updater/anilistUpdater/main.lua \ No newline at end of file diff --git a/.config/mpv/scripts/animecards b/.config/mpv/scripts/animecards new file mode 120000 index 0000000..e63d8d1 --- /dev/null +++ b/.config/mpv/scripts/animecards @@ -0,0 +1 @@ +../submodules/animecards/animecards \ No newline at end of file diff --git a/.config/mpv/scripts/autosubsync-mpv b/.config/mpv/scripts/autosubsync-mpv new file mode 120000 index 0000000..82e82e8 --- /dev/null +++ b/.config/mpv/scripts/autosubsync-mpv @@ -0,0 +1 @@ +../submodules/autosubsync-mpv \ No newline at end of file diff --git a/.config/mpv/scripts/immersion-tracker b/.config/mpv/scripts/immersion-tracker new file mode 120000 index 0000000..517b082 --- /dev/null +++ b/.config/mpv/scripts/immersion-tracker @@ -0,0 +1 @@ +../submodules/immersion-tracker \ No newline at end of file diff --git a/.config/mpv/scripts/jimaku.js b/.config/mpv/scripts/jimaku.js new file mode 100644 index 0000000..a5b6142 --- /dev/null +++ b/.config/mpv/scripts/jimaku.js @@ -0,0 +1,388 @@ +// Go to https://jimaku.cc/login and create a new account. +// Then go to https://jimaku.cc/account and click the `Generate` button to create a new API key +// Click the `Copy` button and paste it below +var API_KEY = ""; + +// Configuration options +var CONFIG = { + // Filter the response to only have the specified episode + prompt_episode: true, + + // Subtitle suffix (e.g., ".JA" for Japanese subtitles) + subtitle_suffix: ".JA", + + // Preferred subtitle format (order matters, first is most preferred) + preferred_formats: ["ass", "srt", "vtt"], + + // Automatically load the subtitle after download + auto_load: true, + + // Default subtitle delay in seconds (can be positive or negative) + default_delay: 0, + + // Default subtitle font size + default_font_size: 16, + + // Automatically rename the subtitle file after download + auto_rename: true, + + // Automatically run autosubsync-mpv after downloading the subtitle + run_auto_subsync: true +}; + +// Keybindings +// var MANUAL_SEARCH_KEY = "g"; +var FILENAME_AUTO_SEARCH_KEY = "ctrl+J"; +var PARENT_FOLDER_AUTO_SEARCH_KEY = "n"; + +function api(url, extraArgs) { + var baseArgs = [ + "curl", + "-s", + "--url", + url, + "--header", + "Authorization: " + API_KEY + ]; + + var args = Array.prototype.concat.apply(baseArgs, extraArgs); + + var res = mp.command_native({ + name: "subprocess", + playback_only: false, + capture_stdout: true, + capture_stderr: true, + args: args + }); + + if (res.stdout) return JSON.parse(res.stdout); +} + +function downloadSub(sub) { + return api(sub.url, ["--output", sub.name]); +} + +function showMessage(message, persist) { + var ass_start = mp.get_property_osd("osd-ass-cc/0"); + var ass_stop = mp.get_property_osd("osd-ass-cc/1"); + + mp.osd_message( + ass_start + "{\\fs16}" + message + ass_stop, + persist ? 999 : 2 + ); +} + +// The timeout is neccessary due to a weird bug in mpv +function inputGet(args) { + mp.input.terminate(); + setTimeout(function () { + mp.input.get(args); + }, 1); +} + +// The timeout is neccessary due to a weird bug in mpv +function inputSelect(args) { + mp.input.terminate(); + setTimeout(function () { + mp.input.select(args); + }, 1); +} + +// Taken from mpv-subversive +// https://github.com/nairyosangha/mpv-subversive/blob/master/backend/backend.lua#L146 +function sanitize(text) { + var subPatterns = [ + /\.[a-zA-Z]+$/, // extension + /\./g, + /-/g, + /_/g, + /\[[^\]]+\]/g, // [] bracket + /\([^\)]+\)/g, // () bracket + /720[pP]/g, + /480[pP]/g, + /1080[pP]/g, + /[xX]26[45]/g, + /[bB]lu[-]?[rR]ay/g, + /^[\s]*/, + /[\s]*$/, + /1920x1080/g, + /1920X1080/g, + /Hi10P/g, + /FLAC/g, + /AAC/g + ]; + + var result = text; + + subPatterns.forEach(function (subPattern) { + var newResult = result.replace(subPattern, " "); + if (newResult.length > 0) { + result = newResult; + } + }); + + return result; +} + +// Adapted from mpv-subversive +// https://github.com/nairyosangha/mpv-subversive/blob/master/backend/backend.lua#L164 +function extractTitle(text) { + var matchers = [ + { regex: /^([\w\s\d]+)[Ss]\d+[Ee]?\d+/, group: 1 }, + { regex: /^([\w\s\d]+)-[\s]*\d+[\s]*[^\w]*$/, group: 1 }, + { regex: /^([\w\s\d]+)[Ee]?[Pp]?[\s]+\d+$/, group: 1 }, + { regex: /^([\w\s\d]+)[\s]\d+.*$/, group: 1 }, + { regex: /^\d+[\s]*(.+)$/, group: 1 } + ]; + + for (var i = 0; i < matchers.length; i++) { + var matcher = matchers[i]; + var match = text.match(matcher.regex); + if (match) { + return match[matcher.group].trim(); + } + } + + return text; +} + +function getNames(results) { + return results.map(function (item) { + return item.name; + }); +} + +function runAutoSubSyncMPV() { + try { + mp.command_native(["script-binding", "autosubsync-menu"]); + } catch (e) { + showMessage("autosubsync-mpv not installed"); + return; + } +} + +function selectSub(selectedSub) { + showMessage("Downloading: " + selectedSub.name); + + try { + downloadSub(selectedSub); + + // Get current video filename without extension + var videoPath = mp.get_property("path"); + if (!videoPath) { + throw new Error("No video file is currently playing"); + } + var videoName = videoPath.substring(0, videoPath.lastIndexOf(".")); + + // Get subtitle extension + var subExt = selectedSub.name.substring(selectedSub.name.lastIndexOf(".")); + + var newSubName = selectedSub.name; + if (CONFIG.auto_rename) { + // Create new subtitle filename + newSubName = videoName + CONFIG.subtitle_suffix + subExt; + + // Rename the downloaded subtitle file + var renameResult = mp.command_native({ + name: "subprocess", + playback_only: false, + args: ["mv", selectedSub.name, newSubName] + }); + + if (renameResult.error) { + throw new Error( + "Failed to rename subtitle file: " + renameResult.error + ); + } + + showMessage(newSubName + " downloaded and renamed"); + } else { + showMessage(newSubName + " downloaded"); + } + + if (CONFIG.auto_load) { + mp.commandv("sub_add", newSubName); + showMessage(newSubName + " added"); + + // Apply subtitle settings if configured + if (CONFIG.default_delay !== 0) { + mp.commandv("sub_delay", CONFIG.default_delay); + } + if (CONFIG.default_font_size !== 16) { + mp.commandv("sub_font_size", CONFIG.default_font_size); + } + } + + if (CONFIG.run_auto_subsync) { + runAutoSubSyncMPV(); + } + + mp.set_property("pause", "no"); + } catch (error) { + showMessage("Error: " + error.message, true); + mp.set_property("pause", "no"); + } +} + +function sortByPreferredFormat(files) { + return files.sort(function (a, b) { + var extA = a.name.substring(a.name.lastIndexOf(".") + 1).toLowerCase(); + var extB = b.name.substring(b.name.lastIndexOf(".") + 1).toLowerCase(); + + var indexA = CONFIG.preferred_formats.indexOf(extA); + var indexB = CONFIG.preferred_formats.indexOf(extB); + + if (indexA === -1) return 1; + if (indexB === -1) return -1; + return indexA - indexB; + }); +} + +function selectEpisode(anime, episode) { + mp.input.terminate(); + var episodeResults; + + if (episode) { + showMessage("Fetching subs for: " + anime.name + " episode " + episode); + episodeResults = api( + "https://jimaku.cc/api/entries/" + anime.id + "/files?episode=" + episode + ); + } else { + showMessage("Fetching all subs for: " + anime.name); + episodeResults = api( + "https://jimaku.cc/api/entries/" + anime.id + "/files" + ); + } + + if (episodeResults.error) { + showMessage("Error: " + animeResults.error); + return; + } + + if (episodeResults.length === 0) { + showMessage("No results found"); + return; + } + + // Sort results by preferred format + episodeResults = sortByPreferredFormat(episodeResults); + + if (episodeResults.length === 1) { + var selectedEpisode = episodeResults[0]; + selectSub(selectedEpisode); + return; + } + + var items = getNames(episodeResults); + + inputSelect({ + prompt: "Select episode: ", + items: items, + submit: function (id) { + var selectedEpisode = episodeResults[id - 1]; + selectSub(selectedEpisode); + } + }); +} + +function onAnimeSelected(anime) { + if (CONFIG.prompt_episode) { + inputGet({ + prompt: "Episode (leave blank for all): ", + submit: function (episode) { + selectEpisode(anime, episode); + } + }); + } else { + selectEpisode(anime); + } +} + +function search(searchTerm, isAuto) { + mp.input.terminate(); + showMessage('Searching for: "' + searchTerm + '"'); + + var animeResults = api( + encodeURI( + "https://jimaku.cc/api/entries/search?anime=true&query=" + searchTerm + ) + ); + + if (animeResults.error) { + showMessage("Error: " + animeResults.error); + return; + } + + if (animeResults.length === 0) { + showMessage("No results found"); + if (isAuto) { + manualSearch(searchTerm); + } + return; + } + + if (animeResults.length === 1) { + var selectedAnime = animeResults[0]; + onAnimeSelected(selectedAnime); + return; + } + + var items = getNames(animeResults); + + inputSelect({ + prompt: "Select anime: ", + items: items, + submit: function (id) { + var selectedAnime = animeResults[id - 1]; + showMessage(selectedAnime.name, true); + onAnimeSelected(selectedAnime); + } + }); +} + +function manualSearch(defaultText) { + inputGet({ + prompt: "Search term: ", + submit: search, + default_text: defaultText + }); + + mp.set_property("pause", "yes"); + showMessage("Manual Jimaku Search", true); +} + +function autoSearch() { + var filename = mp.get_property("filename"); + var sanitizedFilename = sanitize(filename); + var currentAnime = extractTitle(sanitizedFilename); + + mp.set_property("pause", "yes"); + + search(currentAnime, true); +} + +function autoSearchParentFolder() { + var path = mp.get_property("stream-open-filename"); + var pathSplit = path.split(path.indexOf("/") >= 0 ? "/" : "\\"); + var filename = + pathSplit.length === 1 ? pathSplit[0] : pathSplit[pathSplit.length - 2]; + + var sanitizedFilename = sanitize(filename); + var currentAnime = extractTitle(sanitizedFilename); + + mp.set_property("pause", "yes"); + + search(currentAnime, true); +} + +// mp.add_key_binding(MANUAL_SEARCH_KEY, "jimaku-manual-search", manualSearch); +mp.add_key_binding( + FILENAME_AUTO_SEARCH_KEY, + "jimaku-filename-auto-search", + autoSearch +); +mp.add_key_binding( + PARENT_FOLDER_AUTO_SEARCH_KEY, + "jimaku-parent-folder-auto-search", + autoSearchParentFolder +); diff --git a/.config/mpv/scripts/modernz.lua b/.config/mpv/scripts/modernz.lua new file mode 120000 index 0000000..a937e23 --- /dev/null +++ b/.config/mpv/scripts/modernz.lua @@ -0,0 +1 @@ +../submodules/ModernZ/modernz.lua \ No newline at end of file diff --git a/.config/mpv/scripts/mpv-youtube-queue.lua b/.config/mpv/scripts/mpv-youtube-queue.lua new file mode 120000 index 0000000..779e4d7 --- /dev/null +++ b/.config/mpv/scripts/mpv-youtube-queue.lua @@ -0,0 +1 @@ +../submodules/mpv-youtube-queue/mpv-youtube-queue.lua \ No newline at end of file diff --git a/.config/mpv/scripts/pause-indicator.lua b/.config/mpv/scripts/pause-indicator.lua new file mode 100644 index 0000000..8d96ac5 --- /dev/null +++ b/.config/mpv/scripts/pause-indicator.lua @@ -0,0 +1,1025 @@ +local msg = require('mp.msg') +local log = { + debug = function(format, ...) + return msg.debug(format:format(...)) + end, + info = function(format, ...) + return msg.info(format:format(...)) + end, + warn = function(format, ...) + return msg.warn(format:format(...)) + end, + dump = function(item, ignore) + local level = 2 + if "table" ~= type(item) then + msg.info(tostring(item)) + return + end + local count = 1 + local tablecount = 1 + local result = { + "{ @" .. tostring(tablecount) + } + local seen = { + [item] = tablecount + } + local recurse + recurse = function(item, space) + for key, value in pairs(item) do + if not (key == ignore) then + if "table" == type(value) then + if not (seen[value]) then + tablecount = tablecount + 1 + seen[value] = tablecount + count = count + 1 + result[count] = space .. tostring(key) .. ": { @" .. tostring(tablecount) + recurse(value, space .. " ") + count = count + 1 + result[count] = space .. "}" + else + count = count + 1 + result[count] = space .. tostring(key) .. ": @" .. tostring(seen[value]) + end + else + if "string" == type(value) then + value = ("%q"):format(value) + end + count = count + 1 + result[count] = space .. tostring(key) .. ": " .. tostring(value) + end + end + end + end + recurse(item, " ") + count = count + 1 + result[count] = "}" + return msg.info(table.concat(result, "\n")) + end +} +local options = require('mp.options') +local utils = require('mp.utils') +local script_name = 'torque-progressbar' +mp.get_osd_size = mp.get_osd_size or mp.get_screen_size +local settings = { + __defaults = { } +} +local settingsMeta = { + __reload = function(self) + for key, value in pairs(self.__defaults) do + settings[key] = value + end + options.read_options(self, script_name .. '/main') + if self['bar-height-inactive'] <= 0 then + self['bar-hide-inactive'] = true + self['bar-height-inactive'] = 1 + end + end, + __migrate = function(self) + local oldConfig = mp.find_config_file(('lua-settings/%s.conf'):format(script_name)) + local newConfigFile = ('lua-settings/%s/main.conf'):format(script_name) + local newConfig = mp.find_config_file(newConfigFile) + if oldConfig and not newConfig then + local folder, _ = utils.split_path(oldConfig) + local configDir = utils.join_path(folder, script_name) + newConfig = utils.join_path(configDir, 'main.conf') + log.info(('Old configuration detected. Attempting to migrate %q -> %q'):format(oldConfig, newConfig)) + local dirExists = mp.find_config_file(configDir) + if dirExists and not utils.readdir(configDir) then + log.warn(('Configuration migration failed. %q exists and does not appear to be a folder'):format(configDir)) + return + else + if not dirExists then + local res = utils.subprocess({ + args = { + 'mkdir', + configDir + } + }) + if res.error or res.status ~= 0 then + log.warn(('Making directory %q failed.'):format(configDir)) + return + end + end + end + local res = utils.subprocess({ + args = { + 'mv', + oldConfig, + newConfig + } + }) + if res.error or res.status ~= 0 then + log.warn(('Moving file %q -> %q failed.'):format(oldConfig, newConfig)) + return + end + if mp.find_config_file(newConfigFile) then + return log.info('Configuration successfully migrated.') + end + end + end, + __newindex = function(self, key, value) + self.__defaults[key] = value + return rawset(self, key, value) + end +} +settingsMeta.__index = settingsMeta +setmetatable(settings, settingsMeta) +settings:__migrate() +local helpText = { } +settings['hover-zone-height'] = 40 +helpText['hover-zone-height'] = [[Sets the height of the rectangular area at the bottom of the screen that expands +the progress bar and shows playback time information when the mouse is hovered +over it. +]] +settings['top-hover-zone-height'] = 40 +helpText['top-hover-zone-height'] = [[Sets the height of the rectangular area at the top of the screen that shows the +file name and system time when the mouse is hovered over it. +]] +settings['display-scale-factor'] = 1 +helpText['display-scale-factor'] = [[Acts as a multiplier to increase the size of every UI element. Useful for high- +DPI displays that cause the UI to be rendered too small (happens at least on +macOS). +]] +settings['default-style'] = [[\fnSource Sans Pro\b1\bord2\shad0\fs30\c&HFC799E&\3c&H2D2D2D&]] +helpText['default-style'] = [[Default style that is applied to all UI elements. A string of ASS override tags. +Individual elements have their own style settings which override the tags here. +Changing the font will likely require changing the hover-time margin settings +and the offscreen-pos settings. + +Here are some useful ASS override tags (omit square brackets): +\fn[Font Name]: sets the font to the named font. +\fs[number]: sets the font size to the given number. +\b[1/0]: sets the text bold or not (\b1 is bold, \b0 is regular weight). +\i[1/0]: sets the text italic or not (same semantics as bold). +\bord[number]: sets the outline width to the given number (in pixels). +\shad[number]: sets the shadow size to the given number (pixels). +\c&H[BBGGRR]&: sets the fill color for the text to the given color (hex pairs in + the order, blue, green, red). +\3c&H[BBGGRR]&: sets the outline color of the text to the given color. +\4c&H[BBGGRR]&: sets the shadow color of the text to the given color. +\alpha&H[AA]&: sets the line's transparency as a hex pair. 00 is fully opaque + and FF is fully transparent. Some UI elements are composed of + multiple layered lines, so adding transparency may not look good. + For further granularity, \1a&H[AA]& controls the fill opacity, + \3a&H[AA]& controls the outline opacity, and \4a&H[AA]& controls + the shadow opacity. +]] +settings['enable-bar'] = true +helpText['enable-bar'] = [[Controls whether or not the progress bar is drawn at all. If this is disabled, +it also (naturally) disables the click-to-seek functionality. +]] +settings['bar-hide-inactive'] = false +helpText['bar-hide-inactive'] = [[Causes the bar to not be drawn unless the mouse is hovering over it or a +request-display call is active. This is somewhat redundant with setting bar- +height-inactive=0, except that it can allow for very rudimentary context- +sensitive behavior because it can be toggled at runtime. For example, by using +the binding `f cycle pause; script-binding progressbar/toggle-inactive-bar`, it +is possible to have the bar be persistently present only in windowed or +fullscreen contexts, depending on the default setting. +]] +settings['bar-height-inactive'] = 2 +helpText['bar-height-inactive'] = [[Sets the height of the bar display when the mouse is not in the active zone and +there is no request-display active. A value of 0 or less will cause bar-hide- +inactive to be set to true and the bar height to be set to 1. This should result +in the desired behavior while avoiding annoying debug logging in mpv (libass +does not like zero-height objects). +]] +settings['bar-height-active'] = 8 +helpText['bar-height-active'] = [[Sets the height of the bar display when the mouse is in the active zone or +request-display is active. There is no logic attached to this, so 0 or negative +values may have unexpected results. +]] +settings['progress-bar-width'] = 0 +helpText['progress-bar-width'] = [[If greater than zero, changes the progress bar style to be a small segment +rather than a continuous bar and sets its width. +]] +settings['seek-precision'] = 'exact' +helpText['seek-precision'] = [[Affects precision of seeks due to clicks on the progress bar. Should be 'exact' or +'keyframes'. Exact is slightly slower, but won't jump around between two +different times when clicking in the same place. + +Actually, this gets passed directly into the `seek` command, so the value can be +any of the arguments supported by mpv, though the ones above are the only ones +that really make sense. +]] +settings['bar-default-style'] = [[\bord0\shad0]] +helpText['bar-default-style'] = [[A string of ASS override tags that get applied to all three layers of the bar: +progress, cache, and background. You probably don't want to remove \bord0 unless +your default-style includes it. +]] +settings['bar-foreground-style'] = '' +helpText['bar-foreground-style'] = [[A string of ASS override tags that get applied only to the progress layer of the +bar. +]] +settings['bar-cache-style'] = [[\c&H515151&]] +helpText['bar-cache-style'] = [[A string of ASS override tags that get applied only to the cache layer of the +bar. The default sets only the color. +]] +settings['bar-background-style'] = [[\c&H2D2D2D&]] +helpText['bar-background-style'] = [[A string of ASS override tags that get applied only to the background layer of +the bar. The default sets only the color. +]] +settings['enable-elapsed-time'] = true +helpText['enable-elapsed-time'] = [[Sets whether or not the elapsed time is displayed at all. +]] +settings['elapsed-style'] = '' +helpText['elapsed-style'] = [[A string of ASS override tags that get applied only to the elapsed time display. +]] +settings['elapsed-left-margin'] = 4 +helpText['elapsed-left-margin'] = [[Controls how far from the left edge of the window the elapsed time display is +positioned. +]] +settings['elapsed-bottom-margin'] = 0 +helpText['elapsed-bottom-margin'] = [[Controls how far above the expanded progress bar the elapsed time display is +positioned. +]] +settings['enable-remaining-time'] = true +helpText['enable-remaining-time'] = [[Sets whether or not the remaining time is displayed at all. +]] +settings['remaining-style'] = '' +helpText['remaining-style'] = [[A string of ASS override tags that get applied only to the remaining time +display. +]] +settings['remaining-right-margin'] = 4 +helpText['remaining-right-margin'] = [[Controls how far from the right edge of the window the remaining time display is +positioned. +]] +settings['remaining-bottom-margin'] = 0 +helpText['remaining-bottom-margin'] = [[Controls how far above the expanded progress bar the remaining time display is +positioned. +]] +settings['enable-hover-time'] = true +helpText['enable-hover-time'] = [[Sets whether or not the calculated time corresponding to the mouse position +is displayed when the mouse hovers over the progress bar. +]] +settings['hover-time-style'] = [[\fs26]] +helpText['hover-time-style'] = [[A string of ASS override tags that get applied only to the hover time display. +Unfortunately, due to the way the hover time display is animated, alpha values +set here will be overridden. This is subject to change in future versions. +]] +settings['hover-time-left-margin'] = 120 +helpText['hover-time-left-margin'] = [[Controls how close to the left edge of the window the hover time display can +get. If this value is too small, it will end up overlapping the elapsed time +display. +]] +settings['hover-time-right-margin'] = 130 +helpText['hover-time-right-margin'] = [[Controls how close to the right edge of the window the hover time display can +get. If this value is too small, it will end up overlapping the remaining time +display. +]] +settings['hover-time-bottom-margin'] = 0 +helpText['hover-time-bottom-margin'] = [[Controls how far above the expanded progress bar the remaining time display is +positioned. +]] +settings['enable-title'] = true +helpText['enable-title'] = [[Sets whether or not the video title is displayed at all. +]] +settings['title-style'] = '' +helpText['title-style'] = [[A string of ASS override tags that get applied only to the video title display. +]] +settings['title-left-margin'] = 4 +helpText['title-left-margin'] = [[Controls how far from the left edge of the window the video title display is +positioned. +]] +settings['title-top-margin'] = 0 +helpText['title-top-margin'] = [[Controls how far from the top edge of the window the video title display is +positioned. +]] +settings['title-print-to-cli'] = true +helpText['title-print-to-cli'] = [[Controls whether or not the script logs the video title and playlist position +to the console every time a new video starts. +]] +settings['enable-system-time'] = true +helpText['enable-system-time'] = [[Sets whether or not the system time is displayed at all. +]] +settings['system-time-style'] = '' +helpText['system-time-style'] = [[A string of ASS override tags that get applied only to the system time display. +]] +settings['system-time-format'] = '%H:%M' +helpText['system-time-format'] = [[Sets the format used for the system time display. This must be a strftime- +compatible format string. +]] +settings['system-time-right-margin'] = 4 +helpText['system-time-right-margin'] = [[Controls how far from the right edge of the window the system time display is +positioned. +]] +settings['system-time-top-margin'] = 0 +helpText['system-time-top-margin'] = [[Controls how far from the top edge of the window the system time display is +positioned. +]] +settings['pause-indicator'] = true +helpText['pause-indicator'] = [[Sets whether or not the pause indicator is displayed. The pause indicator is a +momentary icon that flashes in the middle of the screen, similar to youtube. +]] +settings['pause-indicator-foreground-style'] = [[\c&HFC799E&]] +helpText['pause-indicator-foreground-style'] = [[A string of ASS override tags that get applied only to the foreground of the +pause indicator. +]] +settings['pause-indicator-background-style'] = [[\c&H2D2D2D&]] +helpText['pause-indicator-background-style'] = [[A string of ASS override tags that get applied only to the background of the +pause indicator. +]] +settings['enable-chapter-markers'] = true +helpText['enable-chapter-markers'] = [[Sets whether or not the progress bar is decorated with chapter markers. Due to +the way the chapter markers are currently implemented, videos with a large +number of chapters may slow down the script somewhat, but I have yet to run +into this being a problem. +]] +settings['chapter-marker-width'] = 2 +helpText['chapter-marker-width'] = [[Controls the width of each chapter marker when the progress bar is inactive. +]] +settings['chapter-marker-width-active'] = 4 +helpText['chapter-marker-width-active'] = [[Controls the width of each chapter marker when the progress bar is active. +]] +settings['chapter-marker-active-height-fraction'] = 1 +helpText['chapter-marker-active-height-fraction'] = [[Modifies the height of the chapter markers when the progress bar is active. Acts +as a multiplier on the height of the active progress bar. A value greater than 1 +will cause the markers to be taller than the expanded progress bar, whereas a +value less than 1 will cause them to be shorter. +]] +settings['chapter-marker-before-style'] = [[\c&HFC799E&]] +helpText['chapter-marker-before-style'] = [[A string of ASS override tags that get applied only to chapter markers that have +not yet been passed. +]] +settings['chapter-marker-after-style'] = [[\c&H2D2D2D&]] +helpText['chapter-marker-after-style'] = [[A string of ASS override tags that get applied only to chapter markers that have +already been passed. +]] +settings['request-display-duration'] = 1 +helpText['request-display-duration'] = [[Sets the amount of time in seconds that the UI stays on the screen after it +receives a request-display signal. A value of 0 will keep the display on screen +only as long as the key bound to it is held down. +]] +settings['redraw-period'] = 0.03 +helpText['redraw-period'] = [[Controls how often the display is redrawn, in seconds. This does not seem to +significantly affect the smoothness of animations, and it is subject to the +accuracy limits imposed by the scheduler mpv uses. Probably not worth changing +unless you have major performance problems. +]] +settings['animation-duration'] = 0.25 +helpText['animation-duration'] = [[Controls how long the UI animations take. A value of 0 disables all animations +(which breaks the pause indicator). +]] +settings['elapsed-offscreen-pos'] = -100 +helpText['elapsed-offscreen-pos'] = [[Controls how far off the left side of the window the elapsed time display tries +to move when it is inactive. If you use a non-default font, this value may need +to be tweaked. If this value is not far enough off-screen, the elapsed display +will disappear without animating all the way off-screen. Positive values will +cause the display to animate the wrong direction. +]] +settings['remaining-offscreen-pos'] = -100 +helpText['remaining-offscreen-pos'] = [[Controls how far off the left side of the window the remaining time display +tries to move when it is inactive. If you use a non-default font, this value may +need to be tweaked. If this value is not far enough off-screen, the elapsed +display will disappear without animating all the way off-screen. Positive values +will cause the display to animate the wrong direction. +]] +settings['hover-time-offscreen-pos'] = -50 +helpText['hover-time-offscreen-pos'] = [[Controls how far off the bottom of the window the mouse hover time display tries +to move when it is inactive. If you use a non-default font, this value may need +to be tweaked. If this value is not far enough off-screen, the elapsed +display will disappear without animating all the way off-screen. Positive values +will cause the display to animate the wrong direction. +]] +settings['system-time-offscreen-pos'] = -100 +helpText['system-time-offscreen-pos'] = [[Controls how far off the left side of the window the system time display tries +to move when it is inactive. If you use a non-default font, this value may need +to be tweaked. If this value is not far enough off-screen, the elapsed display +will disappear without animating all the way off-screen. Positive values will +cause the display to animate the wrong direction. +]] +settings['title-offscreen-pos'] = -40 +helpText['title-offscreen-pos'] = [[Controls how far off the left side of the window the video title display tries +to move when it is inactive. If you use a non-default font, this value may need +to be tweaked. If this value is not far enough off-screen, the elapsed display +will disappear without animating all the way off-screen. Positive values will +cause the display to animate the wrong direction. +]] +settings:__reload() +local Stack +do + local _class_0 + local removeElementMetadata, reindex + local _base_0 = { + insert = function(self, element, index) + if index then + table.insert(self, index, element) + element[self] = index + else + table.insert(self, element) + element[self] = #self + end + if self.containmentKey then + element[self.containmentKey] = true + end + end, + remove = function(self, element) + if element[self] == nil then + error("Trying to remove an element that doesn't exist in this stack.") + end + table.remove(self, element[self]) + reindex(self, element[self]) + return removeElementMetadata(self, element) + end, + clear = function(self) + local element = table.remove(self) + while element do + removeElementMetadata(self, element) + element = table.remove(self) + end + end, + removeSortedList = function(self, elementList) + if #elementList < 1 then + return + end + for i = 1, #elementList - 1 do + local element = table.remove(elementList) + table.remove(self, element[self]) + removeElementMetadata(self, element) + end + local lastElement = table.remove(elementList) + table.remove(self, lastElement[self]) + reindex(self, lastElement[self]) + return removeElementMetadata(self, lastElement) + end, + removeList = function(self, elementList) + table.sort(elementList, function(a, b) + return a[self] < b[self] + end) + return self:removeSortedList(elementList) + end + } + _base_0.__index = _base_0 + _class_0 = setmetatable({ + __init = function(self, containmentKey) + self.containmentKey = containmentKey + end, + __base = _base_0, + __name = "Stack" + }, { + __index = _base_0, + __call = function(cls, ...) + local _self_0 = setmetatable({}, _base_0) + cls.__init(_self_0, ...) + return _self_0 + end + }) + _base_0.__class = _class_0 + local self = _class_0 + removeElementMetadata = function(self, element) + element[self] = nil + if self.containmentKey then + element[self.containmentKey] = false + end + end + reindex = function(self, start) + if start == nil then + start = 1 + end + for i = start, #self do + (self[i])[self] = i + end + end + Stack = _class_0 +end +local Window +do + local _class_0 + local osdScale + local _base_0 = { } + _base_0.__index = _base_0 + _class_0 = setmetatable({ + __init = function() end, + __base = _base_0, + __name = "Window" + }, { + __index = _base_0, + __call = function(cls, ...) + local _self_0 = setmetatable({}, _base_0) + cls.__init(_self_0, ...) + return _self_0 + end + }) + _base_0.__class = _class_0 + local self = _class_0 + osdScale = settings['display-scale-factor'] + self.__class.w, self.__class.h = 0, 0 + self.update = function(self) + local w, h = mp.get_osd_size() + w, h = math.floor(w / osdScale), math.floor(h / osdScale) + if w ~= self.w or h ~= self.h then + self.w, self.h = w, h + return true + else + return false + end + end + Window = _class_0 +end +local Rect +do + local _class_0 + local _base_0 = { + cacheMaxBounds = function(self) + self.xMax = self.x + self.w + self.yMax = self.y + self.h + end, + setPosition = function(self, x, y) + self.x = x or self.x + self.y = y or self.y + return self:cacheMaxBounds() + end, + setSize = function(self, w, h) + self.w = w or self.w + self.h = h or self.h + return self:cacheMaxBounds() + end, + reset = function(self, x, y, w, h) + self.x = x or self.x + self.y = y or self.y + self.w = w or self.w + self.h = h or self.h + return self:cacheMaxBounds() + end, + move = function(self, x, y) + self.x = self.x + (x or self.x) + self.y = self.y + (y or self.y) + return self:cacheMaxBounds() + end, + stretch = function(self, w, h) + self.w = self.w + (w or self.w) + self.h = self.h + (h or self.h) + return self:cacheMaxBounds() + end, + containsPoint = function(self, x, y) + return (x >= self.x) and (x < self.xMax) and (y >= self.y) and (y < self.yMax) + end + } + _base_0.__index = _base_0 + _class_0 = setmetatable({ + __init = function(self, x, y, w, h) + if x == nil then + x = -1 + end + if y == nil then + y = -1 + end + if w == nil then + w = -1 + end + if h == nil then + h = -1 + end + self.x, self.y, self.w, self.h = x, y, w, h + return self:cacheMaxBounds() + end, + __base = _base_0, + __name = "Rect" + }, { + __index = _base_0, + __call = function(cls, ...) + local _self_0 = setmetatable({}, _base_0) + cls.__init(_self_0, ...) + return _self_0 + end + }) + _base_0.__class = _class_0 + Rect = _class_0 +end +local AnimationQueue +do + local _class_0 + local animationList, deletionQueue + local _base_0 = { } + _base_0.__index = _base_0 + _class_0 = setmetatable({ + __init = function() end, + __base = _base_0, + __name = "AnimationQueue" + }, { + __index = _base_0, + __call = function(cls, ...) + local _self_0 = setmetatable({}, _base_0) + cls.__init(_self_0, ...) + return _self_0 + end + }) + _base_0.__class = _class_0 + local self = _class_0 + animationList = Stack('active') + deletionQueue = { } + self.addAnimation = function(animation) + if not (animation.active) then + return animationList:insert(animation) + end + end + self.removeAnimation = function(animation) + if animation.active then + return animationList:remove(animation) + end + end + self.destroyAnimationStack = function() + return animationList:clear() + end + self.animate = function() + if #animationList == 0 then + return + end + local currentTime = mp.get_time() + for _, animation in ipairs(animationList) do + if animation:update(currentTime) then + table.insert(deletionQueue, animation) + end + end + if #deletionQueue > 0 then + return animationList:removeSortedList(deletionQueue) + end + end + self.active = function() + return #animationList > 0 + end + AnimationQueue = _class_0 +end +local EventLoop +do + local _class_0 + local _base_0 = { + reconfigure = function(self) + settings:__reload() + AnimationQueue.destroyAnimationStack() + for _, zone in ipairs(self.activityZones) do + zone:reconfigure() + end + for _, element in ipairs(self.uiElements) do + element:reconfigure() + end + end, + addZone = function(self, zone) + if zone == nil then + return + end + return self.activityZones:insert(zone) + end, + removeZone = function(self, zone) + if zone == nil then + return + end + return self.activityZones:remove(zone) + end, + generateUIFromZones = function(self) + local seenUIElements = { } + self.script = { } + self.uiElements:clear() + AnimationQueue.destroyAnimationStack() + for _, zone in ipairs(self.activityZones) do + for _, uiElement in ipairs(zone.elements) do + if not (seenUIElements[uiElement]) then + self:addUIElement(uiElement) + seenUIElements[uiElement] = true + end + end + end + return self.updateTimer:resume() + end, + addUIElement = function(self, uiElement) + if uiElement == nil then + error('nil UIElement added.') + end + self.uiElements:insert(uiElement) + return table.insert(self.script, '') + end, + removeUIElement = function(self, uiElement) + if uiElement == nil then + error('nil UIElement removed.') + end + table.remove(self.script, uiElement[self.uiElements]) + return self.uiElements:remove(uiElement) + end, + resize = function(self) + for _, zone in ipairs(self.activityZones) do + zone:resize() + end + for _, uiElement in ipairs(self.uiElements) do + uiElement:resize() + end + end, + redraw = function(self, forceRedraw) + if Window:update() then + self:resize() + end + for index, zone in ipairs(self.activityZones) do + zone:update(self.displayRequested, false) + end + AnimationQueue.animate() + for index, uiElement in ipairs(self.uiElements) do + if uiElement:redraw() then + self.script[index] = uiElement:stringify() + end + end + return mp.set_osd_ass(Window.w, Window.h, table.concat(self.script, '\n')) + end + } + _base_0.__index = _base_0 + _class_0 = setmetatable({ + __init = function(self) + self.script = { } + self.uiElements = Stack() + self.activityZones = Stack() + self.displayRequested = false + self.updateTimer = mp.add_periodic_timer(settings['redraw-period'], (function() + local _base_1 = self + local _fn_0 = _base_1.redraw + return function(...) + return _fn_0(_base_1, ...) + end + end)()) + self.updateTimer:stop() + mp.register_event('shutdown', function() + return self.updateTimer:kill() + end) + local displayRequestTimer + local displayDuration = settings['request-display-duration'] + mp.add_key_binding("tab", "request-display", function(event) + if event.event == "repeat" then + return + end + if event.event == "down" or event.event == "press" then + if displayRequestTimer then + displayRequestTimer:kill() + end + self.displayRequested = true + end + if event.event == "up" or event.event == "press" then + if displayDuration == 0 then + self.displayRequested = false + else + displayRequestTimer = mp.add_timeout(displayDuration, function() + self.displayRequested = false + end) + end + end + end, { + complex = true + }) + return mp.add_key_binding('ctrl+r', 'reconfigure', (function() + local _base_1 = self + local _fn_0 = _base_1.reconfigure + return function(...) + return _fn_0(_base_1, ...) + end + end)(), { + repeatable = false + }) + end, + __base = _base_0, + __name = "EventLoop" + }, { + __index = _base_0, + __call = function(cls, ...) + local _self_0 = setmetatable({}, _base_0) + cls.__init(_self_0, ...) + return _self_0 + end + }) + _base_0.__class = _class_0 + EventLoop = _class_0 +end +local Animation +do + local _class_0 + local _base_0 = { + update = function(self, now) + if self.isReversed then + self.linearProgress = math.max(0, math.min(1, self.linearProgress + (self.lastUpdate - now) * self.durationR)) + if self.linearProgress == 0 then + self.isFinished = true + end + else + self.linearProgress = math.max(0, math.min(1, self.linearProgress + (now - self.lastUpdate) * self.durationR)) + if self.linearProgress == 1 then + self.isFinished = true + end + end + self.lastUpdate = now + local progress = math.pow(self.linearProgress, self.accel) + self.value = (1 - progress) * self.initialValue + progress * self.endValue + self.updateCb(self.value) + if self.isFinished and self.finishedCb then + self:finishedCb() + end + return self.isFinished + end, + interrupt = function(self, reverse) + self.finishedCb = nil + self.lastUpdate = mp.get_time() + self.isReversed = reverse + if not (self.active) then + self.isFinished = false + return AnimationQueue.addAnimation(self) + end + end + } + _base_0.__index = _base_0 + _class_0 = setmetatable({ + __init = function(self, initialValue, endValue, duration, updateCb, finishedCb, accel) + if accel == nil then + accel = 1 + end + self.initialValue, self.endValue, self.duration, self.updateCb, self.finishedCb, self.accel = initialValue, endValue, duration, updateCb, finishedCb, accel + self.value = self.initialValue + self.linearProgress = 0 + self.lastUpdate = mp.get_time() + self.durationR = 1 / self.duration + self.isFinished = (self.duration <= 0) + self.active = false + self.isReversed = false + end, + __base = _base_0, + __name = "Animation" + }, { + __index = _base_0, + __call = function(cls, ...) + local _self_0 = setmetatable({}, _base_0) + cls.__init(_self_0, ...) + return _self_0 + end + }) + _base_0.__class = _class_0 + Animation = _class_0 +end +local UIElement +do + local _class_0 + local _base_0 = { + stringify = function(self) + self.needsUpdate = false + if not self.active then + return '' + else + return table.concat(self.line) + end + end, + activate = function(self, activate) + if activate == true then + self.animation:interrupt(false) + self.active = true + else + self.animation:interrupt(true) + self.animation.finishedCb = function() + self.active = false + end + end + end, + reconfigure = function(self) + self.needsUpdate = true + self.animationDuration = settings['animation-duration'] + end, + resize = function(self) + return error('UIElement updateSize called') + end, + redraw = function(self) + return self.needsUpdate + end + } + _base_0.__index = _base_0 + _class_0 = setmetatable({ + __init = function(self) + self.needsUpdate = false + self.active = false + self.animationDuration = settings['animation-duration'] + end, + __base = _base_0, + __name = "UIElement" + }, { + __index = _base_0, + __call = function(cls, ...) + local _self_0 = setmetatable({}, _base_0) + cls.__init(_self_0, ...) + return _self_0 + end + }) + _base_0.__class = _class_0 + UIElement = _class_0 +end +local PauseIndicator +do + local _class_0 + local _base_0 = { + stringify = function(self) + return table.concat(self.line) + end, + resize = function(self) + local w, h = 0.5 * Window.w, 0.5 * Window.h + self.line[5] = ([[%g,%g]]):format(w, h) + self.line[12] = ([[%g,%g]]):format(w, h) + end, + redraw = function() + return true + end, + animate = function(self, value) + local scale = value * 50 + 100 + local scaleStr = ([[{\fscx%g\fscy%g]]):format(scale, scale) + local alphaStr = ('%02X'):format(value * value * 255) + self.line[1] = scaleStr + self.line[8] = scaleStr + self.line[3] = alphaStr + self.line[10] = alphaStr + end, + destroy = function(self, animation) + return self.eventLoop:removeUIElement(self) + end + } + _base_0.__index = _base_0 + _class_0 = setmetatable({ + __init = function(self, eventLoop, paused) + self.eventLoop = eventLoop + local w, h = 0.5 * Window.w, 0.5 * Window.h + self.line = { + [[{\fscx0\fscy0]], + [[\alpha&H]], + 0, + [[&\pos(]], + ([[%g,%g]]):format(w, h), + ([[)\an5\bord0%s\p1}]]):format(settings['pause-indicator-background-style']), + 0, + [[{\fscx0\fscy0]], + [[\alpha&H]], + 0, + [[&\pos(]], + ([[%g,%g]]):format(w, h), + ([[)\an5\bord0%s\p1}]]):format(settings['pause-indicator-foreground-style']), + 0 + } + if paused then + self.line[7] = 'm 75 37.5 b 75 58.21 58.21 75 37.5 75 16.79 75 0 58.21 0 37.5 0 16.79 16.79 0 37.5 0 58.21 0 75 16.79 75 37.5 m 23 20 l 23 55 33 55 33 20 m 42 20 l 42 55 52 55 52 20\n' + self.line[14] = 'm 0 0 m 75 75 m 23 20 l 23 55 33 55 33 20 m 42 20 l 42 55 52 55 52 20' + else + self.line[7] = 'm 75 37.5 b 75 58.21 58.21 75 37.5 75 16.79 75 0 58.21 0 37.5 0 16.79 16.79 0 37.5 0 58.21 0 75 16.79 75 37.5 m 25.8333 17.18 l 25.8333 57.6 60.8333 37.39\n' + self.line[14] = 'm 0 0 m 75 75 m 25.8333 17.18 l 25.8333 57.6 60.8333 37.39' + end + AnimationQueue.addAnimation(Animation(0, 1, settings['animation-duration'], (function() + local _base_1 = self + local _fn_0 = _base_1.animate + return function(...) + return _fn_0(_base_1, ...) + end + end)(), (function() + local _base_1 = self + local _fn_0 = _base_1.destroy + return function(...) + return _fn_0(_base_1, ...) + end + end)())) + return self.eventLoop:addUIElement(self) + end, + __base = _base_0, + __name = "PauseIndicator" + }, { + __index = _base_0, + __call = function(cls, ...) + local _self_0 = setmetatable({}, _base_0) + cls.__init(_self_0, ...) + return _self_0 + end + }) + _base_0.__class = _class_0 + PauseIndicator = _class_0 +end +local eventLoop = EventLoop() +local notFrameStepping = false +if settings['pause-indicator'] then + local PauseIndicatorWrapper + PauseIndicatorWrapper = function(event, paused) + if notFrameStepping then + return PauseIndicator(eventLoop, paused) + elseif paused then + notFrameStepping = true + end + end + mp.add_key_binding('.', 'step-forward', function() + notFrameStepping = false + return mp.commandv('frame_step') + end, { + repeatable = true + }) + mp.add_key_binding(',', 'step-backward', function() + notFrameStepping = false + return mp.commandv('frame_back_step') + end, { + repeatable = true + }) + mp.observe_property('pause', 'bool', PauseIndicatorWrapper) +end +local initDraw +initDraw = function() + mp.unregister_event(initDraw) + notFrameStepping = true + eventLoop:resize() + eventLoop:redraw() + return eventLoop.updateTimer:resume() +end +local fileLoaded +fileLoaded = function() + return mp.register_event('playback-restart', initDraw) +end +return mp.register_event('file-loaded', fileLoaded) diff --git a/.config/mpv/scripts/reload.lua b/.config/mpv/scripts/reload.lua new file mode 100644 index 0000000..7c935bf --- /dev/null +++ b/.config/mpv/scripts/reload.lua @@ -0,0 +1,416 @@ +-- reload.lua +-- +-- When an online video is stuck buffering or got very slow CDN +-- source, restarting often helps. This script provides automatic +-- reloading of videos that doesn't have buffering progress for some +-- time while keeping the current time position. It also adds `Ctrl+r` +-- keybinding to reload video manually. +-- +-- SETTINGS +-- +-- To override default setting put the `lua-settings/reload.conf` file in +-- mpv user folder, on linux it is `~/.config/mpv`. NOTE: config file +-- name should match the name of the script. +-- +-- Default `reload.conf` settings: +-- +-- ``` +-- # enable automatic reload on timeout +-- # when paused-for-cache event fired, we will wait +-- # paused_for_cache_timer_timeout sedonds and then reload the video +-- paused_for_cache_timer_enabled=yes +-- +-- # checking paused_for_cache property interval in seconds, +-- # can not be less than 0.05 (50 ms) +-- paused_for_cache_timer_interval=1 +-- +-- # time in seconds to wait until reload +-- paused_for_cache_timer_timeout=10 +-- +-- # enable automatic reload based on demuxer cache +-- # if demuxer-cache-time property didn't change in demuxer_cache_timer_timeout +-- # time interval, the video will be reloaded as soon as demuxer cache depleated +-- demuxer_cache_timer_enabled=yes +-- +-- # checking demuxer-cache-time property interval in seconds, +-- # can not be less than 0.05 (50 ms) +-- demuxer_cache_timer_interval=2 +-- +-- # if demuxer cache didn't receive any data during demuxer_cache_timer_timeout +-- # we decide that it has no progress and will reload the stream when +-- # paused_for_cache event happens +-- demuxer_cache_timer_timeout=20 +-- +-- # when the end-of-file is reached, reload the stream to check +-- # if there is more content available. +-- reload_eof_enabled=no +-- +-- # keybinding to reload stream from current time position +-- # you can disable keybinding by setting it to empty value +-- # reload_key_binding= +-- reload_key_binding=Ctrl+r +-- ``` +-- +-- DEBUGGING +-- +-- Debug messages will be printed to stdout with mpv command line option +-- `--msg-level='reload=debug'`. You may also need to add the `--no-msg-color` +-- option to make the debug logs visible if you are using a dark colorscheme +-- in terminal. +local msg = require 'mp.msg' +local options = require 'mp.options' +local utils = require 'mp.utils' + +local settings = { + paused_for_cache_timer_enabled = true, + paused_for_cache_timer_interval = 1, + paused_for_cache_timer_timeout = 10, + demuxer_cache_timer_enabled = true, + demuxer_cache_timer_interval = 2, + demuxer_cache_timer_timeout = 20, + reload_eof_enabled = false, + reload_key_binding = "Ctrl+r" +} + +-- global state stores properties between reloads +local property_path = nil +local property_time_pos = 0 +local property_keep_open = nil + +-- FSM managing the demuxer cache. +-- +-- States: +-- +-- * fetch - fetching new data +-- * stale - unable to fetch new data for time < 'demuxer_cache_timer_timeout' +-- * stuck - unable to fetch new data for time >= 'demuxer_cache_timer_timeout' +-- +-- State transitions: +-- +-- +---------------------------+ +-- v | +-- +-------+ +-------+ +-------+ +-- + fetch +<--->+ stale +---->+ stuck | +-- +-------+ +-------+ +-------+ +-- | ^ | ^ | ^ +-- +---+ +---+ +---+ +local demuxer_cache = { + timer = nil, + + state = { name = 'uninitialized', demuxer_cache_time = 0, in_state_time = 0 }, + + events = { + continue_fetch = { name = 'continue_fetch', from = 'fetch', to = 'fetch' }, + continue_stale = { name = 'continue_stale', from = 'stale', to = 'stale' }, + continue_stuck = { name = 'continue_stuck', from = 'stuck', to = 'stuck' }, + fetch_to_stale = { name = 'fetch_to_stale', from = 'fetch', to = 'stale' }, + stale_to_fetch = { name = 'stale_to_fetch', from = 'stale', to = 'fetch' }, + stale_to_stuck = { name = 'stale_to_stuck', from = 'stale', to = 'stuck' }, + stuck_to_fetch = { name = 'stuck_to_fetch', from = 'stuck', to = 'fetch' } + } + +} + +-- Always start with 'fetch' state +function demuxer_cache.reset_state() + demuxer_cache.state = { + name = demuxer_cache.events.continue_fetch.to, + demuxer_cache_time = 0, + in_state_time = 0 + } +end + +-- Has 'demuxer_cache_time' changed +function demuxer_cache.has_progress_since(t) + return demuxer_cache.state.demuxer_cache_time ~= t +end + +function demuxer_cache.is_state_fetch() + return demuxer_cache.state.name == demuxer_cache.events.continue_fetch.to +end + +function demuxer_cache.is_state_stale() + return demuxer_cache.state.name == demuxer_cache.events.continue_stale.to +end + +function demuxer_cache.is_state_stuck() + return demuxer_cache.state.name == demuxer_cache.events.continue_stuck.to +end + +function demuxer_cache.transition(event) + if demuxer_cache.state.name == event.from then + -- state setup + demuxer_cache.state.demuxer_cache_time = event.demuxer_cache_time + + if event.name == 'continue_fetch' then + demuxer_cache.state.in_state_time = demuxer_cache.state + .in_state_time + + event.interval + elseif event.name == 'continue_stale' then + demuxer_cache.state.in_state_time = demuxer_cache.state + .in_state_time + + event.interval + elseif event.name == 'continue_stuck' then + demuxer_cache.state.in_state_time = demuxer_cache.state + .in_state_time + + event.interval + elseif event.name == 'fetch_to_stale' then + demuxer_cache.state.in_state_time = 0 + elseif event.name == 'stale_to_fetch' then + demuxer_cache.state.in_state_time = 0 + elseif event.name == 'stale_to_stuck' then + demuxer_cache.state.in_state_time = 0 + elseif event.name == 'stuck_to_fetch' then + demuxer_cache.state.in_state_time = 0 + end + + -- state transition + demuxer_cache.state.name = event.to + + msg.debug('demuxer_cache.transition', event.name, + utils.to_string(demuxer_cache.state)) + else + msg.error('demuxer_cache.transition', 'illegal transition', event.name, + 'from state', demuxer_cache.state.name) + end +end + +function demuxer_cache.initialize(demuxer_cache_timer_interval) + demuxer_cache.reset_state() + demuxer_cache.timer = mp.add_periodic_timer(demuxer_cache_timer_interval, + function() + demuxer_cache.demuxer_cache_timer_tick( + mp.get_property_native('demuxer-cache-time'), + demuxer_cache_timer_interval) + end) +end + +-- If there is no progress of demuxer_cache_time in +-- settings.demuxer_cache_timer_timeout time interval switch state to +-- 'stuck' and switch back to 'fetch' as soon as any progress is made +function demuxer_cache.demuxer_cache_timer_tick(demuxer_cache_time, + demuxer_cache_timer_interval) + local event = nil + local cache_has_progress = demuxer_cache.has_progress_since( + demuxer_cache_time) + + -- I miss pattern matching so much + if demuxer_cache.is_state_fetch() then + if cache_has_progress then + event = demuxer_cache.events.continue_fetch + else + event = demuxer_cache.events.fetch_to_stale + end + elseif demuxer_cache.is_state_stale() then + if cache_has_progress then + event = demuxer_cache.events.stale_to_fetch + elseif demuxer_cache.state.in_state_time < + settings.demuxer_cache_timer_timeout then + event = demuxer_cache.events.continue_stale + else + event = demuxer_cache.events.stale_to_stuck + end + elseif demuxer_cache.is_state_stuck() then + if cache_has_progress then + event = demuxer_cache.events.stuck_to_fetch + else + event = demuxer_cache.events.continue_stuck + end + end + + event.demuxer_cache_time = demuxer_cache_time + event.interval = demuxer_cache_timer_interval + demuxer_cache.transition(event) +end + +local paused_for_cache = { timer = nil, time = 0 } + +function paused_for_cache.reset_timer() + msg.debug('paused_for_cache.reset_timer', paused_for_cache.time) + if paused_for_cache.timer then + paused_for_cache.timer:kill() + paused_for_cache.timer = nil + paused_for_cache.time = 0 + end +end + +function paused_for_cache.start_timer(interval_seconds, timeout_seconds) + msg.debug('paused_for_cache.start_timer', paused_for_cache.time) + if not paused_for_cache.timer then + paused_for_cache.timer = mp.add_periodic_timer(interval_seconds, + function() + paused_for_cache.time = paused_for_cache.time + interval_seconds + if paused_for_cache.time >= timeout_seconds then + paused_for_cache.reset_timer() + reload_resume() + end + msg.debug('paused_for_cache', 'tick', paused_for_cache.time) + end) + end +end + +function paused_for_cache.handler(property, is_paused) + if is_paused then + if demuxer_cache.is_state_stuck() then + msg.info("demuxer cache has no progress") + -- reset demuxer state to avoid immediate reload if + -- paused_for_cache event triggered right after reload + demuxer_cache.reset_state() + reload_resume() + end + + paused_for_cache.start_timer(settings.paused_for_cache_timer_interval, + settings.paused_for_cache_timer_timeout) + else + paused_for_cache.reset_timer() + end +end + +function read_settings() + options.read_options(settings, mp.get_script_name()) + msg.debug(utils.to_string(settings)) +end + +function reload(path, time_pos) + msg.debug("reload", path, time_pos) + if time_pos == nil then + mp.commandv("loadfile", path, "replace") + else + local success = mp.commandv("loadfile", path, "replace", -1, + "start=+" .. time_pos) + -- fallback to old syntax of loadfile for compatibility + if success == nil then + msg.warn( + "old loadfile syntax detected. falling back to using old syntax. update mpv to remove this warning") + mp.commandv("loadfile", path, "replace", "start=+" .. time_pos) + end + end +end + +function reload_resume() + local path = mp.get_property("path", property_path) + local time_pos = mp.get_property("time-pos") + local reload_duration = mp.get_property_native("duration") + + local playlist_count = mp.get_property_number("playlist/count") + local playlist_pos = mp.get_property_number("playlist-pos") + local playlist = {} + for i = 0, playlist_count - 1 do + playlist[i] = mp.get_property("playlist/" .. i .. "/filename") + end + -- Tries to determine live stream vs. pre-recordered VOD. VOD has non-zero + -- duration property. When reloading VOD, to keep the current time position + -- we should provide offset from the start. Stream doesn't have fixed start. + -- Decent choice would be to reload stream from it's current 'live' positon. + -- That's the reason we don't pass the offset when reloading streams. + if reload_duration and reload_duration > 0 then + msg.info("reloading video from", time_pos, "second") + reload(path, time_pos) + -- VODs get stuck when reload is called without a time_pos + -- this is most noticeable in youtube videos whenever download gets stuck in the first frames + -- video would stay paused without being actually paused + -- issue surfaced in mpv 0.33, afaik + elseif reload_duration and reload_duration == 0 then + msg.info("reloading video from", time_pos, "second") + reload(path, time_pos) + else + msg.info("reloading stream") + reload(path, nil) + end + msg.info("file", playlist_pos + 1, "of", playlist_count, "in playlist") + for i = 0, playlist_pos - 1 do + mp.commandv("loadfile", playlist[i], "append") + end + mp.commandv("playlist-move", 0, playlist_pos + 1) + for i = playlist_pos + 1, playlist_count - 1 do + mp.commandv("loadfile", playlist[i], "append") + end +end + +function reload_eof(property, eof_reached) + msg.debug("reload_eof", property, eof_reached) + local time_pos = mp.get_property_number("time-pos") + local duration = mp.get_property_number("duration") + + if eof_reached and round(time_pos) == round(duration) then + msg.debug("property_time_pos", property_time_pos, "time_pos", time_pos) + + -- Check that playback time_pos made progress after the last reload. When + -- eof is reached we try to reload the video, in case there is more content + -- available. If time_pos stayed the same after reload, it means that the + -- video length stayed the same, and we can end the playback. + if round(property_time_pos) == round(time_pos) then + msg.info("eof reached, playback ended") + mp.set_property("keep-open", property_keep_open) + else + msg.info("eof reached, checking if more content available") + reload_resume() + mp.set_property_bool("pause", false) + property_time_pos = time_pos + end + end +end + +function on_file_loaded(event) + local debug_info = { + event = event, + time_pos = mp.get_property("time-pos"), + stream_pos = mp.get_property("stream-pos"), + stream_end = mp.get_property("stream-end"), + duration = mp.get_property("duration"), + seekable = mp.get_property("seekable"), + pause = mp.get_property("pause"), + paused_for_cache = mp.get_property("paused-for-cache"), + cache_buffering_state = mp.get_property("cache-buffering-state") + } + msg.debug("debug_info", utils.to_string(debug_info)) + + -- When the video is reloaded after being paused for cache, it won't start + -- playing again while all properties looks fine: + -- `pause=no`, `paused-for-cache=no` and `cache-buffering-state=100`. + -- As a workaround, we cycle through the paused state by sending two SPACE + -- keypresses. + -- What didn't work: + -- - Cycling through the `pause` property. + -- - Run the `playlist-play-index current` command. + mp.commandv("keypress", 'SPACE') + mp.commandv("keypress", 'SPACE') +end + +-- Round positive numbers. +function round(num) return math.floor(num + 0.5) end + +-- main + +read_settings() + +if settings.reload_key_binding ~= "" then + mp.add_key_binding(settings.reload_key_binding, "reload_resume", + reload_resume) +end + +if settings.paused_for_cache_timer_enabled then + mp.observe_property("paused-for-cache", "bool", paused_for_cache.handler) +end + +if settings.demuxer_cache_timer_enabled then + demuxer_cache.initialize(settings.demuxer_cache_timer_interval) +end + +if settings.reload_eof_enabled then + -- vo-configured == video output created && its configuration went ok + mp.observe_property("vo-configured", "bool", function(name, vo_configured) + msg.debug(name, vo_configured) + if vo_configured then + property_path = mp.get_property("path") + property_keep_open = mp.get_property("keep-open") + mp.set_property("keep-open", "yes") + mp.set_property("keep-open-pause", "no") + end + end) + + mp.observe_property("eof-reached", "bool", reload_eof) +end + +mp.register_event("file-loaded", on_file_loaded) + diff --git a/.config/mpv/scripts/run_websocket_server.lua b/.config/mpv/scripts/run_websocket_server.lua new file mode 100644 index 0000000..840fe25 --- /dev/null +++ b/.config/mpv/scripts/run_websocket_server.lua @@ -0,0 +1,83 @@ +-- mpv_websocket +-- https://github.com/kuroahna/mpv_websocket + +local utils = require("mp.utils") + +local platform = mp.get_property_native("platform") + +local config_file_path = mp.find_config_file("mpv.conf") +local config_folder_path, config_file = utils.split_path(config_file_path) +local mpv_websocket_path = + utils.join_path(config_folder_path, platform == "windows" and "mpv_websocket.exe" or "mpv_websocket") +local initialised_websocket + +local _, err = utils.file_info(config_file_path) +if err then + error("failed to open mpv config file `" .. config_file_path .. "`") +end + +local _, err = utils.file_info(mpv_websocket_path) +if err then + error("failed to open mpv_websocket") +end + +local function find_mpv_socket(config_file_path) + local file = io.open(config_file_path, "r") + if file == nil then + error("failed to read mpv config file `" .. config_file_path .. "`") + end + + local mpv_socket + for line in file:lines() do + mpv_socket = line:match("^input%-ipc%-server%s*=%s*(%g+)%s*") + if mpv_socket then + break + end + end + + file:close() + + if not mpv_socket then + error("input-ipc-server option does not exist in `" .. config_file_path .. "`") + end + + return mpv_socket +end + +local mpv_socket = find_mpv_socket(config_file_path) +if platform == "windows" then + mpv_socket = "\\\\.\\pipe" .. mpv_socket:gsub("/", "\\") +end + +local function start_websocket() + initialised_websocket = mp.command_native_async({ + name = "subprocess", + playback_only = false, + capture_stdout = true, + capture_stderr = true, + args = { + mpv_websocket_path, + "-m", + mpv_socket, + "-w", + "6677", + }, + }) +end + +local function end_websocket() + mp.abort_async_command(initialised_websocket) + initialised_websocket = nil +end + +local function toggle_websocket() + local paused = mp.get_property_bool("pause") + if initialised_websocket and paused then + end_websocket() + elseif not initialised_websocket and not paused then + start_websocket() + end +end + +mp.register_script_message("togglewebsocket", toggle_websocket) +start_websocket() diff --git a/.config/mpv/scripts/sponsorblock.lua b/.config/mpv/scripts/sponsorblock.lua new file mode 100644 index 0000000..0883ca7 --- /dev/null +++ b/.config/mpv/scripts/sponsorblock.lua @@ -0,0 +1,679 @@ +-- sponsorblock.lua +-- +-- This script skips sponsored segments of YouTube videos +-- using data from https://github.com/ajayyy/SponsorBlock + +local ON_WINDOWS = package.config:sub(1, 1) ~= "/" + +local options = { + server_address = "https://sponsor.ajay.app", + + python_path = ON_WINDOWS and "python" or "python3", + + -- Categories to fetch + categories = "sponsor,intro,outro,interaction,selfpromo,filler", + + -- Categories to skip automatically + skip_categories = "sponsor", + + -- If true, sponsored segments will only be skipped once + skip_once = true, + + -- Note that sponsored segments may ocasionally be inaccurate if this is turned off + -- see https://blog.ajay.app/voting-and-pseudo-randomness-or-sponsorblock-or-youtube-sponsorship-segment-blocker + local_database = false, + + -- Update database on first run, does nothing if local_database is false + auto_update = true, + + -- How long to wait between local database updates + -- Format: "X[d,h,m]", leave blank to update on every mpv run + auto_update_interval = "6h", + + -- User ID used to submit sponsored segments, leave blank for random + user_id = "", + + -- Name to display on the stats page https://sponsor.ajay.app/stats/ leave blank to keep current name + display_name = "", + + -- Tell the server when a skip happens + report_views = true, + + -- Auto upvote skipped sponsors + auto_upvote = false, + + -- Use sponsor times from server if they're more up to date than our local database + server_fallback = true, + + -- Create chapters at sponsor boundaries for OSC display and manual skipping + make_chapters = true, + + -- Minimum duration for sponsors (in seconds), segments under that threshold will be ignored + min_duration = 1, + + -- Fade audio for smoother transitions + audio_fade = false, + + -- Audio fade step, applied once every 100ms until cap is reached + audio_fade_step = 10, + + -- Audio fade cap + audio_fade_cap = 0, + + -- Fast forward through sponsors instead of skipping + fast_forward = false, + + -- Playback speed modifier when fast forwarding, applied once every second until cap is reached + fast_forward_increase = 0.2, + + -- Playback speed cap + fast_forward_cap = 2, + + -- Length of the sha256 prefix (3-32) when querying server, 0 to disable + sha256_length = 4, + + -- Pattern for video id in local files, ignored if blank + -- Recommended value for base youtube-dl is "-([%w-_]+)%.[mw][kpe][v4b]m?$" + local_pattern = "", + + -- Legacy option, use skip_categories instead + skip = true, +} + +mp.options = require("mp.options") +mp.options.read_options(options, "sponsorblock") + +local legacy = mp.command_native_async == nil +--[[ +if legacy then + options.local_database = false +end +--]] +options.local_database = false + +local utils = require("mp.utils") +scripts_dir = mp.find_config_file("scripts") + +local sponsorblock = utils.join_path(scripts_dir, "sponsorblock_shared/sponsorblock.py") +local uid_path = utils.join_path(scripts_dir, "sponsorblock_shared/sponsorblock.txt") +local database_file = options.local_database and utils.join_path(scripts_dir, "sponsorblock_shared/sponsorblock.db") + or "" +local youtube_id = nil +local ranges = {} +local init = false +local segment = { a = 0, b = 0, progress = 0, first = true } +local retrying = false +local last_skip = { uuid = "", dir = nil } +local speed_timer = nil +local fade_timer = nil +local fade_dir = nil +local volume_before = mp.get_property_number("volume") +local categories = {} +local all_categories = + { "sponsor", "intro", "outro", "interaction", "selfpromo", "preview", "music_offtopic", "filler" } +local chapter_cache = {} + +for category in string.gmatch(options.skip_categories, "([^,]+)") do + categories[category] = true +end + +function file_exists(name) + local f = io.open(name, "r") + if f ~= nil then + io.close(f) + return true + else + return false + end +end + +function t_count(t) + local count = 0 + for _ in pairs(t) do + count = count + 1 + end + return count +end + +function time_sort(a, b) + if a.time == b.time then + return string.match(a.title, "segment end") + end + return a.time < b.time +end + +function parse_update_interval() + local s = options.auto_update_interval + if s == "" then + return 0 + end -- Interval Disabled + + local num, mod = s:match("^(%d+)([hdm])$") + + if num == nil or mod == nil then + mp.osd_message("[sponsorblock] auto_update_interval " .. s .. " is invalid", 5) + return nil + end + + local time_table = { + m = 60, + h = 60 * 60, + d = 60 * 60 * 24, + } + + return num * time_table[mod] +end + +function clean_chapters() + local chapters = mp.get_property_native("chapter-list") + local new_chapters = {} + for _, chapter in pairs(chapters) do + if chapter.title ~= "Preview segment start" and chapter.title ~= "Preview segment end" then + table.insert(new_chapters, chapter) + end + end + mp.set_property_native("chapter-list", new_chapters) +end + +function create_chapter(chapter_title, chapter_time) + local chapters = mp.get_property_native("chapter-list") + local duration = mp.get_property_native("duration") + table.insert( + chapters, + { title = chapter_title, time = (duration == nil or duration > chapter_time) and chapter_time + or duration - 0.001 } + ) + table.sort(chapters, time_sort) + mp.set_property_native("chapter-list", chapters) +end + +function process(uuid, t, new_ranges) + start_time = tonumber(string.match(t, "[^,]+")) + end_time = tonumber(string.sub(string.match(t, ",[^,]+"), 2)) + for o_uuid, o_t in pairs(ranges) do + if + (start_time >= o_t.start_time and start_time <= o_t.end_time) + or (o_t.start_time >= start_time and o_t.start_time <= end_time) + then + new_ranges[o_uuid] = o_t + return + end + end + category = string.match(t, "[^,]+$") + if categories[category] and end_time - start_time >= options.min_duration then + new_ranges[uuid] = { + start_time = start_time, + end_time = end_time, + category = category, + skipped = false, + } + end + if options.make_chapters and not chapter_cache[uuid] then + chapter_cache[uuid] = true + local category_title = (category:gsub("^%l", string.upper):gsub("_", " ")) + create_chapter(category_title .. " segment start (" .. string.sub(uuid, 1, 6) .. ")", start_time) + create_chapter(category_title .. " segment end (" .. string.sub(uuid, 1, 6) .. ")", end_time) + end +end + +function getranges(_, exists, db, more) + if type(exists) == "table" and exists["status"] == "1" then + if options.server_fallback then + mp.add_timeout(0, function() + getranges(true, true, "") + end) + else + return mp.osd_message("[sponsorblock] database update failed, gave up") + end + end + if db ~= "" and db ~= database_file then + db = database_file + end + if exists ~= true and not file_exists(db) then + if not retrying then + mp.osd_message("[sponsorblock] database update failed, retrying...") + retrying = true + end + return update() + end + if retrying then + mp.osd_message("[sponsorblock] database update succeeded") + retrying = false + end + local sponsors + local args = { + options.python_path, + sponsorblock, + "ranges", + db, + options.server_address, + youtube_id, + options.categories, + tostring(options.sha256_length), + } + if not legacy then + sponsors = mp.command_native({ name = "subprocess", capture_stdout = true, playback_only = false, args = args }) + else + sponsors = utils.subprocess({ args = args }) + end + mp.msg.debug("Got: " .. string.gsub(sponsors.stdout, "[\n\r]", "")) + if not string.match(sponsors.stdout, "^%s*(.*%S)") then + return + end + if string.match(sponsors.stdout, "error") then + return getranges(true, true) + end + local new_ranges = {} + local r_count = 0 + if more then + r_count = -1 + end + for t in string.gmatch(sponsors.stdout, "[^:%s]+") do + uuid = string.match(t, "([^,]+),[^,]+$") + if ranges[uuid] then + new_ranges[uuid] = ranges[uuid] + else + process(uuid, t, new_ranges) + end + r_count = r_count + 1 + end + local c_count = t_count(ranges) + if c_count == 0 or r_count >= c_count then + ranges = new_ranges + end +end + +function fast_forward() + if options.fast_forward and options.fast_forward == true then + speed_timer = nil + mp.set_property("speed", 1) + end + local last_speed = mp.get_property_number("speed") + local new_speed = math.min(last_speed + options.fast_forward_increase, options.fast_forward_cap) + if new_speed <= last_speed then + return + end + mp.set_property("speed", new_speed) +end + +function fade_audio(step) + local last_volume = mp.get_property_number("volume") + local new_volume = math.max(options.audio_fade_cap, math.min(last_volume + step, volume_before)) + if new_volume == last_volume then + if step >= 0 then + fade_dir = nil + end + if fade_timer ~= nil then + fade_timer:kill() + end + fade_timer = nil + return + end + mp.set_property("volume", new_volume) +end + +function skip_ads(name, pos) + if pos == nil then + return + end + local sponsor_ahead = false + for uuid, t in pairs(ranges) do + if + (options.fast_forward == uuid or not options.skip_once or not t.skipped) + and t.start_time <= pos + and t.end_time > pos + then + if options.fast_forward == uuid then + return + end + if options.fast_forward == false then + mp.osd_message("[sponsorblock] " .. t.category .. " skipped") + mp.set_property("time-pos", t.end_time) + else + mp.osd_message("[sponsorblock] skipping " .. t.category) + end + t.skipped = true + last_skip = { uuid = uuid, dir = nil } + if options.report_views or options.auto_upvote then + local args = { + options.python_path, + sponsorblock, + "stats", + database_file, + options.server_address, + youtube_id, + uuid, + options.report_views and "1" or "", + uid_path, + options.user_id, + options.auto_upvote and "1" or "", + } + if not legacy then + mp.command_native_async({ name = "subprocess", playback_only = false, args = args }, function() end) + else + utils.subprocess_detached({ args = args }) + end + end + if options.fast_forward ~= false then + options.fast_forward = uuid + if speed_timer ~= nil then + speed_timer:kill() + end + speed_timer = mp.add_periodic_timer(1, fast_forward) + end + return + elseif (not options.skip_once or not t.skipped) and t.start_time <= pos + 1 and t.end_time > pos + 1 then + sponsor_ahead = true + end + end + if options.audio_fade then + if sponsor_ahead then + if fade_dir ~= false then + if fade_dir == nil then + volume_before = mp.get_property_number("volume") + end + if fade_timer ~= nil then + fade_timer:kill() + end + fade_dir = false + fade_timer = mp.add_periodic_timer(0.1, function() + fade_audio(-options.audio_fade_step) + end) + end + elseif fade_dir == false then + fade_dir = true + if fade_timer ~= nil then + fade_timer:kill() + end + fade_timer = mp.add_periodic_timer(0.1, function() + fade_audio(options.audio_fade_step) + end) + end + end + if options.fast_forward and options.fast_forward ~= true then + options.fast_forward = true + speed_timer:kill() + speed_timer = nil + mp.set_property("speed", 1) + end +end + +function vote(dir) + if last_skip.uuid == "" then + return mp.osd_message("[sponsorblock] no sponsors skipped, can't submit vote") + end + local updown = dir == "1" and "up" or "down" + if last_skip.dir == dir then + return mp.osd_message("[sponsorblock] " .. updown .. "vote already submitted") + end + last_skip.dir = dir + local args = { + options.python_path, + sponsorblock, + "stats", + database_file, + options.server_address, + youtube_id, + last_skip.uuid, + "", + uid_path, + options.user_id, + dir, + } + if not legacy then + mp.command_native_async({ name = "subprocess", playback_only = false, args = args }, function() end) + else + utils.subprocess({ args = args }) + end + mp.osd_message("[sponsorblock] " .. updown .. "vote submitted") +end + +function update() + mp.command_native_async( + { + name = "subprocess", + playback_only = false, + args = { + options.python_path, + sponsorblock, + "update", + database_file, + options.server_address, + }, + }, + getranges + ) +end + +function file_loaded() + local initialized = init + ranges = {} + segment = { a = 0, b = 0, progress = 0, first = true } + last_skip = { uuid = "", dir = nil } + chapter_cache = {} + local video_path = mp.get_property("path", "") + mp.msg.debug("Path: " .. video_path) + local video_referer = string.match(mp.get_property("http-header-fields", ""), "Referer:([^,]+)") or "" + mp.msg.debug("Referer: " .. video_referer) + + local urls = { + "https?://youtu%.be/([%w-_]+).*", + "https?://w?w?w?%.?youtube%.com/v/([%w-_]+).*", + "/watch.*[?&]v=([%w-_]+).*", + "/embed/([%w-_]+).*", + } + youtube_id = nil + for i, url in ipairs(urls) do + youtube_id = youtube_id or string.match(video_path, url) or string.match(video_referer, url) + if youtube_id then + break + end + end + youtube_id = youtube_id or string.match(video_path, options.local_pattern) + + if not youtube_id or string.len(youtube_id) < 11 or (local_pattern and string.len(youtube_id) ~= 11) then + return + end + youtube_id = string.sub(youtube_id, 1, 11) + mp.msg.debug("Found YouTube ID: " .. youtube_id) + init = true + if not options.local_database then + getranges(true, true) + else + local exists = file_exists(database_file) + if exists and options.server_fallback then + getranges(true, true) + mp.add_timeout(0, function() + getranges(true, true, "", true) + end) + elseif exists then + getranges(true, true) + elseif options.server_fallback then + mp.add_timeout(0, function() + getranges(true, true, "") + end) + end + end + if initialized then + return + end + if options.skip then + mp.observe_property("time-pos", "native", skip_ads) + end + if options.display_name ~= "" then + local args = { + options.python_path, + sponsorblock, + "username", + database_file, + options.server_address, + youtube_id, + "", + "", + uid_path, + options.user_id, + options.display_name, + } + if not legacy then + mp.command_native_async({ name = "subprocess", playback_only = false, args = args }, function() end) + else + utils.subprocess_detached({ args = args }) + end + end + if not options.local_database or (not options.auto_update and file_exists(database_file)) then + return + end + + if file_exists(database_file) then + local db_info = utils.file_info(database_file) + local cur_time = os.time(os.date("*t")) + local upd_interval = parse_update_interval() + if upd_interval == nil or os.difftime(cur_time, db_info.mtime) < upd_interval then + return + end + end + + update() +end + +function set_segment() + if not youtube_id then + return + end + local pos = mp.get_property_number("time-pos") + if pos == nil then + return + end + if segment.progress > 1 then + segment.progress = segment.progress - 2 + end + if segment.progress == 1 then + segment.progress = 0 + segment.b = pos + mp.osd_message("[sponsorblock] segment boundary B set, press again for boundary A", 3) + else + segment.progress = 1 + segment.a = pos + mp.osd_message("[sponsorblock] segment boundary A set, press again for boundary B", 3) + end + if options.make_chapters and not segment.first then + local start_time = math.min(segment.a, segment.b) + local end_time = math.max(segment.a, segment.b) + if end_time - start_time ~= 0 and end_time ~= 0 then + clean_chapters() + create_chapter("Preview segment start", start_time) + create_chapter("Preview segment end", end_time) + end + end + segment.first = false +end + +function select_category(selected) + for category in string.gmatch(options.categories, "([^,]+)") do + mp.remove_key_binding("select_category_" .. category) + mp.remove_key_binding("kp_select_category_" .. category) + end + submit_segment(selected) +end + +function submit_segment(category) + if not youtube_id then + return + end + local start_time = math.min(segment.a, segment.b) + local end_time = math.max(segment.a, segment.b) + if end_time - start_time == 0 or end_time == 0 then + mp.osd_message("[sponsorblock] empty segment, not submitting") + elseif segment.progress <= 1 then + segment.progress = segment.progress + 2 + local category_list = "" + for category_id, category in pairs(all_categories) do + local category_title = (category:gsub("^%l", string.upper):gsub("_", " ")) + category_list = category_list .. category_id .. ": " .. category_title .. "\n" + mp.add_forced_key_binding(tostring(category_id), "select_category_" .. category, function() + select_category(category) + end) + mp.add_forced_key_binding("KP" .. tostring(category_id), "kp_select_category_" .. category, function() + select_category(category) + end) + end + mp.osd_message( + string.format( + "[sponsorblock] press a number to select category for segment: %.2d:%.2d:%.2d to %.2d:%.2d:%.2d\n\n" + .. category_list + .. "\nyou can press Shift+G again for default (Sponsor) or hide this message with g", + math.floor(start_time / (60 * 60)), + math.floor(start_time / 60 % 60), + math.floor(start_time % 60), + math.floor(end_time / (60 * 60)), + math.floor(end_time / 60 % 60), + math.floor(end_time % 60) + ), + 30 + ) + else + mp.osd_message("[sponsorblock] submitting segment...", 30) + local submit + local args = { + options.python_path, + sponsorblock, + "submit", + database_file, + options.server_address, + youtube_id, + tostring(start_time), + tostring(end_time), + uid_path, + options.user_id, + category or "sponsor", + } + if not legacy then + submit = + mp.command_native({ name = "subprocess", capture_stdout = true, playback_only = false, args = args }) + else + submit = utils.subprocess({ args = args }) + end + if string.match(submit.stdout, "success") then + segment = { a = 0, b = 0, progress = 0, first = true } + mp.osd_message("[sponsorblock] segment submitted") + if options.make_chapters then + clean_chapters() + create_chapter("Submitted segment start", start_time) + create_chapter("Submitted segment end", end_time) + end + elseif string.match(submit.stdout, "error") then + mp.osd_message("[sponsorblock] segment submission failed, server may be down. try again", 5) + elseif string.match(submit.stdout, "502") then + mp.osd_message("[sponsorblock] segment submission failed, server is down. try again", 5) + elseif string.match(submit.stdout, "400") then + mp.osd_message("[sponsorblock] segment submission failed, impossible inputs", 5) + segment = { a = 0, b = 0, progress = 0, first = true } + elseif string.match(submit.stdout, "429") then + mp.osd_message("[sponsorblock] segment submission failed, rate limited. try again", 5) + elseif string.match(submit.stdout, "409") then + mp.osd_message("[sponsorblock] segment already submitted", 3) + segment = { a = 0, b = 0, progress = 0, first = true } + else + mp.osd_message("[sponsorblock] segment submission failed", 5) + end + end +end + +mp.register_event("file-loaded", file_loaded) +mp.add_key_binding("ctrl+g", "set_segment", set_segment) +mp.add_key_binding("ctrl+G", "submit_segment", submit_segment) +mp.add_key_binding("ctrl+h", "upvote_segment", function() + return vote("1") +end) +mp.add_key_binding("ctrl+H", "downvote_segment", function() + return vote("0") +end) +-- Bindings below are for backwards compatibility and could be removed at any time +mp.add_key_binding(nil, "sponsorblock_set_segment", set_segment) +mp.add_key_binding(nil, "sponsorblock_submit_segment", submit_segment) +mp.add_key_binding(nil, "sponsorblock_upvote", function() + return vote("1") +end) +mp.add_key_binding(nil, "sponsorblock_downvote", function() + return vote("0") +end) diff --git a/.config/mpv/scripts/sponsorblock_shared/main.lua b/.config/mpv/scripts/sponsorblock_shared/main.lua new file mode 100644 index 0000000..2bbe7a2 --- /dev/null +++ b/.config/mpv/scripts/sponsorblock_shared/main.lua @@ -0,0 +1,3 @@ +-- This is a dummy main.lua +-- required for mpv 0.33 +-- do not delete \ No newline at end of file diff --git a/.config/mpv/scripts/sponsorblock_shared/sponsorblock.py b/.config/mpv/scripts/sponsorblock_shared/sponsorblock.py new file mode 100644 index 0000000..8370a6a --- /dev/null +++ b/.config/mpv/scripts/sponsorblock_shared/sponsorblock.py @@ -0,0 +1,122 @@ +import urllib.request +import urllib.parse +import hashlib +import sqlite3 +import random +import string +import json +import sys +import os + +if sys.argv[1] in ["submit", "stats", "username"]: + if not sys.argv[8]: + if os.path.isfile(sys.argv[7]): + with open(sys.argv[7]) as f: + uid = f.read() + else: + uid = "".join(random.choices(string.ascii_letters + string.digits, k=36)) + with open(sys.argv[7], "w") as f: + f.write(uid) + else: + uid = sys.argv[8] + +opener = urllib.request.build_opener() +opener.addheaders = [("User-Agent", "mpv_sponsorblock/1.0 (https://github.com/po5/mpv_sponsorblock)")] +urllib.request.install_opener(opener) + +if sys.argv[1] == "ranges" and (not sys.argv[2] or not os.path.isfile(sys.argv[2])): + sha = None + if 3 <= int(sys.argv[6]) <= 32: + sha = hashlib.sha256(sys.argv[4].encode()).hexdigest()[:int(sys.argv[6])] + times = [] + try: + response = urllib.request.urlopen(sys.argv[3] + "/api/skipSegments" + ("/" + sha + "?" if sha else "?videoID=" + sys.argv[4] + "&") + urllib.parse.urlencode([("categories", json.dumps(sys.argv[5].split(",")))])) + segments = json.load(response) + for segment in segments: + if sha and sys.argv[4] != segment["videoID"]: + continue + if sha: + for s in segment["segments"]: + times.append(str(s["segment"][0]) + "," + str(s["segment"][1]) + "," + s["UUID"] + "," + s["category"]) + else: + times.append(str(segment["segment"][0]) + "," + str(segment["segment"][1]) + "," + segment["UUID"] + "," + segment["category"]) + print(":".join(times)) + except (TimeoutError, urllib.error.URLError) as e: + print("error") + except urllib.error.HTTPError as e: + if e.code == 404: + print("") + else: + print("error") +elif sys.argv[1] == "ranges": + conn = sqlite3.connect(sys.argv[2]) + conn.row_factory = sqlite3.Row + c = conn.cursor() + times = [] + for category in sys.argv[5].split(","): + c.execute("SELECT startTime, endTime, votes, UUID, category FROM sponsorTimes WHERE videoID = ? AND shadowHidden = 0 AND votes > -1 AND category = ?", (sys.argv[4], category)) + sponsors = c.fetchall() + best = list(sponsors) + dealtwith = [] + similar = [] + for sponsor_a in sponsors: + for sponsor_b in sponsors: + if sponsor_a is not sponsor_b and sponsor_a["startTime"] >= sponsor_b["startTime"] and sponsor_a["startTime"] <= sponsor_b["endTime"]: + similar.append([sponsor_a, sponsor_b]) + if sponsor_a in best: + best.remove(sponsor_a) + if sponsor_b in best: + best.remove(sponsor_b) + for sponsors_a in similar: + if sponsors_a in dealtwith: + continue + group = set(sponsors_a) + for sponsors_b in similar: + if sponsors_b[0] in group or sponsors_b[1] in group: + group.add(sponsors_b[0]) + group.add(sponsors_b[1]) + dealtwith.append(sponsors_b) + best.append(max(group, key=lambda x:x["votes"])) + for time in best: + times.append(str(time["startTime"]) + "," + str(time["endTime"]) + "," + time["UUID"] + "," + time["category"]) + print(":".join(times)) +elif sys.argv[1] == "update": + try: + urllib.request.urlretrieve(sys.argv[3] + "/database.db", sys.argv[2] + ".tmp") + os.replace(sys.argv[2] + ".tmp", sys.argv[2]) + except PermissionError: + print("database update failed, file currently in use", file=sys.stderr) + sys.exit(1) + except ConnectionResetError: + print("database update failed, connection reset", file=sys.stderr) + sys.exit(1) + except TimeoutError: + print("database update failed, timed out", file=sys.stderr) + sys.exit(1) + except urllib.error.URLError: + print("database update failed", file=sys.stderr) + sys.exit(1) +elif sys.argv[1] == "submit": + try: + req = urllib.request.Request(sys.argv[3] + "/api/skipSegments", data=json.dumps({"videoID": sys.argv[4], "segments": [{"segment": [float(sys.argv[5]), float(sys.argv[6])], "category": sys.argv[9]}], "userID": uid}).encode(), headers={"Content-Type": "application/json"}) + response = urllib.request.urlopen(req) + print("success") + except urllib.error.HTTPError as e: + print(e.code) + except: + print("error") +elif sys.argv[1] == "stats": + try: + if sys.argv[6]: + urllib.request.urlopen(sys.argv[3] + "/api/viewedVideoSponsorTime?UUID=" + sys.argv[5]) + if sys.argv[9]: + urllib.request.urlopen(sys.argv[3] + "/api/voteOnSponsorTime?UUID=" + sys.argv[5] + "&userID=" + uid + "&type=" + sys.argv[9]) + except: + pass +elif sys.argv[1] == "username": + try: + data = urllib.parse.urlencode({"userID": uid, "userName": sys.argv[9]}).encode() + req = urllib.request.Request(sys.argv[3] + "/api/setUsername", data=data) + urllib.request.urlopen(req) + except: + pass diff --git a/.config/mpv/scripts/sponsorblock_shared/sponsorblock.txt b/.config/mpv/scripts/sponsorblock_shared/sponsorblock.txt new file mode 100644 index 0000000..e4a45fb --- /dev/null +++ b/.config/mpv/scripts/sponsorblock_shared/sponsorblock.txt @@ -0,0 +1 @@ +dFlkoCOSK3BQhXGGhUsXSNU0sPr7AV7avndk \ No newline at end of file diff --git a/.config/mpv/scripts/subs2srs b/.config/mpv/scripts/subs2srs new file mode 120000 index 0000000..ed3f75a --- /dev/null +++ b/.config/mpv/scripts/subs2srs @@ -0,0 +1 @@ +../submodules/mpvacious \ No newline at end of file diff --git a/.config/mpv/scripts/thumbfast.lua b/.config/mpv/scripts/thumbfast.lua new file mode 120000 index 0000000..4bbeab4 --- /dev/null +++ b/.config/mpv/scripts/thumbfast.lua @@ -0,0 +1 @@ +../submodules/thumbfast/thumbfast.lua \ No newline at end of file diff --git a/.config/mpv/scripts/youtube-upnext.lua b/.config/mpv/scripts/youtube-upnext.lua new file mode 120000 index 0000000..fd586c1 --- /dev/null +++ b/.config/mpv/scripts/youtube-upnext.lua @@ -0,0 +1 @@ +../submodules/mpv-youtube-upnext/youtube-upnext.lua \ No newline at end of file diff --git a/.config/mpv/scripts/ytdl-preload.lua b/.config/mpv/scripts/ytdl-preload.lua new file mode 120000 index 0000000..3868d34 --- /dev/null +++ b/.config/mpv/scripts/ytdl-preload.lua @@ -0,0 +1 @@ +../submodules/ytdl-preload/ytdl-preload.lua \ No newline at end of file diff --git a/.config/mpv/shaders/ArtCNN_C4F16.glsl b/.config/mpv/shaders/ArtCNN_C4F16.glsl new file mode 100644 index 0000000..4086dce --- /dev/null +++ b/.config/mpv/shaders/ArtCNN_C4F16.glsl @@ -0,0 +1,1407 @@ +// MIT License + +// Copyright (c) 2024 Joao Chrisostomo, Kacper Michajłow + +// Permission is hereby granted, free of charge, to any person obtaining a copy +// of this software and associated documentation files (the "Software"), to deal +// in the Software without restriction, including without limitation the rights +// to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +// copies of the Software, and to permit persons to whom the Software is +// furnished to do so, subject to the following conditions: + +// The above copyright notice and this permission notice shall be included in all +// copies or substantial portions of the Software. + +// THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +// IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +// FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +// AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER +// LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, +// OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE +// SOFTWARE. + +//!DESC ArtCNN C4F16 (Conv2D) +//!COMPUTE 24 32 12 16 +//!HOOK LUMA +//!BIND LUMA +//!SAVE conv2d +//!WIDTH LUMA.w 2.0 * +//!HEIGHT LUMA.h 2.0 * +//!COMPONENTS 4 +//!WHEN OUTPUT.w LUMA.w / 1.3 > OUTPUT.h LUMA.h / 1.3 > * +#extension GL_EXT_shader_explicit_arithmetic_types_float16 : enable +#ifdef GL_EXT_shader_explicit_arithmetic_types_float16 +# define V4 f16vec4 +# define M4 f16mat4 +# define F float16_t +#else +# define V4 vec4 +# define M4 mat4 +# define F float +#endif + +const ivec2 ksize = ivec2(3, 3); +const ivec2 offset = ksize / 2; +const ivec2 wg_size = ivec2(gl_WorkGroupSize); +const ivec2 isize = wg_size + ksize - 1; +shared F inp[1][isize.y][isize.x]; +void hook() { + const uvec2 local_xy = gl_LocalInvocationID.xy; + ivec2 base = ivec2(gl_WorkGroupID) * wg_size; + for (uint y = local_xy.y; y < isize.y; y += wg_size.y) { + for (uint x = local_xy.x; x < isize.x; x += wg_size.x) { + const ivec2 input_base = (base + ivec2(x,y) - offset) * ivec2(1, 1); + inp[0][y][x] = F(LUMA_mul * texelFetch(LUMA_raw, input_base + ivec2(0, 0), 0).x); + } + } + + barrier(); + V4 result0 = V4(-0.0027198044, -0.013629392, -0.015712878, -0.050803013); + V4 result1 = V4(-0.02707489, -0.0062177293, 0.0026368732, -0.0029379292); + V4 result2 = V4(0.03127001, -0.0039273943, -0.0040966137, -0.0016518718); + V4 result3 = V4(0.0028380281, 0.00058883557, 0.013085538, -0.058857743); + const F inp_0_0_0 = inp[0][local_xy.y + 0][local_xy.x + 0]; + const F inp_0_1_0 = inp[0][local_xy.y + 0][local_xy.x + 1]; + const F inp_0_2_0 = inp[0][local_xy.y + 0][local_xy.x + 2]; + const F inp_0_0_1 = inp[0][local_xy.y + 1][local_xy.x + 0]; + const F inp_0_1_1 = inp[0][local_xy.y + 1][local_xy.x + 1]; + const F inp_0_2_1 = inp[0][local_xy.y + 1][local_xy.x + 2]; + const F inp_0_0_2 = inp[0][local_xy.y + 2][local_xy.x + 0]; + const F inp_0_1_2 = inp[0][local_xy.y + 2][local_xy.x + 1]; + const F inp_0_2_2 = inp[0][local_xy.y + 2][local_xy.x + 2]; + result0 += V4(-0.016452063, -0.1258466, 0.013886958, 0.036870774) * inp_0_0_0; + result0 += V4(0.04311634, 0.15515013, 0.12190506, 0.12543218) * inp_0_1_0; + result0 += V4(-0.0049624983, 0.1029244, -0.10124424, 0.06448426) * inp_0_2_0; + result0 += V4(0.001886782, 0.06120591, 0.020384936, 0.16804346) * inp_0_0_1; + result0 += V4(-0.04256893, -0.07616671, -0.37889892, 0.27856478) * inp_0_1_1; + result0 += V4(-0.20398517, -0.12900643, 0.113083735, 0.11175711) * inp_0_2_1; + result0 += V4(0.009553091, 0.13118562, -0.031063978, 0.09478131) * inp_0_0_2; + result0 += V4(0.066157505, -0.114692695, 0.22418123, -0.009412468) * inp_0_1_2; + result0 += V4(0.15508306, 0.011386595, 0.014014352, 0.09318008) * inp_0_2_2; + result1 += V4(0.08046117, -0.07086712, -0.102300294, 0.014950261) * inp_0_0_0; + result1 += V4(-0.06476857, -0.014190924, -0.017589286, -0.19119741) * inp_0_1_0; + result1 += V4(0.05054515, 0.115604624, 0.06517106, 0.13799176) * inp_0_2_0; + result1 += V4(-0.045681432, 0.08269155, 0.10319298, -0.026858954) * inp_0_0_1; + result1 += V4(0.11229104, -0.17059296, 0.13794285, 0.18026339) * inp_0_1_1; + result1 += V4(-0.1267971, 0.23877597, -0.18725446, -0.12132741) * inp_0_2_1; + result1 += V4(0.05785694, -0.015154775, 0.026422592, 0.002328838) * inp_0_0_2; + result1 += V4(0.07150728, -0.22784448, -0.12155527, 0.027110105) * inp_0_1_2; + result1 += V4(-0.08247087, 0.06362491, 0.08973536, -0.02196324) * inp_0_2_2; + result2 += V4(-0.06092033, 0.1256232, -0.11233013, -0.061837807) * inp_0_0_0; + result2 += V4(0.08898802, -0.028417582, 0.15791786, -0.01610648) * inp_0_1_0; + result2 += V4(0.06330266, -0.009340407, 0.017859828, -0.007937439) * inp_0_2_0; + result2 += V4(-0.17722517, 0.31189576, 0.32109433, 0.18112311) * inp_0_0_1; + result2 += V4(-0.2903746, -0.72364086, -0.3329427, -0.08360631) * inp_0_1_1; + result2 += V4(0.14228302, 0.11720193, -0.056604996, -0.027815754) * inp_0_2_1; + result2 += V4(0.035853237, 0.118430145, -0.12544365, -0.02719196) * inp_0_0_2; + result2 += V4(0.20537417, 0.07353585, 0.10881828, 0.1451791) * inp_0_1_2; + result2 += V4(-0.1517126, -0.010349405, 0.018765846, -0.09707698) * inp_0_2_2; + result3 += V4(0.052764144, -0.10130216, 0.22795214, -0.09385554) * inp_0_0_0; + result3 += V4(-0.16102873, 0.18050277, 0.36273104, 0.1743911) * inp_0_1_0; + result3 += V4(0.008320275, -0.031096114, 0.06665433, 0.047147725) * inp_0_2_0; + result3 += V4(0.039706435, -0.0059984834, 0.026533028, -0.19475575) * inp_0_0_1; + result3 += V4(0.017116806, -0.1657458, -0.4245533, 0.011194904) * inp_0_1_1; + result3 += V4(0.03566397, 0.1254953, -0.16895337, 0.20406392) * inp_0_2_1; + result3 += V4(-0.0622524, 0.11329407, -0.052762877, -0.081980705) * inp_0_0_2; + result3 += V4(0.08946176, -0.05226282, -0.15308078, -0.0015630769) * inp_0_1_2; + result3 += V4(-0.018317576, -0.06487258, -0.012865839, 0.13352033) * inp_0_2_2; + const ivec2 output_base = ivec2(gl_GlobalInvocationID) * ivec2(2, 2); + imageStore(out_image, output_base + ivec2(0, 0), result0); + imageStore(out_image, output_base + ivec2(1, 0), result1); + imageStore(out_image, output_base + ivec2(0, 1), result2); + imageStore(out_image, output_base + ivec2(1, 1), result3); +} + +//!DESC ArtCNN C4F16 (Conv2D-1-ReLU) +//!COMPUTE 24 32 12 16 +//!HOOK LUMA +//!BIND conv2d +//!SAVE conv2d_1 +//!WIDTH LUMA.w 2.0 * +//!HEIGHT LUMA.h 2.0 * +//!COMPONENTS 4 +//!WHEN OUTPUT.w LUMA.w / 1.3 > OUTPUT.h LUMA.h / 1.3 > * +#extension GL_EXT_shader_explicit_arithmetic_types_float16 : enable +#ifdef GL_EXT_shader_explicit_arithmetic_types_float16 +# define V4 f16vec4 +# define M4 f16mat4 +# define F float16_t +#else +# define V4 vec4 +# define M4 mat4 +# define F float +#endif + +const ivec2 ksize = ivec2(3, 3); +const ivec2 offset = ksize / 2; +const ivec2 wg_size = ivec2(gl_WorkGroupSize); +const ivec2 isize = wg_size + ksize - 1; +shared V4 inp[4][isize.y][isize.x]; +void hook() { + const uvec2 local_xy = gl_LocalInvocationID.xy; + ivec2 base = ivec2(gl_WorkGroupID) * wg_size; + for (uint y = local_xy.y; y < isize.y; y += wg_size.y) { + for (uint x = local_xy.x; x < isize.x; x += wg_size.x) { + const ivec2 input_base = (base + ivec2(x,y) - offset) * ivec2(2, 2); + inp[0][y][x] = V4(conv2d_mul * texelFetch(conv2d_raw, input_base + ivec2(0, 0), 0)); + inp[1][y][x] = V4(conv2d_mul * texelFetch(conv2d_raw, input_base + ivec2(1, 0), 0)); + inp[2][y][x] = V4(conv2d_mul * texelFetch(conv2d_raw, input_base + ivec2(0, 1), 0)); + inp[3][y][x] = V4(conv2d_mul * texelFetch(conv2d_raw, input_base + ivec2(1, 1), 0)); + } + } + + barrier(); + V4 result0 = V4(0.0035388642, 0.012181487, 0.06403471, 0.015263772); + V4 result1 = V4(0.048399653, -0.0074684187, -0.0068150507, 0.016319986); + V4 result2 = V4(0.015551343, 0.028928788, 0.0074838563, 0.012831508); + V4 result3 = V4(0.015546932, 0.0018076884, 0.003934822, -0.027352111); + const V4 inp_0_0_0 = inp[0][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_0_1_0 = inp[0][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_0_2_0 = inp[0][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_0_0_1 = inp[0][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_0_1_1 = inp[0][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_0_2_1 = inp[0][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_0_0_2 = inp[0][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_0_1_2 = inp[0][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_0_2_2 = inp[0][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.08193566, 0.39840552, -0.05933193, 0.029763913, 0.120781906, 0.13874644, 0.06285476, -0.031514462, -0.33653876, 0.23761259, -0.07119319, -0.08926567, 0.00014508692, -0.062654756, -0.13101529, 0.029373677) * inp_0_0_0; + result0 += M4(-0.2686895, 0.10908275, 0.024864523, 0.028138349, 0.63595426, 0.20497061, -0.0053157317, 0.09559526, -0.6010695, -0.52804697, -0.08165241, -0.07418531, -0.36249816, 0.09965129, 0.043142296, 0.11102198) * inp_0_1_0; + result0 += M4(0.32003805, -0.06369186, 0.110159315, -0.010411652, 0.14303263, -0.18286166, 0.17141442, -0.0774708, -0.2750923, 0.048123654, -0.042993017, 0.055669174, -0.08664134, -0.014772742, -0.09638268, -0.060853086) * inp_0_2_0; + result0 += M4(-0.18638985, -0.10025375, -0.01221694, -0.18347955, -0.22381034, -0.15570909, 0.22322272, -0.18700717, 0.23769893, 0.14806393, -0.008849564, 0.0136317285, 0.03139464, 0.08378959, -0.012119499, 0.026419694) * inp_0_0_1; + result0 += M4(-0.09444148, -0.16680825, -0.04191063, -0.11433058, -0.46190983, 0.24968515, 0.09260946, -0.039239544, -0.48942524, 0.65290695, 0.026454417, -0.3996515, 0.035578046, 0.03752698, 0.11413368, 0.12726994) * inp_0_1_1; + result0 += M4(-0.3939464, 0.011404807, -0.08643197, -0.07001899, -0.4240259, -0.11423647, -0.06039618, -0.045650464, 0.18176849, 0.118614994, 0.07916771, -0.14000084, -0.04808409, 0.06989854, 0.06425597, 0.038330052) * inp_0_2_1; + result0 += M4(0.088639356, 0.063344724, -0.0034504097, 0.2238218, -0.07661125, -0.10738507, -0.0092966715, 0.3010383, 0.31496724, -0.1979007, 0.05447602, -0.10734698, -0.053885452, -0.05719943, -0.113555916, -0.021155154) * inp_0_0_2; + result0 += M4(0.015520851, 0.026369756, -0.04167262, 0.141523, 0.073253386, 0.084800765, -0.0676251, 0.5053454, 0.28553674, -0.15500426, -0.24915896, 0.9031177, -0.0045735966, -0.039383005, -0.060552903, 0.024590101) * inp_0_1_2; + result0 += M4(-0.21189246, -0.050623517, 0.013824571, 0.054410357, 0.18887533, -0.2435286, -0.11421549, -0.16462444, 0.0728174, -0.09657451, 0.07730208, -0.07939918, 0.034992587, -0.07169108, 0.04370187, -0.0785741) * inp_0_2_2; + result1 += M4(-0.08724563, -0.029360695, 0.065424606, 0.18016396, -0.066029646, 0.009851433, 0.044099204, 0.062524706, 0.075378865, -0.04025694, -0.00035143772, 0.02216928, 0.07692978, -0.07277084, -0.061999667, -0.12335496) * inp_0_0_0; + result1 += M4(0.15146391, -0.045693725, 0.08794338, -0.07766357, -0.13882384, 0.11807377, 0.16390486, 0.060984742, -0.050909836, 0.011076402, -0.0069654104, -0.008235624, 0.13997374, -0.055829335, -0.11395829, -0.045706417) * inp_0_1_0; + result1 += M4(0.11037505, 0.037779838, 0.041720603, -0.11670487, -0.10206224, 0.29574063, -0.017590221, -0.029810347, 0.08654991, 0.11194881, -0.09588386, 0.11034557, -0.11284499, -0.038090393, -0.060732067, 0.15201814) * inp_0_2_0; + result1 += M4(-0.02798946, 0.2645396, -0.05080384, 0.39022708, -0.07972038, -0.03486675, 0.1624059, 0.1826741, -0.0305445, 0.3158071, 0.0032137304, 0.06960887, 0.061508473, -0.060662374, -0.03728802, -0.10974534) * inp_0_0_1; + result1 += M4(0.13413881, -0.19690159, 0.25165883, -0.025285713, 0.19857527, -0.2321096, -0.056400586, -0.11435613, -0.1891792, 0.15364274, 0.95750797, -0.031228404, 0.17185828, 0.072887875, -0.11088333, -0.08581528) * inp_0_1_1; + result1 += M4(0.09028881, -0.1780539, -0.04785461, -0.09430586, -0.044199556, -0.17495096, 0.2255327, -0.04418362, 0.42351684, -0.17086548, 0.108544886, 0.063870065, -0.20677198, 0.0918337, -0.031405777, 0.026987633) * inp_0_2_1; + result1 += M4(0.03143219, -0.06746378, -0.077566706, -0.19247384, 0.16452655, -0.5051362, -0.16162011, -0.08145442, 0.05511902, 0.030584775, -0.071060166, 0.25326735, -0.016743116, -0.0618647, 0.1214063, -0.04310255) * inp_0_0_2; + result1 += M4(0.13270794, -0.12859413, -0.13721833, -0.011795724, 0.11956431, 0.026687238, -0.52203315, -0.317287, -0.012819699, -0.45424682, -0.681156, -0.18422177, 0.07963337, 0.04038403, 0.086956374, 0.0706985) * inp_0_1_2; + result1 += M4(0.2106671, -0.09430158, -0.077296756, 0.001207568, -0.019188594, -0.011531864, -0.046601746, -0.057146672, 0.0503799, -0.118843146, -0.124916956, -0.08522102, -0.14284284, -0.1193746, 0.06719082, 0.09910482) * inp_0_2_2; + result2 += M4(-0.2244822, -0.082729764, -0.44512755, -0.77702785, 0.070779085, -0.06795795, 0.048184644, -0.41027415, -0.21277706, -0.20790118, 0.36475337, -0.31860444, 0.014606301, -0.08359864, 0.03596085, 0.0350377) * inp_0_0_0; + result2 += M4(0.09447366, 0.12554698, 0.052572437, 0.004993876, 0.015338761, 0.008580391, 0.024699932, -0.18695894, 0.12486596, 0.16261359, 0.05223534, -0.49886906, 0.058645505, 0.11000217, -0.052211735, -0.10267668) * inp_0_1_0; + result2 += M4(0.09253685, 0.32692894, -0.11326509, -0.2243793, 0.055343658, 0.062875904, 0.1316403, -0.37698555, -0.06615555, 0.2947396, -0.30346048, -0.20655632, -0.052567784, -0.17170146, -0.10338503, -0.028746855) * inp_0_2_0; + result2 += M4(-0.12259729, -0.119727425, 0.593932, -0.10741678, -0.0150476275, -0.15803762, 0.43156016, -0.09719216, -0.07408, -0.12842028, -0.47880188, 0.41297135, 0.07315841, 0.08734928, -0.031542793, 0.0862864) * inp_0_0_1; + result2 += M4(-0.14790195, 0.028560948, 0.14077131, 0.15227696, -0.11203044, 0.1193981, 0.16548304, 0.07721256, -0.48270524, -0.14609018, 0.13051052, 0.16035795, 0.22310275, 0.08613812, 0.12101891, 0.0693605) * inp_0_1_1; + result2 += M4(-0.17909749, -0.024392027, 0.2227383, -0.057302292, -0.05009124, 0.30629346, -0.0658257, 0.10691373, -0.09005195, 0.26912916, -0.02555377, 0.18611579, 0.09474404, -0.046735127, 0.08628372, 0.14976539) * inp_0_2_1; + result2 += M4(-0.12682188, -0.033667836, -0.21387348, 0.11724357, 0.11241762, -0.10776379, -0.45622072, 0.36206225, 0.034357004, 0.0274606, 0.53226703, -0.054120746, -0.07173099, -0.019781826, -0.0004506044, -0.090236515) * inp_0_0_2; + result2 += M4(0.10396443, -0.05090273, 0.030880392, 0.13643251, 0.4523865, 0.081858695, -0.08280347, 0.18518096, 0.56079537, 0.007042201, -0.012337641, 0.0017952896, -0.19653215, 0.10902694, -0.0235898, -0.15462936) * inp_0_1_2; + result2 += M4(0.011347261, 0.16956125, -0.07598024, -0.010642945, -0.06959051, 0.097124174, -0.10528735, 0.023413276, 0.011072511, -0.11380183, -0.1546189, -0.018206634, -0.072076365, -0.09334556, -0.03711523, -0.061668754) * inp_0_2_2; + result3 += M4(0.20372537, 0.14578828, 0.20127167, -0.16066748, 0.09756872, -0.10025203, 0.18399055, 0.057970647, 0.03679455, -0.13061528, -0.13194819, -0.017791305, -0.027707439, -0.037850592, -0.0058791186, 0.15898317) * inp_0_0_0; + result3 += M4(-0.13326374, -0.048175838, -0.1211976, -0.047573894, 0.029398272, 0.038163513, 0.06364081, 0.09756068, 0.112353444, -0.06523655, -0.3399193, 0.007071915, -0.0023307495, 0.06515439, -0.008210844, -0.048217848) * inp_0_1_0; + result3 += M4(-0.21247563, 0.08523739, 0.04721741, 0.06442855, -0.051469017, -0.092593156, 0.047065668, 0.02163933, -0.20487121, -0.2948929, 0.14564759, 0.072847456, 0.009143655, 0.061654102, -0.008843048, -0.095890515) * inp_0_2_0; + result3 += M4(0.22976227, -0.0034405778, -0.33477315, 0.12545134, 0.17131741, -0.11558586, 0.03167751, 0.14242904, 0.1061916, -0.18220623, 0.07726241, -0.48172006, -0.14746118, -0.11912247, 0.030638449, 0.10207886) * inp_0_0_1; + result3 += M4(-0.06655945, -0.019838296, -0.038446557, -0.047108516, -0.30915856, 0.07429464, -0.20438327, 0.14802341, 0.47137445, 0.024445575, 0.42510328, 0.242163, -0.021400312, 0.107167594, -0.056022163, 0.020425789) * inp_0_1_1; + result3 += M4(-0.0074782637, 0.054402016, -0.121972315, 0.041444067, -0.35059676, -0.15080321, -0.29118222, -0.016145391, -0.3576716, -0.3522069, 0.043113176, 0.010357731, 0.14414723, -0.113717005, -0.09415485, -0.028949017) * inp_0_2_1; + result3 += M4(0.03853427, 0.03176998, -0.07919849, 0.018467484, 0.03600878, 0.56193393, 0.13832507, 0.07699603, -0.15650001, -0.07601528, 0.16394944, -0.026312442, -0.07145015, -0.036025092, -0.04234946, 0.041831832) * inp_0_0_2; + result3 += M4(-0.016900353, -0.28659436, 0.011943033, -0.07257182, 0.014030349, 0.035322875, -0.5988642, -0.14678574, -0.0044690417, 0.8888096, -0.23830332, 0.10747964, 0.02044547, 0.1279399, 0.0006579104, -0.011562968) * inp_0_1_2; + result3 += M4(-0.089198224, 0.16423313, -0.29691276, 0.07104331, 0.13190354, 0.0776772, 0.08241301, -0.14865209, -0.08948346, 0.1620836, -0.32379845, 0.0013747211, 0.04707559, 0.0037285136, -0.015344385, -0.014232466) * inp_0_2_2; + const V4 inp_1_0_0 = inp[1][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_1_1_0 = inp[1][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_1_2_0 = inp[1][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_1_0_1 = inp[1][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_1_1_1 = inp[1][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_1_2_1 = inp[1][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_1_0_2 = inp[1][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_1_1_2 = inp[1][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_1_2_2 = inp[1][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.85313725, -0.02435101, -0.06857936, 0.04679383, -0.2585699, 0.081624314, 0.24544875, -0.027587967, -0.7746935, 0.5622293, -0.09342312, -0.03688094, -0.34380323, 0.72687024, -0.048763245, -0.003689941) * inp_1_0_0; + result0 += M4(-0.35174468, 0.117986694, 0.08605906, 0.028830849, 0.64237136, -0.3769583, -0.024089484, -0.23862994, 0.8207976, -0.092174746, 0.04297148, -0.051756054, -0.29739568, -0.11195339, -0.14723086, 0.03295132) * inp_1_1_0; + result0 += M4(0.2954745, 0.21712531, -0.067807004, 0.029517183, 0.16259618, 0.014441043, 0.0127598, 0.029936556, -0.4073981, -0.48001292, 0.10198077, 0.17044066, 0.058579385, -0.16940872, -0.22117646, 0.0061707636) * inp_1_2_0; + result0 += M4(-0.37001958, -0.071665555, 0.10686925, -0.10744776, -0.11030434, -0.016945168, -0.14443113, 0.039766748, -0.041175894, -0.31643036, -0.009723037, 0.11083293, -0.35056636, 0.50091743, 0.21538898, 0.13894936) * inp_1_0_1; + result0 += M4(0.18551482, -0.38274184, 0.1090545, 0.09133414, -0.100317314, 0.26533842, 0.028536757, 0.07844555, 0.006583591, 0.27766275, 0.1254183, -0.0061147013, 0.8617392, -0.7546585, -0.23212102, 0.2814898) * inp_1_1_1; + result0 += M4(-0.17533015, 0.056518923, -0.11886858, -0.17416163, -0.21810603, -0.041996296, -0.13190891, 0.10978519, -0.13276191, 0.29193908, -0.10255887, -0.15144268, 0.39411002, 0.5364633, -0.07876772, 0.12273716) * inp_1_2_1; + result0 += M4(0.025226103, 0.14986138, -0.05295039, 0.12537077, 0.10823799, -0.15962936, -0.04351816, 0.06994498, 0.3133468, 0.14449136, -0.20122978, -0.04178362, -0.025069045, 0.052850995, -0.31893167, 0.31568733) * inp_1_0_2; + result0 += M4(0.10307432, -0.03794696, 0.11638587, -0.15721007, 0.0520565, -0.013159431, 0.0033045416, 0.16645943, -0.04602354, 0.07579619, 0.119559675, 0.10222658, -0.076188296, -0.03417925, 0.35578036, -0.90802264) * inp_1_1_2; + result0 += M4(-0.13523121, 0.14683475, -0.24159884, 0.011003018, 0.15668543, -0.012923501, -0.049195066, -0.15511718, 0.21970461, -0.40896636, 0.14699629, -0.10037102, -0.011684425, -0.44974482, 0.075924896, -0.13819264) * inp_1_2_2; + result1 += M4(-0.32133275, -0.1632966, 0.016118964, -0.004102593, 0.32084933, 0.41906273, 0.08610651, 0.17084497, 0.13008702, 0.09139067, 0.21345861, -0.12968206, 0.008954712, -0.07455759, -0.25342295, -0.13596231) * inp_1_0_0; + result1 += M4(0.110927545, 0.026440676, -0.057138063, -0.026707454, -0.23099862, 0.10929439, 0.18417938, -0.08928301, 0.10867742, -0.062411074, 0.17694812, 0.27520618, 0.14665566, -0.19123065, -0.0028814063, 0.020384334) * inp_1_1_0; + result1 += M4(0.13942137, 0.0722548, 0.085695975, -0.0482584, -0.058018155, -0.06788848, 0.12553318, -0.017362285, -0.28463066, 0.2797977, -0.1744807, 0.07061992, 0.19873491, -0.16651899, -0.06323969, -0.02578639) * inp_1_2_0; + result1 += M4(-0.025543625, -0.61818314, 0.05540194, -0.36864513, 0.13506746, 0.45087427, 0.02561734, 0.4824854, -0.12235725, -0.13946341, -0.06030317, 0.14183283, -0.25570124, -0.47644913, -0.019941723, -0.45477942) * inp_1_0_1; + result1 += M4(0.3645578, 0.068593346, -0.1665043, 0.16704038, -0.2967851, 0.026300274, -0.13397226, -0.32232535, 0.13193616, -0.22311744, -0.41460353, -0.28414023, 0.4073843, 0.07373801, -0.22364068, 0.12431164) * inp_1_1_1; + result1 += M4(0.25017032, 0.070454225, 0.13813335, 0.019375844, -0.096448295, 0.072787635, 0.0041182754, -0.15815192, -0.2322587, -0.19746271, 0.13508892, 0.14120723, 0.11005683, 0.08688148, -0.15526778, -0.075340524) * inp_1_2_1; + result1 += M4(-0.14920484, -0.48791856, -0.023223, -0.3027848, 0.3378221, 0.4793663, -0.14946601, 0.9567044, -0.18527344, -0.119982645, -0.08596696, -0.17026097, 0.23330817, 0.036837753, -0.08102003, 0.29802063) * inp_1_0_2; + result1 += M4(0.10104728, 0.017842278, 0.20009801, 0.2362712, -0.16312838, -0.04045318, -0.3592395, -0.20366094, 0.2688829, 0.30382335, 0.08821922, -0.27768466, -0.07204707, 0.67338127, 0.9684179, 0.26206905) * inp_1_1_2; + result1 += M4(0.20085827, -0.1115579, -0.20676771, -0.14104019, -0.25027877, 0.13877366, -0.032097857, 0.011562554, -0.06354945, 0.1315248, 0.17668413, 0.061860748, -0.24132724, -0.11776977, 0.18664834, 0.05808953) * inp_1_2_2; + result2 += M4(-0.072219275, 0.024704212, 0.6167852, -0.5133586, 0.23397118, 0.12476223, -0.24312721, 0.7445347, -0.19348057, -0.09359127, -0.8927323, -0.27338013, -0.08031656, -0.08860313, 0.32231623, -0.64860487) * inp_1_0_0; + result2 += M4(-0.045371484, 0.12290978, 0.19355193, -0.03915953, -0.10403266, -0.26496485, 0.008814081, -0.16285874, -0.18879507, 0.1972924, 0.12899448, 0.15576236, -0.21710408, -0.008091758, 0.0434765, -0.1066743) * inp_1_1_0; + result2 += M4(-0.002016541, -0.0006886421, 0.33393008, -0.039007384, 0.020184148, -0.0028074265, 0.13437714, 0.09344798, 0.20083073, -0.29304448, -0.07516481, 0.16750409, 0.067934446, 0.062371586, -0.09625756, 0.63305384) * inp_1_2_0; + result2 += M4(-0.38875118, -0.0530316, -0.2627638, -0.37096834, 0.28227875, 0.057058726, -0.0007648176, 0.50170916, -0.014582225, -0.08303465, 1.2882401, -0.14439599, -0.5612461, -0.12507576, 0.7443172, 0.2275837) * inp_1_0_1; + result2 += M4(-0.06241773, 0.23984735, -0.38247794, -0.193146, -0.023529753, -0.26548344, -0.0008831312, 0.054739162, 0.50808966, 0.04970531, 0.28555724, -0.07511468, 0.21564315, 0.14087324, -0.31117678, -0.52685535) * inp_1_1_1; + result2 += M4(-0.067698725, -0.12012657, -0.18702506, 0.012525038, 0.11423368, 0.19669291, 0.0687259, -0.08449188, 0.114131555, 0.08787378, 0.027727695, -0.08600934, -0.1309175, 0.026612828, -0.078773305, 0.4300998) * inp_1_2_1; + result2 += M4(-0.07888591, -0.19316435, 0.07030573, -0.23898849, 0.30641487, -0.050587706, -0.067026295, 0.50440204, -0.080069296, -0.09858528, -1.2006693, 0.22419576, 0.69720376, -0.4077811, -0.82145584, -0.3318518) * inp_1_0_2; + result2 += M4(0.253429, 0.034562856, -0.043068126, 0.15730365, 0.18888126, -0.21013, -0.13781698, 0.21707365, -0.19726713, 0.027488727, 0.18039607, 0.11479809, -0.41453183, 0.31391656, 0.0070650936, 0.076380774) * inp_1_1_2; + result2 += M4(0.003429857, -0.018602068, -0.066684365, 0.11482386, -0.036528666, -0.029451601, -0.052084677, -0.035276096, -0.18110622, 0.20486076, 0.20484242, -0.0025528024, -0.19367853, 0.24121977, 0.025350042, 0.10913147) * inp_1_2_2; + result3 += M4(-0.0023735664, 0.15035935, 0.12993571, 0.20475487, 0.0019596012, -0.09204715, -0.13434508, -0.2821397, -0.05906947, 0.21287656, 0.30251858, -0.05017008, 0.03126201, 0.002017435, -0.50526565, 0.17320465) * inp_1_0_0; + result3 += M4(0.099262066, 0.12742217, -0.16422229, 0.03186198, 0.12362506, -0.14565836, -0.01895703, 0.17308953, 0.18997124, -0.008680871, 0.5007363, -0.06796606, 0.11387236, 0.0110532595, 0.027245427, -0.02858506) * inp_1_1_0; + result3 += M4(-0.1043227, -0.009697204, -0.14678726, 0.025163496, -0.195235, -0.03975564, 0.020124005, 0.036363356, 0.2044253, -0.08100828, -0.18540438, 0.024970459, -0.06662393, -0.24664907, 0.1844767, 0.039760955) * inp_1_2_0; + result3 += M4(0.03556496, 0.40731633, -0.009378648, 0.35368907, 0.054531943, -0.25538638, 0.23750697, -0.7583463, 0.19742353, -0.098816276, -0.41828468, 0.54874414, -0.07079365, 0.020870816, -0.64631456, 0.61903435) * inp_1_0_1; + result3 += M4(-0.3990005, 0.00885162, -0.3252981, -0.072892606, 0.5868726, 0.062424455, 0.12871675, 0.32273144, -0.5357227, 0.08173042, -0.20361531, -0.15989196, -0.7643352, -0.024472103, -0.46516174, -0.58503497) * inp_1_1_1; + result3 += M4(0.1232718, 0.06953096, 0.17959209, 0.023106743, -0.18714033, -0.09933013, -0.032718066, 0.070490085, 0.00089770433, -0.053541496, -0.09406766, -0.0057063233, 0.38167843, -0.14396475, 0.5196705, -0.16198893) * inp_1_2_1; + result3 += M4(0.0140656475, 0.21922494, -0.056840483, -0.07001231, -0.120163955, -0.22476105, 0.072396405, -0.06738373, -0.09434732, 0.123775706, 0.09688478, -0.159715, 0.0009263281, 0.38566205, 0.1203647, -0.082159035) * inp_1_0_2; + result3 += M4(-0.058063142, -0.13751893, -0.012188545, -0.10500652, 0.17686076, 0.042373944, -0.23056524, 0.10845812, -0.019570937, -0.19659866, -0.14402579, -0.13492614, 0.26653746, -0.038438268, 0.6654084, 0.13422534) * inp_1_1_2; + result3 += M4(0.051074985, 0.01658446, 0.27970675, 0.06717866, -0.029654497, -0.041104205, -0.031459272, 0.02453557, 0.14207277, 0.118784904, 0.08530623, 0.045611463, -0.036815416, 0.44440648, 0.41889176, 0.040619373) * inp_1_2_2; + const V4 inp_2_0_0 = inp[2][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_2_1_0 = inp[2][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_2_2_0 = inp[2][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_2_0_1 = inp[2][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_2_1_1 = inp[2][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_2_2_1 = inp[2][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_2_0_2 = inp[2][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_2_1_2 = inp[2][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_2_2_2 = inp[2][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.041046668, -0.08714282, -0.073594816, 0.010970952, -0.1882758, 0.27579176, 0.03536449, -0.08542214, 0.3048594, 0.4530526, 0.0013206154, -0.028139513, 0.8478168, 0.23004742, 0.0076424624, -0.005963699) * inp_2_0_0; + result0 += M4(-0.675687, -0.18131071, -0.11496222, 0.04182087, -0.031031555, -0.46466836, -0.06559829, -0.03957504, 0.044670437, -0.38225058, 0.06304581, 0.040416148, -1.1025981, -0.18210213, 0.047893796, 0.09789689) * inp_2_1_0; + result0 += M4(-0.25182498, 0.11422446, 0.11699884, 0.001959186, -0.18557777, 0.25785574, 0.025503788, -0.026508162, -0.70701927, -0.19959773, -0.16261607, 0.044826515, 0.4344687, 0.07016805, 0.06883519, 0.01511665) * inp_2_2_0; + result0 += M4(0.066674605, 0.19236362, -0.0785282, -0.05095323, 0.18426083, -0.029129753, -0.10607958, -0.026322767, 0.08938068, -0.46208933, 0.15560026, -0.15441328, -0.20653039, -0.031048529, 0.18270804, -0.052175336) * inp_2_0_1; + result0 += M4(-0.17021075, 0.44645318, 0.064337924, -0.35476676, -0.06049966, 0.14457396, 0.23315272, -0.61046785, -0.16183764, 0.7003692, 0.15736891, -0.4137998, 0.23982742, 0.24342622, -0.20881954, -0.21306111) * inp_2_1_1; + result0 += M4(-0.12433247, 0.17513616, 0.088211484, -0.034301586, 0.17206079, -0.12319476, -0.0711395, -0.09247507, 0.017651413, -0.17906149, -0.119941995, 0.22451276, -0.047592435, 0.09213579, -0.062360976, -0.013997644) * inp_2_2_1; + result0 += M4(0.18996708, 0.01084998, -0.26635185, 0.122841895, 0.010606524, -0.027477054, 0.019549975, 0.03288411, -0.012691764, 0.051538102, -0.046197236, 0.06947832, -0.11301016, 0.09755053, -0.07446157, 0.1486752) * inp_2_0_2; + result0 += M4(-0.36824858, 0.05843571, -0.2618618, 0.7284761, -0.21758777, 0.15616763, 0.1021092, 0.39711222, 0.033237204, 0.023642745, -0.21918292, 0.5568767, 0.13701046, -0.25721508, 0.082974575, 0.0041465224) * inp_2_1_2; + result0 += M4(0.09509355, -0.15123545, -0.034223463, -0.04543954, -0.079144716, 0.09071367, 0.09338266, 0.17455119, 0.1773881, -0.053871572, 0.037042413, -0.17526062, -0.070509546, -0.19783144, 0.011318544, -0.026450291) * inp_2_2_2; + result1 += M4(-0.061877683, -0.12305839, -0.20263477, -0.11488986, 0.24543491, 0.32654366, 0.10685588, 0.11506586, -0.10795856, 0.03018991, 0.059933174, 0.0853006, -0.20264159, -0.043828856, -0.20878649, 0.14681698) * inp_2_0_0; + result1 += M4(-0.099625036, 0.20434903, 0.07796133, 0.06736927, 0.07125978, 0.05099109, 0.22723898, -0.08742187, 0.11490085, -0.04678864, -0.13050777, -0.08809224, 0.10186953, 0.16114867, -0.1435795, -0.05920464) * inp_2_1_0; + result1 += M4(0.07486631, 0.0044751903, -0.093036935, 0.027565863, -0.07470142, 0.17695644, -0.07382289, -0.044591907, -0.21034206, -0.25844106, 0.18035167, 0.059543654, -0.06836321, -0.14411914, 0.1548659, -0.03892513) * inp_2_2_0; + result1 += M4(0.117224984, 0.17542, -0.00016663033, -0.20314355, 0.22289772, 0.30088758, -0.032968026, -0.15414216, -0.140072, 0.14610891, 0.03125237, 0.3250524, 0.03702276, 0.10557298, 0.08998342, -0.43446854) * inp_2_0_1; + result1 += M4(-0.10302777, 0.4501756, 0.8351375, -0.017320178, -0.14834926, -0.13270089, 0.9023029, -0.0824228, 0.09006571, 0.11064118, 0.35334682, -0.30232978, 0.12792541, -0.0071462905, 0.4237898, 0.38528624) * inp_2_1_1; + result1 += M4(0.36576793, -0.050644517, 0.04195809, 0.108811006, -0.33933258, -0.048364114, 0.15662737, -0.09251479, -0.20477468, 0.2541265, 0.17623655, 0.20086327, -0.111452036, -0.09789033, -0.15870745, 0.027849512) * inp_2_2_1; + result1 += M4(0.20742778, -0.14416832, -0.13775797, 0.58929, 0.16418126, 0.49148947, -0.18096113, 0.68119305, -0.2531042, -0.17075492, -0.12018323, 0.12608007, 0.021732088, -0.37607798, 0.0010915091, 0.001743941) * inp_2_0_2; + result1 += M4(-0.15006953, -0.28072268, -0.44455764, 0.027220342, 0.08871589, -0.19202746, -0.5691258, -0.22697172, 0.5984513, -0.021040866, -0.5640603, -0.69894254, 0.10230523, 0.37776676, -0.16448745, -0.34962857) * inp_2_1_2; + result1 += M4(0.28793243, -0.27053738, 0.037647776, 0.10638764, -0.29987827, -0.10918723, -0.15849937, 0.032926988, -0.276323, -0.30320406, -0.06410051, 0.079027995, -0.1144192, 0.0686072, 0.13253035, 0.16962466) * inp_2_2_2; + result2 += M4(-0.104575686, -0.04030638, 0.38205162, -0.1646444, 0.0070794793, 0.086107545, 0.09008801, -0.26022068, -0.08264631, 0.0025685597, 0.45367503, 0.036392443, -0.05385623, 0.0043640602, 0.88977754, -0.6094777) * inp_2_0_0; + result2 += M4(0.17220014, -0.104757294, 0.28872848, -0.9140526, 0.07250322, -0.03486389, 0.0519809, -0.28910607, 0.13334726, -0.18156597, -0.48792294, 0.45706385, 0.114385955, 0.06414442, -0.40856388, 0.26286653) * inp_2_1_0; + result2 += M4(0.06838794, 0.0037464432, -0.25175664, -0.10634569, -0.07736329, 0.04136653, -0.09635174, 0.042798392, -0.089459404, 0.1431562, -0.35529405, -0.58673966, -0.009117467, -0.08846847, -0.13101909, -0.0941622) * inp_2_2_0; + result2 += M4(0.014403663, -0.09284215, -0.22324999, 0.5977427, -0.13145088, 0.045327898, -0.2159109, 0.58904, -0.14557627, 0.047140498, 0.37750348, 0.04514063, -0.07165266, 0.00403441, -0.20610464, -0.22565311) * inp_2_0_1; + result2 += M4(-0.34951925, -0.20195192, 0.052249074, 0.004859058, -0.4837092, -0.56432015, -0.14240249, -0.089294374, -0.32763055, -0.6932184, 0.18841206, -0.10697703, -0.12905538, -0.012168624, 0.33363688, -0.23945247) * inp_2_1_1; + result2 += M4(-0.19418816, -0.07137613, 0.016112942, -0.06583376, 0.010781973, 0.64119726, 0.2163896, 0.053818654, 0.19992511, 1.0749966, 0.37210134, -0.114605546, 0.12615307, 0.045438178, -0.09376032, 0.095737554) * inp_2_2_1; + result2 += M4(0.1762724, -0.12271588, 0.32391888, 0.05773013, 0.24969184, 0.04550068, 0.14141926, 0.3324033, 0.10539948, -0.22236584, 0.063619636, 0.37273255, 0.17779888, -0.049786404, -0.2504475, 0.6257438) * inp_2_0_2; + result2 += M4(0.20685196, -0.0106152035, -0.16097048, -0.011148921, 0.29720846, -0.2017546, -0.055421192, 0.14278509, 0.4991777, 0.1290137, -0.6009226, 0.12703991, 0.019506518, -0.09236414, -0.16110387, 0.15518974) * inp_2_1_2; + result2 += M4(-0.051044676, -0.0802801, -0.16391027, -0.20129019, 0.07025838, -0.08146353, -0.13828063, 0.089377195, -0.26447552, -0.09614584, -0.004125906, -0.071870096, -0.24505717, 0.08601064, -0.007302386, 0.09454271) * inp_2_2_2; + result3 += M4(0.08847961, -0.17847943, -0.69526863, -0.10000524, 0.022599213, -0.106843226, -0.32798478, -0.30478817, 0.116008244, 0.037003428, 0.00491019, 0.012982513, 0.14008689, -0.12109373, -0.114603855, 0.044905365) * inp_2_0_0; + result3 += M4(0.17639944, -0.044862606, -0.17100137, -0.005114512, 0.2445843, -0.058113806, -0.18633145, 0.22324812, 0.07353126, -0.08040312, 0.46093383, -0.1881027, 0.020793755, 0.05615095, -0.12523803, -0.11003187) * inp_2_1_0; + result3 += M4(0.015362869, 0.11070844, 0.18635881, 0.049795542, -0.18239588, -0.06503216, -0.004792109, 0.09085003, -0.24347839, 0.0014260579, -0.35534698, -0.01901228, -0.11597512, -0.14712879, -0.15724897, 0.08272095) * inp_2_2_0; + result3 += M4(0.03369274, -0.09148342, -0.11649345, -0.8705563, 0.07332814, -0.07007546, -0.118292294, -0.5086767, -0.09837098, -0.086299285, 0.39339754, -0.34102294, -0.14108673, 0.3166342, -0.09888971, 0.17531094) * inp_2_0_1; + result3 += M4(0.44183612, 0.03237536, 0.17856692, 0.11106832, 0.45943972, -0.4042934, 0.42762074, 0.78249615, 0.49094617, 0.08979736, 0.63991433, 1.1504385, -0.19337255, -0.028499793, 0.0188026, 0.13573536) * inp_2_1_1; + result3 += M4(-0.07735287, -0.10227065, -0.11877216, 0.12290771, -0.8072676, 0.0721539, -0.1910864, -0.089940324, -0.9754005, 0.3272343, 0.04703304, -0.093180224, -0.30274558, 0.3410099, 0.17829552, -0.1283383) * inp_2_2_1; + result3 += M4(-0.014644263, -0.16843987, 0.10283902, -0.23915698, 0.04944409, -0.28421712, 0.029477706, -0.20114663, 0.04234802, -0.10247694, 0.08606297, -0.00060528243, 0.16025454, -0.113197796, 0.32325915, -0.09360282) * inp_2_0_2; + result3 += M4(0.15988652, 0.43129408, 0.003102661, 0.13530524, 0.20106629, 0.35276395, -0.2581822, 0.27712944, 0.092174165, 0.5860203, -0.6644479, -0.30149898, 0.28493616, 0.2263659, -0.103455596, -0.13312685) * inp_2_1_2; + result3 += M4(0.05288319, 0.076428, -0.18710244, -0.093296796, -0.21877469, -0.15173075, -0.16969322, 0.05675821, 0.34267446, -0.25818372, -0.3879385, 0.057327595, 0.05748257, -0.44461763, 0.24332774, 0.18331102) * inp_2_2_2; + const V4 inp_3_0_0 = inp[3][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_3_1_0 = inp[3][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_3_2_0 = inp[3][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_3_0_1 = inp[3][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_3_1_1 = inp[3][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_3_2_1 = inp[3][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_3_0_2 = inp[3][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_3_1_2 = inp[3][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_3_2_2 = inp[3][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.33035442, 0.008719723, 0.09506913, -0.05596779, 0.6257054, -0.4622823, 0.19758332, -0.009717658, 0.11556571, -0.008927558, 0.0506363, 0.011549255, 0.022223158, 0.16494507, -0.023656936, -0.012043801) * inp_3_0_0; + result0 += M4(-0.3018259, -0.16688901, -0.08174471, 0.031225208, -0.3682067, 0.33880973, -0.029750831, 0.052449267, 0.24696672, -0.124532506, -0.040378094, -0.02887898, 0.08495422, -0.10733539, 0.033680625, -0.0040187235) * inp_3_1_0; + result0 += M4(0.28583634, 0.06151723, -0.056340285, -0.07114769, 0.40981525, -0.027857127, 0.23838963, -0.121739745, -0.07850837, 0.05227717, -0.03982672, 0.015378227, 0.29068476, -0.04168, 0.045381863, -0.00013727625) * inp_3_2_0; + result0 += M4(-0.041488778, 0.10742621, 0.037410427, 0.002719236, 0.23568422, -0.2532835, -0.14904994, -0.02132816, -0.26083633, 0.02395297, 0.013597459, -0.022430388, 0.0039781285, -0.052303746, -0.033815533, -0.08052908) * inp_3_0_1; + result0 += M4(0.19898818, -0.062810175, -0.0030155992, -0.014311552, -0.44702345, 0.43076748, 0.13032986, 0.04623066, -0.4599223, 0.39305303, 0.076502815, 0.01207224, -0.2322498, 0.07225618, 0.09567222, 0.074906886) * inp_3_1_1; + result0 += M4(0.14233728, 0.04341192, -0.14022432, 0.074965544, -0.42312324, -0.21910575, -0.04191498, -0.16155356, 0.016639965, 0.08997261, -0.030961918, 0.14126752, -0.16792814, 0.10337423, 0.07536254, -0.027254093) * inp_3_2_1; + result0 += M4(-0.10881682, 0.0070124045, -0.0734743, 0.02380105, -0.08528868, 0.2052196, 0.28235316, -0.09937192, -0.120403625, -0.18133068, -0.11513659, 0.2849305, -0.093126595, 0.09221593, -0.001545093, 0.118906654) * inp_3_0_2; + result0 += M4(0.07010447, -0.002349371, 0.07754369, -0.59997034, 0.057434276, -0.013308527, -0.12963523, 0.44178784, 0.29675305, -0.008670963, -0.14948617, 1.4333277, -0.048508614, 0.077688985, -0.03507625, 0.398176) * inp_3_1_2; + result0 += M4(-0.041430607, -0.0056431303, -0.03318371, -0.14079575, 0.08872225, 0.03580239, -0.11937835, -0.055355314, -0.23013176, -0.011193484, -0.0024156924, 0.2336995, -0.08273895, 0.021009317, -0.15586923, 0.20260328) * inp_3_2_2; + result1 += M4(0.0513188, -0.06831208, 0.071969114, 0.04630944, -0.10447119, 0.057457622, 0.087569036, 0.111861736, -0.110252105, 0.13196746, 0.07982998, 0.07918412, 0.07207178, 0.06784348, 0.06167251, -0.0048216507) * inp_3_0_0; + result1 += M4(-0.11775122, -0.068306886, -0.1314514, -0.022869237, 0.00013730286, 0.119652584, 0.08880258, 0.17652866, 0.041738562, -0.20556526, -0.09664171, -0.04788704, -0.25071782, -0.040533535, 0.007784405, 0.062077902) * inp_3_1_0; + result1 += M4(-0.16064279, -0.11079397, 0.10935189, -0.012442423, -0.2100082, 0.16263524, 0.03739031, -0.10447196, 0.08221832, -0.081931755, -0.015653074, -0.03437766, 0.22324844, -0.04340437, -0.03868832, -0.07421524) * inp_3_2_0; + result1 += M4(-0.0006676013, 0.040496968, -0.029079301, -0.085848354, 0.32673135, 0.02512588, 0.13175364, -0.27145657, -0.29334694, 0.13588892, -0.023815535, 0.2919419, 0.19565086, 0.4451977, 0.008018119, 0.44960222) * inp_3_0_1; + result1 += M4(-0.022897674, 0.022049528, 0.063053586, 0.12857682, -0.08483499, -0.03945858, 0.070367396, 0.106271245, 0.0042700917, -0.02905016, -0.12511766, -0.19536735, -0.3540937, 0.019095879, -0.015849894, 0.06366033) * inp_3_1_1; + result1 += M4(-0.01652925, -0.042448483, 0.008769335, -0.07717558, -0.052162528, -0.322415, 0.11697755, -0.014363827, 0.037944168, -0.029346848, 0.027509725, -0.08859583, 0.50523734, -0.026561983, 0.052579824, 0.0062967185) * inp_3_2_1; + result1 += M4(0.2831015, 0.29757833, 0.05384404, 0.07900192, -0.039041176, 0.29436517, -0.04795067, 0.28521034, -0.00084280485, -0.8624592, -0.2333652, 0.28047234, 0.13323455, 0.13980593, -0.1040817, 0.41841346) * inp_3_0_2; + result1 += M4(-0.056748446, 0.22499406, 0.47074968, 0.0529144, -0.18061697, -0.102058284, -0.45679823, -0.30751905, 0.56470495, -0.6227711, -1.0454521, -0.232476, -0.31827578, -0.16248211, -0.13230376, -0.018044606) * inp_3_1_2; + result1 += M4(-0.27055663, 0.040104035, 0.14919373, 0.020736083, 0.01568136, 0.009609554, -0.04672135, -0.019085662, 0.061935153, -0.2874959, -0.22337474, -0.06617894, 0.24911705, -0.18539925, -0.10120979, -0.028026477) * inp_3_2_2; + result2 += M4(0.024042394, 0.073262535, 0.29006875, 0.14790326, 0.27991506, 0.08672429, 0.63894117, 0.23894568, 0.029150546, -0.003545572, -0.1935614, 0.31723386, -0.026120424, 0.042341888, 0.021989973, 0.39239773) * inp_3_0_0; + result2 += M4(0.12542348, -0.12852398, 0.08891283, -0.14603676, -0.13592839, -0.054619603, 0.016557576, -0.5885332, -0.09488814, -0.07046842, 0.068331644, 0.10981448, -0.007638868, -0.13542384, -0.040854737, -0.005702912) * inp_3_1_0; + result2 += M4(0.07082901, 0.3306401, 0.14118254, 0.15615349, 0.0026882638, -0.15104243, 0.16891389, -0.18970816, 0.029838756, 0.13553977, 0.0018116818, -0.05020311, 0.08921652, 0.1348939, 0.043923832, -0.12109734) * inp_3_2_0; + result2 += M4(-0.034977324, 0.020053409, -0.37609595, -0.054664034, 0.15570554, 0.28191614, -0.6908297, 0.14370124, 0.08973948, -0.14156595, 0.041179802, -0.0043907193, 0.0063222884, 0.08350338, 0.0016131507, -0.056665104) * inp_3_0_1; + result2 += M4(-0.10248851, -0.1634687, -0.26851672, -0.46094584, 0.13998966, -0.2924333, 0.07655084, 0.1363661, -0.13416262, 0.08360797, -0.0077458336, 0.052660167, 0.064197175, -0.35289478, -0.004854883, 0.09082584) * inp_3_1_1; + result2 += M4(-0.095027156, 0.04068739, 0.03084716, -0.03596515, -0.13508861, 0.04214646, -0.3288225, 0.13073072, 0.1476837, 0.22203143, 0.14448355, -0.24459559, -0.17169268, -0.15294273, -0.10575014, 0.043388218) * inp_3_2_1; + result2 += M4(0.029903082, 0.061882522, 0.008157312, 0.36121556, -0.07368661, 0.08575936, 0.35597792, 0.34465766, 0.104644366, -0.11097311, 0.17444994, -0.10731304, 0.1298015, -0.025148133, 0.1390958, 0.045870513) * inp_3_0_2; + result2 += M4(-0.368986, -0.10517477, -0.11623787, 0.16291271, 0.27432486, -0.06225037, -0.43164015, -0.07802707, 0.6406274, 0.15081723, 0.038465872, 0.071604036, 0.19591734, -0.15255238, 0.13270366, -0.0070306635) * inp_3_1_2; + result2 += M4(-0.43216032, -0.039325733, 0.11141706, 0.12786095, 0.018126328, -0.07048143, 0.16246274, -0.09758973, 0.21826117, -0.11532947, -0.16299699, -0.035572365, 0.13867931, 0.18741262, -0.030538183, -0.04330623) * inp_3_2_2; + result3 += M4(-0.016080486, 0.032022443, -0.165704, 0.07246584, -0.08014878, -0.35844275, 0.113061614, 0.065997146, 0.02371046, -0.0008155743, 0.07187625, -0.08876956, -0.021193719, -0.033109672, -0.07381202, -0.1332826) * inp_3_0_0; + result3 += M4(0.04180735, -0.10776659, -0.027806621, 0.03553281, -0.023503449, 0.0169977, -0.27451426, 0.13919999, -0.042250317, 0.08521528, 0.17336805, 0.094439976, 0.18615168, 0.0021308872, -0.11744622, -0.0066396925) * inp_3_1_0; + result3 += M4(-0.15732574, 0.032522585, -0.09444964, 0.01659268, -0.09113259, 0.1305735, -0.11529496, 0.06343632, -0.046901505, -0.05037784, -0.07369559, -0.003344642, 0.07115879, 0.024641449, -0.08119741, -0.0030102434) * inp_3_2_0; + result3 += M4(-0.053414203, 0.29699224, 0.22554293, -0.009535028, -0.034720074, 0.2417781, 0.24099764, -0.4626596, 0.13475932, -0.08492695, 0.015628448, -0.20312022, 0.10430628, -0.012566143, 0.055538982, -0.3632165) * inp_3_0_1; + result3 += M4(0.15908659, -0.048262477, -0.03419863, 0.1971502, 0.59373474, 0.040420167, -0.006936596, -0.02301966, 0.11121678, 0.12800483, 0.26782277, 0.22499534, 0.13175733, 0.031205691, -0.024721615, -0.60766846) * inp_3_1_1; + result3 += M4(-0.120825715, 0.15550387, 0.2964152, 0.045677517, -0.16462475, 0.082349055, 0.025853585, 0.038958352, -0.3481213, 0.024049724, -0.31659842, 0.16717331, 0.1698046, 0.08965835, 0.26032227, 0.0028352945) * inp_3_2_1; + result3 += M4(0.048251737, -0.3381504, -0.06695844, -0.157471, 0.00037351192, -0.23412548, -0.046711236, -0.07236172, 0.006832392, 0.35861197, -0.20628686, -0.060990233, 0.082007684, -0.17143841, -0.121094696, -0.1463941) * inp_3_0_2; + result3 += M4(0.09094426, -0.522618, 0.32228535, -0.094180234, -0.119871415, 0.044149384, -0.47617498, 0.009163124, 0.12564674, 0.5748051, -0.43634674, 0.10976416, 0.099546134, 0.0657549, 0.03073671, -0.026292121) * inp_3_1_2; + result3 += M4(-0.19512002, -0.29417554, 0.16560094, 0.06612767, 0.061374467, -0.08437194, 0.2300457, 0.13011362, -0.19942062, 0.13436554, -0.27281252, -0.03332893, -0.028906567, 0.13050336, -0.08008115, 0.07068302) * inp_3_2_2; + const ivec2 output_base = ivec2(gl_GlobalInvocationID) * ivec2(2, 2); + imageStore(out_image, output_base + ivec2(0, 0), max(result0, V4(0.0))); + imageStore(out_image, output_base + ivec2(1, 0), max(result1, V4(0.0))); + imageStore(out_image, output_base + ivec2(0, 1), max(result2, V4(0.0))); + imageStore(out_image, output_base + ivec2(1, 1), max(result3, V4(0.0))); +} + +//!DESC ArtCNN C4F16 (Conv2D-2-ReLU) +//!COMPUTE 24 32 12 16 +//!HOOK LUMA +//!BIND conv2d_1 +//!SAVE conv2d_2 +//!WIDTH LUMA.w 2.0 * +//!HEIGHT LUMA.h 2.0 * +//!COMPONENTS 4 +//!WHEN OUTPUT.w LUMA.w / 1.3 > OUTPUT.h LUMA.h / 1.3 > * +#extension GL_EXT_shader_explicit_arithmetic_types_float16 : enable +#ifdef GL_EXT_shader_explicit_arithmetic_types_float16 +# define V4 f16vec4 +# define M4 f16mat4 +# define F float16_t +#else +# define V4 vec4 +# define M4 mat4 +# define F float +#endif + +const ivec2 ksize = ivec2(3, 3); +const ivec2 offset = ksize / 2; +const ivec2 wg_size = ivec2(gl_WorkGroupSize); +const ivec2 isize = wg_size + ksize - 1; +shared V4 inp[4][isize.y][isize.x]; +void hook() { + const uvec2 local_xy = gl_LocalInvocationID.xy; + ivec2 base = ivec2(gl_WorkGroupID) * wg_size; + for (uint y = local_xy.y; y < isize.y; y += wg_size.y) { + for (uint x = local_xy.x; x < isize.x; x += wg_size.x) { + const ivec2 input_base = (base + ivec2(x,y) - offset) * ivec2(2, 2); + inp[0][y][x] = V4(conv2d_1_mul * texelFetch(conv2d_1_raw, input_base + ivec2(0, 0), 0)); + inp[1][y][x] = V4(conv2d_1_mul * texelFetch(conv2d_1_raw, input_base + ivec2(1, 0), 0)); + inp[2][y][x] = V4(conv2d_1_mul * texelFetch(conv2d_1_raw, input_base + ivec2(0, 1), 0)); + inp[3][y][x] = V4(conv2d_1_mul * texelFetch(conv2d_1_raw, input_base + ivec2(1, 1), 0)); + } + } + + barrier(); + V4 result0 = V4(0.007665273, -0.012706782, -0.01845592, 0.026948148); + V4 result1 = V4(-0.004221884, 0.016139362, -0.014981546, 0.016426912); + V4 result2 = V4(0.023174407, 0.05587216, -0.036808174, -0.002717008); + V4 result3 = V4(-0.036521614, -0.027948106, 0.005269135, 0.016757237); + const V4 inp_0_0_0 = inp[0][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_0_1_0 = inp[0][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_0_2_0 = inp[0][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_0_0_1 = inp[0][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_0_1_1 = inp[0][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_0_2_1 = inp[0][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_0_0_2 = inp[0][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_0_1_2 = inp[0][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_0_2_2 = inp[0][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.039672762, 0.14756373, -0.08448369, 0.017731339, 0.025569528, -0.040744573, 0.013367848, -0.019573305, -0.16450569, 0.33285397, -0.11215605, -0.028131716, 0.016628815, 0.023166431, -0.00037328724, -0.08177501) * inp_0_0_0; + result0 += M4(-0.065025754, -0.104294226, 0.094719954, 0.038185492, -0.09666806, 0.027351536, -0.038861245, 0.004919656, 0.19828482, -0.22604604, 0.024477452, -0.10591664, -0.19293559, 0.4599996, 0.04217503, 0.16875263) * inp_0_1_0; + result0 += M4(0.11909007, 0.022196636, 0.034610387, -0.018519526, -0.06364373, -0.008448898, 0.015312234, -0.0006501346, 0.016660782, 0.11387573, -0.049037285, 0.024658464, 0.034969676, 0.10625149, 0.053557772, 0.020835) * inp_0_2_0; + result0 += M4(-0.0125005925, -0.30383512, 0.118058, -0.0622122, -0.053739194, 0.02854181, 0.021767799, -0.023679044, 0.1428111, 0.22441542, 0.13784951, 0.055275932, 0.06970613, -0.03743594, -0.049048167, -0.018928634) * inp_0_0_1; + result0 += M4(-0.061673142, 0.35783702, -0.2123013, -0.0029690831, -0.028315723, -0.014267534, -0.029230714, 0.033998776, -0.017710077, -0.12725465, 0.055828135, 0.16664071, -0.6307306, 0.087453276, -0.24898805, 0.04119017) * inp_0_1_1; + result0 += M4(-0.046845675, -0.034220554, 0.085932806, 0.083577596, -0.014423473, 0.24495147, 0.029078502, 0.05503181, -0.16131906, -0.10079813, 0.042977642, -0.0016745959, -0.65428495, 0.022565061, 0.067007095, 0.03766914) * inp_0_2_1; + result0 += M4(0.06490114, 0.2199838, -0.22797251, -0.23349749, -0.010567795, 0.07199016, 0.0155491065, 0.04098838, 0.101175986, 0.12190727, -0.072651304, -0.14695418, 0.090389036, -0.28267708, 0.05694964, -0.012954298) * inp_0_0_2; + result0 += M4(0.47807366, -0.030264005, 0.49982014, 0.33034417, 0.11898345, 0.19849163, 0.09678157, -0.08528741, -0.2896773, -0.18903524, -0.19259109, -0.20551237, 0.12084159, 0.02699669, 0.014437785, 0.032559108) * inp_0_1_2; + result0 += M4(-0.45953196, -0.099686995, -0.48402756, -0.29487053, 0.048139166, 0.025708836, -0.06933556, -0.0635896, 0.27754197, 0.049773578, 0.12305871, 0.106278256, -0.2843809, 0.073834695, -0.0054634786, 0.007431036) * inp_0_2_2; + result1 += M4(0.085994475, -0.1193417, 0.0071456973, -0.0188979, 0.04183363, 0.12310363, 0.05413761, 0.04909667, -0.30297938, 0.013713022, 0.033152174, -0.11379657, -0.18750672, -0.22004475, 0.072046556, 0.35643157) * inp_0_0_0; + result1 += M4(-0.044690162, -0.058702532, 0.007017294, -0.041176673, 0.048408784, 0.080121264, 0.14161503, 0.12842357, 0.16440009, -0.21827607, 0.108833574, -0.044027567, -0.7746953, -0.8959941, 0.12757428, -0.1544348) * inp_0_1_0; + result1 += M4(0.042872313, 0.14205654, -0.03782293, 0.14235368, 0.130305, 0.009863965, -0.036303528, 0.1701927, -0.032293867, 0.22456177, -0.062228113, 0.2358024, -0.16976565, -0.43414745, -0.21161576, 0.099397495) * inp_0_2_0; + result1 += M4(-0.17363705, 0.0061433585, -0.13879266, 0.051511798, -0.022545822, 0.10734877, 0.06815579, -0.027122574, 0.04138703, -0.15504237, 0.16342735, -0.072404325, -0.20245026, -0.052299656, -0.02321829, 0.002982435) * inp_0_0_1; + result1 += M4(0.02651482, 0.12583537, 0.45761207, -0.095229685, -0.09167909, 0.25368944, 0.1494136, 0.017393095, -0.22577058, -0.07560319, -0.5818347, -0.5617876, -0.20395924, -0.37043095, 0.25695607, 0.45370623) * inp_0_1_1; + result1 += M4(0.15493771, -0.1451798, -0.32017693, 0.106086396, 0.14634423, 0.22603515, 0.07768741, -0.010450286, 0.002767987, 0.46913233, 0.23929594, 0.44290265, -0.05627698, -0.33913442, 0.029245248, -0.02599956) * inp_0_2_1; + result1 += M4(-0.0021248949, 0.3092833, 0.15976787, 0.17359373, 0.12920043, 0.106215686, 0.111749046, 0.032766804, 0.0702469, -0.12661065, -0.1285257, -0.08318957, -0.06495591, 0.021884361, -0.043050367, -0.048703246) * inp_0_0_2; + result1 += M4(-0.20655625, -0.51618236, -1.0094728, -1.0106137, 0.18894927, 0.06065753, 0.12400759, -0.07092802, 0.30361733, -0.16834623, -0.015209634, -0.0769189, -0.21808125, -0.07767393, 0.054584887, -0.3680687) * inp_0_1_2; + result1 += M4(-0.33314708, -0.15586081, 0.6099683, 0.13461177, 0.057432342, 0.22775277, 0.21322937, 0.0532397, 0.21244651, -0.0720669, 0.020412793, 0.037264194, 0.06017442, -0.2044945, 0.040000513, 0.19136631) * inp_0_2_2; + result2 += M4(-0.022256808, 0.04888811, -0.022015247, -0.092115186, 0.020818705, -0.028380645, 0.06185778, 0.08197749, -0.15860432, 0.108361594, -0.19694375, 0.07381369, 0.15101261, 0.14137074, -0.088994004, -0.5152534) * inp_0_0_0; + result2 += M4(0.06987822, -0.082000196, 0.02866381, 0.02108778, -0.051829483, -0.10683904, 0.12230972, 0.06575793, 0.090399876, -0.09562653, 0.043466404, 0.045909394, -0.020149088, -0.023214703, -0.30334076, -0.152464) * inp_0_1_0; + result2 += M4(0.0811315, -0.031609118, 0.01223644, 0.037147917, -0.18350898, -0.07458222, 0.089401655, 0.04162907, 0.103615806, -0.10315151, -0.07726605, 0.19025756, 0.1799963, -0.01810218, -0.14209187, -0.16685213) * inp_0_2_0; + result2 += M4(0.36047256, 0.1324033, -0.035303097, -0.029761754, -0.08453878, -0.092538394, 0.048813272, 0.2952445, -0.16890605, -0.24446781, -0.2384415, -0.051971577, 0.17304648, 0.015542306, -0.4414377, -0.20117971) * inp_0_0_1; + result2 += M4(-0.045148943, -0.3111919, 0.11992417, -0.027939236, -0.18373263, -0.015571242, 0.16786881, 0.19525638, 0.017805958, -0.23059563, -0.410443, -0.16854092, 0.1441553, -0.45532706, -3.1361716, -0.3325092) * inp_0_1_1; + result2 += M4(-0.38618526, 0.13740632, -0.08181973, 0.03373343, -0.14354973, -0.21948239, 0.18439542, 0.15648417, -0.085576214, 0.26852188, -0.26260558, 0.039526124, 0.25491875, 0.045001876, 0.11680835, -0.30998042) * inp_0_2_1; + result2 += M4(-0.22676072, -0.19009703, 0.22159863, -0.30039275, -0.02362561, -0.11382714, 0.12698817, 0.44949046, 0.26380983, 0.025303096, -0.06650232, 0.036743466, -0.23880884, 0.034025613, 0.016137755, -0.020864155) * inp_0_0_2; + result2 += M4(0.35370076, 1.4717959, -0.39453936, 0.012876503, -0.22790988, 0.013500226, -0.023526462, 0.40373355, -0.12799382, -0.35260844, 1.2150608, -0.2795026, 0.09862312, -0.31711802, -0.38266385, -0.4625872) * inp_0_1_2; + result2 += M4(-0.006961403, -0.38303775, -0.023807812, -0.032239847, 0.1080835, -0.20735481, 0.20969796, 0.23094925, -0.05239786, 0.12599377, 0.20246367, 0.14485277, 0.13914481, 0.018579604, -0.0628238, -0.22654083) * inp_0_2_2; + result3 += M4(-0.008393504, 0.06399756, -0.0042330017, -0.038735587, 0.009515421, -0.009107273, 0.033609197, 0.017786147, -0.056026146, -0.015695263, -0.101369716, -0.047951315, -0.0045006033, -0.024499964, -0.059617385, -0.050731726) * inp_0_0_0; + result3 += M4(0.05816133, -0.016608475, -0.008917803, 0.0039858357, 0.04840855, -0.03989783, 0.021003753, 0.11802983, 0.04186096, -0.02740838, 0.03711145, -0.15018326, 0.06298314, -0.13889475, 0.0056237825, -0.1520681) * inp_0_1_0; + result3 += M4(-0.0464783, 0.0043105236, 0.05190762, -0.016212137, 0.08643694, 0.044873476, 0.01192245, 0.073939085, -0.050208796, -0.06378546, 0.040115822, -0.10028227, 0.17046078, 0.104430355, 0.04660742, 0.004472599) * inp_0_2_0; + result3 += M4(0.01869681, 0.17765687, -0.01132854, -0.028719053, 0.03712774, -0.03786645, 0.021126691, 0.03835777, 0.07792008, 0.21017025, -0.017897833, -0.09897833, -0.08394025, 0.14385825, 0.021313882, -0.0965509) * inp_0_0_1; + result3 += M4(0.26953533, -0.046034764, -0.04922047, 0.2146039, -0.06167827, 0.10177388, -0.00028696132, 0.24834304, 0.21333528, 0.09260683, -0.062288165, 0.011650751, -0.35006827, 0.34293538, 0.45763996, -0.2745375) * inp_0_1_1; + result3 += M4(-0.248477, 0.13341399, 0.046218965, -0.23830393, 0.046279684, -0.04249783, 0.05034412, 0.22284749, 0.19501184, -0.013352284, -0.08176439, 0.062934145, -0.38506672, 0.22943279, 0.09323349, 0.055179156) * inp_0_2_1; + result3 += M4(-0.16656476, -0.9840606, -0.20659976, -0.763574, -0.043892097, -0.44524747, -0.019569376, 0.08370716, -0.00852045, -3.123414, -0.08242622, 0.15859091, 0.057629827, 0.21355532, 0.048139296, 0.13085455) * inp_0_0_2; + result3 += M4(0.16033624, -0.8272528, 0.20588383, 0.8193101, 0.07821069, -0.8910632, 0.08296487, 0.28125536, -0.024175977, -3.1040792, 0.06526852, -0.1698219, -0.008097565, 0.17878205, -0.021604018, -0.03205016) * inp_0_1_2; + result3 += M4(0.30415177, -0.04037523, -0.30204728, 0.1479439, 0.08117435, -0.59381247, -0.028565824, 0.3110151, 0.07412945, -2.6523457, 0.13584737, -0.14663945, -0.13277556, 0.3445814, -0.08542846, 0.10787985) * inp_0_2_2; + const V4 inp_1_0_0 = inp[1][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_1_1_0 = inp[1][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_1_2_0 = inp[1][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_1_0_1 = inp[1][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_1_1_1 = inp[1][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_1_2_1 = inp[1][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_1_0_2 = inp[1][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_1_1_2 = inp[1][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_1_2_2 = inp[1][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.014861815, 0.066454895, -0.018906003, -0.023595516, -0.016467934, 0.08245411, 0.058886092, -0.00517167, 0.0736858, -0.33098358, -0.053136736, 0.042932037, -0.023391662, -0.0154059855, 0.0027027188, 0.04671472) * inp_1_0_0; + result0 += M4(0.12285722, 0.02999312, -0.024734395, 0.052841812, -0.07606859, 0.532711, 0.029948376, 0.07419315, -0.1194898, -0.7954723, -0.117610976, -0.0037800272, 0.046508733, 0.15742284, -0.030505521, -0.06849125) * inp_1_1_0; + result0 += M4(0.10988922, -0.021709241, 0.0027044513, -0.087975435, -0.037619695, 0.1729772, 0.043288194, -0.00652201, 0.215917, -0.13082863, 0.0029795505, 0.026782269, 0.18413892, 0.009974911, 0.07329704, 0.057529766) * inp_1_2_0; + result0 += M4(-0.068852276, -0.015672447, 0.08639786, 0.015099182, -0.14214975, 0.03751679, 0.01517611, 0.017874567, 0.010275957, -0.33464134, 0.023621306, 0.06633157, 0.18977083, 0.014755853, -0.021573516, -0.025924493) * inp_1_0_1; + result0 += M4(0.18194625, 0.21327859, -0.022046618, -0.0863755, -0.10154144, 0.11552613, -0.02150014, 0.08803059, 0.33497876, 0.11428454, 0.7498792, 0.24571484, 0.11873142, -0.40479037, 0.12675676, 0.076739) * inp_1_1_1; + result0 += M4(-0.38466164, -0.03697603, -0.037561305, -0.043681134, -0.6816189, 0.13083659, 0.07451801, -0.003327551, 0.5126916, -0.09917474, -0.0708578, 0.01648595, 0.423934, -0.34497714, -0.02784395, 0.010498842) * inp_1_2_1; + result0 += M4(-0.08783385, 0.033599894, 0.006346594, -0.006446634, -0.016138535, 0.045155555, -0.04009477, -0.018183654, -0.013776878, -0.014323365, 0.05841988, 0.076961026, -0.047537193, -0.0663202, 0.03427056, 0.03428585) * inp_1_0_2; + result0 += M4(-0.09914099, -0.032711275, 0.097858556, 0.117271565, -0.056332853, 0.09818337, -0.05306024, -0.04881118, 0.23671569, 0.02282729, 0.025347842, 0.03629352, -0.075708866, -0.023583038, 0.03354702, 0.007265923) * inp_1_1_2; + result0 += M4(0.36997548, 0.052172437, -0.023425005, 0.042993546, -0.08452691, 0.12523419, -0.044003073, -0.0430429, 0.016587403, -0.14865886, -0.03721655, -0.031733558, 0.021108441, -0.041968603, 0.0120479325, 0.0014579248) * inp_1_2_2; + result1 += M4(0.32410297, 0.16156995, -0.2704675, -0.15474492, -0.0051417057, 0.0736679, -0.027583983, 0.042698298, 0.029605344, -0.097892836, -0.042276148, -0.17086019, 0.05914977, -0.0958991, 0.024540406, -0.014890719) * inp_1_0_0; + result1 += M4(-0.17057064, -0.06878893, 0.09484002, -0.46547592, 0.16778767, 0.21305582, 0.055226404, 0.14098307, -0.24932669, -0.6438276, 0.1469775, 0.15965456, 0.13635448, -0.10718979, 0.08083247, -0.47670645) * inp_1_1_0; + result1 += M4(0.033564653, 0.10775614, -0.082825914, -0.10517869, 0.19951133, 1.1163155, -0.15247913, 0.20495285, 0.057683297, -0.844752, 0.16111496, -0.44034448, -0.20139556, -0.9145029, -0.13836655, 0.1408168) * inp_1_2_0; + result1 += M4(0.103660226, 0.21737917, -0.16172896, 0.13338298, -0.018703043, -0.07260912, -0.040737107, 0.034949742, -0.19936053, 0.051139116, -0.020942764, 0.009280968, 0.027868485, 0.002934873, -0.07566193, -0.104706034) * inp_1_0_1; + result1 += M4(0.35724416, -0.077911, 0.09947001, -0.6117375, 0.21342002, 0.060938604, -0.20370094, 0.3130246, -0.47341087, -0.30221367, 0.4240177, -0.0758348, -0.12976281, 0.024794862, -0.07694939, 0.101710096) * inp_1_1_1; + result1 += M4(-0.14973663, -0.2178218, -0.022833738, 0.5495507, -0.014890054, 0.36719897, 0.0068603246, 0.8096376, 0.054707617, -0.11853919, -0.20341462, -0.7495799, -0.03551902, -0.3992545, -0.40176797, -0.058236588) * inp_1_2_1; + result1 += M4(0.1114995, 0.018287987, -0.1068866, 0.30490544, 0.026842179, 0.09772784, 0.021783939, 0.06514757, -0.02939784, 0.0063857757, 0.052597906, -0.029246058, 0.03607791, -0.026882924, 0.0045780633, -0.015172184) * inp_1_0_2; + result1 += M4(-0.040682446, -0.045952864, 0.14679994, 0.3277869, -0.010540915, -0.075695984, -0.047419466, 0.34779298, 0.02479446, -0.020837042, -0.0089015765, -0.34170833, 0.08684945, -0.019799326, 0.009023451, -0.073233105) * inp_1_1_2; + result1 += M4(-0.05574628, 0.18257698, 0.121048525, -0.3028285, 0.021456659, -0.1035951, -0.032101694, 0.4428228, -0.14607942, 0.017202685, -0.027647339, -0.24124599, 0.05897191, -0.095147684, -0.052099764, -0.19641311) * inp_1_2_2; + result2 += M4(-0.0677571, -0.14728205, 0.2918349, 0.17206684, 0.09093841, 0.017973123, -0.0043883957, -0.15070698, 0.13623445, -0.03267367, -0.035259522, 0.2057031, 0.10146496, -0.043358415, -0.059748214, 0.09960731) * inp_1_0_0; + result2 += M4(-0.084727354, 0.11521498, 0.00149433, 0.027532067, 0.048819114, -0.105092816, -0.009181161, -0.13722752, -0.44462013, -0.22134246, 0.10355644, 0.08042798, -0.004623407, -0.16590333, -0.11398178, 0.008029647) * inp_1_1_0; + result2 += M4(-0.0021335448, -0.15116176, 0.20302649, 0.055204622, 0.07024495, 0.056478035, 0.09759212, 0.033892937, 0.0037432178, 0.07928205, -0.04295959, 0.11223701, -0.22060403, -0.042706113, -0.28266382, -0.025342258) * inp_1_2_0; + result2 += M4(-0.18853788, -0.37525776, 0.33662406, 0.0021643888, 0.046762835, 0.043696124, -0.0014363487, -0.28293067, -0.16980772, 0.048948396, 0.3054481, -0.25124067, -0.12796396, -0.13256674, 0.061534125, 0.13214476) * inp_1_0_1; + result2 += M4(0.15168403, -0.30957776, -0.2828841, 0.25446436, 0.55487597, -0.07893502, -0.5719077, -0.7259194, -0.109957784, 0.36705047, 0.23906712, 0.019667521, -0.15451595, 0.08622951, 0.4389705, 0.56009406) * inp_1_1_1; + result2 += M4(-0.062005397, 0.08156719, -0.16399525, -0.06189081, 0.06525984, 0.09745813, 0.39185095, -0.29123664, -0.15941338, 0.08956102, -0.21950622, 0.11557442, 0.38353565, 0.1466502, -4.3374176, 0.34140408) * inp_1_2_1; + result2 += M4(0.092709705, -0.15493768, -0.012704912, -0.117980175, 0.07436645, -7.8802695e-05, -0.058275957, -0.18827915, -0.0631416, -0.0373527, -0.11127798, -0.009910854, -0.011067589, -0.0053280033, 0.022658903, 0.06333271) * inp_1_0_2; + result2 += M4(0.0916497, 0.1943221, 0.37540963, -0.046307754, 0.00953411, 0.066546984, 0.2116024, -0.5158029, -0.032494158, 0.14182144, -1.8395805, 0.3173581, -0.09340417, -0.10758007, -0.15254256, 0.32740375) * inp_1_1_2; + result2 += M4(0.025273405, 0.08492187, -0.14413005, -0.05747447, 0.089801, -0.03564784, -2.2446504, -0.4472199, -0.12965105, 0.009225538, 0.10549652, 0.11036174, -0.115849234, -0.099777445, 0.12770584, 0.31634042) * inp_1_2_2; + result3 += M4(0.021053081, -0.055306282, -0.081807986, -0.21331595, -0.000998926, 0.008907352, 0.016980026, 0.009302538, 0.04861071, -0.0046227667, -0.0016314664, -0.07899752, -0.078419186, -0.11081667, -0.030900553, 0.02087226) * inp_1_0_0; + result3 += M4(0.1846625, 0.099488035, -0.05193646, -0.095876545, -0.0011387762, 0.015150568, -0.010261407, -0.013941359, -0.042803578, 0.059049208, -0.07620146, -0.102711946, -0.034578953, 0.20519276, 0.097422205, 0.025764102) * inp_1_1_0; + result3 += M4(-0.43959314, 0.16758272, 0.035562072, -0.07742551, -0.38682875, 0.046922028, 0.08865273, -0.044875767, -0.80026156, -0.06039983, 0.024169726, -0.13747011, -0.55590475, -0.23130962, -0.04149803, -0.08241675) * inp_1_2_0; + result3 += M4(0.030927973, -0.6119503, 0.10466902, -0.12390426, 0.034730162, -0.10333266, 0.02035231, 0.013106206, -0.05916547, -0.777083, -0.006414744, -0.011363021, 0.035848703, 0.36386737, -0.002772792, -0.0480502) * inp_1_0_1; + result3 += M4(0.5065, 0.19396274, 0.14151096, -0.35221586, 0.09600475, -0.014168858, -0.034725133, 0.05604017, -0.13955177, -1.0448937, -0.19251399, 0.007042205, 0.14856394, 0.38436663, -0.0064019714, -0.014204183) * inp_1_1_1; + result3 += M4(-0.061922383, -0.12842242, -0.07295167, -0.0075706756, 0.10817202, -0.1655033, 0.07266308, -0.022521412, -0.093321756, -0.876699, -0.018780176, -0.14927478, -0.03584319, -0.5748604, -0.024849145, -0.17630738) * inp_1_2_1; + result3 += M4(-0.025384348, 0.49858052, -0.075553015, 0.025753077, 0.002560775, -0.37545115, -0.028084433, 0.030594576, 0.0049141925, 0.15890612, 0.08069018, -0.08922643, 0.036730718, -0.2823979, 0.031380307, 0.031606745) * inp_1_0_2; + result3 += M4(0.23545441, -1.2197607, -0.025337541, 0.21307686, -0.09559411, -0.8597017, 0.034877297, -0.015559628, 0.058392383, 0.3864891, -0.053282253, -0.055226818, -0.007128761, -1.8220773, 0.02058869, 0.017222092) * inp_1_1_2; + result3 += M4(0.080354765, -0.09153391, 0.029530875, 0.03370949, -0.07208025, 0.2936868, -0.05797227, 0.013, 0.052441202, -1.7494535, 0.052883293, 0.008096113, -0.028412474, -2.4877417, 0.005800512, 0.025508739) * inp_1_2_2; + const V4 inp_2_0_0 = inp[2][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_2_1_0 = inp[2][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_2_2_0 = inp[2][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_2_0_1 = inp[2][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_2_1_1 = inp[2][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_2_2_1 = inp[2][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_2_0_2 = inp[2][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_2_1_2 = inp[2][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_2_2_2 = inp[2][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.03952951, 0.038941756, 0.09056351, 0.097450286, -0.1596078, -0.1410198, 0.168562, -0.026641607, -0.054110724, -0.0563214, 0.034391247, 0.021438785, 0.0057072574, -0.107405394, -0.04044469, 0.044145353) * inp_2_0_0; + result0 += M4(0.11733438, -0.20137449, -0.040039547, 0.02093038, -0.2984962, 0.2671289, -0.19594978, -0.06000205, -0.041333724, -0.114821054, 0.00012655034, -0.018803762, 0.02485363, -0.010562574, 0.06306494, -0.0020644043) * inp_2_1_0; + result0 += M4(-0.036415216, 0.10247068, -0.030816095, -0.040820822, -0.04745717, 0.020836288, 0.06765466, 0.007323091, -0.06571431, 0.027249105, -0.051204715, -0.019635567, 0.05453804, -0.12017959, -0.035392873, 0.028308189) * inp_2_2_0; + result0 += M4(-0.04156831, 0.28028694, 0.06831695, 0.022350814, 0.13675615, 0.15137945, -0.0084258355, 0.53870726, -0.07335624, 0.00800944, 0.012506781, 0.057974383, 0.013222071, -0.14250757, -0.007383215, 0.031982966) * inp_2_0_1; + result0 += M4(0.65670925, -0.30265868, 0.2362948, 0.12972662, 0.20985337, -0.45745087, 0.22702388, 0.083776616, -0.06499208, 0.03460006, -0.041461278, -0.025413781, 0.019352706, -0.45709613, 0.014837353, 0.027197322) * inp_2_1_1; + result0 += M4(0.57660085, -0.09744273, -0.009441254, -0.03757566, 0.019752283, -0.067605585, -0.009568382, 0.07353522, -0.064801805, 0.13704818, -0.034330864, 0.0051319897, 0.20990741, -0.33425754, -0.016691428, -0.028612768) * inp_2_2_1; + result0 += M4(-0.10979933, 0.18432014, -0.074066855, 0.0054639196, 0.098094076, 0.064506084, 0.26912084, 0.16957463, 0.07098004, 0.023026804, 0.071376055, 0.034128394, 0.059867695, -0.08107985, 0.10168895, 0.08820417) * inp_2_0_2; + result0 += M4(-0.2552831, -0.052631672, 0.050921284, -0.016037157, -0.116781406, -0.07262549, -0.0022834113, -0.088421635, 0.15951507, 0.00042410966, 0.07465069, 0.0019270786, 0.10275644, -0.3381453, 0.24874882, 0.10901488) * inp_2_1_2; + result0 += M4(0.36554116, -0.027189862, 0.0032612395, 0.004169092, -0.042129308, 0.044692904, 0.040775307, 0.010006452, -0.021286374, 0.073701605, -0.0044975975, 0.0043594157, 0.54600775, -0.14487681, 0.062218707, 0.01976116) * inp_2_2_2; + result1 += M4(0.014763889, 0.11339801, 0.032690678, -0.08592508, 0.103032224, -0.09282646, -0.098232545, 0.3981169, -0.03748985, 0.06707042, 0.019140782, 0.06538452, 0.0027186018, -0.0030862922, 0.029157702, -0.006268967) * inp_2_0_0; + result1 += M4(-0.16860075, -0.18705767, 0.29325658, 0.07206259, -0.2872574, 0.5612131, 0.04638324, 0.49310178, -0.19112644, 0.17206986, 0.0029015448, -0.059934225, 0.028581057, -0.13357182, -0.038109895, 0.0005232052) * inp_2_1_0; + result1 += M4(0.15277332, 0.007269086, 9.9966186e-05, 0.23408552, 0.14690994, -0.058067933, 0.008219528, 0.19074975, -0.1848797, 0.024352368, 0.05464677, 0.06272763, 0.008818596, 0.08902247, 0.035453882, -0.11298582) * inp_2_2_0; + result1 += M4(0.15972948, -0.15435955, 0.053044003, -0.048703156, 0.07449017, 0.52491075, 0.29206496, -0.09729822, -0.14646658, 0.11030144, 0.08527744, 0.10426317, -0.13405898, 0.060408086, 0.06603381, -0.0022193235) * inp_2_0_1; + result1 += M4(0.26860082, 0.7463653, -0.14953612, -0.47049257, -0.031829864, -0.8885134, 0.14411287, -1.1775255, 0.014824517, 0.16122791, 0.1182362, 0.1877675, -0.027240504, 0.21426389, -0.030941296, -0.14024088) * inp_2_1_1; + result1 += M4(-0.05250066, 0.18955119, -0.00546335, 0.2086277, 0.026105952, 0.09914598, -0.120411806, -0.24279192, -0.15098634, 0.12038881, 0.24426264, 0.08256465, -0.1532883, 0.08571956, -0.05187043, -0.50765544) * inp_2_2_1; + result1 += M4(0.1040866, -0.05975824, 0.023336973, -0.032634534, -0.05037019, 0.14335546, 0.12934166, 0.6264734, -0.03757042, 0.113765046, 0.07949648, 0.14570814, -0.041041322, 0.060453493, 0.08972462, 0.048948) * inp_2_0_2; + result1 += M4(-0.00400568, 0.06874304, -0.06918383, 0.535076, 0.20119326, 0.4890317, 0.08677889, 0.06478608, -0.071693674, 0.14588821, 0.000260698, 0.06933203, 0.012584373, 0.1483624, 0.17692986, -0.21019499) * inp_2_1_2; + result1 += M4(-0.0102418875, 0.10566752, -0.061612416, -0.28907233, 0.0599261, -0.07173808, 0.046218887, -0.09600095, -0.1028075, 0.20061518, 0.07601999, 0.15499063, -0.029355908, 0.16779986, -0.15463807, -0.5739547) * inp_2_2_2; + result2 += M4(0.19928946, -0.033282038, 0.057147387, 0.115399025, 0.020315133, 0.02849115, 0.09572222, -0.044312302, 0.006143764, 0.12822536, 0.097994566, -0.124979936, -0.0746315, 0.026666824, 0.004227371, 0.08828524) * inp_2_0_0; + result2 += M4(0.19336012, 0.37895447, 0.15984185, 0.09104523, 0.124388486, 0.048203543, 0.2084745, 0.11253485, -0.07148966, 0.14339097, 0.08032688, -0.17872952, -0.049673792, -0.008513587, 0.025794912, 0.03211732) * inp_2_1_0; + result2 += M4(-0.26330376, 0.19026726, 0.1857569, 0.1315198, 0.064501986, 0.10317745, -0.0176552, 0.02821371, -0.18644843, 0.1889562, 0.10001778, -0.104555264, 0.064582534, 0.06963303, 0.0025069967, -0.0014127698) * inp_2_2_0; + result2 += M4(0.066179745, 0.013192936, 0.030699657, 0.044947155, -0.29488063, -0.17109951, 0.1126733, 0.14376812, -0.078351244, 0.14674957, 0.07026974, -0.16070388, -0.2022285, 0.0499185, 0.03827287, 0.116912186) * inp_2_0_1; + result2 += M4(-0.073056035, 0.3671889, 0.25542954, -0.17342108, 0.025615497, -0.12021865, 0.13177577, -0.2007023, -0.13627052, 0.2357552, 0.13015415, -0.35278785, -0.43087515, 0.169868, 0.06493807, 0.04443809) * inp_2_1_1; + result2 += M4(-0.045416348, -0.025851315, 0.007347807, -0.004663971, -0.062454782, -0.038503435, -0.10300142, -0.050885145, -0.22055164, 0.079387955, 0.27758706, -0.20710965, -0.20509078, 0.24001168, 0.04358121, -0.028955676) * inp_2_2_1; + result2 += M4(0.26075888, 0.013541241, 0.06371779, -0.051259648, -0.110951304, 0.039574105, 0.56873083, 0.084856056, -0.11592972, 0.068496436, 0.12595423, -0.09547746, -0.13057609, 0.07384179, 0.014910358, 0.07805904) * inp_2_0_2; + result2 += M4(-0.12786224, 0.26142845, 0.24205787, -0.18063907, -0.320074, 0.08904255, -0.41527358, -0.21437109, -0.0011689005, 0.1619207, 0.12261965, -0.45217648, -0.52569383, 0.107322425, 0.19049393, 0.08988259) * inp_2_1_2; + result2 += M4(-0.09822684, -0.045753952, -0.009845761, 0.14947642, 0.06210613, -0.06658182, 0.2632897, 0.08839577, 0.09217471, 0.11952383, -0.01280119, -0.3180698, -0.4636886, 0.10647941, -0.05618376, 0.095478706) * inp_2_2_2; + result3 += M4(-0.07195442, -0.026333254, 0.12311325, 0.12909564, 0.084573925, -0.054440748, 0.053060867, 0.17208287, 0.05446062, -0.03114994, 0.044506367, -0.026369767, 0.01629298, -0.007789797, -0.018678132, -0.06553193) * inp_2_0_0; + result3 += M4(-0.24843477, -0.042103805, -0.018636895, 0.09162976, 0.08486336, 0.08406515, -0.10784883, 0.21382321, 0.07368658, 0.006697408, 0.028386468, -0.09322328, -0.012220106, 0.044635873, 0.045417525, -0.0190928) * inp_2_1_0; + result3 += M4(-0.026487457, -0.019765217, -0.055956613, -0.12057359, 0.061001785, -0.011873475, 0.019730749, -0.020624056, 0.0407704, 0.03941482, -0.050869886, -0.07624975, -0.02593104, 0.003896486, -0.019085458, -0.025894178) * inp_2_2_0; + result3 += M4(0.11962663, 0.27838814, 0.061310023, 0.17531951, -0.07656211, 0.065626204, 0.14210185, 0.12210379, -0.019672073, 0.062481478, 0.0018487858, 0.011222493, -0.029829169, 0.022130238, -0.0002840079, -0.04773493) * inp_2_0_1; + result3 += M4(0.49700227, 0.27449438, 0.33256647, 0.13850217, 0.24635719, 0.20387016, 0.17043021, -0.0163939, -0.1460736, -0.053372465, -0.038251426, -0.13872208, 0.067372546, -0.07736337, -0.009627407, -0.0026862074) * inp_2_1_1; + result3 += M4(0.1817412, 0.22691032, -0.043124903, -0.035016127, 0.054409128, 0.05345417, -0.042170398, 0.059411958, 0.06607303, -0.062856466, 0.096283935, 0.045097217, 0.025960647, 0.08227504, -0.0507895, 0.043821495) * inp_2_2_1; + result3 += M4(-0.031986434, 0.012987435, -0.08489054, -0.026731597, -0.0078079957, -0.13354276, 0.060593486, 0.060747415, -0.010851016, 0.4664801, 0.06491011, -0.023194442, -0.04618695, -0.007261282, 0.070509985, -0.0035181446) * inp_2_0_2; + result3 += M4(-0.018880002, -0.550916, 0.07930929, 0.0028127227, 0.11175226, -0.73254424, 0.013858653, 0.111013226, 0.008463192, 0.122215405, 0.025371715, -0.14817141, -0.009153332, -0.5058772, 0.2843366, -0.09837672) * inp_2_1_2; + result3 += M4(0.06638847, -0.379183, 0.07764303, -0.08592844, 0.056915276, -0.20073003, 0.05886113, 0.012288142, 0.07630634, 0.86829257, -0.07294268, -0.17273578, -0.019856475, -0.8567808, 0.064931154, -0.130162) * inp_2_2_2; + const V4 inp_3_0_0 = inp[3][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_3_1_0 = inp[3][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_3_2_0 = inp[3][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_3_0_1 = inp[3][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_3_1_1 = inp[3][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_3_2_1 = inp[3][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_3_0_2 = inp[3][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_3_1_2 = inp[3][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_3_2_2 = inp[3][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.07428233, -0.11267418, 0.037147317, 0.012798383, -0.019355856, 0.2063775, -0.04869492, 0.023931865, 0.01826915, 0.061503474, 0.0725478, -0.016411101, 0.101941735, -0.07801213, 0.04161863, 0.0091594625) * inp_3_0_0; + result0 += M4(-0.010983235, -0.16873623, 0.09934868, 0.1475657, 0.3739511, -0.26998657, -0.0023212505, -0.13427515, -0.12743473, 0.32550758, -0.00587959, 0.020362807, 0.14574823, -0.055605818, -0.089228176, 0.07283733) * inp_3_1_0; + result0 += M4(-0.029632267, -0.006311438, 0.03683852, 0.0460545, -0.30349982, -0.22447036, -0.104302175, 0.006356504, -0.13840042, 0.165813, -0.03996628, -0.0009846408, 0.17081043, -0.005697063, 0.0636153, -0.015204903) * inp_3_2_0; + result0 += M4(-0.0288406, -0.33211818, 0.21823318, -0.4359618, 0.13476162, 0.2285806, -0.03546847, -0.036070306, -0.25634402, 0.13865985, -0.043487567, 0.011144803, 0.005096203, -0.04584228, -0.0008283112, -0.05267128) * inp_3_0_1; + result0 += M4(-0.10899708, 0.3470446, 0.0151194865, 0.025779225, 0.016572125, -0.08544362, 0.11226876, 0.027983677, -0.22979917, -0.041324202, 0.07830652, 0.1347805, -0.32296747, -0.0066952063, 0.06512874, 0.55718046) * inp_3_1_1; + result0 += M4(0.13161051, -0.019632412, -0.007245154, -0.046875164, -0.0063375905, 0.12709594, 0.048449367, 0.051778726, -0.24015811, 0.21853109, 0.052569073, 0.061736215, -0.197316, 0.1515158, -0.027146904, -0.044522174) * inp_3_2_1; + result0 += M4(0.048434425, 0.22990787, -0.01401221, -0.09624674, 0.011959234, 0.24457654, -0.06643086, -0.07578145, -0.13297154, -0.036548138, 0.049699903, 0.06231048, -0.110873826, -0.076110214, 0.002417552, 0.06022659) * inp_3_0_2; + result0 += M4(-0.41839388, 0.22337331, 0.039156444, 0.0853396, 0.021588642, 0.0067923763, -0.12538072, -0.0549457, -0.1382161, -0.018326575, 0.041040212, 0.0237146, 0.05310075, 0.12090509, 0.08417775, 0.0426096) * inp_3_1_2; + result0 += M4(0.01903611, -0.03635987, -0.02728464, -0.0124920765, 0.012841934, -0.0045961696, 0.029713307, -0.040158134, -0.16160838, 0.07344862, 0.058719117, 0.05547189, 0.22943653, -0.039776597, 0.019647159, 0.049335755) * inp_3_2_2; + result1 += M4(-0.050886225, 0.010773032, 0.068307996, 0.05066938, -0.10175775, 0.11504418, 0.057479113, -0.07015231, -0.011961269, 0.05447044, -0.024111401, 0.03896853, 0.011676859, -0.00091025315, 0.0037686634, 0.01574372) * inp_3_0_0; + result1 += M4(0.0011024862, -0.6409941, -0.04154058, -0.29942003, -0.04070786, 0.6291146, -0.31498915, -0.22144635, -0.10045137, -0.06473676, 0.0025352717, 0.03836787, 0.11647241, -0.06366675, -0.12816723, -0.26756752) * inp_3_1_0; + result1 += M4(0.059803132, 0.04112017, -3.865815e-05, -0.21099187, -0.0766396, 0.49812844, 0.23124191, 0.19388396, -0.10059807, 0.13539618, 0.012365532, 0.26512218, 0.27849954, -0.4466902, -0.14386821, 0.013069269) * inp_3_2_0; + result1 += M4(-0.0011572625, -0.08685813, 0.03506645, 0.32730153, 0.05965957, -0.030346887, -0.033162106, 0.10434774, 0.087460466, -0.04626651, -0.016391698, -0.055453468, 0.09741922, 0.04287869, -0.030375898, -0.033166446) * inp_3_0_1; + result1 += M4(0.20846428, -0.74136734, 0.5844527, 0.08609542, -0.015801225, 0.030329805, 0.13481435, -0.0682619, 0.12169573, 0.23842777, 0.006281105, -0.050572608, -0.20900005, -0.37843063, 0.59546393, 0.07246317) * inp_3_1_1; + result1 += M4(0.07766126, -0.089687124, -0.02369101, -0.39898276, 0.08709351, 0.15610176, -0.14815669, 0.13425788, 0.032636512, 0.011805772, 0.1855222, 0.49408266, 0.2102859, -1.2030262, -0.12703134, -1.5024164) * inp_3_2_1; + result1 += M4(0.08445707, -0.13061571, -0.09417561, -0.48509976, 0.07966434, 0.023925027, 0.032142166, 0.044588283, 0.011262317, -0.011922964, 0.09275115, -0.019332774, -0.08464665, -0.036373246, 0.057657905, 0.008083529) * inp_3_0_2; + result1 += M4(-0.013658516, 0.17535844, 0.43256798, -0.3588802, 0.21435346, 0.15809372, 0.05006835, -0.043844294, 0.04974172, 0.21411541, 0.03997919, 0.14509, 0.05745982, -0.02040189, 0.12265856, -0.26175705) * inp_3_1_2; + result1 += M4(-0.012978171, -0.06615713, -0.016302722, -0.07360273, 0.1120467, 0.2523338, 0.013040222, 0.07845912, 0.12137823, 0.13015787, 0.036681052, 0.09809164, 0.014065165, -0.122808255, -0.039797485, -0.46501014) * inp_3_2_2; + result2 += M4(-0.080871835, -0.22307916, 0.07004091, 0.06692253, -0.25825113, -0.030632246, 0.07111695, 0.44181773, 0.09049517, -0.008341272, 0.044914108, -0.18295835, -0.014715955, -0.008019641, -0.03798547, -0.074919805) * inp_3_0_0; + result2 += M4(-0.060306337, -0.19063218, -0.20212461, -0.011923865, 0.2857088, 0.009115366, 0.11899254, 0.14336674, 0.18231158, -0.13981315, 0.045094874, -0.09755735, 0.040069308, 0.016306436, -0.21158268, -0.06527811) * inp_3_1_0; + result2 += M4(-0.00039039235, -0.03416186, 0.018411878, -0.010035256, 0.0074744555, -0.30681312, 0.04060132, 0.08147552, 0.033693682, -0.037743136, 0.009858464, -0.057877015, -0.015383695, -0.07576271, -0.03201459, -0.07223331) * inp_3_2_0; + result2 += M4(0.15047242, -0.10756204, 0.09433242, 0.14607352, 0.028909385, 0.07892575, 0.007390004, 0.14807044, 0.056910306, -0.037883703, 0.050295055, -0.35840037, -0.019727677, -0.0066186097, -0.0021540523, 0.017334) * inp_3_0_1; + result2 += M4(0.14233728, 0.24207225, -0.05877726, 0.11620321, 0.10720529, 0.0008283299, -1.5752418, 0.08940047, 0.36390868, -0.36308664, -0.010029068, -0.27397126, 0.06675105, 0.07950608, -0.11110028, 0.10758905) * inp_3_1_1; + result2 += M4(-0.0076967604, -0.0063465773, 0.07495261, 0.060014434, -0.21927468, -0.16195607, 0.004462335, 0.1700076, 0.18680118, -0.08768889, 0.08070937, -0.13451485, 0.027677529, -0.37147608, 0.0492793, 0.20355256) * inp_3_2_1; + result2 += M4(0.28913042, -0.1857833, -0.19982226, 0.0047614267, -0.040002443, 0.013629103, 0.14590615, -0.1875878, 0.13732162, -0.0996179, 0.08447261, 0.059818078, 0.12112791, 0.04442736, -0.036067992, 0.009009383) * inp_3_0_2; + result2 += M4(0.074754044, -0.24406068, 0.5842961, 0.01011099, 0.06859522, 0.106121376, 0.20751011, -0.078184746, 0.06569143, -0.05616781, 0.43368873, -0.18342853, 0.0648663, 0.08838746, -2.5457027, -0.032766283) * inp_3_1_2; + result2 += M4(-0.016084341, 0.049012687, -0.0840192, -0.009945125, -0.13082097, -0.026519094, 0.22928171, 0.109046146, 0.1913399, -0.06577869, 0.05957043, -0.111836284, 0.21928439, -0.044628173, 0.007977876, -0.08064955) * inp_3_2_2; + result3 += M4(0.07694559, -0.0138822915, 0.06503231, -0.03360788, -0.07092503, -0.00048928615, -0.026823722, -0.02658003, 0.02215056, 0.031604793, 0.04115292, 0.040732138, -0.008415167, 0.054748695, 0.03447441, 0.018476207) * inp_3_0_0; + result3 += M4(-0.036803186, -0.05286142, 0.007957323, -0.017383374, 0.17671868, 0.27140468, 0.13692562, -0.012053789, 0.10316045, -0.013202491, -0.016275119, 0.01879904, -0.062531106, 0.029337812, -0.078415155, -0.0249412) * inp_3_1_0; + result3 += M4(0.018963913, -0.010214533, 0.018063482, 0.031577088, 0.05999718, -0.113296494, -0.09365664, 0.26440683, 0.08826179, 0.016142845, 0.0216411, -0.101425715, 0.009847335, -0.008299357, 0.074420415, 0.011775249) * inp_3_2_0; + result3 += M4(-0.39081585, -0.0838673, 0.27916974, -0.07050347, -0.020497013, -0.1974258, -0.11615982, -0.04604486, 0.0473447, -0.029950554, 0.007203267, 0.039071508, 0.05709263, 0.024631454, 0.057777587, 0.040751096) * inp_3_0_1; + result3 += M4(0.03844488, 0.018994762, 0.016261842, 0.51800346, -0.06746922, 0.32197532, 0.020198246, -0.1261948, -0.047454923, 0.19068927, -0.058833476, 0.17420405, -0.035010174, -0.24515375, -0.049961384, 0.42633954) * inp_3_1_1; + result3 += M4(-0.10035564, 0.013695476, 0.05426191, -0.014002882, -0.0910872, -0.24419665, -0.034756966, -0.2550853, 0.13050632, 0.048386525, 0.08481854, -0.015868377, -0.7629353, 0.07594038, 0.058023147, -0.25982517) * inp_3_2_1; + result3 += M4(0.053038094, 0.3456283, -0.028815135, -0.021221591, -0.030001303, 0.26908705, -0.03715217, -0.093417, -0.0061158077, 0.46648175, 0.06069643, 0.042290237, -0.022208512, -0.022681322, 0.011513289, 0.07366402) * inp_3_0_2; + result3 += M4(-0.023000399, 1.1273052, -0.004522217, 0.22401826, 0.00028205267, -0.82191133, -0.08815093, -0.10096036, 0.052339103, -0.494361, 0.014254294, 0.05702493, -0.053227764, -1.9380327, 0.044443835, 0.10758067) * inp_3_1_2; + result3 += M4(0.052999526, 0.40421763, -0.012616779, 0.002641059, 0.12748745, 0.37926105, 0.022284118, -0.1623692, -0.021195088, -0.23581114, 0.013012999, 0.055029694, -0.064298704, -2.3030765, 0.092065066, 0.03497193) * inp_3_2_2; + const ivec2 output_base = ivec2(gl_GlobalInvocationID) * ivec2(2, 2); + imageStore(out_image, output_base + ivec2(0, 0), max(result0, V4(0.0))); + imageStore(out_image, output_base + ivec2(1, 0), max(result1, V4(0.0))); + imageStore(out_image, output_base + ivec2(0, 1), max(result2, V4(0.0))); + imageStore(out_image, output_base + ivec2(1, 1), max(result3, V4(0.0))); +} + +//!DESC ArtCNN C4F16 (Conv2D-3-ReLU) +//!COMPUTE 24 32 12 16 +//!HOOK LUMA +//!BIND conv2d_2 +//!SAVE conv2d_3 +//!WIDTH LUMA.w 2.0 * +//!HEIGHT LUMA.h 2.0 * +//!COMPONENTS 4 +//!WHEN OUTPUT.w LUMA.w / 1.3 > OUTPUT.h LUMA.h / 1.3 > * +#extension GL_EXT_shader_explicit_arithmetic_types_float16 : enable +#ifdef GL_EXT_shader_explicit_arithmetic_types_float16 +# define V4 f16vec4 +# define M4 f16mat4 +# define F float16_t +#else +# define V4 vec4 +# define M4 mat4 +# define F float +#endif + +const ivec2 ksize = ivec2(3, 3); +const ivec2 offset = ksize / 2; +const ivec2 wg_size = ivec2(gl_WorkGroupSize); +const ivec2 isize = wg_size + ksize - 1; +shared V4 inp[4][isize.y][isize.x]; +void hook() { + const uvec2 local_xy = gl_LocalInvocationID.xy; + ivec2 base = ivec2(gl_WorkGroupID) * wg_size; + for (uint y = local_xy.y; y < isize.y; y += wg_size.y) { + for (uint x = local_xy.x; x < isize.x; x += wg_size.x) { + const ivec2 input_base = (base + ivec2(x,y) - offset) * ivec2(2, 2); + inp[0][y][x] = V4(conv2d_2_mul * texelFetch(conv2d_2_raw, input_base + ivec2(0, 0), 0)); + inp[1][y][x] = V4(conv2d_2_mul * texelFetch(conv2d_2_raw, input_base + ivec2(1, 0), 0)); + inp[2][y][x] = V4(conv2d_2_mul * texelFetch(conv2d_2_raw, input_base + ivec2(0, 1), 0)); + inp[3][y][x] = V4(conv2d_2_mul * texelFetch(conv2d_2_raw, input_base + ivec2(1, 1), 0)); + } + } + + barrier(); + V4 result0 = V4(0.014308364, -0.031445663, -0.01849288, -0.004246903); + V4 result1 = V4(-0.021231862, 0.018275987, 0.004760984, 0.033462685); + V4 result2 = V4(0.0017615217, 0.012336949, -0.022513494, 0.009208594); + V4 result3 = V4(-0.0013368673, 0.0046511, 0.021403618, 0.012234549); + const V4 inp_0_0_0 = inp[0][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_0_1_0 = inp[0][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_0_2_0 = inp[0][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_0_0_1 = inp[0][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_0_1_1 = inp[0][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_0_2_1 = inp[0][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_0_0_2 = inp[0][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_0_1_2 = inp[0][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_0_2_2 = inp[0][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.025315678, -0.40740538, 0.37080577, 0.17917906, 0.1517135, 0.09999762, 0.03209811, -0.025414864, -0.0072085187, -0.044233754, -0.14142239, 0.021514736, 0.074731536, 0.06694275, 0.08969647, 0.01626352) * inp_0_0_0; + result0 += M4(-0.4784662, -0.44962025, 0.16025928, -0.112756014, 0.098072365, -0.16340493, -0.10911931, -0.057525925, -0.07066941, 0.04618561, -0.3869227, 0.07643021, 0.002182261, -0.29465193, 0.12064611, -0.15072991) * inp_0_1_0; + result0 += M4(-0.3007937, 0.0072757923, -0.07775808, 0.075630665, 0.07475434, -0.030880397, 0.017956393, 0.030480307, -0.07537768, -0.0060714884, -0.10579664, -0.041868184, -0.029362228, 0.0019552058, 0.0033949236, -0.042928576) * inp_0_2_0; + result0 += M4(-0.055378314, 0.11835048, -0.21005718, -0.067133605, 0.037751865, 0.111293666, -0.2152327, 0.35863844, 0.09041399, -0.13204306, -0.023983477, 0.035911985, -0.1136856, -0.101052254, -0.026796436, 0.17415252) * inp_0_0_1; + result0 += M4(-0.19136935, 0.25973448, -0.35633188, -0.13955162, -0.022144493, -0.12332462, 0.12980436, -0.06716298, -0.226214, -0.017355867, 0.31573844, -0.07952507, 0.06953637, 0.3504291, 0.3310475, -0.4188637) * inp_0_1_1; + result0 += M4(0.07861268, -0.011944142, -0.06872131, 0.06526956, -0.23126051, -0.0787915, 0.3074996, -0.1560054, -0.0515472, -0.15933825, 0.008892285, -0.032828208, -0.04228462, 0.19568804, -0.056245092, 0.2529376) * inp_0_2_1; + result0 += M4(0.0092896065, -0.0029096454, -0.23034982, 0.011114423, -0.1106547, -0.15602478, 0.2677796, 0.19269039, -0.031739205, -0.03228303, 0.011086476, -0.05332459, -0.22346567, 0.08080637, -0.020646531, 0.08239571) * inp_0_0_2; + result0 += M4(-0.15126343, 0.022163287, -0.15783563, -0.025882605, 0.15493815, 0.1494604, -0.034188353, 0.047689065, 0.14822488, -0.010189335, 0.18554454, 0.030036429, 0.024229797, 0.06672721, -0.27624926, -0.0014910502) * inp_0_1_2; + result0 += M4(-0.11723486, -0.024278458, -0.0918668, -0.05912352, 0.0804538, 0.22284164, 0.082265265, -0.086509205, 0.077792905, 0.06799491, 0.10968278, 0.07208801, -0.10925173, -0.19539174, -0.20790318, -0.08770796) * inp_0_2_2; + result1 += M4(0.3236074, -0.016813854, -0.05796897, -0.07314582, -0.06281415, 0.012611842, 0.016730722, 0.11916892, 0.054947067, -0.024866354, -0.007610447, -0.11161885, 0.04581396, 0.009688132, 0.021315157, -0.08097858) * inp_0_0_0; + result1 += M4(0.1599916, -0.031528797, 0.0126992585, 0.016889824, 0.11132726, -0.06296075, 0.00051726383, -0.3424913, -0.004174934, -6.6618624e-05, -0.012995042, 0.005965193, -0.06023162, 0.003182649, 0.021039585, -0.11947315) * inp_0_1_0; + result1 += M4(0.027892213, -0.00062689267, -0.01636723, -2.2716187e-05, 0.25023237, -0.007830497, 0.021714738, -0.56807584, -0.053948745, -0.024804676, 0.045291945, -0.13231511, 0.07675576, 0.06605667, -0.032000583, 0.10833098) * inp_0_2_0; + result1 += M4(-0.36363825, 0.021935955, -0.18368474, 0.028652018, 0.14966221, 0.027848009, 0.072001524, 0.3989147, -0.060279924, 0.025458539, -0.0016928725, 0.060513448, -0.030946735, 0.116279155, -0.027582984, 0.07756251) * inp_0_0_1; + result1 += M4(-0.23284562, 0.14024308, 0.062349986, -0.12310892, -0.19432355, -0.08142183, -0.061544392, -0.45819297, -0.037947427, 0.39792922, 0.07392991, -0.088718906, 0.15805514, 0.30931425, -0.1016847, -0.078503326) * inp_0_1_1; + result1 += M4(0.02309257, -0.024762606, 0.008150015, 0.023823071, -0.15807371, 0.03965886, -0.016814513, -0.07145885, -0.20561801, 0.02365692, 0.0007521815, 0.1441513, 0.14683372, -0.046197027, -0.008067438, -0.36100286) * inp_0_2_1; + result1 += M4(-0.1421229, -0.099885836, -0.09427238, 0.1337728, -0.0066758767, -0.009484399, 0.06744897, 0.30264565, -0.03263222, 0.03592801, 0.10090736, 0.028849022, -0.041092165, -0.05571495, -0.117078304, -0.2493043) * inp_0_0_2; + result1 += M4(0.030493004, 0.013943649, 0.008176111, -0.048232153, -0.029120184, 0.0832065, 0.012535422, -0.06679524, 0.072213255, 0.047026567, 0.0739274, 0.021540673, -0.10233502, 0.04503862, -0.16855547, 0.19900726) * inp_0_1_2; + result1 += M4(-0.10335507, 0.03536097, 0.0033068694, 0.0032172517, 0.049036283, 0.07101889, -0.10331261, 0.14447233, 0.05273494, -0.014971053, -0.08585235, 0.11687278, -0.077435136, 0.03600481, 0.15392411, -0.22504471) * inp_0_2_2; + result2 += M4(-0.19788808, 0.088607766, 0.03288371, 0.018204056, -0.024293097, -0.008095376, 0.03442426, -0.036480363, -0.008784721, 0.08859438, -0.10649091, 0.030977005, 0.016547365, -0.0022618754, 0.0324507, -0.017606767) * inp_0_0_0; + result2 += M4(-0.04685454, -0.21285146, -0.010454878, -0.057078585, 0.065119885, 0.10927382, -0.05321152, 0.060907405, 0.08013327, -0.0073412405, -0.20529112, -0.08758012, 0.09224284, -0.067262664, 0.1502062, 0.05410036) * inp_0_1_0; + result2 += M4(-0.041660745, 0.0048408103, 0.003651176, 0.071307175, 0.01425864, 0.09917961, -0.05065944, 0.04616355, -0.106611334, 0.08681873, -0.07359776, -0.09394259, 0.11695499, -0.1402854, 0.061297946, -0.045418613) * inp_0_2_0; + result2 += M4(-0.23553102, 0.5484784, -0.09534771, -0.02045959, 0.13755015, -0.11109039, -0.06437182, -0.2358323, 0.010125626, -0.11606748, -0.08721418, 0.07951246, 0.14079992, -0.080286875, 0.03190584, -0.11406279) * inp_0_0_1; + result2 += M4(-0.10584075, -0.2533913, 0.19931902, -0.06487168, -0.1717319, 0.030989863, 0.03765032, -0.23701997, 0.392678, -0.20434664, -0.011459706, -0.012392768, -0.19392636, -0.19896725, 0.5523695, 0.10076211) * inp_0_1_1; + result2 += M4(-0.07930697, 0.012467926, -0.018473605, 0.049829062, 0.041304592, -0.20307006, 0.061710116, -0.1607002, 0.05850921, -0.054579165, 0.05506371, 0.018534066, -0.05382266, 0.19656838, -0.14599052, 0.10722883) * inp_0_2_1; + result2 += M4(-0.14471711, -0.089903586, -0.024194038, -0.008216228, 0.21955849, -0.3950722, 0.05865401, -0.15680425, 0.0034217027, 0.09524851, -0.014997871, -0.01323649, 0.0042688143, 0.033086605, -0.03602252, 0.14105399) * inp_0_0_2; + result2 += M4(0.020014875, -0.11133592, -0.023629094, -0.0709405, 0.07574613, 0.4842027, -0.016238315, -0.06935021, 0.048983708, -0.02455697, 0.023512363, 0.032327037, -0.12747441, -0.137746, -0.0041232975, -0.29301938) * inp_0_1_2; + result2 += M4(-0.04711032, -0.019662969, 0.020692779, 0.01689221, 0.030064257, -0.032970324, 0.093564175, -0.06074772, -0.0065473514, 0.10435069, -0.051301178, 0.07506068, -0.092831016, -0.0098741185, 0.092322186, -0.09218845) * inp_0_2_2; + result3 += M4(-0.109521486, -0.25843716, 0.051019795, 0.008796125, 0.006710635, -0.0049244356, -0.028464736, -0.020576421, 0.018126301, -0.03288581, -0.059816107, 0.012544033, 0.019033715, 0.036934555, 0.03997806, 0.011696228) * inp_0_0_0; + result3 += M4(0.15896165, -0.40192378, 0.020870406, -0.040908355, -0.06158074, 0.04799475, 0.02708582, 0.025623411, 0.031087726, 0.15594003, 0.061994012, -0.055818196, 0.009436111, 0.04553281, -0.009773234, 0.05364127) * inp_0_1_0; + result3 += M4(0.05062757, -0.34977517, -0.017327579, 0.029586911, -0.015337377, 0.1657842, -0.023074357, -0.48225418, -0.101821445, -0.07600293, -0.005563617, -0.5261255, 0.00761482, -0.058566544, 0.05186853, 0.04371315) * inp_0_2_0; + result3 += M4(-0.06422451, -0.6366767, -0.036370903, -0.0831035, 0.0374723, 0.38192326, 0.010392014, -0.08228988, 0.0633136, -0.048369046, 0.06295746, 0.0043660635, 0.037951868, -0.08372121, 0.055318434, -0.05734989) * inp_0_0_1; + result3 += M4(0.18938878, -0.58693033, 0.11619453, -0.045211863, -0.081650935, 0.30361742, -0.12818241, -0.10964245, -0.21211484, -0.2671186, 0.14642583, 0.10737925, 0.0061715045, -0.38273, -0.22397554, -0.04302644) * inp_0_1_1; + result3 += M4(-0.016349845, -0.21763504, -0.0010806874, -0.0011352341, -0.1379133, 0.19977011, -0.019010192, 0.15351702, -0.049592014, -0.015350318, 0.075927876, 0.17186968, 0.12509024, 0.02728859, -0.037378654, -0.32351947) * inp_0_2_1; + result3 += M4(-0.019764764, -0.31119177, -0.06767115, -0.014068403, 0.03635759, 0.14193599, 0.0015609096, -0.0077975956, 0.009449523, -0.01775413, 0.062425796, 0.026602777, -0.025830995, -0.10380951, -0.02119342, 0.0054662493) * inp_0_0_2; + result3 += M4(0.046277538, -0.45933232, 0.06593023, -0.03638144, -0.07667149, 0.29901657, -0.0016867243, 0.11688226, 0.031845666, -0.027253512, 0.07584758, 0.08993896, -0.060812075, -0.04589073, -0.21525094, -0.047655407) * inp_0_1_2; + result3 += M4(0.008118003, -0.31232572, -0.01947948, -0.028818972, 0.01954803, 0.14400195, 0.07366684, 0.08039247, -0.039747268, -0.07018961, -0.006076149, 0.010897608, 0.0013431206, -0.038716212, 0.033262603, -0.06467397) * inp_0_2_2; + const V4 inp_1_0_0 = inp[1][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_1_1_0 = inp[1][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_1_2_0 = inp[1][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_1_0_1 = inp[1][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_1_1_1 = inp[1][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_1_2_1 = inp[1][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_1_0_2 = inp[1][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_1_1_2 = inp[1][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_1_2_2 = inp[1][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.034586944, 0.051405124, 0.024543753, 0.09663699, 0.21466514, -0.14363779, 0.091029935, 0.06438413, -0.07787725, 0.02310036, -0.08526669, -0.06898668, -0.07615313, 0.1859357, 0.051052812, 0.03592223) * inp_1_0_0; + result0 += M4(0.14242817, -0.12330711, 0.26888746, 0.027858777, -0.19174838, -0.3025271, 0.21068037, -0.22111407, 0.039243873, 0.32096145, -0.19555481, 0.041925013, -0.081656374, 0.042261768, 0.4310771, -0.17600678) * inp_1_1_0; + result0 += M4(0.07237473, -0.019333057, 0.01465501, 0.0103286505, -0.0033088874, 0.0049798666, 0.005620796, 0.050308306, 0.095135905, 0.11874092, -0.089677125, 0.06639713, 0.008767325, 0.020067416, -0.054253392, -0.02636066) * inp_1_2_0; + result0 += M4(0.12108157, -0.08878159, 0.20186365, -0.013874086, -0.41484395, -0.14844953, 0.0738829, -0.045337558, 0.042086396, 0.059161253, -0.012553872, -0.23520784, -0.12646332, 0.26784688, -0.20803319, -0.03942921) * inp_1_0_1; + result0 += M4(-0.23782037, -0.4498384, -0.2894948, -0.11137584, -0.41319975, -0.17482656, -0.117727414, 0.04227422, 0.44053125, -0.040965743, -0.07687903, 0.1572281, -0.14606549, 0.5611193, -0.017074287, -0.26588884) * inp_1_1_1; + result0 += M4(0.13518186, -0.1952343, -0.033405837, 0.15649372, 0.014096296, -0.1471687, 0.022654844, -0.16781017, 0.1897826, 0.05537809, 0.011526008, 0.16989169, 0.25440302, 0.02105957, 0.07173544, 0.13849147) * inp_1_2_1; + result0 += M4(0.12111377, 0.06486296, -0.054877255, 0.013369709, -0.26179752, 0.008404512, -0.291739, 0.09870817, 0.30430415, -0.02468248, 0.09765464, -0.073647045, 0.003215954, -0.17846975, 0.11312282, 0.061767615) * inp_1_0_2; + result0 += M4(-0.0767532, 0.46677387, -0.17212266, -0.03160566, -0.3810842, 0.056070074, -0.25618377, -0.100580625, -0.12561269, -0.016203389, 0.3710484, 0.00074308756, 0.10880074, -0.21513747, -0.21955177, -0.10800783) * inp_1_1_2; + result0 += M4(0.07202282, 0.08571014, 0.04075649, 0.024679877, 0.11339893, 0.10422508, -0.014214932, -0.19761975, 0.05781747, -0.18774833, 0.14175606, 0.12277776, -0.14729902, 0.0993602, 0.03688781, -0.06296111) * inp_1_2_2; + result1 += M4(0.061538264, 0.060805965, 0.017201789, 0.22006647, -0.01602865, 0.035268907, -0.00068671186, -0.18142733, -0.0058686594, 0.04291206, 0.0014080717, 0.13177212, -0.0016620886, 0.09081882, -0.031675898, -0.29883888) * inp_1_0_0; + result1 += M4(-0.15646641, 0.0058149397, -0.034551397, -0.087699234, -0.0009914644, -1.4757978e-05, 0.00055921706, 0.23698746, -0.15453093, 0.06698371, -0.014193776, 0.055897992, -0.19766432, 0.046747115, 0.03361082, -0.63573986) * inp_1_1_0; + result1 += M4(0.07094494, 0.00023815216, 0.006596921, -0.05585263, 0.07675021, -0.06228464, 0.014950143, -0.0021290332, -0.12428363, 0.016943645, -0.0096276365, -0.022048702, -0.06971582, -0.029114002, 0.049153633, -0.39115208) * inp_1_2_0; + result1 += M4(0.049078394, 0.06519899, 0.041337896, 0.18306711, 0.06364234, -0.036350865, -0.082766965, -0.04908475, -0.03600516, 0.13349976, 0.075641125, 0.09301542, 0.098319165, -0.111341886, -0.11690513, -0.30515233) * inp_1_0_1; + result1 += M4(-0.047191925, 0.122746356, -0.0033969765, 0.08131301, 0.1518897, 0.02669907, 0.033575322, -0.511831, -0.18935362, 0.09478832, 0.018412145, 0.27864313, 0.4335526, 0.38276324, 0.056418765, 0.092538744) * inp_1_1_1; + result1 += M4(0.06391543, -0.032844223, -0.0015351484, 0.08773329, 0.0818433, -0.00886031, 0.006732896, -0.004721323, -0.0030527106, 0.0014216377, -0.04981653, 0.17145506, 0.003415348, 0.04492702, 0.032660168, -2.0050154) * inp_1_2_1; + result1 += M4(-0.08958046, 0.10260106, 0.11284484, 0.19449843, -0.15825003, -0.022389483, -0.1325153, -0.16857241, 0.16755177, 0.031064708, 0.1567697, 0.16521265, -0.065289006, -0.022755811, 0.03485217, 0.09884881) * inp_1_0_2; + result1 += M4(-0.109482475, 0.013460136, -0.04917644, -0.15271996, -0.2583299, 0.060626, -0.041091472, -0.15900281, 0.47309366, -0.03839146, -0.0045616627, 0.0008328471, 0.0082431855, -0.21283317, -0.18913719, 0.2243721) * inp_1_1_2; + result1 += M4(-0.030455546, -0.020884665, 0.06928861, -0.02054186, -0.051363032, -0.028426047, 0.032410964, 0.27805674, 0.09577153, 0.0018001996, -0.009598458, 0.24205303, 0.06581605, 0.032396894, 0.15634531, -0.062486712) * inp_1_2_2; + result2 += M4(0.04517026, -0.015449355, 0.030736623, -0.064001635, 0.10251629, -0.010003219, 0.00246948, -0.041401625, -0.07452645, 0.055657007, 0.017119868, 0.00057093386, 0.076428145, -0.13702212, 0.041210357, -0.097048655) * inp_1_0_0; + result2 += M4(-0.11847643, 0.07740604, 0.04646375, -0.006719404, 0.078692794, 0.018933047, -0.03411219, 0.005511014, -0.12282886, 0.0056976853, -0.0050732824, -0.020660818, -0.031830277, 0.030043423, 0.056548044, -0.090381294) * inp_1_1_0; + result2 += M4(-0.033105094, -0.0078620855, -0.022709917, 0.019003244, 0.024807753, 0.052204266, -0.071791224, 0.011485747, -0.07369586, 0.0137782805, 0.003582809, 0.035403106, -0.01405195, 0.07256009, 0.011241367, -0.06909385) * inp_1_2_0; + result2 += M4(0.026971996, 0.006361849, 0.14840193, 0.11840187, -0.23391397, 0.19595902, 0.021233503, -0.11863109, -0.02861322, -0.0805317, 0.19878447, 0.04877218, -0.03260752, 0.47443804, -0.0007973998, -0.083458565) * inp_1_0_1; + result2 += M4(0.10141363, 0.056519937, 0.09495047, -0.083211236, -0.33066672, 0.31982478, 0.06656332, -0.5255531, 0.39907596, -0.04551523, 0.076361425, 0.515442, 0.2894429, -0.026761035, 0.15433668, -0.22964536) * inp_1_1_1; + result2 += M4(-0.052999362, 0.052562866, -0.035938874, 0.032367133, -0.081125945, -0.008548732, -0.02534536, 0.09177157, -0.015444048, 0.12723202, -0.07120179, -0.0022531084, -0.018742096, 0.042202547, 0.030112537, 0.16257262) * inp_1_2_1; + result2 += M4(0.007041716, 0.018217154, 0.08307236, -0.04520616, -0.31561956, 0.23123385, -0.067681044, -0.12643862, 0.010874087, -0.10742594, 0.030002201, -0.14344977, 0.10406159, -0.20533821, -0.030862322, -0.10753616) * inp_1_0_2; + result2 += M4(0.11211696, -0.11703306, -0.029693123, 0.07388003, -0.2088053, 0.15857096, 0.047811363, -0.19972345, 0.03004797, -7.211207e-05, 0.011323185, 0.053247977, -0.11488151, -0.21737544, -0.09646544, -0.32760012) * inp_1_1_2; + result2 += M4(0.023682857, 0.028017636, 3.7979324e-05, 0.044192187, 0.06769071, 0.062285192, -0.00054911565, 0.044016127, -0.054126956, 0.073501885, 0.0038514957, 0.14338864, 0.07184208, 0.021787634, 0.008975992, -0.038967796) * inp_1_2_2; + result3 += M4(0.0076448624, 0.073063046, -0.018112276, 0.044603255, -0.028443448, 0.042257074, 0.033456415, 0.10408893, 0.013544821, -0.10530665, -0.013452262, 0.024509164, -0.032966062, 0.2765319, 0.06838193, -0.008048515) * inp_1_0_0; + result3 += M4(0.01256106, 0.0046958136, 0.03241983, 0.055210363, 0.07731245, -0.07009144, -0.048668608, 0.05429069, 0.07470501, 0.039248727, 0.03182757, -0.06734372, 0.1485473, -0.09281201, -0.054269433, 0.03705732) * inp_1_1_0; + result3 += M4(0.016695606, 0.058716543, -0.022234729, 0.010488249, 0.019232022, -0.044709843, -0.032776598, 0.12039033, -0.017063448, -0.09488618, -0.00074972864, -0.18022363, 0.035581883, -0.12771232, 0.037610672, -0.02314014) * inp_1_2_0; + result3 += M4(0.033441305, -0.17919269, 0.071414076, -0.040231004, -0.051545292, 0.3152309, 0.032920167, -0.050826155, 0.030751579, -0.043526605, 0.101936825, 0.10663154, -0.010965119, 0.23196171, -0.03446115, 0.012430032) * inp_1_0_1; + result3 += M4(-0.039667293, 0.28457764, 0.13565247, 0.021205531, 0.05632608, -0.18567143, 0.16571477, -0.23085211, 0.076178744, -0.04070206, 0.11625753, 0.11961359, 0.09332873, 0.061907627, 0.30030668, 0.10909142) * inp_1_1_1; + result3 += M4(0.108230695, 0.15231377, -0.0005546767, -0.19747706, 0.06423663, -0.031372365, -0.037357267, 0.15446967, 0.01659812, 0.0051198537, -0.027291223, -0.022681922, 0.057102717, 0.13700908, -0.032580305, -0.11682838) * inp_1_2_1; + result3 += M4(-0.0029815636, 0.13884383, 0.04761928, 0.059312716, -0.008409305, -0.9101977, -0.03828398, -0.07224407, -0.0005499478, 0.22700396, -0.007955575, 0.014039278, 0.00048419705, 0.14805353, 0.01756024, 0.08449175) * inp_1_0_2; + result3 += M4(-0.0013124654, 0.08395497, -0.044070862, 0.08525564, -0.0057046493, 0.1908161, -0.045428224, 0.05620147, 0.03192862, 0.23222342, 0.07045153, 0.059786994, -0.017609006, 0.22580697, -0.095051855, -0.06213206) * inp_1_1_2; + result3 += M4(-0.032118272, -0.05992314, 0.0014346216, -0.0144403465, -0.0040735975, -0.07336036, -0.019177906, -0.033247244, 0.036743563, 0.05132299, 0.023929443, 0.0894065, -0.02746859, -0.0016096028, 0.023279605, -0.03991766) * inp_1_2_2; + const V4 inp_2_0_0 = inp[2][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_2_1_0 = inp[2][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_2_2_0 = inp[2][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_2_0_1 = inp[2][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_2_1_1 = inp[2][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_2_2_1 = inp[2][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_2_0_2 = inp[2][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_2_1_2 = inp[2][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_2_2_2 = inp[2][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.0715746, -0.09631244, 0.050157297, -0.08048454, -0.0025352512, 0.16482176, -0.106414065, 0.083849244, 0.12749393, 0.20426564, 0.29415998, -0.037008047, -0.26012027, -0.14854887, 0.20277677, 0.31178087) * inp_2_0_0; + result0 += M4(-0.05076258, -0.13740575, 0.15595411, -0.053362656, -0.066203654, -0.16828513, 0.081790805, -0.017918047, -0.41374892, -0.52676713, -1.0831323, 0.22619742, 0.12750734, -0.14390856, -0.22360946, -0.5096736) * inp_2_1_0; + result0 += M4(-0.10955963, -0.24669066, 0.15493616, -0.11090137, -0.027859153, 0.03351683, 0.09520772, -0.107278876, -0.45327467, 0.0021158315, -0.11707372, -0.28413826, -0.15181288, -0.030790092, 0.18309823, -0.26073602) * inp_2_2_0; + result0 += M4(-0.0028697196, 0.06061011, -0.056756634, -0.036915377, -0.28824973, 0.012138959, -0.12313946, 0.10299592, 0.23378398, 0.049730666, -0.07091768, -0.01715781, -0.018962007, 0.16162728, 0.027316753, -0.008936573) * inp_2_0_1; + result0 += M4(0.025687302, 0.059557397, -0.20743646, 0.18490358, -0.3239818, 0.17850724, -0.08651508, 0.14011745, -0.66113037, 0.11846311, -0.061496705, 0.13422967, -0.005783129, -0.15430583, -0.26381627, 0.054521244) * inp_2_1_1; + result0 += M4(-0.015021453, -0.19950967, -0.27221996, -0.28598326, 0.110668495, 0.10796349, 0.05700929, -0.09480617, 0.055270392, 0.12745835, 0.116460495, -0.17917821, 0.12730812, -0.0012037748, 0.32492042, 0.08095944) * inp_2_2_1; + result0 += M4(0.06407335, 0.030303145, -0.08825665, -0.0035974658, 0.08393234, -0.009050897, 0.21445066, 0.043095548, 0.1661051, -0.0459125, 0.10902106, 0.039837647, -0.061346497, -0.009559113, -0.02383936, 0.0028487262) * inp_2_0_2; + result0 += M4(-0.1500397, 0.025134781, -0.10852966, -0.11559518, -0.18731914, 0.06851372, -0.066781044, -0.10385313, 0.17443936, -0.021997442, -0.13519152, -0.014186667, -0.18113253, 0.07363012, 0.12357896, 0.11021419) * inp_2_1_2; + result0 += M4(-0.005192235, 0.044567242, -0.011068163, -0.018504843, -0.04650239, -0.009309463, -0.07613297, -0.099593356, -0.029223667, -0.09067077, -0.029125804, -0.08720748, -0.004944248, 0.20919052, -0.051089592, -0.086393625) * inp_2_2_2; + result1 += M4(-0.079497606, 0.033001993, -0.0433299, -0.49341437, 0.06402561, 0.027012901, -0.017186008, -0.026205903, 0.20847131, -0.17379077, -0.1460187, -0.3422193, -0.028837888, 0.14444311, 0.017298697, 0.16118568) * inp_2_0_0; + result1 += M4(0.1362322, 0.0049404167, -0.0545727, 0.036812954, 0.029849706, -0.041181613, -0.011156492, -0.10626014, 0.4812216, -0.1561386, 0.13164558, -0.38440028, 0.09642372, -0.07784491, 0.004167074, -0.54048723) * inp_2_1_0; + result1 += M4(0.22648239, -0.0008470028, 0.017957706, -0.018039277, -0.015313996, 0.014065825, 0.015366776, 0.10012267, 0.014650181, 0.018891001, -0.008666813, 0.10578885, -0.24156433, -0.06182133, -0.0048173345, 0.50967747) * inp_2_2_0; + result1 += M4(0.04990316, 0.077742726, -0.07985242, -0.23526481, 0.010774825, -0.018184526, -0.032785896, -0.1857747, -0.23976691, -0.052705243, -0.35834587, 0.13117231, 0.01347248, -0.043906253, 0.032065123, -0.27442545) * inp_2_0_1; + result1 += M4(-0.199354, -0.053708132, -0.076112315, -0.13419336, -0.08698115, -0.1992096, -0.0026194518, -0.49119824, -0.50951654, 0.10993369, 0.17314698, -0.43758488, -0.2935566, -0.011501036, -0.10976056, 0.4501387) * inp_2_1_1; + result1 += M4(-0.21165654, 0.025460485, 0.055044506, -0.18715349, 0.26253015, 0.015346683, -0.0065055043, -0.1598433, -0.065605536, -0.025775231, -0.016590733, 0.31189066, 0.08281263, -0.0045969966, -0.13699894, -0.097940974) * inp_2_2_1; + result1 += M4(-0.088196106, 0.03208788, -0.06850063, -0.18676445, 0.13442639, 0.06030712, -0.062297534, -0.12515818, 0.051921774, -0.071406096, -0.14802997, 0.037173603, -0.06478699, -0.04161509, -0.07285825, -0.009940458) * inp_2_0_2; + result1 += M4(-0.13968326, -0.06019821, -0.0882567, -0.2698704, -0.09788051, -0.1485394, -0.085379414, 0.0072728456, 0.03298984, -0.074674346, -0.030420514, 0.17290293, 0.04263921, -0.11421748, -0.019576881, 0.2684657) * inp_2_1_2; + result1 += M4(-0.1025962, -0.011311065, 0.01694238, -0.13532774, 0.0062958077, -0.058460772, 0.09474729, -0.17248796, 0.06978807, -0.030376935, 0.0025259845, 0.27620357, -0.04003609, 0.0008251506, 0.09974402, -0.19953759) * inp_2_2_2; + result2 += M4(-0.0274369, -0.02785617, 0.111271836, -0.04777609, 0.022969048, -0.0103979325, -0.029450497, 0.071567275, -0.17947961, 0.3219096, -0.19316356, 0.06724893, 0.16150929, -0.17940994, 0.13669962, 0.0322664) * inp_2_0_0; + result2 += M4(-0.063206606, -0.004748452, -0.047064275, -0.10338681, -0.03555205, 0.06408232, -0.11194569, 0.024295783, -0.5038483, 0.5358632, -0.025267152, -0.43657935, -0.11281369, 0.21069881, -0.0877243, 0.23032966) * inp_2_1_0; + result2 += M4(0.09157177, -0.101289205, -0.0045268014, 0.007126031, 0.076024644, -0.011473527, -0.0014426362, -0.0772565, -0.066013575, 0.0573791, -0.057972565, -0.050329443, 0.13471925, -0.18278362, -0.124123216, -0.24296595) * inp_2_2_0; + result2 += M4(0.0018280116, 0.017851619, 0.06933558, 0.2027289, 0.14181142, -0.0031327193, 0.10318157, 0.06581663, 0.1528262, 0.07430443, -0.02498459, -0.03398527, -0.121124454, 0.0130372215, -0.04157365, 0.13387349) * inp_2_0_1; + result2 += M4(-0.2677744, -0.029308412, -0.07962408, -0.12204546, -0.29457334, 0.030129738, -0.26925707, -0.22190627, 0.110479586, 0.3287684, -0.14959732, 0.17304076, -0.04718754, -0.08847532, -0.1267441, -0.26355487) * inp_2_1_1; + result2 += M4(-0.09800573, -0.14139035, 0.04140986, -0.18992579, 0.028541153, -0.0329216, 0.0016428916, 0.041346528, 0.009479444, 0.1538949, -0.016167583, 0.14781687, -0.20410268, -0.08003033, 0.058599915, 0.011661855) * inp_2_2_1; + result2 += M4(-0.08390431, -0.015559658, 0.018878765, -0.12197927, 0.054793455, -0.03990255, -0.011211109, 0.036316004, -0.00909181, 0.01052049, -0.07726077, 0.0054688193, -0.058225293, 0.025337262, -0.054769665, 0.0038822803) * inp_2_0_2; + result2 += M4(-0.042446077, -0.077310875, -0.015256182, 0.06345937, 0.073480725, 0.09065197, -0.0731339, 0.0723991, -0.0973175, -0.004725554, 0.00842376, -0.0057924674, 0.16431709, -0.041569393, -0.0024132037, 0.09127265) * inp_2_1_2; + result2 += M4(0.103879355, -0.114007644, -0.036526263, -0.09562801, 0.026349826, -0.077657074, -0.0014605734, 0.020703465, 0.00056508253, -0.034128983, 0.00072431617, 0.0124235535, 0.119479515, 0.027588964, -0.040412117, -0.0019401097) * inp_2_2_2; + result3 += M4(-0.0054999315, 0.054679673, -0.0046336288, 0.017204197, 0.01873656, 0.053969342, 0.0022390555, -0.079477236, -0.056740683, 0.061366238, -0.14898393, -0.009038732, 0.08329993, -0.08009324, 0.089084126, -0.052381206) * inp_2_0_0; + result3 += M4(-0.07229899, -0.23929752, 0.045575928, -0.08491341, -0.037206728, -0.066858895, -0.009566649, -0.16403022, 0.070830956, 0.24849686, 0.022231523, -0.60494363, -0.12693338, 0.09039926, -0.061455548, 0.029116308) * inp_2_1_0; + result3 += M4(0.14467773, 0.011604675, -0.011593841, 0.3062551, 0.014567709, 0.07741014, -0.012507825, 0.10407626, 0.06588569, 0.2327419, -0.021636222, 0.32575372, 0.0069890674, -0.019714063, -0.039952785, -0.15029353) * inp_2_2_0; + result3 += M4(-0.016747722, -0.057078633, 0.032135896, 0.03921812, 0.01964165, -0.041367184, 0.034990914, 0.03307513, -0.008712541, 0.36230156, -0.009524529, -0.013199496, -0.06960267, 0.11308598, -0.025458774, -0.016773175) * inp_2_0_1; + result3 += M4(0.10539831, 0.06910462, 0.10081203, -0.25462282, -0.051628787, 0.26734698, -0.09425403, -0.10206043, 0.0900536, 0.18957601, 0.024502385, 0.017249644, 0.013259816, 0.3805416, 0.09170492, -0.11961444) * inp_2_1_1; + result3 += M4(0.03674796, -0.20332646, -0.0019113279, -0.049671765, 0.12674725, 0.016929649, -0.019033445, -0.12554397, 0.057757977, 0.0079718605, -0.03455191, 0.012654533, 0.10924967, 0.13866869, -0.06353784, -0.15997352) * inp_2_2_1; + result3 += M4(-0.032977168, -0.008423808, 0.0131768845, -0.017573318, 0.0020663647, 0.05378569, -0.009707578, 0.01458635, -0.039570022, 0.26450455, -0.09522793, -0.0082146, 0.03125363, -0.0039754794, 0.0103347115, -0.018126415) * inp_2_0_2; + result3 += M4(0.053846017, -0.2637847, 0.034869306, -0.031385496, -0.049894933, 0.11334788, -0.050957955, -0.07865399, 0.0110876765, 0.19674455, 0.02882469, -0.008416688, 0.0094687035, -0.20319644, -0.11101057, -0.08230348) * inp_2_1_2; + result3 += M4(0.0044784476, 0.023611512, -0.042547744, 0.0007483636, 0.05025809, 0.14764841, 0.00044558995, 0.04103793, 0.048046812, 0.062373303, -0.014592626, 0.07766575, -0.0020092498, -0.0069300635, 0.03421132, -0.16338684) * inp_2_2_2; + const V4 inp_3_0_0 = inp[3][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_3_1_0 = inp[3][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_3_2_0 = inp[3][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_3_0_1 = inp[3][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_3_1_1 = inp[3][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_3_2_1 = inp[3][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_3_0_2 = inp[3][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_3_1_2 = inp[3][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_3_2_2 = inp[3][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.0020083024, -0.59463024, 0.13003162, 0.27622712, 0.51078737, -0.19404446, 0.12455177, 0.27357444, -0.00015589895, 0.08237507, 0.060955554, -0.013423829, -0.13043714, -0.26090437, -0.0061712246, 0.057619814) * inp_3_0_0; + result0 += M4(0.22813018, -0.16819888, 0.12644678, -0.06749888, 0.6929881, 0.06584952, 0.2152027, -0.0030935707, 0.03527825, 0.07355563, 0.20881042, -0.1287684, 0.006924962, -0.3719862, -0.036988992, 0.20827514) * inp_3_1_0; + result0 += M4(0.049787976, -0.1781383, 0.054748017, 0.003178183, 0.44286513, -0.21408647, 0.2594575, -0.7740605, 0.033387452, 0.021950949, -0.022106573, -0.0067378515, 0.13417983, -0.11796911, -0.031810988, 0.1171123) * inp_3_2_0; + result0 += M4(-0.18528815, 0.35193694, 0.11649766, -0.39793167, 0.08550548, -0.007938471, 0.20756447, -0.0918376, -0.1510857, -0.023432646, -0.12200965, 0.07017334, 0.26202187, 0.2199531, 0.21588492, -0.1368237) * inp_3_0_1; + result0 += M4(-0.44707954, 0.19176868, 0.17061797, 0.18040551, -0.13039091, -0.10258424, -0.16008896, 0.037404172, 0.117038585, -0.17250147, -0.1328998, 0.052930426, -0.44167283, -0.13420883, -0.23059113, 0.054577902) * inp_3_1_1; + result0 += M4(-0.12896018, 0.0633688, 0.034150008, -0.12148736, -0.004690631, 0.04905833, 0.27947712, 0.060562916, -0.03636501, 0.10707534, 0.055300053, -0.08954744, 0.051630456, 0.00094299554, 0.061553795, -0.0014282514) * inp_3_2_1; + result0 += M4(-0.14921282, -0.45711362, -0.957326, 0.26230615, 0.037424088, -0.033945464, 0.114703685, -0.0057828487, -0.08853224, 0.034291565, 0.032943837, -0.005019218, 0.005135216, -0.12015115, -0.18748857, -0.05337296) * inp_3_0_2; + result0 += M4(0.087564476, -0.1250068, -0.3363717, 0.18351421, 0.05174429, 0.049167316, -0.049760886, 0.007353514, -0.037329644, -0.016148722, -0.12699443, 0.014485368, 0.105171196, -0.31134298, -0.37899444, 0.07498702) * inp_3_1_2; + result0 += M4(-0.020149319, 0.124999724, -0.12147029, -0.00096658675, 0.0832416, -0.08173243, 0.05076248, 0.052645613, -0.0073318128, 0.077881485, 0.11520081, -0.0016521994, -0.0037119072, 0.09793644, 0.061810687, 0.029145136) * inp_3_2_2; + result1 += M4(-0.12472872, 0.07407384, -0.07791997, -0.7134498, 0.3457181, 0.018778412, -0.064711064, -2.43281, -0.054541327, 0.04039896, -0.008637337, 0.002681813, -0.0026259732, -0.11904751, 0.019719794, 0.19572537) * inp_3_0_0; + result1 += M4(0.18888874, 0.020963661, -0.018200552, -0.032447737, -0.15910539, 0.47710067, -0.49904862, -1.4134532, -0.084259026, 0.08839054, 0.028906915, 0.104726486, 0.29923728, -0.08374105, 0.01574318, -0.13314894) * inp_3_1_0; + result1 += M4(0.00032150888, -0.022052694, -0.015426221, 0.08341028, -0.21296762, 0.26484624, -0.1642875, -1.1250306, -0.085825145, 0.020342987, -0.004617357, 0.10114876, -0.013172022, -0.07820508, -0.004570691, 0.04852303) * inp_3_2_0; + result1 += M4(-0.51067257, -0.017741462, -0.30039522, -1.2571963, -0.02236554, 0.025866626, 0.35474715, -0.11294425, 0.015856761, -0.15779603, 0.004964842, -0.10562984, -0.092869416, -0.09270884, 0.023389773, -0.1594219) * inp_3_0_1; + result1 += M4(0.109542504, 0.13075843, -0.053791624, -0.2583805, -0.0003216644, 0.09596493, 0.57191336, 0.1930133, 0.36178964, -0.32451582, 0.076985724, -0.122095495, -0.3093755, -0.013410467, 0.11794235, -0.37326223) * inp_3_1_1; + result1 += M4(0.09745649, 0.110358074, 0.026718691, -0.20241807, -0.03151634, 0.046703037, 0.13132267, 0.13586995, 0.0039782166, 0.023424538, -0.06189003, 0.09849016, 0.021251155, -0.027039757, -0.001076575, 0.1751954) * inp_3_2_1; + result1 += M4(-0.9915245, -0.42759714, -0.6206918, 0.44665846, 0.07352433, -0.08387705, -0.03350734, 0.22847399, 0.026893489, -0.0028833593, -0.07794939, -0.1306795, -0.039633114, -0.055868, -0.061232213, 0.15494743) * inp_3_0_2; + result1 += M4(-0.36546615, -0.16674288, 0.036561977, 0.16032474, 0.025758734, 0.07587018, 0.14069304, -0.0019422671, -0.22332664, 0.109017774, 0.10702005, 0.007700021, -0.42372864, -0.049412824, 0.15198228, -0.11751534) * inp_3_1_2; + result1 += M4(-0.076892026, -0.10194194, 0.023829062, -0.0664451, 0.033672974, -0.024957536, -0.049628306, 0.05266212, 0.14750876, 0.012939363, -0.06411259, -0.03776985, -0.01884732, 0.03957383, -0.021288283, -0.044852577) * inp_3_2_2; + result2 += M4(0.00025199563, 0.096507885, 0.035680834, 0.06834127, 0.31596154, 0.5993435, -0.13442408, -1.0987302, 0.033409167, -0.028566176, 0.06360105, -0.016831838, 0.07198026, 0.0160935, -0.09025124, 0.039986104) * inp_3_0_0; + result2 += M4(0.27852255, -0.1456235, 0.026425557, -0.03960402, 0.99083656, -0.24289148, 0.255672, -0.7740539, 0.005261177, -0.058641613, 0.33040568, -0.09337607, 0.05810956, 0.07106933, -0.115775965, 0.17179202) * inp_3_1_0; + result2 += M4(0.05257131, -0.021596745, 0.0068275137, 0.046166256, 0.7031302, 0.034376085, -0.13304152, -0.29976267, 0.08550005, -0.0020981333, 0.09808359, 0.07445061, 0.061775465, 0.04428485, -0.06592481, 0.054875463) * inp_3_2_0; + result2 += M4(-0.64612305, 1.2113901, 0.009581094, -0.8400584, 0.046426214, -0.09642886, -0.06831416, -0.07444592, -0.019154096, 0.065491885, -0.028710717, -0.069172874, -0.14328499, 0.17614238, -0.14039895, 0.049561076) * inp_3_0_1; + result2 += M4(-0.27135545, 0.26022336, 0.008533434, -0.13182087, 0.06728565, 0.22086637, 0.06302549, 0.13521333, -0.3080801, -0.38079894, 0.20361297, -0.11221058, -0.20414463, 0.050636705, -0.022766195, -0.38828018) * inp_3_1_1; + result2 += M4(-0.15456447, -0.03646629, 0.10671977, 0.040676594, 0.10400211, 0.026499726, -0.100129865, 0.012024702, 0.13864364, 0.08457329, -0.02822368, -0.022809839, -0.032735273, 0.05287141, 0.031021947, 0.050165605) * inp_3_2_1; + result2 += M4(-0.5396394, 0.59668887, -0.14847545, -0.11262023, -0.01689237, -0.05919283, -0.009492103, -0.014342331, -0.019490363, -0.00014506304, 0.028579397, 0.00881577, -0.02950097, 0.020590046, -0.04593803, -0.06230642) * inp_3_0_2; + result2 += M4(-0.13129808, -0.032387625, -0.11815697, -0.035777994, -0.031615224, 0.03932641, 0.033151463, -0.0030484225, 0.078017905, 0.038734343, 0.0287011, 0.08592658, -0.10403654, 0.19592181, 0.020191323, 0.038593575) * inp_3_1_2; + result2 += M4(0.13677305, -0.027477767, -0.08110967, -0.13846825, 0.03510477, 0.06813107, -0.0028038565, 0.074799486, 0.048010178, -0.0062584206, -0.025137382, -0.03969312, 0.020384584, 0.020166244, -0.003604738, 0.0026067435) * inp_3_2_2; + result3 += M4(-0.07958163, 0.226626, 0.010839079, -0.15146959, -0.46411514, -0.9746635, -0.16067171, 0.26086998, -0.008847108, 0.1492069, 0.08893505, -0.009487972, -0.06220731, 0.06247489, -0.061906796, 0.024931276) * inp_3_0_0; + result3 += M4(0.1605299, -0.050733022, -0.009947459, 0.12511593, -0.070824474, -0.056747224, 0.05806642, 0.42568368, -0.07097865, -0.09931744, -0.037423436, 0.060617164, 0.0150114, -0.08423409, -0.05806379, 0.092213616) * inp_3_1_0; + result3 += M4(-0.0023733436, -0.071667895, -0.026429838, 0.17737049, -0.2254883, -0.45036575, -0.02305606, 0.37234473, -0.024518099, -0.07007941, 0.09261846, 0.24610615, -0.008102975, 0.094132714, -0.04586088, 0.11520861) * inp_3_2_0; + result3 += M4(0.04834176, -0.45825547, 0.15551898, -0.6823625, 0.077481635, -0.3181704, 0.1819974, 0.007107567, -0.07662808, -0.0008196648, -0.10875353, 0.0067090136, -0.04190695, 0.03827345, -0.14126761, -0.051619746) * inp_3_0_1; + result3 += M4(0.37930316, -0.04407946, -0.01238782, 0.23310061, 0.40887487, -0.719703, 0.48665968, 0.07135413, 0.24413355, 0.18634869, 0.3390411, -0.035839304, -0.07502038, -0.67640567, 0.0016627117, -0.02085262) * inp_3_1_1; + result3 += M4(0.035987593, 0.07719589, 0.096374325, -0.16219136, 0.32538247, -0.87211215, -0.07418743, 0.062578045, -0.16020074, -0.15909803, -0.05066982, -0.017460218, -0.04726886, 0.039209247, -0.014914555, -0.052938584) * inp_3_2_1; + result3 += M4(-0.012261669, -0.32118237, -0.022893699, -0.45062086, 0.046327095, 0.058009263, -0.065376736, 0.0055734706, -0.008084718, -0.17385426, -0.010035008, -0.006593194, -0.004550724, 0.09920785, -0.049575035, -0.013862305) * inp_3_0_2; + result3 += M4(0.17086881, 0.014676094, -0.014210215, -0.076593995, -0.017158492, 0.046289034, 0.07802933, 0.012850987, 0.036605753, -0.02279402, 0.10354422, -0.033762064, -0.029116895, 0.07669946, -0.054344196, -0.096501894) * inp_3_1_2; + result3 += M4(-0.023615815, 0.07025445, -0.08641296, 0.023666015, -0.018913722, 0.12914129, -0.025764482, 0.023226101, -0.030333309, 0.09175346, -0.037754275, 0.013420556, -0.051498346, -0.06312313, 0.008825869, -0.030032167) * inp_3_2_2; + const ivec2 output_base = ivec2(gl_GlobalInvocationID) * ivec2(2, 2); + imageStore(out_image, output_base + ivec2(0, 0), max(result0, V4(0.0))); + imageStore(out_image, output_base + ivec2(1, 0), max(result1, V4(0.0))); + imageStore(out_image, output_base + ivec2(0, 1), max(result2, V4(0.0))); + imageStore(out_image, output_base + ivec2(1, 1), max(result3, V4(0.0))); +} + +//!DESC ArtCNN C4F16 (Conv2D-4-ReLU) +//!COMPUTE 24 32 12 16 +//!HOOK LUMA +//!BIND conv2d_3 +//!SAVE conv2d_4 +//!WIDTH LUMA.w 2.0 * +//!HEIGHT LUMA.h 2.0 * +//!COMPONENTS 4 +//!WHEN OUTPUT.w LUMA.w / 1.3 > OUTPUT.h LUMA.h / 1.3 > * +#extension GL_EXT_shader_explicit_arithmetic_types_float16 : enable +#ifdef GL_EXT_shader_explicit_arithmetic_types_float16 +# define V4 f16vec4 +# define M4 f16mat4 +# define F float16_t +#else +# define V4 vec4 +# define M4 mat4 +# define F float +#endif + +const ivec2 ksize = ivec2(3, 3); +const ivec2 offset = ksize / 2; +const ivec2 wg_size = ivec2(gl_WorkGroupSize); +const ivec2 isize = wg_size + ksize - 1; +shared V4 inp[4][isize.y][isize.x]; +void hook() { + const uvec2 local_xy = gl_LocalInvocationID.xy; + ivec2 base = ivec2(gl_WorkGroupID) * wg_size; + for (uint y = local_xy.y; y < isize.y; y += wg_size.y) { + for (uint x = local_xy.x; x < isize.x; x += wg_size.x) { + const ivec2 input_base = (base + ivec2(x,y) - offset) * ivec2(2, 2); + inp[0][y][x] = V4(conv2d_3_mul * texelFetch(conv2d_3_raw, input_base + ivec2(0, 0), 0)); + inp[1][y][x] = V4(conv2d_3_mul * texelFetch(conv2d_3_raw, input_base + ivec2(1, 0), 0)); + inp[2][y][x] = V4(conv2d_3_mul * texelFetch(conv2d_3_raw, input_base + ivec2(0, 1), 0)); + inp[3][y][x] = V4(conv2d_3_mul * texelFetch(conv2d_3_raw, input_base + ivec2(1, 1), 0)); + } + } + + barrier(); + V4 result0 = V4(-0.0040135784, 0.0032267163, 0.0077154385, -0.0131194005); + V4 result1 = V4(0.00494108, 0.012729458, -0.007542627, 0.009159574); + V4 result2 = V4(-0.0029531752, -0.08500148, -0.007686109, -0.0058430806); + V4 result3 = V4(-0.0036268765, 0.012139913, -0.005200553, -0.008799173); + const V4 inp_0_0_0 = inp[0][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_0_1_0 = inp[0][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_0_2_0 = inp[0][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_0_0_1 = inp[0][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_0_1_1 = inp[0][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_0_2_1 = inp[0][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_0_0_2 = inp[0][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_0_1_2 = inp[0][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_0_2_2 = inp[0][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.022446819, -0.09229735, -0.0010310403, -0.02886567, -0.00047958214, 0.018106725, 0.03281179, -0.03424525, -0.024050377, 0.093056306, 0.062247727, -0.09075345, 0.017732942, 0.20980102, 0.055907458, -0.032751247) * inp_0_0_0; + result0 += M4(-0.021193886, 0.031856388, -0.030064065, 0.08287286, 0.006676548, 0.1282676, 0.045911342, -0.060882766, 0.031217102, 0.027770746, -0.0755595, 0.1300494, -0.01657229, -0.04097931, -0.043443713, 0.02746677) * inp_0_1_0; + result0 += M4(0.020963114, -0.018738257, -0.0023086926, 0.03609221, -0.005606688, 0.0063512777, 0.0068921973, 0.002232806, -0.014810783, 0.011125607, 0.0073286225, 0.022102851, 0.0022564398, 0.016772412, 0.022617707, -0.012849541) * inp_0_2_0; + result0 += M4(-0.01166327, 0.00764596, -0.1432118, 0.11700769, 0.007080215, -0.20993969, -0.09295115, 0.048322495, 0.0017307845, -0.38891366, -0.037892267, 0.037722066, 0.068878174, 0.41997644, -0.039344516, -0.020811452) * inp_0_0_1; + result0 += M4(-0.00054955384, 0.014067522, 0.29207587, -0.16043621, -0.01351949, -0.08538314, -0.18636976, 0.19134319, 0.05039821, -0.093454875, 0.23129071, -0.29693934, -0.013584321, 0.08959259, -0.2683566, 0.21759026) * inp_0_1_1; + result0 += M4(0.012457035, 0.018976199, -0.10622637, 0.08818159, 0.011355054, 0.005865674, -0.018169943, -0.0063354126, -0.020067457, -0.032704737, -0.04071966, -0.021879561, 0.0071899095, 0.018855078, 0.12129616, -0.098034054) * inp_0_2_1; + result0 += M4(0.0065247775, -0.08215552, -0.012008458, 0.01703386, -0.09267752, -0.05647333, 0.020818327, -0.028593764, -0.014271322, -0.03788656, -0.020144267, 0.057078477, -0.008407014, 0.26333922, 0.019777702, -0.039687045) * inp_0_0_2; + result0 += M4(-0.064684056, 0.0026886077, -0.076331764, 0.09625828, 0.1110674, -0.045051012, 0.09687265, -0.05024201, -0.11028242, -0.07762572, -0.07028817, 0.036931906, 0.006109739, -0.08666, 0.017680138, 0.013017057) * inp_0_1_2; + result0 += M4(-0.00059720327, -0.03823437, 0.018477794, -0.052589536, -0.07530563, 0.043434873, -0.010242496, -0.009225539, 0.009707166, 0.0665768, -0.0029107493, 0.025805281, -0.017479628, 0.037734512, 0.028485654, -0.06030078) * inp_0_2_2; + result1 += M4(-0.0040805386, -0.04037355, -0.016298028, -0.10901159, 0.0075836866, 0.068849795, -0.0015867921, 0.08682354, -0.023941765, 0.09033158, 0.005955157, 0.07716451, -0.00027787118, -0.0027789993, 0.02263391, 0.03503209) * inp_0_0_0; + result1 += M4(-0.07058509, -0.08898672, -0.010795215, -0.24106635, 0.060452018, 0.027231239, 0.010219462, 0.12779248, -0.018958434, 0.009836416, -0.0048490902, -0.04708482, -0.0052001905, 0.0869615, -0.0153578855, 0.21318588) * inp_0_1_0; + result1 += M4(0.0018951882, 0.029790182, -0.018424176, 0.093001716, 0.021929987, 0.033413723, -0.0014516768, 0.028860403, -0.029973764, -0.038182214, -0.014042475, -0.113934435, -0.05061862, 0.018797146, 0.0062874416, 0.00840364) * inp_0_2_0; + result1 += M4(0.09108281, 0.12842284, -0.018321656, 0.101437524, 0.027001908, -0.1170763, -0.02120495, 0.011102345, 0.01890289, 0.050531536, -0.0261549, 0.11677346, -0.09126036, 0.018427776, 0.019214539, -0.12438176) * inp_0_0_1; + result1 += M4(0.015747905, 0.089796506, 0.070704944, 0.14218248, -0.25985935, 0.06523569, -0.074167654, -0.2468187, 0.052781288, 0.16311482, 0.011219645, 0.23202926, 0.29769585, -0.14658746, -0.011744472, -0.1010643) * inp_0_1_1; + result1 += M4(0.019483117, -0.081753485, -0.04673089, 0.004953991, -0.01471788, -0.057692084, -0.014760175, 0.004616836, 0.0422738, 0.07234505, 0.016358959, 0.10570093, -0.10613088, 0.0013665945, 0.056043588, 0.033560395) * inp_0_2_1; + result1 += M4(-0.032377638, -0.036992475, -0.11856061, -0.06043218, -6.167084e-05, 0.071027756, -0.0020108805, 0.18424764, -0.019465916, 0.02570314, -0.063401304, 0.005627003, 0.013067235, -0.08386608, 0.046325788, -0.07629352) * inp_0_0_2; + result1 += M4(-0.03403502, -0.21124011, 0.128395, -0.118983746, 0.11138527, 0.18360862, 0.15476844, 0.20760833, -0.069354326, -0.32101798, -0.17294091, 0.0053785504, -0.007118223, 0.13378446, -0.22533989, -0.1316874) * inp_0_1_2; + result1 += M4(-0.0032518269, 0.13455972, -0.047548614, 0.006280591, 0.014651311, 0.18860312, 0.012555325, 0.32387522, -0.00876885, 0.06728457, -0.03561065, -0.008271451, -0.027320381, -0.08463112, 0.123492375, -0.17134361) * inp_0_2_2; + result2 += M4(0.04966542, -0.014303865, 0.009559554, 0.050956815, 0.022178259, 0.051871855, 0.014207632, 0.019486817, -0.007377738, 0.063087024, 0.0013534816, 0.073808886, 0.097131714, -0.031721152, -0.0050633196, 0.0027983838) * inp_0_0_0; + result2 += M4(-0.071889535, -0.07981853, 0.029291, 0.0133744525, 0.02921235, -0.11562819, -0.038736906, 0.040879827, -0.05101825, 0.020087246, 0.027933752, -0.07056633, 0.024828767, 0.020775083, -0.03545826, 0.029901035) * inp_0_1_0; + result2 += M4(0.031110793, -0.106053896, -0.10874414, 0.06562912, 0.015990185, 0.07383382, 0.034378067, -0.043125585, 0.038731106, -0.021163106, -0.07850288, 0.048384033, -0.026847137, -0.09662953, -0.045504253, 0.08047158) * inp_0_2_0; + result2 += M4(-0.10335108, -0.01401889, 0.0038016094, -0.11588568, 0.036600247, 0.037577584, -0.007868014, -0.09576454, -0.018236142, -0.02697432, -0.025315316, 0.06763838, 0.17294714, 0.0654633, -0.02221289, 0.010515907) * inp_0_0_1; + result2 += M4(0.031055294, 0.0437143, -0.030369015, 0.25869074, -0.080643415, 0.05039154, 0.061441638, -0.14613687, -0.06329736, -0.04495888, -0.037863605, -0.06050588, -0.037237942, 0.04440609, 0.15861167, 0.059269182) * inp_0_1_1; + result2 += M4(0.0361052, -0.017285489, -0.15113652, 0.12752944, 0.001336428, -0.052559424, -0.19642851, 0.095575675, 0.065766186, -0.020980414, -0.1751973, -0.027264522, -0.16278692, -0.07947443, 0.041906893, -0.1923021) * inp_0_2_1; + result2 += M4(0.0058025694, -0.10522837, -0.003142448, 0.029614868, -0.12325673, -0.10741578, 0.0011671841, 0.008194599, 0.02683286, 0.05202333, -0.0081239175, 0.054529086, -0.0066502932, -0.01873842, 0.00828223, -0.008685434) * inp_0_0_2; + result2 += M4(0.011555687, 0.019120391, 0.0068035405, -0.033768255, -0.11139161, -0.07871454, 0.016408984, -0.08887099, -0.009325316, -0.014493788, -0.0042881635, -0.010129332, -0.028416067, -0.06053119, -0.028769666, -0.0074731703) * inp_0_1_2; + result2 += M4(-0.13009775, -0.04216335, 0.03589062, -0.05918483, 0.0063349833, 0.075580046, -0.06637416, -0.037039958, -0.11341202, 0.011516089, 0.03915498, 0.015401149, 0.09263449, -0.043401238, 0.035506167, 0.07418732) * inp_0_2_2; + result3 += M4(-0.055232104, -0.052181397, 0.09712439, 0.053068426, 0.008184627, 0.024033103, 0.0064768447, 0.01491977, -0.10160054, 0.056887053, -0.08783956, -0.15666912, 0.023039022, 0.10843832, -0.005499212, 0.07572511) * inp_0_0_0; + result3 += M4(0.01975557, 0.14321215, -0.119914174, 0.083147004, -0.075017564, 0.060033094, 0.02153906, -0.097562775, 0.14652961, 0.14147766, 0.12143339, 0.009040502, 0.029516807, 0.2184188, 0.13927828, 0.024003804) * inp_0_1_0; + result3 += M4(0.04161908, -0.12291186, 0.014007055, -0.0044366475, 0.065806784, 0.021362163, -0.03280152, 0.009637781, -0.0008115923, -0.11553343, -0.20894948, -0.039682742, -0.075024076, 0.094884165, 0.006231465, -0.021898488) * inp_0_2_0; + result3 += M4(0.07448278, -0.08064785, 0.1783025, 0.34271577, 0.028346969, -0.16897051, 0.031269226, -0.20038049, 0.032590013, -0.21115056, 0.0056216186, 0.04599637, -0.15385234, 0.055903055, 0.14891788, -0.08639215) * inp_0_0_1; + result3 += M4(0.33081916, 0.18709011, 0.10239755, 0.14202496, 0.074805714, 0.094217606, 0.078011304, 0.13345073, 0.18732202, -0.10334045, -0.2688966, 0.016904162, -0.104053885, -0.25665408, 0.5058878, -0.12103951) * inp_0_1_1; + result3 += M4(-0.080311626, 0.0096476115, -0.018007856, 0.0033822898, -0.040847033, 0.00077008334, -0.06762089, -0.019284576, -0.046603885, 0.05875434, 0.020478599, -0.015789887, 0.15411441, 0.20997126, -0.055525854, 0.036925472) * inp_0_2_1; + result3 += M4(0.036129907, -0.21834287, 0.046575624, 0.09891928, -0.049099892, 0.0012149358, -0.0941673, 0.06713417, 0.005362152, -0.008132467, 0.029246638, -0.025881121, -0.021541959, 0.1865162, -0.056459565, 0.15184881) * inp_0_0_2; + result3 += M4(-0.099397436, 0.11888237, 0.02868581, 0.023543233, 0.08439208, -0.22925763, -0.072643846, -0.19373773, -0.03718246, -0.043030668, -0.0279274, -0.02950604, 0.014288387, 0.12906073, 0.027930567, -0.028679885) * inp_0_1_2; + result3 += M4(0.035180163, 0.0027005104, 0.0058912137, 0.0039001005, -0.013516835, -0.063876055, 0.068691954, 0.050706748, 0.02708764, 0.11582471, -0.04711184, -0.0068420544, -0.05498892, 0.094348386, -0.051397104, 0.0029429044) * inp_0_2_2; + const V4 inp_1_0_0 = inp[1][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_1_1_0 = inp[1][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_1_2_0 = inp[1][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_1_0_1 = inp[1][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_1_1_1 = inp[1][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_1_2_1 = inp[1][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_1_0_2 = inp[1][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_1_1_2 = inp[1][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_1_2_2 = inp[1][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.0128763085, 0.052068323, -0.011954824, 0.0021608714, 0.00030223568, 0.017587025, -0.01058941, 0.008313421, -0.01251023, 0.29738817, -0.17888871, 0.17669652, 0.02183395, 0.11471337, 0.012121865, -0.056569528) * inp_1_0_0; + result0 += M4(0.013480782, -0.30869487, 0.12514831, -0.056587443, -0.06087438, -0.043470133, -0.12944093, 0.1333073, -0.033362042, 0.16611177, 0.26333383, -0.3493265, -0.012774537, 0.01958674, -0.025693916, -0.00576545) * inp_1_1_0; + result0 += M4(-0.0045791795, 0.057620887, 0.031712543, -0.021927495, 0.034111075, 0.04401428, -0.00932385, 0.02523834, -0.05177421, -0.037475258, -0.00818403, 0.18527389, 0.0073408224, 0.013466603, -0.018797964, -0.008819587) * inp_1_2_0; + result0 += M4(0.03511881, -0.31476012, -0.028296899, 0.014868918, -0.053283457, -0.11248065, -0.05588429, 0.052380826, 0.0022158825, -0.20020013, -0.013065737, 0.0059395954, -0.026061038, 0.009230161, 0.041668627, -0.04549138) * inp_1_0_1; + result0 += M4(-0.03102469, 0.048471652, -0.18547377, 0.11187585, -0.03838462, 0.062065408, -0.25089842, 0.27000895, 0.15203376, 0.1822979, 0.024691727, -0.05018225, 0.11352361, -0.13844427, -0.08078384, 0.16746117) * inp_1_1_1; + result0 += M4(0.05993513, 0.0053647747, -0.051664807, -0.009675976, -0.034741007, -0.016219925, -0.06747187, 0.08026824, 0.13252358, 0.2971501, 0.024876906, 0.021718679, -0.031329714, -0.0050613126, 0.085378274, -0.09904521) * inp_1_2_1; + result0 += M4(-0.057906702, -0.11236472, 0.023313101, -0.02293448, -0.03768937, -0.2251109, -0.016215017, -0.00950604, 0.068863146, 0.30394804, -0.012602742, 0.013618551, -0.014835617, 0.28404757, -0.0015931885, -0.02047274) * inp_1_0_2; + result0 += M4(0.10332839, 0.14611422, 0.05431722, -0.060723606, 0.09322961, 0.15063441, 0.03119704, 0.022710817, 0.01185925, 0.044084266, 0.05836641, -0.04914897, -0.11924304, -0.10219539, -0.023038983, -0.003801836) * inp_1_1_2; + result0 += M4(-0.08029915, -0.046139803, 0.008697404, -0.01117896, -0.043575782, -0.09271846, -0.0020342334, -0.014879644, -0.06671466, -0.02011031, 0.023232145, -0.06101047, 0.0013811433, 0.077171504, 0.034526013, -0.060139507) * inp_1_2_2; + result1 += M4(-0.019680703, -0.006418717, -0.004702196, 0.21885663, -0.019759674, 0.0102063, -0.002012741, 0.02891873, 0.08375299, 0.04083115, -0.008229031, -0.070820324, -0.033556238, -0.009796709, 0.0035726011, 0.120267294) * inp_1_0_0; + result1 += M4(0.22270824, -0.05971591, 0.014297061, 0.16603453, -0.17384386, -0.082323544, -0.012659822, -0.26011658, -0.39758298, -0.27216193, -0.0003004569, 0.14809889, -0.017855754, -0.12187555, -0.0056101284, -0.36598822) * inp_1_1_0; + result1 += M4(-0.0053077796, 0.07974863, 0.0044853278, 0.17476735, -0.05587634, 0.000478736, 4.7219305e-06, 0.013212377, 0.17053604, -0.061615106, 0.034866598, -0.1701907, 0.037163932, 0.0093364, -0.0059611164, 0.031372953) * inp_1_2_0; + result1 += M4(-0.005903216, -0.047463845, -0.0034881225, 0.020824652, -0.009203731, 0.053911712, 0.04947658, 0.004140391, 0.102251, -0.1762965, -0.111852996, 0.0038294205, -0.062487774, -0.07207221, 0.050615903, -0.019346781) * inp_1_0_1; + result1 += M4(-0.22630687, 0.045354478, -0.052379932, -0.3705097, -0.29889983, -0.077089064, 0.19144304, -0.035254218, -0.09279178, -0.41239044, 0.23899618, -0.3868468, 0.18396308, 0.12465744, 0.020112954, 0.074541666) * inp_1_1_1; + result1 += M4(-0.016391076, 0.17111103, 0.005496715, 0.053091466, -0.07366343, -0.12970647, 0.030588876, -0.010529222, 0.014089911, -0.008137579, -0.07495139, 0.11865472, -0.1468576, -0.019079275, -0.032410286, -0.07259862) * inp_1_2_1; + result1 += M4(0.0151464455, 0.027335307, -0.028206328, -0.029740231, -0.0077183773, -0.017693141, -0.009017493, -0.04187936, 0.0021898046, 0.016073616, -0.053040896, 0.087421216, 0.011279699, 0.036217406, 0.06301923, -0.012236634) * inp_1_0_2; + result1 += M4(0.041095432, 0.2537466, 0.17225754, 0.11324849, 0.026644496, -0.08952341, 0.2803843, 0.030880537, 0.03209173, 0.28756225, 0.042938236, 0.14979622, -0.036367867, -0.30107048, -0.115396775, -0.23922656) * inp_1_1_2; + result1 += M4(0.008334098, 0.1433527, -0.014165843, 0.028277045, 0.013517422, -0.012090402, 0.028212752, 0.016341574, -0.019476518, 0.08225366, 0.02954602, 0.056807607, -0.0013000853, -0.10133523, 0.10570841, 0.0040202886) * inp_1_2_2; + result2 += M4(0.00020585542, -0.10595579, -0.024075527, -0.043914355, 0.035975162, -0.110578425, 0.0005285829, 0.048812922, -0.122295074, 0.024852939, 0.00926203, -0.104586475, 0.006746198, 0.026529612, -0.005823842, -0.032530647) * inp_1_0_0; + result2 += M4(0.12146054, -0.02784996, -0.014604895, 0.15886171, -0.1691908, -0.10535379, -0.03362664, -0.24715196, -0.011940299, -0.028050655, -0.08629228, 0.08535456, 0.08652907, -0.0057366705, -0.013718489, -3.2006486e-05) * inp_1_1_0; + result2 += M4(-6.391767e-05, -0.03701326, 0.18519332, 0.004163531, -0.008389772, -0.04877323, -0.3238021, 0.11442726, 0.42126325, 0.07359092, -0.08448461, 0.2498309, 0.0030401861, 0.057449795, 0.0109812785, 0.04928388) * inp_1_2_0; + result2 += M4(-0.00012884365, -0.00072631775, -0.0041053053, 0.013112391, -0.09921218, -0.067468196, -0.014271074, -0.12439954, -0.035519533, -0.08444414, -0.017164286, 0.0024305168, 0.06430278, -0.008736951, 0.030803327, 0.08006712) * inp_1_0_1; + result2 += M4(0.12315418, -0.088640936, -0.050914943, -0.044375017, 0.13423163, -0.08564678, -0.102095746, 0.18636574, 0.15668021, 0.04321122, 0.057674617, 0.17986007, -0.017220415, -0.059452653, 0.047418516, -0.25613683) * inp_1_1_1; + result2 += M4(-0.065463364, -0.09421511, 0.16259682, 0.037939362, -0.1232132, -0.111910224, 0.22589701, -0.031586938, -0.15750502, 0.03500383, -0.02621489, -0.22954142, -0.13212022, 0.0063589057, -0.008052567, -0.092233874) * inp_1_2_1; + result2 += M4(-0.052525025, -0.03922068, 0.003195036, 0.025051178, -0.03326035, -0.08989328, -0.006789344, 0.0030992923, 0.034772567, -0.091194555, -0.009219043, 0.0696772, -0.047364756, 0.055251293, -0.006822553, -0.12333176) * inp_1_0_2; + result2 += M4(-0.017599246, -0.038083553, 0.023908038, -0.09640398, -0.013075659, -0.04444389, -0.006169872, 0.0292883, -0.046958275, -0.048682574, 0.012830524, -0.17958483, -0.024997052, 0.028825838, -0.03318397, -0.0043117087) * inp_1_1_2; + result2 += M4(0.024646105, -0.10364469, -0.021210829, 0.028682416, 0.0731311, 0.02400633, 0.0031529882, -0.012837452, -0.13710135, -0.018319733, -0.015243259, -0.031686984, 0.059482705, 0.042210914, -0.09135384, -0.095729634) * inp_1_2_2; + result3 += M4(0.0034101333, 0.05535736, 0.024105577, 0.021848775, -0.018094912, -0.054792136, 0.035593905, -0.107914925, 0.079538144, -0.15841089, 0.28956112, 0.2037883, -0.026085768, 0.19641061, -0.17448546, 0.02818008) * inp_1_0_0; + result3 += M4(0.013099687, -0.25685248, -0.21123523, -0.058896057, 0.13408852, -0.06408254, -0.038902212, 0.148966, -0.36242187, 0.9573575, -0.38538298, 0.20866586, -0.0135457115, -0.17544252, 0.21034725, -0.01854412) * inp_1_1_0; + result3 += M4(0.015325741, 0.109892145, -0.029220585, 0.0414602, -0.08171769, 0.0672044, -0.09715838, -0.024387505, -0.110984795, 0.87591684, 0.36287174, 0.02873156, -0.045318272, 0.03970228, 0.044567477, 0.019652335) * inp_1_2_0; + result3 += M4(0.048121918, 0.08487519, -0.0110788485, -0.10335771, 0.053024076, -0.019237788, 0.115838595, 0.27692616, -0.038947303, -0.07734193, 0.08789802, -0.13361062, -0.084543034, -0.063710235, -0.039903134, -0.082545) * inp_1_0_1; + result3 += M4(-0.111958675, -0.12849922, -0.042949416, -0.007649164, -0.09928454, -0.22055286, -0.1844109, -0.15226477, 0.06964548, 0.29758227, 0.2469849, 0.07742351, -0.094236195, 0.034951027, 0.13522738, 0.0133545175) * inp_1_1_1; + result3 += M4(-0.050296642, -0.28410354, 0.015063976, -0.006128918, -0.0470889, 0.008160088, 0.0020720777, 0.039283343, 0.10286344, 0.28448346, 0.02644191, 0.0026204113, 0.01836578, 0.084340185, -0.08349685, 0.013048368) * inp_1_2_1; + result3 += M4(-0.010066227, 0.015333275, 0.040386546, 0.0027275602, -0.048058737, -0.13380641, 0.047336664, -0.03337915, 0.0035930146, -0.06406163, 0.033675723, 0.12354965, 0.06876556, 0.020875918, 0.018492095, -0.09037671) * inp_1_0_2; + result3 += M4(-0.011871062, -0.002620799, 0.004697188, 0.011113553, 0.0071302364, 0.16026612, -0.037049957, 0.044946592, 0.015945464, 0.122067764, -0.0033488947, 0.018354658, -0.022900213, 0.02081817, 0.024235805, 0.041325647) * inp_1_1_2; + result3 += M4(0.00051608094, -0.111439236, 0.049050186, -0.0017189587, -0.012687636, -0.18043011, 0.032639593, -0.011066172, 0.003809168, 0.10372078, -0.00017059076, -0.0061963093, 0.010642897, 0.21251322, 0.01499975, -0.00060482975) * inp_1_2_2; + const V4 inp_2_0_0 = inp[2][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_2_1_0 = inp[2][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_2_2_0 = inp[2][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_2_0_1 = inp[2][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_2_1_1 = inp[2][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_2_2_1 = inp[2][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_2_0_2 = inp[2][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_2_1_2 = inp[2][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_2_2_2 = inp[2][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.018767586, 0.37946993, 0.03240346, -0.074103445, 0.013256744, -0.73405415, 0.025663486, 0.0037305616, 0.014623672, 0.007632366, 0.013873153, -0.015707593, -0.0046343533, -0.20099154, -0.038023286, 0.022481618) * inp_2_0_0; + result0 += M4(0.037362464, -0.029853325, 0.11825507, -0.1266219, -0.035908747, -0.027179906, -0.09394578, -0.107248306, 0.000541979, -0.061200544, -0.024837013, 0.0053975997, 0.017814586, -0.05382926, 0.0922865, -0.15499015) * inp_2_1_0; + result0 += M4(-0.026803698, -0.03689163, 0.024773858, -0.024776613, 0.023835085, 0.103969544, -0.01580862, -0.014334969, -0.002205302, -0.0065507595, 0.058469918, -0.05255904, -0.016154546, -0.026679695, -0.0022297816, -0.014502392) * inp_2_2_0; + result0 += M4(0.028078122, 0.2794735, 0.02043743, -0.013269822, -0.0069112084, -0.2905295, 0.0067768595, 0.0008341885, -0.05023395, 0.10181315, 0.07705284, -0.054124117, 0.06520775, -0.04132514, -0.11068868, 0.052190818) * inp_2_0_1; + result0 += M4(-0.10037066, -0.15912087, 0.055432197, 0.3000064, -0.014009785, -0.20990136, -0.09185901, -0.18783937, 0.011323513, 0.06145226, 0.26730964, -0.38835666, 0.08074848, 0.11648274, 0.107400686, 0.13202316) * inp_2_1_1; + result0 += M4(0.054533374, -0.030651595, 0.064748436, -0.11521519, -0.082970746, -0.16089259, -0.07056045, -0.0122828195, -0.008300171, 0.030350173, 0.2764626, -0.24443032, 0.027398918, -0.060851287, -0.050053008, 0.06686099) * inp_2_2_1; + result0 += M4(-0.030806756, 0.28152052, 0.016293688, 0.00019218923, 0.06385456, -0.768716, -0.008862266, -0.0013578102, 0.09297159, 0.17276277, 0.015002878, -0.011491623, 0.039086744, 0.12742285, -0.037600823, -0.028224783) * inp_2_0_2; + result0 += M4(-0.113680325, -0.090142876, 0.009299604, -0.042315293, -0.23041852, 0.10187753, -0.02534172, 0.015198311, -0.19454521, -0.03534942, 0.09299287, -0.05797667, 0.35324952, -0.034904387, 0.06753692, -0.06613343) * inp_2_1_2; + result0 += M4(-0.0041130786, 0.07705423, 0.029097408, -0.021241808, -0.14221656, 0.071248285, 0.0027881418, 0.02272239, 0.013451467, 0.0041271113, 0.04043472, -0.049031157, 0.05890192, 0.00071542076, -0.030902434, -0.01806016) * inp_2_2_2; + result1 += M4(-0.0100553315, 0.1445101, 0.025206093, 0.16367912, -0.0077398536, 0.057262916, -0.0018721124, 0.009491158, -0.019690538, -0.00050403655, -0.0022982846, 0.0064275805, 0.03182664, 0.08586602, 0.005296856, 0.11086229) * inp_2_0_0; + result1 += M4(0.100263774, 0.032224674, 0.007614719, 0.3077328, -0.11689845, 0.045522682, 0.005368042, -0.6640451, 0.05671755, 0.06947968, 0.0059584933, 0.12661453, 0.114836976, 0.0078067435, 0.012673742, 0.14992271) * inp_2_1_0; + result1 += M4(-0.014965994, -0.03613807, 0.017843746, 0.057888564, 0.0016416174, 0.039073598, 0.004485906, 0.01314407, -0.07619885, -0.013138787, 0.01482138, -0.014854271, 0.02104871, 0.058661107, 0.00537317, 0.059871946) * inp_2_2_0; + result1 += M4(-0.019947665, -0.02337146, -0.05745076, 0.06390522, 0.0061994577, -0.03513352, 0.0039894506, -0.1870658, 0.07621767, -0.041756485, 0.0042083175, -0.09015903, 0.050684888, -0.032862004, -0.0383148, -0.06806279) * inp_2_0_1; + result1 += M4(0.11575761, -0.03566747, -0.1419168, 0.07686426, -0.11935506, -0.5449443, -0.019731725, -0.4439198, 0.15448299, 0.06354772, -0.050596375, -0.17802976, -0.039333005, -0.1836554, -0.10640459, -0.024331508) * inp_2_1_1; + result1 += M4(-0.06137397, -0.028483927, -0.01319596, 0.029112315, 0.02215432, -0.47851038, -0.013122113, -0.37099057, -0.064374104, 0.12437201, 0.09441625, 0.0964911, 0.061800938, -0.020516852, -0.024200046, -0.080888055) * inp_2_2_1; + result1 += M4(-0.02180753, 0.2914682, 0.07562381, -0.046386164, 0.010121207, 0.020429429, 0.013896352, 0.010339173, -0.008270475, -0.0005158645, -0.0496025, 0.018030144, -0.0029540863, 0.053199697, -0.12489866, 0.07791219) * inp_2_0_2; + result1 += M4(0.03735715, 0.30508387, 0.15844251, -0.1175811, -0.03410126, -0.7469112, -0.13593495, 0.020091493, 0.0056048105, -0.1562087, -0.20568803, 0.007995341, 0.045260154, 0.37609518, 0.27776894, 0.14643498) * inp_2_1_2; + result1 += M4(-0.010797698, 0.18568471, 0.05050696, -0.03671986, -0.01899938, -0.3269143, -0.05808486, -0.057467256, -0.01960092, -0.17659442, 0.12925349, -0.14431082, -0.018930312, 0.18480995, -0.07412044, 0.15717995) * inp_2_2_2; + result2 += M4(-0.046204865, -0.103821956, -0.010860188, 0.037352648, 0.045176484, -0.11509887, 0.0032391804, 0.05722828, -0.014318247, -0.020388361, -0.006871636, 0.012856181, 0.0663493, -0.014491342, -0.00056829635, -0.018839898) * inp_2_0_0; + result2 += M4(0.015519363, -0.04379356, -0.048258897, 0.0092985695, -0.12677082, -0.0840051, -0.03845116, -0.44977376, 0.024705162, -0.08450324, -0.007273154, 0.003961096, 0.1205917, -0.06583735, 0.09004664, 0.056332048) * inp_2_1_0; + result2 += M4(-0.045568097, -0.03407655, 0.13666867, -3.1876676e-05, 0.019434048, -0.0877716, -0.32850698, -0.2531008, -0.06927688, -0.05049396, 0.07952079, 0.016784674, 0.037036795, 0.06620619, 0.044526313, -0.14102459) * inp_2_2_0; + result2 += M4(0.10563744, -0.054532535, -0.02444866, -0.04438278, 0.0056826673, -0.10505247, -0.0025805442, -0.011387135, -0.0163086, -0.0750018, 0.0057180603, 0.017566675, 0.020842876, -0.069835514, -0.025404071, -0.06463173) * inp_2_0_1; + result2 += M4(-0.09687428, -0.013830805, -0.0043008714, 0.19830416, -0.3254863, 0.07027251, 0.090760596, -0.42412746, -0.026216919, -0.042083472, 0.08191527, 0.08890029, 0.32130423, -0.10276524, -0.046229154, -0.09222065) * inp_2_1_1; + result2 += M4(-0.028740982, 0.05833635, -0.074025534, -0.11106386, -0.12051663, -0.016884184, -0.8760091, -0.21653624, -0.023070619, -0.086227246, -0.3356709, -0.10698863, 0.19418916, -0.06019335, 0.55395144, 0.04142959) * inp_2_2_1; + result2 += M4(-0.10068316, -0.055732206, 0.0039255223, 0.03194576, 0.0169547, -0.11442009, 0.0066540116, -0.06813424, 0.098051235, -0.104861155, 0.00054658856, 0.035421174, 0.078026086, -0.013412237, -0.0028990135, 0.050640628) * inp_2_0_2; + result2 += M4(-0.11782882, -0.123334214, -0.0017048669, -0.09074227, -0.012847767, -0.104540326, -0.024515854, 0.017064922, -0.12106071, 0.01742032, 0.024233157, -0.12282968, 0.1479409, 0.010675117, 0.03142114, -0.08293813) * inp_2_1_2; + result2 += M4(0.08341529, -0.093824685, -0.0050690966, 0.016659621, -0.1323844, -0.08899898, 0.011605324, 0.009853149, 0.1091089, -0.0008812067, 0.03615029, -0.014381648, 0.035703827, -0.0058702324, -0.01723073, -0.09445252) * inp_2_2_2; + result3 += M4(-0.0033674666, 0.27479184, -0.14520442, 0.056195375, 0.021564325, 0.120622255, 0.0747343, -0.06224032, -0.0316305, 0.08231498, -0.07389498, 0.02856619, -0.045992043, -0.35338366, 0.029923819, 0.039241537) * inp_2_0_0; + result3 += M4(-0.08923331, 0.017857159, 0.35180876, -0.07138678, 0.04999131, -0.57993644, -0.33715415, -0.06651225, 0.05477934, -0.14006998, 0.039397564, -0.043427624, -0.06581547, 0.23676425, 0.17026886, -0.17200765) * inp_2_1_0; + result3 += M4(0.10055006, 0.033518847, -0.050471883, -0.021379095, -0.13827854, -0.2650917, -0.06516931, 0.02099619, -0.07549386, 0.044028837, -0.0010062923, 0.00819925, 0.020101171, -0.03921381, 0.023089815, 0.02456863) * inp_2_2_0; + result3 += M4(0.03165244, -0.07129725, -0.23964712, -0.23844421, -0.037724618, -0.17837454, 0.016393203, -0.25098523, 0.06200857, 0.086369134, -0.027192384, -0.18964183, 0.039954573, -0.17039742, 0.13961609, 0.23892525) * inp_2_0_1; + result3 += M4(0.071400404, -0.015791003, 0.18592079, -0.10519635, -0.27906966, -0.4978389, -0.18447538, -0.12677093, -0.3329094, -0.0574575, 0.0017264464, -0.07430323, -0.031537917, 0.42141986, -0.11500433, -0.09284232) * inp_2_1_1; + result3 += M4(-0.01741798, 0.052760378, -0.06376725, -0.053840555, 0.12993482, -0.33029583, -0.043332346, -0.0067290626, 0.20229244, 0.1036244, -0.05800761, -0.013660656, -0.09456258, -0.32976916, -0.068030186, -0.0017372206) * inp_2_2_1; + result3 += M4(0.061151385, 0.28756905, -0.1282007, 0.072775304, 0.015067437, 0.06658751, -0.0007233735, 0.049608916, -0.025705693, 0.09252448, -0.081732415, -0.00092824135, -0.10873655, -0.07075192, 0.013692618, -0.10097195) * inp_2_0_2; + result3 += M4(0.019418621, -0.14067507, 0.12894523, -0.08513426, -0.017363464, 0.044414137, 0.06420442, 0.0006786324, 0.1281164, 0.056295928, -0.007402897, -0.017317312, -0.006835481, 0.11457798, -0.0066917334, -0.13481094) * inp_2_1_2; + result3 += M4(0.0070297364, 0.19065014, -0.017244624, 0.014097578, 0.02551897, 0.013782661, -0.00926291, -0.00593344, -0.004784505, 0.16583267, -0.021029223, -0.020769436, -0.035404734, -0.09736763, 0.00019690121, -0.01409137) * inp_2_2_2; + const V4 inp_3_0_0 = inp[3][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_3_1_0 = inp[3][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_3_2_0 = inp[3][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_3_0_1 = inp[3][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_3_1_1 = inp[3][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_3_2_1 = inp[3][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_3_0_2 = inp[3][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_3_1_2 = inp[3][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_3_2_2 = inp[3][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.02849564, 0.20801629, 0.07789714, -0.08591794, -0.013138032, -0.12500729, -0.05955897, -0.009347837, -0.0026199075, -0.18090871, 0.04996966, -0.024295611, 0.023241067, 0.2989913, -0.022329632, -0.01068407) * inp_3_0_0; + result0 += M4(0.006488096, 0.16587855, -0.023761768, 0.008591953, 0.017688885, 0.03924619, 0.037046492, 0.017823525, -0.032084648, -0.04694791, -0.038628716, 0.06675431, -0.05275973, -0.27945307, -0.10931105, 0.0933604) * inp_3_1_0; + result0 += M4(-0.0011106502, -0.09068102, -0.008446835, 0.0063396683, -0.0095890695, 0.080751486, 0.03700392, -0.010667634, 0.010742994, 0.020316003, -0.09261909, 0.07645715, 0.04386066, 0.20862317, 0.011739568, -0.019822497) * inp_3_2_0; + result0 += M4(0.092012346, -0.99243253, 0.08192624, -0.01996185, -0.12249764, -0.23786958, 0.02590213, 0.061792508, 0.024931097, -0.19624819, 0.020123413, -0.015653277, -0.1624149, -0.09031144, 0.036892284, -0.07276322) * inp_3_0_1; + result0 += M4(0.04910099, -0.05648109, 0.23602869, -0.32097897, -0.1457341, -0.16602312, -0.13416448, -0.12093756, 0.2184975, -0.059735287, -0.27835158, 0.3410014, 0.22202568, 0.010500871, 0.07437828, 0.13752706) * inp_3_1_1; + result0 += M4(-0.005880409, 0.055422354, -0.022551373, -0.0059791715, 0.018647302, 0.029757852, 0.019998867, 0.049658902, -0.04080723, -0.08332848, -0.15499778, 0.14148471, -0.17509991, -0.040453184, 0.09497388, -0.07449588) * inp_3_2_1; + result0 += M4(0.08568281, -0.29432014, -0.029305942, 0.053156, 0.06250727, 0.063061155, 0.0035598758, 0.003287929, -0.025394496, -0.06501153, 0.00040421658, 0.0016468758, -0.27703464, 0.046435226, 0.012366997, -0.08402375) * inp_3_0_2; + result0 += M4(0.032805514, 0.037855648, 0.056718554, -0.031252827, -0.19035767, -0.008683348, 0.040429004, 0.024449537, -0.2014328, -0.021833923, -0.08468981, 0.04139073, -0.37713024, -0.023530802, -0.08192364, 0.059064213) * inp_3_1_2; + result0 += M4(0.010253931, -0.09591305, -0.05260071, 0.07549732, -0.09035534, 0.055765323, 0.0043522757, -0.02160955, 0.06055933, 0.02745642, 0.0030234493, -0.013425673, 0.12574619, 0.080521055, 0.0094557395, -0.003933899) * inp_3_2_2; + result1 += M4(-0.012831924, -0.0132940365, 0.014013292, -0.038607925, -0.04236358, -0.0040199724, 0.00038156085, -0.06882647, 0.0035105674, -0.05997285, -0.019546315, -0.0690018, -0.05382405, -0.18697755, -0.016889963, -0.5278594) * inp_3_0_0; + result1 += M4(0.074903056, 0.030982196, -0.009691815, 0.021653235, -0.08748461, -0.12714823, -0.0073664947, -0.2103852, 0.27545306, -0.172489, -0.0138034215, -0.29320762, 0.01954728, -0.02743053, -0.023833975, -0.19926408) * inp_3_1_0; + result1 += M4(0.013739132, -0.112030625, 0.002236266, -0.11029386, 0.08357734, 0.029980266, -0.034573138, 0.19402589, 0.10511627, 0.018066818, -0.022175178, -0.06294438, -0.053210363, 0.02821048, 0.019673957, -0.048769414) * inp_3_2_0; + result1 += M4(-0.055812005, -0.124672994, -0.0028307915, 0.058708996, 0.0993413, 0.11292148, 0.0051302207, 0.09086054, -0.08655739, 0.018395796, 0.02877268, 0.05893856, -0.020206036, 0.2676144, 0.046343397, 0.2983221) * inp_3_0_1; + result1 += M4(-0.34456164, 0.16105084, -0.014667792, -0.11443499, -0.15428352, 0.019309709, 0.098831594, -0.22864045, 0.2626861, 0.15095614, -0.23578995, 0.29990196, 0.18960963, 0.21112593, 0.093182735, 0.47255817) * inp_3_1_1; + result1 += M4(0.059633996, 0.09617087, -0.044195272, 0.10701252, -0.0113297105, -0.19980581, -0.06557026, -0.35609877, 0.19168015, -0.17455539, -0.13791767, -0.080850326, -0.01642995, 0.2259445, 0.03632761, 0.34964672) * inp_3_2_1; + result1 += M4(-0.021547923, -0.033423975, 0.12387771, -0.15235455, -0.064095765, -0.22966129, -0.053911634, 0.009297953, 0.016425744, -0.031667043, 0.050109, -0.041998934, -0.0255521, -0.6661454, 0.0064874776, -0.06525574) * inp_3_0_2; + result1 += M4(-0.00955878, -0.18819161, 0.20119229, 0.067589976, 0.059636027, -0.21445525, -0.15586011, 0.12951705, -0.023852644, -0.17125781, -0.22089507, -0.15525785, 0.021554073, -0.24427617, -0.11932995, -0.11995491) * inp_3_1_2; + result1 += M4(0.00027492762, -0.011149431, -0.04397851, -0.015187671, -0.018693645, 0.17604014, 0.036288437, 0.027685415, 0.02450683, 0.028729985, -0.18002404, -0.06767717, -0.018331988, -0.06327862, 0.06566395, -0.04259143) * inp_3_2_2; + result2 += M4(0.020330925, -0.07583019, 0.00040865978, 0.17905723, -0.12488742, -0.038913324, -0.013407421, -0.15406337, -0.029491287, -0.019691758, 0.0037197322, -0.03494804, -0.048548967, -0.10085025, -0.011280026, -0.08775244) * inp_3_0_0; + result2 += M4(0.009023494, -0.08019787, 0.042378664, -0.005744673, -0.14025515, 0.04256303, 0.001598648, 0.21287486, 0.19740039, 0.006873391, 0.02995404, -0.017945066, 0.082922794, 0.045110267, -0.021023361, -0.0863003) * inp_3_1_0; + result2 += M4(0.012322307, -0.07433875, 0.27594987, -0.014473471, -0.085696355, 0.0740318, -0.10467701, -0.03484768, 0.04685408, -0.017835882, 0.16549787, -0.01544419, -0.15037893, -0.03528296, -0.059958216, -0.039337374) * inp_3_2_0; + result2 += M4(0.13516413, -0.015549442, 0.04405686, -0.08380343, -0.112463795, -0.11393289, 0.010840805, 0.06926739, 0.06683571, -0.013422019, 0.009995389, 0.13865924, -0.11091083, -0.04586237, -0.024832733, -0.10614919) * inp_3_0_1; + result2 += M4(-0.18775412, -0.05149138, 0.26367128, 0.06821067, -0.60855925, 0.024774756, 0.021855973, -0.29352945, -0.06843421, 0.054736953, 0.05677782, -0.15776412, -0.23566322, 0.024886563, 0.18402183, -0.35429534) * inp_3_1_1; + result2 += M4(0.03283841, -0.07640909, -0.23255424, 0.010227406, -0.20778243, 0.00991061, -0.17909159, 0.12931508, 0.08077656, 0.046959363, -0.17226915, 0.052532163, 0.010613912, 0.061070718, -0.24095905, -0.18562591) * inp_3_2_1; + result2 += M4(0.0634982, -0.08347916, 0.03740913, -0.0013856665, 0.045188613, 0.07850495, -0.0029027993, 0.034063198, -0.010978764, 0.02016892, -0.002155239, -0.061337594, -0.28043994, -0.0872294, -0.011892446, -0.35126853) * inp_3_0_2; + result2 += M4(0.3203884, -0.024319857, 0.09506602, 0.023610925, -0.27575597, -0.042449426, -0.017148286, 0.14666425, -0.13386834, 0.02054439, -0.05575814, 0.1107654, -0.16863112, 0.022383632, 0.08456575, 0.14868464) * inp_3_1_2; + result2 += M4(-0.016137088, 0.002761102, -0.0030788647, 0.09071825, -0.10555493, -0.11326085, 0.016684838, -0.06471668, -0.09259946, 0.0008187052, -0.074667886, 0.007401484, 0.16636859, 0.08404795, 0.1367621, 0.019132363) * inp_3_2_2; + result3 += M4(-0.084024556, -0.034183636, -0.11003828, 0.07596261, 0.009530936, -0.123412155, 0.062994644, -0.0016971333, 0.030774757, 0.06060111, -0.112204134, -0.015265249, 0.06952364, -0.12871222, -0.1793224, -0.082263656) * inp_3_0_0; + result3 += M4(0.035075944, -0.03648615, -0.03251158, -0.02360845, 0.09579168, -0.093637735, -0.12766589, 0.02200376, 0.05223472, -0.38457364, 0.2035677, -0.06779454, 0.075349145, 0.24952288, 0.2585974, -0.026620159) * inp_3_1_0; + result3 += M4(0.05988551, 0.024185207, 0.053580564, 0.00680627, -0.010874452, -0.118844636, 0.077303134, 0.0002133361, -0.002078051, -0.13200852, -0.059146896, -0.016534718, -0.0701598, 0.3903104, -0.044406667, 0.06022056) * inp_3_2_0; + result3 += M4(-0.0680266, 0.13831161, -0.099020086, 0.027603677, -0.012557745, -0.12612383, 0.009141904, 0.0027618592, -0.048944946, -0.04472969, -0.019392889, -0.050438944, -0.30377015, 0.09719155, -0.1927275, -0.21734476) * inp_3_0_1; + result3 += M4(-0.0345394, -0.087790735, -0.5650414, 0.06738396, -0.08137511, -0.33920997, -0.13534264, 0.13543794, 0.13309768, -0.15364899, 0.15392002, 0.051194873, 0.24646005, -0.035910964, 0.35060343, -0.029892717) * inp_3_1_1; + result3 += M4(-0.02596073, -0.3088059, -0.008306526, -0.0453417, 0.008620145, 0.13213503, -0.14677626, 0.0022890011, -0.1017914, -0.16327615, 0.15063281, 0.03946359, 0.028780328, 0.01931414, -0.08703548, 0.047522143) * inp_3_2_1; + result3 += M4(-0.028443659, -0.04586124, -0.079354525, -0.22521858, -0.0010945717, 0.18372962, -0.16510531, -0.11550843, 0.060972877, -0.0015049014, 0.011682705, -0.014153036, -0.18183236, -0.27702382, -0.13596578, -0.065135516) * inp_3_0_2; + result3 += M4(0.017811868, 0.15783854, -0.028239341, 0.059509262, 0.038688328, -0.36765572, 0.10929163, -0.010511875, -0.10294899, -0.1696231, 0.008989734, 0.07924746, -0.37400815, -0.12820886, -0.0072698053, -0.12196404) * inp_3_1_2; + result3 += M4(-0.0034627488, -0.07924724, 0.05619683, -0.012788033, 0.018114138, -0.024447763, -0.07260673, 0.005397169, 0.029772269, -0.095115826, -0.011049113, -0.026298985, -0.016546406, 0.17970195, -0.023208177, -0.0030759405) * inp_3_2_2; + const ivec2 output_base = ivec2(gl_GlobalInvocationID) * ivec2(2, 2); + imageStore(out_image, output_base + ivec2(0, 0), max(result0, V4(0.0))); + imageStore(out_image, output_base + ivec2(1, 0), max(result1, V4(0.0))); + imageStore(out_image, output_base + ivec2(0, 1), max(result2, V4(0.0))); + imageStore(out_image, output_base + ivec2(1, 1), max(result3, V4(0.0))); +} + +//!DESC ArtCNN C4F16 (Conv2D-5) +//!COMPUTE 24 32 12 16 +//!HOOK LUMA +//!BIND conv2d_4 +//!SAVE conv2d_5 +//!WIDTH LUMA.w 2.0 * +//!HEIGHT LUMA.h 2.0 * +//!COMPONENTS 4 +//!WHEN OUTPUT.w LUMA.w / 1.3 > OUTPUT.h LUMA.h / 1.3 > * +#extension GL_EXT_shader_explicit_arithmetic_types_float16 : enable +#ifdef GL_EXT_shader_explicit_arithmetic_types_float16 +# define V4 f16vec4 +# define M4 f16mat4 +# define F float16_t +#else +# define V4 vec4 +# define M4 mat4 +# define F float +#endif + +const ivec2 ksize = ivec2(3, 3); +const ivec2 offset = ksize / 2; +const ivec2 wg_size = ivec2(gl_WorkGroupSize); +const ivec2 isize = wg_size + ksize - 1; +shared V4 inp[4][isize.y][isize.x]; +void hook() { + const uvec2 local_xy = gl_LocalInvocationID.xy; + ivec2 base = ivec2(gl_WorkGroupID) * wg_size; + for (uint y = local_xy.y; y < isize.y; y += wg_size.y) { + for (uint x = local_xy.x; x < isize.x; x += wg_size.x) { + const ivec2 input_base = (base + ivec2(x,y) - offset) * ivec2(2, 2); + inp[0][y][x] = V4(conv2d_4_mul * texelFetch(conv2d_4_raw, input_base + ivec2(0, 0), 0)); + inp[1][y][x] = V4(conv2d_4_mul * texelFetch(conv2d_4_raw, input_base + ivec2(1, 0), 0)); + inp[2][y][x] = V4(conv2d_4_mul * texelFetch(conv2d_4_raw, input_base + ivec2(0, 1), 0)); + inp[3][y][x] = V4(conv2d_4_mul * texelFetch(conv2d_4_raw, input_base + ivec2(1, 1), 0)); + } + } + + barrier(); + V4 result0 = V4(-0.0018953535, 0.0058265817, 0.018822813, -0.013862387); + V4 result1 = V4(-0.0010489298, 0.005604526, -0.00053814566, 0.0020017463); + V4 result2 = V4(0.010203275, 0.011347302, 0.0063539655, -0.00053525064); + V4 result3 = V4(-0.0053338343, 0.001321621, 0.036247738, -0.019181821); + const V4 inp_0_0_0 = inp[0][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_0_1_0 = inp[0][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_0_2_0 = inp[0][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_0_0_1 = inp[0][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_0_1_1 = inp[0][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_0_2_1 = inp[0][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_0_0_2 = inp[0][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_0_1_2 = inp[0][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_0_2_2 = inp[0][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.19293816, -0.24982975, -0.21115892, 0.023415579, 0.009774828, 0.06236626, 0.08222207, -0.0629858, 0.0619333, 0.012681148, -0.14015609, 0.07153636, -0.13429844, -0.05804902, 0.18437627, -0.058576047) * inp_0_0_0; + result0 += M4(-0.4484673, -0.96403027, -0.21804763, -0.33155116, 0.13409126, 0.11143466, 0.07317458, -0.034854446, 0.0052757114, -0.02699294, -0.0018612333, -0.010977338, -0.08321815, 0.047566846, 0.0144794155, 0.04763027) * inp_0_1_0; + result0 += M4(0.5540873, -0.32753128, -0.6608504, -0.2889768, 0.119986236, 0.08951169, 0.1222837, -0.1704321, -0.028143425, -0.08819469, -0.033623528, 0.014351359, 0.008765508, 0.04452446, 0.020204451, -0.00047179594) * inp_0_2_0; + result0 += M4(0.0037529117, 0.080815926, 0.057914045, 0.10689451, 0.043663103, 0.12956528, 0.10605515, -0.008775666, -0.063651286, -0.08790763, -0.0064682956, -0.045193557, 0.035341766, 0.037771374, -0.10269953, 0.018227393) * inp_0_0_1; + result0 += M4(0.16825603, 0.12547831, 0.21248084, 0.2577808, 0.20802349, 0.13508378, 0.50583375, 0.16538978, 0.29226398, -0.73408896, 0.031909198, -0.14322773, -0.5266555, 0.68081826, -0.1012102, 0.02099461) * inp_0_1_1; + result0 += M4(0.17190212, -0.01142557, -0.1571053, 0.0655869, -0.057913907, 0.36778232, -0.15601146, -0.0419103, -0.1550589, -0.123147294, 0.06394219, 0.092019394, 0.21199438, 0.15671359, -0.046308175, -0.124025375) * inp_0_2_1; + result0 += M4(-0.0008404076, 0.004338585, 0.0019855557, 0.00018114936, -0.020474406, 0.06057655, 0.030161498, -0.06145807, -0.04435459, -0.08627908, 0.10944488, 0.01887649, -0.03103268, 0.03310187, -0.17767999, -0.019043589) * inp_0_0_2; + result0 += M4(0.12954727, -0.12922326, 0.2350974, 0.049719814, 0.13253595, 0.09160491, -0.21646306, -0.04050591, -0.036288727, -0.056381904, 0.0121351825, 0.04496311, -0.31566897, 0.11194864, -0.42841324, -0.016267655) * inp_0_1_2; + result0 += M4(-0.024690468, 0.014333521, -0.06532126, -0.0041400986, -0.10427263, 0.18187162, 0.01258527, -0.019371599, 0.1249462, 0.024022829, -0.031402778, 0.02241293, -0.26506376, 0.08613873, -0.12220515, -0.0029115404) * inp_0_2_2; + result1 += M4(0.31627145, 0.15249805, -0.08140558, 0.42994848, -0.09804992, -0.012594858, 0.0026646887, -0.0043445844, 0.043157805, 0.109746225, -0.026367161, 0.09464095, -0.015199039, -0.14187415, 0.12840094, -0.067172185) * inp_0_0_0; + result1 += M4(-0.1638916, -0.36235115, -0.1975086, 1.575765, -0.1965545, -0.08610196, -0.10926018, -0.00033870476, 0.040758844, -0.0061201644, -0.08756401, 0.04615102, 0.035327163, 0.044442933, 0.10312399, 0.036930207) * inp_0_1_0; + result1 += M4(-0.8492598, -0.33897942, 0.72526574, 0.4631478, -0.17841868, -0.1410183, -0.16832137, -0.013158105, 0.033784576, -0.025566028, 0.0039394298, 0.0092234295, -0.02678299, -0.0073904945, -0.015628401, 0.02390855) * inp_0_2_0; + result1 += M4(0.08460976, -0.009893607, 0.061330132, 0.051070828, -0.16053094, 0.007680145, -0.0623621, -0.07080623, 0.09263616, -0.07130709, 0.094535634, -0.0007521465, -0.06824691, -0.017334202, -0.14649309, 0.05471789) * inp_0_0_1; + result1 += M4(0.21807747, -0.008780514, -0.23558716, -0.07192246, -0.11119064, -0.045066413, -0.01870417, 0.16801721, 0.45134255, 0.14678022, 0.013131626, -0.12167587, -0.34481934, -0.20810209, 0.008862433, 0.14668722) * inp_0_1_1; + result1 += M4(0.10040009, -0.23140623, 0.13991402, 0.13232943, -0.44653964, -0.22550936, 0.041132253, -0.030094247, 0.057539612, -0.09650221, -0.20644088, 0.07337908, -0.0066268765, 0.061737567, 0.22057678, 0.13231337) * inp_0_2_1; + result1 += M4(-0.0073576197, 0.019599516, 0.017028693, 0.00043496815, -0.098762505, -0.010775835, 0.034300815, -0.07583991, 0.042083025, 0.06400441, 0.08720754, -0.007852188, 0.0372069, -0.1406307, -0.076517396, -0.074295625) * inp_0_0_2; + result1 += M4(0.0059161535, 0.0372593, 0.13355313, 0.22900341, -0.16262229, -0.15288241, -0.3086904, -0.120383196, 0.021071693, -0.13865116, -0.007022702, -0.07665101, -0.024432838, -0.033629846, -0.012343005, -0.23553605) * inp_0_1_2; + result1 += M4(0.028445385, -0.009794425, -0.023792878, -0.075042315, -0.12081588, -0.055164486, 0.13519762, -0.108135365, -0.085314415, -0.031570014, 0.027543535, -0.044589665, 0.13610293, -0.018678987, -0.14013505, -0.15338679) * inp_0_2_2; + result2 += M4(0.21252534, -0.11910489, -0.45723984, -0.06417371, -0.021582598, 0.02339392, -0.018546809, -0.012605804, 0.032364845, -0.035078682, 0.058367588, -0.0005620972, 0.051605877, 0.0215126, -0.16632713, 0.026713151) * inp_0_0_0; + result2 += M4(-0.4662353, 0.36299333, -1.5159458, -0.50809747, -0.23438907, 0.030885411, 0.06186301, 0.06464797, 0.016437657, -0.0112345265, -0.114750154, -0.010771786, 0.00076314394, 0.031646077, 0.23297943, 0.08224971) * inp_0_1_0; + result2 += M4(-0.5306165, 0.022781476, -0.6611916, -0.13589059, -0.29746577, -0.03359175, 0.1488752, 0.08763788, 0.0734923, 0.016807996, -0.014261707, -0.009930438, -0.052407317, -0.011143981, -0.0003923795, 0.0061985618) * inp_0_2_0; + result2 += M4(0.07399199, 0.0057193898, 0.025029065, 0.037136503, -0.09694074, -0.015754705, 0.0858824, 0.02630069, 0.1436345, -0.024873883, -0.042757105, -0.0028142098, -0.13067973, 0.016069483, -0.07657447, 0.03459619) * inp_0_0_1; + result2 += M4(-0.024490986, -0.056364402, -0.12789075, -0.2377805, -0.35516652, -0.11532965, 0.096392564, 0.3001136, 0.50962794, -0.09597639, -0.13577257, 0.02288129, -0.62172246, 0.2233473, -0.027296012, 0.3107101) * inp_0_1_1; + result2 += M4(-0.1822321, -0.019152636, -0.03883703, 0.06758995, -0.32357153, 0.010696737, -0.20381221, -0.14015651, 0.04149892, 0.08667886, 0.052319348, -0.028778236, -0.08863007, -0.1016996, -0.026162509, 0.21760902) * inp_0_2_1; + result2 += M4(-0.019655038, 0.01048052, 0.014871437, 0.0047376687, -0.05845112, -0.027396418, 0.0135491295, -0.01598734, 0.010417036, -0.027401034, 0.041378684, 0.10007943, -0.0045745275, -0.03977022, -0.06537003, -0.05988692) * inp_0_0_2; + result2 += M4(0.051048204, 0.112982355, 0.030450165, -0.11833691, -0.22066031, -0.020368785, 0.07926755, -0.14934708, 0.1024632, 0.05717762, 0.07574149, 0.037296783, -0.108641684, -0.14161289, -0.18493624, -0.097702526) * inp_0_1_2; + result2 += M4(0.022333367, -0.035479385, -0.06719012, 0.072104804, -0.13920522, -0.06867922, 0.1834858, 0.09901816, -0.10181411, -0.011209808, -0.03838759, -0.079485156, 0.1112582, -0.04442816, -0.03244046, 0.17494577) * inp_0_2_2; + result3 += M4(-0.008458485, 0.559754, -0.1359481, -0.20492737, 0.010565355, 0.07826572, -0.04546082, -0.06438555, 0.044124458, 0.015091466, -0.039031394, 0.024674136, -0.015993683, -0.046678152, 0.038969137, 0.08587786) * inp_0_0_0; + result3 += M4(-0.12672317, 0.7919048, 0.09465808, -0.28959075, 0.17336527, 0.2023873, -0.07387402, -0.09773626, 0.21337758, -0.035826, -0.023157721, -0.026020411, -0.35271186, -0.004095575, -0.043581124, 0.092579946) * inp_0_1_0; + result3 += M4(-0.0762927, 0.6058523, 0.210049, -0.15095702, -0.12984839, 0.046832986, 0.003953526, -0.09747306, 0.07599791, 0.03548356, -0.052436605, 0.007820468, -0.013407755, 0.014487795, 0.04603643, 0.010825038) * inp_0_2_0; + result3 += M4(-0.039665997, -0.035092063, -0.06810712, 0.108950034, -0.000649656, 0.13788638, -0.015922725, -0.0054936605, 0.017050518, -0.23598951, -0.0052512363, 0.035469808, -0.026771294, 0.17689878, 0.026165131, 0.060948808) * inp_0_0_1; + result3 += M4(0.20632705, -0.16090605, -0.24408017, -0.053601943, -0.2055891, 0.5841354, -0.037936993, -0.042822365, 0.48433793, 0.15146664, -0.039210964, 0.2029982, -0.5239856, -0.14422977, 0.07044831, -0.02499571) * inp_0_1_1; + result3 += M4(-0.14769523, 0.030178303, 0.007047456, 0.10304811, 0.17505062, 0.3024603, 0.0046870145, -0.20263235, 0.09975853, 0.13236913, -0.11148928, 0.22456545, -0.2844659, -0.14753824, 0.21022335, -0.16320874) * inp_0_2_1; + result3 += M4(-0.021687089, 0.013914326, 0.005674425, -0.02157544, 0.06648613, 0.13842705, 0.010751784, -0.0279543, 0.09411157, 0.043079033, -0.0016886615, 0.053833924, -0.047202144, -0.04031651, -0.006346014, -0.06269334) * inp_0_0_2; + result3 += M4(0.010542784, -0.038660403, -0.027727835, 0.0442041, -0.058916762, 0.21794543, -0.0050698183, -0.03180731, 0.29513338, -0.21027178, -0.030230556, 0.12158278, -0.059518564, 0.16094229, 0.092587315, -0.17798163) * inp_0_1_2; + result3 += M4(-0.01876096, -0.033373438, 0.013868456, -0.06437974, 0.10535872, 0.2320939, -0.041797537, -0.03412653, 0.042804, -0.019821629, 0.017664902, 0.02014612, -0.008958272, -0.04446397, -0.04071955, -0.08878301) * inp_0_2_2; + const V4 inp_1_0_0 = inp[1][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_1_1_0 = inp[1][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_1_2_0 = inp[1][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_1_0_1 = inp[1][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_1_1_1 = inp[1][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_1_2_1 = inp[1][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_1_0_2 = inp[1][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_1_1_2 = inp[1][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_1_2_2 = inp[1][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.01583359, 0.06754533, -0.01712357, -0.03930749, 0.019515904, 0.0476419, -0.04839703, 0.099027, -0.02762645, -0.07761426, -0.14227375, 0.005808833, 0.062241603, 0.032665376, -0.10276744, 0.0037447736) * inp_1_0_0; + result0 += M4(0.176867, 0.074107334, -0.16574392, -0.06600555, -0.17686988, 0.40425017, 0.5451527, 0.13584052, -0.17639911, -0.19718716, 0.2380433, 0.040593807, 0.10853866, 0.046141937, -0.2325924, 0.007987454) * inp_1_1_0; + result0 += M4(0.0772586, 0.12861234, 0.08976759, 0.03701837, 0.19125976, 0.10426821, -0.040152878, -0.07515106, -0.14654006, -0.20254305, -0.13209806, 0.07523701, 0.03458956, -0.012815592, -0.028856799, 0.029668355) * inp_1_2_0; + result0 += M4(0.019110488, 0.060465347, 0.12735324, 0.029926497, 0.020046815, 0.08939445, -0.010156248, -0.0047141416, 0.009727405, -0.030973857, -0.07694125, -0.0052544693, -0.0875518, -0.080452956, -0.05976568, -0.096559025) * inp_1_0_1; + result0 += M4(0.42901465, 0.2590428, 0.13991387, 0.07037277, 0.36930072, 0.10277632, 0.35448986, 0.0075549292, 0.3952787, -0.24613738, 0.39837205, -0.077002235, 0.63838506, -0.36808252, 0.0059239357, 0.23111042) * inp_1_1_1; + result0 += M4(0.02320368, 0.10004724, 0.0126293525, -0.090640485, -0.067141384, 0.019517098, -0.01910994, -0.08992004, -0.015479739, -0.039290965, 0.058866188, 0.023926063, -0.08454309, -0.10365931, 0.0992991, -0.01995878) * inp_1_2_1; + result0 += M4(0.017662264, 0.048447046, -0.009959364, -0.04590219, 0.015489817, 0.07478854, 0.0035829754, -0.044818107, -0.020652944, 1.7518421e-06, 0.024685964, 0.012436587, -0.009526269, -0.0948704, 0.23454551, -0.00925439) * inp_1_0_2; + result0 += M4(0.10283008, -0.003436092, 0.12427426, 0.086562015, 0.204189, -0.042327147, 0.064794585, 0.015408602, 0.07648754, 0.08140967, 0.14045514, -0.025799247, -0.04064487, -0.2135315, 0.069888115, -0.020488435) * inp_1_1_2; + result0 += M4(0.062685005, -0.0087055005, -0.049382843, -0.014352606, 0.028499393, -0.027238736, 0.09515428, -0.023900118, -0.071811944, -0.03655884, -0.04257451, -0.010197308, 0.029228672, -0.005827241, -0.12256195, -0.029949382) * inp_1_2_2; + result1 += M4(-0.07721696, 0.019634021, -0.065468505, -0.0538411, 0.15386713, 0.105303764, -0.05682918, 0.014476583, 0.21499005, 0.09528613, -0.035307407, -0.0109019205, -0.017080473, 0.06655509, -0.14565326, 0.021859277) * inp_1_0_0; + result1 += M4(-0.08070917, 0.014726409, 0.07630219, -0.1974782, -0.045234982, -0.10786042, -0.20062084, 0.00798719, 0.2289415, 0.15024285, -0.24757579, -0.11945095, -0.06408308, 0.023932865, 0.13997374, -0.08553081) * inp_1_1_0; + result1 += M4(-0.103800066, -0.0119613, -0.0497909, -0.13598542, -0.090290286, 0.13484626, 0.29374337, -0.085325494, 0.13760795, 0.09128403, 0.10423313, -0.022034246, 0.0075501916, 0.033313587, 0.08877397, -0.06258862) * inp_1_2_0; + result1 += M4(-0.19667187, 0.07910811, 0.14975567, 0.11546245, -0.007856336, 0.05762079, -0.026586441, -0.047359627, 0.0952913, -0.0048787566, 0.009396981, 0.07306324, -0.05333312, -0.092696056, 0.1484569, -0.014510268) * inp_1_0_1; + result1 += M4(-0.4483713, -0.08914751, -0.06830535, 0.22022808, -0.02908167, 0.19700284, -0.23201343, 0.100948244, 0.10150403, 0.36964548, 0.3682474, 0.38162547, -0.07337941, 0.32787672, 0.22884098, -0.17473112) * inp_1_1_1; + result1 += M4(-0.11851422, -0.1997371, -0.09265734, -0.068350844, 0.027532142, 0.0598685, 0.20098667, 0.19505432, -0.0071426006, 0.122263566, 0.09087172, 0.14061768, -0.068963185, -0.22508137, -0.27521184, 0.05226415) * inp_1_2_1; + result1 += M4(-0.08752191, -0.035636704, -0.026970783, -0.0063899173, -0.06535668, -0.0097355945, 0.0016719002, -0.028427562, 0.04458897, -0.008972722, 0.0011736943, -0.040193666, 0.06178452, 0.09981747, 0.13165061, 0.066930525) * inp_1_0_2; + result1 += M4(-0.08367123, -0.05284521, 0.027751574, 0.05405288, -0.013956896, 0.13211827, 0.02718628, 0.04126972, 0.013591151, 0.05696284, 0.021740496, -0.06569428, -0.13156594, -0.2217979, 0.12002505, 0.081010014) * inp_1_1_2; + result1 += M4(-0.09057673, -0.065086775, 0.052175682, 0.040668074, -0.0011252841, 0.033768404, 0.055707283, 0.1775509, 0.024380935, -0.0029724136, 0.011439569, -0.036639195, -0.034154296, -0.040933546, -0.04963123, -0.27177313) * inp_1_2_2; + result2 += M4(-0.07619493, 0.015114808, 0.12194339, -0.05388546, 0.122937895, 0.06766423, 0.08985467, -0.0026659921, 0.16911712, -0.12348506, 0.10205851, 0.0040722685, -0.08778425, -0.04494511, 0.13364732, -0.05704994) * inp_1_0_0; + result2 += M4(0.067183, -0.08808697, 0.061798133, 0.026947606, -0.2520032, 0.27808714, -0.12131742, -0.073309034, 0.10515911, -0.05996287, -0.10040219, -0.3855947, 0.09427887, -0.040533386, -0.11460287, -0.11597825) * inp_1_1_0; + result2 += M4(-0.19422445, -0.044388153, 0.030549884, -0.022434473, -0.052113403, -0.03193732, 0.058239404, -0.095854744, 0.20687638, 0.091036074, 0.040095903, -0.12101788, 0.029437194, -0.009060895, -0.091376856, -0.08326711) * inp_1_2_0; + result2 += M4(-0.033702653, 0.062329434, 0.056782924, 0.1510267, 0.10268749, -0.0012141394, 0.028026294, 0.06589578, 0.07167968, 0.0382477, -0.036623612, -0.05445876, 0.061408594, -0.007828243, 0.08684674, 0.061775405) * inp_1_0_1; + result2 += M4(0.18673033, -0.010594418, 0.11519751, -0.015496185, -0.060910117, 0.17213313, 0.10663717, -0.23498611, -0.11552151, 0.12067305, -0.11170714, -0.006541151, 0.41895327, -0.13074741, -0.12857904, -0.28355864) * inp_1_1_1; + result2 += M4(-0.16524398, -0.055524822, -0.0810091, -0.029351775, 0.05192384, -0.032889236, 0.038031064, -0.058420878, 0.061196484, 0.009064973, 0.0010509911, 0.03512171, -0.15589699, -0.004647887, 0.021679884, 0.044907816) * inp_1_2_1; + result2 += M4(-0.044117562, -0.019335665, 0.03378335, -0.027249482, -0.055734895, -0.007945039, -0.0096593145, -0.043825258, 0.00033283542, 0.00740868, -0.008989796, 0.011453801, -0.0032866534, -0.03677149, 0.08357763, 0.13552722) * inp_1_0_2; + result2 += M4(-0.056846637, 0.06251862, 0.10164459, -0.049285304, 0.013761074, 0.044591248, 0.08373373, 0.05985056, -0.08572338, -0.023269488, 0.038841605, -0.015587152, 0.021170331, 0.11302778, 0.11370839, -0.32551986) * inp_1_1_2; + result2 += M4(-0.05821609, 0.004350518, -0.047714118, -0.026734909, 0.010570952, 0.0018678942, -0.017686881, 0.03402182, 0.030670093, 0.0034491834, 0.046588063, 0.023750719, -0.018057328, 0.01436053, -0.016733939, -0.0806178) * inp_1_2_2; + result3 += M4(0.024148023, -0.056969013, -0.007182248, -0.06978146, -0.18521935, 0.049342513, -0.1059268, -0.010528267, -0.13987224, -0.046478126, 0.011630029, 0.03975061, 0.028102472, -0.015797462, 0.041665286, -0.052644428) * inp_1_0_0; + result3 += M4(0.23887786, -0.03063249, -0.0078508025, -0.110535435, -0.47775343, 0.31345952, 0.037840076, 0.1917282, -0.4675718, 0.18246669, -0.071136154, 0.07569014, 0.3363767, -0.05939815, 0.03330824, -0.1149139) * inp_1_1_0; + result3 += M4(-0.03199022, -0.027461693, -0.017600277, -0.01040416, -0.3335923, -0.16069661, -0.0011826943, -0.14604628, -0.10750828, -0.031318568, -0.11515191, 0.14961019, 0.01875921, -0.05859786, 0.0062334435, -0.026974274) * inp_1_2_0; + result3 += M4(0.16624868, 0.08622376, 0.013066398, -0.013561043, -0.14781322, 0.06166629, -0.01690182, 0.03240959, -0.19101089, -0.23269162, 0.023481557, 0.039373416, 0.10989115, -0.33205244, 0.06563763, -0.03763514) * inp_1_0_1; + result3 += M4(0.763446, -0.36806998, -0.054857958, -0.054847606, -0.6365203, 0.124305926, -0.11834348, 0.012177892, -0.41701862, -0.12154834, 0.19443808, 0.23409277, 0.74961615, -0.14717795, 0.08279371, 0.010061856) * inp_1_1_1; + result3 += M4(0.3890335, 0.11852343, 0.06878882, -0.106771834, 0.0013103477, 0.036700066, 0.061958365, -0.23648676, -0.13740712, -0.031022822, -0.005026855, -0.0040705674, 0.3481052, 0.21652177, 0.13818942, 0.14510764) * inp_1_2_1; + result3 += M4(0.024962775, -0.00930012, 0.016999796, -0.007042678, -0.049675427, 0.0561294, 0.010110364, -0.020104202, -0.027516196, 0.02439481, -0.018409938, -0.015501763, 0.07540284, 0.080506206, 0.0070816637, 0.019382445) * inp_1_0_2; + result3 += M4(0.18482067, 0.02875042, -0.028305996, 0.056233536, -0.25161085, -0.07676187, -0.030247726, 0.031174812, -0.16452968, 0.17400448, -0.05394027, -0.11061602, 0.5713144, -0.07015428, 0.0838255, 0.13299061) * inp_1_1_2; + result3 += M4(0.066211306, 0.086373925, 0.025565708, -0.018157946, 0.023741372, 0.08362605, 0.034379553, 0.005279233, -0.03009191, -0.006536514, -0.0043627736, -0.026205579, 0.032223664, -0.11968535, 0.0042308527, -0.02536624) * inp_1_2_2; + const V4 inp_2_0_0 = inp[2][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_2_1_0 = inp[2][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_2_2_0 = inp[2][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_2_0_1 = inp[2][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_2_1_1 = inp[2][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_2_2_1 = inp[2][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_2_0_2 = inp[2][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_2_1_2 = inp[2][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_2_2_2 = inp[2][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.020806601, 0.0011769276, -0.06854966, 0.06404834, 0.010257402, 0.09078626, -0.09029915, -0.038121767, -0.08009543, 0.024868483, 0.33892182, 0.02145583, 0.054771744, 0.049150817, -0.011070969, -0.028411673) * inp_2_0_0; + result0 += M4(-0.038379848, -0.008772784, 0.029454285, 0.043145403, -0.028629266, -0.008691371, -0.040970787, -0.06477745, -0.1791925, 0.003425941, -0.14729068, 0.16579328, 0.13128689, -0.002635605, -0.13834825, 0.05271074) * inp_2_1_0; + result0 += M4(-0.091530494, -0.014356574, 0.03452029, 0.058324084, -0.047370777, 0.042062152, 0.052640617, 0.08313879, 0.011118099, -0.019573802, -0.05845368, -0.027856722, 0.1666636, 0.10776295, -0.053498384, -0.035426028) * inp_2_2_0; + result0 += M4(-0.07106617, -0.12926805, 0.11532138, -0.025411379, -0.02660926, -0.011154649, -0.0171705, 0.013136738, -0.65104634, 0.24976598, 0.12305868, -0.6479581, 0.24736935, -0.21200751, 0.08362573, -0.07467725) * inp_2_0_1; + result0 += M4(-0.033144828, -0.2901839, 0.19474508, -0.018116087, -0.0337689, -0.0077542337, 0.022090381, 0.011201993, 0.0003965253, 0.10669989, -0.06420536, 0.21434414, -0.025104653, 0.25331414, -0.094278105, 0.015236804) * inp_2_1_1; + result0 += M4(0.054170903, -0.03878034, 0.023502445, -0.04763652, 0.0436261, 0.02125075, -0.07865895, 0.008801445, -0.03805679, 0.017889298, 0.08710609, 0.028471842, 0.1409927, 0.24610753, 0.18868911, -0.0038281744) * inp_2_2_1; + result0 += M4(-0.024401257, 0.029200602, -0.037531514, 0.020089343, 0.0031562252, -0.015761279, 0.08060079, 0.07492363, -0.75374854, 0.069819294, -0.6806557, -0.22842103, -0.01784711, -0.0015924854, -0.02660206, 0.06682451) * inp_2_0_2; + result0 += M4(-0.18408458, 0.04495705, -0.27017567, -0.04060905, -0.060091477, 0.04199921, 0.042240314, -0.05247994, 0.01244936, -0.11446392, 0.012699051, 0.19231313, 0.16377899, -0.0021420936, 0.20178908, 0.022177307) * inp_2_1_2; + result0 += M4(-0.076426975, 0.060788747, -0.12581491, -0.026730899, 0.078445174, 0.031476885, -0.018560112, -0.027070913, 0.032900266, -0.012133513, -0.06886763, 0.048137616, 0.32230917, -0.11296064, 0.15351215, -0.010818085) * inp_2_2_2; + result1 += M4(0.06736406, 0.075990364, 0.0043325764, 0.043084458, 0.066263326, 0.08283939, 0.01714942, -0.043197032, -0.034201793, -0.19740304, -0.028645728, -0.42067948, -0.17401718, -0.10356778, -0.21782434, -0.1368192) * inp_2_0_0; + result1 += M4(0.121906675, 0.040143315, -0.06954, 0.029039154, -0.064667046, 0.00652776, -0.016123066, -0.042725384, 0.076855555, 0.10874429, 0.057248183, 0.1804212, -0.024840739, -0.001273071, 0.20704693, -0.25340644) * inp_2_1_0; + result1 += M4(0.053181823, 0.010691048, -0.041441515, -0.020986209, 0.07976909, -0.08821121, -0.028313044, 0.08507492, -0.015487181, -0.010594703, 0.04398618, 0.10098527, -0.10889402, -0.0034516156, 0.08802651, 0.039294768) * inp_2_2_0; + result1 += M4(0.122033805, 0.02009872, 0.11733401, -0.01198582, 0.0035701713, 0.085737005, 0.0051125716, -0.08456334, 0.121365964, -0.4063034, -0.073627055, -0.8934959, 0.07101478, -0.0012460023, -0.13605523, 0.4156497) * inp_2_0_1; + result1 += M4(0.09683759, -0.22955927, 0.10484432, -0.26306942, -0.084963664, -0.054211535, 0.0077070566, -0.030115092, 0.05744336, 0.25544357, -0.22682056, -0.22863898, 0.034472905, 0.31963208, -0.19928747, 0.9492331) * inp_2_1_1; + result1 += M4(0.070213765, -0.0038610063, 0.0033997372, 0.06119504, -0.047582276, -0.09507793, -0.083675615, 0.08001755, 0.040334526, 0.037215024, -0.068379946, -0.018164538, -0.0459578, 0.09890098, -0.13228115, -0.16900617) * inp_2_2_1; + result1 += M4(-0.036349338, 0.03735424, -0.013125493, -0.04058556, 0.04095882, -0.011006372, -0.09501445, 0.009363677, -0.13656218, -0.39543343, -0.08865905, -1.3125815, 0.09805664, -0.108527824, -0.039054662, -0.06415699) * inp_2_0_2; + result1 += M4(0.13630877, -0.095158935, -0.10042646, -0.3309934, 0.010858195, -0.07095434, 0.045891337, -0.067784145, 0.009857397, 0.14819881, 0.054163657, 0.04177505, -0.15756398, 0.24096744, 0.013504479, 0.39090788) * inp_2_1_2; + result1 += M4(0.0065320977, -0.014341278, -0.023192916, -0.05885387, -0.046773493, -0.035404146, 0.0049495073, -0.04104518, -0.0531538, -0.012901377, 0.077806786, -0.05745816, -0.21440023, -0.019557446, 0.20342024, 0.27739877) * inp_2_2_2; + result2 += M4(0.057360508, 0.014503564, 0.059143994, 0.010198468, -0.02674482, 0.0022251438, 0.06575039, -0.008726433, -0.09188913, -0.12177862, 0.2584525, 0.1557489, -0.33377033, -0.037951965, 0.1340623, -0.07428824) * inp_2_0_0; + result2 += M4(0.15755674, -0.027416268, 0.031757925, 0.030080441, -0.092128694, -0.05288516, 0.07390179, 0.070589304, 0.042379964, 0.05825198, 0.097974725, -0.07958051, 0.026712047, 0.021791503, -0.19539036, -0.13505116) * inp_2_1_0; + result2 += M4(0.06732846, 0.02477517, 0.047421448, -0.0350228, -0.026210636, -0.07957982, 0.06680819, 0.090554416, 0.003016353, 0.002736857, -0.06721213, 0.016317641, -0.1511062, -0.03932932, -0.0411404, 0.037391737) * inp_2_2_0; + result2 += M4(0.044398054, -0.0039024032, -0.039489146, 0.015305246, 0.085481696, -0.031782832, -0.048250176, -0.04576736, 0.056205854, -0.34265697, 0.3497672, 0.015577426, -0.053595997, -0.056706756, -0.110979, 0.0770339) * inp_2_0_1; + result2 += M4(-0.17363448, 0.109652765, 0.194541, -0.1697986, 0.0554414, 0.027986523, 0.09817557, 0.08573731, -0.13382511, -0.059311867, -0.3453238, 0.2896559, 0.62732804, 0.21806855, -0.0051348326, -0.074557506) * inp_2_1_1; + result2 += M4(-0.0042801355, -0.0034563097, -0.012686132, 0.13073713, -0.033048425, 0.08372879, -0.091064066, -0.085343346, 0.033698123, 0.0035512336, -0.015234775, 0.026158987, -0.022497516, -0.04325933, -0.08212852, -0.010965832) * inp_2_2_1; + result2 += M4(0.01627358, 0.0012432971, 0.03353438, 0.020683315, 0.025408963, -0.059527367, 0.0027960425, 0.027919134, -0.09517613, -0.38686842, 0.17250046, 0.2563248, -0.031954054, -0.032314193, -0.073108226, 0.002805501) * inp_2_0_2; + result2 += M4(0.11107625, 0.0020363845, -0.060272653, 0.17112932, -0.060560506, 0.08849239, -0.042447433, 0.04453629, -0.19810289, -0.030767849, 0.054445386, -0.36024103, -0.043574344, -0.0359943, 0.08719419, 0.11635041) * inp_2_1_2; + result2 += M4(0.01508289, -0.03601694, -0.04689985, 0.06605909, 0.08663423, -0.019983027, 0.04276954, -0.05810252, -0.049331795, -0.011382104, 0.047108665, -0.035963446, -0.15027761, 0.04916842, 0.046085328, -0.3091649) * inp_2_2_2; + result3 += M4(-0.01954963, -0.05955776, 0.0366114, 0.03241877, 0.0811955, -0.08231828, -0.017435858, -0.08624713, -0.19084726, -0.00130446, -0.0041784286, 0.36175868, 0.07715551, -0.020533009, 0.027846111, -0.05263875) * inp_2_0_0; + result3 += M4(0.038249742, 0.05213642, 0.022535365, 0.07490527, 0.08845503, -0.0865709, -0.06229371, 0.043499216, -0.034865715, 0.00839816, -0.10632363, 0.15028821, 0.22725908, -0.21485256, 0.059532907, -0.100963406) * inp_2_1_0; + result3 += M4(0.036063094, 0.0029133533, -0.030805418, 0.07174674, -0.02426538, -0.051893298, 0.10046242, 0.05046725, 0.021173801, 0.032548554, 0.035410833, -0.017246148, -0.047212694, -0.0019793957, 0.05575738, -0.07261234) * inp_2_2_0; + result3 += M4(-0.01674299, -0.008884916, 0.010768661, -0.01639755, -0.08142729, -0.0053191427, -0.036633592, 0.07607754, -0.7825981, -0.43916854, 0.038573936, 0.37393776, -0.08752398, 0.12226086, -0.0039705704, -0.10482764) * inp_2_0_1; + result3 += M4(-0.16088066, -0.121415704, 0.07007931, 0.1544625, -0.08467529, 0.018081093, 0.049794823, 0.04264284, 0.16043149, -0.032744974, -0.23247649, 0.19149105, 0.22916554, 0.4088795, -0.22852364, 0.07474784) * inp_2_1_1; + result3 += M4(-0.09823339, -0.04523368, 0.13438235, 0.05503274, 0.094729334, 0.025204461, -0.010783659, 0.040687785, -0.0020735054, -0.035414696, -0.028707825, 0.009774318, 0.13749972, -0.007978513, -0.10437224, -0.16205452) * inp_2_2_1; + result3 += M4(0.03452105, -0.0019801871, -0.008515022, 0.042908445, 0.023343097, -0.039268777, -0.05582678, -0.01785084, 0.1909139, 0.30671456, -0.09177103, -0.18535422, 0.03572424, 0.096279085, -0.052728545, -0.0008020096) * inp_2_0_2; + result3 += M4(0.04167784, -0.09262971, -0.034826137, -0.04459923, -0.034247838, -0.087677866, -0.077725075, -0.059959635, -0.083735585, -0.08568067, 0.0026664583, 0.38268802, -0.21485022, -0.18185435, 0.031202722, 0.118082285) * inp_2_1_2; + result3 += M4(-0.01308469, -0.039964344, 0.02419818, -0.051316794, -0.045073602, -0.07852878, -0.0641165, 0.10274802, -0.03722715, 0.016585138, -0.01557483, 0.054411575, 0.058821086, 0.17634773, 0.09275543, 0.16511928) * inp_2_2_2; + const V4 inp_3_0_0 = inp[3][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_3_1_0 = inp[3][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_3_2_0 = inp[3][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_3_0_1 = inp[3][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_3_1_1 = inp[3][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_3_2_1 = inp[3][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_3_0_2 = inp[3][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_3_1_2 = inp[3][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_3_2_2 = inp[3][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.16157526, 0.0708418, -0.17742826, 0.037568346, 0.1363335, -0.039198983, -0.12991804, 0.12523568, -0.0315292, 0.066681534, 0.019297564, -0.045476478, 0.050666958, 0.0070537156, -0.0741803, 0.043249052) * inp_3_0_0; + result0 += M4(-0.09018603, -0.049359206, 0.18229158, -0.014263066, -0.26950583, -0.22213577, 0.18419883, 0.07491064, 0.107961394, 0.21241283, -0.011421013, 0.004667217, -0.136152, -0.13793777, 0.17264098, -0.025761813) * inp_3_1_0; + result0 += M4(0.010441085, 0.034229126, 0.10410884, 0.0007140697, -0.035234306, -0.20281972, -0.08954763, -0.04823551, -0.024772387, 0.11774257, 0.08591761, 0.03018245, -0.08788433, 0.018554667, -0.034182277, 0.059270818) * inp_3_2_0; + result0 += M4(-0.046677265, 0.17860901, 0.226423, -0.004706376, 0.19468129, -0.20464435, 0.2005496, -0.08843481, -0.17709897, 0.21608044, -0.09500188, -0.0014078907, -0.0823845, -0.008207487, 0.11033482, 0.039437946) * inp_3_0_1; + result0 += M4(0.39077276, -0.63461953, 0.1270757, -0.0005488689, -0.35906503, -0.65365374, -0.42657968, -0.28447995, 0.3077801, 0.5133355, 0.31003663, 0.22172691, -0.3231345, -0.11029882, -0.25303665, 0.17490047) * inp_3_1_1; + result0 += M4(-0.2731292, 0.000310414, -0.15897174, 0.058956403, -0.09936814, -0.07022474, 0.08290902, 0.07600689, 0.17877856, 0.10775786, -0.04695605, -0.03202572, -0.23459665, -0.69781375, -0.27533895, -0.15403226) * inp_3_2_1; + result0 += M4(-0.042978965, -0.054180793, 0.1954828, -0.08684577, -0.13747977, -0.20742784, 0.18355459, 0.11388488, 0.11764892, 0.069994465, -0.21684092, -0.051016156, 0.033618942, -0.036646932, -0.1297882, 0.023407396) * inp_3_0_2; + result0 += M4(0.20020427, -0.22712614, 0.10650477, -0.005730161, -0.24823771, -0.1734196, -0.27462947, -0.0036915976, 0.17370144, 0.11744064, 0.21179977, -0.044981353, -0.0793401, 0.08837848, 0.09162515, 0.030376406) * inp_3_1_2; + result0 += M4(-0.1309085, 0.015177464, 0.017351935, -0.006943054, 0.20613031, -0.07015381, 0.12872961, 0.055942796, -0.010101874, 0.054767746, 0.073140666, -0.003368886, -0.03311943, 0.018623969, -0.1904025, -0.07601106) * inp_3_2_2; + result1 += M4(0.09109263, 0.24044237, -0.07368503, 0.09128383, 0.08638873, 0.066008195, 0.017524574, 0.14434199, -0.05134559, 0.016527405, 0.028160872, -0.009478669, -0.021720985, -0.0031434142, 0.055661436, 0.011320767) * inp_3_0_0; + result1 += M4(0.03140381, -0.12361954, -0.2105949, -0.05841093, 0.20608658, -0.0043003242, -0.32436752, 0.108572416, 0.0137622375, 0.123948485, 0.08976507, -0.0005934278, 0.19517872, -0.09666256, 0.27647632, 0.10041602) * inp_3_1_0; + result1 += M4(-0.00084548816, -0.029597878, -0.069973126, -0.15951297, 0.09769574, -0.059322637, -0.034474894, 0.05295799, 0.035118338, 0.07830424, -0.010667201, -0.04336969, 0.12945734, 0.1678381, 0.23533249, 0.19315714) * inp_3_2_0; + result1 += M4(0.09013079, 0.15298937, 0.009327142, -0.33564213, 0.37823164, 0.02959889, -0.20432287, 0.045236036, -0.2741461, -0.046541527, 0.20261943, -0.10205416, 0.14046308, -0.0027450805, 0.21283917, 0.06460282) * inp_3_0_1; + result1 += M4(-0.18491924, -0.21789634, 0.15175304, -0.887086, 0.71517575, 0.22929609, 0.1805253, 0.11580503, -0.68914616, -0.1291275, -0.012994776, -0.47681156, 0.4985886, 0.004125866, 0.11798174, -0.68233013) * inp_3_1_1; + result1 += M4(0.07321497, -0.14313735, -0.105816804, -0.080761194, -0.06267719, 0.044976983, -0.042560253, -0.074202426, -0.112595245, -0.0060367524, 0.06645215, 0.022692902, 0.45074677, -0.31013855, 0.018929806, -0.080830745) * inp_3_2_1; + result1 += M4(-0.1182609, 0.15505335, 0.14059931, -0.010010356, 0.2792563, 0.021148562, 0.21544349, -0.09246091, -0.19237362, -0.019413901, -0.19110642, 0.15954247, -0.03959726, 0.038067605, -0.06587343, 0.10105769) * inp_3_0_2; + result1 += M4(0.086048566, -0.03875393, -0.010399113, -0.087426275, 0.06872017, -0.06801751, -0.1554103, -0.046588384, -0.072060585, 0.17145237, 0.16459806, 0.2941966, 0.24843049, 0.10976179, 0.0616643, 0.028753892) * inp_3_1_2; + result1 += M4(0.14644687, 0.19136189, -0.012354268, -0.053453315, -0.118824765, 0.007956001, 0.14581923, 0.120377615, 0.08550302, 0.10488886, -0.049412593, 0.04564864, 0.041706, -0.22091928, -0.18077254, -0.07200271) * inp_3_2_2; + result2 += M4(0.12742214, -0.019949354, 0.22852126, 0.009229048, 0.07179215, -0.035888027, -0.06847325, 0.075466916, 0.05451231, 0.04447139, -0.007379507, -0.038457163, 0.0069804247, -0.022739582, 0.015290603, 0.058539122) * inp_3_0_0; + result2 += M4(0.033414926, 0.0688454, -0.01154317, 0.04373435, 0.02220928, 0.07399258, -0.018638128, -0.09049976, 0.14270648, -0.04456102, 0.09852033, 0.095695525, 0.048654117, 0.03194091, -0.2506061, 0.22547816) * inp_3_1_0; + result2 += M4(-0.029927028, -0.018085415, 0.19878025, 0.0600148, 0.15179572, 0.043493457, -0.08094291, 0.05803879, -0.010909439, -0.014285486, 0.15604655, 0.008313019, 0.19220084, -0.024658643, -0.12223889, -0.044626527) * inp_3_2_0; + result2 += M4(0.002232593, -0.117187135, 0.271499, -0.1504283, -0.12024035, -0.15202788, 0.07508506, -0.069154665, 0.14663363, 0.10095183, -0.079744, -0.027517907, 0.12171369, 0.04201386, -0.18390292, -0.08800392) * inp_3_0_1; + result2 += M4(-0.39752677, -0.106147856, 0.31427163, -0.6602043, 0.36713195, 0.1565504, 0.659634, 0.054854617, -0.38186052, -0.14849813, -0.40023437, -0.28087738, -0.28679487, 0.10423841, 0.03607786, -0.32230294) * inp_3_1_1; + result2 += M4(0.075212725, 0.05711698, 0.07420369, -0.15664868, 0.1286679, 0.12669285, 0.25749606, -0.3583118, -0.10613531, -0.07323004, -0.27757177, 0.08621346, 0.1296691, -0.031802166, 0.07022488, 0.22773924) * inp_3_2_1; + result2 += M4(-0.068505526, -0.026667738, 0.12101492, 0.070010714, 0.039327346, -0.05554568, -0.10054333, 0.18232317, 0.09161801, 0.073988214, 0.07982679, -0.101606384, 0.1132725, 0.05208842, 0.033680618, 0.0011496624) * inp_3_0_2; + result2 += M4(0.077517726, 0.10946592, 0.118573286, -0.19028679, 0.09755006, -0.044249807, -0.15750827, 0.061594304, -0.034222055, 0.0128054945, -0.03952524, -0.102706864, 0.25461313, 0.10715616, -0.14800839, 0.18352498) * inp_3_1_2; + result2 += M4(0.112083696, -0.026794339, 0.0014270544, 0.2073605, -0.11959005, 0.03181029, 0.07840882, -0.18645816, 0.03743027, -0.03183679, -0.043347996, 0.13866818, 0.12204855, 0.03666218, -0.121538706, 0.057100873) * inp_3_2_2; + result3 += M4(-0.10662995, 0.05697544, -0.10548284, -0.11210752, 0.047840722, 0.123951785, 0.009479878, 0.078141965, 0.011802129, -0.0045969826, -0.022849994, -0.067880586, 0.042395536, -0.0083619, -0.008202702, 0.06660749) * inp_3_0_0; + result3 += M4(0.19675933, 0.052384473, 0.013265036, 0.098756306, -0.018376395, -0.07318726, 0.06631346, 0.10931116, -0.07211753, 0.08561086, -0.058432173, -0.018883526, -0.2426171, -0.10608711, -7.214139e-05, 0.07174066) * inp_3_1_0; + result3 += M4(-0.10734781, -0.029677497, -0.0359158, 0.019730724, 0.12103277, 0.050042972, 0.047522116, 0.037930418, -0.12674676, -0.085192285, -0.10322901, -0.028011028, -0.23943996, -0.08027147, 0.035006125, -0.05514018) * inp_3_2_0; + result3 += M4(-0.19616649, 0.15140127, -0.09350769, -0.12153282, -0.2692576, 0.17027298, -0.09067922, -0.099699005, 0.23312636, -0.08758269, 0.0017002, 0.01240649, 0.011466379, -0.07665326, -0.009166553, 0.1272778) * inp_3_0_1; + result3 += M4(-0.10554337, -0.28817138, 0.039271317, 0.041808035, -0.44556034, 0.76822776, -0.30355525, 0.2162305, 0.33683625, -0.52597344, 0.24986169, -0.14621596, 0.18584943, -0.18752898, 0.1542312, -0.032974835) * inp_3_1_1; + result3 += M4(0.16487968, 0.07279231, 0.03802793, 0.10356195, -0.07914432, 0.060889, -0.23647681, 0.08861426, 0.14644763, 0.039211847, 0.08409845, -0.13739991, 0.021675752, -0.1462796, 0.20126085, 0.04228552) * inp_3_2_1; + result3 += M4(0.04344281, 0.1361205, 0.043024268, 0.022378847, 0.14772795, 0.25472307, -0.06886387, 0.036575425, -0.10773756, -0.46079612, 0.0655881, 0.045242745, -0.011777071, -0.31816006, 0.03709428, 0.083959974) * inp_3_0_2; + result3 += M4(-0.105607435, 0.0121534355, -0.076223634, 0.15062469, 0.010016192, -0.03524558, 0.045847397, 0.061889775, 0.016607437, -0.05810039, 0.09952769, -0.03271708, 0.10818878, -0.1336954, 0.0047579217, -0.118375205) * inp_3_1_2; + result3 += M4(-0.14107881, -0.1570039, -0.0175814, -0.0017515017, 0.029902417, 0.11668936, 0.00097337883, 0.14668427, -0.11713396, -0.12998298, -0.0028004094, -0.07370321, 0.014416133, -0.06064584, -0.014360191, -0.18469594) * inp_3_2_2; + const ivec2 output_base = ivec2(gl_GlobalInvocationID) * ivec2(2, 2); + imageStore(out_image, output_base + ivec2(0, 0), result0); + imageStore(out_image, output_base + ivec2(1, 0), result1); + imageStore(out_image, output_base + ivec2(0, 1), result2); + imageStore(out_image, output_base + ivec2(1, 1), result3); +} + +//!DESC ArtCNN C4F16 (Conv2D-6) +//!COMPUTE 12 16 12 16 +//!HOOK LUMA +//!BIND conv2d +//!BIND conv2d_5 +//!SAVE conv2d_6 +//!WIDTH LUMA.w 1.0 * +//!HEIGHT LUMA.h 1.0 * +//!COMPONENTS 4 +//!WHEN OUTPUT.w LUMA.w / 1.3 > OUTPUT.h LUMA.h / 1.3 > * +#extension GL_EXT_shader_explicit_arithmetic_types_float16 : enable +#ifdef GL_EXT_shader_explicit_arithmetic_types_float16 +# define V4 f16vec4 +# define M4 f16mat4 +# define F float16_t +#else +# define V4 vec4 +# define M4 mat4 +# define F float +#endif + +const ivec2 ksize = ivec2(3, 3); +const ivec2 offset = ksize / 2; +const ivec2 wg_size = ivec2(gl_WorkGroupSize); +const ivec2 isize = wg_size + ksize - 1; +shared V4 inp[4][isize.y][isize.x]; +void hook() { + const uvec2 local_xy = gl_LocalInvocationID.xy; + ivec2 base = ivec2(gl_WorkGroupID) * wg_size; + for (uint y = local_xy.y; y < isize.y; y += wg_size.y) { + for (uint x = local_xy.x; x < isize.x; x += wg_size.x) { + const ivec2 input_base = (base + ivec2(x,y) - offset) * ivec2(2, 2); + inp[0][y][x] = V4(conv2d_5_mul * texelFetch(conv2d_5_raw, input_base + ivec2(0, 0), 0) + conv2d_mul * texelFetch(conv2d_raw, input_base + ivec2(0, 0), 0)); + inp[1][y][x] = V4(conv2d_5_mul * texelFetch(conv2d_5_raw, input_base + ivec2(1, 0), 0) + conv2d_mul * texelFetch(conv2d_raw, input_base + ivec2(1, 0), 0)); + inp[2][y][x] = V4(conv2d_5_mul * texelFetch(conv2d_5_raw, input_base + ivec2(0, 1), 0) + conv2d_mul * texelFetch(conv2d_raw, input_base + ivec2(0, 1), 0)); + inp[3][y][x] = V4(conv2d_5_mul * texelFetch(conv2d_5_raw, input_base + ivec2(1, 1), 0) + conv2d_mul * texelFetch(conv2d_raw, input_base + ivec2(1, 1), 0)); + } + } + + barrier(); + V4 result0 = V4(0.08412104, 0.07971554, 0.08434169, 0.076244); + const V4 inp_0_0_0 = inp[0][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_0_1_0 = inp[0][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_0_2_0 = inp[0][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_0_0_1 = inp[0][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_0_1_1 = inp[0][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_0_2_1 = inp[0][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_0_0_2 = inp[0][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_0_1_2 = inp[0][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_0_2_2 = inp[0][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.079171985, -0.0069937697, -0.0210708, -0.033105504, -0.023817735, -0.011238646, -0.043035787, -0.02440147, 0.016872514, 0.03719572, -0.0036019788, 0.012509292, 0.1484504, 0.10084735, 0.06727001, 0.09289472) * inp_0_0_0; + result0 += M4(-0.090545304, -0.16164127, 0.019691145, 0.045617487, 0.0029133197, -0.011457896, -0.1087185, -0.022287082, 0.007693777, -0.1557534, 0.119432844, 0.048796117, 0.01886607, 0.13466214, 0.055788144, 0.011069647) * inp_0_1_0; + result0 += M4(0.019721841, -0.04018983, -0.010603011, -0.041139323, -0.013923174, -0.0069041494, -0.03181753, -0.07459869, -0.032918666, 0.004894833, -0.01307685, 0.038587816, 0.092926815, 0.04549454, 0.06285106, 0.03428836) * inp_0_2_0; + result0 += M4(0.1622716, -0.07768257, -0.013204322, 0.026763849, 0.0012736389, -0.09754597, 0.13953719, -0.07492267, 0.016014466, 0.055583894, 0.07073988, 0.007828915, 0.17086188, 0.109315015, 0.16700633, 0.119697236) * inp_0_0_1; + result0 += M4(0.079182394, 0.2656691, -0.13238232, -0.17505214, -0.23513712, 0.16317949, -0.18635502, 0.3353578, -0.10498728, 0.011073413, -0.10075553, -0.17032194, 0.19368632, 0.19305302, 0.15070842, 0.23248452) * inp_0_1_1; + result0 += M4(-0.002185805, 0.11091493, 0.051263936, 0.041181523, 0.062277913, -0.062091295, 0.03607194, -0.10375673, -0.010489046, -0.01102331, -0.041805126, 0.065893725, 0.15395595, 0.18233144, 0.15172338, 0.21679255) * inp_0_2_1; + result0 += M4(-0.030508783, -0.004990037, 0.0329664, 0.010637486, 0.005623188, -0.003358061, 0.0080712475, 0.00046784236, 0.040540207, 0.004353267, 0.0534382, -0.010169058, 0.10396432, 0.025561178, 0.18441953, 0.004519026) * inp_0_0_2; + result0 += M4(-0.04412904, -0.07338797, 0.06732339, 0.061310094, 0.08977347, 0.04197968, 0.10037899, -0.03313243, 0.029916203, 0.021829529, -0.08954633, 0.08445129, 0.035676997, 0.06716942, 0.06353302, 0.1767009) * inp_0_1_2; + result0 += M4(-0.016475134, -0.01597473, -0.006870764, 0.07254226, 0.052580874, 0.030486876, 0.078329995, 0.02920045, 0.024402283, 0.02916857, 0.008138189, -0.07570842, 0.061067346, 0.12795751, 0.07376389, 0.10487863) * inp_0_2_2; + const V4 inp_1_0_0 = inp[1][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_1_1_0 = inp[1][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_1_2_0 = inp[1][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_1_0_1 = inp[1][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_1_1_1 = inp[1][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_1_2_1 = inp[1][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_1_0_2 = inp[1][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_1_1_2 = inp[1][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_1_2_2 = inp[1][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.10219679, -0.0016633151, -0.08416798, -0.06091891, -0.023262773, -0.126822, 0.0497739, -0.001825667, -0.03078599, 0.04718741, 0.0043902365, -0.0053807287, 0.032797694, 0.06849138, -0.02102451, 0.0029395863) * inp_1_0_0; + result0 += M4(0.029171623, -0.119060196, -0.15731424, -0.010288389, 0.044039175, 0.03523954, 0.19108313, 0.0034680488, 0.022408625, -0.100109026, 0.013178398, 0.021233274, 0.02033905, -0.1076448, 0.05507044, 0.042807907) * inp_1_1_0; + result0 += M4(-0.058946244, 0.07518282, -0.0218126, -0.008712151, -0.076766334, 0.05434428, -0.022394644, 0.11280125, -0.07020608, 0.064211406, -0.01466337, 0.04543824, 0.04098286, -0.05094307, 0.017451143, -0.015480388) * inp_1_2_0; + result0 += M4(-0.050165318, -0.11767163, 0.037600912, -0.0783747, -0.04539349, -0.031150874, -0.08755638, -0.14933577, 0.07179043, -0.00836788, -0.08889254, 0.024585087, -0.08558388, 0.006760057, 0.05268061, 0.03279828) * inp_1_0_1; + result0 += M4(0.194146, 0.026081745, 0.22553095, 0.055226117, 0.09558362, 0.056916, -0.14006428, 0.009533805, -0.048172764, 0.06694457, 0.016996864, 0.010374402, 0.1303292, -0.0043800916, -0.06218835, 0.15707439) * inp_1_1_1; + result0 += M4(0.035268318, 0.11117023, -0.0024920474, 0.053387403, 0.0001125205, 0.03284727, -0.041436322, -0.11381764, 0.036874335, -0.05483726, 0.01669829, 0.047346413, 0.01582249, 0.024571301, 0.03841291, 0.0001531784) * inp_1_2_1; + result0 += M4(-0.039766025, -0.013582949, -0.047067195, 0.019274479, -0.0064281444, -0.028889643, -0.03691507, -0.025142971, -0.009235927, -0.014399523, 0.0068894643, 0.018320393, -0.009533652, 0.0047507705, -0.051280286, -0.006059686) * inp_1_0_2; + result0 += M4(-0.008069688, 0.06869032, 0.06720618, -0.039600242, 0.01939327, -0.04401731, 0.16278408, 0.050619956, -0.011940157, -9.242871e-06, -0.005613433, -0.06478905, -0.04764991, -0.00894034, -0.023979772, -0.14476714) * inp_1_1_2; + result0 += M4(0.034411438, -0.023818584, 0.036871288, 0.0619627, -0.02687395, -0.024658777, -0.009806786, 0.098166026, 0.04545056, -0.0035166715, 0.04391233, -0.09520481, -0.022824388, -0.02932159, -0.019960575, -0.013126476) * inp_1_2_2; + const V4 inp_2_0_0 = inp[2][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_2_1_0 = inp[2][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_2_2_0 = inp[2][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_2_0_1 = inp[2][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_2_1_1 = inp[2][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_2_2_1 = inp[2][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_2_0_2 = inp[2][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_2_1_2 = inp[2][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_2_2_2 = inp[2][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.042513143, 0.036193915, 0.009267334, 0.02318279, -0.08882127, -0.06790481, -0.025598435, -0.055786755, 0.003923015, 0.08367141, -0.02124261, -0.0036895827, 0.0665154, -0.061491456, -0.010962831, 0.016966973) * inp_2_0_0; + result0 += M4(-0.08984092, 0.014150137, 0.0010094845, -0.0013944331, -0.05288092, 0.014116327, 0.035593804, 0.020797336, 0.04860784, -0.100140445, 0.043347888, 0.03942333, -0.06728835, 0.14273663, 0.026525293, -0.07449118) * inp_2_1_0; + result0 += M4(0.037428003, -0.08130763, -0.010963262, -0.066873446, 0.05335851, 0.13654499, 0.032492008, 0.045801986, 0.009653935, 0.021689994, 0.025831793, 0.03277937, -0.025519112, 0.043301772, -0.0030657381, 0.046498533) * inp_2_2_0; + result0 += M4(0.0417986, 0.08424531, 0.04000319, 0.09104747, -0.16142552, -0.021476395, -0.19967215, -0.037973598, -0.048555277, 0.032703213, -0.033633802, 0.10496307, 0.057205033, -0.055697214, 0.097497426, -0.08111985) * inp_2_0_1; + result0 += M4(-0.061038256, -0.24523515, -0.3324259, -0.2994336, -0.41386676, -0.3934725, -0.2869577, -0.27902487, -0.053344678, -0.14278612, -0.15018024, -0.20823519, -0.034474645, -0.116564386, -0.0512445, 0.043638732) * inp_2_1_1; + result0 += M4(-0.11793706, -0.024524925, -0.07900098, -0.06977263, 0.4436866, 0.095661, 0.44399175, 0.16541167, 0.017248677, 0.017089522, 0.0531066, 0.044330012, 0.0172881, 0.015262031, 0.06628099, 0.11591024) * inp_2_2_1; + result0 += M4(0.034315176, 0.012758982, 0.098702334, 0.017511975, -0.06429503, 0.010301114, -0.1138796, 0.018430594, -0.011578993, 0.0050334428, 0.022777617, 0.036444314, -0.021219404, 0.022264466, -0.036809668, -0.015400894) * inp_2_0_2; + result0 += M4(0.018624214, -0.04151733, 0.14313662, 0.023933941, 0.12591304, 0.046684355, -0.065231994, -0.067107506, 0.017609427, 0.10223146, 0.07743975, -0.12169869, 0.009158939, -0.025597682, -0.08834877, -0.079456866) * inp_2_1_2; + result0 += M4(-0.0021108948, 0.014920775, 0.00642783, -0.022019196, 0.12250748, 0.1506987, 0.16710696, 0.15760566, -0.01257941, 0.0050026863, -0.00019434035, 0.066300645, -0.00047425524, 0.03707401, 0.001639517, 0.026377758) * inp_2_2_2; + const V4 inp_3_0_0 = inp[3][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_3_1_0 = inp[3][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_3_2_0 = inp[3][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_3_0_1 = inp[3][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_3_1_1 = inp[3][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_3_2_1 = inp[3][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_3_0_2 = inp[3][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_3_1_2 = inp[3][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_3_2_2 = inp[3][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.03845043, 0.008121379, -0.04463431, -0.021435143, -0.0154112475, 0.008068699, 0.005275401, -0.008412226, 0.011113799, -0.0042059543, 0.021885974, 0.0046847453, -0.097053245, -0.07207643, -0.016230254, -0.057805564) * inp_3_0_0; + result0 += M4(0.020068355, -0.059013963, 0.042093556, 0.007965266, 0.006641936, 0.0053823865, -0.04869122, -0.023604743, -0.05277748, -0.08194451, -0.059982788, -0.052345853, -0.033831976, -0.07052958, 0.027305871, 0.022747202) * inp_3_1_0; + result0 += M4(-0.03663662, 0.027668301, -0.005128969, 0.04180462, -0.07902732, 0.07694945, -0.037715025, 0.025260974, 0.017048629, 0.05412875, 0.029637456, 0.04848225, -0.055232473, -0.090560995, -0.052049804, -0.053691596) * inp_3_2_0; + result0 += M4(-0.041993283, -0.06591007, 0.06993194, -0.014823973, -0.029537756, 0.02038244, -0.05351582, 0.07256843, 0.01772454, -0.04179623, 0.019432299, 0.023107331, -0.03684704, 0.012458426, -0.06536513, 0.03873883) * inp_3_0_1; + result0 += M4(0.19751841, 0.2748706, -0.24543872, -0.079816476, 0.11848018, -0.26794544, 0.11034708, -0.16498065, -0.51390487, -0.41391793, -0.39137235, -0.3589357, 0.37141094, 0.3205968, 0.35281453, 0.25800362) * inp_3_1_1; + result0 += M4(0.03477724, 0.005542787, 0.0653558, -0.0044532754, -0.06219415, 0.13614522, -0.113096826, 0.04641227, 0.047544006, -0.011667869, 0.0035703634, 0.006406095, -0.10998655, -0.14912339, -0.102509305, -0.1656886) * inp_3_2_1; + result0 += M4(-0.015407814, -0.016495913, -0.036472354, -0.009568684, -0.0074188295, 0.021021923, 0.011698857, 0.019404247, 0.09597954, 0.059281915, 0.2022051, 0.05709749, -0.034792032, 0.014734844, -0.041519232, 0.02060852) * inp_3_0_2; + result0 += M4(-0.026737554, -0.05625069, 0.069094196, 0.013394634, 0.06341689, -0.005378102, 0.101725005, -0.05227663, 0.18010192, 0.17765583, 0.042139824, 0.15793523, 0.14893357, 0.057833694, 0.09549699, -0.004848631) * inp_3_1_2; + result0 += M4(-0.015824724, -0.022639401, -0.011159335, -0.0022217152, 0.0025551994, 0.0073573054, 0.011508081, 0.09528377, 0.09761966, 0.17366165, 0.11282759, 0.1593583, -0.014511227, -0.007068555, -0.021812135, -0.03897337) * inp_3_2_2; + const ivec2 output_base = ivec2(gl_GlobalInvocationID) * ivec2(1, 1); + imageStore(out_image, output_base + ivec2(0, 0), result0); +} + +//!DESC ArtCNN C4F16 (Depth-To-Space) +//!COMPUTE 12 16 12 16 +//!HOOK LUMA +//!BIND conv2d_6 +//!WIDTH LUMA.w 2.0 * +//!HEIGHT LUMA.h 2.0 * +//!COMPONENTS 4 +//!WHEN OUTPUT.w LUMA.w / 1.3 > OUTPUT.h LUMA.h / 1.3 > * +#extension GL_EXT_shader_explicit_arithmetic_types_float16 : enable +#ifdef GL_EXT_shader_explicit_arithmetic_types_float16 +# define V4 f16vec4 +# define M4 f16mat4 +# define F float16_t +#else +# define V4 vec4 +# define M4 mat4 +# define F float +#endif + +void hook() { + vec4 result = vec4(0.0, 0.0, 0.0, 1.0); + vec2 f0 = fract(conv2d_6_pos * conv2d_6_size); + ivec2 i0 = ivec2(f0 * vec2(2.0)); + result.x = conv2d_6_tex((vec2(0.5) - f0) * conv2d_6_pt + conv2d_6_pos)[i0.y * 2 + i0.x]; + imageStore(out_image, ivec2(gl_GlobalInvocationID), clamp(result, 0.0, 1.0)); +} diff --git a/.config/mpv/shaders/ArtCNN_C4F16_DS.glsl b/.config/mpv/shaders/ArtCNN_C4F16_DS.glsl new file mode 100644 index 0000000..98d51c0 --- /dev/null +++ b/.config/mpv/shaders/ArtCNN_C4F16_DS.glsl @@ -0,0 +1,1407 @@ +// MIT License + +// Copyright (c) 2024 Joao Chrisostomo, Kacper Michajłow + +// Permission is hereby granted, free of charge, to any person obtaining a copy +// of this software and associated documentation files (the "Software"), to deal +// in the Software without restriction, including without limitation the rights +// to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +// copies of the Software, and to permit persons to whom the Software is +// furnished to do so, subject to the following conditions: + +// The above copyright notice and this permission notice shall be included in all +// copies or substantial portions of the Software. + +// THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +// IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +// FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +// AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER +// LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, +// OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE +// SOFTWARE. + +//!DESC ArtCNN C4F16 DS (Conv2D) +//!COMPUTE 24 32 12 16 +//!HOOK LUMA +//!BIND LUMA +//!SAVE conv2d +//!WIDTH LUMA.w 2.0 * +//!HEIGHT LUMA.h 2.0 * +//!COMPONENTS 4 +//!WHEN OUTPUT.w LUMA.w / 1.3 > OUTPUT.h LUMA.h / 1.3 > * +#extension GL_EXT_shader_explicit_arithmetic_types_float16 : enable +#ifdef GL_EXT_shader_explicit_arithmetic_types_float16 +# define V4 f16vec4 +# define M4 f16mat4 +# define F float16_t +#else +# define V4 vec4 +# define M4 mat4 +# define F float +#endif + +const ivec2 ksize = ivec2(3, 3); +const ivec2 offset = ksize / 2; +const ivec2 wg_size = ivec2(gl_WorkGroupSize); +const ivec2 isize = wg_size + ksize - 1; +shared F inp[1][isize.y][isize.x]; +void hook() { + const uvec2 local_xy = gl_LocalInvocationID.xy; + ivec2 base = ivec2(gl_WorkGroupID) * wg_size; + for (uint y = local_xy.y; y < isize.y; y += wg_size.y) { + for (uint x = local_xy.x; x < isize.x; x += wg_size.x) { + const ivec2 input_base = (base + ivec2(x,y) - offset) * ivec2(1, 1); + inp[0][y][x] = F(LUMA_mul * texelFetch(LUMA_raw, input_base + ivec2(0, 0), 0).x); + } + } + + barrier(); + V4 result0 = V4(-0.0049340418, -0.012793901, -0.01654616, -0.04911682); + V4 result1 = V4(-0.029540002, -0.0068046413, -0.00023085524, -0.00035294317); + V4 result2 = V4(0.029907363, -0.004545475, -0.0008227237, -0.00086534343); + V4 result3 = V4(-0.002919027, 0.002460784, 0.012082119, -0.063332476); + const F inp_0_0_0 = inp[0][local_xy.y + 0][local_xy.x + 0]; + const F inp_0_1_0 = inp[0][local_xy.y + 0][local_xy.x + 1]; + const F inp_0_2_0 = inp[0][local_xy.y + 0][local_xy.x + 2]; + const F inp_0_0_1 = inp[0][local_xy.y + 1][local_xy.x + 0]; + const F inp_0_1_1 = inp[0][local_xy.y + 1][local_xy.x + 1]; + const F inp_0_2_1 = inp[0][local_xy.y + 1][local_xy.x + 2]; + const F inp_0_0_2 = inp[0][local_xy.y + 2][local_xy.x + 0]; + const F inp_0_1_2 = inp[0][local_xy.y + 2][local_xy.x + 1]; + const F inp_0_2_2 = inp[0][local_xy.y + 2][local_xy.x + 2]; + result0 += V4(-0.028834578, -0.14101993, 0.007882108, 0.03927023) * inp_0_0_0; + result0 += V4(0.0381181, 0.15082009, 0.1299179, 0.124353915) * inp_0_1_0; + result0 += V4(-0.0026651656, 0.10701949, -0.10302223, 0.06252015) * inp_0_2_0; + result0 += V4(-0.017014246, 0.056569446, 0.013070459, 0.1673612) * inp_0_0_1; + result0 += V4(-0.039012846, -0.083705, -0.3763227, 0.27351955) * inp_0_1_1; + result0 += V4(-0.21789941, -0.13512278, 0.107165866, 0.11088684) * inp_0_2_1; + result0 += V4(0.026416743, 0.15055776, -0.026394987, 0.09503178) * inp_0_0_2; + result0 += V4(0.11317181, -0.09849969, 0.24554619, -0.006209404) * inp_0_1_2; + result0 += V4(0.18810558, 0.015041951, 0.01617648, 0.09057816) * inp_0_2_2; + result1 += V4(0.078574546, -0.07280724, -0.09120986, 0.019795248) * inp_0_0_0; + result1 += V4(-0.067474775, -0.019562894, -0.0067152088, -0.18367955) * inp_0_1_0; + result1 += V4(0.05455347, 0.11168705, 0.07079753, 0.14639775) * inp_0_2_0; + result1 += V4(-0.05000137, 0.09589531, 0.09779115, -0.038142927) * inp_0_0_1; + result1 += V4(0.104602836, -0.16130356, 0.14888051, 0.17604049) * inp_0_1_1; + result1 += V4(-0.11296293, 0.26848587, -0.21014185, -0.13524422) * inp_0_2_1; + result1 += V4(0.06099483, -0.023948722, 0.022344239, 0.013350393) * inp_0_0_2; + result1 += V4(0.09386803, -0.23937507, -0.13151713, 0.025719114) * inp_0_1_2; + result1 += V4(-0.05785345, 0.062087506, 0.10226412, -0.022276009) * inp_0_2_2; + result2 += V4(-0.06026112, 0.10904248, -0.11761055, -0.06018391) * inp_0_0_0; + result2 += V4(0.085813195, -0.03787966, 0.16202296, 0.0041552093) * inp_0_1_0; + result2 += V4(0.060139276, -0.005811277, 0.0070230174, -0.0069510895) * inp_0_2_0; + result2 += V4(-0.17221731, 0.28638083, 0.34320375, 0.17658837) * inp_0_0_1; + result2 += V4(-0.27984276, -0.7016683, -0.30903038, -0.08029049) * inp_0_1_1; + result2 += V4(0.13250893, 0.124444515, -0.059002075, -0.04446707) * inp_0_2_1; + result2 += V4(0.03323799, 0.12117096, -0.14812368, -0.036965195) * inp_0_0_2; + result2 += V4(0.1977777, 0.06994207, 0.10603352, 0.16904502) * inp_0_1_2; + result2 += V4(-0.1536847, -0.004283535, 0.009282772, -0.12100757) * inp_0_2_2; + result3 += V4(0.059486274, -0.11239365, 0.21015224, -0.090100385) * inp_0_0_0; + result3 += V4(-0.15950659, 0.18551329, 0.34821057, 0.16747488) * inp_0_1_0; + result3 += V4(0.010258027, -0.029954039, 0.05202862, 0.056675363) * inp_0_2_0; + result3 += V4(0.036862228, -0.003042499, 0.028995909, -0.18852086) * inp_0_0_1; + result3 += V4(0.017469667, -0.1588153, -0.38980985, -0.008847585) * inp_0_1_1; + result3 += V4(0.042114146, 0.12621936, -0.17563884, 0.20885424) * inp_0_2_1; + result3 += V4(-0.06928606, 0.10595441, -0.058485802, -0.073390864) * inp_0_0_2; + result3 += V4(0.090648934, -0.04735434, -0.15482384, 0.026818749) * inp_0_1_2; + result3 += V4(-0.013016346, -0.06682891, -0.024198746, 0.16552028) * inp_0_2_2; + const ivec2 output_base = ivec2(gl_GlobalInvocationID) * ivec2(2, 2); + imageStore(out_image, output_base + ivec2(0, 0), result0); + imageStore(out_image, output_base + ivec2(1, 0), result1); + imageStore(out_image, output_base + ivec2(0, 1), result2); + imageStore(out_image, output_base + ivec2(1, 1), result3); +} + +//!DESC ArtCNN C4F16 DS (Conv2D-1-ReLU) +//!COMPUTE 24 32 12 16 +//!HOOK LUMA +//!BIND conv2d +//!SAVE conv2d_1 +//!WIDTH LUMA.w 2.0 * +//!HEIGHT LUMA.h 2.0 * +//!COMPONENTS 4 +//!WHEN OUTPUT.w LUMA.w / 1.3 > OUTPUT.h LUMA.h / 1.3 > * +#extension GL_EXT_shader_explicit_arithmetic_types_float16 : enable +#ifdef GL_EXT_shader_explicit_arithmetic_types_float16 +# define V4 f16vec4 +# define M4 f16mat4 +# define F float16_t +#else +# define V4 vec4 +# define M4 mat4 +# define F float +#endif + +const ivec2 ksize = ivec2(3, 3); +const ivec2 offset = ksize / 2; +const ivec2 wg_size = ivec2(gl_WorkGroupSize); +const ivec2 isize = wg_size + ksize - 1; +shared V4 inp[4][isize.y][isize.x]; +void hook() { + const uvec2 local_xy = gl_LocalInvocationID.xy; + ivec2 base = ivec2(gl_WorkGroupID) * wg_size; + for (uint y = local_xy.y; y < isize.y; y += wg_size.y) { + for (uint x = local_xy.x; x < isize.x; x += wg_size.x) { + const ivec2 input_base = (base + ivec2(x,y) - offset) * ivec2(2, 2); + inp[0][y][x] = V4(conv2d_mul * texelFetch(conv2d_raw, input_base + ivec2(0, 0), 0)); + inp[1][y][x] = V4(conv2d_mul * texelFetch(conv2d_raw, input_base + ivec2(1, 0), 0)); + inp[2][y][x] = V4(conv2d_mul * texelFetch(conv2d_raw, input_base + ivec2(0, 1), 0)); + inp[3][y][x] = V4(conv2d_mul * texelFetch(conv2d_raw, input_base + ivec2(1, 1), 0)); + } + } + + barrier(); + V4 result0 = V4(0.011309091, 0.011720209, 0.07717452, 0.012043687); + V4 result1 = V4(0.04592391, -0.009706806, -0.011586145, 0.014143103); + V4 result2 = V4(0.012079102, 0.02975359, 0.008218081, 0.01839072); + V4 result3 = V4(0.0058121867, -0.0034202328, 0.0009524132, -0.02947478); + const V4 inp_0_0_0 = inp[0][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_0_1_0 = inp[0][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_0_2_0 = inp[0][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_0_0_1 = inp[0][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_0_1_1 = inp[0][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_0_2_1 = inp[0][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_0_0_2 = inp[0][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_0_1_2 = inp[0][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_0_2_2 = inp[0][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.09877198, 0.38928044, -0.09383465, 0.079032965, 0.107005835, 0.1136302, 0.041581154, -0.052157145, -0.35730338, 0.27816653, -0.06807881, -0.067746386, -0.006262232, -0.06413886, -0.12926531, 0.028121412) * inp_0_0_0; + result0 += M4(-0.2730201, 0.12183424, -0.000594066, 0.06456225, 0.63564765, 0.16603222, -0.011430876, 0.10374776, -0.5786755, -0.52282465, -0.15073062, 0.017066224, -0.36250365, 0.09160107, 0.039119765, 0.10774151) * inp_0_1_0; + result0 += M4(0.30126116, -0.1014905, 0.08349073, 0.0063151238, 0.120676085, -0.17403236, 0.18270256, -0.057362948, -0.28110328, 0.106739074, -0.035695158, 0.06990916, -0.09574672, -0.018324012, -0.09960064, -0.057645217) * inp_0_2_0; + result0 += M4(-0.17198816, -0.093343705, -0.006382152, -0.18036872, -0.2148838, -0.17424193, 0.22078043, -0.1732282, 0.26076397, 0.1474919, -0.01922907, 0.010837412, 0.028024467, 0.07845438, -0.015646966, 0.027136652) * inp_0_0_1; + result0 += M4(-0.043947384, -0.15946668, -0.046214677, -0.11894077, -0.4706527, 0.20794135, 0.07293495, -0.035387393, -0.46785754, 0.65764594, 0.039504908, -0.4142682, 0.034218732, 0.032816306, 0.106478676, 0.12423036) * inp_0_1_1; + result0 += M4(-0.3440009, 0.024391247, -0.0644611, -0.07619978, -0.4256126, -0.10989194, -0.057316273, -0.05037822, 0.2577093, 0.07522628, 0.060620584, -0.13478145, -0.046803165, 0.06498437, 0.05821759, 0.040200662) * inp_0_2_1; + result0 += M4(0.079720534, 0.049182344, -0.01734871, 0.2098411, -0.06080854, -0.10493844, -0.0061250627, 0.23049541, 0.27885517, -0.18456793, 0.04471378, -0.1519946, -0.047879137, -0.05675035, -0.11165134, -0.020727035) * inp_0_0_2; + result0 += M4(0.05443745, 0.012744339, -0.051926363, 0.12922677, 0.08167649, 0.09113499, -0.06406348, 0.45999956, 0.25078163, -0.18583958, -0.27785185, 0.8986888, 0.0048544668, -0.040135045, -0.060791086, 0.022054149) * inp_0_1_2; + result0 += M4(-0.15824191, -0.063602105, 0.024466638, 0.018670492, 0.18217057, -0.2717177, -0.16882227, -0.17058909, 0.119718775, -0.08420973, 0.12789485, -0.10119966, 0.043762792, -0.070947856, 0.04055627, -0.07537116) * inp_0_2_2; + result1 += M4(-0.07460643, -0.054178257, 0.00027177262, 0.184799, -0.046359397, 0.059696186, 0.033557095, 0.07526354, 0.07089547, -0.07476439, -0.035536528, 0.024276823, 0.07413596, -0.06979502, -0.06169341, -0.12059578) * inp_0_0_0; + result1 += M4(0.14608821, -0.07439824, 0.03865178, -0.086880915, -0.11553095, 0.11800374, 0.13214925, 0.046812996, -0.037123796, -0.018989379, -0.05062097, 0.0021832588, 0.13339424, -0.055192936, -0.11149385, -0.04801339) * inp_0_1_0; + result1 += M4(0.10018024, 0.0015277287, 0.024594266, -0.10473088, -0.10727858, 0.2637988, 0.0025090645, -0.027918315, 0.08310345, 0.11183597, -0.11561776, 0.10297722, -0.112052426, -0.0393831, -0.06215935, 0.14460996) * inp_0_2_0; + result1 += M4(-0.045010846, 0.2596987, -0.061746594, 0.3915752, -0.1178524, -0.040817495, 0.15932876, 0.18028739, -0.060169153, 0.28849506, -0.059507165, 0.07859005, 0.058386788, -0.060939044, -0.03840868, -0.10951335) * inp_0_0_1; + result1 += M4(0.11402059, -0.18600419, 0.20650828, -0.040762946, 0.20945579, -0.22200839, -0.07005221, -0.11765, -0.20845462, 0.18816432, 0.9522476, -0.036692392, 0.16586697, 0.068688564, -0.11158684, -0.08792759) * inp_0_1_1; + result1 += M4(0.05377238, -0.15907322, -0.07312733, -0.10462031, -0.08407747, -0.14599952, 0.20981629, -0.044482782, 0.400037, -0.1437334, 0.0788931, 0.042104036, -0.20607647, 0.08861181, -0.032842077, 0.023695804) * inp_0_2_1; + result1 += M4(0.04181302, -0.060805034, -0.101417646, -0.17794839, 0.168702, -0.51052046, -0.095897056, -0.013912092, 0.038582865, 0.05309609, -0.06728378, 0.341196, -0.017040616, -0.06550378, 0.11086736, -0.042624153) * inp_0_0_2; + result1 += M4(0.11940134, -0.12056612, -0.13654755, -0.026973963, 0.15465894, 0.029888792, -0.49261746, -0.22650442, 0.015893001, -0.44998038, -0.7092512, -0.24032496, 0.07558687, 0.03830741, 0.078829594, 0.06326567) * inp_0_1_2; + result1 += M4(0.18127115, -0.065435536, -0.07445673, -0.0049071168, 0.01085999, -0.0077388254, -0.064653255, -0.09067383, 0.026689146, -0.08541669, -0.060653634, -0.08493797, -0.14466925, -0.11301376, 0.058424987, 0.09166556) * inp_0_2_2; + result2 += M4(-0.13080364, -0.08167301, -0.463303, -0.70742375, 0.077425644, -0.021687286, 0.035808627, -0.39734727, -0.1559171, -0.21604316, 0.39925998, -0.3012099, 0.016638095, -0.08232811, 0.03377222, 0.031966764) * inp_0_0_0; + result2 += M4(0.14442822, 0.12295271, 0.029818185, 0.0359594, 0.04060354, 0.015188929, -0.0029900323, -0.23532009, 0.2359964, 0.14970055, 0.017785046, -0.52034444, 0.059353128, 0.10592766, -0.05263293, -0.10214093) * inp_0_1_0; + result2 += M4(0.122345954, 0.32518455, -0.13197717, -0.2253006, 0.06691174, 0.052411076, 0.100197494, -0.26456442, -0.030602941, 0.2827907, -0.31574076, -0.14921468, -0.05038948, -0.16915296, -0.10316771, -0.02792467) * inp_0_2_0; + result2 += M4(-0.08198538, -0.10204986, 0.5690069, -0.09734485, -0.028890003, -0.15102413, 0.44935277, -0.024167726, -0.015774969, -0.0887488, -0.51489425, 0.43573058, 0.07211464, 0.086417206, -0.029778117, 0.0897787) * inp_0_0_1; + result2 += M4(-0.11789364, 0.06326017, 0.13353379, 0.14045511, -0.097247526, 0.13069586, 0.18198517, 0.07585104, -0.46691963, -0.12969762, 0.12990327, 0.10933748, 0.22077899, 0.08396143, 0.11584505, 0.06981046) * inp_0_1_1; + result2 += M4(-0.15274513, -0.019888762, 0.21179429, -0.08906937, -0.048165828, 0.2743937, -0.05530385, 0.08738966, -0.077265665, 0.31894842, -0.05136382, 0.12788285, 0.09329922, -0.047389865, 0.08291986, 0.1473245) * inp_0_2_1; + result2 += M4(-0.108804405, -0.023400303, -0.2225971, 0.101814784, 0.048623733, -0.14735846, -0.38235044, 0.2508335, 0.0006776365, 0.05468187, 0.56234205, -0.09719959, -0.05784428, -0.015568528, 0.0027001353, -0.08191959) * inp_0_0_2; + result2 += M4(0.0972354, -0.06312126, 0.022070305, 0.120524995, 0.50088096, 0.090986624, -0.05814756, 0.20085476, 0.560176, -0.016112555, -0.08229239, 0.012685615, -0.18278423, 0.109280005, -0.022708299, -0.14846179) * inp_0_1_2; + result2 += M4(0.03168514, 0.09864207, -0.09442118, -0.024364354, -0.10918896, 0.06662421, -0.091709755, 0.05298994, -0.036009606, -0.15768065, -0.10558869, -0.05636757, -0.062536, -0.09078685, -0.03775271, -0.05907822) * inp_0_2_2; + result3 += M4(0.16951673, 0.13079187, 0.15705979, -0.15498151, 0.07683223, -0.06972948, 0.1610643, 0.017183576, 0.017889338, -0.123466015, -0.18230678, 0.020653097, -0.028243298, -0.0455674, -0.0099932505, 0.15229751) * inp_0_0_0; + result3 += M4(-0.14118189, -0.07251147, -0.124787614, -0.031930055, 0.0014606286, 0.061471842, 0.12428364, 0.09564553, 0.08472746, -0.054346558, -0.3817292, 0.018670253, -0.0053583533, 0.057495654, -0.006340129, -0.04558433) * inp_0_1_0; + result3 += M4(-0.22084264, 0.072441526, 0.016335221, 0.061928593, -0.034427874, -0.052877698, 0.031620156, 0.02055477, -0.24549209, -0.28623292, 0.11228471, 0.10617587, 0.0035924714, 0.057636518, -0.0062976037, -0.09103348) * inp_0_2_0; + result3 += M4(0.22203928, 0.0001094966, -0.28109252, 0.14876871, 0.20899206, -0.13489018, 0.15935789, 0.13730305, 0.067521155, -0.17813672, 0.073929176, -0.47425798, -0.14579837, -0.12225127, 0.026552638, 0.09890729) * inp_0_0_1; + result3 += M4(-0.08939892, -0.038700964, -0.023869948, -0.025948375, -0.28878126, 0.06866243, -0.17241889, 0.16191031, 0.48571798, 0.0033233624, 0.5171774, 0.27048627, -0.024863949, 0.10009337, -0.054171123, 0.021327967) * inp_0_1_1; + result3 += M4(-0.0026751498, 0.01677554, -0.114878856, 0.07205768, -0.33671686, -0.20127785, -0.269759, 0.013932504, -0.38406572, -0.3358019, 0.015354786, 0.020901006, 0.13394894, -0.11160113, -0.09172442, -0.02606201) * inp_0_2_1; + result3 += M4(0.02983239, 0.065238595, -0.08852208, 0.041396923, 0.03438514, 0.52203476, 0.09024649, 0.08568877, -0.11356743, -0.06145079, 0.16605784, -0.0046695387, -0.07753392, -0.04085484, -0.04211701, 0.042229425) * inp_0_0_2; + result3 += M4(-0.0152936075, -0.30379444, -0.03498485, -0.059613615, 0.0010579604, 0.03850498, -0.5338625, -0.18131024, -0.010662432, 0.95364696, -0.3127961, 0.10594221, 0.013022731, 0.1168128, 0.0039640763, -0.008202392) * inp_0_1_2; + result3 += M4(-0.04573058, 0.12372858, -0.22841553, 0.07078649, 0.13948447, 0.034082845, 0.19417766, -0.12902696, -0.027753403, 0.1267231, -0.397033, 0.011799876, 0.03935273, -0.0021190709, -0.011170245, -0.010836182) * inp_0_2_2; + const V4 inp_1_0_0 = inp[1][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_1_1_0 = inp[1][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_1_2_0 = inp[1][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_1_0_1 = inp[1][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_1_1_1 = inp[1][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_1_2_1 = inp[1][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_1_0_2 = inp[1][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_1_1_2 = inp[1][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_1_2_2 = inp[1][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.8353019, -0.03079682, -0.048795003, 0.035018213, -0.23654273, 0.07702494, 0.2094514, -0.03364075, -0.7785589, 0.48244116, -0.15566188, -0.02168974, -0.2537349, 0.55893207, -0.11559338, 0.056175552) * inp_1_0_0; + result0 += M4(-0.36740738, 0.11978992, 0.0896231, 0.026315548, 0.61221665, -0.37786412, -0.011924415, -0.25350574, 0.7978943, -0.051793884, 0.12227405, -0.11176683, -0.33257982, -0.033167973, -0.080166414, 0.0071900175) * inp_1_1_0; + result0 += M4(0.30219695, 0.19819108, -0.051961806, 0.032858204, 0.13871473, 0.04834231, 0.0116140265, 0.023473512, -0.3913116, -0.5835288, 0.09242092, 0.13168785, 0.06345958, -0.2336482, -0.2062129, 0.07203379) * inp_1_2_0; + result0 += M4(-0.36866486, -0.06509952, 0.106615335, -0.10289987, -0.10938692, -0.016172621, -0.16599819, 0.039859798, -0.05009089, -0.3045099, 0.016047738, 0.14461611, -0.32650867, 0.4984813, 0.22866598, 0.15623319) * inp_1_0_1; + result0 += M4(0.1897873, -0.39516336, 0.09100719, 0.08683436, -0.13866301, 0.26886114, 0.02321497, 0.09762188, 0.015329164, 0.2783753, 0.08462078, 0.041773602, 0.87116414, -0.77580714, -0.25930312, 0.2847646) * inp_1_1_1; + result0 += M4(-0.16257232, 0.08016403, -0.11788802, -0.1697364, -0.22687338, -0.0767716, -0.13487695, 0.12317228, -0.14794314, 0.378525, -0.07111922, -0.14637247, 0.3404566, 0.6845142, -0.06920808, 0.13534123) * inp_1_2_1; + result0 += M4(0.019833196, 0.14731897, -0.025829142, 0.102971524, 0.09881936, -0.14266418, -0.055933498, 0.08291914, 0.31677926, 0.15038142, -0.1840297, 0.035697404, 0.0027101748, 0.07143232, -0.29017213, 0.32565188) * inp_1_0_2; + result0 += M4(0.08040377, -0.04806, 0.111961365, -0.18063085, 0.04080433, 0.03362372, 0.004829591, 0.19333047, 0.0032951036, 0.116119325, 0.15918833, 0.09558537, -0.107474156, -0.014522343, 0.35576323, -0.93175983) * inp_1_1_2; + result0 += M4(-0.11092724, 0.15114045, -0.28484997, 0.04351722, 0.14012209, -0.038325023, -0.024206607, -0.15268601, 0.20977294, -0.552664, 0.11712065, -0.08422484, -0.030889055, -0.48031336, -0.026412616, -0.06320308) * inp_1_2_2; + result1 += M4(-0.29958254, -0.109615885, 0.029395718, 0.016319282, 0.26873666, 0.3702847, 0.09765828, 0.14932635, 0.14159209, 0.095116585, 0.16584423, -0.09755582, 0.019258445, -0.060782902, -0.2806007, -0.1301911) * inp_1_0_0; + result1 += M4(0.10790642, 0.030600157, -0.038562354, -0.026029062, -0.2230801, 0.1270215, 0.18553448, -0.08388566, 0.09725127, -0.05428193, 0.16844873, 0.2568333, 0.12408434, -0.16046543, -0.0019557131, 0.016269071) * inp_1_1_0; + result1 += M4(0.13869679, 0.05662262, 0.10610408, -0.042847093, -0.07361296, -0.06860708, 0.11945361, -0.010420255, -0.26884106, 0.22707044, -0.107094064, 0.103328854, 0.17813848, -0.26080275, -0.095853835, -0.016011981) * inp_1_2_0; + result1 += M4(-0.025391787, -0.5703227, 0.06401796, -0.34907568, 0.10032994, 0.39301944, 0.016423864, 0.4536823, -0.11761743, -0.112939045, -0.024434509, 0.13416661, -0.24094307, -0.4419523, 0.00059161003, -0.46946138) * inp_1_0_1; + result1 += M4(0.35361376, 0.06384827, -0.16368373, 0.1610783, -0.2828763, 0.033816554, -0.13143909, -0.30080402, 0.16076425, -0.22998048, -0.47442713, -0.30463502, 0.3944553, 0.048345, -0.2522477, 0.11306068) * inp_1_1_1; + result1 += M4(0.24947502, 0.07821673, 0.14102261, 0.007180845, -0.11125239, 0.055846, 0.012407736, -0.11969543, -0.26606387, -0.18257982, 0.14033502, 0.1393476, 0.12760912, 0.095806316, -0.1708761, -0.09545417) * inp_1_2_1; + result1 += M4(-0.1447064, -0.4311559, -0.006957143, -0.23297, 0.29948533, 0.39930835, -0.14382444, 0.8876203, -0.15697467, -0.1968718, -0.11124502, -0.2506147, 0.18206203, 0.051802326, -0.09965735, 0.2832789) * inp_1_0_2; + result1 += M4(0.10724873, 0.016814586, 0.21944435, 0.23991458, -0.16073646, -0.015581932, -0.3656503, -0.19130723, 0.21842504, 0.3039945, 0.12558551, -0.22017072, -0.05429101, 0.67426455, 1.0007616, 0.28180587) * inp_1_1_2; + result1 += M4(0.22271243, -0.11349672, -0.21032788, -0.163929, -0.28222632, 0.13967724, -0.017861396, 0.06513735, -0.13312815, 0.1615168, 0.11318072, 0.09575312, -0.20077147, -0.16503984, 0.11308297, 0.025842024) * inp_1_2_2; + result2 += M4(-0.059448976, 0.014798713, 0.57572407, -0.4970689, 0.19702779, 0.13581169, -0.19225039, 0.6739382, -0.15882425, -0.051979855, -0.97899884, -0.22377504, -0.030026965, -0.113155484, 0.24761347, -0.719494) * inp_1_0_0; + result2 += M4(-0.03346012, 0.109789826, 0.20284073, -0.018877316, -0.13332081, -0.25938398, -0.014910783, -0.18132773, -0.20557809, 0.21696718, 0.106756255, 0.23250414, -0.27276435, -0.00024258936, 0.026531879, 0.14486963) * inp_1_1_0; + result2 += M4(-0.014871851, -0.03370725, 0.32739255, -0.056933377, 0.01230874, 0.028961578, 0.15074731, 0.13390249, 0.16060308, -0.28017068, -0.049378213, 0.15798374, 0.1049363, 0.021499243, -0.056283005, 0.5702396) * inp_1_2_0; + result2 += M4(-0.40781596, -0.068078905, -0.2608516, -0.36839285, 0.27331737, 0.06990319, 0.028166782, 0.47841585, -0.07101787, -0.07055015, 1.3041064, -0.08154195, -0.6420218, -0.16353844, 0.8393286, 0.14371522) * inp_1_0_1; + result2 += M4(-0.036683656, 0.23350303, -0.3823271, -0.1895325, -0.042114716, -0.27834532, -0.011016889, 0.054359082, 0.52122265, 0.09595518, 0.29784077, -0.045716044, 0.26147208, 0.1535827, -0.3547086, -0.5459924) * inp_1_1_1; + result2 += M4(-0.08925608, -0.14973558, -0.17211129, 0.03096805, 0.11671369, 0.21920115, 0.06494186, -0.06473811, 0.13254163, 0.0064040422, 0.0197999, -0.029223228, -0.12759385, -0.038808268, -0.07336323, 0.4978441) * inp_1_2_1; + result2 += M4(-0.08437726, -0.20194645, 0.07599329, -0.21935628, 0.3217862, -0.027808418, -0.055483975, 0.48027533, -0.07248972, -0.10917602, -1.1656119, 0.25192067, 0.726754, -0.4072386, -0.84861493, -0.28209558) * inp_1_0_2; + result2 += M4(0.24826227, 0.03057961, -0.025810828, 0.15662467, 0.19474192, -0.20894553, -0.13577338, 0.22615886, -0.18568474, 0.03584874, 0.24559572, 0.13821158, -0.45080966, 0.32287788, 0.014510343, 0.0734196) * inp_1_1_2; + result2 += M4(-0.02822516, -0.023234604, -0.058450423, 0.15003574, -0.010218517, 0.0002537157, -0.05167111, -0.051569637, -0.120971926, 0.122743204, 0.14452058, 0.026441488, -0.17925249, 0.2772131, 0.017249027, 0.16620068) * inp_1_2_2; + result3 += M4(0.030601235, 0.1533475, 0.1354541, 0.17745161, -0.020671252, -0.10372984, -0.13732138, -0.23245959, -0.084360994, 0.22388554, 0.26257366, -0.08955721, 0.054022234, 0.0046199774, -0.40396032, 0.17547776) * inp_1_0_0; + result3 += M4(0.0950914, 0.13105528, -0.17804535, 0.036833197, 0.10695207, -0.12510276, 0.020602226, 0.15301901, 0.17476954, -0.02053389, 0.55537015, -0.09537796, 0.11434194, 0.020771341, -0.0027719524, -0.022421993) * inp_1_1_0; + result3 += M4(-0.09498485, 0.017095882, -0.13202192, 0.040244695, -0.19800507, -0.031560943, 0.04959914, 0.03567479, 0.24101183, -0.042635966, -0.18614642, -0.009154916, -0.00247375, -0.19376199, 0.26423156, 0.03759395) * inp_1_2_0; + result3 += M4(0.07953845, 0.39391887, 0.00727727, 0.35082912, 0.025060296, -0.2595865, 0.16177765, -0.7336906, 0.23894046, -0.070483424, -0.30498013, 0.56130445, -0.010698394, 0.021584244, -0.58075994, 0.68465334) * inp_1_0_1; + result3 += M4(-0.40409416, -0.0077395765, -0.3227979, -0.068225116, 0.5861685, 0.08172666, 0.13572781, 0.3026567, -0.57700115, 0.107233115, -0.2528313, -0.17424521, -0.84155977, -0.02813022, -0.5172479, -0.59169096) * inp_1_1_1; + result3 += M4(0.14502329, 0.06812947, 0.2185236, 0.0643197, -0.2091687, -0.09261454, -0.09526991, 0.040777106, 0.032173075, -0.11730932, -0.13217378, 0.0023497643, 0.44384873, -0.15709418, 0.6121635, -0.090208404) * inp_1_2_1; + result3 += M4(0.04270719, 0.21312836, -0.048879534, -0.11266838, -0.14382827, -0.2192215, 0.0068878373, -0.025609564, -0.09477325, 0.2191171, 0.096425086, -0.16293575, -0.051669516, 0.4190975, 0.12580837, -0.135226) * inp_1_0_2; + result3 += M4(-0.046412982, -0.12211086, 0.0077603217, -0.07431488, 0.17982213, 0.0438941, -0.196129, 0.06958203, 0.0024261524, -0.26292798, -0.097179495, -0.19446476, 0.29509872, -0.07991557, 0.74099654, 0.1677081) * inp_1_1_2; + result3 += M4(0.047113243, 0.058038574, 0.24930288, 0.06464759, -0.03720209, -0.051006317, -0.01912244, 0.011376446, 0.15856679, 0.103483565, 0.46561158, 0.030039294, -0.07310521, 0.45909077, 0.32737142, -0.009899002) * inp_1_2_2; + const V4 inp_2_0_0 = inp[2][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_2_1_0 = inp[2][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_2_2_0 = inp[2][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_2_0_1 = inp[2][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_2_1_1 = inp[2][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_2_2_1 = inp[2][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_2_0_2 = inp[2][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_2_1_2 = inp[2][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_2_2_2 = inp[2][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.056658532, -0.084393896, -0.08351355, 0.026212027, -0.16376431, 0.28912234, 0.027704367, -0.071667574, 0.22876024, 0.5063291, -0.034939148, -0.04414098, 0.80793244, 0.2117281, 0.04003154, -0.019289244) * inp_2_0_0; + result0 += M4(-0.6404585, -0.17796884, -0.14469966, 0.064434, -0.037456833, -0.43776658, -0.076254845, -0.016480407, 0.053084683, -0.4298736, 0.009404756, 0.083069295, -1.0547874, -0.20475821, 0.027985618, 0.12540238) * inp_2_1_0; + result0 += M4(-0.28070635, 0.1289751, 0.1219496, 0.01570686, -0.19013144, 0.29028776, 0.012497347, -0.0010326781, -0.7109733, -0.095800534, -0.07843679, -0.017538793, 0.4179525, 0.13152626, 0.106455006, 0.01078675) * inp_2_2_0; + result0 += M4(0.081900895, 0.19029334, -0.073567726, -0.047557395, 0.19428933, -0.038285363, -0.11491762, -0.01837945, 0.07547317, -0.5344631, 0.1524544, -0.14964266, -0.19406794, -0.059020177, 0.19315392, -0.038649715) * inp_2_0_1; + result0 += M4(-0.16288629, 0.43891653, 0.08301114, -0.359797, -0.07925925, 0.157717, 0.23638429, -0.5961064, -0.20833725, 0.6921076, 0.18377437, -0.46835884, 0.23760724, 0.2279108, -0.18868038, -0.24260604) * inp_2_1_1; + result0 += M4(-0.13185735, 0.16606236, 0.07416285, -0.03832922, 0.17361966, -0.13698995, -0.08244967, -0.08690483, 0.023102188, -0.21447626, -0.15169983, 0.22278568, -0.030070322, 0.10786125, -0.09606021, -0.00094145857) * inp_2_2_1; + result0 += M4(0.19589414, 0.008045848, -0.26970163, 0.07926561, 0.0055276607, -0.034727324, 0.014047634, 0.01084498, 0.013823401, 0.045765556, -0.06885619, 0.11313184, -0.09608044, 0.11905903, -0.057270247, 0.17040935) * inp_2_0_2; + result0 += M4(-0.35795772, 0.052093923, -0.27925724, 0.7024668, -0.23307371, 0.15484054, 0.086788125, 0.40594432, 0.030013239, -0.012880656, -0.23584186, 0.6172303, 0.100337416, -0.2668913, 0.07190245, 0.045928806) * inp_2_1_2; + result0 += M4(0.08252405, -0.14609249, -0.064848445, -0.05421016, -0.08036742, 0.064709485, 0.0995519, 0.17094779, 0.19813484, -0.023966646, 0.06744239, -0.24773261, -0.08125354, -0.11565303, -0.004539193, 0.003593128) * inp_2_2_2; + result1 += M4(-0.05913632, -0.13035738, -0.2095817, -0.121928796, 0.24421848, 0.31298313, 0.06490786, 0.11518253, -0.12560591, -0.019254718, 0.10287586, 0.10359144, -0.18111609, 0.003691266, -0.16280791, 0.15910712) * inp_2_0_0; + result1 += M4(-0.09409358, 0.18263733, 0.044311643, 0.06420531, 0.09978127, 0.061665844, 0.19545491, -0.07039197, 0.12624802, -0.034005325, -0.14515208, -0.078887306, 0.106090754, 0.16866021, -0.14042042, -0.046339422) * inp_2_1_0; + result1 += M4(0.07321761, -0.005795847, -0.13165809, 0.019000694, -0.09719375, 0.16906215, -0.08389258, -0.024464838, -0.20402004, -0.22585747, 0.19619657, 0.03625385, -0.056417644, -0.10498231, 0.15780598, -0.05896881) * inp_2_2_0; + result1 += M4(0.11133829, 0.15564004, -0.018679706, -0.20204216, 0.18958686, 0.27253, -0.06635486, -0.14202532, -0.12708612, 0.22483705, 0.028482271, 0.287388, 0.07226748, 0.16693592, 0.083715275, -0.43332836) * inp_2_0_1; + result1 += M4(-0.107852295, 0.4372522, 0.82334834, -0.010232122, -0.124953635, -0.1031519, 0.88873106, -0.066571906, 0.107724965, 0.14239775, 0.38775948, -0.3008945, 0.12835532, -0.004528145, 0.46319053, 0.37589112) * inp_2_1_1; + result1 += M4(0.36154172, -0.048908047, 0.01569887, 0.10236648, -0.3750691, -0.028939823, 0.13799433, -0.07261984, -0.19416392, 0.23474926, 0.16244835, 0.17886005, -0.08432286, -0.099077776, -0.16162856, 0.006568329) * inp_2_2_1; + result1 += M4(0.20400487, -0.11719335, -0.11616023, 0.5995642, 0.122836575, 0.4458128, -0.16099311, 0.699037, -0.21749511, -0.22285137, -0.13708612, 0.08973937, -0.033287726, -0.33511263, 0.01033256, 0.060349323) * inp_2_0_2; + result1 += M4(-0.13193716, -0.27737704, -0.442998, 0.02232665, 0.13035831, -0.17953672, -0.57704264, -0.19806914, 0.66499674, -0.057644695, -0.6075821, -0.7843484, 0.11177764, 0.3197587, -0.19009523, -0.35939646) * inp_2_1_2; + result1 += M4(0.30169463, -0.27423045, 0.030066399, 0.09561448, -0.35065278, -0.09054245, -0.13476075, 0.058679003, -0.240253, -0.25924155, -0.025114952, 0.1503409, -0.10358453, 0.06972844, 0.10086383, 0.1513331) * inp_2_2_2; + result2 += M4(-0.09140265, -0.043480042, 0.39341742, -0.16124645, 0.039826732, 0.0982359, 0.14812395, -0.29226306, -0.12270788, -0.056483883, 0.46743312, -0.12414679, -0.08598476, -0.020382252, 0.8526356, -0.6251697) * inp_2_0_0; + result2 += M4(0.19089483, -0.094089076, 0.27113757, -0.89349926, 0.092731245, -0.052982565, 0.029999843, -0.27503353, 0.1723571, -0.14498913, -0.59834313, 0.38859525, 0.12832993, 0.06796332, -0.43113524, 0.2746368) * inp_2_1_0; + result2 += M4(0.101626456, 0.012754597, -0.25569427, -0.075960755, -0.04676257, 0.022405503, -0.08868581, 0.07564415, -0.1573639, 0.12833588, -0.31780383, -0.46218848, -0.027274387, -0.13945863, -0.110267706, -0.027970377) * inp_2_2_0; + result2 += M4(0.03608637, -0.09479316, -0.21446887, 0.56932735, -0.08810863, 0.06604438, -0.1869864, 0.6002932, -0.12353022, 0.0830962, 0.2746934, 0.16245197, -0.08361289, 0.0022464357, -0.2217645, -0.12708506) * inp_2_0_1; + result2 += M4(-0.3414478, -0.1966153, 0.055342548, -0.013102268, -0.47288916, -0.5555628, -0.14289796, -0.08635351, -0.41934514, -0.6622999, 0.22686398, -0.15859646, -0.16033597, -0.0053745653, 0.36677605, -0.23678315) * inp_2_1_1; + result2 += M4(-0.17615376, -0.046758268, 0.01108182, -0.07680903, 0.029766507, 0.6448251, 0.20447639, 0.056505933, 0.23630296, 1.0478128, 0.26991642, -0.055334356, 0.13279189, 0.026829982, -0.12233411, 0.16576806) * inp_2_2_1; + result2 += M4(0.15395284, -0.1248782, 0.31775445, 0.0008446973, 0.2462245, 0.050902765, 0.22869344, 0.31496996, 0.032222766, -0.19146186, 0.16774654, 0.4773935, 0.12845011, -0.0674604, -0.16974731, 0.6718414) * inp_2_0_2; + result2 += M4(0.19998777, -0.0046336846, -0.17863709, -0.022363333, 0.30268896, -0.21146934, -0.05744014, 0.16582312, 0.55801415, 0.09421628, -0.652831, 0.22474986, 0.052013434, -0.08298826, -0.20941404, 0.2198382) * inp_2_1_2; + result2 += M4(-0.05906059, -0.055516556, -0.15871921, -0.20876054, 0.056753717, -0.122805975, -0.10752009, 0.07214043, -0.2886711, -0.104196325, 0.13151167, -0.11443949, -0.29457253, 0.09404759, 0.0781491, 0.09187794) * inp_2_2_2; + result3 += M4(0.07131227, -0.17103189, -0.65701765, -0.08103885, 0.0114034135, -0.11564006, -0.3758374, -0.30220702, 0.10926563, 0.060695365, -0.13507707, 0.02752198, 0.15815619, -0.099520825, -0.12582445, 0.011142395) * inp_2_0_0; + result3 += M4(0.16390102, -0.043893002, -0.17439, 0.00196632, 0.23113947, -0.054559767, -0.22033226, 0.16813108, 0.07049406, -0.07914666, 0.44900405, -0.2244528, 0.035653476, 0.05198975, -0.16546313, -0.113693014) * inp_2_1_0; + result3 += M4(0.015167149, 0.080200985, 0.18556446, 0.044955164, -0.17171162, -0.055256296, -0.002402905, 0.082981795, -0.22192933, 0.03015825, -0.25711286, 0.011584354, -0.095374405, -0.1382058, -0.12054189, 0.10028561) * inp_2_2_0; + result3 += M4(0.004898744, -0.089915045, -0.095151104, -0.8470385, 0.037769705, -0.07265799, -0.13910796, -0.52633315, -0.07218728, -0.05430542, 0.37463775, -0.4195107, -0.11475595, 0.32739305, -0.06587419, 0.096468985) * inp_2_0_1; + result3 += M4(0.43917456, 0.026247881, 0.19216591, 0.11570986, 0.46347585, -0.39810273, 0.45491657, 0.7642445, 0.52890843, 0.058011733, 0.6879336, 1.197659, -0.17768478, -0.044728726, 0.0114222765, 0.15778284) * inp_2_1_1; + result3 += M4(-0.087177016, -0.10747335, -0.10010042, 0.115062304, -0.8122979, 0.06514974, -0.20169608, -0.10079475, -0.99654114, 0.3199778, -0.07893785, -0.12280641, -0.31013697, 0.34886715, 0.16507483, -0.1397757) * inp_2_2_1; + result3 += M4(-0.040510368, -0.19001658, 0.10233444, -0.21234024, 0.019421631, -0.2970453, 0.0011585673, -0.20484056, 0.07370205, -0.07258561, 0.26393914, 0.021444967, 0.17476425, -0.11027206, 0.45120278, -0.14630376) * inp_2_0_2; + result3 += M4(0.13665591, 0.4259041, 0.0023495876, 0.14909796, 0.19523306, 0.3640925, -0.26424402, 0.22802217, 0.083183356, 0.6097358, -0.7197997, -0.32168692, 0.2591536, 0.26636642, -0.1078281, -0.1142868) * inp_2_1_2; + result3 += M4(0.041843053, 0.021810856, -0.21729478, -0.08708366, -0.2119869, -0.15670185, -0.18791877, 0.05018508, 0.3888126, -0.37974566, -0.27909023, 0.053460464, 0.06214204, -0.44816417, 0.15038887, 0.16712622) * inp_2_2_2; + const V4 inp_3_0_0 = inp[3][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_3_1_0 = inp[3][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_3_2_0 = inp[3][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_3_0_1 = inp[3][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_3_1_1 = inp[3][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_3_2_1 = inp[3][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_3_0_2 = inp[3][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_3_1_2 = inp[3][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_3_2_2 = inp[3][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.3472437, 0.013380894, 0.08867833, -0.03453232, 0.58152944, -0.43871528, 0.22380953, -0.04550669, 0.120581925, 0.004563894, 0.04559358, 0.0027206047, 0.017552061, 0.16171905, -0.037060566, -0.01708926) * inp_3_0_0; + result0 += M4(-0.34160993, -0.11255932, -0.058914144, 0.026892548, -0.31992993, 0.26869294, -0.09144462, 0.08680876, 0.26296964, -0.12034341, -0.045838475, -0.032575533, 0.07309527, -0.11566818, 0.018513981, -0.010388167) * inp_3_1_0; + result0 += M4(0.28056777, 0.07695634, -0.059898093, -0.061575457, 0.3669255, 0.028526982, 0.24511854, -0.09934631, -0.07288608, 0.050052203, -0.038593568, 0.008848001, 0.27569962, -0.037571654, 0.056816753, -0.0039305515) * inp_3_2_0; + result0 += M4(-0.028644724, 0.12271751, 0.026339592, 0.008865822, 0.2519346, -0.26284647, -0.1638227, -0.008493934, -0.28506994, 0.011916564, 0.019927721, -0.029855786, 0.0014189436, -0.047583543, -0.050952516, -0.083322175) * inp_3_0_1; + result0 += M4(0.20403737, -0.040827665, -0.0028530445, -0.017813073, -0.4706143, 0.42873096, 0.14829667, 0.046647582, -0.48000586, 0.37023175, 0.08343689, 0.0029796327, -0.23113053, 0.065826334, 0.074439414, 0.074652724) * inp_3_1_1; + result0 += M4(0.1586078, 0.0784932, -0.15297528, 0.09501966, -0.4055182, -0.30885902, -0.060376216, -0.15000467, -0.009729531, 0.07221125, -0.04001262, 0.12093661, -0.15710236, 0.09445375, 0.073956475, -0.019581962) * inp_3_2_1; + result0 += M4(-0.111901745, 0.02471801, -0.06651766, 0.095790766, -0.08006672, 0.19840515, 0.26936525, -0.13326232, -0.10196766, -0.19608083, -0.11811127, 0.22120981, -0.10520785, 0.095748596, -0.007844923, 0.11197408) * inp_3_0_2; + result0 += M4(0.043696456, 0.013067065, 0.07440999, -0.53549933, 0.073651895, -0.0088031795, -0.14840111, 0.44721222, 0.2975085, -0.023100551, -0.15204108, 1.3613566, -0.03796179, 0.07700565, -0.04039371, 0.39191732) * inp_3_1_2; + result0 += M4(-0.035744753, 0.008431576, -0.011160678, -0.089015596, 0.067718446, 0.045862436, -0.1271991, -0.052337117, -0.21953662, -0.021048736, -0.019922525, 0.16980134, -0.06376514, 0.020770412, -0.1292233, 0.19095159) * inp_3_2_2; + result1 += M4(0.04209156, -0.10028043, 0.045473978, 0.029526308, -0.1029502, 0.097725846, 0.11866024, 0.101209536, -0.103658065, 0.1303318, 0.10141563, 0.08520663, 0.056324724, 0.043090805, 0.061262637, -0.009563499) * inp_3_0_0; + result1 += M4(-0.11467653, -0.05272206, -0.12958023, -0.018456401, 0.023291504, 0.10627822, 0.046663657, 0.16016315, 0.049062163, -0.19274554, -0.076242104, -0.039942898, -0.25169963, -0.048676368, 0.0037137556, 0.053856958) * inp_3_1_0; + result1 += M4(-0.15907876, -0.11642729, 0.08522632, -0.012964159, -0.21032064, 0.18714333, 0.018133575, -0.12953383, 0.07832173, -0.07664562, -0.008530792, -0.030324288, 0.2171452, -0.052815564, -0.03799995, -0.07796586) * inp_3_2_0; + result1 += M4(0.014487541, 0.035919957, -0.043378692, -0.10243317, 0.29915744, -0.029785946, 0.08348936, -0.2593623, -0.28476247, 0.15268299, -0.009884593, 0.28988793, 0.18091768, 0.41806173, -0.0008945458, 0.43557742) * inp_3_0_1; + result1 += M4(-0.015301471, 0.028162321, 0.0628364, 0.12303836, -0.07908043, -0.05095927, 0.08793644, 0.109865434, 0.009046035, -0.014763819, -0.10699331, -0.1811893, -0.35765564, 0.015265002, -0.021379912, 0.054260004) * inp_3_1_1; + result1 += M4(-0.008764806, -0.047667857, -0.00043627238, -0.085696295, -0.071407646, -0.31469864, 0.09608359, 0.0036131532, 0.04063981, -0.02390764, 0.03337885, -0.08083824, 0.4892242, -0.030610098, 0.053893816, 0.0005124162) * inp_3_2_1; + result1 += M4(0.23028834, 0.27810562, -0.0005937561, 0.062948644, -0.06315908, 0.2782613, 0.054228317, 0.37353197, 0.04041054, -0.83467233, -0.20950946, 0.2553413, 0.13149354, 0.12652624, -0.108717784, 0.39738894) * inp_3_0_2; + result1 += M4(-0.056789584, 0.22073776, 0.43888393, 0.007940124, -0.17490996, -0.10502325, -0.49565843, -0.26163256, 0.5991587, -0.6067586, -0.9914189, -0.2210728, -0.3194455, -0.15456308, -0.13144505, -0.03552233) * inp_3_1_2; + result1 += M4(-0.32254165, 0.044227004, 0.13516445, 0.03845159, 0.009997396, 0.008264542, -0.06699806, -0.051496867, 0.11909525, -0.28769228, -0.18918002, -0.057668176, 0.23843196, -0.1769408, -0.076675124, -0.031703703) * inp_3_2_2; + result2 += M4(0.024601893, 0.047437504, 0.29823276, 0.09947944, 0.21934599, 0.11803661, 0.65973103, 0.26546025, 0.029531708, -0.0067652045, -0.17580013, 0.26997727, -0.030777141, 0.040013187, 0.024318442, 0.37423348) * inp_3_0_0; + result2 += M4(0.112576716, -0.13343264, 0.08077175, -0.048998382, -0.093169354, -0.04977975, 0.015730407, -0.73369396, -0.09483911, -0.06737101, 0.06244766, 0.07160388, -0.002243437, -0.12980196, -0.042938337, -0.026755292) * inp_3_1_0; + result2 += M4(0.062544756, 0.30026558, 0.17554766, 0.13842122, 0.04878832, -0.1402889, 0.1123605, -0.070087515, 0.016846227, 0.13830933, -0.003600853, -0.07052991, 0.08062244, 0.14440808, 0.037623156, -0.10593128) * inp_3_2_0; + result2 += M4(-0.022144489, 0.031163864, -0.35879242, -0.06148122, 0.18611787, 0.28179172, -0.65257895, 0.22794338, 0.075979315, -0.1493961, 0.022940412, -0.04455144, 0.013953682, 0.08925602, -0.010988895, -0.06853787) * inp_3_0_1; + result2 += M4(-0.104398176, -0.165788, -0.27504763, -0.45820633, 0.12718037, -0.30875504, 0.12423894, 0.15830809, -0.14640152, 0.072613806, -0.013286344, 0.03865688, 0.06950812, -0.34721127, -0.008446023, 0.07753682) * inp_3_1_1; + result2 += M4(-0.0765464, 0.043303255, 0.021159632, 0.031017859, -0.11436186, 0.084210224, -0.3106996, 0.088460155, 0.1289226, 0.20739235, 0.1362793, -0.2524162, -0.17312491, -0.12867886, -0.10566141, 0.031078596) * inp_3_2_1; + result2 += M4(0.09355678, 0.10412212, 0.004731364, 0.42740902, -0.116885625, 0.052118473, 0.43677473, 0.20393315, 0.07955809, -0.119825155, 0.17133446, -0.11519095, 0.13483945, -0.010165948, 0.11746103, 0.033520274) * inp_3_0_2; + result2 += M4(-0.3813429, -0.11363336, -0.12936473, 0.18715818, 0.32119343, -0.021526324, -0.43352234, -0.06257893, 0.6233187, 0.13396265, 0.038704164, 0.0631709, 0.1939896, -0.15153073, 0.123462155, -0.01652716) * inp_3_1_2; + result2 += M4(-0.41880918, -0.030412536, 0.12958126, 0.120551094, -0.022546515, -0.04808989, 0.17756711, -0.108908154, 0.2226288, -0.10673246, -0.16231227, -0.03192408, 0.14065991, 0.1836104, -0.03244477, -0.044319637) * inp_3_2_2; + result3 += M4(-0.0011758883, 0.0031363205, -0.16173664, 0.08941673, -0.11167737, -0.33703038, 0.12200337, 0.055131473, 0.035779245, 0.0029444366, 0.055127386, -0.09139993, -0.033134703, -0.03748916, -0.066961385, -0.108324334) * inp_3_0_0; + result3 += M4(0.053190347, -0.111483805, -0.06346869, 0.012349723, -0.045100734, 0.029720673, -0.22522068, 0.14960602, -0.043017942, 0.092041545, 0.16698928, 0.08137758, 0.16750063, 0.011768444, -0.09525918, 0.010928377) * inp_3_1_0; + result3 += M4(-0.14769338, 0.027719587, -0.058809258, 0.028551238, -0.09908326, 0.10515259, -0.14025599, 0.061426327, -0.042780805, -0.035405204, -0.05823736, -0.016086705, 0.04844154, 0.032153595, -0.07846922, 0.019060513) * inp_3_2_0; + result3 += M4(-0.07933811, 0.29348436, 0.15147564, -0.011950693, -0.07698759, 0.21123506, 0.27513096, -0.4870618, 0.15858337, -0.088143416, 0.0066797114, -0.2147107, 0.09265716, -0.03495672, 0.045518417, -0.3315414) * inp_3_0_1; + result3 += M4(0.1404907, -0.053150203, -0.040700138, 0.18472278, 0.61421394, 0.054680698, 0.046741713, 0.0037532535, 0.13713816, 0.114549585, 0.26238853, 0.21299282, 0.12599483, 0.028305324, -0.010574808, -0.57075983) * inp_3_1_1; + result3 += M4(-0.13837083, 0.1861814, 0.27288082, 0.02824301, -0.2062445, 0.06472042, 0.019210115, 0.007461685, -0.32328922, 0.014523166, -0.30206257, 0.1573444, 0.15600231, 0.0886993, 0.24092384, 0.02336472) * inp_3_2_1; + result3 += M4(0.024918266, -0.28346768, -0.033286523, -0.19488813, -0.021365946, -0.31525356, -0.06427523, -0.022802275, 0.017455311, 0.29595226, -0.21315272, -0.055813782, 0.086387426, -0.14360276, -0.13709465, -0.122531205) * inp_3_0_2; + result3 += M4(0.10574195, -0.4813584, 0.31677288, -0.08348199, -0.15907282, 0.090848915, -0.4333516, -0.014139355, 0.11864891, 0.5082066, -0.43740028, 0.10677436, 0.101659745, 0.06943931, 0.02947963, -0.027463546) * inp_3_1_2; + result3 += M4(-0.20253208, -0.26093277, 0.068154514, 0.024943102, 0.054091427, -0.12938003, 0.20981514, 0.16747186, -0.19666524, 0.109958075, -0.24808154, -0.011728526, -0.020255229, 0.12573044, -0.07719842, 0.07252243) * inp_3_2_2; + const ivec2 output_base = ivec2(gl_GlobalInvocationID) * ivec2(2, 2); + imageStore(out_image, output_base + ivec2(0, 0), max(result0, V4(0.0))); + imageStore(out_image, output_base + ivec2(1, 0), max(result1, V4(0.0))); + imageStore(out_image, output_base + ivec2(0, 1), max(result2, V4(0.0))); + imageStore(out_image, output_base + ivec2(1, 1), max(result3, V4(0.0))); +} + +//!DESC ArtCNN C4F16 DS (Conv2D-2-ReLU) +//!COMPUTE 24 32 12 16 +//!HOOK LUMA +//!BIND conv2d_1 +//!SAVE conv2d_2 +//!WIDTH LUMA.w 2.0 * +//!HEIGHT LUMA.h 2.0 * +//!COMPONENTS 4 +//!WHEN OUTPUT.w LUMA.w / 1.3 > OUTPUT.h LUMA.h / 1.3 > * +#extension GL_EXT_shader_explicit_arithmetic_types_float16 : enable +#ifdef GL_EXT_shader_explicit_arithmetic_types_float16 +# define V4 f16vec4 +# define M4 f16mat4 +# define F float16_t +#else +# define V4 vec4 +# define M4 mat4 +# define F float +#endif + +const ivec2 ksize = ivec2(3, 3); +const ivec2 offset = ksize / 2; +const ivec2 wg_size = ivec2(gl_WorkGroupSize); +const ivec2 isize = wg_size + ksize - 1; +shared V4 inp[4][isize.y][isize.x]; +void hook() { + const uvec2 local_xy = gl_LocalInvocationID.xy; + ivec2 base = ivec2(gl_WorkGroupID) * wg_size; + for (uint y = local_xy.y; y < isize.y; y += wg_size.y) { + for (uint x = local_xy.x; x < isize.x; x += wg_size.x) { + const ivec2 input_base = (base + ivec2(x,y) - offset) * ivec2(2, 2); + inp[0][y][x] = V4(conv2d_1_mul * texelFetch(conv2d_1_raw, input_base + ivec2(0, 0), 0)); + inp[1][y][x] = V4(conv2d_1_mul * texelFetch(conv2d_1_raw, input_base + ivec2(1, 0), 0)); + inp[2][y][x] = V4(conv2d_1_mul * texelFetch(conv2d_1_raw, input_base + ivec2(0, 1), 0)); + inp[3][y][x] = V4(conv2d_1_mul * texelFetch(conv2d_1_raw, input_base + ivec2(1, 1), 0)); + } + } + + barrier(); + V4 result0 = V4(0.023435008, -0.00027622582, -0.015393672, 0.008721407); + V4 result1 = V4(-0.0058370507, -0.015384002, -0.010110728, 0.015183784); + V4 result2 = V4(0.038818885, 0.047503617, -0.043154787, -0.005362168); + V4 result3 = V4(-0.03511599, -0.0390787, -0.001977005, 0.019544978); + const V4 inp_0_0_0 = inp[0][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_0_1_0 = inp[0][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_0_2_0 = inp[0][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_0_0_1 = inp[0][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_0_1_1 = inp[0][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_0_2_1 = inp[0][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_0_0_2 = inp[0][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_0_1_2 = inp[0][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_0_2_2 = inp[0][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.058053754, 0.13135362, -0.047918122, -0.011845601, -0.0074042883, -0.01840911, -0.011805869, -0.03396952, -0.1423342, 0.26230896, -0.119458295, -0.06616202, -0.009783131, 0.035237905, -0.03701137, -0.10224075) * inp_0_0_0; + result0 += M4(-0.041274697, -0.07608542, 0.047750793, 0.054070923, -0.16413322, 0.014423329, -0.03390137, -0.00094438414, 0.24362351, -0.2306998, 0.025874767, -0.07668255, -0.15923639, 0.46262452, 0.05566397, 0.15915436) * inp_0_1_0; + result0 += M4(0.11520685, 0.0699546, 0.064455785, -0.0076417695, 0.0049518016, -0.0375039, -0.026019963, -0.007440243, 0.03008722, 0.14577916, -0.049544826, 0.05725768, 0.06544244, 0.07811894, 0.05958433, 0.037279688) * inp_0_2_0; + result0 += M4(-0.077427626, -0.28169155, 0.14521974, -0.02468973, -0.012213673, 0.045991287, 0.032625675, -0.041064482, 0.045073047, 0.22772516, 0.09916965, 0.032622837, 0.081653826, 0.0040710922, -0.06014905, -0.014239243) * inp_0_0_1; + result0 += M4(-0.08949968, 0.40064472, -0.3088256, -0.030333402, -0.077949814, 0.036044396, 0.006116637, 0.016873905, -0.061148554, -0.18398748, 0.016047241, 0.21445145, -0.5862237, 0.06960463, -0.24190919, 0.019996881) * inp_0_1_1; + result0 += M4(0.0010335072, -0.074155085, 0.06035906, 0.05635123, -0.029693812, 0.25365904, -0.00024468364, 0.017304827, -0.18047398, -0.060659446, -0.011265205, 0.014874942, -0.60377824, 0.0348222, 0.076552495, 0.06994206) * inp_0_2_1; + result0 += M4(0.0068813893, -0.040201046, 0.15965754, -1.7235106e-05, -0.017728887, 0.0489135, -0.048296545, -0.0256505, 0.09437446, 0.12918611, -0.04645181, -0.22671208, 0.08722971, -0.27255175, 0.024839658, 0.031033102) * inp_0_0_2; + result0 += M4(0.32137305, -0.102484845, 0.5899058, 0.44748813, 0.14033101, 0.26633027, 0.14133942, -0.045242507, -0.3500667, -0.16679467, -0.11007231, -0.1118854, 0.14673825, 0.065924786, 0.017390981, -0.0049263104) * inp_0_1_2; + result0 += M4(-0.2750656, -0.12161614, -0.28282353, -0.22726911, -0.04463269, 0.053947803, -0.038568437, -0.06423929, 0.24576302, 0.03625427, 0.10282412, 0.05768898, -0.30617765, 0.08486049, -0.027985916, 0.014466912) * inp_0_2_2; + result1 += M4(-0.0073026754, -0.10402381, -0.013642001, 0.044249803, -0.02854999, 0.26434416, 0.057275936, 0.08449719, -0.2368094, -0.006792606, 0.08725315, -0.1143782, -0.26464862, -0.14515208, 0.06274822, 0.36444998) * inp_0_0_0; + result1 += M4(-0.013720833, -0.06886963, 0.05349541, -0.06206712, 0.035714574, 0.039087676, 0.08770568, 0.14166538, 0.19585021, -0.2129663, 0.14013258, 0.0022852065, -0.5944084, -0.7182823, 0.122801915, -0.15706588) * inp_0_1_0; + result1 += M4(0.10479358, 0.120234706, -0.064341865, 0.14256644, 0.10301237, -0.04109505, -0.0512812, 0.13723285, -0.029703898, 0.24554458, 0.01530522, 0.3853674, -0.20900846, -0.5164066, -0.20735526, 0.07260991) * inp_0_2_0; + result1 += M4(-0.14815906, -0.01028779, -0.14179946, -0.08245007, 0.019574288, 0.16411702, 0.11887322, 0.0020758726, 0.028338032, -0.16261598, 0.17139073, -0.06354438, -0.18751918, -0.06267931, -0.009964829, 0.011002064) * inp_0_0_1; + result1 += M4(-0.080518, 0.1318538, 0.44151536, -0.04916626, -0.056665212, 0.34340844, 0.16808915, 0.07016322, -0.2744961, 0.019613005, -0.52572715, -0.5972775, -0.17945085, -0.38791883, 0.2364365, 0.4347594) * inp_0_1_1; + result1 += M4(0.18026938, -0.1343583, -0.27794445, 0.25141716, 0.25054744, 0.11847508, -0.022598626, -0.08347308, -0.06789105, 0.56946987, 0.21327427, 0.39672527, -0.07893942, -0.3660021, 0.04420206, -0.04678048) * inp_0_2_1; + result1 += M4(-0.3361689, 0.21600454, 0.29812515, 0.19549452, 0.13161008, 0.1506024, 0.084969185, 0.07457274, 0.115148, -0.10726738, -0.15455638, 0.022031983, -0.07685952, 0.004126467, -0.0036478213, -0.03565146) * inp_0_0_2; + result1 += M4(-0.041066427, -0.11341293, -0.9815334, -1.0637896, 0.23624156, 0.144971, 0.13262825, -0.06459397, 0.3298128, -0.18340024, 0.044938684, -0.078921996, -0.15567741, -0.06563018, 0.058869045, -0.31469694) * inp_0_1_2; + result1 += M4(-0.18666749, -0.04640199, 0.6378595, 0.15205689, -0.010305863, 0.25054187, 0.18608533, 0.12638347, 0.1989298, -0.16685888, -0.008758655, -0.11104765, -0.010293042, -0.19616619, 0.03701753, 0.16267337) * inp_0_2_2; + result2 += M4(-0.03328148, -0.006684863, 0.047662534, -0.06358788, 0.018822119, -0.053844366, 0.06987464, 0.092299104, -0.13518637, 0.12761132, -0.13602121, 0.15030415, 0.16349082, 0.13304846, -0.12295147, -0.5695785) * inp_0_0_0; + result2 += M4(0.09411206, -0.05187804, -0.017689293, 0.013353826, -0.08697054, -0.1597196, 0.22802964, 0.04886305, 0.08418551, -0.0804207, 0.11035258, 0.12820846, 0.023220098, 0.057945892, -0.31034696, -0.15134479) * inp_0_1_0; + result2 += M4(0.114032544, -0.06916583, 0.025773713, 0.05741373, -0.24842425, -0.09751518, 0.14063355, 0.0502536, 0.054900263, -0.17048357, -0.11259802, 0.160759, 0.16757573, -0.01877, -0.11194997, -0.16462773) * inp_0_2_0; + result2 += M4(0.35808134, 0.039701495, 6.3124726e-06, 0.03133524, -0.05278441, -0.054526035, 0.04481739, 0.2529997, -0.16400562, -0.19464107, -0.2156525, -0.04006176, 0.19686534, 0.033792473, -0.49558243, -0.25051036) * inp_0_0_1; + result2 += M4(-0.05304926, -0.3043419, 0.10092999, -0.058093864, -0.23438485, 0.034214076, 0.057646334, 0.1186709, 0.044353776, -0.1963721, -0.37588304, -0.13445406, 0.127387, -0.35068044, -2.7945485, -0.34946597) * inp_0_1_1; + result2 += M4(-0.39820927, 0.21416184, -0.05426307, 0.04687176, -0.2081737, -0.2406106, 0.23088469, 0.11969322, -0.083836876, 0.29234567, -0.28048143, 0.052370936, 0.21438457, 0.03972491, 0.13101222, -0.27309152) * inp_0_2_1; + result2 += M4(-0.41306856, 0.16440691, -0.09808768, -0.26407242, 0.0053243865, -0.09325784, 0.20075214, 0.3811357, 0.30143264, 0.058478504, -0.06928174, 0.027018353, -0.20570262, -0.013981209, 0.007406996, -0.118252516) * inp_0_0_2; + result2 += M4(0.27038062, 1.5538056, -0.87050104, 0.03884074, -0.28182444, -0.08340967, -0.0689404, 0.3859192, -0.116228536, -0.31909284, 1.1460763, -0.2930017, 0.05609198, -0.26499516, -0.40788504, -0.4939044) * inp_0_1_2; + result2 += M4(0.18884245, -0.25252223, -0.2608849, -0.101122685, 0.037499864, -0.23475505, 0.23866269, 0.112167336, -0.011161603, 0.13258833, 0.23283808, 0.20873502, 0.12333728, 0.008156681, -0.061962094, -0.2777167) * inp_0_2_2; + result3 += M4(-0.017292995, 0.059847377, -0.01150032, -0.004381958, 0.009071516, 0.006968245, -0.034055986, 0.03740713, -0.07671129, 0.010568533, -0.11548467, -0.03640214, 0.004297413, 0.013166457, -0.020208651, -0.042670313) * inp_0_0_0; + result3 += M4(0.021905567, -0.012356532, 0.034336973, -0.025187774, 0.021469206, -0.04151741, 0.009018021, 0.11130828, 0.036343213, 0.023039078, 0.046457145, -0.16021183, 0.07557342, -0.04547214, -0.06765464, -0.10687027) * inp_0_1_0; + result3 += M4(-0.030245442, 0.017085928, 0.05411745, -0.02326739, 0.09594549, 0.042214155, -0.051801145, 0.08451421, -0.13254002, -0.02382279, 0.050920837, 0.00031751744, 0.18047972, 0.16602163, 0.030823914, -0.0011384314) * inp_0_2_0; + result3 += M4(0.023018463, 0.17725265, -0.083900005, -0.0016977334, 0.08052999, 0.012068541, 0.023925066, 0.062392928, 0.089258514, 0.20762452, -0.0012363704, -0.06545757, -0.041220512, 0.14856975, -0.006452312, -0.06116456) * inp_0_0_1; + result3 += M4(0.26562902, -0.016244365, 0.0019193676, 0.24509418, -0.09421186, -0.010551239, 0.023509221, 0.2747535, 0.22532648, 0.12740539, 0.036053278, 0.05915232, -0.2972877, 0.3417145, 0.49117815, -0.15531492) * inp_0_1_1; + result3 += M4(-0.24040136, 0.12780526, -0.013421846, -0.25284502, 0.11611097, -0.025960911, 0.03066189, 0.1830375, 0.21415165, 0.033922963, -0.13749541, 0.02706012, -0.2598328, 0.21364947, 0.09336273, 0.04968067) * inp_0_2_1; + result3 += M4(-0.03718352, -0.96204364, 0.03714818, -0.43719187, -0.048487782, -0.43293557, -0.059800256, 0.078956455, 0.0018238121, -3.0549855, -0.03621669, 0.108869955, 0.036982004, 0.19670472, 0.036557764, 0.1534082) * inp_0_0_2; + result3 += M4(0.26199692, -0.8192162, 0.28409663, 0.9116149, 0.089281835, -0.75085104, 0.07663377, 0.13557278, -0.08273171, -3.062832, -0.019690165, -0.18279873, -0.037827354, 0.18978551, -0.028312258, -0.09479274) * inp_0_1_2; + result3 += M4(0.21662533, -0.042922545, -0.20742215, 0.028488081, -0.022670094, -0.5893865, 0.008961727, 0.3320175, 0.028824994, -2.5308259, 0.11584823, -0.08467847, -0.09340072, 0.3430715, -0.060575213, 0.101658076) * inp_0_2_2; + const V4 inp_1_0_0 = inp[1][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_1_1_0 = inp[1][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_1_2_0 = inp[1][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_1_0_1 = inp[1][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_1_1_1 = inp[1][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_1_2_1 = inp[1][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_1_0_2 = inp[1][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_1_1_2 = inp[1][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_1_2_2 = inp[1][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.020158637, 0.04921676, 0.0011248378, -0.0139853535, -0.021115072, 0.0842691, 0.07378322, -0.0016990606, 0.059866313, -0.28137094, -0.06698033, 0.10465488, 0.010329514, 0.0108864745, -0.01272496, 0.045122433) * inp_1_0_0; + result0 += M4(0.08854995, 0.055070054, -0.055015758, 0.021567572, -0.11257386, 0.5842653, -0.0069135004, 0.035885066, -0.1636142, -0.7459314, -0.15335257, -0.010262181, 0.027063252, 0.15648766, -0.055906493, -0.05358466) * inp_1_1_0; + result0 += M4(0.11930604, -0.041682154, -0.00046179755, -0.046034325, -0.039645318, 0.13995461, 0.06940307, 0.0001820343, 0.25363562, -0.08676501, 0.017460763, -0.0004489692, 0.23728251, 3.2216347e-05, 0.08378842, 0.11764811) * inp_1_2_0; + result0 += M4(-0.055466212, -0.04458063, 0.092873715, 0.038544595, -0.14927305, 0.005744432, 0.04113772, 0.019167574, 0.036161095, -0.33363798, 0.039980143, 0.045724906, 0.1571698, -0.0023385854, -0.07739416, -0.08512195) * inp_1_0_1; + result0 += M4(0.16172823, 0.19970015, -0.023721108, -0.08872322, -0.06674386, 0.20343593, 0.04090839, 0.12648766, 0.32689074, 0.07949466, 0.77407956, 0.27892375, 0.0955797, -0.3725432, 0.11103006, 0.12239984) * inp_1_1_1; + result0 += M4(-0.38779613, -0.01784853, -0.06963441, -0.0397871, -0.63667417, 0.11148345, 0.11130723, 0.080527484, 0.52029324, -0.077319995, -0.024498427, 0.018516215, 0.4087798, -0.3360343, -0.06909514, -0.045169) * inp_1_2_1; + result0 += M4(-0.14526395, 0.061370913, -0.043710344, 0.00422225, -0.009295979, 0.039428223, -0.037319314, -0.028051874, 0.011409687, -0.035212006, 0.044103246, 0.07119403, -0.029897586, -0.11282113, 0.06211073, 0.029109601) * inp_1_0_2; + result0 += M4(-0.09135313, -0.06939499, 0.07843825, 0.097238205, -0.074063435, 0.063782595, -0.0199373, -0.004162513, 0.23876402, 0.048402824, 0.011737331, 0.0032931073, -0.027612906, -0.060305446, 0.062121384, 0.02301595) * inp_1_1_2; + result0 += M4(0.3584948, 0.042655364, 0.036384244, 0.035225525, -0.08145385, 0.11985752, -0.030626295, -0.015063418, 0.05193084, -0.1576456, -0.013641532, -0.018054835, 0.014948068, -0.050316945, 0.0032408063, -0.014731045) * inp_1_2_2; + result1 += M4(0.32308826, 0.14756969, -0.25738078, -0.08276465, 0.0055609527, 0.063924596, -0.022715418, 0.049488764, 0.02728907, -0.13584627, -0.028130148, -0.25563374, 0.06999099, -0.050134107, -0.00291317, 0.0083785765) * inp_1_0_0; + result1 += M4(-0.12584916, -0.064904496, 0.12157791, -0.48184228, 0.105223686, 0.22921236, 0.07946646, 0.15504126, -0.2577391, -0.37409326, 0.120499425, 0.12071196, 0.1728067, -0.05941374, 0.08807147, -0.4108605) * inp_1_1_0; + result1 += M4(0.06337823, 0.15880086, -0.099946834, -0.114392236, 0.1709455, 0.5266816, -0.13256815, 0.16290307, 0.077787966, -0.7275313, 0.12744896, -0.41949978, -0.2116448, -0.9786744, -0.1913137, 0.1305901) * inp_1_2_0; + result1 += M4(0.16809405, 0.23277469, -0.058339387, 0.16693619, -0.038102575, -0.08851083, -0.02797779, 0.04274495, -0.20028922, 0.04436475, 0.013740321, 0.053681087, 0.048335608, 0.032794934, -0.07580541, -0.047612146) * inp_1_0_1; + result1 += M4(0.39193976, -0.035292547, 0.13096325, -0.5574103, 0.19815198, 0.09274524, -0.19850785, 0.21971238, -0.47791016, -0.37023675, 0.4238322, -0.085052595, -0.113550246, 0.019958464, -0.021854822, 0.1149585) * inp_1_1_1; + result1 += M4(-0.1860216, -0.23182867, -0.013862331, 0.608505, -0.06452028, 0.28561857, 0.04867474, 0.8088521, 0.0956222, -0.13799746, -0.20208229, -0.71716607, -0.041455816, -0.3238654, -0.42159647, -0.09715043) * inp_1_2_1; + result1 += M4(0.144747, -0.0021215512, -0.08473307, 0.27575985, 0.022519859, 0.039966933, 0.030069487, 0.04688268, -0.07048565, 0.03966074, 0.041769076, -0.047249142, 0.04115463, -0.008614794, -0.0038662087, -0.060845178) * inp_1_0_2; + result1 += M4(-0.05863267, -0.004415535, 0.12966555, 0.24865213, -0.014542384, -0.09795358, -0.032396104, 0.36158124, 0.05366866, 0.004015526, -0.0067248484, -0.38101593, 0.10725015, 0.012040856, 0.023441372, -0.069572) * inp_1_1_2; + result1 += M4(-0.09699632, 0.15249658, 0.12531403, -0.3328034, 0.0030972431, -0.19210772, -0.035863765, 0.45071825, -0.1378622, 0.08406743, -0.038835898, -0.20673525, 0.07893035, -0.054715797, -0.08594201, -0.2384776) * inp_1_2_2; + result2 += M4(-0.10114114, -0.17318277, 0.2932721, 0.37389088, 0.04549849, 0.021528823, -0.0007721709, -0.1394988, 0.1169677, -0.08984449, -0.01845354, 0.19966806, 0.13676907, -0.055648476, -0.018576363, 0.15089002) * inp_1_0_0; + result2 += M4(-0.08810577, 0.12845947, -0.022037087, 0.0713056, 0.026246676, -0.011513274, 0.0025324174, -0.082259364, -0.38545743, -0.2139153, 0.090562925, 0.1171016, 0.020509541, -0.14015672, -0.10214009, 0.030530844) * inp_1_1_0; + result2 += M4(0.005022763, -0.1465861, 0.17625697, 0.07496652, 0.06826987, 0.0644632, 0.05419615, 0.068747275, -0.01850323, 0.11714754, 0.015112417, 0.12423838, -0.21304888, -0.008375001, -0.2605828, -0.07451024) * inp_1_2_0; + result2 += M4(-0.15553749, -0.34850895, 0.39819357, 0.22360839, 0.054737903, 0.043017726, -0.008483063, -0.32135597, -0.11481686, 0.070533566, 0.32961053, -0.21778224, -0.13037261, -0.15484872, 0.07325692, 0.13470246) * inp_1_0_1; + result2 += M4(0.16771689, -0.3213681, -0.22630855, 0.2090357, 0.531006, -0.1665998, -0.55734706, -0.7523218, -0.090682685, 0.39249292, 0.21835013, -0.030219488, -0.1309162, 0.08927703, 0.40079466, 0.5337078) * inp_1_1_1; + result2 += M4(-0.047077622, 0.10245612, -0.11671954, -0.039104506, 0.045307513, 0.06795554, 0.37351328, -0.27963153, -0.10477316, 0.012324867, -0.17526017, 0.091815375, 0.38696444, 0.14811198, -3.5837452, 0.32542264) * inp_1_2_1; + result2 += M4(0.107646614, -0.12702344, -0.017104609, -0.10133434, 0.062007267, 0.02794019, -0.12198437, -0.20940919, -0.039446287, -0.04715233, -0.1441309, -0.00020755765, -0.050709587, 0.004934061, 0.066610165, 0.102615274) * inp_1_0_2; + result2 += M4(0.055885743, 0.20596245, 0.39146072, -0.10714875, 0.0031467446, 0.042376287, 0.20682976, -0.46683162, -0.029935647, 0.12960306, -1.4127905, 0.297964, -0.09073476, -0.10628283, -0.15256898, 0.28072315) * inp_1_1_2; + result2 += M4(-0.01828279, 0.055520464, -0.1621053, -0.100111686, 0.051583163, -0.023852073, -2.2467358, -0.43954092, -0.09379297, -0.004591499, 0.12515631, 0.13008092, -0.09091408, -0.10551536, 0.06935946, 0.267165) * inp_1_2_2; + result3 += M4(0.001121231, -0.116080426, -0.107541114, -0.19430692, 0.03921505, 0.032906685, 0.027074352, -0.006836348, -0.049477026, -0.020372244, -0.046985947, -0.017023273, -0.09252118, 0.00045681695, -0.05083715, 0.0002327922) * inp_1_0_0; + result3 += M4(0.17081107, 0.171148, -0.0045726285, -0.059847992, 0.102544926, -0.037925754, 0.023703234, -0.016200975, -0.068067454, 0.08789572, -0.045858927, -0.15687598, -0.030475779, 0.3318887, 0.092105575, 0.0339815) * inp_1_1_0; + result3 += M4(-0.3998928, 0.10400071, 0.0146760205, -0.079928584, -0.19716969, 0.05670307, 0.043592338, -0.05051233, -0.4631333, -0.111446775, 0.018087799, -0.13826992, -0.4345676, -0.28385895, -0.09957666, -0.09572035) * inp_1_2_0; + result3 += M4(0.025526108, -0.65327173, 0.050278466, -0.17187065, 0.02873274, -0.049899336, 0.034705333, 0.0026502954, -0.06212493, -1.0741755, 0.00038897205, -0.010395267, 0.030468699, 0.23473783, -0.009471362, -0.06953327) * inp_1_0_1; + result3 += M4(0.504466, 0.25026208, 0.14870858, -0.32623893, 0.043759342, 0.119388305, -0.01180262, 0.045797486, -0.15875077, -1.2279036, -0.13139768, -0.015066072, 0.15799735, 0.36802685, -0.02803516, -0.009432813) * inp_1_1_1; + result3 += M4(-0.07725342, -0.23465729, 0.01499422, 0.008299808, 0.080197036, -0.34347633, 0.021336041, 0.0015247765, -0.08134993, -1.0686655, 0.006038173, -0.17920311, -0.021682333, -0.5358267, 0.032830767, -0.16503559) * inp_1_2_1; + result3 += M4(-0.046656102, 0.4130624, -0.08565986, 0.044300493, -0.00034583264, -0.4603019, -0.00814766, 0.03564214, 0.011428414, 0.13996872, 0.03787744, -0.095117405, 0.027809668, -0.47052267, 0.053844158, 0.014706537) * inp_1_0_2; + result3 += M4(0.22918473, -1.2321059, 0.018048212, 0.14816047, -0.08237241, -0.8479986, 0.029264655, 0.045883853, 0.0739114, 0.3766523, 0.025773916, -0.1114103, 0.007666082, -1.6611128, 0.06056709, 0.013368697) * inp_1_1_2; + result3 += M4(0.070496134, -0.13917391, 0.01671008, -0.02739195, -0.055815388, 0.27967262, -0.026290499, 0.044944398, 0.04376932, -1.7079539, 0.014957602, -0.0064308657, -0.0064193904, -1.7823993, 0.020053854, -0.020422848) * inp_1_2_2; + const V4 inp_2_0_0 = inp[2][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_2_1_0 = inp[2][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_2_2_0 = inp[2][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_2_0_1 = inp[2][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_2_1_1 = inp[2][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_2_2_1 = inp[2][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_2_0_2 = inp[2][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_2_1_2 = inp[2][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_2_2_2 = inp[2][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.040685326, 0.019202568, 0.085796, 0.058194246, -0.12204348, -0.17381316, 0.14245704, 0.08302883, -0.11325476, -0.098387495, 0.011919243, 0.037839588, -0.019909292, -0.090265736, -0.029772518, 0.021361295) * inp_2_0_0; + result0 += M4(0.1350175, -0.17427717, -0.06368384, 0.04834391, -0.32116097, 0.22988725, -0.15886529, -0.057563584, -0.06309216, -0.19327909, 0.012142371, -0.019530954, 0.015532162, -0.09410268, 0.028791951, 0.019857269) * inp_2_1_0; + result0 += M4(-0.09504906, 0.09759539, -0.037708234, -0.03228641, -0.04091912, 0.019800322, 0.037136376, -0.014333935, -0.04841269, 0.006947392, -0.058824852, -0.01539875, 0.031869523, -0.10707408, -0.0053441883, 0.037088424) * inp_2_2_0; + result0 += M4(-0.017622449, 0.1668945, 0.049392745, 0.023371896, 0.14355041, 0.1256854, -0.09238751, 0.6084779, -0.06498068, 0.031000355, 0.008305978, 0.06628111, -0.0059575806, -0.07780641, -0.019977028, 0.053992756) * inp_2_0_1; + result0 += M4(0.64182985, -0.24790576, 0.22865957, 0.15013333, 0.22472541, -0.41521356, 0.2727451, 0.1425033, -0.104730055, 0.07813815, -0.07939012, -0.004840109, 0.015298698, -0.40924573, 0.047924146, 0.050329972) * inp_2_1_1; + result0 += M4(0.5166944, -0.14351964, 0.002835482, -0.021241073, -0.044501536, -0.09123378, -0.0025898484, 0.088492654, -0.060680177, 0.17358576, -0.031046059, -0.023313675, 0.21963911, -0.32172033, -0.03685404, -0.056302886) * inp_2_2_1; + result0 += M4(-0.14249846, 0.1919643, -0.054700527, -0.030300103, 0.116425626, 0.030547854, 0.29164848, 0.24575163, 0.113290496, 0.081504695, 0.11042106, 0.052331973, 0.051052187, -0.035564587, 0.10448482, 0.04722249) * inp_2_0_2; + result0 += M4(-0.20679013, -0.1357482, 0.0670046, -0.0044386904, -0.103470646, -0.026976867, -0.019741116, -0.096597396, 0.22226769, 0.039062824, 0.09040389, -0.0021132238, 0.0815542, -0.4116235, 0.30562884, 0.15595485) * inp_2_1_2; + result0 += M4(0.31853187, -0.0028201935, -0.0018939296, 0.000118292395, -0.03563755, 0.08407976, 0.047397576, 0.0067874063, -0.07854643, 0.08589363, 0.0595104, 0.033278853, 0.4471929, -0.1569817, 0.082737334, 0.017763961) * inp_2_2_2; + result1 += M4(-0.051908046, 0.04940803, 0.025206795, -0.08582518, 0.105329625, -0.13497052, -0.086282, 0.3592072, -0.021779265, 0.01662948, -0.029943835, 0.037047792, 0.01232303, 0.011557858, 0.011784409, -0.03676768) * inp_2_0_0; + result1 += M4(-0.18673477, -0.24641654, 0.33000603, 0.11542049, -0.30434307, 0.5306456, -0.011384738, 0.45843646, -0.20390716, 0.10540199, 0.016882136, -0.031867232, 0.008356345, -0.13086288, -0.041344773, -0.0036602747) * inp_2_1_0; + result1 += M4(0.13682915, 0.0036812855, 0.012057137, 0.23811786, 0.07334074, -0.08856756, 0.04595943, 0.1599024, -0.18250804, 0.13405186, 0.04430016, 0.051927723, 0.056383044, -0.027024115, 0.038770597, -0.07303996) * inp_2_2_0; + result1 += M4(0.15318306, -0.12760171, 0.0450346, -0.07374663, 0.07834138, 0.49790388, 0.2915172, -0.09512411, -0.19560269, 0.14700219, 0.07985623, 0.10233619, -0.115605205, 0.053538296, 0.052413, -0.01793204) * inp_2_0_1; + result1 += M4(0.25549623, 0.79109895, -0.15794283, -0.4189323, -0.065393336, -0.88975954, 0.08374594, -1.1873229, -0.016332334, 0.15877184, 0.110330045, 0.22505662, -0.10667615, 0.2046037, -0.034100883, -0.14114152) * inp_2_1_1; + result1 += M4(-0.029152432, 0.19976863, -0.0067866994, 0.1554457, 0.07682561, 0.13939528, -0.11835224, -0.1414863, -0.24614279, 0.087009184, 0.2559374, -0.06699069, -0.085265845, 0.18493001, -0.013739076, -0.42368194) * inp_2_2_1; + result1 += M4(0.118983015, -0.0572679, 0.000318014, 0.007505368, -0.0299957, 0.14891346, 0.12727791, 0.54379475, -0.07486102, 0.117346324, 0.09264876, 0.19114546, -0.051801726, 0.09137759, 0.076237656, 0.007558985) * inp_2_0_2; + result1 += M4(-0.0016464916, 0.092834815, -0.07756129, 0.4916174, 0.15548897, 0.41225353, 0.033371974, 0.05942626, -0.22053158, 0.1703363, 0.018514646, 0.014471713, -0.0042645177, 0.11441778, 0.20387441, -0.19286348) * inp_2_1_2; + result1 += M4(0.045293007, 0.056085728, -0.04795258, -0.22916062, 0.083087645, -0.03853095, 0.012642993, -0.11186545, -0.11702325, 0.21539073, 0.1151789, 0.12692805, 0.048481543, 0.073370904, -0.1511963, -0.4363887) * inp_2_2_2; + result2 += M4(0.22008175, 0.006780327, 0.005894409, 0.10082709, -0.044127602, 0.05716219, 0.0787319, -0.08502259, -0.05248802, 0.10199217, 0.12158407, -0.12550665, -0.06999623, 0.022333184, 0.014213934, 0.11376998) * inp_2_0_0; + result2 += M4(0.19652066, 0.36215308, 0.09469319, 0.06413764, 0.05205069, -0.016372532, 0.1787366, 0.0877199, -0.08429393, 0.21526356, 0.14981632, -0.1523603, -0.0466523, -0.057867594, 0.04867976, 0.069361486) * inp_2_1_0; + result2 += M4(-0.2724398, 0.19309507, 0.09607288, 0.1206929, 0.07003121, 0.09855454, -0.025575627, 0.009461037, -0.19269364, 0.16064173, 0.14619134, -0.08403769, 0.04281966, 0.055891816, -0.015193178, 0.02850246) * inp_2_2_0; + result2 += M4(0.052729435, 0.018342854, 0.020109378, 0.049135573, -0.27488902, -0.20894177, 0.08238209, 0.12393387, -0.05489923, 0.12008817, 0.13158463, -0.15824428, -0.18391077, 0.03304128, 0.04371131, 0.08666164) * inp_2_0_1; + result2 += M4(-0.07128967, 0.31714946, 0.08881361, -0.08835794, 0.041942906, -0.07898635, 0.09270609, -0.17499882, -0.1766717, 0.17561086, 0.1755127, -0.23229517, -0.46135002, 0.109490745, 0.11468097, 0.04771001) * inp_2_1_1; + result2 += M4(-0.049790166, -0.058075182, -0.072881676, 0.03250728, -0.009275402, -0.010968189, -0.1080809, -0.05768197, -0.26625115, 0.2584098, 0.23041652, -0.2520977, -0.21001528, 0.2393364, 0.06696907, 0.0046516233) * inp_2_2_1; + result2 += M4(0.23925087, 0.0680813, 0.078727536, -0.022581024, -0.095084116, 0.057004742, 0.3138766, 0.0392872, -0.14981374, 0.07913679, 0.1031623, -0.040174864, -0.10357394, 0.07672665, 0.02854845, 0.047957916) * inp_2_0_2; + result2 += M4(-0.08796459, 0.21651562, 0.2702043, -0.1740451, -0.27310392, 0.09648933, -0.3957877, -0.12951781, -0.021011474, 0.19034348, 0.11784486, -0.37994373, -0.5231188, 0.13480479, 0.19004749, 0.08633311) * inp_2_1_2; + result2 += M4(-0.09953264, -0.057516363, 0.009389417, 0.14430472, 0.032242656, -0.066502385, 0.28266618, 0.09512168, 0.09544029, 0.07469234, -0.004258793, -0.33108658, -0.46292925, 0.060545143, -0.26074094, 0.08396749) * inp_2_2_2; + result3 += M4(-0.07606638, -0.063000284, 0.09598554, 0.104964264, -0.040376373, -0.035215527, -0.0042664115, 0.1667837, 0.063100494, -0.018531347, 0.029744422, -0.075527735, 0.03385397, -0.021013837, -0.017285448, -0.08043407) * inp_2_0_0; + result3 += M4(-0.26622432, -0.03477078, 0.03494469, 0.04049817, 0.039655168, 0.08699442, -0.050543044, 0.22162461, 0.069138594, -0.050977368, -0.022323107, -0.05545389, 0.015020561, 0.026642598, 0.021018691, -0.02690074) * inp_2_1_0; + result3 += M4(-0.032372512, -0.08706534, -0.015817178, -0.08862899, 0.013261543, 0.002546997, 0.0176546, 0.008601677, 0.049245533, 0.04126535, -0.036267422, -0.1031398, 0.008470616, 0.015351556, 0.019256743, -0.016997326) * inp_2_2_0; + result3 += M4(0.0823704, 0.2817941, 0.08857372, 0.10827305, -0.12110614, 0.078699365, 0.23771732, 0.094654255, -0.042905893, 0.0771783, 0.0006978189, 0.029819358, -0.0036443584, -0.020106701, -0.01071964, -0.01958439) * inp_2_0_1; + result3 += M4(0.48942843, 0.27745262, 0.36281285, -0.028398752, 0.24205421, 0.25413743, 0.13406385, -0.018467713, -0.122251295, 0.0134095885, -0.074013464, -0.11212041, 0.00941324, -0.03942664, -0.008397736, -0.008076683) * inp_2_1_1; + result3 += M4(0.20749235, 0.21867277, 0.004653491, 0.03703782, 0.023102382, 0.07013684, -0.016614152, 0.028991466, 0.034551147, -0.079350136, -0.006204742, 0.061720155, 0.061270434, 0.028488534, -0.010227663, 0.07652426) * inp_2_2_1; + result3 += M4(-0.02412553, 0.0037526242, -0.0668934, -0.054726753, -0.016596323, -0.30688837, 0.049872916, 0.06895975, -0.017586173, 0.3452859, 0.0950053, -0.018741097, -0.048104398, 0.017518392, 0.0949136, 0.028228115) * inp_2_0_2; + result3 += M4(0.013070116, -0.5232367, 0.058542944, 0.050612744, 0.102370545, -0.7376758, 0.08592539, 0.07714531, 0.013114515, -0.0074695004, 0.02178679, -0.15938848, 0.020757858, -0.48573405, 0.32483444, -0.023649752) * inp_2_1_2; + result3 += M4(0.046947844, -0.3603543, 0.07617314, -0.04335851, 0.05356554, -0.04626905, 0.0144886095, 0.05473025, 0.07629946, 0.89244694, 0.020768393, -0.22464417, -0.0074107046, -0.87721777, 0.052553397, -0.090482995) * inp_2_2_2; + const V4 inp_3_0_0 = inp[3][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_3_1_0 = inp[3][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_3_2_0 = inp[3][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_3_0_1 = inp[3][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_3_1_1 = inp[3][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_3_2_1 = inp[3][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_3_0_2 = inp[3][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_3_1_2 = inp[3][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_3_2_2 = inp[3][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.0766504, -0.09879246, 0.0396668, 0.017115591, -0.010305095, 0.19718798, -0.071258314, 0.0664194, -0.046132524, 0.062901266, 0.080579214, -0.004289638, 0.12400763, -0.0585527, 0.015766127, -0.0032669778) * inp_3_0_0; + result0 += M4(-0.020116923, -0.1888125, 0.059224084, 0.08714167, 0.4200794, -0.22349876, 0.11738465, -0.08908094, -0.12611064, 0.28323323, -0.0006456269, 0.055735517, 0.09580583, -0.03230914, -0.06237639, -0.0038313572) * inp_3_1_0; + result0 += M4(-0.015171148, -0.011160129, 0.039504074, 0.034451094, -0.33802676, -0.20952617, -0.09564441, -0.018064525, -0.14134207, 0.13155054, 0.0101029305, 0.033066314, 0.16871352, -0.0057818503, -0.0054384056, -0.03857239) * inp_3_2_0; + result0 += M4(-0.059774876, -0.23344266, 0.1916854, -0.41434157, 0.1374049, 0.28787696, -0.029185118, -0.033947468, -0.26908988, 0.10820922, 0.012907376, 0.06392264, 0.035846196, -0.10413254, 0.02084434, -0.10425743) * inp_3_0_1; + result0 += M4(-0.08171906, 0.35755453, 0.059284337, 0.0021495572, 0.020121615, -0.08626559, 0.16330962, 0.08871405, -0.3114198, 0.0147190485, 0.097635314, 0.13202067, -0.31036153, 0.011890783, 0.1266637, 0.5408988) * inp_3_1_1; + result0 += M4(0.17335528, -0.015333025, -0.008093493, -0.033920698, -0.02464884, 0.15351357, 0.036093365, 0.03906647, -0.26172918, 0.21810411, 0.0920626, 0.07798469, -0.16078314, 0.09534679, -0.08410649, -0.104074486) * inp_3_2_1; + result0 += M4(0.09742962, 0.22259852, -0.0017837521, -0.12143848, 0.050734755, 0.22144549, -0.052987207, -0.049092356, -0.14100018, 0.013511058, 0.043222908, 0.061185308, -0.11384891, -0.0965968, 0.010946058, 0.12053483) * inp_3_0_2; + result0 += M4(-0.42434677, 0.23842174, 0.030445544, 0.060407106, 0.07218617, 0.03208096, -0.071624324, 0.0028445057, -0.15972686, -0.002714478, 0.07611455, 0.047295272, 0.07009659, 0.13138281, 0.05384319, 0.043430082) * inp_3_1_2; + result0 += M4(-0.0030897667, -0.040491477, -0.045542356, -0.037420522, 0.0134954015, 0.015531995, 0.01853244, -0.033848308, -0.19752295, 0.054179564, 0.04510645, 0.049722757, 0.20566362, -0.05376662, 0.05160025, 0.082582206) * inp_3_2_2; + result1 += M4(-0.071607076, -0.01151562, 0.03144804, 0.06795253, 0.035164766, 0.09399475, 0.046911433, -0.105985604, -0.027395945, 0.08368641, -0.03945179, 0.06652106, -0.009234248, 0.0311306, 0.015887855, 0.013628602) * inp_3_0_0; + result1 += M4(-0.009326969, -0.5451517, -0.06685787, -0.2203032, -0.04059302, 0.50291795, -0.23659435, -0.16453515, -0.019921033, -0.08829904, 0.022711797, 0.04344343, 0.080518015, -0.017371742, -0.12549073, -0.1885871) * inp_3_1_0; + result1 += M4(0.06340467, -0.045215208, -0.011862773, -0.17774045, 0.03218759, -0.21211256, 0.24903278, 0.16339235, -0.0889197, 0.26705155, 0.026684994, 0.20748319, 0.21641175, -0.7041937, -0.12879434, 0.034087796) * inp_3_2_0; + result1 += M4(0.0043784324, -0.1104343, 0.0051153954, 0.3049556, 0.053384513, -0.083815835, -0.077591434, 0.06180734, 0.056226797, -0.060590953, 0.023422653, -0.021765847, 0.06481506, 0.038366422, -0.03140693, -0.04423246) * inp_3_0_1; + result1 += M4(0.14104234, -0.42322505, 0.58770734, 0.02756258, -0.06619171, 0.039784182, 0.09670571, -0.11221906, 0.090540856, 0.21492137, 0.0033946468, -0.054638606, -0.26438943, -0.40769553, 0.58308834, 0.011558848) * inp_3_1_1; + result1 += M4(0.038047027, -0.09069749, -0.03155484, -0.4204703, 0.112935, 0.15827107, -0.1785291, 0.10565701, 0.03801543, 0.13049063, 0.18165028, 0.40097496, 0.2054982, -0.65470904, -0.17466919, -0.74355334) * inp_3_2_1; + result1 += M4(0.085544996, -0.17516859, -0.09178954, -0.47846717, 0.081615664, 0.03366028, -0.008114159, 0.10606008, 0.010830146, 0.0031332439, 0.06839305, 0.0031851435, -0.054583967, -0.022798512, 0.062276945, -0.01278501) * inp_3_0_2; + result1 += M4(-0.03308873, 0.18022367, 0.42132232, -0.31112126, 0.13086608, 0.16092083, 0.032381505, -0.061450902, 0.09202975, 0.20787741, 0.008323081, 0.117322624, 0.09185017, -0.079603694, 0.11225445, -0.27967831) * inp_3_1_2; + result1 += M4(-0.03957761, -0.06413558, -0.020417236, -0.094888, 0.16328244, 0.29664227, 0.04430604, -0.067853294, 0.08792947, 0.15714999, 0.05795048, 0.101340644, -0.002680674, -0.050374318, 0.00048598138, -0.35752374) * inp_3_2_2; + result2 += M4(-0.060640704, -0.15616873, 0.07173303, 0.029078547, -0.30562615, -0.041268278, 0.20111884, 0.41848227, 0.06553992, -0.040807955, 0.043503594, -0.24304286, -0.0060193194, -0.012492793, -0.081317544, -0.059194572) * inp_3_0_0; + result2 += M4(-0.04040787, -0.16354334, -0.17756464, -0.015088575, 0.23186228, 0.05988759, 0.14465544, 0.16085775, 0.18045077, -0.105936624, 0.044305015, -0.17218077, 0.04191084, -0.02523788, -0.23255497, -0.04335376) * inp_3_1_0; + result2 += M4(-0.006653806, -0.01155372, 0.013032641, 0.004019512, -0.017225059, -0.34220526, 0.094255075, 0.12780511, 0.06525166, -0.07204751, -0.028964553, -0.08786299, 0.01816411, -0.084005155, 0.00058218115, -0.073107585) * inp_3_2_0; + result2 += M4(0.15325405, -0.18560395, 0.1131455, 0.06522893, 0.07688168, 0.054853395, -0.063450925, 0.10854047, 0.02840006, -0.0005397363, 0.05471179, -0.54284006, -0.017266683, 0.0016633559, -0.02881508, -0.05636048) * inp_3_0_1; + result2 += M4(0.13207924, 0.2558923, -0.056082908, 0.13571228, 0.083247505, -0.016255124, -1.6765794, 0.026998602, 0.35833323, -0.25714707, -0.06403621, -0.259124, 0.0952539, 0.11210623, -0.12490101, 0.07662671) * inp_3_1_1; + result2 += M4(-0.021977363, -0.0713963, 0.123100124, 0.052161366, -0.20624985, -0.1925915, 0.00520385, 0.110770926, 0.17356953, 0.020864306, 0.11559725, -0.079656266, 0.021110583, -0.314465, 0.04681424, 0.1371713) * inp_3_2_1; + result2 += M4(0.30375904, -0.17828616, -0.17909098, 0.013856255, -0.06746472, 0.003626132, 0.19023083, -0.05196694, 0.15099213, -0.06683428, 0.08304773, -0.12654506, 0.13353965, 0.044826567, -0.059660748, 0.013467923) * inp_3_0_2; + result2 += M4(0.08426794, -0.22384238, 0.19148509, 0.05827365, 0.018852733, 0.1217786, -0.014563931, 0.021475017, 0.057863247, -0.040182285, 0.58330965, -0.22231136, 0.050184354, 0.12184998, -2.07873, -0.018987421) * inp_3_1_2; + result2 += M4(-0.020585502, -0.0018608408, -0.14940372, -0.011206775, -0.052012913, -0.021318972, 0.27726486, 0.13465387, 0.18750753, 0.03791731, 0.040556125, -0.11679988, 0.19256034, -0.053861372, -0.028166458, -0.14577334) * inp_3_2_2; + result3 += M4(0.1110923, -0.023193434, 0.08967661, 0.0026217531, -0.05411397, 0.00651578, -0.031594105, -0.09873143, 0.041768722, 0.04100008, 0.036410563, 0.039395727, -0.011185455, 0.01551338, 0.023943875, 0.015728712) * inp_3_0_0; + result3 += M4(-0.046828236, -0.07020306, 0.00973051, 0.0005743727, 0.1787815, 0.22740924, 0.11705792, -0.0115812505, 0.057035774, -0.0070796604, 0.014894732, 0.024319354, -0.047951322, 0.03793726, -0.10123618, 0.014985628) * inp_3_1_0; + result3 += M4(0.046608195, 0.026250076, 0.0219202, -0.009327337, -0.008816733, -0.082837604, -0.017703755, 0.2030575, 0.056901768, -0.0084842825, 0.012729636, -0.08129811, 0.019200847, 0.032389343, -0.0009601458, 0.013909917) * inp_3_2_0; + result3 += M4(-0.48060805, -0.23521748, 0.34547088, -0.040182896, -0.038119644, -0.18511339, -0.04657396, -0.027486663, 0.08065303, 0.12756409, 0.036840674, 0.10895672, 0.047392767, -0.0069511794, 0.094890505, 0.052782986) * inp_3_0_1; + result3 += M4(0.12509732, 0.03977793, -0.03640901, 0.50160116, -0.15279287, 0.318791, 0.13314092, -0.1444542, -0.044084627, 0.084593356, 0.078950174, 0.16075894, -0.03516418, -0.2527174, -0.036211584, 0.47695947) * inp_3_1_1; + result3 += M4(-0.12992151, 0.043950334, 0.03127988, 0.042125385, -0.19439988, -0.25358784, -0.048711743, -0.20638546, 0.13232373, 0.0047641313, 0.08614499, -0.0324139, -0.6161785, 0.08246424, 0.15840074, -0.26129988) * inp_3_2_1; + result3 += M4(0.011187205, 0.42798644, 0.008353978, -0.044744402, -0.0177301, 0.25025943, -0.041332502, -0.11565288, 0.010321948, 0.536089, 0.03314616, 0.008272843, -0.008212299, 0.09620918, -0.008280064, 0.11386974) * inp_3_0_2; + result3 += M4(-0.061153438, 1.292626, -0.014955989, 0.20095024, -0.027531676, -0.7807742, -0.11907358, -0.09337009, 0.03249329, -0.62426835, 0.0146850245, 0.026055751, -0.04021995, -1.9652365, 0.088370696, 0.11366978) * inp_3_1_2; + result3 += M4(0.04068244, 0.35956866, -0.024620563, -0.029591298, 0.0932946, 0.34455878, 0.011712873, -0.20691097, -0.004321678, -0.2839504, 0.010122162, 0.025036965, -0.02681107, -2.100412, 0.0069077644, 0.06897316) * inp_3_2_2; + const ivec2 output_base = ivec2(gl_GlobalInvocationID) * ivec2(2, 2); + imageStore(out_image, output_base + ivec2(0, 0), max(result0, V4(0.0))); + imageStore(out_image, output_base + ivec2(1, 0), max(result1, V4(0.0))); + imageStore(out_image, output_base + ivec2(0, 1), max(result2, V4(0.0))); + imageStore(out_image, output_base + ivec2(1, 1), max(result3, V4(0.0))); +} + +//!DESC ArtCNN C4F16 DS (Conv2D-3-ReLU) +//!COMPUTE 24 32 12 16 +//!HOOK LUMA +//!BIND conv2d_2 +//!SAVE conv2d_3 +//!WIDTH LUMA.w 2.0 * +//!HEIGHT LUMA.h 2.0 * +//!COMPONENTS 4 +//!WHEN OUTPUT.w LUMA.w / 1.3 > OUTPUT.h LUMA.h / 1.3 > * +#extension GL_EXT_shader_explicit_arithmetic_types_float16 : enable +#ifdef GL_EXT_shader_explicit_arithmetic_types_float16 +# define V4 f16vec4 +# define M4 f16mat4 +# define F float16_t +#else +# define V4 vec4 +# define M4 mat4 +# define F float +#endif + +const ivec2 ksize = ivec2(3, 3); +const ivec2 offset = ksize / 2; +const ivec2 wg_size = ivec2(gl_WorkGroupSize); +const ivec2 isize = wg_size + ksize - 1; +shared V4 inp[4][isize.y][isize.x]; +void hook() { + const uvec2 local_xy = gl_LocalInvocationID.xy; + ivec2 base = ivec2(gl_WorkGroupID) * wg_size; + for (uint y = local_xy.y; y < isize.y; y += wg_size.y) { + for (uint x = local_xy.x; x < isize.x; x += wg_size.x) { + const ivec2 input_base = (base + ivec2(x,y) - offset) * ivec2(2, 2); + inp[0][y][x] = V4(conv2d_2_mul * texelFetch(conv2d_2_raw, input_base + ivec2(0, 0), 0)); + inp[1][y][x] = V4(conv2d_2_mul * texelFetch(conv2d_2_raw, input_base + ivec2(1, 0), 0)); + inp[2][y][x] = V4(conv2d_2_mul * texelFetch(conv2d_2_raw, input_base + ivec2(0, 1), 0)); + inp[3][y][x] = V4(conv2d_2_mul * texelFetch(conv2d_2_raw, input_base + ivec2(1, 1), 0)); + } + } + + barrier(); + V4 result0 = V4(0.0017480821, -0.013207066, -0.011228051, -0.0030521527); + V4 result1 = V4(-0.0059395116, 0.02963556, 0.0096618235, 0.02099762); + V4 result2 = V4(0.0037767761, 0.008920694, -0.019380828, 0.009338229); + V4 result3 = V4(-0.010227559, -0.02027447, 0.025720553, 0.0076178582); + const V4 inp_0_0_0 = inp[0][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_0_1_0 = inp[0][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_0_2_0 = inp[0][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_0_0_1 = inp[0][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_0_1_1 = inp[0][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_0_2_1 = inp[0][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_0_0_2 = inp[0][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_0_1_2 = inp[0][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_0_2_2 = inp[0][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.013742333, -0.31396708, 0.26787847, 0.072659366, 0.11329625, 0.09537591, 0.033292115, -0.017220195, 0.001464037, 0.008237256, -0.11971067, 0.017268868, 0.09323862, 0.09715007, 0.060889743, -3.5066485e-05) * inp_0_0_0; + result0 += M4(-0.50970757, -0.5762601, 0.20819591, -0.17460805, 0.11446012, -0.15912902, -0.121048756, -0.047206264, -0.08427633, 0.0025400645, -0.33599967, 0.10243455, 0.0020691168, -0.3237394, 0.13666141, -0.13717362) * inp_0_1_0; + result0 += M4(-0.20074122, -0.041116606, -0.07211998, 0.03917335, 0.005626392, 0.00093446556, 0.04984837, 0.052918322, -0.095496096, 0.02798376, -0.16388294, -0.09691992, -0.009316182, 0.002156926, 0.076914035, -0.0018362058) * inp_0_2_0; + result0 += M4(-0.04646638, 0.04301821, -0.213666, -0.068135574, 0.049697164, 0.13429289, -0.19906549, 0.32909, 0.07195283, -0.112840325, 0.03280211, 0.049278136, -0.10621306, -0.10757828, 0.021037694, 0.20384435) * inp_0_0_1; + result0 += M4(-0.077998064, 0.22377425, -0.3773312, -0.088498555, 0.0053320946, -0.058212977, 0.080621, -0.11171977, -0.21263243, 0.011046657, 0.35355136, -0.06552714, 0.09067343, 0.3376479, 0.34425646, -0.43196526) * inp_0_1_1; + result0 += M4(0.061848424, 0.06426705, -0.030383265, 0.03173913, -0.16706698, 0.010781343, 0.21188083, -0.2265141, -0.01627768, -0.14701325, 0.082368046, -0.05859685, -0.04978609, 0.19023238, -0.03965014, 0.29524118) * inp_0_2_1; + result0 += M4(-0.0306261, -0.04085749, -0.23889224, -0.050767697, -0.04013987, -0.13312452, 0.19715339, 0.26171264, 0.0013510226, -0.013842771, 0.027681874, -0.03974694, -0.19338731, 0.04583281, -0.046023604, 0.041369166) * inp_0_0_2; + result0 += M4(-0.10139793, 0.04532661, -0.0342177, -0.009461673, 0.15787649, 0.12668087, -0.13030411, 0.090191655, 0.18736099, 0.04283658, 0.12219039, 0.027710259, 0.024654623, 0.01619275, -0.35501233, -0.051116623) * inp_0_1_2; + result0 += M4(-0.12528433, -0.026363146, -0.16625732, -0.08191529, 0.12736906, 0.26764688, 0.10838407, -0.11167493, 0.059556503, 0.056794092, 0.06564879, 0.0980191, -0.11926366, -0.20925348, -0.15895343, -0.0804178) * inp_0_2_2; + result1 += M4(0.28437835, -0.002334728, -0.057142854, -0.13161235, -0.037597105, -0.0081220865, 0.033518326, 0.16829304, 0.048631717, -0.05146907, 0.01925202, -0.08801352, 0.031352233, 0.06670703, 0.0057261786, -0.07080493) * inp_0_0_0; + result1 += M4(0.20693526, -0.0027875837, -0.024844248, 0.003722317, 0.12421726, -0.071424775, 0.017107086, -0.3732517, 0.03228796, 0.026641833, 0.014621808, 0.003753755, 0.011267291, 0.012458715, 0.021493524, -0.118005805) * inp_0_1_0; + result1 += M4(-0.034746096, -0.03172964, -0.014664306, -0.012086779, 0.1931416, -0.03533445, 0.01723795, -0.5334721, -0.07718448, -0.033954136, 0.025482401, -0.18039058, 0.0783087, 0.09332574, -0.033299036, 0.15519528) * inp_0_2_0; + result1 += M4(-0.329095, -0.13896094, -0.17261124, -0.016496744, 0.09107782, -0.01243064, 0.06770809, 0.30866104, -0.0288415, 0.028245337, 0.023785003, 0.03607363, -0.011177616, 0.1798321, -0.04502171, 0.13481946) * inp_0_0_1; + result1 += M4(-0.34093675, 0.07681657, 0.0021810206, -0.06599798, -0.22647366, -0.16830544, -0.08243902, -0.30915564, 0.04177963, 0.5109498, 0.062553845, -0.034190703, 0.04370762, 0.30578157, -0.073416814, -0.06466905) * inp_0_1_1; + result1 += M4(0.04676398, -0.028934004, 0.025172938, 0.05854845, -0.12591504, -0.011103147, 0.028433567, -0.010902395, -0.15242963, 0.008639989, -0.018708037, 0.13760155, 0.19433762, 0.0031262431, -0.004067586, -0.39977702) * inp_0_2_1; + result1 += M4(-0.18624696, -0.072138086, -0.108983666, 0.09679024, 0.082618475, -0.03762175, 0.08016512, 0.21064514, -0.049806964, 0.03683179, 0.12170394, 0.04623598, -0.050608203, -0.04886757, -0.14925289, -0.23452131) * inp_0_0_2; + result1 += M4(0.06740208, 0.03922189, -0.024193132, -0.023183608, -0.10275763, 0.026307985, 0.06166279, -0.0033073507, 0.103257954, -0.003347554, 0.07212322, 0.056260653, -0.13365982, 0.05859138, -0.16502652, 0.19636813) * inp_0_1_2; + result1 += M4(-0.10216632, 0.008577115, 0.0034097305, -0.03322281, 0.031984664, 0.03745504, -0.12077493, 0.10455194, 0.072156295, 0.0039019848, -0.08020873, 0.14048693, -0.1509022, -0.0042885765, 0.15331472, -0.262448) * inp_0_2_2; + result2 += M4(-0.16221876, 0.057853937, -0.02687466, -0.02580708, -0.039356407, 0.026669305, -0.016994065, -0.0018950413, -0.03317146, 0.111001246, -0.08564103, 0.036529347, 0.0069948873, -0.004476116, 0.037428625, -0.032405715) * inp_0_0_0; + result2 += M4(-0.024450691, -0.18772535, -0.03373765, -0.02393417, 0.08165734, 0.04839238, -0.04392691, 0.060463354, 0.08244979, -0.030043233, -0.17591904, -0.105013795, 0.09993796, -0.07685819, 0.18041363, 0.068260804) * inp_0_1_0; + result2 += M4(-0.07076884, 0.007816242, -0.04245959, 0.03505174, -0.017449595, 0.10012675, -0.08593324, 0.026215378, -0.12722993, 0.11531461, -0.044889923, -0.07379326, 0.102622665, -0.13516678, 0.027440194, -0.025661053) * inp_0_2_0; + result2 += M4(-0.2417654, 0.532874, -0.1792782, -0.016072318, 0.12632751, -0.1394212, -0.104871325, -0.2143921, 0.009683901, -0.13191098, -0.072481215, 0.14556748, 0.14193138, -0.084580764, 0.02502378, -0.1356686) * inp_0_0_1; + result2 += M4(-0.070205666, -0.27398396, 0.07058423, -0.1282003, -0.19091621, -0.00998729, 0.009443734, -0.22386715, 0.4032219, -0.1489337, -0.036794376, 0.010098983, -0.17007609, -0.1622153, 0.5655884, 0.09552588) * inp_0_1_1; + result2 += M4(-0.05603438, 0.04169446, 0.012783244, 0.05043658, 0.053274922, -0.09159566, 0.062812835, -0.07592551, 0.033113863, -0.05460731, 0.06573498, 0.040921483, -0.07896506, 0.1589944, -0.1188062, 0.107915975) * inp_0_2_1; + result2 += M4(-0.14555661, -0.02623733, -0.010950724, -0.0029378114, 0.16225207, -0.14775589, 0.043020986, -0.12051408, 0.043429397, 0.05345529, -0.038897146, -0.010908579, -0.021893447, 0.097037636, -0.012969422, 0.13148984) * inp_0_0_2; + result2 += M4(0.0028671154, -0.13369134, 0.009956911, -0.052492116, -0.029130064, 0.58226454, -0.011425127, -0.013592997, 0.021517135, -0.008963109, 0.02541666, 0.017184312, -0.16393614, -0.110572346, 0.0063540046, -0.31564647) * inp_0_1_2; + result2 += M4(-0.033714134, -0.06151679, 0.026827423, 0.03188713, 0.042517334, -0.025831262, 0.04598944, -0.08595885, -0.003915388, 0.09385612, -0.038792178, 0.0895971, -0.09253884, -0.021541333, 0.086981736, -0.10932342) * inp_0_2_2; + result3 += M4(-0.08393953, -0.22956555, 0.011609948, 0.009277218, 0.039219324, 0.04410125, -0.01109496, -0.05332186, 0.03279442, -0.046855666, -0.057603728, -0.006750665, 0.030960107, -0.03515314, 0.05504648, 0.015092096) * inp_0_0_0; + result3 += M4(0.13919544, 0.1411814, 0.042253297, 0.0037964282, -0.040356793, 0.12674251, -0.015921002, 0.053343415, 0.0379153, 0.20943864, 0.0771062, -0.030640893, 0.011386835, 0.0866107, 0.023407476, 0.058897074) * inp_0_1_0; + result3 += M4(0.052371733, -0.3991684, -0.07190776, 0.0007726265, -0.07851629, 0.18438594, -0.06764928, -0.5050416, -0.100258075, -0.09006746, -0.015903315, -0.5025817, 0.0031620082, -0.08231843, 0.05990831, 0.0768073) * inp_0_2_0; + result3 += M4(-0.06402679, -0.6725876, -0.10156491, -0.09864526, 0.02643018, 0.3727122, 0.008444335, -0.08263052, 0.018349787, 0.044862207, 0.0880957, 0.004279047, 0.054860793, -0.048947245, 0.07504498, -0.035847556) * inp_0_0_1; + result3 += M4(0.11614327, -0.30468974, 0.0444558, -0.028236007, -0.067298174, 0.29058734, -0.14453624, -0.099617906, -0.22497794, -0.18741079, 0.18873163, 0.07804972, -0.05881788, -0.22348139, -0.108909026, -0.04795675) * inp_0_1_1; + result3 += M4(0.058302045, -0.0505233, 0.0009843127, -0.043714497, -0.21508288, 0.30368665, 0.00013597557, 0.18061589, 0.039270017, 0.005499783, 0.071200795, 0.14625464, 0.09535705, 0.04838145, -0.056300323, -0.32017702) * inp_0_2_1; + result3 += M4(-0.014569219, -0.14319171, -0.044703428, -0.04628076, 0.036289185, 0.11027814, -0.023670927, 0.027902605, -0.016727578, -0.0030887127, 0.058026824, 0.03686519, -0.028439755, -0.12083449, -0.030791108, -0.016661761) * inp_0_0_2; + result3 += M4(0.007907899, -0.22081214, 0.021030104, -0.02149127, -0.0752811, 0.2893503, -0.033847194, -0.0119202975, 0.029012432, 0.024946356, 0.07516003, 0.08124122, -0.01716123, 0.031961255, -0.20085806, -0.051188) * inp_0_1_2; + result3 += M4(-0.0072488342, -0.20686667, 0.015600979, -0.041693658, 0.0012413642, 0.15499248, 0.04859961, 0.0626556, 0.020021334, -0.12558144, -0.017673044, -0.015979042, -0.050852936, -0.008009429, 0.0006964212, -0.031111179) * inp_0_2_2; + const V4 inp_1_0_0 = inp[1][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_1_1_0 = inp[1][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_1_2_0 = inp[1][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_1_0_1 = inp[1][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_1_1_1 = inp[1][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_1_2_1 = inp[1][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_1_0_2 = inp[1][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_1_1_2 = inp[1][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_1_2_2 = inp[1][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.050834622, 0.13558929, 0.069609776, 0.0836248, 0.16258588, -0.1463772, 0.10431995, 0.071166046, -0.09360978, -0.030868849, -0.089349106, -0.05845485, -0.052687116, -0.019358756, 0.13166283, 0.047010917) * inp_1_0_0; + result0 += M4(0.1834363, -0.06733706, 0.19551572, 0.065064564, -0.10159622, -0.44030255, 0.17712298, -0.15667069, 0.018854847, 0.27443087, -0.20249093, 0.059142705, -0.0146979755, 0.107905276, 0.3368964, -0.14103155) * inp_1_1_0; + result0 += M4(0.03400846, -0.020920517, 0.054308336, -0.06452696, -0.10025594, -0.11509778, 0.0049686376, -0.029111736, 0.08407605, 0.14476754, -0.044888042, 0.05088734, 0.010941878, -0.08833402, -0.02657171, -0.074516624) * inp_1_2_0; + result0 += M4(0.11975449, -0.09650759, 0.063281395, -0.022790521, -0.5575803, -0.09101216, 0.013859138, -0.013325497, 0.03603514, 0.030577073, -0.011164303, -0.18578358, -0.01083901, 0.24841565, -0.13914369, -0.05354659) * inp_1_0_1; + result0 += M4(-0.26356968, -0.54071015, -0.4976373, -0.043348465, -0.22630574, -0.19664787, -0.32047185, 0.016972514, 0.46792364, -0.034396674, -0.08538839, 0.102404736, -0.15684944, 0.40727407, -0.12092723, -0.2929467) * inp_1_1_1; + result0 += M4(0.1258391, -0.2243027, -0.13347167, 0.11358319, -0.08303393, -0.14977665, 0.0890761, -0.41722098, 0.15439256, 0.030496476, 0.012219409, 0.19310397, 0.26037794, 0.027789328, 0.08922465, 0.089834034) * inp_1_2_1; + result0 += M4(0.09877862, 0.05284025, -0.027668688, -0.001652929, -0.32570714, 0.021121345, -0.3423895, 0.079213284, 0.33848628, -0.049122784, 0.04044871, -0.06866454, 0.09534095, -0.0642997, 0.07336694, -0.030166717) * inp_1_0_2; + result0 += M4(-0.014141151, 0.40663037, -0.03562297, 0.00014230338, -0.31842545, 0.03633864, -0.36178958, -0.042703845, -0.1249328, -0.028372467, 0.40126094, 0.070099086, 0.08341997, -0.15070833, -0.0008065649, -0.09727535) * inp_1_1_2; + result0 += M4(0.027538782, 0.07063461, 0.086960584, -0.0014761664, 0.14140855, 0.13613716, -0.07045416, -0.18241577, 0.0012894623, -0.16937791, 0.14318486, 0.12240525, -0.109862946, 0.038892377, -0.059320077, 0.018929685) * inp_1_2_2; + result1 += M4(0.031230053, 0.054024037, 0.015748722, 0.19641443, 0.04458012, 0.0074059726, -0.024924599, -0.22967412, -0.065919496, 8.747364e-05, 0.00095081795, 0.079052135, 0.044639762, 0.034701884, -0.070215575, -0.15965857) * inp_1_0_0; + result1 += M4(-0.093358554, -0.050979193, -0.06365453, -0.21407472, 0.056124493, -0.031864822, -0.001345247, 0.26996806, -0.15269825, 0.029912075, -0.014851082, 0.05646165, -0.1369963, -0.005340246, -0.00034040198, -0.87173325) * inp_1_1_0; + result1 += M4(-0.053627335, -0.05403443, 0.0053771413, -0.033885114, 0.07943473, -0.049489744, 0.01970428, -0.019735165, -0.16704302, -0.029533712, -0.012479018, 0.046492025, -0.122892916, 0.016930556, -0.0114216255, -0.15970671) * inp_1_2_0; + result1 += M4(0.108939044, 0.06477513, 0.102464, 0.047452956, -0.12532373, -0.018778939, -0.1330631, -0.09594444, -0.009711892, 0.08322932, 0.097861886, 0.087248646, 0.03657147, 0.02723903, -0.10135503, -0.2575392) * inp_1_0_1; + result1 += M4(-0.008707382, 0.16884588, -0.06652616, 0.08253744, -0.034825716, 0.034717374, 0.03668941, -0.4708626, -0.18865623, 0.13615835, 0.017796587, 0.2501019, 0.20887725, 0.096245155, -0.08776682, -0.020289192) * inp_1_1_1; + result1 += M4(0.0970189, -0.030351888, -0.00047928322, 0.085058145, 0.027607283, -0.007281266, 0.007417884, 0.019575235, -0.029443549, -0.04141028, -0.039709818, 0.21408917, -0.049271036, -0.05297429, 0.040338963, -1.5085386) * inp_1_2_1; + result1 += M4(-0.119401, 0.03140251, 0.045685366, 0.24838144, -0.043740734, -0.0737762, -0.009221195, -0.14987206, 0.16932084, 0.019038102, 0.16664478, 0.16489927, -0.04896412, 0.05431783, -0.06988649, 0.13275269) * inp_1_0_2; + result1 += M4(0.150259, -0.15978405, -0.0844281, -0.06703002, -0.24657513, 0.06366323, -0.069003426, -0.2717428, 0.4409574, -0.037973717, -0.029585278, 0.017423902, 0.09426487, -0.04516054, -0.104453884, 0.21409835) * inp_1_1_2; + result1 += M4(0.009213807, -0.027094958, 0.07477295, 0.020622253, -0.07857662, -0.04560902, -0.024470983, 0.2686737, 0.09560327, -0.022401039, -0.010302134, 0.19773903, 0.03367946, 0.046936627, 0.10942362, -0.04420304) * inp_1_2_2; + result2 += M4(0.06776484, 0.031195775, 0.050318476, -0.052922856, 0.12900554, 0.018970301, -0.036268327, -0.048933093, -0.05853769, 0.0007942279, -0.029834637, 0.0031533486, 0.07673135, -0.094641976, 0.06459924, -0.056525134) * inp_1_0_0; + result2 += M4(-0.11017411, 0.098181106, -0.02243249, 0.012068443, 0.005660485, 0.052767463, -0.035950188, 0.06065624, -0.13324538, 0.026223551, -0.021790896, 0.0048657963, -0.04097028, 0.05637621, 0.027283916, -0.15542829) * inp_1_1_0; + result2 += M4(-0.013024199, 0.015949627, -0.08571484, -0.054483596, 0.033917774, 0.06274524, -0.050583415, 0.06525622, -0.04354908, 0.025803443, -0.011482242, -5.2527274e-05, 0.03598789, 0.09888249, -0.04873406, -0.06561173) * inp_1_2_0; + result2 += M4(-0.018317174, -0.03853359, 0.09234778, 0.087074734, -0.26256627, 0.19705102, -0.016328111, -0.1725605, -0.028978063, -0.18006021, 0.17666177, 0.05648208, -0.088303916, 0.40847126, 0.074141726, -0.13249528) * inp_1_0_1; + result2 += M4(0.06658258, 0.03539948, 0.09751061, -0.08332911, -0.30838192, 0.31569394, 0.03325235, -0.52049816, 0.4147554, -0.06113487, 0.10763208, 0.48811552, 0.2149239, -0.02266595, -0.064685725, -0.12511243) * inp_1_1_1; + result2 += M4(-0.095920496, 0.0039743925, -0.025515337, 0.07142987, -0.08141908, -0.024632594, 0.0048594745, 0.06391914, -0.02217199, 0.13312626, -0.09880823, 0.02288019, 0.022563223, 0.0145039195, 0.013533599, 0.15826075) * inp_1_2_1; + result2 += M4(0.010565236, 0.0057190843, 0.006396659, -0.038720515, -0.2800984, 0.18256105, -0.0718135, -0.12158327, 0.015065574, -0.124020405, 0.013299919, -0.1870773, 0.104143724, -0.0570007, 0.015877953, -0.06448135) * inp_1_0_2; + result2 += M4(0.10921295, -0.09829529, -0.13485469, 0.03348664, -0.25693277, 0.12156001, 0.052303057, -0.18438673, 0.03092165, 0.029485954, -0.0062324405, 0.08378771, -0.06272121, -0.22547439, -0.016985578, -0.28853402) * inp_1_1_2; + result2 += M4(0.08607484, 0.041633364, -0.0058278185, 0.06025964, 0.0077968123, 0.016047232, -0.010274299, -0.008913052, -0.026840642, 0.090148285, -0.023221692, 0.13393198, 0.049763493, 0.060152527, 0.041689675, -0.017965268) * inp_1_2_2; + result3 += M4(0.008406257, -0.070935205, -0.007202847, 0.06941878, -0.05537707, -0.18120946, -0.03022563, 0.16825119, 0.010797398, -0.12705854, -0.0070367176, 0.0055851717, -0.03206117, 0.2384432, 0.05903697, 0.013868561) * inp_1_0_0; + result3 += M4(0.02166264, 0.046648763, 0.021499218, 0.065290526, 0.01560753, -0.17776456, -0.025728986, 0.1073188, 0.0889913, -0.011712805, 0.051837422, -0.10854497, 0.08656417, 0.012107013, -0.0058191423, 0.06694211) * inp_1_1_0; + result3 += M4(-0.030368745, 0.15441988, -0.047315974, -0.0033873403, 0.0558242, 0.05901615, -0.04364993, 0.18534467, -0.00180104, -0.11714469, -0.021285538, -0.14386547, -0.012022105, -0.06351964, -0.020860594, -0.030060872) * inp_1_2_0; + result3 += M4(0.03706961, -0.134447, 0.107362546, -0.01044757, -0.014409411, 0.1598686, -0.013746884, -0.09035731, -0.0048773824, -0.1106227, 0.11328745, 0.14612412, -0.019757058, 0.2840584, -0.06905247, 0.044269875) * inp_1_0_1; + result3 += M4(0.00435332, 0.22003464, 0.054780096, 0.02049974, 0.08106458, -0.23199026, 0.13086085, -0.33637485, 0.042000774, -0.148645, 0.049710836, 0.11972893, 0.12264688, 0.24849172, 0.1564239, 0.13550651) * inp_1_1_1; + result3 += M4(0.07536812, 0.10604653, -0.036423583, -0.26073584, 0.0397844, -0.045089003, -0.019320367, 0.19621585, 0.10164428, -0.009166188, -0.07304803, -0.015371115, 0.04261303, 0.11308855, -0.032034043, -0.20426352) * inp_1_2_1; + result3 += M4(-0.015813572, 0.0056332136, -0.012351634, 0.08331286, -0.007511319, -0.6502108, -0.04515211, -0.09339431, 0.027167298, 0.23520617, -0.00018588088, 0.040712796, 0.057343673, 0.114973925, 0.02719836, 0.021863716) * inp_1_0_2; + result3 += M4(0.037174106, 0.12065753, -0.07257851, 0.090148546, -0.058854315, 0.026826117, 0.030978559, -0.013551632, 0.049525514, 0.13865441, 0.016414402, 0.061311614, -0.014844421, 0.085599475, -0.05553838, -0.011335998) * inp_1_1_2; + result3 += M4(-0.024182256, -0.03277256, -0.023684012, -0.06914193, 0.03953002, 0.00093374, -0.03862413, -0.0043832413, 0.086972594, 0.017723167, -0.02329716, 0.0585194, -0.028904395, -0.030326229, 0.037591804, -0.06744188) * inp_1_2_2; + const V4 inp_2_0_0 = inp[2][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_2_1_0 = inp[2][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_2_2_0 = inp[2][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_2_0_1 = inp[2][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_2_1_1 = inp[2][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_2_2_1 = inp[2][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_2_0_2 = inp[2][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_2_1_2 = inp[2][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_2_2_2 = inp[2][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.032315515, -0.122047596, 0.059832327, -0.03277833, 0.020007847, 0.13211598, -0.097809285, 0.122699976, 0.13954099, 0.071660824, 0.13365898, 0.035498723, -0.32890487, -0.23000252, 0.18859388, 0.2246585) * inp_2_0_0; + result0 += M4(-0.09090872, -0.15547122, 0.14182991, -0.03447231, -0.08700012, -0.14764556, 0.06351315, -0.031944465, -0.24570633, -0.10371965, -0.6612911, -0.010604841, 0.30677596, -0.122792654, -0.3476362, -0.3333027) * inp_2_1_0; + result0 += M4(-0.101048835, -0.28088036, 0.064946696, -0.02987513, -0.053139113, -0.0017336245, 0.021613726, -0.09509941, -0.24492142, -0.027400596, -0.03304482, -0.2676795, -0.17882577, -0.0015913589, 0.07456976, -0.10931344) * inp_2_2_0; + result0 += M4(0.018682102, 0.03897567, -0.0043925717, -0.12452545, -0.2039322, 0.07347261, -0.077316, 0.11665575, 0.12262391, 0.012757696, -0.033062913, -0.04495245, 0.006626678, 0.18125992, 0.040581536, 0.019702636) * inp_2_0_1; + result0 += M4(-0.059305314, 0.078166485, -0.19206336, 0.107413165, -0.35976288, 0.20749648, -0.10897632, 0.048565254, -0.28695294, 0.13703996, -0.3667627, 0.13787156, 0.011949593, -0.08204921, -0.20876266, -0.036897074) * inp_2_1_1; + result0 += M4(-0.0057640765, -0.25577998, -0.27986136, -0.1747803, 0.07495716, 0.16943099, 0.084771186, -0.1751805, 0.048841394, 0.06562859, 0.021907087, -0.24557696, 0.24831182, -0.1436971, 0.56543666, 0.032267977) * inp_2_2_1; + result0 += M4(0.067160636, -0.010749014, -0.15154673, -0.022950703, 0.11410057, 0.045740303, 0.23280439, 0.10311792, 0.10404408, -0.038766913, 0.101108626, 0.014880373, -0.08169517, 0.03724728, -0.004071181, -0.02176287) * inp_2_0_2; + result0 += M4(-0.1724258, 0.043157067, 0.023351375, -0.10025255, -0.17951916, 0.047159195, 0.022547374, -0.098868735, 0.07145314, -0.0070737815, 0.035666347, -0.011632881, -0.098744564, 0.014386245, 0.15310442, 0.1590473) * inp_2_1_2; + result0 += M4(0.03659194, 0.048870873, -0.06802044, -0.06394387, -0.09571226, -0.04181391, -0.02092777, -0.08023691, 0.0043218927, -0.07452731, 0.02718202, -0.032503504, 0.066612795, 0.25409463, -0.29573214, -0.100742854) * inp_2_2_2; + result1 += M4(-0.06804398, 0.010259403, -0.05606417, -0.45905623, 0.03798285, -0.011380956, -0.0043548928, 0.0049317023, 0.064162396, -0.16467147, -0.13547602, -0.4170852, -0.0946343, 0.12367309, 0.0036930486, 0.2594846) * inp_2_0_0; + result1 += M4(0.08167365, 0.0076501844, -0.040654324, 0.076445766, 0.061445758, -0.07112302, 0.020587264, -0.094360456, 0.14121495, 0.039353162, 0.07584208, -0.24924478, 0.13394992, -0.15720025, 0.020550527, -0.4719891) * inp_2_1_0; + result1 += M4(0.24099086, 0.004460851, 0.033801142, 0.028916445, 0.009813314, 0.02370655, 0.019507933, 0.0723726, 0.11482338, -0.0041218535, 0.0060363747, 0.18329585, -0.03605137, -0.016704429, -0.03968744, 0.49401382) * inp_2_2_0; + result1 += M4(-0.03777468, 0.07079181, -0.086785324, -0.19576482, 0.016638516, 0.06932382, 0.02143979, -0.18267234, -0.25579676, -0.11076712, -0.2595194, 0.11735666, -0.086780265, -0.04006134, 0.049523488, -0.3053417) * inp_2_0_1; + result1 += M4(-0.19085847, -0.0018226462, -0.09526131, -0.030490309, -0.09358571, -0.1312608, -0.025299216, -0.4467069, -0.40401617, -0.11442126, -0.02932193, -0.55489945, -0.06258919, 0.17412789, -0.13525261, 0.36862898) * inp_2_1_1; + result1 += M4(-0.1783346, 0.020232402, 0.062352747, -0.2333071, 0.20440717, 0.036881648, 0.011426944, -0.161388, -0.091673456, -0.07425262, -0.007313462, 0.18958011, -0.05012611, 0.14050211, 0.023201272, -0.18373603) * inp_2_2_1; + result1 += M4(-0.041670453, 0.04761505, -0.07205055, -0.16726835, 0.16217317, 0.031830892, -0.045013987, -0.13016471, 0.038423758, 0.018830528, -0.1379043, 0.07583382, -0.08549732, 0.020179233, -0.05180274, -0.08676527) * inp_2_0_2; + result1 += M4(-0.1144892, -0.065310515, -0.07988956, -0.28776947, -0.022516059, -0.10576069, -0.09915789, -0.029305372, -0.018182946, 0.051951002, -0.031691708, 0.109498486, -0.010285694, -0.058526095, -0.015336989, 0.28561556) * inp_2_1_2; + result1 += M4(-0.114991814, -0.0060320315, 0.032515556, -0.088495135, 0.0023830642, -0.015636275, 0.10081914, -0.18555105, 0.0049523246, -0.01522886, 0.031541333, 0.14967763, -0.13520668, -0.00976766, 0.07235242, -0.13526863) * inp_2_2_2; + result2 += M4(-0.006102216, -0.029172745, 0.09222103, -0.028744753, 0.036760766, 0.02058598, -0.051013798, 0.07528594, -0.19947468, 0.2854517, -0.22350396, 0.07103823, 0.15858191, -0.16111182, 0.10137347, 0.0031016655) * inp_2_0_0; + result2 += M4(-0.051077593, 0.018110406, -0.085154414, -0.11970748, -0.06248552, 0.090771616, -0.11020889, 0.016226625, -0.30493045, 0.34879982, -0.08281113, -0.2973166, -0.08395863, 0.14489202, 0.10018392, 0.2918778) * inp_2_1_0; + result2 += M4(0.100762405, -0.14077328, 0.0068873675, -0.012728327, 0.038007546, -0.010162205, 0.016245509, -0.045379486, -0.015239795, 0.044774063, -0.0041919495, -0.039544307, 0.10751771, -0.19274761, -0.13351429, -0.21966757) * inp_2_2_0; + result2 += M4(0.0014801857, 0.090907656, 0.09321273, 0.19191459, 0.11852471, 0.024387602, 0.13766855, 0.058077153, 0.13642266, 0.10572148, 0.03806547, 0.115434796, -0.13728566, 0.015369699, -0.029896675, 0.1222438) * inp_2_0_1; + result2 += M4(-0.23657471, 0.01041624, -0.104025744, -0.08028565, -0.27475524, 0.014432225, -0.190358, -0.1933413, 0.06009237, 0.35213372, -0.18603286, 0.15629223, -0.075596966, -0.045948125, -0.069723725, -0.2296189) * inp_2_1_1; + result2 += M4(-0.114092045, -0.21760537, 0.06743137, -0.16528656, 0.038565528, -0.047547337, 0.016258612, 0.04621514, 0.06486923, 0.21303502, -0.056794677, 0.07416883, -0.27225333, -0.106772475, 0.116170004, 0.03875536) * inp_2_2_1; + result2 += M4(-0.12807086, -0.050668288, 0.004014784, -0.12517461, 0.05560518, -0.031908523, 0.02181089, 0.054382585, -0.031665996, 0.052780844, 0.0075956094, -0.05371376, 0.0088007385, 0.05524695, 0.049430843, 0.08108161) * inp_2_0_2; + result2 += M4(0.051009595, -0.1502449, -0.045252007, 0.06836838, 0.14730917, 0.036979046, -0.083785385, 0.06063368, -0.028182903, 0.07504901, 0.055856213, 0.04504785, 0.18590024, -0.045080796, -0.036583446, 0.012569273) * inp_2_1_2; + result2 += M4(0.09400213, -0.09781128, -0.028674224, -0.04409969, 0.03257724, -0.060171966, 0.018233486, 0.059538074, -0.05567502, 0.027766956, -0.004594858, 0.013047014, 0.118355066, 0.10237973, 0.017876882, -0.0016306012) * inp_2_2_2; + result3 += M4(-0.060102426, 0.055194635, -0.0050862706, 0.031027785, 0.015334437, 0.05874696, -0.014036861, -0.09948192, -0.022876646, 0.25203875, -0.16902465, -0.1250054, 0.028966324, 0.19289416, 0.06767192, -0.027996095) * inp_2_0_0; + result3 += M4(-0.073572166, -0.2641532, 0.0045350282, -0.0032056102, -0.018192617, -0.053080373, -0.077567, -0.120395035, 0.05026236, -0.2493179, -0.047281366, -0.4302733, -0.04435675, -0.08884186, -0.081195176, 0.05236053) * inp_2_1_0; + result3 += M4(0.15846111, 0.033074684, -0.002145444, 0.25345713, -0.016138427, 0.060776513, 0.020433042, 0.054068796, 0.07300529, 0.1499025, 0.01061005, 0.26232153, -0.086272724, 0.19294065, 0.07322928, -0.13114798) * inp_2_2_0; + result3 += M4(-0.026156582, -0.09473598, 0.01886588, 0.03316904, 0.046567984, 0.05356517, 0.112859644, 0.045939382, -0.014500696, 0.39915556, -0.044323806, 0.08406331, -0.02588856, 0.28643692, -0.054337215, -0.044069048) * inp_2_0_1; + result3 += M4(0.119249105, -0.06426904, 0.049732402, -0.24069054, 0.053948652, 0.18656449, -0.13553333, -0.09931661, 0.05298581, 0.06414778, -0.01429046, 0.0886309, -0.0169578, 0.19047803, 0.18266238, 0.0035147448) * inp_2_1_1; + result3 += M4(-0.0056939553, -0.21608217, 0.02736181, -0.036639106, 0.0103363665, 0.029477157, 0.016544899, -0.067491375, 0.07800084, -0.12613757, -0.0043560416, 0.0653098, 0.03597968, 0.0737496, -0.108304635, -0.15834598) * inp_2_2_1; + result3 += M4(-0.024152312, -0.03797177, 0.024080073, -0.0372, 0.025841238, 0.1450337, 0.003514035, 0.01807124, -0.014084937, 0.20126233, -0.07188575, 0.009998302, 0.014528717, -0.0146696335, 0.06857181, 0.032898333) * inp_2_0_2; + result3 += M4(-0.0058606123, -0.18987623, 0.0017278753, 0.010762768, -0.06410252, 0.05551138, -0.044577245, -0.07427778, 0.013683679, 0.17193417, 0.08636119, 0.052021578, -0.04665759, 0.009889614, -0.13780324, -0.06077317) * inp_2_1_2; + result3 += M4(-0.024604267, 0.0576184, -0.0052168164, -0.013863482, 0.0020399143, 0.14541508, 0.021378214, 0.034496024, 0.042570945, 0.10022286, -0.02205846, 0.14285377, 0.033961337, 0.20753984, 0.07047152, -0.2780571) * inp_2_2_2; + const V4 inp_3_0_0 = inp[3][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_3_1_0 = inp[3][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_3_2_0 = inp[3][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_3_0_1 = inp[3][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_3_1_1 = inp[3][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_3_2_1 = inp[3][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_3_0_2 = inp[3][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_3_1_2 = inp[3][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_3_2_2 = inp[3][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.027015617, -0.7996558, 0.18498614, 0.104103, 0.38189876, -0.11344139, -0.0007145073, 0.3342583, 0.031134395, 0.089367434, 0.037405856, 0.015087987, -0.14192465, -0.22596288, 0.029936088, 0.0421774) * inp_3_0_0; + result0 += M4(0.18507116, -0.13057783, 0.18906131, -0.04625072, 0.4304938, 0.20377009, 0.15997867, -0.01429329, 0.038801454, 0.08704504, 0.21694064, -0.11549993, -0.0045122113, -0.3900684, -3.388382e-05, 0.15001586) * inp_3_1_0; + result0 += M4(0.060679402, -0.16186985, 0.061862193, -0.00022022054, 0.26157132, -0.043998968, 0.1945971, -0.7142528, 0.09871455, 0.022045933, -0.024860913, 0.004302735, 0.14181943, -0.18637265, -0.00040650467, 0.11827929) * inp_3_2_0; + result0 += M4(-0.5922311, 0.22684027, -0.11227259, -0.21391045, 0.032060653, -0.053092804, 0.31259525, -0.07501715, -0.10745047, -0.0038042206, -0.10862252, -0.004506264, 0.20306757, 0.25435647, 0.16563417, -0.17325446) * inp_3_0_1; + result0 += M4(-0.35888693, 0.16700989, 0.1668772, 0.17332852, -0.05505689, -0.11818606, -0.06606742, 0.110823445, 0.03806446, -0.113237, -0.31512976, 0.095162764, -0.46377453, -0.0036337571, -0.16946682, 0.1773919) * inp_3_1_1; + result0 += M4(-0.12228825, -0.039548386, 0.011141476, -0.1074657, 0.019009113, 0.08645584, 0.2815848, -0.06357786, 0.015157962, 0.09658943, 0.053875048, -0.033454716, -0.0061273533, 0.062192447, 0.07787697, 6.049956e-05) * inp_3_2_1; + result0 += M4(-0.15141164, -0.5041164, -0.9490496, 0.19432089, 0.02835402, -0.04002404, 0.08439427, -0.010552297, -0.07459201, 0.021660993, 0.032625314, 0.010420403, -0.07382987, -0.07785111, -0.10839164, -0.052428048) * inp_3_0_2; + result0 += M4(0.05921418, -0.13308622, -0.37330568, 0.17807813, 0.07824402, 0.03588622, -0.12656505, 0.09064255, -0.06055568, -0.024535418, -0.043053485, 0.00056338724, 0.06676607, -0.27000788, -0.29120812, 0.11573923) * inp_3_1_2; + result0 += M4(-0.028129566, 0.14413905, -0.16586044, 0.017026152, 0.076706395, -0.05394849, 0.09306623, 0.019118821, 0.007054275, 0.08550639, 0.13275635, -0.025670476, -0.0022794658, 0.10155379, -0.02085458, 0.034746658) * inp_3_2_2; + result1 += M4(-0.12369097, -0.022380395, -0.19092223, -1.0336181, 0.25007322, -0.1082927, -0.1355875, -2.3267636, -0.060449358, 0.047252428, -0.01162158, -0.005936594, 0.11749812, -0.09796796, 0.028199805, 0.1737005) * inp_3_0_0; + result1 += M4(0.21402386, 0.013675318, -0.030755024, -0.0027503022, -0.2956065, -0.10900944, -0.47659904, -1.3750017, -0.22972079, 0.06601595, 0.013311301, 0.12648493, 0.24865986, -0.0054492513, 0.015514159, -0.035419848) * inp_3_1_0; + result1 += M4(0.04552766, 0.037142105, 0.0035919624, 0.08431789, -0.3844037, -0.28543824, -0.23054305, -0.94371766, -0.06714347, 0.07686601, -0.0064314655, 0.087116875, 0.05579566, -0.070394486, 0.0021310588, 0.045538615) * inp_3_2_0; + result1 += M4(-0.37080222, -0.18180142, -0.24774034, -1.7342087, -0.06769111, 0.043335035, 0.35196152, -0.0039335964, 0.044669848, -0.03951889, -0.025922338, -0.048581965, -0.10638707, -0.15603809, 0.017693024, -0.15826935) * inp_3_0_1; + result1 += M4(-0.15859805, 0.099043906, -0.051725943, -0.2880917, -0.18174146, 0.0665793, 0.54645437, -0.033481486, 0.40742868, -0.3033671, 0.122001864, -0.08608495, -0.2042584, 0.05535326, 0.12946245, -0.4357408) * inp_3_1_1; + result1 += M4(0.12178875, 0.025560115, 0.028441695, -0.22325999, 0.061120175, -0.025200972, 0.14321159, 0.19563259, -0.022041185, 0.04249189, -0.07945956, 0.11619728, -0.0501297, -0.054087505, -0.011183701, 0.1266374) * inp_3_2_1; + result1 += M4(-0.6316759, -0.0918079, -0.3422181, -0.2808048, 0.03502315, -0.07254006, 0.021251619, 0.1637716, 0.0266244, 0.014856987, -0.073231086, -0.057996526, -0.07746048, 0.007990325, -0.021293677, 0.14186025) * inp_3_0_2; + result1 += M4(-0.10816348, -0.19827484, -0.03404185, 0.17547783, 0.071025066, -0.013042217, 0.043203786, 0.06272457, -0.22442414, 0.1362349, 0.14682624, -0.030669976, -0.3585226, 0.027426068, 0.15036522, -0.1341319) * inp_3_1_2; + result1 += M4(-0.14291224, -0.049865674, 0.025149126, -0.1153935, 0.057290137, -0.05218865, -0.0013165397, 0.027519017, 0.134451, -0.0015477352, -0.062499885, 0.0006934406, -0.030470002, 0.010570013, -0.013825029, -0.04198862) * inp_3_2_2; + result2 += M4(-0.10711042, 0.032619312, -0.024730971, -0.06444852, 0.4182004, 0.54544973, -0.239182, -1.0138891, 0.027894305, -0.08686301, 0.077421546, -0.046399735, 0.063517295, 0.01817226, -0.09217656, 0.04170022) * inp_3_0_0; + result2 += M4(0.22543283, -0.109545745, 0.025299635, -0.025161963, 0.7423745, -0.216506, 0.0028229007, -0.73982394, -0.008515469, -0.061802708, 0.32045597, -0.08967708, 0.054728646, 0.01958016, -0.10577295, 0.19468236) * inp_3_1_0; + result2 += M4(0.05417426, -0.06550254, 0.008215511, 0.08211287, 0.49578804, 0.02951148, -0.051892225, -0.23949671, 0.07806937, -0.035536528, 0.13598205, 0.08785305, 0.079127, 0.070848905, -0.03802217, 0.051596798) * inp_3_2_0; + result2 += M4(-0.48896796, 0.68660605, -0.16183376, -0.86002463, 0.033824537, -0.08554051, 0.003849123, -0.08059784, -0.029788414, 0.08485035, 0.03887551, -0.05369966, -0.13131899, 0.22066273, -0.10666296, 0.05315469) * inp_3_0_1; + result2 += M4(-0.167758, 0.29998848, -0.034977388, -0.09690403, 0.13826017, 0.24243373, 0.100414276, 0.17001465, -0.2882979, -0.3450798, 0.18749917, -0.13422024, -0.17123859, 0.09044185, 0.052391898, -0.36916175) * inp_3_1_1; + result2 += M4(-0.16430867, 0.0064501395, 0.06647598, -0.023820901, 0.08984767, 0.013764179, -0.035873856, 0.032932702, 0.09450842, 0.071256734, -0.040001966, -0.04960062, -0.007343706, 0.049707595, -0.016152225, -0.0027885356) * inp_3_2_1; + result2 += M4(-0.73847115, 0.5513414, 0.030851787, -0.2581955, -0.0024027135, -0.0036326675, -0.030248651, -0.004381591, -0.02528615, -0.019515892, 0.029741172, -0.003951281, -0.019615853, -0.03865882, 0.003828569, -0.0031004255) * inp_3_0_2; + result2 += M4(-0.17671159, -0.081465006, -0.07955902, -0.04966974, -0.06376834, -0.023979286, -0.015434015, -0.041929364, 0.120791264, 0.036787927, 0.04004447, 0.09695027, -0.08316816, 0.09391913, 0.049567543, 0.027576985) * inp_3_1_2; + result2 += M4(0.10369331, -0.024534395, -0.052448582, -0.09192535, 0.027912363, 0.09893594, 0.028118687, 0.06701703, 0.014928166, 0.017885402, -0.03428379, -0.025608117, 0.031982064, 0.003519881, -0.0178403, -0.009937768) * inp_3_2_2; + result3 += M4(-0.027271697, 0.42789787, -0.049469214, 0.022823947, -0.17875957, -0.9508793, -0.059357125, 0.17309445, -0.008523562, 0.106697135, 0.06968476, 0.011999886, -0.052791767, 0.063847676, -0.10121569, 0.035633165) * inp_3_0_0; + result3 += M4(0.14716758, -0.07930711, -0.017321438, 0.13599691, 0.07637399, 0.04328131, -0.07516573, 0.43305922, -0.08643355, -0.04845797, 0.016906133, 0.030227428, -0.0071497494, -0.11972896, -0.05875496, 0.10012184) * inp_3_1_0; + result3 += M4(-0.04849445, 0.020217191, -0.046229035, 0.18088053, -0.22129643, -0.12000977, -0.12619595, 0.1956666, -0.008121098, -0.14342684, 0.10044852, 0.1925586, -0.013161276, 0.0966338, -0.056078617, 0.09678964) * inp_3_2_0; + result3 += M4(0.08718787, -0.40120795, 0.14511861, -0.74981576, 0.08892279, -0.25088233, 0.1971236, -0.008586428, -0.036342554, -0.003950924, -0.10522428, -0.008721086, -0.051654376, 0.15270655, -0.11333946, -0.1062836) * inp_3_0_1; + result3 += M4(0.3832336, -0.069977686, -0.014638319, 0.22976342, 0.4424893, -0.68896824, 0.50525415, 0.1229973, 0.2716183, 0.22153828, 0.42152727, -0.04672893, -0.050966874, -0.5484808, 0.05782651, -0.0730039) * inp_3_1_1; + result3 += M4(0.064079545, 0.11863564, 0.11544964, -0.19748935, 0.32926935, -0.8571917, -0.07095916, 0.053836744, -0.12118399, -0.16282205, -0.03557967, 0.015947886, 0.028216584, 0.09699497, -0.0085840095, -0.0819769) * inp_3_2_1; + result3 += M4(-0.07120117, -0.63295966, 0.043656614, -0.45833355, 0.024976943, 0.16151588, -0.07555022, -0.009623016, 0.010849734, -0.1750549, -0.021309523, -0.009259946, 7.156295e-06, 0.15191126, -0.018279374, -0.04998776) * inp_3_0_2; + result3 += M4(0.17812641, 0.07574793, -0.13986841, -0.04758223, 0.039438676, -0.04838939, 0.05826339, 0.058625273, 0.010918394, -0.008298822, 0.13868612, -0.011732604, -0.024179596, 0.02025137, 0.0014702389, -0.072934866) * inp_3_1_2; + result3 += M4(-0.044331793, -0.021380348, -0.065975286, -0.00053424994, -0.010777215, 0.062775485, -0.026242074, -0.017773766, -0.034250915, 0.114954434, -0.020100623, 0.04363309, -0.029236004, -0.14147997, 0.0040791784, -0.043546647) * inp_3_2_2; + const ivec2 output_base = ivec2(gl_GlobalInvocationID) * ivec2(2, 2); + imageStore(out_image, output_base + ivec2(0, 0), max(result0, V4(0.0))); + imageStore(out_image, output_base + ivec2(1, 0), max(result1, V4(0.0))); + imageStore(out_image, output_base + ivec2(0, 1), max(result2, V4(0.0))); + imageStore(out_image, output_base + ivec2(1, 1), max(result3, V4(0.0))); +} + +//!DESC ArtCNN C4F16 DS (Conv2D-4-ReLU) +//!COMPUTE 24 32 12 16 +//!HOOK LUMA +//!BIND conv2d_3 +//!SAVE conv2d_4 +//!WIDTH LUMA.w 2.0 * +//!HEIGHT LUMA.h 2.0 * +//!COMPONENTS 4 +//!WHEN OUTPUT.w LUMA.w / 1.3 > OUTPUT.h LUMA.h / 1.3 > * +#extension GL_EXT_shader_explicit_arithmetic_types_float16 : enable +#ifdef GL_EXT_shader_explicit_arithmetic_types_float16 +# define V4 f16vec4 +# define M4 f16mat4 +# define F float16_t +#else +# define V4 vec4 +# define M4 mat4 +# define F float +#endif + +const ivec2 ksize = ivec2(3, 3); +const ivec2 offset = ksize / 2; +const ivec2 wg_size = ivec2(gl_WorkGroupSize); +const ivec2 isize = wg_size + ksize - 1; +shared V4 inp[4][isize.y][isize.x]; +void hook() { + const uvec2 local_xy = gl_LocalInvocationID.xy; + ivec2 base = ivec2(gl_WorkGroupID) * wg_size; + for (uint y = local_xy.y; y < isize.y; y += wg_size.y) { + for (uint x = local_xy.x; x < isize.x; x += wg_size.x) { + const ivec2 input_base = (base + ivec2(x,y) - offset) * ivec2(2, 2); + inp[0][y][x] = V4(conv2d_3_mul * texelFetch(conv2d_3_raw, input_base + ivec2(0, 0), 0)); + inp[1][y][x] = V4(conv2d_3_mul * texelFetch(conv2d_3_raw, input_base + ivec2(1, 0), 0)); + inp[2][y][x] = V4(conv2d_3_mul * texelFetch(conv2d_3_raw, input_base + ivec2(0, 1), 0)); + inp[3][y][x] = V4(conv2d_3_mul * texelFetch(conv2d_3_raw, input_base + ivec2(1, 1), 0)); + } + } + + barrier(); + V4 result0 = V4(-0.006771086, -0.0051601403, 0.020885777, -0.024551088); + V4 result1 = V4(0.004770867, 0.0010445794, -0.0035112808, -0.0010415314); + V4 result2 = V4(-0.0118335625, -0.08267318, -0.0066933953, 0.00024997361); + V4 result3 = V4(-3.5229634e-05, 0.01858382, -0.012685065, -0.008151426); + const V4 inp_0_0_0 = inp[0][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_0_1_0 = inp[0][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_0_2_0 = inp[0][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_0_0_1 = inp[0][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_0_1_1 = inp[0][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_0_2_1 = inp[0][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_0_0_2 = inp[0][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_0_1_2 = inp[0][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_0_2_2 = inp[0][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.0033632028, 0.04721141, 0.03007575, -0.052616846, -0.008006311, 0.065169215, 0.016507383, -0.0044050934, -0.018410988, 0.07643572, 0.03065518, -0.08753873, 0.015026827, 0.16328007, 0.004729976, -0.014612305) * inp_0_0_0; + result0 += M4(-0.0510358, -0.040047985, -0.15714039, 0.18750839, 0.029424198, 0.063464284, 0.04334012, -0.051018972, 0.044537134, 0.016376844, 0.0021454738, 0.07393311, -0.003398863, -0.07367582, 0.03664616, -0.0471132) * inp_0_1_0; + result0 += M4(0.033857785, -0.044069454, 0.0029815182, 0.07231605, -0.012478533, -0.014247982, -0.011120171, 0.0064618033, -0.024211371, -0.0057577016, 0.009435734, -0.00255496, 0.00047270884, 0.049642805, 0.010110964, -0.023349527) * inp_0_2_0; + result0 += M4(0.024893802, -0.06915593, -0.09700506, 0.109927185, -0.022845587, 0.033251625, -0.0370686, 0.04165276, -0.023201028, -0.09822818, -0.0098308325, 0.03426258, 0.038701996, 0.36037982, 0.030453933, -0.045780078) * inp_0_0_1; + result0 += M4(-0.0022862866, 0.099955656, 0.34152862, -0.3465966, -0.05589964, -0.05136851, -0.068635, 0.09597882, 0.07702414, 0.021747537, 0.12726207, -0.1702579, 0.025863616, -0.06331183, -0.17451076, 0.18619111) * inp_0_1_1; + result0 += M4(-0.010405649, 0.018087514, -0.15909216, 0.14597063, 0.033948172, 0.013681024, -0.00019566377, 0.013083054, -0.0172498, 0.0056358925, -0.00644117, 0.009749327, -0.010631505, 0.021705946, 0.09615771, -0.044029847) * inp_0_2_1; + result0 += M4(-0.024415338, -0.18363151, -0.01793161, 0.023585768, -0.075834185, -0.0050683604, 0.018748691, -0.008734701, -0.011380264, -0.002517223, -0.007086535, 0.0369585, -0.013384224, 0.19569841, 0.02990988, 0.0053327563) * inp_0_0_2; + result0 += M4(-0.040272474, -0.0018999686, -0.036718227, 0.05683352, 0.14068884, -0.059090048, 0.0601508, -0.039334733, -0.14742632, -0.02577353, -0.058017954, 0.057766154, -0.071603104, -0.13627124, -0.042406775, 0.042193558) * inp_0_1_2; + result0 += M4(-0.03953849, -0.012823383, 0.012647818, -0.07757381, -0.06622981, 0.04571122, 0.02738234, -0.013842928, 0.029961985, 0.015561659, -0.015383494, 0.021000577, 0.057185896, 0.037138227, 0.02095205, -0.047683973) * inp_0_2_2; + result1 += M4(0.0057615293, -0.045122698, -0.01178126, -0.0726996, -0.0086135715, 0.065157086, 0.0034225588, 0.07258049, -0.03279438, 0.060885813, -0.00041689439, 0.08573385, -0.029732056, -0.031844694, 0.036845736, -0.10094928) * inp_0_0_0; + result1 += M4(-0.12540935, -0.059108384, 0.003970208, -0.12744214, 0.06369681, 0.028249402, 0.007363609, 0.122652315, 0.0926682, 0.027998177, -0.03176788, -0.16297963, 0.030422911, 0.07676895, -0.0079176305, 0.057718776) * inp_0_1_0; + result1 += M4(0.030936485, 0.031883776, -0.007541764, 0.009011137, -0.0032886202, 0.036986377, 0.0038485127, 0.07384179, 0.015596031, -0.028106213, -0.0056048124, 0.03516302, -0.03694747, -0.029075751, 0.011198101, -0.039395273) * inp_0_2_0; + result1 += M4(0.09053454, 0.016422741, -0.03282414, 0.0018926301, 0.045385055, -0.07430422, -0.022797182, -0.052842602, 0.04633681, 0.12838002, 0.015648523, 0.10493874, -0.11721678, 0.102124445, 0.009502804, -0.036585268) * inp_0_0_1; + result1 += M4(-0.04929572, -0.07120267, 0.11189219, 0.14805685, -0.071155205, 0.0014907664, -0.045666497, -0.2830528, 0.082157016, 0.3569714, -0.08436788, 0.45907578, 0.25751808, 0.007985261, -0.018987287, -0.077328935) * inp_0_1_1; + result1 += M4(0.001983042, 0.0573755, -0.059997357, 0.12338883, 0.0121495845, -0.04396366, 0.008587791, -0.014707099, 0.02200498, 0.08107376, -0.005465822, 0.068521366, -0.023648549, 0.055134445, 0.024040049, 0.012487843) * inp_0_2_1; + result1 += M4(-0.03344048, 0.018812401, -0.099432044, -0.092147544, -0.013474613, 0.12958124, -0.026809819, 0.12613833, -0.006871271, -0.004189431, -0.049348816, 0.01963418, 0.0218454, -0.1742686, 0.094456315, -0.057249658) * inp_0_0_2; + result1 += M4(-0.012384111, -0.17734681, 0.12383786, -0.112375386, 0.0319456, 0.27962422, 0.046854213, 0.398646, -0.034528103, -0.2823273, -0.11815615, 0.04903127, -0.010071655, -0.014617646, -0.20853819, 0.051345073) * inp_0_1_2; + result1 += M4(-0.017807463, 0.085978284, -0.004161402, 0.018392334, 0.004443354, 0.17043431, 0.0004278643, 0.26888165, -0.009966159, 0.039737593, -0.024603937, -0.06556405, -0.013565388, -0.02318172, 0.03753665, -0.01551806) * inp_0_2_2; + result2 += M4(-0.00054385135, -0.013860364, 0.037204344, 0.0643842, 0.009427588, 0.050591286, 0.015325365, 0.026667146, 0.019358223, 0.060875133, 0.003089811, -0.026155524, 0.054400604, -0.030613834, -0.0073381513, 0.0010448373) * inp_0_0_0; + result2 += M4(-0.11140873, -0.077490225, -0.0008244639, -0.111035444, 0.014723916, -0.111481555, -0.0516383, 0.066743694, 0.042972323, 0.01950517, 0.074459195, 0.050886415, 0.11208063, 0.020193007, -0.03352396, 0.055053547) * inp_0_1_0; + result2 += M4(0.026718343, -0.10349276, -0.10949595, 0.12181208, 0.020611692, 0.07150552, 0.03742183, -0.038923062, 0.021384154, -0.02058103, -0.15753624, 0.012840425, -0.0046102917, -0.09406839, -0.05100171, 0.032406077) * inp_0_2_0; + result2 += M4(-0.074565805, -0.013674222, 0.01627147, -0.09966034, 0.06198092, 0.03641343, -0.032527886, -0.06883835, 0.015009717, -0.026334036, -0.028027749, 0.06361123, 0.20694518, 0.06313499, -0.031564172, 0.05146381) * inp_0_0_1; + result2 += M4(-0.0727687, 0.042550147, -0.04598127, 0.3267873, 0.061976686, 0.04911097, 0.081161864, 0.010707485, 0.2691173, -0.043794725, -0.09971116, -0.0033741079, 0.021865325, 0.043241937, 0.18235348, -0.054897718) * inp_0_1_1; + result2 += M4(-0.00985757, -0.016703412, -0.1516014, 0.11700871, -0.018276513, -0.051278856, -0.24498534, 0.07523947, 0.08632356, -0.020398337, -0.111400016, -0.014939744, -0.04313168, -0.07714612, -0.008079888, 0.020002536) * inp_0_2_1; + result2 += M4(-0.013238882, -0.102667235, 0.0081237415, 0.035577383, -0.03021197, -0.10485464, 0.011287993, 0.078355186, 0.030628305, 0.05074276, -0.017268093, 0.025273146, 0.09983698, -0.018156344, 0.0009785192, -0.012089172) * inp_0_0_2; + result2 += M4(0.011669444, 0.018538315, 0.027060565, 0.092130765, -0.05551045, -0.076386236, -0.062335093, -0.15230888, 0.09960692, -0.013955326, 0.0051692463, 0.086296074, 0.03327316, -0.0583193, -0.05385146, 0.018058175) * inp_0_1_2; + result2 += M4(-0.010289144, -0.040999196, 0.072243415, -0.021734484, 0.031605948, 0.07325174, -0.060475502, -0.012607067, 0.021910584, 0.01122505, 0.054743167, 0.053025585, 0.015383842, -0.042237084, 0.010509368, -0.030073771) * inp_0_2_2; + result3 += M4(-0.09841719, -0.13165414, 0.045820847, -0.007834082, -0.007131807, -0.046782803, 0.02734628, 0.01637415, -0.119316526, 0.1290529, -0.067837425, -0.17189166, 0.0032192334, 0.116386436, -0.02809339, 0.06934349) * inp_0_0_0; + result3 += M4(0.09417788, 0.14279406, -0.061828166, 0.06364808, -0.040369745, 0.07213133, -0.031408317, 8.409518e-05, 0.11984481, -0.06191443, 0.07229216, -0.022234676, 0.005406791, 0.16676822, 0.22716026, 0.024176734) * inp_0_1_0; + result3 += M4(0.05202953, -0.14130098, -0.0026728045, -0.054721516, 0.02505792, 0.06512413, -0.012624254, -0.0026803268, -0.047477644, -0.031517543, -0.032461733, 0.0070039, -0.038684703, 0.12445629, -0.016449094, -0.00015740903) * inp_0_2_0; + result3 += M4(0.1427558, -0.26331204, 0.23879163, 0.1472501, 0.07586082, -0.19956431, 0.11914642, -0.018028205, 0.042948782, -0.18455848, 0.028981531, 0.06794226, -0.04177945, 0.09921873, 0.20470385, 0.11457745) * inp_0_0_1; + result3 += M4(0.4082949, 0.20943645, 0.081940874, 0.12100776, -0.002409686, -0.007796975, -0.039054655, 0.033258572, 0.12229252, 0.027062602, -0.3295776, -0.04143495, -0.06493101, -0.28356364, 0.51172125, -0.03805709) * inp_0_1_1; + result3 += M4(-0.09025853, -0.11847181, -0.15800075, -0.03284227, 0.009739382, -1.3548135e-05, 0.005809967, -0.016361618, -0.007935478, 0.045800693, 0.06297317, -0.014967157, 0.086511806, 0.1897742, -0.066169955, -0.008127524) * inp_0_2_1; + result3 += M4(0.038830314, -0.13548805, 0.10421148, 0.09081409, -0.07634593, -0.060178645, -0.07031697, 0.054025967, 0.020105308, -0.0027928702, 0.031130863, -0.026592439, 0.014720058, 0.19513103, 0.002097078, 0.18665725) * inp_0_0_2; + result3 += M4(-0.08901566, 0.105436236, 0.12266256, -0.008518654, 0.11778259, -0.053422395, 0.028649012, -0.040792372, -0.02262042, -0.10925559, -0.07001872, -0.035234697, -0.07897347, 0.08139603, 0.054484908, 0.019872947) * inp_0_1_2; + result3 += M4(0.030658608, -0.02215864, -0.0070415963, -0.016830377, 0.035668887, -0.068572775, 0.017487563, 0.021502042, -0.0044210944, 0.05756212, -0.020683121, -0.006085243, -0.008396225, 0.021756154, -0.049787946, 0.01207104) * inp_0_2_2; + const V4 inp_1_0_0 = inp[1][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_1_1_0 = inp[1][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_1_2_0 = inp[1][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_1_0_1 = inp[1][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_1_1_1 = inp[1][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_1_2_1 = inp[1][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_1_0_2 = inp[1][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_1_1_2 = inp[1][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_1_2_2 = inp[1][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.03791764, 0.03606116, 0.0045328056, 0.002800669, -0.009491753, 0.075630374, 0.04046336, -0.028276388, 0.04324208, 0.524792, -0.09134197, 0.08187007, 0.029704953, 0.08065349, 0.007941393, -0.026542963) * inp_1_0_0; + result0 += M4(0.02040871, -0.12661457, 0.16988854, -0.16411963, -0.08627451, -0.08485256, -0.13350333, 0.16505302, -0.03161001, 0.122473575, 0.29984474, -0.2572558, -0.030814288, 0.050678268, -0.008602223, 0.027681787) * inp_1_1_0; + result0 += M4(-0.006042254, 0.065050334, 0.04664241, -0.037401382, 0.03355854, 0.054504145, 0.047228526, -0.019673886, -0.109151475, -0.0869173, -0.21530285, 0.3827806, 0.020756625, -0.0028767965, 0.00789321, 0.021198263) * inp_1_2_0; + result0 += M4(-0.0031582236, -0.13864206, -0.049212236, 0.035027854, -0.040887404, -0.053039804, -0.06926417, 0.07521589, -0.0047208094, 0.15803817, -0.009107502, 5.1163806e-05, -0.035306234, -0.034462266, 0.032939598, -0.054286096) * inp_1_0_1; + result0 += M4(-0.05159398, 0.021360615, -0.12616381, 0.07439948, -0.04818794, 0.11798935, -0.24307126, 0.3104743, 0.16276325, 0.14583969, 0.021263607, -0.058796406, 0.12709579, -0.124082625, -0.06194249, 0.08661151) * inp_1_1_1; + result0 += M4(0.09366448, -0.0023552156, -0.114171155, 0.11347451, -0.05757338, -0.03278382, -0.039372697, 0.01685123, 0.12495786, 0.20478605, -0.06560785, 0.15574126, -0.04436519, 0.012480755, 0.084948376, -0.104769275) * inp_1_2_1; + result0 += M4(-0.09293131, -0.06462749, -0.007985044, -0.012933727, -0.04487777, -0.22023484, -0.0037138779, -0.013158153, 0.00241268, 0.30657583, -0.0056309095, -0.011388346, 0.035876844, 0.2619356, -0.0003885763, -0.035041932) * inp_1_0_2; + result0 += M4(0.18430625, 0.035722308, 0.039618477, -0.051990308, 0.15817565, 0.12178207, 0.024091955, -0.005528151, 0.026752066, 0.0029761952, 0.040815126, -0.018809414, -0.12874056, -0.062183477, -0.0050868164, 0.008158902) * inp_1_1_2; + result0 += M4(-0.070743024, -0.014308823, -0.00028148116, -0.010128748, -0.051406384, -0.03582649, 0.004809814, -0.015474758, -0.06934015, -0.019315397, 0.0028014528, -0.010465397, 0.03486373, 0.15004137, -0.0046289526, 0.011293259) * inp_1_2_2; + result1 += M4(0.017685123, 0.0065368274, -0.0015516317, 0.16557714, -0.03033398, 0.025646772, -0.010180449, 0.047718406, 0.11997764, 0.15046796, -0.03974632, 0.026449608, -0.022485612, -0.02235598, -0.0026649777, 0.0047121164) * inp_1_0_0; + result1 += M4(0.3358178, -0.013722061, 0.035134647, 0.14561415, -0.24687243, -0.07977394, -0.006837952, -0.2426016, -0.18184388, 0.14377251, -0.014832799, 0.22288579, 0.017362798, -0.12165396, 0.003879503, -0.117855765) * inp_1_1_0; + result1 += M4(0.04104673, 0.08014578, 0.007094119, 0.13034703, -0.021104911, 0.018781923, 0.021670882, -0.037076604, 0.17533164, 0.06820291, 0.07606097, 0.06600506, 0.029399764, 0.033080503, -0.001904172, 0.052032262) * inp_1_2_0; + result1 += M4(-0.007679661, -0.018380007, -0.016621359, 0.014491733, 0.04202803, 0.04733234, 0.050396703, -0.009298026, -0.008895612, -0.099489, -0.07935202, -0.050699767, -0.08127414, -0.019099122, 0.04923852, -0.06022952) * inp_1_0_1; + result1 += M4(-0.13803823, 0.13586937, -0.28232625, -0.32198295, -0.25998548, -0.0856141, 0.22959727, -0.005808529, -0.12802751, -0.53791004, 0.17587951, -0.4111663, 0.17720166, 0.059367396, 0.012145319, 0.022847874) * inp_1_1_1; + result1 += M4(-0.008384057, 0.07714925, -0.03306005, 0.011172002, -0.0613773, -0.14301087, 0.015359433, 0.008426981, -0.008028197, -0.082278445, -0.10858002, 0.08871151, -0.12919591, 0.028668016, -0.022689562, -0.015607325) * inp_1_2_1; + result1 += M4(0.0020820436, -0.005625805, -0.00054294884, -0.025311854, 0.006265746, 0.0085602505, -0.049143896, -0.024635661, -0.0070366124, 0.016309332, -0.0054611517, 0.07001931, -0.027046647, -0.045871366, 0.074525505, 0.044885844) * inp_1_0_2; + result1 += M4(0.0038440404, 0.3018618, 0.12885766, 0.16752897, 0.0049168784, 0.008830848, 0.25186682, 0.030004857, 0.0025120769, 0.3281529, 0.13829912, 0.24118833, -0.0017494321, -0.16340025, -0.17641474, -0.050659727) * inp_1_1_2; + result1 += M4(-0.0058690743, 0.017535014, 0.026015634, 0.0069791945, 0.009430142, 0.011086416, 0.037033264, 0.058812175, -0.0071097505, 0.056450658, 0.033287015, -0.031129349, 0.018289886, -0.019709148, 0.09328557, 0.03190014) * inp_1_2_2; + result2 += M4(0.06894697, -0.10339465, -0.035631135, 0.022989944, -0.01942999, -0.10801729, 0.0216407, 0.031430345, 0.0035577503, 0.024212655, 0.0071231346, -0.056087773, -0.00088516675, 0.025889328, -0.0022241352, -0.0057471152) * inp_1_0_0; + result2 += M4(0.2759868, -0.027209675, -0.013602369, 0.08910978, -0.14602913, -0.10279265, -0.06586457, -0.26223028, 0.025394203, -0.027354881, -0.06079269, 0.09261669, 0.069493055, -0.0055911513, 0.00068189483, -0.048568405) * inp_1_1_0; + result2 += M4(0.15641908, -0.035849106, 0.23181237, 0.054865167, -0.07924946, -0.04749266, -0.27688533, 0.110440694, 0.30449897, 0.07126261, -0.11757854, -0.0020133695, -0.05560786, 0.055558626, 0.018453365, 0.05488586) * inp_1_2_0; + result2 += M4(0.05669848, -0.00070812786, -0.0056745764, -0.06824219, 0.04319297, -0.06513989, -0.0015118121, -0.081020415, -0.024937613, -0.08211584, 0.008090276, 0.004001641, 0.043160763, -0.008445913, -0.004146166, 0.027650317) * inp_1_0_1; + result2 += M4(0.28002256, -0.08631263, -0.059070054, 0.019348877, 0.24592939, -0.08331847, -0.14509794, 0.22009538, 0.16204305, 0.04204707, -0.039180923, -0.018922726, 0.061964963, -0.05724076, 0.089339934, -0.16005886) * inp_1_1_1; + result2 += M4(0.004549639, -0.09183629, 0.1420763, 0.032508075, 0.10194179, -0.10927332, 0.27485055, -0.018509366, 0.06662383, 0.033839677, 0.08738133, 0.09459715, -0.034808353, 0.0061988346, 0.02458268, 0.012714486) * inp_1_2_1; + result2 += M4(-0.026079418, -0.038056526, 0.002398695, 0.007867446, -0.019024998, -0.087564975, 0.015248439, 0.010014585, -0.013561912, -0.08886625, -0.0134702865, 0.02232676, 0.037407853, 0.053970724, 0.00631281, -0.043232646) * inp_1_0_2; + result2 += M4(-0.0022799855, -0.0369194, 0.016964918, -0.008896998, 0.0009860508, -0.043279737, -0.0263229, 0.003257031, 0.012866944, -0.047402006, 0.0036670251, -0.017854307, 0.0634053, 0.027829783, -0.0018171946, 0.08086287) * inp_1_1_2; + result2 += M4(-0.013369, -0.101083554, -0.07694392, -0.020025238, 0.017319538, 0.023366045, -0.01640813, -0.04008224, -0.03418966, -0.017737657, -0.072516754, -0.07620339, 0.017667681, 0.04104676, -0.11862017, -0.022559365) * inp_1_2_2; + result3 += M4(0.045322407, -0.02171791, -0.061052725, -0.012117548, -0.015696114, -0.07482115, 0.04300487, -0.032141753, 0.0804886, -0.4146384, 0.29769376, -0.05980045, -0.026526874, 0.19134584, -0.1898744, 0.0952924) * inp_1_0_0; + result3 += M4(-0.113841474, -0.19846705, -0.082990475, -0.013619692, 0.18104905, -0.079608805, -0.041662235, 0.0829167, -0.18034573, 0.8529516, -0.46155354, 0.3802709, 0.041667365, -0.11552713, 0.217227, 0.049550664) * inp_1_1_0; + result3 += M4(-0.0020833479, 0.102125585, 0.008216506, 0.010471269, -0.06279899, 0.077044636, -0.097625405, -0.0039822925, -0.050997138, 0.7753718, 0.38631454, 0.05260894, -0.042959493, 0.009713864, 0.06273459, 0.0045036124) * inp_1_2_0; + result3 += M4(0.0746249, -0.027850332, -0.000757232, -0.11083669, 0.053586207, -0.05182651, 0.08614704, 0.15321635, -0.076562144, -0.17570184, 0.11280837, -0.116007045, -0.040575534, 0.065053694, -0.06028298, -0.13140927) * inp_1_0_1; + result3 += M4(-0.07656796, -0.08148092, -0.16069895, 0.04187618, -0.14711398, -0.24460338, -0.17429228, -0.16669545, 0.13918693, 0.20594399, 0.09800724, 0.18768425, -0.086857975, 0.062444944, 0.16921277, -0.13279808) * inp_1_1_1; + result3 += M4(-0.074363284, -0.19581212, 0.0012813862, -0.0075201634, 0.0020850392, 0.028007274, 0.023813803, -0.030834958, 0.07274119, 0.28911227, 0.095511995, 0.016141748, 0.109687485, 0.12591973, -0.20956549, 0.010454399) * inp_1_2_1; + result3 += M4(-0.03802425, -0.057888344, 0.06638698, 0.021309895, -0.040915377, -0.17378275, 0.049781483, -0.0038457427, -0.01987416, -0.075760044, 0.029176561, 0.053127218, 0.05793729, 0.001864354, 0.011282336, -0.11085149) * inp_1_0_2; + result3 += M4(0.009166591, 0.020393299, -0.013589619, -0.0043293405, 0.022690987, 0.1941181, -0.01498279, 0.018238517, 0.016372807, 0.08158214, -0.038956385, 0.090630956, 0.0064879647, 0.0019467361, 0.061438218, 0.12570952) * inp_1_1_2; + result3 += M4(-0.036306724, -0.022533497, 0.02743402, 0.009214226, -0.012935099, -0.08962785, 0.029733934, -0.0031940192, -0.016709115, 0.05964771, 0.063720234, 0.022471542, 0.012363867, 0.20758559, 0.011010401, 0.037424065) * inp_1_2_2; + const V4 inp_2_0_0 = inp[2][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_2_1_0 = inp[2][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_2_2_0 = inp[2][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_2_0_1 = inp[2][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_2_1_1 = inp[2][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_2_2_1 = inp[2][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_2_0_2 = inp[2][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_2_1_2 = inp[2][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_2_2_2 = inp[2][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.013779818, 0.21916316, -0.01749961, -0.031653825, 0.019197604, -0.6749215, 0.025190348, 0.009256963, 0.037712105, -0.0427757, -0.0043518688, -0.014002386, 0.0035128384, -0.25496736, 0.005694031, -0.0139859775) * inp_2_0_0; + result0 += M4(0.058478884, -0.035180025, 0.16013937, -0.15942277, -0.03816243, 0.05733203, -0.06691323, -0.016521277, 0.0045641474, -0.083760835, 0.026783314, -0.031845126, 0.028373491, -0.047164347, 0.08748592, -0.18181978) * inp_2_1_0; + result0 += M4(-0.029648367, -0.0064177266, -0.007985839, -0.0039937594, 0.049200006, 0.04194013, -0.012315959, -0.058244944, -0.00062385213, 0.03707708, 0.045191098, -0.033270165, -0.029975431, -0.008462107, -0.043282945, -0.019695746) * inp_2_2_0; + result0 += M4(0.03685474, 0.21790871, 0.016414702, -0.0036660742, -0.02711461, -0.5112229, -0.0076950877, -0.027526189, -0.07460244, 0.1775834, 0.096185096, -0.09191064, 0.06321831, -0.06237055, -0.09763056, 0.07062399) * inp_2_0_1; + result0 += M4(-0.08479572, -0.14922842, -0.1637572, 0.30417043, -0.035105832, -0.24034815, -0.04410996, -0.046823483, 0.0038008555, -0.08467451, 0.31348646, -0.41025126, 0.12546113, 0.18967205, 0.04131372, 0.04792723) * inp_2_1_1; + result0 += M4(0.06739356, 0.013132563, 0.0705947, -0.09722243, -0.07827824, -0.034469802, -0.011826323, -0.055389136, -0.009527839, 0.025252374, 0.24526902, -0.20351002, 0.03863696, -0.0358095, -0.08841542, 0.08530016) * inp_2_2_1; + result0 += M4(0.0024189504, 0.18470794, 0.02421729, -0.026005035, 0.0714845, -0.38582283, -4.2597487e-05, -0.008914323, 0.10920884, 0.29031822, 0.0063368627, -0.009375747, -0.014497603, 0.1282962, -0.022127206, -0.013304615) * inp_2_0_2; + result0 += M4(-0.030173173, -0.103350885, 0.049853764, -0.067631066, -0.28206545, 0.11199615, -0.030596651, 0.020736802, -0.23197545, -0.08767077, 0.08164665, -0.09930701, 0.39759257, 0.01888446, 0.087139525, -0.11122967) * inp_2_1_2; + result0 += M4(0.044511873, 0.031926055, 0.013973623, -0.026140142, -0.16958922, 0.03009211, -0.018803382, 0.017162027, 0.037430823, 0.026251895, 0.001828609, 0.0070498935, 0.032491688, -0.06525586, -0.042710643, 0.009969354) * inp_2_2_2; + result1 += M4(-0.028666057, 0.102332056, 0.029340958, 0.097780496, -0.050370127, 0.024993198, -0.014046047, 0.06757201, 0.0028525956, 0.009097466, 0.0012397132, 0.020048415, 0.034758266, 0.001306835, 0.021822734, 0.040313948) * inp_2_0_0; + result1 += M4(0.12116667, 0.042435147, -0.011453865, 0.28418344, -0.054431155, -0.041074473, -0.021197021, -0.46425793, 0.024403436, 0.10476772, 0.00850296, 0.17764671, 0.19450468, 0.04881686, -0.017300593, 0.15328363) * inp_2_1_0; + result1 += M4(-0.014537472, -0.04785431, 0.0057213237, 0.08120087, 0.0027244955, 0.036710683, 0.0018011717, -0.11301808, -0.06367366, -0.014481189, -0.009738734, -0.01731468, 0.0046592485, 0.015897358, -0.0037436956, 0.0090299705) * inp_2_2_0; + result1 += M4(-0.0897561, -0.077474676, -0.040233955, 0.11166737, 0.012042107, -0.13035285, 0.0069526, -0.029161317, 0.04087425, -0.05005156, -0.02397979, -0.049189534, 0.08019726, 0.0033636147, -0.0046941456, -0.04718199) * inp_2_0_1; + result1 += M4(-0.019481955, -0.11552646, -0.15306385, 0.11965796, -0.06444712, -0.60503227, -0.03709784, -0.84860533, 0.101685636, 0.041876853, -0.018051691, -0.09969215, -0.117303394, -0.17066102, -0.19214894, -0.06141623) * inp_2_1_1; + result1 += M4(-0.08162457, 0.016572323, 0.009119889, 0.055340182, -0.013891592, -0.30231586, -0.021164672, -0.49435094, -0.051145483, 0.14773344, 0.07521264, 0.06259801, 0.03906362, -0.13338828, -0.030600214, -0.098313935) * inp_2_2_1; + result1 += M4(-0.0056195445, 0.28928724, 0.1379861, 0.0032541384, -0.0068257446, 0.011568706, -0.01583596, -0.026307525, -0.015456645, 0.016127326, -0.025889514, 0.050082583, -0.0007289241, -0.010907576, -0.12133015, 0.01162384) * inp_2_0_2; + result1 += M4(0.028638389, 0.23542702, 0.121689275, -0.23637827, -0.016180132, -0.67607766, -0.08673431, -0.10939401, -0.010357574, -0.08129334, -0.09344, 0.016316568, 0.025065977, 0.3341326, 0.22300017, 0.09743363) * inp_2_1_2; + result1 += M4(-0.015541606, 0.031042485, 0.051960707, -0.10814859, -0.0031766663, -0.13280825, -0.022083284, -0.06239775, -0.0022412688, -0.11887442, 0.047357682, -0.16150878, 0.010135667, 0.10523319, -0.025714098, 0.03423172) * inp_2_2_2; + result2 += M4(-0.022993447, -0.10126082, -0.008862645, 0.009558404, -0.054707915, -0.111216895, -0.012196099, 0.07278377, 0.0041023744, -0.019806284, -0.002214899, 0.030154316, 0.07870343, -0.013954103, 0.013901531, -0.0071220016) * inp_2_0_0; + result2 += M4(0.05095645, -0.042629406, -0.082931906, 0.09913234, -0.041729834, -0.081676796, 0.0075822813, -0.3088201, 0.028836848, -0.082174934, 0.032421783, -0.0060300524, 0.14015388, -0.06350905, 0.13277183, 0.051554084) * inp_2_1_0; + result2 += M4(-0.021707237, -0.032912396, 0.21629085, 0.014243769, -0.028248513, -0.085443296, -0.3280954, -0.13558732, -0.042475957, -0.04921339, 0.0012851176, 0.032892134, 0.051295515, 0.06387788, 0.021846004, -0.13766341) * inp_2_2_0; + result2 += M4(0.023979997, -0.053251967, -0.0006032927, 0.090948775, -0.03888054, -0.102491334, 0.01808955, -0.040047757, -0.021477126, -0.07267349, -0.012966651, 0.030831197, 0.10165511, -0.06750721, -0.017767964, -0.09202411) * inp_2_0_1; + result2 += M4(-0.046669472, -0.013510663, 0.059922248, 0.23835911, -0.07820152, 0.06794421, 0.035604022, -0.1144176, 0.07068062, -0.04091932, 0.05944978, 0.11380249, 0.09088974, -0.1002041, -0.088322915, -0.030037394) * inp_2_1_1; + result2 += M4(-0.051205207, 0.05612446, 0.07506183, -0.09648897, -0.024628337, -0.016302107, -0.91603076, -0.29067314, -0.04936889, -0.08389894, -0.32963422, -0.07402971, 0.074949786, -0.057981458, 0.5925726, 0.038325448) * inp_2_2_1; + result2 += M4(-0.045664266, -0.054451637, -0.010032334, 0.034178797, 0.029870953, -0.11087751, -0.008587346, 0.005013674, 0.010290779, -0.10230002, -0.016301338, -0.0010879014, -0.061455965, -0.013092095, -0.0126922345, 0.021366991) * inp_2_0_2; + result2 += M4(-0.20278515, -0.11891043, -0.047657784, -0.16653648, 0.0005207907, -0.10197919, -0.012389828, 0.039248805, -0.027018683, 0.016838243, 0.10375171, -0.13223636, 0.060682498, 0.010384079, 0.05070221, -0.07521598) * inp_2_1_2; + result2 += M4(-0.06732721, -0.09149638, -0.01440614, -0.00046416372, -0.024689594, -0.086670674, 0.0056709866, 0.04906158, -0.011234572, -0.00085715187, 0.041561518, -0.011770444, 0.05219869, -0.005724713, 0.07658236, -0.07809252) * inp_2_2_2; + result3 += M4(-0.043154147, 0.1813734, -0.24296522, -0.18964617, -0.00053656293, 0.073823325, 0.07934629, 0.0077484837, -0.033539794, 0.07983527, -0.04132395, 0.0221986, -0.046767786, -0.2046515, 0.093034185, 0.017791785) * inp_2_0_0; + result3 += M4(-0.07986458, 0.24019942, 0.2890016, 0.05044439, 0.053371403, -0.68155944, -0.21055256, -0.19590291, 0.04625938, -0.09285042, 0.005184423, -0.024542352, -0.1242854, 0.16712302, 0.25536102, -0.06046315) * inp_2_1_0; + result3 += M4(0.110498555, 0.07516408, -0.07876151, 0.01883748, -0.114289135, -0.29517758, -0.14721058, 0.022091808, -0.0359855, 0.08394964, -0.019007629, 0.019101847, 0.019339366, -0.11714168, -0.07094147, 0.00451848) * inp_2_2_0; + result3 += M4(-0.012919992, 0.1369222, -0.2732416, -0.17526399, -0.010347271, -0.01868432, -0.015816586, -0.14344539, 0.018896159, 0.19946118, -0.037967134, -0.10760814, 0.032594014, -0.41689512, 0.058743387, 0.19437246) * inp_2_0_1; + result3 += M4(0.11102623, 0.1572921, 0.23168686, -0.069944575, -0.1813538, -0.6271781, -0.24745354, -0.17729184, -0.33937684, -0.0861067, -0.002288483, 0.055063516, -0.041452993, 0.5463022, 0.028170375, 0.11677861) * inp_2_1_1; + result3 += M4(0.08435565, 0.032648746, -0.055590957, 0.0014671348, 0.11301972, -0.3885799, 0.011423688, 0.02565552, 0.18209329, 0.074671805, -0.041186612, 0.025571901, -0.14688689, -0.27317134, -0.03077098, 0.0117346905) * inp_2_2_1; + result3 += M4(0.04817234, 0.26817775, -0.10161488, 0.040350743, 0.010257333, 0.031333394, 0.002950192, 0.0534698, -0.012836827, 0.11579518, -0.08975087, -0.032125667, -0.15702203, -0.15051942, -0.015707918, -0.03141244) * inp_2_0_2; + result3 += M4(0.09410685, -0.013702716, 0.17390637, -0.030210355, 0.0147846555, -0.06855739, 0.04796251, 0.009910011, 0.1618562, 0.050896388, -0.0011444244, -0.059056938, 0.08476411, 0.20332877, -0.012074825, -0.0039784717) * inp_2_1_2; + result3 += M4(-0.033710867, 0.13790971, -0.029413365, 0.041634776, -0.030713236, 0.035875082, 0.028113496, 0.0027906392, -0.03885695, 0.12731767, 0.012205976, 0.0035707527, -0.01529997, -0.15364954, 0.04945567, -0.023066707) * inp_2_2_2; + const V4 inp_3_0_0 = inp[3][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_3_1_0 = inp[3][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_3_2_0 = inp[3][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_3_0_1 = inp[3][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_3_1_1 = inp[3][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_3_2_1 = inp[3][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_3_0_2 = inp[3][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_3_1_2 = inp[3][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_3_2_2 = inp[3][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.038062073, 0.2141279, 0.06481006, -0.12940322, -0.0027764095, 0.08240676, -0.008070355, -0.011360152, -0.018044285, -0.22364011, -0.016826315, 0.04532728, -0.021932011, 0.17901145, -0.04023682, 0.00414411) * inp_3_0_0; + result0 += M4(0.024813054, 0.053320397, -0.068416364, 0.085439764, 0.019156259, 0.09772809, 0.013872583, 0.003128646, -0.0377687, 0.06855879, -0.023625996, -0.013501507, -0.037352577, -0.12048335, -0.06935224, 0.079339765) * inp_3_1_0; + result0 += M4(-0.0008948348, -0.05550685, 0.007604002, -0.0158738, 0.00076379447, 0.020687131, 0.015978998, 0.02077568, 0.017053058, -0.004057524, -0.12129772, 0.058062665, 0.053945795, 0.1649665, -0.030655291, 0.05742684) * inp_3_2_0; + result0 += M4(0.103066035, -0.7300315, 0.085574366, -0.038748726, -0.052253325, -0.27357453, -0.035952266, 0.055022333, 0.024551407, -0.25668055, 0.0007889168, -0.0007591933, -0.0949221, 0.072160475, 0.016339399, -0.09055286) * inp_3_0_1; + result0 += M4(0.07770222, 0.1035488, 0.11635461, -0.19613256, -0.17844269, -0.10049437, -0.032167118, -0.069166064, 0.22103043, 0.06767758, -0.16874984, 0.17686485, 0.24360006, -0.088182166, 0.06325561, 0.04732989) * inp_3_1_1; + result0 += M4(0.01281408, -0.052539933, -0.036869086, -0.0019218755, 0.033333823, 0.058557454, -0.047289293, 0.0734493, -0.011906149, -0.09344646, -0.1792974, 0.21100967, -0.12567343, 0.08980369, 0.03961268, -0.0020021321) * inp_3_2_1; + result0 += M4(0.23851325, -0.2964688, -0.024860052, 0.0076622204, 0.08764992, 0.050132558, -0.0065116147, -0.0029406226, -0.019137815, -0.11900036, 0.011086529, -0.0067911097, -0.28993663, 0.076079234, -0.011847647, -0.100516155) * inp_3_0_2; + result0 += M4(0.04419162, 0.10790811, 0.050464034, -0.052768122, -0.13191228, 0.01942084, 0.02409991, 0.013205228, -0.215829, 0.010005103, -0.061933685, 0.05324168, -0.4616059, -0.070461564, -0.064849354, 0.11797088) * inp_3_1_2; + result0 += M4(-0.04070436, -0.09416829, -0.04929169, 0.067432515, -0.0864388, 0.01788289, 0.04142661, -0.042931058, 0.03439083, 0.009610911, 0.0030174495, 0.005878064, 0.07801756, 0.08367224, 0.04520196, -0.06358246) * inp_3_2_2; + result1 += M4(0.040575773, 0.009816436, 0.00020496556, -0.027174527, 0.0061966665, -0.010212162, -0.007030445, -0.09197709, -0.014679208, -0.11147172, -0.0038630906, -0.059626117, -0.064454876, -0.18848884, -0.026746308, -0.2612213) * inp_3_0_0; + result1 += M4(0.025270196, -0.008648287, -0.006241156, 0.11304264, 0.002291121, -0.17409967, -0.0030635125, -0.15197915, 0.31160298, -0.18276493, -0.007551214, -0.29215118, 0.032651596, -0.09381023, -0.033310868, -0.30864105) * inp_3_1_0; + result1 += M4(0.029827468, -0.07212181, -0.0059149708, -0.02832478, -0.0036889983, 0.11503275, -0.0133342985, 0.35067505, 0.069052294, 0.021306505, -0.006124511, -0.052335735, -0.051988155, -0.010415701, 0.0292754, -0.16619146) * inp_3_2_0; + result1 += M4(-0.017186752, -0.024710158, -0.054002713, 0.09658648, 0.021105714, 0.09553063, 0.005458199, 0.1535918, -0.052033518, 0.05249869, 0.023075325, 0.0017748644, -0.007927314, 0.21851934, 0.076110005, 0.1549553) * inp_3_0_1; + result1 += M4(-0.24649884, 0.2037065, 0.0050564874, -0.0838121, -0.053290866, 0.24137548, 0.03268435, -0.19582611, 0.2728014, 0.11516617, -0.2776526, 0.29564765, 0.056608714, 0.066695906, 0.039385546, 0.3590516) * inp_3_1_1; + result1 += M4(0.021940233, 0.09766358, -0.0024492894, 0.056543294, -0.042301793, -0.18701898, -0.04649817, -0.39435723, 0.17607027, -0.14804529, -0.13436085, -0.038023666, 0.017116247, 0.12693964, 0.040699497, 0.32045344) * inp_3_2_1; + result1 += M4(0.030560251, 0.033483144, 0.06478091, -0.08260862, -0.0003347912, -0.28518027, -0.014617922, -0.10500096, -0.0015620848, -0.038950246, 0.028218228, -0.03802862, -0.01546767, -0.9264438, -0.008355967, -0.5635481) * inp_3_0_2; + result1 += M4(-0.03922487, -0.115100004, 0.18206236, 0.031616636, 0.010903155, -0.21015875, -0.06844489, 0.08924375, 0.0004909406, -0.19463973, -0.25094545, -0.17086059, 0.022693226, -0.2251329, -0.014191069, -0.22457352) * inp_3_1_2; + result1 += M4(0.005867922, -0.07154546, -0.041601587, -0.0068623656, -0.001936714, 0.11745422, 0.03150495, -0.093714595, 0.029465571, 0.08250033, -0.1579151, -0.028160485, -0.02360907, 0.0055461796, -0.009449481, -0.07122842) * inp_3_2_2; + result2 += M4(0.014997094, -0.073501885, 0.0132263275, 0.12340946, 0.018715253, -0.03774917, -0.030047366, -0.13164493, -0.019094057, -0.019109681, -0.008549362, -0.020587744, -0.014902967, -0.09828911, -0.023465153, -0.07441592) * inp_3_0_0; + result2 += M4(-0.0036458373, -0.077869564, 0.046160117, 0.0006182458, -0.04060173, 0.041398875, 0.017186413, 0.2170062, 0.15190022, 0.00671332, 0.007910316, -0.03564122, 0.07395223, 0.043946113, -0.023532797, -0.09109481) * inp_3_1_0; + result2 += M4(-0.009333379, -0.07201044, 0.34406257, -0.008108068, 0.017962933, 0.07170349, -0.13883772, -0.097861245, 0.10507732, -0.017253805, 0.22346519, -0.060781628, -0.042994563, -0.034118805, 0.11651774, 0.068822056) * inp_3_2_0; + result2 += M4(0.107567824, -0.014996469, 0.0468502, -0.03507376, -0.016626038, -0.11044043, 0.012853235, 0.022993937, -0.03965704, -0.013101877, -0.005181674, 0.0720093, -0.04458476, -0.044698216, -0.056906916, -0.15644144) * inp_3_0_1; + result2 += M4(-0.24450101, -0.05021081, 0.28329143, 0.052905396, 0.03132615, 0.024134472, 0.025940863, -0.31099752, -0.15341069, 0.053456385, 0.11059655, -0.22808413, -0.03157951, 0.02424628, 0.17435497, -0.13484989) * inp_3_1_1; + result2 += M4(0.038007554, -0.07408078, -0.31231526, -0.046669047, -0.075324856, 0.009619571, -0.30759802, 0.14287001, 0.049111176, 0.04579521, -0.10265535, 0.047160428, 0.014466494, 0.058858827, -0.40376583, -0.01559601) * inp_3_2_1; + result2 += M4(0.029162662, -0.08115085, 0.0015537582, -0.047456466, -0.025844254, 0.07617664, -0.014251737, 0.024603898, 0.028121594, 0.019586843, 0.0012635064, -0.021388637, -0.043075148, -0.084901094, 0.0054910085, -0.17058848) * inp_3_0_2; + result2 += M4(0.15652397, -0.023679573, 0.10785547, -0.023840956, -0.03806573, -0.041285273, 0.025743026, 0.1401332, -0.11558319, 0.019962313, -0.035437133, 0.12046317, 0.0058546956, 0.021801556, 0.08483396, 0.16000974) * inp_3_1_2; + result2 += M4(-0.01603148, 0.0026883425, 0.10843955, 0.04351186, -0.036719613, -0.109948635, -0.061967216, -0.14250335, -0.05838408, 0.0007986963, -0.14958149, 0.03388766, 0.04054899, 0.081719644, 0.05053678, -0.03529535) * inp_3_2_2; + result3 += M4(-0.085353546, 0.08461731, -0.13915083, -0.036257822, -0.008904922, -0.09930966, 0.13293777, 0.03638514, 0.03201791, 0.1338242, -0.09031037, -0.03228892, 0.034745544, -0.18244584, -0.20624673, -0.08474406) * inp_3_0_0; + result3 += M4(0.07409441, -0.053643093, -0.07329052, -0.029934444, 0.047175847, 0.043111406, -0.20345508, 0.07938889, -0.016340598, -0.38565966, 0.21107996, -0.04949173, 0.11025018, 0.2827765, 0.27820566, 0.03526538) * inp_3_1_0; + result3 += M4(0.030461181, -0.07242497, 0.046613485, 0.01554022, -0.021772174, -0.10526904, 0.121392906, -0.01915928, -0.06995953, -0.08755693, -0.1146613, -0.056353655, -0.030497294, 0.38102558, -0.14643161, 0.013574363) * inp_3_2_0; + result3 += M4(0.02252646, 0.19843449, 0.01796448, -0.114927374, 0.009417218, -0.14562178, 0.009520882, -0.24945049, -0.03411223, 0.019948045, -0.059774544, -0.16049027, -0.160916, 0.2315701, -0.33952394, -0.16819766) * inp_3_0_1; + result3 += M4(-0.120750055, -0.101981714, -0.6174327, 0.04210056, -0.12963599, -0.26512286, -0.15236779, 0.23088011, 0.17519988, -0.18581973, 0.2061288, 0.1486004, 0.15724893, -0.035897397, 0.27736568, 0.06209648) * inp_3_1_1; + result3 += M4(-0.043066334, -0.2650026, 0.13015231, -0.021486249, -0.021243062, 0.12762718, -0.16992107, -0.017701978, -0.1198713, -0.14685233, 0.08095718, 0.016187131, 0.027274022, 0.17814746, -0.1705369, 0.037348423) * inp_3_2_1; + result3 += M4(-0.020911487, 0.012172589, 0.030367784, -0.19994633, 0.004376709, 0.09316046, -0.05491899, -0.12120255, 0.048024613, 0.055273246, -0.004435442, -0.00016166511, -0.22648303, -0.30258325, -0.01430347, -0.21556045) * inp_3_0_2; + result3 += M4(0.07303654, 0.16753973, -0.03591846, -0.018747568, 0.025375472, -0.26433265, 0.12862511, 0.02518775, -0.14287944, -0.17940018, -0.02466985, 0.11916799, -0.242104, -0.108683094, 0.055211473, -0.13809764) * inp_3_1_2; + result3 += M4(-0.026391529, -0.11112396, 0.030737549, -0.011259499, 0.023542786, -0.0055174553, -0.049245745, 0.027468752, 0.057162017, -0.12012449, -0.03709937, -0.0076213237, 0.0522986, 0.131559, 0.044747207, -0.006477326) * inp_3_2_2; + const ivec2 output_base = ivec2(gl_GlobalInvocationID) * ivec2(2, 2); + imageStore(out_image, output_base + ivec2(0, 0), max(result0, V4(0.0))); + imageStore(out_image, output_base + ivec2(1, 0), max(result1, V4(0.0))); + imageStore(out_image, output_base + ivec2(0, 1), max(result2, V4(0.0))); + imageStore(out_image, output_base + ivec2(1, 1), max(result3, V4(0.0))); +} + +//!DESC ArtCNN C4F16 DS (Conv2D-5) +//!COMPUTE 24 32 12 16 +//!HOOK LUMA +//!BIND conv2d_4 +//!SAVE conv2d_5 +//!WIDTH LUMA.w 2.0 * +//!HEIGHT LUMA.h 2.0 * +//!COMPONENTS 4 +//!WHEN OUTPUT.w LUMA.w / 1.3 > OUTPUT.h LUMA.h / 1.3 > * +#extension GL_EXT_shader_explicit_arithmetic_types_float16 : enable +#ifdef GL_EXT_shader_explicit_arithmetic_types_float16 +# define V4 f16vec4 +# define M4 f16mat4 +# define F float16_t +#else +# define V4 vec4 +# define M4 mat4 +# define F float +#endif + +const ivec2 ksize = ivec2(3, 3); +const ivec2 offset = ksize / 2; +const ivec2 wg_size = ivec2(gl_WorkGroupSize); +const ivec2 isize = wg_size + ksize - 1; +shared V4 inp[4][isize.y][isize.x]; +void hook() { + const uvec2 local_xy = gl_LocalInvocationID.xy; + ivec2 base = ivec2(gl_WorkGroupID) * wg_size; + for (uint y = local_xy.y; y < isize.y; y += wg_size.y) { + for (uint x = local_xy.x; x < isize.x; x += wg_size.x) { + const ivec2 input_base = (base + ivec2(x,y) - offset) * ivec2(2, 2); + inp[0][y][x] = V4(conv2d_4_mul * texelFetch(conv2d_4_raw, input_base + ivec2(0, 0), 0)); + inp[1][y][x] = V4(conv2d_4_mul * texelFetch(conv2d_4_raw, input_base + ivec2(1, 0), 0)); + inp[2][y][x] = V4(conv2d_4_mul * texelFetch(conv2d_4_raw, input_base + ivec2(0, 1), 0)); + inp[3][y][x] = V4(conv2d_4_mul * texelFetch(conv2d_4_raw, input_base + ivec2(1, 1), 0)); + } + } + + barrier(); + V4 result0 = V4(0.016554128, 0.0026448318, 0.013652129, -0.013316665); + V4 result1 = V4(0.0044759065, 0.006209177, -0.013305955, -0.0016899946); + V4 result2 = V4(0.009802427, 0.011932272, 0.0051619564, 0.0023012678); + V4 result3 = V4(-0.0024697422, 0.007943644, 0.033936143, -0.01641893); + const V4 inp_0_0_0 = inp[0][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_0_1_0 = inp[0][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_0_2_0 = inp[0][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_0_0_1 = inp[0][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_0_1_1 = inp[0][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_0_2_1 = inp[0][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_0_0_2 = inp[0][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_0_1_2 = inp[0][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_0_2_2 = inp[0][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.08474402, -0.22917373, -0.14206196, -0.010539577, -0.046236325, 0.0013173359, 0.060659897, -0.055962656, 0.08355562, 0.013202813, -0.12521583, 0.08384832, -0.18861641, -0.047398612, 0.15795282, -0.09313713) * inp_0_0_0; + result0 += M4(-0.461722, -0.94063747, -0.22885977, -0.35344717, 0.072716385, 0.059156727, 0.015389428, -0.030055461, -0.038264215, -0.033173826, 0.033325374, -0.025504412, -0.026117543, 0.051860537, 0.028839415, 0.04346096) * inp_0_1_0; + result0 += M4(0.5087371, -0.34765637, -0.6182863, -0.3837225, 0.15503408, 0.10887861, 0.10084102, -0.20092858, -0.06793961, -0.07963712, -0.0017726015, 0.00066041463, 0.001742279, 0.047694772, -0.02344845, 0.02737981) * inp_0_2_0; + result0 += M4(-0.009285821, 0.11000235, -0.031392742, 0.11225282, 0.05141218, 0.12055548, 0.082777604, -0.020320954, -0.06680321, -0.049921807, -0.04921422, -0.03562363, 0.06059489, 0.017469844, -0.09669497, -0.0026134958) * inp_0_0_1; + result0 += M4(0.14124833, 0.19630684, 0.1194282, 0.26702908, 0.18400134, 0.10256528, 0.4572562, 0.15124409, 0.3166469, -0.6715967, 0.014648809, -0.102525435, -0.5180954, 0.66877353, -0.019614657, -0.002470084) * inp_0_1_1; + result0 += M4(0.18672962, -0.017508673, -0.16939771, 0.047094487, -0.060122382, 0.29416057, -0.11709289, 0.025598915, -0.14421585, -0.11846913, 0.03920522, 0.10352751, 0.18691705, 0.1590042, 0.02073003, -0.11663061) * inp_0_2_1; + result0 += M4(0.0056254803, 0.0057388344, 0.0374958, -0.004648934, -0.043297503, 0.0689816, 0.027923174, -0.03876041, -0.06407546, -0.025186531, 0.16828129, 0.0034699684, 0.031381328, 0.023971673, -0.20254338, -0.02430013) * inp_0_0_2; + result0 += M4(0.15775095, -0.15862629, 0.23583956, 0.049442884, 0.15699472, 0.13332577, -0.2572897, -0.040875558, -0.0002704255, 0.02988306, -0.006920376, 0.03397873, -0.28567457, 0.042112727, -0.3724105, -0.023333224) * inp_0_1_2; + result0 += M4(-0.014858677, 0.032062486, -0.076343395, -0.00083215634, -0.10055656, 0.09093586, 0.17731445, -0.057983246, 0.12641528, 0.04933168, -0.023279864, 0.028127778, -0.26475126, 0.0478974, -0.015684502, -0.039201133) * inp_0_2_2; + result1 += M4(0.392307, 0.03353582, 0.07128573, 0.3369635, -0.051541477, -0.04448266, 0.04055149, -0.021615157, 0.048823766, 0.090479605, -0.0072554573, 0.09644649, -0.053131856, -0.1262546, 0.105549574, -0.06123314) * inp_0_0_0; + result1 += M4(-0.15502161, -0.46141383, -0.09890623, 1.527269, -0.28750673, -0.008933071, -0.15267625, -0.01864867, 0.074853286, -0.028399043, -0.11274298, 0.007967588, 0.031121511, 0.077898726, 0.049051795, 0.053952634) * inp_0_1_0; + result1 += M4(-0.83457303, -0.31433025, 0.7315325, 0.4259749, -0.19004081, -0.067098886, -0.45684782, -0.0074499478, 0.02546783, -0.028332973, -0.045866985, -0.005292344, -0.017153805, 0.010074401, 0.016775275, 0.041146822) * inp_0_2_0; + result1 += M4(0.09953403, -0.0014643228, 0.10400452, 0.0056565623, -0.18444373, 0.04270818, -0.011462894, -0.0616828, 0.03475264, -0.065023266, 0.11439611, -0.0103913285, -0.093443975, -0.04991801, -0.17465092, 0.060669404) * inp_0_0_1; + result1 += M4(0.205716, -0.007968987, -0.21627533, -0.040425707, -0.09754452, 0.018082334, -0.00956709, 0.0848001, 0.43502063, 0.15083931, -0.052782185, -0.07282074, -0.3702116, -0.16925444, 0.0008385632, 0.088931836) * inp_0_1_1; + result1 += M4(0.09588992, -0.20940185, 0.10019888, 0.08854741, -0.40017736, -0.10545165, 0.14159274, -0.13410604, -0.01952819, -0.10284345, -0.22501552, 0.039318863, -0.010106364, 0.1133827, 0.22189315, 0.088626176) * inp_0_2_1; + result1 += M4(0.009421535, 0.02838454, 0.029579297, 0.014318628, -0.10293239, -0.018695444, 0.07494177, -0.1269828, 0.013530136, 0.067722216, 0.12684286, -0.022022089, 0.05124597, -0.13029617, -0.14270568, -0.061728578) * inp_0_0_2; + result1 += M4(-0.050228037, 0.06668443, 0.14026366, 0.26039708, -0.13540196, -0.13174525, -0.24864364, -0.22513062, 0.02472696, -0.14155997, -0.08290799, -0.020995213, 0.007919788, -0.03275966, 0.023754396, -0.28459167) * inp_0_1_2; + result1 += M4(0.023433143, -0.012505106, -0.039584465, -0.079250574, -0.06416037, -0.038407087, 0.11237008, -0.1196359, -0.026753819, -0.028015738, 0.0019825825, -0.07621049, 0.095602036, -0.0055057956, -0.12222531, -0.142331) * inp_0_2_2; + result2 += M4(0.21173902, -0.13234012, -0.4541014, 0.061877493, 0.0068946453, 0.022941818, -0.056972146, 0.01937574, 0.011626747, -0.020704554, 0.014839189, 0.020399058, 0.064279646, 0.008993624, -0.119472414, 0.011998723) * inp_0_0_0; + result2 += M4(-0.58199537, 0.36287612, -1.4199176, -0.39885208, -0.22821763, -0.007374069, 0.086480334, -0.016935853, 0.019518664, -0.015480163, -0.08576964, -0.024676455, -0.010108951, 0.037544332, 0.14300823, 0.06268861) * inp_0_1_0; + result2 += M4(-0.50271744, 0.025554385, -0.5727786, -0.17825632, -0.37914005, 0.051398177, 0.15490708, 0.046360016, 0.10120417, 0.02269559, -0.009419459, -0.03541369, -0.07406952, 0.002039037, -0.0006407997, -0.009875078) * inp_0_2_0; + result2 += M4(0.03687174, -0.01882471, 0.03676522, 0.021757437, -0.079064965, -0.037517067, 0.0642965, 0.014232467, 0.08768756, 0.018420901, -0.020334335, -0.0012831561, -0.114168204, -0.01205998, -0.11075036, 0.029242856) * inp_0_0_1; + result2 += M4(-0.047860306, -0.09711567, -0.17504969, -0.15081553, -0.3049216, -0.12750636, 0.02584121, 0.2795914, 0.4429374, -0.13278486, -0.17154583, -0.021857448, -0.5705778, 0.24980383, -0.042743698, 0.31541702) * inp_0_1_1; + result2 += M4(-0.19484288, -0.038754307, -0.07002575, 0.0040455586, -0.29587415, -0.044193868, -0.23622102, 0.029706014, 0.013432993, 0.083246335, 0.04279412, -0.08268909, -0.08376078, -0.07014374, -0.07676366, 0.18538836) * inp_0_2_1; + result2 += M4(0.010501982, -0.0005035494, 0.0004140859, 0.011096164, -0.039264694, -0.0066616437, 0.00040288252, -0.05843721, 0.047616445, -0.011402459, 0.082378514, 0.1362359, -0.022662984, -0.057075776, -0.071417384, -0.14695801) * inp_0_0_2; + result2 += M4(0.050130617, 0.113135085, 0.058322534, -0.13720304, -0.14341824, -0.051400222, 0.0505717, -0.15685362, 0.045417894, 0.07490942, -0.0060528195, 0.10542394, -0.12937509, -0.13544343, -0.11515363, -0.15704823) * inp_0_1_2; + result2 += M4(0.027637873, -0.02083409, -0.06730315, 0.015425108, -0.18975328, -0.003320729, 0.17947742, -0.04795124, -0.10879897, 0.005358679, -0.039596763, -0.061216958, 0.10180654, -0.03081845, 0.0511258, 0.14519742) * inp_0_2_2; + result3 += M4(0.014618818, 0.47584814, -0.17367727, 0.07147966, 0.034681022, 0.04903415, -0.02405715, -0.056848254, 0.05098864, -0.010156212, -0.04675307, 0.072642356, -0.036260676, -0.046609793, 0.053831514, 0.052008834) * inp_0_0_0; + result3 += M4(-0.20621313, 0.83789265, -0.13280529, -0.06215082, 0.18894519, 0.21933381, -0.09273566, -0.10503467, 0.14807668, -0.032840773, 0.029420458, -0.021397702, -0.29949743, -0.0031396316, -0.0962584, 0.04149515) * inp_0_1_0; + result3 += M4(-0.1368257, 0.52912736, 0.2355702, -0.123453274, -0.121077135, 0.0942226, 0.038726307, -0.17363513, 0.052847683, 0.07187939, -0.025024164, -0.008812916, -0.0051011033, 0.0018807795, -0.007282722, 0.023519143) * inp_0_2_0; + result3 += M4(-0.025657542, -0.002634332, -0.05383891, 0.14213623, -0.017881516, 0.11927832, 0.045409627, -0.05097621, 0.11048047, -0.29666448, 0.0103217615, 0.021556247, -0.06984235, 0.20101684, -0.007980527, 0.09391604) * inp_0_0_1; + result3 += M4(0.15439488, -0.20458573, -0.26687387, -0.054746483, -0.103493385, 0.60655016, -0.005280907, -0.12099173, 0.42942765, 0.13243759, -0.077581435, 0.23282799, -0.452252, -0.14954813, 0.15053895, -0.13070299) * inp_0_1_1; + result3 += M4(-0.1478404, 0.003927139, -0.017289838, 0.14824122, 0.26184613, 0.33273512, -0.0047554015, -0.20846145, 0.11270909, 0.09684709, -0.118098505, 0.20708843, -0.27642372, -0.13249397, 0.17980523, -0.16313562) * inp_0_2_1; + result3 += M4(0.008574112, 0.05413337, 0.01967447, -0.011820304, 0.08030224, 0.09292828, 0.006041947, -0.039917428, 0.15336455, 0.048226394, 0.026484624, 0.010617635, -0.14265074, -0.08177329, -0.074674845, 0.03954346) * inp_0_0_2; + result3 += M4(-0.035967097, -0.051198352, -0.0147744715, -0.006058455, 0.018199014, 0.20261578, 0.02218917, 0.02864353, 0.20123912, -0.20021546, -0.10024832, 0.1425623, -0.01632511, 0.19673872, 0.11388972, -0.09187605) * inp_0_1_2; + result3 += M4(-0.051516704, -0.037184518, -9.7836884e-05, -0.033820845, 0.2095811, 0.2926858, -0.07219224, -0.043460887, 0.055939294, -0.018073456, -0.010785669, 0.07900805, -0.032115173, -0.0025410457, -0.030606363, -0.12241656) * inp_0_2_2; + const V4 inp_1_0_0 = inp[1][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_1_1_0 = inp[1][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_1_2_0 = inp[1][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_1_0_1 = inp[1][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_1_1_1 = inp[1][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_1_2_1 = inp[1][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_1_0_2 = inp[1][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_1_1_2 = inp[1][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_1_2_2 = inp[1][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.0073166075, 0.045552894, -0.007951411, -0.023334121, 0.025722718, 0.064874984, -0.10358456, 0.04715832, 0.017686395, -0.041548744, -0.081770375, 0.039507207, 0.06641115, 0.023399614, -0.06840236, -0.0043447604) * inp_1_0_0; + result0 += M4(0.20941794, 0.09051338, -0.14984657, -0.074408896, -0.18479207, 0.33516723, 0.3928294, 0.14506263, -0.1711134, -0.17116591, 0.13062029, 0.07105616, 0.14903083, 0.049338274, -0.24173051, 0.004623255) * inp_1_1_0; + result0 += M4(0.07846061, 0.10122042, 0.0720976, 0.047867063, 0.14466134, 0.1670706, -0.08569032, -0.065952614, -0.18422887, -0.17921495, -0.14734626, 0.059171673, 0.03520425, -0.07958087, -0.019477837, -0.011459567) * inp_1_2_0; + result0 += M4(0.0014838969, 0.06830755, 0.06123817, 0.021657676, -0.024793208, 0.09558475, -0.031950496, 0.025265368, 0.03680227, -0.038717628, -0.1164916, -0.0011885002, -0.11559365, -0.093189925, -0.08363963, -0.04834404) * inp_1_0_1; + result0 += M4(0.40580162, 0.22511373, 0.0917264, 0.085031815, 0.36542302, 0.070314296, 0.27281147, 0.056904998, 0.3947338, -0.24021517, 0.30139968, -0.07091092, 0.6364601, -0.4326636, -0.09677784, 0.21916817) * inp_1_1_1; + result0 += M4(0.06285387, 0.063603476, 0.01333808, -0.11350428, -0.09640258, -0.01745298, 0.016524717, -0.084454134, -0.044837467, -0.05721756, 0.043622483, 0.046772335, -0.06767603, -0.054249935, 0.05514638, -0.031198056) * inp_1_2_1; + result0 += M4(0.0037593278, 0.058119446, 0.007772395, -0.045545187, -0.02386189, 0.033547785, 0.012052209, -0.014283093, -0.027987773, -0.008577758, 0.026769858, 0.01840433, -0.0116568385, -0.10390512, 0.18343972, -0.05923133) * inp_1_0_2; + result0 += M4(0.15633376, -0.024260672, 0.13842222, 0.09513615, 0.22078265, -0.086084336, 0.11120577, 0.02944383, 0.08267881, 0.040523216, 0.18060447, -0.055403788, -0.049887385, -0.15995465, 0.051882185, 0.027126146) * inp_1_1_2; + result0 += M4(0.08325832, -0.03183006, 0.017627114, 0.0028026348, 0.066393, -0.03619683, 0.08243465, 8.244323e-05, 0.00065900537, -0.042117447, 0.029968508, 0.022710547, 0.032688536, 0.0069056484, -0.10295506, -0.03543248) * inp_1_2_2; + result1 += M4(-0.057469558, 0.0059905495, -0.079491735, -0.03306272, 0.22499478, 0.122497976, -0.19126062, 0.06376063, 0.19904874, 0.107790366, -0.025252093, 0.021401089, -0.012737553, 0.05863985, -0.11861096, 0.05267514) * inp_1_0_0; + result1 += M4(-0.048021965, 0.009858718, 0.14495559, -0.15178134, -0.028742641, -0.1255706, -0.23628315, -0.099888876, 0.2575705, 0.158808, -0.14856035, -0.063091286, -0.063021936, -0.008114058, 0.19375907, -0.10753101) * inp_1_1_0; + result1 += M4(-0.11135972, -0.036761303, -0.0040923324, -0.089887746, -0.08558438, 0.1262421, 0.23975913, -0.08594608, 0.1670396, 0.06534481, 0.10865409, -0.103865735, 0.07964133, 0.008221018, 0.04624729, 0.017136093) * inp_1_2_0; + result1 += M4(-0.13777937, 0.076541856, 0.068616554, 0.054874852, 0.00012002991, 0.059381004, 0.0116826305, -0.06327681, 0.06994238, 0.03399867, -0.075316906, 0.07877732, 0.0399726, -0.0532057, 0.13116238, -0.09443346) * inp_1_0_1; + result1 += M4(-0.3907863, -0.08430246, -0.11643456, 0.2000658, 0.045306966, 0.17947012, -0.18730734, 0.055325676, 0.07598895, 0.40362227, 0.3625906, 0.3149084, -0.14925346, 0.33247408, 0.2575065, -0.30229175) * inp_1_1_1; + result1 += M4(-0.11553566, -0.23831218, -0.09813154, -0.06359181, 0.0940421, 0.07896055, 0.16879584, 0.21001212, 0.04249928, 0.12710789, 0.18103158, 0.119974695, -0.073143214, -0.22413246, -0.21876724, 0.1720369) * inp_1_2_1; + result1 += M4(-0.07137546, -0.03094973, 0.003292551, -0.041568562, -0.031684592, -0.016679576, 0.044499274, -0.052121527, 0.0154636195, 0.023929989, 0.0068467464, 0.0066959793, -0.0034232545, 0.07880061, 0.08291338, 0.064238854) * inp_1_0_2; + result1 += M4(-0.014572152, -0.013946868, -0.019180208, 0.11636705, -0.030346757, 0.12613934, 0.03705543, 0.0452622, -0.023375073, 0.08974235, -0.008709684, -0.044204757, -0.18795705, -0.18832888, 0.1379181, 0.13087544) * inp_1_1_2; + result1 += M4(-0.057705898, -0.031566918, 0.0013814529, 0.09302121, 0.008427629, 0.020180352, 0.05593306, 0.1297789, 0.008376333, -0.005297203, 0.021587873, 0.04491888, -0.0134414965, 0.0054050824, -0.057093758, -0.22655176) * inp_1_2_2; + result2 += M4(-0.080743715, 0.017110262, 0.085858025, -0.049398597, 0.14745821, 0.048592985, 0.12289114, 0.009377926, 0.1671251, -0.11968603, 0.055208463, -0.030808775, -0.052694857, -0.050542895, 0.108538054, -0.03228694) * inp_1_0_0; + result2 += M4(0.115866296, -0.07366202, 0.042411987, 0.08331246, -0.25421214, 0.24341306, 0.010557693, -0.102649584, 0.10870931, -0.12877654, -0.04819396, -0.34243214, 0.11449533, -0.12116078, -0.03230502, -0.02296135) * inp_1_1_0; + result2 += M4(-0.16150624, -0.058298904, 0.069828205, -0.0060394495, -0.05517869, -0.04788711, 0.08831893, -0.047414172, 0.20191658, 0.10358992, -0.0038464211, -0.121002756, 0.031794656, -0.010044565, -0.08703155, 0.015908001) * inp_1_2_0; + result2 += M4(-0.012656746, 0.081062734, 0.093692675, 0.1958319, 0.1272179, -0.012527262, 0.10199331, 0.18368192, 0.043714743, 0.018916927, 0.027921028, -0.11653393, 0.060847517, -0.062236406, -0.019688752, 0.0077735567) * inp_1_0_1; + result2 += M4(0.17710909, -0.07107738, 0.08273162, 0.0046328073, -0.08467732, 0.10024806, 0.047003683, -0.123511486, -0.015360459, 0.102026045, -0.08240464, 0.029658364, 0.4172425, -0.14342386, 0.1480498, -0.18634751) * inp_1_1_1; + result2 += M4(-0.12391618, -0.05871014, 0.040260173, -0.025818344, 0.012931218, -0.04979273, -0.001939683, -0.03158152, 0.056002043, -0.016798038, -0.050334938, 0.03402695, -0.079693966, 0.025994321, 0.020700725, 0.10635983) * inp_1_2_1; + result2 += M4(-0.026964232, -0.022047423, 0.06918982, 0.048541494, -0.038205724, 0.008799015, -0.0026270822, -0.026919778, -0.010267494, 0.013637323, 0.014320703, 0.04809512, 0.026248137, -0.032727137, 0.054396283, 0.028740866) * inp_1_0_2; + result2 += M4(-0.029081121, 0.04486759, 0.09537123, -0.04666429, -0.0030022755, 0.01980827, 0.11681267, 0.10332237, -0.05755216, -0.023530334, 0.10857501, -0.014354214, 0.021850962, 0.10997835, 0.096964404, -0.21275812) * inp_1_1_2; + result2 += M4(-0.021180212, 0.018354837, -0.014735963, -0.06836179, 0.032596614, 0.0017078082, -0.007971494, -0.026358705, 0.047004454, 0.0073685586, 0.05836899, -0.0055675255, 0.004838257, 0.0485349, -0.048474196, -0.04883732) * inp_1_2_2; + result3 += M4(0.03244459, -0.034479953, -0.0064135827, -0.08737613, -0.089818925, 0.04632484, -0.10045086, 0.008881872, -0.13907796, -0.062879585, -0.012990814, 0.15110466, 0.038008627, 0.04984243, 0.044478714, 0.009779906) * inp_1_0_0; + result3 += M4(0.1842782, -0.008685026, -0.042807627, -0.08820507, -0.50758076, 0.2103546, 0.11072308, 0.06511318, -0.3334045, 0.20163654, -0.029536664, 0.011301137, 0.4022046, -0.04273883, -0.026847176, -0.039757486) * inp_1_1_0; + result3 += M4(0.009022588, -0.023068365, -0.027991936, 0.00427787, -0.32369635, -0.11838789, -0.06324538, -0.16311373, -0.08104427, -0.026818093, -0.101193525, 0.1561913, 0.0131432135, -0.059175897, 0.03514937, 0.025877465) * inp_1_2_0; + result3 += M4(0.20467058, 0.112527, 0.011012977, -0.028550608, -0.08784855, -0.062379327, -0.021806065, -0.011393705, -0.16238952, -0.26693502, 0.06391084, 0.06478358, 0.1172006, -0.24499363, 0.039030664, 0.05566198) * inp_1_0_1; + result3 += M4(0.6883158, -0.3521105, -0.096033536, -0.011642683, -0.68677497, 0.17748499, -0.16916241, 0.038282525, -0.26609233, -0.10134399, 0.25453985, 0.06322925, 0.80599284, -0.20447275, 0.096553475, -0.02597967) * inp_1_1_1; + result3 += M4(0.38438025, 0.14472944, 0.086811066, -0.13257246, 0.028960865, 0.0317766, 0.045688264, -0.23838268, -0.12198645, -0.036164884, -0.041628513, -0.010525341, 0.2980953, 0.18289775, 0.092270166, 0.09970921) * inp_1_2_1; + result3 += M4(0.046299033, -0.0038731368, -0.00625676, -0.009460825, 0.00062204845, 0.047890205, -0.0041801203, -0.028481482, -0.0037050957, 0.039239805, -0.008649513, -0.03477906, 0.12597682, 0.08933818, 0.042497773, -0.06470036) * inp_1_0_2; + result3 += M4(0.14617918, 0.005229593, -0.0501567, 0.069478005, -0.31181592, -0.10519494, -0.029231973, 0.06010956, -0.13888495, 0.12517981, -0.00579049, -0.09823023, 0.6077278, 0.055234488, 0.078748465, 0.022114666) * inp_1_1_2; + result3 += M4(0.05200068, 0.055454627, 0.02337076, 0.011462933, -0.006175603, 0.057744995, 0.012468431, 0.05055063, -0.082297675, 0.006953254, -0.024784455, 0.013913281, -0.041024067, -0.06821284, -0.005379725, 0.025868118) * inp_1_2_2; + const V4 inp_2_0_0 = inp[2][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_2_1_0 = inp[2][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_2_2_0 = inp[2][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_2_0_1 = inp[2][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_2_1_1 = inp[2][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_2_2_1 = inp[2][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_2_0_2 = inp[2][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_2_1_2 = inp[2][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_2_2_2 = inp[2][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.03519386, 0.020771546, -0.06092822, 0.06694439, 0.009966364, 0.08845796, -0.087970845, -0.036957614, -0.22353762, 0.054692257, 0.32780975, 0.0006839374, -0.01862221, 0.11244745, 0.049653698, -0.040946584) * inp_2_0_0; + result0 += M4(-3.3792534e-05, -0.037827175, -0.0021955103, 0.038683914, -0.027731497, -0.008400333, -0.039806634, -0.062449142, -0.16357751, 0.046085265, -0.077466585, 0.17157899, 0.16051912, -0.009569097, -0.15054378, 0.07224473) * inp_2_1_0; + result0 += M4(-0.12121477, 0.00741661, 0.049274296, 0.0367287, -0.046093628, 0.040898, 0.05136005, 0.08081049, 0.012140579, -0.037353013, -0.07112558, -0.034909766, 0.16167422, 0.03786511, -0.015378625, -0.01624157) * inp_2_2_0; + result0 += M4(-0.0663365, -0.06115137, 0.09096096, -0.031260535, -0.025968976, -0.010863611, -0.016588423, 0.012816596, -0.736851, 0.15209731, 0.10394599, -0.672264, 0.15394175, -0.23876093, -0.00424517, -0.08416222) * inp_2_0_1; + result0 += M4(-0.040628262, -0.18910486, 0.24239047, -0.02539226, -0.032604747, -0.0074777473, 0.021508304, 0.010910954, -0.07856097, 0.11829924, -0.09963228, 0.20279798, -0.11184747, 0.20169383, -0.12306833, 0.0010044349) * inp_2_1_1; + result0 += M4(0.06593747, -0.021727772, -0.078049734, -0.027246097, 0.042461947, 0.020668674, -0.07633065, 0.008510407, -0.059274238, 0.0015911838, 0.119982466, 0.009135035, 0.109331414, 0.22766785, 0.09203822, 0.021122389) * inp_2_2_1; + result0 += M4(0.02380947, 0.061284587, -0.05441463, 0.0042443695, 0.0030761897, -0.015208306, 0.078272484, 0.07259532, -0.69980097, 0.053883918, -0.66474944, -0.28192675, -0.0073506925, -0.02169072, -0.0030826845, 0.056019828) * inp_2_0_2; + result0 += M4(-0.09168379, 0.1576644, -0.21850447, -0.02639354, -0.057879586, 0.040835056, 0.04107616, -0.051199373, 0.14163044, -0.041191746, 0.00058892305, 0.18929687, 0.15363866, 0.0118714785, 0.045324255, 0.059029303) * inp_2_1_2; + result0 += M4(-0.05409983, 0.035369724, -0.054201934, -0.029860638, 0.07611687, 0.03037094, -0.017978035, -0.02643063, 0.054626707, -0.053077925, -0.07135389, 0.021989368, 0.27177697, -0.120982274, 0.05465457, -0.0055884663) * inp_2_2_2; + result1 += M4(0.03493821, 0.043080125, 0.0035047126, 0.03849063, 0.06393502, 0.080511086, 0.016567344, -0.04203288, -0.13447708, -0.18894845, -0.019703919, -0.38417652, -0.23795354, -0.05671812, -0.116186336, -0.19162156) * inp_2_0_0; + result1 += M4(0.11228363, 0.03397793, -0.07902017, 0.058452863, -0.06233874, 0.006367689, -0.015540989, -0.04156123, 0.08450284, 0.062186997, 0.11030411, 0.25390634, 0.07090044, -0.031088028, 0.26935562, -0.20305486) * inp_2_1_0; + result1 += M4(0.0050216704, 0.007666345, -0.09408847, -0.027508035, 0.07744078, -0.0858829, -0.027486075, 0.08274661, 0.006676095, -0.013881031, 0.04249068, 0.069553934, -0.041518852, -0.005108007, 0.036308933, 0.0030829133) * inp_2_2_0; + result1 += M4(0.033124767, 0.02691598, 0.12422652, 0.022402922, 0.003461032, 0.0834087, 0.0049670525, -0.08223503, 0.19833384, -0.39163148, -0.0032815367, -1.0814372, 0.12159805, -0.010273577, -0.23912533, 0.37317404) * inp_2_0_1; + result1 += M4(-0.08536951, -0.17612375, 0.05276799, -0.20962986, -0.08263536, -0.052930966, 0.00743057, -0.029009147, 0.10561041, 0.2818868, -0.29869884, -0.27491766, 0.05908428, 0.30368373, -0.26572517, 0.9404553) * inp_2_1_1; + result1 += M4(0.0016916043, 0.028522108, 0.07193734, 0.056363445, -0.046301708, -0.092516795, -0.08134731, 0.077689245, 0.040148728, 0.035003696, -0.07245444, 0.033462606, -0.0028245777, 0.053184345, -0.09853116, -0.10275217) * inp_2_2_1; + result1 += M4(-0.10386956, 0.036102064, -0.04801716, 0.024403296, 0.03979467, -0.010715334, -0.092453316, 0.009072639, -0.14853695, -0.4095759, -0.13726044, -1.181292, 0.12713557, -0.049974903, -0.0067785005, -0.025925767) * inp_2_0_2; + result1 += M4(0.17170316, -0.13200247, -0.10278675, -0.21036159, 0.010567157, -0.06862603, 0.044727184, -0.06545584, 0.062359527, 0.089575015, 0.020037299, 0.030505616, -0.14575754, 0.23602366, -0.0005095541, 0.34895372) * inp_2_1_2; + result1 += M4(0.043262783, 0.0039280364, -0.03025543, -0.03344463, -0.04560934, -0.034239992, 0.004803988, -0.03988103, -0.015801929, -0.03631273, 0.07549837, -0.050647344, -0.19037472, -0.051564816, 0.18334927, 0.317741) * inp_2_2_2; + result2 += M4(0.017939113, 0.033808067, 0.013337525, 0.013338571, -0.026104536, 0.0021523843, 0.063422084, -0.008435395, 0.0014796632, -0.01593725, 0.3626783, 0.053695522, -0.23224196, -0.02838407, 0.19632407, -0.10586231) * inp_2_0_0; + result2 += M4(0.07115929, -0.10127339, -0.08562357, 0.014140073, -0.08980039, -0.05160459, 0.07157348, 0.068261, 0.023636142, 0.06479512, 0.12661268, 0.021240188, 0.06230698, -0.04328473, -0.22837892, -0.001120956) * inp_2_1_0; + result2 += M4(0.035445914, 0.044792846, 0.043199282, -0.058268394, -0.025570352, -0.07725152, 0.06447988, 0.08822611, -0.01431678, -0.0058982414, -0.09265362, 0.008680186, -0.13813685, -0.031577934, -0.07259829, 0.031110931) * inp_2_2_0; + result2 += M4(0.046934675, -0.046772964, -0.079469174, -0.041171886, 0.08315339, -0.030660095, -0.046969607, -0.044603206, 0.1088084, -0.3271513, 0.4827227, -0.00073664036, -0.11883226, -0.04861558, -0.107335076, 0.019172063) * inp_2_0_1; + result2 += M4(-0.06326496, 0.17220448, 0.18118903, -0.07713064, 0.05416083, 0.027322814, 0.09561443, 0.083409004, -0.15603146, -0.080915086, -0.32056457, 0.29618284, 0.6779934, 0.23570892, 0.05733165, -0.0550815) * inp_2_1_1; + result2 += M4(-0.09341537, -0.012737399, -0.11717243, 0.13527763, -0.03188427, 0.081400484, -0.08873576, -0.08301504, 0.059625685, 0.020269057, 0.010163222, 0.01648694, -0.023158077, -0.10110675, -0.03397466, -0.03787835) * inp_2_2_1; + result2 += M4(0.009182551, 0.020346174, 0.022581046, -0.058744755, 0.024768678, -0.057315476, 0.002723283, 0.02727885, -0.10255867, -0.24883124, 0.11087838, 0.20040388, -0.022830166, -0.020115368, -0.038202837, 0.094623245) * inp_2_0_2; + result2 += M4(0.028593393, -0.009744626, -0.15439138, 0.18110561, -0.058348615, 0.08616409, -0.04128328, 0.043372136, -0.19122921, -0.026798584, 0.0474954, -0.2528174, -0.101200946, -0.062434033, 0.03201408, 0.057487406) * inp_2_1_2; + result2 += M4(-0.0013166185, -0.018694969, -0.06734548, 0.06859655, 0.08430593, -0.01940095, 0.041605387, -0.055890627, -0.026176976, 0.011013619, 0.008539067, -0.019987924, -0.05475008, 0.027200852, 0.06283524, -0.2617577) * inp_2_2_2; + result3 += M4(0.013725179, -0.061932757, 0.045672245, 0.050379913, 0.0788672, -0.07998998, -0.016853781, -0.083918825, -0.15966989, 0.019984895, 0.0062870965, 0.28606316, 0.04915436, -0.011288526, 0.014948044, -0.07217862) * inp_2_0_0; + result3 += M4(0.099728964, 0.019777179, -0.05474517, 0.07847718, 0.08612672, -0.0842426, -0.060081817, 0.042335063, -0.08624977, 0.019552974, -0.09990619, 0.13993576, 0.2796346, -0.19697501, -0.035683982, -0.064266436) * inp_2_1_0; + result3 += M4(0.04046714, 0.044116072, -0.02477698, 0.046863623, -0.023625096, -0.05061273, 0.097901285, 0.04918668, 0.05531759, -0.0047716047, 0.03271952, 0.012900423, 0.010711064, -0.06245105, 0.038325533, -0.013503033) * inp_2_2_0; + result3 += M4(-0.016706655, -0.025500009, -0.002248052, -0.033774734, -0.079098985, -0.0051736236, -0.03546944, 0.07374924, -0.808723, -0.54684496, 0.05268168, 0.43765536, -0.08996461, 0.09093547, -0.0009905121, -0.0023711629) * inp_2_0_1; + result3 += M4(-0.14838111, -0.09827265, 0.2247343, -0.07767093, -0.08234698, 0.017499017, 0.048514254, 0.041478686, 0.20503302, -0.06761944, -0.26098138, 0.22514617, 0.19708426, 0.43080166, -0.17789333, -0.005553808) * inp_2_1_1; + result3 += M4(-0.09141383, -0.05565759, 0.052848406, 0.07877255, 0.092179105, 0.024564177, -0.010492621, 0.03952363, -0.011052075, -0.020905806, -0.014796553, -0.010458158, 0.16574955, 0.017756697, -0.112289995, -0.19061698) * inp_2_2_1; + result3 += M4(-0.012942791, -0.09701864, 0.039916683, 0.014046996, 0.02276102, -0.038104624, -0.05454621, -0.017268764, 0.14468248, 0.22772491, -0.13311438, 0.021296846, 0.018167509, 0.07592232, -0.043419812, 0.070708245) * inp_2_0_2; + result3 += M4(0.027744744, -0.04099133, -0.047819644, 0.0120844925, -0.033083685, -0.08534956, -0.07539677, -0.057747744, -0.0737084, -0.09107881, -0.0014842128, 0.4171075, -0.2807641, -0.14693853, 0.020089995, 0.12872282) * inp_2_1_2; + result3 += M4(-0.02645917, -0.036230065, 0.0013453881, -0.053119272, -0.04390945, -0.07620047, -0.061788194, 0.100186884, -0.021604344, 0.018383984, -0.006580493, 0.07360969, 0.06294429, 0.114074826, 0.0922581, 0.10860966) * inp_2_2_2; + const V4 inp_3_0_0 = inp[3][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_3_1_0 = inp[3][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_3_2_0 = inp[3][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_3_0_1 = inp[3][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_3_1_1 = inp[3][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_3_2_1 = inp[3][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_3_0_2 = inp[3][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_3_1_2 = inp[3][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_3_2_2 = inp[3][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.19773234, 0.0040025134, -0.19928102, 0.05982445, 0.10238352, -0.04136469, -0.10717808, 0.11060676, -0.024479374, 0.006888121, -0.049817488, -0.032475132, 0.0005060402, 0.027150108, -0.01389521, 0.03011166) * inp_3_0_0; + result0 += M4(-0.10382486, 0.016261084, 0.10074889, -0.036058605, -0.28665686, -0.22176702, 0.16188395, 0.072151855, 0.16958801, 0.19100334, -0.07586979, -0.008691376, -0.15168019, -0.076181546, 0.10785355, -0.044232473) * inp_3_1_0; + result0 += M4(-0.034232676, 0.12174497, 0.12540244, -0.00615272, -0.104418986, -0.1441321, -0.061950747, -0.039816953, -0.020058908, 0.09946141, 0.06271718, 0.03362542, -0.081220925, -0.07135675, -0.09202891, 0.031732865) * inp_3_2_0; + result0 += M4(-0.019257972, 0.23448941, 0.2296378, -0.013084976, 0.14259407, -0.23327808, 0.18332508, -0.0981734, -0.13848236, 0.21527474, -0.18854348, 0.03302416, -0.11364098, -0.062779635, -0.0003776771, 0.056423634) * inp_3_0_1; + result0 += M4(0.39262342, -0.60916656, 0.11890576, 0.008154147, -0.25903428, -0.6944411, -0.30703035, -0.26949775, 0.33802876, 0.5117939, 0.30353963, 0.22217596, -0.3185454, -0.19438665, -0.38905796, 0.20958135) * inp_3_1_1; + result0 += M4(-0.31000933, -0.095929846, -0.09873588, 0.0526352, -0.13051024, -0.06996045, 0.05097093, 0.12195579, 0.16819753, 0.06406409, -0.037765402, -0.05460069, -0.025167787, -0.6610153, -0.1280548, -0.18461606) * inp_3_2_1; + result0 += M4(-0.07626507, -0.027585149, 0.16430154, -0.068786874, -0.11812134, -0.20239244, 0.20651695, 0.117651924, 0.103023574, 0.06551238, -0.17495835, -0.053802766, 0.02019847, 0.042211883, -0.0792073, 0.04661087) * inp_3_0_2; + result0 += M4(0.18774892, -0.22588675, 0.11697573, -0.02098111, -0.098473765, -0.12450782, -0.2092941, -0.0026268938, 0.19874147, 0.13118155, 0.1781314, -0.00842974, -0.031992726, -0.05670131, 0.20423128, -0.00074609526) * inp_3_1_2; + result0 += M4(-0.06835169, 0.016473854, 0.029923515, -0.008443641, 0.23226224, -0.08359965, 0.1304451, 0.040005654, -0.050561354, 0.048547532, 0.04456618, 0.016158111, 0.062703654, 0.0092108315, -0.10469197, -0.06267775) * inp_3_2_2; + result1 += M4(0.15233582, 0.19007146, -0.041311294, 0.11373788, 0.11148112, 0.04161408, 0.022334483, 0.092816405, 0.028468959, 0.026755488, 0.008363913, 0.06473331, 0.0011780987, -0.019047763, 0.09523404, -0.08244701) * inp_3_0_0; + result1 += M4(-0.0098125795, -0.04201503, -0.1326031, -0.08045925, 0.20360228, 0.026760735, -0.26419288, 0.15499987, 0.056399953, 0.14250176, 0.028358502, -0.033754945, 0.12579347, -0.052264683, 0.2556933, 0.18257244) * inp_3_1_0; + result1 += M4(-0.095059596, 0.021393813, -0.026516682, -0.007583113, 0.048850205, -0.046467386, 0.030013174, 0.10140715, 0.05695302, 0.089559756, 0.021871507, -0.014836824, 0.1737422, 0.13004734, 0.20477152, 0.23618454) * inp_3_2_0; + result1 += M4(0.05689886, 0.1384205, 0.055440158, -0.2634709, 0.40263698, -0.018188346, -0.19718939, -0.021893239, -0.25167263, -0.0302215, 0.1494233, -0.060639318, 0.17440826, -0.005995121, 0.1752686, 0.08358246) * inp_3_0_1; + result1 += M4(-0.11837638, -0.27371556, 0.20988613, -0.92515045, 0.7948933, 0.19478232, 0.08756208, 0.09321127, -0.6920545, -0.11605966, -0.0602716, -0.47996294, 0.5221947, -0.036128834, -0.085451365, -0.52814066) * inp_3_1_1; + result1 += M4(0.09521452, -0.08006706, -0.08897774, -0.21125159, -0.03079481, 0.046952967, -0.026647106, -0.047232367, -0.124124646, 0.033768218, 0.052450426, -0.12203157, 0.47032583, -0.22275928, -0.102736816, 0.026622942) * inp_3_2_1; + result1 += M4(-0.07079185, 0.14451918, 0.17062652, 0.025385572, 0.22244516, 0.034709886, 0.17516658, -0.033176485, -0.19369905, -0.020304324, -0.14346293, 0.16571403, 0.049146105, 0.019382618, -0.058748543, 0.12871866) * inp_3_0_2; + result1 += M4(0.102248736, -0.0337236, 0.0071350574, -0.03248206, 0.06347463, -0.041544788, -0.1049145, 0.010971773, -0.085705966, 0.18427896, 0.17459114, 0.3247006, 0.20611103, 0.119550996, 0.08841569, 0.15119329) * inp_3_1_2; + result1 += M4(0.17931168, 0.16252843, -0.020840246, -0.08419524, -0.12440272, -0.006738672, 0.14970261, 0.157197, 0.039103635, 0.099136084, -0.07311536, 0.09651158, 0.05364095, -0.15176328, -0.13609104, -0.0833755) * inp_3_2_2; + result2 += M4(0.090288036, -0.055971667, 0.1480006, 0.04578793, 0.09695163, -0.03401928, -0.05294258, 0.07264915, 0.034997385, 0.033377692, -0.012243337, 0.006176055, 0.0420061, 0.0017590974, 0.059313867, 0.055868845) * inp_3_0_0; + result2 += M4(0.12215243, 0.049981244, 0.078155525, -0.03721692, 0.00081549905, 0.070513256, 0.023916868, -0.068173625, 0.21320094, -0.0793969, 0.12491556, 0.06683648, 0.12349867, 0.09697064, -0.19347167, 0.16261415) * inp_3_1_0; + result2 += M4(0.0036620256, -0.008251636, 0.16044019, 0.0038811674, 0.17711705, 0.056581743, -0.059190765, 0.00294404, 0.024791382, 0.013117927, 0.1321051, -0.023086015, 0.21306372, -0.060495336, -0.06985338, 0.12514174) * inp_3_2_0; + result2 += M4(0.0312112, -0.11488951, 0.31389415, -0.11953462, -0.068046354, -0.14420296, 0.12760502, -0.09679173, 0.08755888, 0.07094847, -0.095602505, -0.016698444, 0.012757536, 0.045577306, -0.10753733, -0.042271823) * inp_3_0_1; + result2 += M4(-0.49250764, -0.12012084, 0.2342404, -0.6256464, 0.367146, 0.14924204, 0.6591491, 0.048179522, -0.35884148, -0.1678469, -0.3900169, -0.30488762, -0.22384477, 0.004431448, -0.00562058, -0.24071592) * inp_3_1_1; + result2 += M4(0.12204024, 0.074117884, 0.12283045, -0.07810565, 0.13246378, 0.08325109, 0.22934341, -0.2973156, -0.043851215, -0.085699715, -0.25161895, 0.020704068, 0.21119992, 0.04622388, -0.055380527, 0.14471737) * inp_3_2_1; + result2 += M4(-0.074895434, -0.06270641, 0.060614184, 0.13333398, -0.035534456, -0.018466184, -0.10737744, 0.14484845, 0.12699716, 0.07270939, 0.10774756, 4.7753732e-05, 0.14590403, 0.03653374, -0.01690645, 0.05341992) * inp_3_0_2; + result2 += M4(0.165294, 0.12768765, 0.16723107, -0.12056439, 0.12686896, -0.030246196, -0.15657917, 0.07142477, -0.0709559, -0.008950173, -0.036407184, -0.078462794, 0.22401553, 0.11724086, -0.09732008, 0.26752585) * inp_3_1_2; + result2 += M4(0.05091784, -0.0036859773, -0.025390401, 0.22719525, -0.06461589, 0.036899187, 0.099762656, -0.20599271, 0.054967627, -0.008055024, -0.031206395, 0.106771916, 0.056380093, 0.058899213, -0.121471696, -0.055402637) * inp_3_2_2; + result3 += M4(-0.026850104, 0.032930214, -0.07506575, 0.029188028, 0.028521763, 0.099263564, -0.015998442, 0.15630326, 0.006329006, -0.053651378, 0.022603864, -0.027682748, 0.012513269, -0.03688965, 0.009188487, 0.066707715) * inp_3_0_0; + result3 += M4(0.13048565, 0.1046288, 0.059150916, 0.046943232, -0.12111611, -0.058344387, 0.06613853, 0.15171036, -0.026610931, 0.059549157, -0.0065440265, -0.030438675, -0.3000826, -0.10964842, -0.019215975, 0.042909347) * inp_3_1_0; + result3 += M4(-0.14147408, 0.020621499, -0.061839666, -0.0786287, 0.05444145, 0.09064469, 0.051645663, 0.02046913, -0.12140889, -0.06441972, -0.14962567, -0.07454032, -0.21723782, -0.12441716, 0.0063856477, 0.07751481) * inp_3_2_0; + result3 += M4(-0.15052302, 0.12364792, -0.07333968, -0.106281765, -0.26465237, 0.18124165, -0.15878557, -0.0863266, 0.28953597, -0.104721405, 0.010609605, 0.00013846748, 0.023336895, -0.09811715, -0.062712066, 0.15814303) * inp_3_0_1; + result3 += M4(-0.1505338, -0.25127456, -0.010185877, 0.10018608, -0.46148112, 0.7820113, -0.2994022, 0.16474903, 0.393985, -0.53803116, 0.2856222, -0.1782298, 0.10528467, -0.16190316, 0.018561272, 0.008876788) * inp_3_1_1; + result3 += M4(0.16577095, 0.07553432, 0.074692585, 0.05206232, -0.087388374, 0.090719454, -0.25296533, 0.09053648, 0.20446649, 0.0515907, 0.13263685, -0.122028425, -0.04356239, -0.15438107, 0.17627592, 0.03334808) * inp_3_2_1; + result3 += M4(0.038740914, 0.18525128, 0.04935017, -0.058124084, 0.054568756, 0.21678539, -0.08873143, 0.01656806, 0.026606297, -0.4565078, 0.09821042, 0.04551522, -0.059372384, -0.22013853, 0.015601125, 0.093543395) * inp_3_0_2; + result3 += M4(-0.0804898, 0.0008990494, -0.030963572, 0.12500906, -0.104006045, -0.014657448, 0.022204293, 0.12654208, 0.06328144, -0.09054795, 0.096949615, -0.06529515, 0.06216197, -0.20189077, -0.014465873, -0.061704617) * inp_3_1_2; + result3 += M4(-0.16651894, -0.15619473, -0.038332544, 0.05948654, 0.04223932, 0.110509776, 0.015117032, 0.13600627, -0.161015, -0.1257106, -0.037504923, -0.059075683, 0.09092152, -0.022672275, 0.017996153, -0.10931976) * inp_3_2_2; + const ivec2 output_base = ivec2(gl_GlobalInvocationID) * ivec2(2, 2); + imageStore(out_image, output_base + ivec2(0, 0), result0); + imageStore(out_image, output_base + ivec2(1, 0), result1); + imageStore(out_image, output_base + ivec2(0, 1), result2); + imageStore(out_image, output_base + ivec2(1, 1), result3); +} + +//!DESC ArtCNN C4F16 DS (Conv2D-6) +//!COMPUTE 12 16 12 16 +//!HOOK LUMA +//!BIND conv2d +//!BIND conv2d_5 +//!SAVE conv2d_6 +//!WIDTH LUMA.w 1.0 * +//!HEIGHT LUMA.h 1.0 * +//!COMPONENTS 4 +//!WHEN OUTPUT.w LUMA.w / 1.3 > OUTPUT.h LUMA.h / 1.3 > * +#extension GL_EXT_shader_explicit_arithmetic_types_float16 : enable +#ifdef GL_EXT_shader_explicit_arithmetic_types_float16 +# define V4 f16vec4 +# define M4 f16mat4 +# define F float16_t +#else +# define V4 vec4 +# define M4 mat4 +# define F float +#endif + +const ivec2 ksize = ivec2(3, 3); +const ivec2 offset = ksize / 2; +const ivec2 wg_size = ivec2(gl_WorkGroupSize); +const ivec2 isize = wg_size + ksize - 1; +shared V4 inp[4][isize.y][isize.x]; +void hook() { + const uvec2 local_xy = gl_LocalInvocationID.xy; + ivec2 base = ivec2(gl_WorkGroupID) * wg_size; + for (uint y = local_xy.y; y < isize.y; y += wg_size.y) { + for (uint x = local_xy.x; x < isize.x; x += wg_size.x) { + const ivec2 input_base = (base + ivec2(x,y) - offset) * ivec2(2, 2); + inp[0][y][x] = V4(conv2d_5_mul * texelFetch(conv2d_5_raw, input_base + ivec2(0, 0), 0) + conv2d_mul * texelFetch(conv2d_raw, input_base + ivec2(0, 0), 0)); + inp[1][y][x] = V4(conv2d_5_mul * texelFetch(conv2d_5_raw, input_base + ivec2(1, 0), 0) + conv2d_mul * texelFetch(conv2d_raw, input_base + ivec2(1, 0), 0)); + inp[2][y][x] = V4(conv2d_5_mul * texelFetch(conv2d_5_raw, input_base + ivec2(0, 1), 0) + conv2d_mul * texelFetch(conv2d_raw, input_base + ivec2(0, 1), 0)); + inp[3][y][x] = V4(conv2d_5_mul * texelFetch(conv2d_5_raw, input_base + ivec2(1, 1), 0) + conv2d_mul * texelFetch(conv2d_raw, input_base + ivec2(1, 1), 0)); + } + } + + barrier(); + V4 result0 = V4(0.07942048, 0.07821269, 0.082289174, 0.07892917); + const V4 inp_0_0_0 = inp[0][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_0_1_0 = inp[0][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_0_2_0 = inp[0][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_0_0_1 = inp[0][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_0_1_1 = inp[0][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_0_2_1 = inp[0][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_0_0_2 = inp[0][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_0_1_2 = inp[0][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_0_2_2 = inp[0][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.11636982, -0.059329264, -0.032452207, -0.05000699, 0.0027298967, -0.014784354, -0.018898953, -0.026387399, -0.04866522, -0.0034517667, -0.036040183, -0.015461949, 0.15003136, 0.1010024, 0.06595967, 0.08420603) * inp_0_0_0; + result0 += M4(-0.17095192, -0.23162094, -0.0027919277, 0.018584667, 0.0009346624, 0.006145241, -0.06807188, 0.005982439, -0.10259334, -0.23113409, 0.05056581, 0.015863553, 0.021340631, 0.13316575, 0.05575838, 0.008457389) * inp_0_1_0; + result0 += M4(-0.008553572, -0.054848403, -0.01347387, -0.04445713, -0.08472665, -0.08376867, -0.077503465, -0.10499659, -0.056032624, -0.013359254, -0.030728646, 0.043963596, 0.08870928, 0.045146573, 0.05971686, 0.03278427) * inp_0_2_0; + result0 += M4(0.19588293, -0.04648465, 0.027297234, 0.05453258, 0.06473069, -0.043464746, 0.223268, -0.02648231, 0.0062739355, 0.024977092, 0.08271271, -0.005075647, 0.17125973, 0.10962147, 0.1618092, 0.11265603) * inp_0_0_1; + result0 += M4(0.098922394, 0.26493427, -0.08755517, -0.13988777, -0.24570113, 0.14201127, -0.18969332, 0.32599792, -0.06624849, 0.08593866, -0.022810698, -0.05292953, 0.19407418, 0.19186307, 0.14618841, 0.22404681) * inp_0_1_1; + result0 += M4(0.0024095443, 0.09542953, 0.05893327, 0.04963878, 0.043981288, -0.09458787, 0.048440147, -0.13017173, 0.010817999, 0.009894588, -0.007898175, 0.11123364, 0.15274785, 0.18122944, 0.14603429, 0.21482544) * inp_0_2_1; + result0 += M4(-0.015920863, 0.0045611686, 0.030535664, -0.0011332423, -0.005275443, -0.0005943754, -0.025727643, -0.0031081287, 0.04642552, 0.018361727, 0.058243725, 0.029665668, 0.10241001, 0.02798229, 0.18251711, 0.004523951) * inp_0_0_2; + result0 += M4(-0.043556556, -0.065940246, 0.09670369, 0.07387089, 0.046474013, -0.00025676662, 0.04237812, -0.08965837, 0.037509654, 0.017891284, -0.09904582, 0.07562159, 0.038349077, 0.067137405, 0.06425105, 0.1743836) * inp_0_1_2; + result0 += M4(-0.019333778, -0.01060451, -0.0059877997, 0.06399235, 0.09297337, 0.07869079, 0.11191077, 0.041706722, 0.010740478, 0.011300985, -0.030533317, -0.109226234, 0.061926227, 0.124412335, 0.073686674, 0.10737882) * inp_0_2_2; + const V4 inp_1_0_0 = inp[1][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_1_1_0 = inp[1][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_1_2_0 = inp[1][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_1_0_1 = inp[1][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_1_1_1 = inp[1][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_1_2_1 = inp[1][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_1_0_2 = inp[1][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_1_1_2 = inp[1][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_1_2_2 = inp[1][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.07330701, -0.026571156, -0.043166053, -0.057155345, -0.06023793, -0.08201396, -0.017985104, 0.00259785, -0.046082836, 0.025884246, 0.015084661, -0.012299801, 0.07279219, 0.08398021, 0.01444768, 0.013628334) * inp_1_0_0; + result0 += M4(0.028485537, -0.13664272, -0.14637338, -0.03216143, 0.15768725, 0.17180555, 0.22409278, 0.07486649, 0.054554522, -0.06476858, 0.029637309, 0.03151017, -0.031520635, -0.13686366, 0.0027829686, -0.0009537584) * inp_1_1_0; + result0 += M4(-0.07279511, 0.047922287, -0.039518423, -0.03210193, -0.001693885, 0.10270714, 0.011595117, 0.141228, -0.041493673, 0.068810634, -0.011981957, 0.05599499, 0.02523943, -0.058428146, 0.016682947, -0.020516759) * inp_1_2_0; + result0 += M4(-0.011101113, -0.09268024, 0.078101635, -0.06144573, -0.20039465, -0.10002031, -0.27066922, -0.23258542, 0.13703087, 0.015634691, -0.00731571, 0.06905305, 0.007901865, 0.06765415, 0.1434028, 0.09154159) * inp_1_0_1; + result0 += M4(0.20163926, 0.020502245, 0.22196925, 0.04834591, 0.14234507, 0.12385057, -0.14618975, 0.05025507, -0.08665632, 0.028551226, -0.03954753, -0.07490453, 0.08381951, -0.0992167, -0.122530974, 0.047114052) * inp_1_1_1; + result0 += M4(0.050744314, 0.12697436, 0.014369487, 0.062857516, -0.03313285, 0.013857357, -0.08860406, -0.14726935, 0.01688374, -0.078021325, 0.011625158, 0.01023778, 0.027463386, 0.046657313, 0.023117632, -0.013085234) * inp_1_2_1; + result0 += M4(-0.009447039, -0.0062994813, -0.030561144, 0.015915044, -0.09330408, -0.0530166, -0.12407174, -0.015852062, 0.0051147086, -0.007351941, 0.002542378, -0.008233577, -0.014825013, -0.0015592017, -0.05729564, -0.017423365) * inp_1_0_2; + result0 += M4(-0.004105685, 0.07282294, 0.069418795, -0.05498573, -0.00208156, -0.040487334, 0.1445179, 0.051521864, -0.025368946, -0.013219188, -0.006728517, -0.07625849, -0.024420908, -0.0044598207, -0.015377865, -0.13657852) * inp_1_1_2; + result0 += M4(0.03599884, -0.0105478745, 0.038746145, 0.0507682, -0.025521498, -0.024232486, 0.011020209, 0.10047172, 0.05457663, 0.006208522, 0.055378985, -0.08648434, -0.0041283113, -0.01650629, 0.004291274, 0.023595793) * inp_1_2_2; + const V4 inp_2_0_0 = inp[2][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_2_1_0 = inp[2][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_2_2_0 = inp[2][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_2_0_1 = inp[2][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_2_1_1 = inp[2][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_2_2_1 = inp[2][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_2_0_2 = inp[2][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_2_1_2 = inp[2][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_2_2_2 = inp[2][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.02625175, 0.044448208, 0.025820026, 0.042625286, -0.14325926, -0.07368913, -0.035370324, -0.0483055, 0.022411536, 0.07837778, 0.014711007, 0.0089601325, 0.14614141, -0.013843195, -0.00183343, 0.030992392) * inp_2_0_0; + result0 += M4(-0.13943392, -0.027668366, -0.00605077, -0.010792682, -0.13432038, -0.06360804, 0.023869146, 0.018617587, 0.010982281, -0.12519816, -0.01816795, -0.012343567, -0.14264211, 0.0608064, -0.057635155, -0.12452771) * inp_2_1_0; + result0 += M4(-0.0023510873, -0.10876355, -0.020073038, -0.06581549, 0.024724813, 0.02788125, 0.012666816, 0.0075549004, 0.05302175, 0.062297385, 0.05456386, 0.035653763, -0.023079487, 0.04906416, 0.003889142, 0.048161693) * inp_2_2_0; + result0 += M4(0.013490228, 0.07731822, 0.024770379, 0.07787996, -0.24148642, -0.060349345, -0.287201, -0.058063217, 0.022927651, 0.07323395, 0.052245375, 0.14675435, 0.13006328, -0.0066324794, 0.13043395, -0.049508587) * inp_2_0_1; + result0 += M4(-0.06425463, -0.22909608, -0.30965263, -0.26137868, -0.34838507, -0.29899263, -0.1757177, -0.14641738, 0.04428377, -0.120601766, -0.072301604, -0.20429672, -0.029560901, -0.09850866, -0.010453421, 0.10752421) * inp_2_1_1; + result0 += M4(-0.12946495, -0.026556134, -0.054903407, -0.053088266, 0.4175077, -0.0046152826, 0.4301187, 0.08127058, -0.07252503, -0.1153844, -0.047318444, -0.099470355, -0.041942548, -0.054621693, 0.0133567965, 0.042263526) * inp_2_2_1; + result0 += M4(0.025980724, 0.014801285, 0.072112806, 0.0075275926, -0.0875942, -0.0022423542, -0.13813959, 0.011640581, 0.0011581844, 0.010904438, 0.009565574, 0.025610453, -0.006016893, 0.008746938, 0.007246336, -0.0147160785) * inp_2_0_2; + result0 += M4(0.0027364742, -0.043662306, 0.12877765, 0.017689677, 0.068794884, 0.019460868, -0.15110509, -0.13969134, 0.029709235, 0.078996494, 0.09302569, -0.1334812, 0.0063821794, -0.04602352, -0.024196027, -0.041869137) * inp_2_1_2; + result0 += M4(0.0033705158, 0.023012036, 0.00072865334, -0.013672455, 0.122846015, 0.15923437, 0.16657215, 0.10410814, 0.004356331, 0.010504295, 0.022496942, 0.07418264, -0.012007829, 0.032746863, 0.0027330485, 0.046688467) * inp_2_2_2; + const V4 inp_3_0_0 = inp[3][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_3_1_0 = inp[3][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_3_2_0 = inp[3][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_3_0_1 = inp[3][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_3_1_1 = inp[3][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_3_2_1 = inp[3][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_3_0_2 = inp[3][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_3_1_2 = inp[3][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_3_2_2 = inp[3][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.051054563, -0.00456595, -0.042562753, -0.024147434, -0.00081743393, 0.013612098, 0.01936531, 0.002067961, 0.024665983, 0.012183512, 0.021107063, 0.009794894, -0.117395766, -0.0810702, -0.04262109, -0.062447358) * inp_3_0_0; + result0 += M4(-0.03957509, -0.09165404, 0.007803734, -0.0041818433, 0.03165929, 0.027758801, -0.029112441, -0.0097638285, -0.03506947, -0.05936886, -0.05541801, -0.042584933, -0.059623193, -0.078187235, 0.024642546, 0.025905272) * inp_3_1_0; + result0 += M4(0.020659385, 0.05987362, 0.019810732, 0.054049026, -0.11781507, 0.03852306, -0.06292107, 0.0017821233, 0.040627886, 0.060671348, 0.02914991, 0.040991165, -0.07832766, -0.089677714, -0.055762652, -0.051040996) * inp_3_2_0; + result0 += M4(-0.040154513, -0.05843724, 0.06427843, -0.017596226, -0.051048756, 0.02946234, -0.07376165, 0.0671994, 0.035830647, -0.025981605, 0.022482721, 0.029612, -0.060820963, 0.005068918, -0.095560856, 0.030644644) * inp_3_0_1; + result0 += M4(0.24542196, 0.28494206, -0.21151958, -0.045248456, 0.14401782, -0.25568277, 0.1352637, -0.14852664, -0.48348254, -0.38713354, -0.39508206, -0.36013454, 0.35612994, 0.3228882, 0.34563643, 0.2669279) * inp_3_1_1; + result0 += M4(0.019076044, -0.0065221814, 0.03210429, -0.044332933, -0.06425407, 0.15088789, -0.10005643, 0.058653727, 0.026831932, -0.028788581, -0.019654373, -0.021367684, -0.11187411, -0.13136683, -0.10140025, -0.14363958) * inp_3_2_1; + result0 += M4(-0.03955165, -0.01919648, -0.06769437, -0.015274202, -0.012194205, 0.019330177, -0.0036170697, -0.0025878681, 0.1370301, 0.068571426, 0.18895936, 0.022519762, -0.032886382, 0.019316927, -0.05880236, 0.016897488) * inp_3_0_2; + result0 += M4(0.0019176262, -0.017462652, 0.126458, 0.06268182, 0.033145472, -0.025241157, 0.03292383, -0.102716744, 0.17617765, 0.16449314, -0.025039112, 0.07926759, 0.14934446, 0.055328105, 0.08959302, -0.0035233765) * inp_3_1_2; + result0 += M4(-0.03253326, -0.031951077, -0.018886896, -0.010784618, 0.009762149, 0.025690984, 0.034363244, 0.12997335, 0.10610043, 0.17722273, 0.09206027, 0.11330327, -0.018846225, 0.0020707906, -0.032037612, -0.03225054) * inp_3_2_2; + const ivec2 output_base = ivec2(gl_GlobalInvocationID) * ivec2(1, 1); + imageStore(out_image, output_base + ivec2(0, 0), result0); +} + +//!DESC ArtCNN C4F16 DS (Depth-To-Space) +//!COMPUTE 12 16 12 16 +//!HOOK LUMA +//!BIND conv2d_6 +//!WIDTH LUMA.w 2.0 * +//!HEIGHT LUMA.h 2.0 * +//!COMPONENTS 4 +//!WHEN OUTPUT.w LUMA.w / 1.3 > OUTPUT.h LUMA.h / 1.3 > * +#extension GL_EXT_shader_explicit_arithmetic_types_float16 : enable +#ifdef GL_EXT_shader_explicit_arithmetic_types_float16 +# define V4 f16vec4 +# define M4 f16mat4 +# define F float16_t +#else +# define V4 vec4 +# define M4 mat4 +# define F float +#endif + +void hook() { + vec4 result = vec4(0.0, 0.0, 0.0, 1.0); + vec2 f0 = fract(conv2d_6_pos * conv2d_6_size); + ivec2 i0 = ivec2(f0 * vec2(2.0)); + result.x = conv2d_6_tex((vec2(0.5) - f0) * conv2d_6_pt + conv2d_6_pos)[i0.y * 2 + i0.x]; + imageStore(out_image, ivec2(gl_GlobalInvocationID), clamp(result, 0.0, 1.0)); +} diff --git a/.config/mpv/shaders/ArtCNN_C4F32.glsl b/.config/mpv/shaders/ArtCNN_C4F32.glsl new file mode 100644 index 0000000..00a4872 --- /dev/null +++ b/.config/mpv/shaders/ArtCNN_C4F32.glsl @@ -0,0 +1,3927 @@ +// MIT License + +// Copyright (c) 2024 Joao Chrisostomo, Kacper Michajłow + +// Permission is hereby granted, free of charge, to any person obtaining a copy +// of this software and associated documentation files (the "Software"), to deal +// in the Software without restriction, including without limitation the rights +// to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +// copies of the Software, and to permit persons to whom the Software is +// furnished to do so, subject to the following conditions: + +// The above copyright notice and this permission notice shall be included in all +// copies or substantial portions of the Software. + +// THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +// IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +// FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +// AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER +// LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, +// OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE +// SOFTWARE. + +//!DESC ArtCNN C4F32 (Conv2D) +//!COMPUTE 48 32 12 16 +//!HOOK LUMA +//!BIND LUMA +//!SAVE conv2d +//!WIDTH LUMA.w 4.0 * +//!HEIGHT LUMA.h 2.0 * +//!COMPONENTS 4 +//!WHEN OUTPUT.w LUMA.w / 1.3 > OUTPUT.h LUMA.h / 1.3 > * +#extension GL_EXT_shader_explicit_arithmetic_types_float16 : enable +#ifdef GL_EXT_shader_explicit_arithmetic_types_float16 +# define V4 f16vec4 +# define M4 f16mat4 +# define F float16_t +#else +# define V4 vec4 +# define M4 mat4 +# define F float +#endif + +const ivec2 ksize = ivec2(3, 3); +const ivec2 offset = ksize / 2; +const ivec2 wg_size = ivec2(gl_WorkGroupSize); +const ivec2 isize = wg_size + ksize - 1; +shared F inp[1][isize.y][isize.x]; +void hook() { + const uvec2 local_xy = gl_LocalInvocationID.xy; + ivec2 base = ivec2(gl_WorkGroupID) * wg_size; + for (uint y = local_xy.y; y < isize.y; y += wg_size.y) { + for (uint x = local_xy.x; x < isize.x; x += wg_size.x) { + const ivec2 input_base = (base + ivec2(x,y) - offset) * ivec2(1, 1); + inp[0][y][x] = F(LUMA_mul * texelFetch(LUMA_raw, input_base + ivec2(0, 0), 0).x); + } + } + + barrier(); + V4 result0 = V4(0.00029719682, -0.0014720066, 8.162458e-05, -0.08328656); + V4 result1 = V4(-0.0013031764, -0.0004398726, -0.0018822165, 0.0008068186); + V4 result2 = V4(0.0028612618, 0.003681991, 0.000933314, 0.0032181526); + V4 result3 = V4(-0.002406673, -0.06238555, -0.0003887231, 0.00088146876); + V4 result4 = V4(-6.0637176e-06, -2.5410272e-05, 0.00071024057, 0.0010221201); + V4 result5 = V4(0.00030683735, 8.590639e-05, 0.0011228231, -0.0003569378); + V4 result6 = V4(-0.0012251337, 0.00022690487, 0.027825622, 0.03732215); + V4 result7 = V4(-0.0012781023, -0.002477305, 0.0087070875, 0.00023633029); + const F inp_0_0_0 = inp[0][local_xy.y + 0][local_xy.x + 0]; + const F inp_0_1_0 = inp[0][local_xy.y + 0][local_xy.x + 1]; + const F inp_0_2_0 = inp[0][local_xy.y + 0][local_xy.x + 2]; + const F inp_0_0_1 = inp[0][local_xy.y + 1][local_xy.x + 0]; + const F inp_0_1_1 = inp[0][local_xy.y + 1][local_xy.x + 1]; + const F inp_0_2_1 = inp[0][local_xy.y + 1][local_xy.x + 2]; + const F inp_0_0_2 = inp[0][local_xy.y + 2][local_xy.x + 0]; + const F inp_0_1_2 = inp[0][local_xy.y + 2][local_xy.x + 1]; + const F inp_0_2_2 = inp[0][local_xy.y + 2][local_xy.x + 2]; + result0 += V4(-0.03823595, -0.06965141, 0.057807874, -0.03770885) * inp_0_0_0; + result0 += V4(0.018986901, 0.19749214, -0.058446474, 0.0005390018) * inp_0_1_0; + result0 += V4(-0.013422343, -0.11547432, 0.026615717, 0.041784476) * inp_0_2_0; + result0 += V4(0.0689497, -0.0018005769, -0.016152069, -0.18712986) * inp_0_0_1; + result0 += V4(-0.01775814, -0.03113816, -0.03785366, 0.12528929) * inp_0_1_1; + result0 += V4(-0.006083886, 0.029609155, 0.009611117, 0.13607746) * inp_0_2_1; + result0 += V4(-0.014355586, 0.07624153, -0.02976815, -0.005620912) * inp_0_0_2; + result0 += V4(-0.026223402, -0.15436348, 0.08110813, 0.062548615) * inp_0_1_2; + result0 += V4(0.028161632, 0.07029042, -0.032889232, 0.08372451) * inp_0_2_2; + result1 += V4(0.015057175, 0.06048061, 0.082558945, 0.092912) * inp_0_0_0; + result1 += V4(0.05168004, -0.04345358, 0.05731101, -0.112354495) * inp_0_1_0; + result1 += V4(-0.036297154, 0.015417843, -0.12451414, -0.045905355) * inp_0_2_0; + result1 += V4(-0.0038541774, -0.030741142, -0.09108843, -0.13427265) * inp_0_0_1; + result1 += V4(-0.08127109, 0.047959723, 0.04351332, 0.16019344) * inp_0_1_1; + result1 += V4(0.034648877, -0.05474974, 0.030381644, 0.06842291) * inp_0_2_1; + result1 += V4(-0.017405175, -0.0568071, -0.007846174, 0.04576768) * inp_0_0_2; + result1 += V4(0.02778629, 0.016930273, -0.097900495, -0.04946804) * inp_0_1_2; + result1 += V4(0.011026718, 0.046053432, 0.10855338, -0.025562346) * inp_0_2_2; + result2 += V4(-0.020247115, 0.019655116, 0.056145806, -0.015038169) * inp_0_0_0; + result2 += V4(0.03074084, 0.08463694, -0.14912683, 0.0039739753) * inp_0_1_0; + result2 += V4(-0.036160152, -0.01721598, 0.041164864, -0.023051519) * inp_0_2_0; + result2 += V4(-0.07710085, -0.20408772, -0.05183754, -0.078683704) * inp_0_0_1; + result2 += V4(-0.33751717, 0.536409, 0.35220885, 0.09567589) * inp_0_1_1; + result2 += V4(0.0006857658, -0.33222365, -0.21403433, 0.10935543) * inp_0_2_1; + result2 += V4(0.12179155, -0.071092024, 0.00995113, 0.012694526) * inp_0_0_2; + result2 += V4(0.2607293, 0.005812557, -0.14984728, -0.1283972) * inp_0_1_2; + result2 += V4(0.049164157, -0.013817462, 0.105999656, 0.01731948) * inp_0_2_2; + result3 += V4(0.00070895697, 0.032472927, -0.013915315, -0.008157398) * inp_0_0_0; + result3 += V4(-0.041764982, 0.19321719, -0.0020123976, -0.022692956) * inp_0_1_0; + result3 += V4(0.04220856, 0.02334752, 0.036842328, 0.004516592) * inp_0_2_0; + result3 += V4(0.00755459, 0.107427396, -0.029543161, 0.01352713) * inp_0_0_1; + result3 += V4(-0.0198901, 0.241412, 0.020800307, 0.07489205) * inp_0_1_1; + result3 += V4(0.0557781, 0.18318829, -0.030219302, -0.04099845) * inp_0_2_1; + result3 += V4(0.022317365, 0.110984795, 0.023884825, -0.012716181) * inp_0_0_2; + result3 += V4(-0.095137745, 0.011959774, -0.002929218, -0.038076628) * inp_0_1_2; + result3 += V4(0.030417321, 0.08434808, -0.0023946634, 0.028739497) * inp_0_2_2; + result4 += V4(-0.00665234, 0.033866473, 0.0008190067, -0.010575895) * inp_0_0_0; + result4 += V4(0.020025166, -0.03722349, -0.057728786, -0.011012458) * inp_0_1_0; + result4 += V4(-0.01922099, 0.00394599, 0.06210346, 0.024697691) * inp_0_2_0; + result4 += V4(-0.011220356, -0.025387427, -0.006051429, -0.04012146) * inp_0_0_1; + result4 += V4(-0.05235222, 0.0395031, 0.10571346, 0.0034405796) * inp_0_1_1; + result4 += V4(0.06397409, -0.010557341, -0.09178192, 0.017660808) * inp_0_2_1; + result4 += V4(0.02457124, -0.0076957955, 0.014449284, 0.042195566) * inp_0_0_2; + result4 += V4(0.02437401, -0.008127155, -0.046804044, 0.030843958) * inp_0_1_2; + result4 += V4(-0.04345333, 0.011609933, 0.018816916, -0.05850401) * inp_0_2_2; + result5 += V4(-0.022652062, 0.00013649276, 0.02822522, 0.07449741) * inp_0_0_0; + result5 += V4(0.0036423136, -0.009622607, 0.019767707, -0.027863344) * inp_0_1_0; + result5 += V4(0.0047593894, 0.006462716, -0.042175345, -0.07397786) * inp_0_2_0; + result5 += V4(-0.020696703, -0.0044155456, -0.0014935521, -0.09446131) * inp_0_0_1; + result5 += V4(0.015226903, 0.020063741, -0.04530335, -0.008880305) * inp_0_1_1; + result5 += V4(0.017827976, -0.008952561, 0.070653915, 0.1327598) * inp_0_2_1; + result5 += V4(0.034625176, 0.006859942, -0.030471254, 0.023261195) * inp_0_0_2; + result5 += V4(0.010331661, -0.0090735, 0.028933162, 0.029970676) * inp_0_1_2; + result5 += V4(-0.043197736, -0.0015350957, -0.029467264, -0.055419024) * inp_0_2_2; + result6 += V4(-0.04285592, 0.032137595, 0.038754895, -0.02355173) * inp_0_0_0; + result6 += V4(-0.004131254, -0.02382099, 0.25016397, -0.12174118) * inp_0_1_0; + result6 += V4(0.0735344, -0.0069333985, 0.13412257, 0.009131789) * inp_0_2_0; + result6 += V4(-0.1240915, -0.03458629, -0.26730254, -0.016279092) * inp_0_0_1; + result6 += V4(0.18329464, 0.028393282, -0.36701146, -0.19068788) * inp_0_1_1; + result6 += V4(-0.024145238, 0.009975768, 0.19560878, 0.028512679) * inp_0_2_1; + result6 += V4(0.15766142, 0.0027180829, -0.05573896, 0.027096108) * inp_0_0_2; + result6 += V4(-0.16811287, -0.0067967945, -0.0039285277, 0.09254344) * inp_0_1_2; + result6 += V4(-0.04896356, -0.0015928819, -0.021381201, 0.11632843) * inp_0_2_2; + result7 += V4(0.010548004, -0.20011833, -0.04840889, 0.0013898173) * inp_0_0_0; + result7 += V4(0.0059627173, -0.20631418, -0.00069781486, 0.0459049) * inp_0_1_0; + result7 += V4(0.033312477, -0.025722466, -0.026746217, -0.04564476) * inp_0_2_0; + result7 += V4(-0.014621813, -0.21758953, 0.019623566, 0.047015008) * inp_0_0_1; + result7 += V4(-0.06413715, 0.51320696, 0.08983417, -0.046426684) * inp_0_1_1; + result7 += V4(0.0075579984, 0.12064985, 0.016194692, 0.013250015) * inp_0_2_1; + result7 += V4(-0.002768966, -0.040655017, -0.03014099, -0.049309503) * inp_0_0_2; + result7 += V4(0.04679788, 0.09697247, -0.021711005, 0.0033731493) * inp_0_1_2; + result7 += V4(-0.021387046, -0.0002126287, -0.009593423, 0.030040758) * inp_0_2_2; + const ivec2 output_base = ivec2(gl_GlobalInvocationID) * ivec2(4, 2); + imageStore(out_image, output_base + ivec2(0, 0), result0); + imageStore(out_image, output_base + ivec2(1, 0), result1); + imageStore(out_image, output_base + ivec2(2, 0), result2); + imageStore(out_image, output_base + ivec2(3, 0), result3); + imageStore(out_image, output_base + ivec2(0, 1), result4); + imageStore(out_image, output_base + ivec2(1, 1), result5); + imageStore(out_image, output_base + ivec2(2, 1), result6); + imageStore(out_image, output_base + ivec2(3, 1), result7); +} + +//!DESC ArtCNN C4F32 (Conv2D-1-ReLU) +//!COMPUTE 48 32 12 16 +//!HOOK LUMA +//!BIND conv2d +//!SAVE conv2d_1 +//!WIDTH LUMA.w 4.0 * +//!HEIGHT LUMA.h 2.0 * +//!COMPONENTS 4 +//!WHEN OUTPUT.w LUMA.w / 1.3 > OUTPUT.h LUMA.h / 1.3 > * +#extension GL_EXT_shader_explicit_arithmetic_types_float16 : enable +#ifdef GL_EXT_shader_explicit_arithmetic_types_float16 +# define V4 f16vec4 +# define M4 f16mat4 +# define F float16_t +#else +# define V4 vec4 +# define M4 mat4 +# define F float +#endif + +const ivec2 ksize = ivec2(3, 3); +const ivec2 offset = ksize / 2; +const ivec2 wg_size = ivec2(gl_WorkGroupSize); +const ivec2 isize = wg_size + ksize - 1; +shared V4 inp[8][isize.y][isize.x]; +void hook() { + const uvec2 local_xy = gl_LocalInvocationID.xy; + ivec2 base = ivec2(gl_WorkGroupID) * wg_size; + for (uint y = local_xy.y; y < isize.y; y += wg_size.y) { + for (uint x = local_xy.x; x < isize.x; x += wg_size.x) { + const ivec2 input_base = (base + ivec2(x,y) - offset) * ivec2(4, 2); + inp[0][y][x] = V4(conv2d_mul * texelFetch(conv2d_raw, input_base + ivec2(0, 0), 0)); + inp[1][y][x] = V4(conv2d_mul * texelFetch(conv2d_raw, input_base + ivec2(1, 0), 0)); + inp[2][y][x] = V4(conv2d_mul * texelFetch(conv2d_raw, input_base + ivec2(2, 0), 0)); + inp[3][y][x] = V4(conv2d_mul * texelFetch(conv2d_raw, input_base + ivec2(3, 0), 0)); + inp[4][y][x] = V4(conv2d_mul * texelFetch(conv2d_raw, input_base + ivec2(0, 1), 0)); + inp[5][y][x] = V4(conv2d_mul * texelFetch(conv2d_raw, input_base + ivec2(1, 1), 0)); + inp[6][y][x] = V4(conv2d_mul * texelFetch(conv2d_raw, input_base + ivec2(2, 1), 0)); + inp[7][y][x] = V4(conv2d_mul * texelFetch(conv2d_raw, input_base + ivec2(3, 1), 0)); + } + } + + barrier(); + V4 result0 = V4(-0.036708668, 0.009803089, 0.07100605, 0.031228224); + V4 result1 = V4(0.0083751995, -0.39129588, -0.0136721, -0.015397279); + V4 result2 = V4(0.0007296492, 0.028907454, 0.030560687, 0.03545163); + V4 result3 = V4(-0.017793126, 0.033940684, -0.022581689, -0.011070169); + V4 result4 = V4(0.015149839, -0.0011317565, -0.009786272, -1.2037389); + V4 result5 = V4(0.01574635, 0.011968867, 0.010605098, 0.0035551148); + V4 result6 = V4(0.00015080205, 0.023685815, 0.0069122887, -0.034166); + V4 result7 = V4(0.027082339, -0.009372878, -0.0019143005, 0.0038125508); + const V4 inp_0_0_0 = inp[0][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_0_1_0 = inp[0][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_0_2_0 = inp[0][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_0_0_1 = inp[0][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_0_1_1 = inp[0][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_0_2_1 = inp[0][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_0_0_2 = inp[0][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_0_1_2 = inp[0][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_0_2_2 = inp[0][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.029117657, 0.15278992, 0.035511564, -0.069105625, 0.006369743, 0.2259551, 0.12468564, 0.12450974, -0.044745825, -0.32993177, -0.06474103, 0.036587343, 0.0840745, 0.18598525, -0.11325942, -0.07834887) * inp_0_0_0; + result0 += M4(0.050953515, -0.055971455, -0.0131513085, -0.116995975, -0.050552785, -0.061043955, -0.0145839, 0.04261618, 0.09724737, 0.14906824, 0.0017026156, 0.072779305, -0.027736824, 0.09828163, 0.079543695, 0.094024375) * inp_0_1_0; + result0 += M4(-0.08117295, -0.036426485, -0.025784587, 0.16720803, -0.02682979, 0.007551605, 0.031716377, 0.060536437, -0.046471618, 0.05923041, 0.022100145, -0.12622148, 0.08883026, -0.067757666, 0.02177151, -0.024131637) * inp_0_2_0; + result0 += M4(0.008486673, 0.1920579, 0.022324793, -0.026947001, 0.15249395, 0.19629934, 0.039789997, -0.06733738, -0.05253199, 0.0010608191, 0.0067351395, 0.022407334, -0.10261732, 0.22493836, 0.1092603, -0.0200996) * inp_0_0_1; + result0 += M4(-0.06555002, -0.27245513, -0.015525575, 0.04365792, 0.045376386, -0.14303051, -0.01083897, -0.15582313, 0.08011162, -0.0445689, 0.049417928, -0.015426259, -0.07093686, 0.23037885, 0.003677679, 0.23484565) * inp_0_1_1; + result0 += M4(0.030999582, 0.04346085, 0.0051669446, 0.000204404, 0.07840567, 0.06261229, -0.10403258, -0.09781912, -0.03356733, 0.0314485, -0.0017596319, -0.0015214703, -0.2508654, -0.058963355, 0.17375277, -0.10000344) * inp_0_2_1; + result0 += M4(-0.022581747, -0.25256315, 0.033240687, 0.109959915, -0.012598234, -0.48140475, 0.11072217, 0.046623938, -0.0034096416, 0.38131836, -0.017777167, -0.08412503, -0.03156005, 0.21656287, -0.042210344, -0.14957134) * inp_0_0_2; + result0 += M4(0.013854406, 0.2346487, 0.005405472, -0.038428776, -0.16838437, 0.06394113, -0.06504332, 0.0275093, -0.06163706, -0.17177406, -0.0037234065, 0.016704468, 0.036147695, 0.09100768, 0.12141382, 0.040604927) * inp_0_1_2; + result0 += M4(0.06232801, -0.00014296349, -0.04961842, -0.065545365, -0.053641222, 0.05102975, 0.07639244, 0.031356677, 0.049776547, -0.058895964, -0.019280825, 0.06265533, 0.004528093, -0.01108221, -0.04274561, -0.06131042) * inp_0_2_2; + result1 += M4(-0.061955415, -0.0074608414, 0.008387431, -0.029722128, -0.066473834, -0.14350997, 0.038670573, 0.028662827, 0.019724203, 0.04887394, -0.10315431, 0.032167383, -0.17385277, 0.19776548, -0.007205856, 0.01334654) * inp_0_0_0; + result1 += M4(-0.04008445, 0.008087551, -0.021163763, 0.05022902, 0.2552994, 0.1629336, 0.025042403, 0.025843125, -0.08183508, 0.027813299, -0.19697353, 0.0040614954, -0.081016295, 0.15873921, 0.05058057, -0.0010450289) * inp_0_1_0; + result1 += M4(0.29363587, 0.0012574699, 0.022225322, -0.0693009, 0.076734886, -0.07974915, -0.0034639516, -0.049359225, -0.16797176, 0.027670532, 0.18292221, 0.020632438, -0.17925306, 0.100739986, -0.15428716, 0.1173548) * inp_0_2_0; + result1 += M4(0.18585098, -0.08856305, 0.0097429445, -0.02709298, -0.029271001, 0.02852805, -0.14683726, 0.034464955, 0.042308643, -0.03147208, 0.2897215, -0.025162503, 0.05712999, 0.18591258, -0.00059015455, 0.007894811) * inp_0_0_1; + result1 += M4(-0.029456716, 0.2050653, 0.016791, -0.21739303, -0.063161224, 0.10620588, 0.01751005, -0.04973402, -0.015750969, -0.06409288, -0.0777606, 0.17955518, -0.10619107, -0.04657716, 0.012679796, -0.043310706) * inp_0_1_1; + result1 += M4(-0.36948857, -0.047116503, -0.089184515, 0.3118221, -0.430664, 0.06475269, -0.23292147, 0.29643673, 0.29648998, -0.056595683, 0.018856967, -0.17669311, -0.22184189, 0.010021469, -0.13222241, -0.3424425) * inp_0_2_1; + result1 += M4(-0.093525164, 0.10046963, -0.028743194, 0.0090913605, 0.02045605, 0.107096896, 0.009170157, -0.008708529, -0.057404872, -0.11779025, -0.11144328, -0.04131108, 0.0133364275, 0.15096495, 0.05387508, -0.14186528) * inp_0_0_2; + result1 += M4(0.09217909, -0.22736537, 0.07116175, 0.17811428, 0.0064595966, -0.16636933, 0.30812424, 0.1505783, -0.0017814192, 0.07085839, -0.004884897, -0.12459457, -0.06574286, -0.003076085, -0.14239672, 0.18781582) * inp_0_1_2; + result1 += M4(0.04893608, 0.06613966, -0.0067619053, -0.187129, 0.18988952, -0.07255337, 0.04770958, -0.3365458, -0.035039615, 0.07832099, 0.0063732145, 0.09407837, 0.14316896, -0.05811109, 0.13013262, -0.12273439) * inp_0_2_2; + result2 += M4(0.05823393, 0.040896818, 0.10259213, -0.13545859, 0.025231943, 0.029138332, -0.014397809, 0.035174724, -0.17918754, -0.056359738, -0.10644024, 0.24783759, 0.18843524, 0.048254106, 0.04403621, -0.15066624) * inp_0_0_0; + result2 += M4(-0.03738047, -0.086819366, -0.112369925, 0.20637532, -0.09469994, 0.02192041, 0.053801175, 0.11037352, 0.1250041, 0.011857172, 0.0084201265, -0.1408437, -0.20776682, 0.079010904, 0.031063642, -0.020447314) * inp_0_1_0; + result2 += M4(-0.0015097833, -0.032189045, 0.027732585, -0.1252384, 0.04406319, 0.115871646, 0.070632, -0.20503758, -0.0062731546, 0.040348817, 0.0128217125, -0.04530808, 0.23256516, -0.06355108, 0.061075304, -0.048794743) * inp_0_2_0; + result2 += M4(0.13838938, 0.067288004, -0.09752138, -0.24783911, 0.05975331, 0.2029367, 0.022402102, -0.1117676, 0.10872649, -0.076139785, 0.064922504, 0.0937432, 0.020826072, -0.010752011, 0.037086133, -0.057829536) * inp_0_0_1; + result2 += M4(-0.044787407, 0.14157236, 0.22783619, -0.05750095, 0.16772036, 0.035153247, 0.07008345, -0.24945222, -0.21996894, -0.17815116, -0.060144454, 0.06366379, -0.19773977, -0.024750352, 0.11847824, 0.2983582) * inp_0_1_1; + result2 += M4(-0.11142352, -0.07467887, -0.1636651, 0.2340113, -0.07655404, -0.08695004, -0.09202517, 0.09586231, 0.06299052, 0.0739581, 0.058771692, -0.07210463, 0.24390805, -0.031492855, 0.3765972, -0.061904952) * inp_0_2_1; + result2 += M4(-0.09197055, -0.12641315, -0.0009929537, 0.3751517, -0.12102563, -0.3560746, -0.077692114, 0.46636716, 0.09947677, 0.2999262, 0.032379482, -0.38927096, 0.24767601, 0.13681959, 0.006760637, -0.13990667) * inp_0_0_2; + result2 += M4(0.09378135, 0.011033646, -0.12735608, -0.08940651, -0.09350715, 0.15414803, -0.2546008, -0.03308157, 0.06856281, -0.12216013, 0.20937388, 0.08595332, -0.17048416, 0.075281166, 0.11707726, 0.075662926) * inp_0_1_2; + result2 += M4(-0.01487069, 0.08873311, 0.12316278, -0.14859852, 0.09881245, -0.09266932, 0.14087382, -0.0044619814, -0.059305746, -0.03330552, -0.21049544, 0.09134987, 0.012854597, 0.08727, -0.017046794, -0.096979775) * inp_0_2_2; + result3 += M4(-0.01903734, -0.04141875, -0.093277976, 0.019640157, 0.07447134, -0.18525045, -0.24569201, -0.046986844, -0.07417373, 0.1497442, 0.061719663, -0.06998679, 0.048459854, -0.028750224, 0.12803786, -0.02030839) * inp_0_0_0; + result3 += M4(-0.039693106, 0.01158828, 0.119894415, 0.03793714, 0.054218654, 0.2715911, 0.054348577, 0.19871373, 0.1834479, -0.28203225, 0.040139433, -0.046791267, 0.047050178, -0.082257755, 0.11085956, 0.043953482) * inp_0_1_0; + result3 += M4(0.01945537, 0.09276553, 0.11205088, 0.16506399, -0.09077717, -0.1539875, 0.06659216, -0.108307615, -0.10124713, 0.031096438, -0.14926648, -0.11057436, -0.036617503, -0.15832724, 0.055009462, 0.07424042) * inp_0_2_0; + result3 += M4(0.08324787, 0.10798434, 0.07911015, 0.08326315, -0.13871695, 0.029166652, 0.16964644, 0.052657686, 0.0056859846, -0.087419584, -0.017614346, -0.10417239, -0.021369597, 0.092303984, 0.007682658, -0.014599172) * inp_0_0_1; + result3 += M4(-0.0947087, -0.061162297, -0.23867477, -0.10590701, 0.06594711, 0.09508775, -0.030074969, -0.041149653, -0.115990594, 0.1305272, 0.042969998, 0.08706499, -0.1174743, -0.019801153, -0.07939891, -0.059796486) * inp_0_1_1; + result3 += M4(0.036432013, -0.08475086, -0.056281473, -0.1174133, 0.016904566, -0.09513923, -0.05187326, -0.046877775, 0.017064892, 0.022405908, 0.09004965, 0.0067751785, -0.19974329, 0.075700946, -0.17897159, 0.013455055) * inp_0_2_1; + result3 += M4(-0.115330026, -0.04774222, 0.05173653, -0.22537693, 0.0678833, -0.07215173, -0.066759445, -0.29435718, 0.08570893, -0.0029652733, -0.02645297, 0.15495609, -0.07828734, -0.02754508, 0.1363753, 0.09623965) * inp_0_0_2; + result3 += M4(0.19748278, 0.08038828, 0.053277984, 0.10469429, 0.38683045, 0.066764995, 0.010804588, 0.1329057, -0.18634391, 0.015779724, -0.037211306, 0.0882103, -0.04872617, 0.03374351, -0.0024638637, -0.07852209) * inp_0_1_2; + result3 += M4(-0.06740114, -0.038398467, -0.00615466, 0.0014465569, -0.33904412, 0.018071927, 0.048203357, 0.053644437, 0.15413952, 0.044708353, 0.011485698, 0.046006598, 0.23145728, 0.06425962, 0.072863996, 0.032286424) * inp_0_2_2; + result4 += M4(-0.024016535, 0.019014806, 0.051369745, 0.07591172, -0.00022441645, 0.055820417, 0.07747362, -0.09528532, 0.017772954, -0.09189453, -0.12164637, -0.08554268, -0.16418299, 0.23239656, 0.14888592, -0.00080454553) * inp_0_0_0; + result4 += M4(-0.017231056, 0.009794432, -0.05533832, -0.05883874, 0.16928299, -0.30699167, -0.4542984, 0.035535183, -0.2253491, 0.2000138, 0.27542984, -0.04430685, 0.13443558, -0.08457535, 0.14233655, 0.10260671) * inp_0_1_0; + result4 += M4(0.14324425, -0.12442687, 0.0072970605, -0.015140436, 0.03562238, 0.15655662, -0.10168821, -0.04535325, -0.028123388, 0.056316692, 0.0050144973, 0.087802924, 0.022652913, 0.12678272, 0.02300762, 0.31237894) * inp_0_2_0; + result4 += M4(0.21419588, 0.027127882, -0.13539773, -0.14174183, -0.17397101, 0.040168945, 0.06544533, -0.010281511, -0.1574749, -0.014147739, 0.07083006, 0.07607683, 0.08161447, -0.092204876, -0.11170843, 0.003489766) * inp_0_0_1; + result4 += M4(-0.09245316, -0.016975626, 0.23408957, 0.1658086, 0.20071013, -0.11044899, 0.16290332, 0.057474125, 0.04612028, -0.050594907, -0.20566475, -0.0415586, -0.11360842, 0.1643801, -0.028887218, 0.20205614) * inp_0_1_1; + result4 += M4(-0.07863465, 0.0857191, -0.04307382, 0.04381525, -0.10341681, 0.042288233, 0.10517045, 0.016928157, 0.10332094, -0.065858394, -0.022224192, -0.06197895, 0.0050132, -0.03116755, -0.1646371, 0.47298467) * inp_0_2_1; + result4 += M4(-0.25254917, -0.02378411, 0.11109689, 0.09209409, -0.2911154, 0.10924462, 0.1464988, 0.08441656, 0.31665775, 0.012915524, -0.13378456, -0.022322325, 0.09815375, -0.06814098, 0.035321213, -0.075113714) * inp_0_0_2; + result4 += M4(0.22532119, 0.008861999, -0.15259159, -0.17074399, 0.37511373, -0.033234835, 0.10822253, -0.0075811315, -0.19475712, -0.023077546, 0.024239222, 0.095132835, -0.11968229, 0.022466177, -0.09667724, 0.044214573) * inp_0_1_2; + result4 += M4(-0.12820265, 0.017544815, -0.02343584, 0.04292099, -0.19672911, -0.022046972, -0.17840926, -0.048530165, 0.1279315, -0.00358011, 0.15181777, -0.029793201, 0.14620957, -0.09127029, 0.007170227, 0.1843006) * inp_0_2_2; + result5 += M4(-0.016395617, -0.016451696, 0.12339222, -0.04951499, -0.022202145, 0.23524804, 0.047031984, 0.040382314, 0.057996694, -0.10210428, 0.018417783, 0.011386578, 0.05073867, -0.046418246, -0.09922786, -0.03215044) * inp_0_0_0; + result5 += M4(-0.048540607, -0.20638369, 0.053651147, 0.0113698365, -0.13983555, -0.4571146, -0.024801789, 0.13051015, 0.1307028, 0.45851374, -0.018937927, -0.16538829, -0.16985914, 0.106658876, 0.03788532, -0.121699765) * inp_0_1_0; + result5 += M4(0.039437275, 0.16282336, -0.18642691, 0.024616202, 0.110127866, 0.34333184, -0.13612814, 0.06146586, -0.10927593, -0.37636045, 0.064992845, 0.062172886, 0.021849213, 0.05239257, 0.018309481, -0.033914097) * inp_0_2_0; + result5 += M4(0.03753844, -0.027555613, -0.055435866, 0.002633263, -0.05101454, -0.36626494, -0.2811788, 0.042501185, 0.076010585, 0.14673765, 0.23152916, 0.03530394, 0.0010333571, 0.053535532, -0.12501565, -0.067975946) * inp_0_0_1; + result5 += M4(-0.087831855, 0.25938675, 0.17731719, -0.052962273, 0.08487742, -0.062768154, 0.3654043, 0.08685005, -0.11227118, -0.10893518, -0.30329853, 0.02333357, -0.016496459, 0.08843028, -0.12682667, -0.040810026) * inp_0_1_1; + result5 += M4(0.12689659, -0.2703268, -0.08016987, -0.06429032, 0.0050466475, -0.34371153, -0.10426011, -0.053181563, -0.053249884, 0.35572645, 0.07401565, 0.065458536, -0.14140746, -0.06503886, 0.11991112, -0.08676428) * inp_0_2_1; + result5 += M4(-0.013359042, -0.082795516, -0.09041565, 0.021629494, 0.089711286, 0.4538, 0.38316938, -0.08850569, -0.114214465, -0.25306055, -0.17672779, -0.00955472, -0.00035556656, -0.030848127, -0.151991, -0.010489952) * inp_0_0_2; + result5 += M4(0.099413484, -0.20078152, -0.17051618, 0.055632614, 0.14439142, -0.3596457, -0.44518343, -0.30199566, -0.09968507, 0.37478063, 0.2773096, 0.09164125, -0.1446381, 0.085121855, 0.06351701, 0.04955615) * inp_0_1_2; + result5 += M4(-0.14828478, 0.3507335, 0.214353, 0.057855826, -0.21799572, 0.78426296, 0.17039578, -0.008077791, 0.23316975, -0.545482, -0.1532494, -0.097594336, 0.0777868, 0.030863712, 0.11128087, -0.017096974) * inp_0_2_2; + result6 += M4(-0.20957217, -0.108889244, -0.03890369, -0.10674102, 0.17676304, 0.08219358, -0.0051192176, -0.43986604, 0.0389291, 0.006508184, -0.05890772, -0.10185361, 0.004540674, 0.099010706, 0.06863881, 0.06044447) * inp_0_0_0; + result6 += M4(0.017170288, 0.003887947, 0.039859474, -0.062892675, -0.20792295, -0.14180836, -0.023282327, 0.060143486, 0.15639833, 0.078331746, 0.018817402, 0.37516558, -0.05969726, -0.0059866286, -0.017314922, -0.075184725) * inp_0_1_0; + result6 += M4(0.048123628, 0.039915044, 0.013850342, 0.13292845, 0.21778077, -0.11178467, 0.13628565, -0.033813965, -0.092053235, 0.018702244, 0.060767405, -0.08973021, 0.03184704, -0.028193474, -0.030922944, 0.23539121) * inp_0_2_0; + result6 += M4(0.2822058, 0.115022965, -0.0346225, 0.038459554, 0.09797564, 0.024244228, 0.019355156, 0.17557517, -0.30629095, 0.00025044603, 0.058719166, 0.27092934, 0.0027182612, -0.027483355, -0.020874329, 0.017920066) * inp_0_0_1; + result6 += M4(-0.011360204, 0.17791969, -0.009755946, 0.030387765, -0.09334685, 0.18975076, -0.03824666, 0.10107592, 0.018805014, -0.19998491, 0.04278764, -0.22315806, 0.040392164, -0.06051928, 0.14099665, -0.014130309) * inp_0_1_1; + result6 += M4(0.101197824, -0.21793586, 0.053858683, -0.04541862, 0.026120655, -0.057814326, 0.022933278, 0.22375308, 0.016481744, 0.14782867, -0.08418583, -0.044596013, -0.12455351, 0.14355354, -0.08554211, -0.014281464) * inp_0_2_1; + result6 += M4(-0.21440965, -0.043073688, 0.084217444, 0.23909481, -0.17217675, 0.079460315, -0.04518979, 0.11920478, 0.32160926, -0.042148326, -0.0036158373, -0.44447127, -0.024342012, 0.042997036, -0.055355284, 0.32711402) * inp_0_0_2; + result6 += M4(-0.003442748, -0.1219306, -0.004329449, -0.03143749, -0.13900343, -0.399716, 0.07718761, -0.070865355, 0.005409623, 0.1410372, -0.09660518, 0.1456919, 0.053750876, -0.092500396, -0.01419129, -0.06455394) * inp_0_1_2; + result6 += M4(-0.032126512, 0.13473941, -0.07480973, -0.17981249, -0.17400901, 0.24055961, -0.11601183, -0.0739797, -0.054067742, -0.11163765, 0.02505432, 0.09257788, 0.064943306, -0.058304552, -0.00021384307, -0.2541697) * inp_0_2_2; + result7 += M4(-0.047048252, 0.24521255, -0.17447047, -0.10128527, -0.00887792, 0.43303424, 0.0789298, -0.0064702597, -0.02514854, -0.35723528, 0.13395113, 0.19607803, -0.048769116, -0.06770387, -0.08176733, 0.06229839) * inp_0_0_0; + result7 += M4(0.026263328, -0.18660986, -0.032933265, 0.13196848, -0.050856147, -0.15367848, 0.0022883632, 0.023687594, 0.10283106, 0.14887585, 0.2189074, -0.07278549, 0.16965804, 0.03532702, -0.13433531, -0.033997826) * inp_0_1_0; + result7 += M4(0.007384207, -0.12053647, 0.2128867, 0.007810578, -0.03923929, -0.27602756, 0.40737197, 0.07060284, -0.045361634, 0.076715395, -0.38249263, -0.043011256, -0.11597638, 0.09833327, 0.027879132, -0.06466561) * inp_0_2_0; + result7 += M4(-0.031041512, -0.35479805, -0.0019659186, 0.1575544, -0.010053075, -0.3426591, -0.25966024, 0.25459036, 0.0059020454, 0.5738678, -0.06509489, -0.3149493, -0.09354883, 0.066042714, -0.12488268, 0.21131608) * inp_0_0_1; + result7 += M4(-0.03771986, -0.065066375, -0.002313822, -0.11556493, 0.060026176, 0.1617327, 0.0020216487, -0.14227511, -0.14487264, -0.16193086, -0.03152372, 0.077262886, -0.09474796, 0.018986855, 0.07132419, -0.032004002) * inp_0_1_1; + result7 += M4(0.120811984, 0.26266077, -0.18766715, -0.10192233, 0.051795058, 0.17162248, -0.008874975, -0.14940111, -0.060221728, -0.18406154, 0.107622534, 0.12004991, -0.13279128, -0.14157994, 0.10228982, 0.17766821) * inp_0_2_1; + result7 += M4(0.010800112, 0.093031384, 0.15084934, 0.10671804, -0.21333623, 0.36540008, -0.29476961, 0.06378276, 0.13848136, -0.39049214, -0.054321103, 0.04454577, 0.18297848, 0.09578358, 0.05502634, 0.30780932) * inp_0_0_2; + result7 += M4(0.07675103, 0.2939467, 0.07988393, -0.11759521, 0.4470031, 0.071780264, -0.044741243, -0.26137182, -0.15051824, -0.052524306, 0.020218736, 0.10006518, 0.073924355, -0.22962269, -0.093326226, 0.12425097) * inp_0_1_2; + result7 += M4(-0.14742742, -0.15355231, -0.032186724, 0.06428512, -0.18796642, -0.25129792, 0.17737943, 0.17182863, 0.1844518, 0.27246836, 0.008511766, -0.1048472, 0.23782457, 0.10383053, -0.16654943, -0.009263201) * inp_0_2_2; + const V4 inp_1_0_0 = inp[1][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_1_1_0 = inp[1][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_1_2_0 = inp[1][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_1_0_1 = inp[1][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_1_1_1 = inp[1][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_1_2_1 = inp[1][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_1_0_2 = inp[1][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_1_1_2 = inp[1][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_1_2_2 = inp[1][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.08096256, 0.04180209, 0.047589406, -0.016943827, 0.03833367, 0.19963205, 0.035213813, -0.01957273, 0.11472577, 0.34528744, 0.12119584, 0.029109823, -0.044831432, -0.11690301, -0.083536156, 0.049796168) * inp_1_0_0; + result0 += M4(-0.04426302, 0.056863382, 0.035050802, 0.045331508, -0.11102261, -0.07668563, -0.057224154, 0.08757198, -0.095014684, -0.038264636, 0.07332373, 0.07241354, -0.050493304, -0.08813244, 0.07446044, 0.04940999) * inp_1_1_0; + result0 += M4(0.0024679939, -0.0724803, -0.07159481, -0.004952453, 0.07194807, -0.047212992, -0.033114377, -0.0042991037, -0.04689992, 0.027952015, 0.04154045, -0.029711196, -0.023330396, -0.014066165, 0.110148884, -0.082868285) * inp_1_2_0; + result0 += M4(-0.04662972, 0.4483119, -0.025929091, -0.041685116, 0.12145929, -0.43463355, 0.06378116, 0.036234148, 0.12289981, -0.020276349, -0.13279456, 0.06446923, -0.05660108, 0.09763861, -0.024499178, 0.022550011) * inp_1_0_1; + result0 += M4(0.11462942, -0.28306222, -0.033383574, -0.13959754, -0.08610687, 0.23191078, -0.1020179, -0.04063562, -0.08868909, 0.14344387, -0.055666726, -0.14453787, -0.09087343, 0.26253852, 0.017428879, 0.14374474) * inp_1_1_1; + result0 += M4(-0.025103662, -0.067859046, 0.009572405, -0.0040561496, 0.005799467, 0.049857967, 0.09381887, -0.013773618, 0.041049365, -0.08607292, -0.04639899, -0.088787146, 0.046706766, -0.09381303, -0.05814853, 0.0037587031) * inp_1_2_1; + result0 += M4(0.050941885, -0.37864688, 0.067864925, 0.018061597, -0.11531048, 0.16728994, -0.1063411, -0.06145515, 0.30216286, -0.31703746, 0.11118676, 0.05978246, 0.19594988, -0.03003766, -0.04337391, 0.021723539) * inp_1_0_2; + result0 += M4(-0.13052818, 0.20642531, -0.056924842, 0.10652031, 0.1651324, -0.036674365, 0.11149037, -0.050649706, -0.13332662, -0.0008868196, -0.1315981, -0.013061784, 0.115875416, 0.01820971, -0.038712718, -0.14821257) * inp_1_1_2; + result0 += M4(-0.0054702153, 0.058303628, 0.060853258, 0.023235839, -0.11885025, -0.049245425, -0.031896032, 0.06256, -0.24813737, -0.054648176, 0.11357906, 0.03633438, -0.109835215, -0.008927392, 0.034938708, -0.03992753) * inp_1_2_2; + result1 += M4(-0.0022846805, -0.015504884, -0.048486747, 0.078874245, -0.027503457, -0.05025373, 0.069584824, 0.007972121, -0.024757117, -0.001593279, 0.07382975, -0.038199686, -0.0043118554, 0.012216795, 0.026328154, -0.02460263) * inp_1_0_0; + result1 += M4(-0.13611875, 0.024790661, -0.09175962, -0.012373407, -0.13271657, 0.10136629, -0.010288372, 0.11461759, -0.04524638, -0.06642123, 0.08267082, 0.12009126, 0.24608488, 0.15220979, 0.20465998, 0.030888278) * inp_1_1_0; + result1 += M4(0.07994651, -0.019469844, -0.021737799, -0.048776425, 0.07587032, -0.07255978, -0.05076812, -0.09677601, -0.12520422, -0.08758244, -0.032826543, -0.054411408, -0.28298274, -0.027692564, 0.058913153, -0.009247915) * inp_1_2_0; + result1 += M4(0.005378004, -0.00036100214, -0.06086769, 0.020460367, -0.041822966, -0.02639318, 0.009812995, 0.06496069, -0.20058092, 0.16607091, -0.19402309, 0.08912022, 0.054856796, -0.16646974, 0.16411075, -0.0057466053) * inp_1_0_1; + result1 += M4(-0.13238488, -0.07781853, 0.045202654, -0.011919901, 0.12926616, -0.09170597, -0.035137713, -0.039818913, -0.0065911002, -0.042814303, -0.023058174, -0.18569462, -0.07791525, 0.06163949, -0.26938593, -0.21777615) * inp_1_1_1; + result1 += M4(0.058000293, 0.03454881, 0.12231544, -0.0018523079, 0.032700073, 0.045095306, 0.043250456, 0.02198791, 0.23085262, 0.029840834, 0.14426371, -0.32909498, 0.07318428, -0.15189078, 0.0057368414, -0.22298563) * inp_1_2_1; + result1 += M4(-0.014151978, 0.083455026, -0.022387372, -0.03402437, -0.026381627, 0.060446903, 0.0047034565, -0.027787764, 0.040313598, 0.0017815795, -0.008843282, 0.025496349, -0.04218039, 0.029667493, -0.028691698, -0.021711836) * inp_1_0_2; + result1 += M4(0.15964578, -0.054704633, 0.11138554, 0.0644243, -0.003822274, -0.022329051, -0.067433044, 0.0970517, 0.1760096, 0.18094316, 0.005410189, 0.13652496, -0.009976311, 0.10832114, -0.1952679, 0.31071472) * inp_1_1_2; + result1 += M4(-0.03809375, -0.021552393, -0.030448494, -0.05707883, -0.012268654, 0.058015108, 0.024344882, -0.1913533, -0.06070308, -0.16811149, 0.012998018, 0.22336711, 0.056616332, -0.11362715, 0.059327338, 0.12159482) * inp_1_2_2; + result2 += M4(0.15086082, 0.032306015, -0.004618645, -0.15967074, 0.13484396, 0.025505273, 0.109789535, -0.16179046, 0.3059825, 0.022434866, 0.06305245, -0.3509039, -0.124507934, -0.08107376, -0.07590806, 0.111759655) * inp_1_0_0; + result2 += M4(-0.04774304, -0.046227824, -0.13357238, 0.24533686, -0.1797219, -0.075178854, -0.038574908, 0.24214585, -0.23423062, 0.028198522, 0.019022064, 0.22696163, -0.21089442, 0.065566726, 0.027139556, -0.18980321) * inp_1_1_0; + result2 += M4(-0.019373955, 0.037439357, 0.049214747, -0.06813124, 0.038629748, 0.10684366, 0.11918639, -0.1379494, 0.079139985, -0.026303006, 0.04985137, -0.05291354, -0.011244554, -0.08971184, -0.094008856, 0.07055901) * inp_1_2_0; + result2 += M4(-0.048496317, 0.22969875, -0.011047807, -0.037019145, -0.10710082, -0.18383162, -0.12504166, 0.2574788, -0.334555, 0.13921092, -0.11779456, 0.20921062, 0.15341778, 0.02968282, -0.0023549346, -0.12593406) * inp_1_0_1; + result2 += M4(-0.07885542, -0.022365225, 0.21551833, -0.20186801, 0.34402126, 0.23627844, -0.042503662, -0.04309354, 0.29471675, 0.021685109, 0.06441631, -0.25909233, 0.10524097, -0.044315357, -0.119107895, 0.35474756) * inp_1_1_1; + result2 += M4(0.021259557, -0.16385126, -0.14418101, 0.17625749, -0.047169026, -0.15605353, -0.10020056, 0.036744434, 0.13417014, 0.007812392, 0.028130062, -0.060307458, 0.21580435, 0.12606543, 0.34729907, -0.23425871) * inp_1_2_1; + result2 += M4(0.0050688493, -0.27417278, -0.05899007, 0.16065715, -0.066175915, 0.13419005, -0.09467017, -0.031535786, -0.014639603, -0.359303, -0.07314631, 0.44800404, -0.13314226, 0.075326085, -0.068911016, 0.07237387) * inp_1_0_2; + result2 += M4(-0.048198782, 0.22044359, -0.021384453, -0.01680231, -0.048550606, -0.11543949, 0.03564104, -0.16220544, -0.23028624, 0.08626588, -0.15320225, -0.14343601, -0.10547847, -0.29063004, 0.02580507, 0.018309115) * inp_1_1_2; + result2 += M4(0.101747744, -0.034904823, 0.11441985, -0.12293059, -0.012728868, -0.0017128023, 0.17762266, -0.051961463, 0.05306842, 0.012864686, 0.10563999, -0.017537476, 0.019105315, 0.15241176, -0.057200663, 0.013862015) * inp_1_2_2; + result3 += M4(-0.0034649554, -0.05517713, 0.052325483, -0.052134875, -0.0042453026, -0.17874192, -0.0096591115, -0.1987416, 0.01709072, -0.24278946, 0.0077327047, 0.028875919, 0.12533726, 0.11477245, 0.024140514, 0.055845823) * inp_1_0_0; + result3 += M4(-0.018518878, 0.02895204, -0.04888149, -0.028806178, -0.05216858, 0.15070598, 0.0017829809, 0.026329061, -0.14623247, 0.2934879, -0.2274205, -0.14424011, 0.050397042, 0.16382577, -0.13465117, 0.052444205) * inp_1_1_0; + result3 += M4(-0.03919352, -0.025833346, 0.018778356, -0.17302479, -0.062138785, 0.044809304, 0.031648297, -0.032624338, -0.08214198, -0.028670358, -0.1180317, 0.047529604, -0.05537199, -0.16677412, -0.047859523, -0.04128548) * inp_1_2_0; + result3 += M4(-0.014486037, -0.0027179052, 0.1776886, -0.06493362, -0.10454712, 0.17319418, -0.2973848, 0.06927402, -0.032996967, -0.113445275, 0.23450166, 0.011736676, 0.10967035, 0.01707243, 0.30268624, 0.24852625) * inp_1_0_1; + result3 += M4(-0.09388459, -0.046356853, -0.2481542, -0.19636112, 0.21725953, -0.20707554, 0.17008065, -0.004045886, 0.29840156, 0.10388305, 0.20044242, -0.16545399, 0.061977535, -0.117340155, 0.4138979, 0.19789638) * inp_1_1_1; + result3 += M4(0.11167971, 0.03284947, 0.051836424, 0.08206468, 0.013684, 0.0030262452, 0.024893977, -0.05947764, -0.13630734, -0.0074394974, 0.21448384, 0.33298156, -0.4543269, 0.05249151, -0.017523808, 0.20420818) * inp_1_2_1; + result3 += M4(0.008184537, 0.01577225, 0.051783327, 0.009982145, 0.08635803, 0.0050122906, 0.30173367, 0.094504714, -0.07488191, 0.020935627, 0.06837164, 0.03493985, -0.14187819, 0.023979383, -0.17781425, 0.10405735) * inp_1_0_2; + result3 += M4(0.25006393, -0.0071891267, 0.037272863, 0.10624298, -0.20820157, 0.037202083, -0.18559462, -0.04245256, 0.3031296, -0.01462773, -0.022867812, -0.60222894, -0.18605226, -0.02492287, -0.21141557, -0.69876176) * inp_1_1_2; + result3 += M4(-0.1988577, 0.07050194, -0.07504414, 0.3665597, 0.09148956, -0.027271751, -0.038524833, 0.2185067, -0.10564706, 0.02073069, -0.31813964, 0.40458742, 0.49203405, 0.028244311, -0.17014363, -0.347539) * inp_1_2_2; + result4 += M4(-0.08316828, 0.053106885, 0.046812125, 0.03351347, -0.08466107, 0.15114206, 0.124574386, -0.1229594, -0.0928625, 0.08578968, 0.10756846, -0.040176257, 0.024673045, -0.25365764, -0.14338766, -0.026245426) * inp_1_0_0; + result4 += M4(-0.09994341, 0.14417048, 0.019426854, 0.041845795, 0.13711163, -0.017983563, -0.04375732, 0.2063367, 0.17192237, -0.12753347, -0.31939104, 0.1272185, 0.09406784, -0.10270938, 0.02017384, -0.00041305204) * inp_1_1_0; + result4 += M4(-0.030049793, -0.14415613, -0.021168763, -0.07409334, -0.20462891, -0.02482551, -0.033263102, -0.047325023, 0.053315174, -0.033943314, 0.006956392, -0.10947827, 0.122600116, 0.21852052, 0.011655669, 0.0356463) * inp_1_2_0; + result4 += M4(0.10099925, 0.04830112, -0.024053598, -0.038032323, -0.054366335, -0.11224726, -0.05113664, 0.065573804, 0.008542836, -0.008918326, -0.0943605, 0.03746917, 0.292987, 0.084951416, -0.041484706, -0.0701604) * inp_1_0_1; + result4 += M4(-0.0105485665, -0.24782953, -0.018231884, 0.0989446, -0.13275175, -0.014699354, -0.06520113, -0.19813293, -0.115990736, -0.032673594, 0.00996811, -0.1322296, -0.117154896, 0.21044202, -0.12218293, -0.042813644) * inp_1_1_1; + result4 += M4(-0.043762717, 0.091900416, 0.013287365, -0.008165609, 0.13576598, 0.03451525, 0.12313882, 0.09827894, 0.14333759, 0.020637129, 0.09890145, 0.061638456, -0.0060272687, -0.054297138, -0.020315455, 0.16925468) * inp_1_2_1; + result4 += M4(-0.16727461, -0.0020541975, 0.03299088, 0.03231187, 0.13186768, -0.03283896, -0.082512565, 0.009359945, -0.22175162, 0.123705365, 0.033964474, -0.009698879, -0.028866947, -0.005825412, -0.0107153915, 0.104486205) * inp_1_0_2; + result4 += M4(0.19059967, 0.075393446, 0.062479522, -0.123801626, -0.06734463, -0.02040545, 0.080902226, 0.0025341988, -0.0032204152, -0.07434413, 0.21372262, -0.030470476, -0.45089158, -0.094156936, -0.047239542, -0.060917255) * inp_1_1_2; + result4 += M4(0.14809065, -0.028440202, -0.09962634, 0.029300831, 0.14829487, 0.04484249, -0.034887157, -0.050947104, 0.06379036, -0.015868036, -0.014792021, 0.09316301, 0.017871616, -0.02515582, 0.3906175, -0.04328142) * inp_1_2_2; + result5 += M4(0.00389255, -0.04027289, -0.039109707, -0.019303475, 0.06336468, -0.0017147515, -0.027065307, -0.14018688, -0.012509577, 0.08540738, -0.05859461, -0.008767114, -0.07866994, 0.07660538, -0.037435055, 0.18004394) * inp_1_0_0; + result5 += M4(0.08292889, 0.06991877, -0.0007983356, 0.034515414, -0.033907443, -0.13401464, -0.07145895, 0.17426214, -0.21503864, -0.27136508, 0.030325128, 0.106875576, 0.030742778, 0.11950032, -0.15491557, -0.017165089) * inp_1_1_0; + result5 += M4(-0.14989151, -0.025791585, 0.04757272, -0.0152222905, -0.10292573, 0.062176898, 0.08554288, -0.006870778, -0.022368887, 0.059957046, 0.03361345, 0.052584607, 0.07195246, -0.18891492, 0.13991182, -0.14539905) * inp_1_2_0; + result5 += M4(0.04166237, -0.07944963, -0.10894671, 0.023919629, -0.095306076, -0.09973817, -0.0071927016, 0.14053124, -0.15172562, -0.26436812, -0.34887064, 0.025376897, 0.12973452, -0.19155337, -0.041801516, -0.27737787) * inp_1_0_1; + result5 += M4(-0.22666156, 0.100712836, 0.041078713, 0.053156406, 0.056202415, 0.052114323, -0.033789676, -0.14106879, 0.17431225, 0.0110475095, 0.1194732, 0.123956844, 0.06864756, 0.14816207, -0.06833268, 0.046471335) * inp_1_1_1; + result5 += M4(0.20633067, -0.10962012, 0.07009694, 0.043039236, 0.06348579, 0.0068620727, 0.013874598, 0.08582729, 0.02041317, -0.16648169, 0.18298742, 0.06121014, -0.28198463, 0.28210637, -0.033472262, 0.165604) * inp_1_2_1; + result5 += M4(-0.001979989, 0.07628814, 0.08996112, -0.05058417, -0.004258094, 0.19931898, -0.10572738, -0.04377931, 0.08879731, 0.74418354, 0.28419814, -0.012633129, -0.01670911, 0.31078583, 0.0060170228, 0.30291796) * inp_1_0_2; + result5 += M4(0.09863956, -0.1374069, -0.17146845, -0.061152354, 0.0009830567, -0.0211499, 0.10641841, -0.025647804, 0.064248666, -0.69214195, -0.14774324, -0.18007734, -0.10396635, -0.13539377, 0.3340754, 0.034011997) * inp_1_1_2; + result5 += M4(-0.06618879, 0.17876686, 0.081888124, -0.03597273, 0.051799074, -0.06929468, 0.053889614, -0.04434507, 0.026779661, 0.63159543, -0.09993604, -0.2340178, 0.19166462, -0.4935299, -0.14096034, -0.22285411) * inp_1_2_2; + result6 += M4(0.10029398, -0.013562081, 0.044888582, 0.35567763, 0.011579127, 0.09195973, -0.06601921, 0.12442646, 0.36676884, 0.103153005, -0.02144279, 0.91327083, 0.31220976, 0.008032602, -0.06223424, 0.07165856) * inp_1_0_0; + result6 += M4(0.07502556, 0.034124535, 0.02346716, 0.01598075, 0.0047608283, -0.12501724, 0.17496133, -0.06825797, -0.19107866, -0.11661578, 0.07164642, -0.34262788, 0.036609072, 0.044645343, -0.092044115, 0.032272734) * inp_1_1_0; + result6 += M4(-0.2201858, 0.059883, -0.08034433, -0.016516246, 0.15899341, 0.044847738, -0.08685182, -0.09707172, -0.20660082, -0.011042709, -0.13014421, -0.2950558, -0.018764662, -0.067814216, 0.08898725, -0.0018973324) * inp_1_2_0; + result6 += M4(0.1012242, -0.019145118, -0.037507854, -0.20526609, -0.15280995, -0.15828241, 0.05070806, -0.071946375, 0.037849713, -0.111955464, 0.057741087, -0.7176886, -0.38428414, 0.15223713, 0.0060238843, -0.12733586) * inp_1_0_1; + result6 += M4(-0.09058203, 0.021052454, -0.06777193, -0.030806642, -0.036008555, 0.11318658, -0.1293444, 0.1897007, 0.10988782, 0.038982514, -0.18204565, -0.018386092, 0.025571946, -0.15723968, 0.08981159, -0.048279263) * inp_1_1_1; + result6 += M4(0.23780605, 0.02594144, 0.04917977, -0.20601283, -0.11882228, 0.0699409, 0.012838404, -0.20125198, -0.2331333, 0.15154861, 0.07445369, -0.057756428, -0.11171936, -0.003917072, -0.08339106, -0.044063564) * inp_1_2_1; + result6 += M4(-0.028063608, -0.04689453, -0.062464427, 0.0951412, 0.054315105, 0.011135786, 0.0069186217, -0.09750874, 0.010597955, 0.16921075, -0.074892044, 0.7234717, 0.19270958, -0.066581555, 0.007834056, -0.050778504) * inp_1_0_2; + result6 += M4(-0.12158969, -0.103106424, 0.105621584, -0.21744415, 0.10339824, -0.009595594, -0.023778997, -0.09143426, 0.02848619, -0.13521917, 0.03760168, -0.6962481, 0.021741306, 0.09575776, -0.07290629, -0.026869932) * inp_1_1_2; + result6 += M4(-0.08351028, 0.045483157, 0.015355923, 0.22853418, 0.030179434, -0.010827019, 0.03631279, 0.31743243, -0.088320106, -0.12329848, 0.15534449, 0.64336145, -0.04997866, -0.0005800751, 0.12299207, 0.17823696) * inp_1_2_2; + result7 += M4(-0.07379844, 0.16670889, 0.06741196, -0.088921495, -0.06322131, 0.26073328, 0.0048301406, 0.06761917, -0.04735726, 0.22830883, 0.26901078, -0.28921053, -0.020591864, -0.43030718, 0.18507713, 0.08362257) * inp_1_0_0; + result7 += M4(0.034578785, -0.011487818, 0.0013903879, -0.07343307, 0.0069027557, -0.14933768, 0.09982082, -0.17055938, -0.10352561, -0.1257225, -0.31925666, -0.0059563247, 0.038074527, 0.054338012, 0.11823388, -0.002163112) * inp_1_1_0; + result7 += M4(0.02305676, -0.012450865, 0.016639948, 0.048825216, 0.03498853, 0.09579643, -0.09169942, -0.0050666523, -0.0013992162, 0.34904507, 0.437179, -0.11407943, -0.053945366, 0.023796596, 0.15951598, -0.097889274) * inp_1_2_0; + result7 += M4(0.13494249, -0.1408936, -0.073675, 0.36083966, -0.109033585, -0.13255766, 0.10066496, -0.036401033, 0.0071375878, -0.5509165, -0.2058033, 0.6360851, 0.045717105, 0.045792226, -0.15389507, -0.10852623) * inp_1_0_1; + result7 += M4(-0.35691613, -0.23931155, 0.1749425, -0.19884679, 0.13561298, -0.023939202, -0.13051781, 0.24106443, 0.111109674, -0.03289949, 0.07434532, -0.08278456, 0.32599872, 0.48830122, -0.10305701, 0.20664984) * inp_1_1_1; + result7 += M4(0.0006448945, 0.1398243, 0.006249107, -0.05720629, -0.09061107, 0.10451869, -0.008794162, -0.13753392, -0.050120447, -0.25330824, 0.087351084, 0.14051726, 0.015635503, -0.07830007, -0.015119244, -0.06865933) * inp_1_2_1; + result7 += M4(-0.13013752, -0.02290075, -0.11903327, 0.118506484, 0.22230063, -0.2235159, -0.09035772, -0.13211559, -0.31459862, 0.50483006, -0.10575931, -0.13097861, -0.034176204, -0.017607445, -0.31060192, -0.19697471) * inp_1_0_2; + result7 += M4(0.417967, 0.17435423, -0.1871131, -0.025378618, -0.2059993, 0.19169231, -0.086244896, -0.079684414, 0.19754085, 0.10475587, -0.19400364, 0.07144125, -0.6851471, -0.14565007, 0.23408301, 0.2055535) * inp_1_1_2; + result7 += M4(-0.038166303, -0.0688925, 0.08753033, -0.07007982, 0.07910243, -0.21505354, 0.179397, 0.21214633, 0.23441713, -0.24579409, 0.034905147, -0.20713037, 0.3327321, 0.06548258, -0.028496496, -0.029076386) * inp_1_2_2; + const V4 inp_2_0_0 = inp[2][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_2_1_0 = inp[2][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_2_2_0 = inp[2][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_2_0_1 = inp[2][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_2_1_1 = inp[2][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_2_2_1 = inp[2][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_2_0_2 = inp[2][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_2_1_2 = inp[2][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_2_2_2 = inp[2][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.03154465, -0.0956665, 0.021043727, -0.13523753, 0.0020956704, -0.5293705, 0.022018004, 0.0031561519, 0.016450865, 0.40908632, -0.035778012, 0.2125391, -0.124839514, 0.24067535, -0.03596554, 0.08007441) * inp_2_0_0; + result0 += M4(0.043542054, -0.13744621, -0.1869014, 0.0075362334, -0.007837879, 0.10477315, 0.021154528, -0.023456967, -0.06830132, -0.07468466, 0.102145076, -0.11286336, -0.13877861, -0.05193457, 0.17462698, 0.06149841) * inp_2_1_0; + result0 += M4(0.023535395, 0.003279996, 0.091037154, -0.023218142, 0.08110676, 0.0024908585, 0.062272243, -0.009295396, -0.10612183, -0.030469926, -0.022082211, -0.0002599381, -0.10890391, -0.08892283, -0.06806389, 0.18445902) * inp_2_2_0; + result0 += M4(0.080099545, 0.36657012, 0.059455533, -0.028356764, -0.034985483, -1.4367487, 0.19555037, 0.20979057, 0.19064781, -1.1038369, -0.03968658, 0.057176255, 0.007294911, 0.365094, 0.0019397171, -0.15349285) * inp_2_0_1; + result0 += M4(0.23428579, -0.24594095, 0.13056172, -0.09509359, -0.30821168, 0.5175769, -0.103741355, 0.2317627, -0.27107373, 0.54413646, -0.053670004, 0.15040371, -0.078013286, 0.17803423, 0.003307077, 0.16863) * inp_2_1_1; + result0 += M4(-0.0020011482, -0.21181135, -0.02340503, 0.002462078, 0.029151613, 0.024718357, 0.23296967, -0.06495146, -0.03785623, -0.058721766, 0.014346224, -0.015790327, -0.05690997, 0.09495855, 0.06660702, 0.05379688) * inp_2_2_1; + result0 += M4(0.07770507, -0.036317423, 0.01672378, 0.052048113, -0.20987773, -0.21998906, -0.06500391, 0.07708689, -0.0150859, 0.23684135, -0.10684468, 0.06672833, 0.07568802, -0.003218365, -0.0006368861, -0.12565714) * inp_2_0_2; + result0 += M4(-0.33494782, -0.0022445363, -0.009475515, -0.054854102, 0.20743278, 0.18509097, -0.019840734, 0.08646593, 0.32180646, -0.0037859792, 0.04909923, -0.1989439, 0.12244635, 0.1069357, 0.047587834, 0.02456726) * inp_2_1_2; + result0 += M4(0.022787469, -0.021970231, -0.006666805, 0.11210963, -0.041226164, 0.06485999, -0.02242063, -0.012365461, -0.0742022, -0.016086446, 0.06071286, -0.12110863, 0.08140737, -0.0042678094, -0.043021318, 0.04011622) * inp_2_2_2; + result1 += M4(-0.25076178, 0.16761506, -0.086427994, -0.040363807, -0.090336025, -0.119488694, -0.15980901, 0.025692249, -0.106141694, -0.004760398, 0.1395097, 0.016164672, 0.05799711, -0.18554302, 0.11260976, 0.043334436) * inp_2_0_0; + result1 += M4(-0.8759296, 0.3084099, -0.54326606, 0.08378817, 0.08373202, -0.14382924, 0.21106115, 0.030672533, 0.038835052, -0.005833056, 0.28851983, -0.043314535, 0.3019318, -0.10490967, 0.24885407, 0.110122204) * inp_2_1_0; + result1 += M4(-0.8270079, -0.06698118, -0.22607683, 0.08485526, -0.3744199, 0.0028274553, -0.22029592, -0.12945583, 0.0846724, -0.058909748, -0.034236185, 0.004028914, 0.31447518, 0.060509253, -0.034251798, -0.063044004) * inp_2_2_0; + result1 += M4(0.058634065, -0.08838604, 0.05108656, -0.023941753, -0.018473295, 0.33916518, -0.05403904, -0.045321878, -0.16766416, 0.028827569, -0.10112104, -0.049219683, -0.05583049, 0.11664948, 0.010249134, 0.06006927) * inp_2_0_1; + result1 += M4(-0.028455101, -0.22584197, 0.05909999, 0.43182293, 0.35629016, -0.11472778, 0.048786864, 0.034139168, 0.28911662, -0.03627749, 0.02261082, -0.119758405, -0.1059994, -0.02886351, -0.09105299, -0.19661064) * inp_2_1_1; + result1 += M4(0.030527435, 0.033013448, -0.18525718, 0.48786482, -0.28318578, 0.001301845, -0.24052362, -0.7432109, 0.06653159, -0.029101508, 0.057742476, -0.3506016, -0.32313433, 0.03350552, -0.19028999, -0.51605946) * inp_2_2_1; + result1 += M4(0.027661344, 0.04426606, 0.032734692, 0.010185415, -0.03423487, -0.052496772, -0.13890994, 0.12096189, -0.057691164, 0.056535833, 0.08000709, -0.034009043, -0.054519605, 0.028232254, 0.12187209, 0.12539296) * inp_2_0_2; + result1 += M4(-0.01107534, 0.054169632, 0.041415796, -0.06602069, 0.10842705, -0.06630778, -0.023394113, 0.09994669, 0.012508867, 0.079008214, -0.3396021, 0.32007572, -0.008037633, 0.10729881, -0.07633678, 0.27005443) * inp_2_1_2; + result1 += M4(0.041113824, -0.019957311, 0.07825136, -0.21457328, 0.083908014, 0.034193218, -0.05345321, -0.46951285, -0.11329813, -0.0067783827, -0.07165031, 0.22935906, 0.07919023, 0.07236814, 0.06829928, -0.19382952) * inp_2_2_2; + result2 += M4(0.09074225, 0.01332703, 0.06987751, -0.20912164, -0.19345492, -0.20700961, -0.020838417, 0.008652081, -0.0050899405, 0.035665993, 0.24963646, -0.055561446, 0.06676485, 0.13964619, -0.10512182, -0.16806686) * inp_2_0_0; + result2 += M4(0.04574054, -0.048138227, -0.0139088575, -0.13307066, 0.052463878, -0.075205706, -0.18486781, 0.10137508, -0.060175084, -0.03125877, 0.042627964, -0.10451863, -0.20477945, -0.06882307, 0.0841638, 0.02828043) * inp_2_1_0; + result2 += M4(0.4069496, -0.05022249, 0.05865915, -0.4489605, 0.09816482, -0.0639038, 0.16364299, -0.19944012, 0.081778444, -0.050216086, 0.26648775, -0.10084912, -0.1035001, 0.0036749004, 0.05490478, 0.19448818) * inp_2_2_0; + result2 += M4(-0.009800778, -0.17126204, 0.09029225, -0.029957674, -0.458263, -0.37605152, -0.21248108, 0.30985, -0.28745833, -0.2716469, -0.3021082, 0.27452984, 0.01437965, 0.19210218, 0.11873729, -0.113663614) * inp_2_0_1; + result2 += M4(-0.28131834, -0.27894005, -0.038062237, -0.44522375, 0.3005744, 0.32606807, -0.31788653, 0.49999908, 0.49339706, 0.32865912, -0.3609027, 0.25815347, -0.11098305, 0.22565939, 0.08588488, 0.28697884) * inp_2_1_1; + result2 += M4(0.27931607, -0.3799079, -0.058149356, -0.19215254, 0.37610346, -0.06503428, 0.35845962, -0.004949024, 0.09848249, 0.058748275, 0.13953897, 0.026595285, -0.11710447, 0.10091361, 0.369839, -0.08274623) * inp_2_2_1; + result2 += M4(-0.09017187, -0.0818898, 0.00063810433, 0.083829015, -0.29345807, -0.26659584, -0.079341926, 0.10845378, -0.053355534, -0.027831096, -0.039115593, 0.15601929, 0.21777496, 0.03812597, -0.13797288, -0.040663622) * inp_2_0_2; + result2 += M4(-0.018954756, 0.16419424, -0.060580138, 0.019995743, 0.014700609, -0.033828612, -0.2376294, 0.048790455, -0.072904184, -0.2609877, -0.0057599423, -0.3388128, -0.05610225, -0.010058135, -0.0486664, 0.13062966) * inp_2_1_2; + result2 += M4(0.2695456, -0.006977503, -0.09342969, -0.06282823, 0.32234544, -0.12727281, 0.31844708, -0.15281455, -0.14795715, 0.10977205, -0.009793305, -0.012145891, 0.08575442, 0.041845962, 0.24632148, 0.1255644) * inp_2_2_2; + result3 += M4(-0.036011647, -0.46488807, -0.49817407, -0.07782913, 0.07004699, -0.124189384, -0.5033241, 0.00359113, -0.027220987, -0.33407757, 0.034547586, -0.009793757, -0.018418267, 0.114031106, 0.37393296, 0.0699528) * inp_2_0_0; + result3 += M4(0.036203142, -0.9579714, 0.16159707, 0.04515735, 0.17317896, 0.045333587, 0.014081256, 0.015711877, -0.055668566, 0.49521548, -0.12442274, -0.13398747, -0.0008945745, 0.50075036, -0.08500317, 0.179575) * inp_2_1_0; + result3 += M4(-0.026527843, -0.39931014, 0.079377994, -0.06651998, -0.0048224125, 0.07225929, -0.07261104, 0.025100727, 0.06882341, -0.06474924, -0.16274351, 0.06855881, -0.0079055885, 0.15699801, -0.013836364, 0.030550906) * inp_2_2_0; + result3 += M4(-0.060969975, 0.047792196, 0.20365794, 0.100621, 0.017096136, -0.04471932, -0.7601729, -0.109944835, -0.022035914, 0.17388023, -0.32817376, 0.24358363, 0.054569386, -0.18460704, 0.19625671, -0.052737817) * inp_2_0_1; + result3 += M4(-0.40603635, 0.12573187, -0.16097659, -0.13257164, 0.40857473, -0.027545668, 0.13297047, 0.19635256, 0.56998, -0.21110038, 0.39613485, 0.08284894, 0.0073393765, -0.041880555, 0.07617098, 0.060089257) * inp_2_1_1; + result3 += M4(0.29111272, -0.07036022, -0.14117722, -0.021021236, -0.21790129, 0.0006302942, -0.022745652, 0.20530169, -0.20306768, -0.016096521, 0.0076876646, 0.21144168, -0.3150521, -0.10067489, -0.29832447, 0.09571883) * inp_2_2_1; + result3 += M4(-0.10742828, -0.005877302, -0.2498221, -0.011229392, -0.040063396, -0.039564565, -0.19493246, 0.16828324, 0.11689816, -0.0035749993, 0.076973855, 0.15604721, 0.07967327, -0.06369766, 0.435233, -0.1115224) * inp_2_0_2; + result3 += M4(0.34587705, -0.016104145, -0.11156771, 0.14070626, -0.3568904, -0.06277554, -0.055529404, 0.06559959, -0.6712932, -0.018395266, 0.057903305, -0.62969816, 0.16021071, 0.14525272, -0.0264179, -0.25305125) * inp_2_1_2; + result3 += M4(-0.18315426, 0.008417, 0.077996105, 0.0077276006, 0.072975114, -0.07189453, -0.03580444, 0.16345474, 0.23116057, 0.016097825, -0.098539114, -0.03246878, 0.23882663, -0.18187782, -0.10007635, -0.14881988) * inp_2_2_2; + result4 += M4(-0.3773455, 0.3044581, 0.29712957, -0.0013323369, 0.030206202, 0.05737391, -0.045667384, 0.013636617, -0.022496173, 0.27832422, 0.1971793, 0.1364875, 0.19103137, -0.18251303, -0.10241279, -0.08263114) * inp_2_0_0; + result4 += M4(-0.60517997, 0.8770125, 0.7884181, 0.08310818, 0.23137872, -0.35373077, -0.05585405, 0.06585582, 0.29471624, -0.40471643, -0.31623864, 0.045989987, 0.35391536, -0.52233785, -0.48732367, -0.05567672) * inp_2_1_0; + result4 += M4(-0.06046788, 0.40914124, 0.34477213, 0.22755648, -0.019611599, -0.030595073, -0.25739592, 0.07208501, 0.02994505, 0.027725793, 0.025990551, -0.11405042, 0.034851924, -0.04811726, -0.31554854, -0.20572914) * inp_2_2_0; + result4 += M4(0.034393188, 0.016899757, 0.08214292, -0.044590876, -0.053902287, -0.11242146, -0.17332529, 0.014340718, 0.0097438395, -0.17018771, -0.23651572, -0.044424664, -0.033333287, 0.06568987, 0.12846227, -0.09741276) * inp_2_0_1; + result4 += M4(-0.050257146, -0.21611129, -0.12019788, -0.13622065, 0.043223042, 0.2350397, 0.18188708, -0.27030966, -0.22192664, 0.22637764, 0.05073403, -0.21427587, -0.010907763, 0.08558559, 0.11441003, 0.29026213) * inp_2_1_1; + result4 += M4(0.057017833, -0.013069361, -0.11996612, -0.3927448, 0.15120955, 0.016609367, -0.18109353, 0.2845267, 0.004232539, 0.06316595, 0.024299758, 0.13214286, -0.12069318, 0.2142632, 0.03512835, 0.35598904) * inp_2_2_1; + result4 += M4(-0.03594857, 0.062285606, 0.0163107, 0.0405961, -0.11920574, 0.066707216, 0.06236395, -0.026509762, 0.27136996, -0.0390108, -0.015227869, -0.016412798, -0.10969278, -0.024423467, 0.16316573, -0.07298789) * inp_2_0_2; + result4 += M4(0.23562188, 0.044560105, 0.09773547, -0.063286975, -0.15344597, 0.06683091, -0.0102048805, -0.0504315, -0.47751954, 0.058235355, 0.027918432, 0.004717865, -0.054093484, -0.089361385, -0.045218226, 0.0017254225) * inp_2_1_2; + result4 += M4(-0.04338286, 0.06997568, -0.084501505, 0.075695634, 0.040769294, 0.09006296, -0.09480122, 0.05621836, 0.082586706, -0.011771622, 0.24811922, 0.078844175, -0.20079234, -0.008954506, 0.02029966, 0.020598512) * inp_2_2_2; + result5 += M4(0.06615031, 0.13674054, -0.0061599007, -0.475657, 0.07104114, 0.30236092, 0.09632439, -0.13675171, 0.023557372, 0.061079286, -0.13717423, -0.07532593, -0.10733636, 0.013692334, -0.2020129, 0.23480679) * inp_2_0_0; + result5 += M4(0.1299763, 0.1354865, 0.07868401, -0.7381202, 0.10754866, 0.023279646, 0.0488147, -0.021492759, -0.13105999, -0.38288227, -0.10270062, 0.18508193, -0.10242623, -0.35909268, -0.16156974, 0.38565946) * inp_2_1_0; + result5 += M4(-0.11153858, 0.22623143, -0.015355316, -0.25197294, -0.08745063, 0.10865917, 0.09419926, 0.041238077, -0.032393996, -0.09071701, -0.039066482, -0.005085996, -0.13503188, 0.23340823, 0.00055999466, 0.16829804) * inp_2_2_0; + result5 += M4(0.013897534, -0.10446151, -0.18572326, 0.092789605, -0.108719096, 0.297815, 0.4603581, 0.023749266, -0.08469375, 0.29737195, -0.09197919, -0.16228981, 0.044159003, -0.20315382, -0.14434235, -0.11964328) * inp_2_0_1; + result5 += M4(-0.23812313, 0.061619267, 0.004051777, -0.119559616, 0.5269164, 0.19943814, 0.037570063, -0.15456922, 0.48547137, -0.16064228, 0.05294335, -0.08145468, -0.05767081, -0.013448999, 0.092503354, -0.0022523524) * inp_2_1_1; + result5 += M4(0.19120674, 0.070779964, -0.12787394, 0.0006789132, -0.45629892, -0.19107619, 0.40000656, -0.05530569, -0.22356553, 0.019804696, 0.061649993, -0.065709375, -0.28370884, -0.055279516, 0.122525714, -0.18349096) * inp_2_2_1; + result5 += M4(0.034801204, 0.38376933, 0.05075189, -0.020896709, 0.007612045, 0.12244755, 0.36305892, -0.06438789, -0.005254803, 0.9037037, -0.103673205, 0.023837784, -0.05980362, 0.033232003, -0.12750468, 0.08908715) * inp_2_0_2; + result5 += M4(-0.108996674, -0.03247478, 0.044907194, -0.16925234, 0.16979598, 0.09290798, -0.17307587, -0.11189108, -0.13588096, -0.45081466, 0.3541617, 0.24838123, -0.08096099, -0.13215111, -0.020228723, 0.06400154) * inp_2_1_2; + result5 += M4(0.04502033, 0.3388541, -0.011119034, -0.05582865, -0.19071579, 0.15845273, 0.18068087, -0.06874006, 0.12818566, -0.17265803, 0.039001428, -0.041135028, -0.12638903, 0.31222567, 0.12817587, 0.03863432) * inp_2_2_2; + result6 += M4(0.12535237, 0.16128656, 0.012257037, 0.5072537, 0.474235, -0.023110192, 0.004854057, -0.32518226, 0.04840865, 0.24645121, 0.016290309, 0.35236225, -0.1851947, -0.18803063, 0.11488687, -0.2935208) * inp_2_0_0; + result6 += M4(-0.11039266, 0.1990503, 0.005457742, 0.7234168, -0.27139714, 0.051469475, -0.13270281, -0.114306636, -0.116443686, -0.2213543, 0.02965059, -0.5186976, -0.09026682, -0.0049955957, 0.038761713, -0.3351621) * inp_2_1_0; + result6 += M4(-0.024087263, 0.0065704384, 0.02950973, 0.09184394, 0.37646043, 0.090364024, -0.18557669, -0.12370566, 0.21216111, 0.08713966, 0.0047848416, -0.040578034, 0.18503816, -0.070824996, 0.07940392, 0.018056292) * inp_2_2_0; + result6 += M4(0.12641564, -0.05331787, -0.013359369, 0.18659788, -0.38074347, 0.018997524, -0.06580435, -0.22962095, -0.3954866, -0.23529565, 0.058852088, -0.592121, 0.019417254, -0.011177594, 0.018564787, 0.42933965) * inp_2_0_1; + result6 += M4(-0.10074884, -0.22007845, -0.20557201, -0.10193457, 0.34668562, 0.19146363, 0.054021653, 0.13929166, 0.116943404, 0.07512127, -0.12894492, 0.10409709, -0.035078816, -0.02384937, 0.056941427, -0.057830345) * inp_2_1_1; + result6 += M4(-0.09682837, 0.05010856, -0.02649751, -0.05037102, -0.44362, 0.13704686, -0.11883685, 0.12874989, -0.41009912, -0.030686554, -0.1642983, -0.10129832, 0.14267789, 0.07165374, 0.05983421, -0.028896227) * inp_2_2_1; + result6 += M4(0.05773865, -0.056474797, -0.0605923, 0.102651335, 0.061524935, -0.06311559, 0.070287414, -0.2991093, 0.053434238, 0.08431922, 0.0048565893, 0.22364724, -0.018443352, 0.018030386, 0.07427566, 0.20103948) * inp_2_0_2; + result6 += M4(-0.02798426, -0.05491973, 0.10857305, -0.16335873, -0.11055059, 0.034641955, 0.0387216, -0.051430147, 0.31057742, 0.20427294, -0.021984756, 0.054321125, 0.0029001131, 0.055382386, 0.01110163, 0.07910353) * inp_2_1_2; + result6 += M4(-0.08308225, 0.045793362, -0.012307599, 0.11858065, -0.08697624, 0.12421658, -0.0019510558, 0.09136651, 0.170377, -0.10612674, 0.18454263, 0.44800404, -0.17669103, 0.035530165, -0.086349554, -0.11297801) * inp_2_2_2; + result7 += M4(-0.042086866, 0.19014172, 0.059951104, -0.017747523, -0.023245784, -0.058572963, -0.01935395, -0.28061572, -0.04641117, -0.074789815, 0.10086179, -0.27462193, -0.05126845, 0.0997263, -0.13695046, -0.06341165) * inp_2_0_0; + result7 += M4(-0.024611864, 0.047070205, -0.0801739, -0.11720885, 0.20279415, 0.117161155, 0.0017271523, -0.1356192, -0.041003402, -0.053162206, -0.25817028, 0.08645843, -0.08373374, -0.08339817, 0.08236495, 0.09397674) * inp_2_1_0; + result7 += M4(-0.1476463, -0.07924366, -0.31816182, -0.01764836, -0.0074714883, 0.14375705, 0.21794951, -0.073595256, -0.040115327, 0.21553563, 0.032317642, 0.043551255, 0.003655688, -0.016836293, 0.6104716, -0.15098554) * inp_2_2_0; + result7 += M4(-0.24591747, 0.3444126, -0.080876514, 0.2511106, 0.009919989, -0.27841604, 0.08382868, -0.53031766, -0.23741147, -0.28660992, 0.041793406, -0.44729385, 0.16847767, -0.12881774, -0.20410554, 0.36861005) * inp_2_0_1; + result7 += M4(-0.6715821, -0.26425713, 0.05453925, -0.20276855, 0.21779796, 0.29211137, -0.10319727, 0.13555385, 0.6683212, 0.34384593, -0.110293955, 0.24846786, 0.35305634, 0.36147222, -0.12480785, 0.1642003) * inp_2_1_1; + result7 += M4(-0.2398933, -0.008845569, -0.034704775, -0.040858887, 0.075342394, -0.17501347, 0.008340952, 0.16252932, -0.02803441, -0.061410967, -0.117535874, 0.3172269, 0.20014368, 0.04861446, 0.3317885, -0.08526066) * inp_2_2_1; + result7 += M4(0.08415544, -0.2548878, -0.22510462, 0.15565392, -0.070160575, 0.13508551, 0.49545553, -0.54122627, 0.20598005, 0.016785325, 0.21973525, -0.4661196, -0.32279223, 0.10800276, -0.25062168, 0.36699867) * inp_2_0_2; + result7 += M4(0.24789473, 0.118871965, 0.0904531, -0.14035594, -0.115976766, -0.19920519, 0.06994047, -0.22183774, -0.72244006, -0.025762808, 0.18851641, 0.27299973, 0.06818852, -0.23327433, -0.3615461, -0.06061063) * inp_2_1_2; + result7 += M4(0.16042693, -0.118321426, 0.023491193, -0.030947248, -0.05124864, -0.29059947, 0.06613229, -0.015492412, 0.22812392, -0.058129426, 0.010744925, 0.07070031, -0.06581924, -0.20564455, -0.05265374, 0.15516257) * inp_2_2_2; + const V4 inp_3_0_0 = inp[3][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_3_1_0 = inp[3][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_3_2_0 = inp[3][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_3_0_1 = inp[3][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_3_1_1 = inp[3][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_3_2_1 = inp[3][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_3_0_2 = inp[3][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_3_1_2 = inp[3][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_3_2_2 = inp[3][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.16674326, 0.31310734, -0.09377829, 0.059915084, -0.022170205, 0.0149844615, 0.017458765, -0.016287562, -0.046109986, -0.013650972, 0.032708067, 0.03201053, -0.013215273, 0.21652113, 0.03232205, -0.06110024) * inp_3_0_0; + result0 += M4(-0.12967514, -0.23332447, 0.17515457, -0.028937515, -0.10997066, -0.081854984, 0.058266636, -0.12051299, 0.007868142, -0.017001681, 0.03834131, -0.05263059, -0.03967318, -0.07494821, -0.04789688, 0.009852837) * inp_3_1_0; + result0 += M4(-0.014543991, -0.06176636, -0.0392497, 0.12610306, 0.0134866955, 0.048487816, -0.023593618, -0.024513502, 0.044688504, -0.009900089, -0.035166573, -0.011512162, 0.043029126, -0.047882434, -0.0060339677, 0.08326458) * inp_3_2_0; + result0 += M4(0.09974761, 0.6025551, -0.0737876, -0.019796625, 0.081250615, -0.043327887, -0.05669983, -0.048323546, -0.0027485625, -0.033359386, -0.0445251, -0.086456135, 0.056611177, -0.36715162, -0.0241707, 0.062049445) * inp_3_0_1; + result0 += M4(-0.07393207, -0.30158794, -0.009181898, -0.06829566, -0.08842065, -0.013170505, -0.0962516, 0.04120042, 0.07789792, 0.061665162, 0.01998883, 0.107018396, 0.004418583, 0.12596878, 0.03375566, 0.046630777) * inp_3_1_1; + result0 += M4(0.10967431, -0.18139964, -0.09739124, 0.032478552, 0.12845828, 0.108625926, -0.039953228, 0.011235097, 0.02208135, -0.030524088, 0.03006766, -0.04779797, -0.059798878, 0.12742236, -0.004614113, -0.049275067) * inp_3_2_1; + result0 += M4(0.0578433, 0.25022057, -0.061405152, -0.1800687, -0.028762763, -0.11808945, 0.028283836, 0.036724437, -0.0012840148, 0.032870322, -0.028420018, -0.02380514, 0.015002305, -0.051453024, -0.05023338, 0.040562052) * inp_3_0_2; + result0 += M4(0.019120965, -0.16263863, 0.11067054, -0.042239904, -0.025984518, -0.045367863, -0.07256968, -0.012212268, -0.06046941, 0.056707375, -0.013425433, 0.04187588, 0.0020944797, 0.096577086, 0.01739774, -0.11910698) * inp_3_1_2; + result0 += M4(0.040131077, -0.040760536, -0.051826578, -0.011592926, 0.046246305, 0.105373606, 0.04111735, 0.052750017, -0.039655868, -0.051689044, 0.008320057, 0.031464066, 0.016520347, -0.04485837, 0.023151385, 0.024683164) * inp_3_2_2; + result1 += M4(0.0039213393, -0.18470696, 0.06861235, -0.046029024, -0.0319931, -0.024845822, -0.027930174, -0.03179947, -0.073327914, 0.05610765, 0.030254561, -0.0027962283, 0.012370492, -0.14005849, 0.06761605, -0.009976497) * inp_3_0_0; + result1 += M4(0.029108727, -0.061175566, 0.012436904, 0.09875218, -0.07750154, 0.051734533, 0.06845497, -0.17571582, 0.00019904447, 0.004599936, -0.00047033408, -0.027705207, 0.010479908, 0.16137493, 0.1110169, -0.04656978) * inp_3_1_0; + result1 += M4(0.24896733, 0.10011306, -0.05059729, -0.06855861, 0.023825679, -2.735573e-05, 0.00474387, -0.021555498, -0.124813244, -0.0660241, -0.10851633, 0.065896004, 0.10407381, -0.089686155, -0.02753582, 0.025669456) * inp_3_2_0; + result1 += M4(-0.08262413, -0.0984216, 0.09533353, -0.10536523, 0.05623154, 0.10872219, 0.018762402, 0.13762818, 0.03625098, -0.033150606, -0.00909346, 0.021375401, -0.039438445, -0.0025450515, -0.04540836, -0.04522477) * inp_3_0_1; + result1 += M4(-0.16126199, 0.03845154, -0.021977486, 0.059687328, 0.083635926, 0.103366874, 0.0014807864, -0.12167495, -0.021023858, -0.06796026, -0.007327892, 0.09825249, 0.1869009, -0.0011027849, -0.0054216925, -0.09112884) * inp_3_1_1; + result1 += M4(0.100989155, 0.08210521, 0.016673533, 0.001790244, 0.08460508, -0.036575034, 0.007798867, 0.041810103, 0.12144237, 0.093101576, 0.046178292, -0.040026303, -0.23199019, 0.124222524, -0.11808327, 0.13790852) * inp_3_2_1; + result1 += M4(-0.042113204, 0.02622186, 0.026463084, -0.0310007, 0.006774143, 0.022108914, 0.045097258, 0.12347508, 0.016572041, 0.0059779077, 0.025011744, 0.01222772, 0.0010371406, 0.13064498, 0.01431251, 0.07691256) * inp_3_0_2; + result1 += M4(-0.086996175, 0.054410893, 0.033249382, 0.0791174, -0.072059825, 0.05493776, 0.0009812152, 0.04405779, 0.04920289, 0.08595148, 0.039874334, -0.06784911, -0.1378351, -0.14458123, -0.051677864, 0.18312818) * inp_3_1_2; + result1 += M4(-0.00952919, 0.02230773, -0.056655988, 0.096243516, -0.07377731, -0.0016165307, 0.0011361938, 0.064129084, -0.039799005, -0.006863486, -0.027945109, -0.053782634, 0.1162535, 5.6958932e-05, 0.03610375, -0.24247979) * inp_3_2_2; + result2 += M4(0.11579744, 0.08803068, 0.11419634, -0.52727413, 0.040436607, -0.0025335045, -0.023436738, -0.09671671, -0.015936308, 0.043479986, 0.027665973, 0.08362395, 0.09210985, 0.021682445, 0.13563402, -0.09816925) * inp_3_0_0; + result2 += M4(-0.12328052, -0.08547313, -0.04240618, 0.24669765, -0.01920227, 0.047558624, 0.034189202, 0.00092569436, -0.01420635, -0.031099817, -0.009746287, -0.01647771, -0.055207133, -0.038889844, 0.006561395, 0.13051866) * inp_3_1_0; + result2 += M4(-0.17810468, -0.0747359, -0.034358922, 0.21784683, -0.09250302, -0.034065757, -0.06414985, -0.06904927, 0.04778639, -0.003866705, 0.0073636775, -0.025610851, -0.020709194, -0.008238754, 0.022707427, -0.16763328) * inp_3_2_0; + result2 += M4(0.15095721, 0.36084583, 0.095722385, -0.16717058, 0.11659061, 0.0767266, 0.030144379, -0.15617163, -0.07836652, -0.02857204, -0.05033249, -0.10633955, -0.086682186, -0.037872598, -0.14605291, -0.071392335) * inp_3_0_1; + result2 += M4(-0.16452277, -0.048289526, 0.10224326, -0.08457047, 0.027761737, 0.1675432, 0.0109783355, 0.15169996, 0.02566027, 0.017163238, -0.025067458, 0.17369525, 0.33646193, 0.14321065, -0.028694756, -0.017526448) * inp_3_1_1; + result2 += M4(-0.08342412, 0.00031072416, -0.10700439, 0.015976246, -0.15436873, 0.06426293, -0.016801486, 0.08940011, 0.032639813, -0.056828935, 0.05294502, -0.055422504, -0.11857196, -0.034496307, -0.000842342, 0.19925985) * inp_3_2_1; + result2 += M4(0.3552693, 0.18769541, -0.047198217, -0.28835583, 0.02587612, -0.142933, -0.034149, -0.07739984, 0.018398095, 0.021752646, -0.03642957, 0.027268061, -0.085858144, -0.09911978, 0.047507133, 0.23160392) * inp_3_0_2; + result2 += M4(-0.042667374, -0.02312429, 0.14078811, 0.09464964, 0.017112348, -0.101256095, 0.025606593, 0.01645692, -0.0057635033, 0.027974173, 0.014912687, -0.0717966, -0.08031286, 0.021859895, -0.18749009, -0.1205234) * inp_3_1_2; + result2 += M4(-0.18666947, -0.21950583, -0.22242346, 0.35420656, 0.015551341, -0.06467714, -0.057517417, -0.046379846, 0.02498008, 0.0058330176, 0.026877608, -0.019567173, 0.024362128, 0.039020207, 0.16398425, -0.0578929) * inp_3_2_2; + result3 += M4(-0.01794258, -0.0062994626, 0.37479237, -0.029089708, 0.045304827, -0.12631382, -0.07862214, -0.028143506, 0.028300738, 0.032707322, -0.04936682, 0.0016720383, 0.017383397, -0.1440359, -0.35217667, -0.020342853) * inp_3_0_0; + result3 += M4(-0.11716048, 0.12669052, -0.16813691, 0.14250039, -0.078851916, 0.063811705, -0.05613344, -0.043926556, -0.0383164, -0.058070146, -0.0028588576, 0.068508334, -0.113366105, 0.20045663, 0.18665597, 0.058737054) * inp_3_1_0; + result3 += M4(0.02115149, 0.08718352, -0.1732887, 0.006390707, 0.057031494, 0.053685956, -0.03647186, 0.023670634, 0.017506354, -0.050118607, -0.024977569, -0.12237554, 0.05350384, 0.01696095, 0.19703735, 0.13264433) * inp_3_2_0; + result3 += M4(-0.052796166, -0.028347496, 0.2931782, 0.07022605, -0.010425403, 0.050049666, 0.054275285, -0.008699057, -0.0018968785, -0.006403878, 0.018886097, -0.11451953, -0.029628038, 0.12045638, -0.001259931, 0.17260647) * inp_3_0_1; + result3 += M4(0.010296541, -0.04331138, -0.09067834, 0.0019246971, -0.027003359, 0.12260892, 0.10194609, 0.058974877, 0.022411183, 0.08760797, 0.035527382, -0.09148418, 0.12016587, -0.069075614, 0.015118672, -0.002222802) * inp_3_1_1; + result3 += M4(0.05947409, -0.13030241, -0.06652532, 0.04417986, -0.036116846, -0.0040586446, 0.12094919, -0.0063132015, -0.014845602, -0.027670521, 0.044739284, 0.06285985, 0.02935337, -0.06062077, -0.07382576, -0.10929992) * inp_3_2_1; + result3 += M4(0.051659934, 0.02979812, 0.30330074, -0.11465744, 0.036208857, -0.137012, 0.032677967, 0.02943689, -0.0006329081, -0.04421495, 0.0027349116, 0.188165, -0.018736426, 0.016555816, 0.15216827, -0.19676308) * inp_3_0_2; + result3 += M4(0.09819926, -0.02558177, -0.07220303, -0.2266974, 0.08066757, -0.0481222, -0.07397224, 0.09638087, 0.002517221, -0.026042767, -0.036083844, 0.06050339, 0.017133819, -0.11239503, -0.08984481, 0.048593532) * inp_3_1_2; + result3 += M4(-0.066730924, -0.027106773, -0.14685962, 0.035340462, -0.018908639, -0.0057921493, 0.029825317, 0.006722354, -0.021156609, 0.06782227, -0.013464919, -0.013594539, -0.07937971, 0.009628459, -0.0505148, -0.11004945) * inp_3_2_2; + result4 += M4(0.1001855, -0.064388335, 0.038193103, -0.10685081, -0.048117988, 0.0041580033, 0.056381803, 0.11752895, 0.033978917, 0.008626017, 0.05369912, -0.008442106, 0.06731719, 0.08752707, 0.093723245, 0.0038961223) * inp_3_0_0; + result4 += M4(-0.02602357, -0.06732679, -0.2362919, -0.005290959, 0.036184877, -0.1072355, -0.05839933, 0.219626, 0.013275238, 0.0017156566, 0.031650532, 0.004934201, 0.119968094, -0.2117173, -0.19396576, 0.090888396) * inp_3_1_0; + result4 += M4(0.078956544, -0.0015369982, 0.11037988, -0.10162014, -0.084920034, -0.010681362, -0.041802876, 0.17350335, -0.16864298, 0.10200461, -0.022548819, -0.051761046, 0.012701397, 0.01217605, 0.004363343, -0.006322811) * inp_3_2_0; + result4 += M4(-0.13557366, 0.053427406, 0.13672848, 0.060399093, -0.010456643, 5.0210576e-05, -0.022489049, 0.0045384904, 0.0035644548, -0.047995646, -0.011841122, 0.027075203, -0.03830223, -0.031618174, -0.11760927, -0.008406711) * inp_3_0_1; + result4 += M4(0.017216308, -0.024313478, 0.008680811, 0.023500858, 0.0971515, 0.026911978, -0.05881653, 0.17119999, -0.07813045, 0.058356874, -0.013860081, 0.11915417, -0.016231837, 0.11430733, 0.16180871, -0.052913524) * inp_3_1_1; + result4 += M4(-0.1708107, 0.12235223, 0.11658219, 0.022944473, 0.011075547, -0.02467466, 0.028355172, 0.17107481, 0.030871274, -0.09651633, -0.033420768, -0.06171532, 0.03524303, 0.010179916, 0.071153425, -0.01328799) * inp_3_2_1; + result4 += M4(0.19914497, -0.06988047, -0.12145579, 0.009178128, -0.036017753, -0.0017378872, 0.055989157, -0.075171605, -0.00024560024, -0.02618073, 0.0059218374, 0.020115001, -0.12061145, -0.0001548445, 0.1241499, -0.017204616) * inp_3_0_2; + result4 += M4(0.05940729, 0.038378414, -0.048371736, 0.050489176, 0.063024536, 0.022872504, 0.058621526, 0.15545534, 0.1278595, -0.00019467589, -0.020547498, -0.15200448, 0.114678584, -0.008592146, -0.0729327, -0.016628904) * inp_3_1_2; + result4 += M4(-0.015180673, 0.016013095, 0.036032673, -0.036862083, 0.007600634, 0.045312367, 0.07135753, 0.05286581, 0.049594987, 0.0029962284, 0.012408725, 0.065710746, -0.18257818, 0.0378438, -0.09485183, 0.0635741) * inp_3_2_2; + result5 += M4(-0.10917871, -0.041906063, -0.20665371, -0.19723488, -0.024537258, -0.07342854, -0.09604337, -0.08692626, 0.013889798, 0.08942737, 0.04745891, 0.022988325, -0.0077241035, 0.05034818, 0.06635041, -0.08754597) * inp_3_0_0; + result5 += M4(-0.12795049, -0.27897745, 0.15018886, 0.13204178, 0.03566289, -0.005502308, 0.108349755, -0.06336829, 0.044133816, -0.06350236, -0.06726836, -0.011660791, -0.16130134, -0.31905386, 0.017890494, 0.06311571) * inp_3_1_0; + result5 += M4(0.09401206, -0.034617215, -0.048061408, 0.038046375, -0.106764056, -0.047289293, -0.08551923, -0.018549211, -0.05452726, -0.020307211, 0.05629545, -0.039343614, 0.14308886, 0.26552865, -0.12889092, 0.067831844) * inp_3_2_0; + result5 += M4(0.109973244, -0.0923715, -0.28832042, 0.08220614, 0.010514151, -0.020461729, -0.002067673, 0.10717572, -0.035251155, -0.0535279, -0.02231335, -0.041391302, -0.14650793, -0.08437027, -0.110747024, 0.11577347) * inp_3_0_1; + result5 += M4(-0.13299681, -0.1567862, 0.08262319, 0.01304105, 0.14021827, 0.11144083, 0.17187643, 0.026252525, 0.05705363, 0.031361382, -0.0068868203, 0.06982033, 0.16246481, 0.07790719, 0.13369952, -0.02729583) * inp_3_1_1; + result5 += M4(0.21344122, 0.017361676, 0.05857192, -0.102821015, -0.073363245, -0.026291106, 0.021013413, 0.24158232, -0.0019610717, 0.05257403, 0.00065535755, 0.031876512, 0.0026816058, -0.26129517, -0.041806966, -0.19814716) * inp_3_2_1; + result5 += M4(-0.054015454, 0.73969567, -0.16328393, -0.0006044086, 0.007328409, -0.016211398, -0.061762504, -0.023620164, 0.005211044, 0.036550656, -0.056908693, -0.00031647665, 0.09445072, 0.16858114, -0.01125692, -0.039849024) * inp_3_0_2; + result5 += M4(-0.05571609, -0.22409184, 0.16380434, 0.050606772, 0.058667034, 0.023701522, -0.09890404, -0.14629216, -0.038705323, -0.07115732, 0.04838665, -0.037200667, 0.059143767, -0.26174942, -0.03222182, 0.012719752) * inp_3_1_2; + result5 += M4(0.104354605, 0.008443349, 0.06561575, 0.016566938, -0.06737627, 0.018966986, -0.058037832, -0.09999704, 0.016671738, 0.041601077, 0.008692034, -0.002348055, -0.13987541, 0.34261182, 0.11968812, 0.10489676) * inp_3_2_2; + result6 += M4(-0.39049557, 0.19273794, 0.047716085, 0.17533085, 0.011292866, -0.00760613, -0.0046310667, 0.013525921, 0.08649871, 0.04608617, 0.038571406, 0.17317806, -0.07248643, 0.013768493, -0.03719717, -0.27310973) * inp_3_0_0; + result6 += M4(-0.070490345, -0.031469543, 0.016823594, -0.18266013, -0.029960942, 0.041280624, -0.00043852604, -0.08200757, -0.1659811, 0.031426877, -0.028497554, -0.08193076, -0.21605068, -0.09160411, -0.018671421, -0.015470811) * inp_3_1_0; + result6 += M4(0.029353319, -0.0461757, -0.014357062, -0.19294336, 0.0474211, 0.06143862, -0.0789209, -0.0069793165, 0.12396269, -0.033045627, 0.0053061745, -0.020843863, 0.43466306, -0.03422492, 0.03687173, -0.026157036) * inp_3_2_0; + result6 += M4(0.073232345, -0.14708877, 0.07798055, 0.32128707, 0.08675475, 0.051407266, -0.0120357135, 0.096903704, -0.051653277, -0.018675132, -0.02716698, -0.1955093, 0.1259683, -0.035662163, 0.12005442, 0.102350615) * inp_3_0_1; + result6 += M4(0.02027845, -0.18783632, -0.038559712, -0.10370797, -0.010878527, 0.03308282, 0.12699416, 0.0155708175, 0.0970206, -0.040944062, 0.012400389, 0.109309934, -0.04386221, 0.2324476, -0.020422474, 0.092660375) * inp_3_1_1; + result6 += M4(0.104576275, 0.058653012, 0.04137991, -0.08608553, -0.03747883, -0.08337479, 0.028043367, 0.06387467, -0.20556886, 0.07300514, -0.027574522, 0.09483503, -0.23206857, -0.1449773, -0.064866655, 0.15975653) * inp_3_2_1; + result6 += M4(0.19907999, 0.2064377, 0.11328552, -0.0658018, -0.015354672, 0.021877669, 0.036536, -0.0049861623, -0.040842302, -0.05671682, 0.004349552, 0.057966024, -0.1807835, 0.043555744, -0.02367716, 0.08867019) * inp_3_0_2; + result6 += M4(0.05411993, -0.03896789, -0.13987201, 0.06696148, -0.027739853, 0.008076733, 0.0040634284, -0.02234747, 0.020157328, 0.024497507, 0.002658149, -0.072561026, 0.18330508, -0.10341329, 0.0354616, -0.03067343) * inp_3_1_2; + result6 += M4(-0.10615136, -0.121230006, -0.036104217, 0.18103473, -0.050683066, 0.029468618, 0.0056012096, 0.0645111, 0.12298013, -0.00908927, 0.009384262, -0.07602516, 0.0057178815, 0.11255827, -0.023811497, -0.1043421) * inp_3_2_2; + result7 += M4(-0.05113849, -0.04958741, 0.016276637, 0.028372198, -0.0068781967, -0.027119763, -0.117879525, -0.04413328, 0.047487363, -0.05591007, 0.003169236, -0.028000144, -0.057534188, 0.31272355, -0.07822779, -0.1255965) * inp_3_0_0; + result7 += M4(-0.12659274, -0.08811538, 0.066573605, -0.014348354, 0.087604284, 0.013431505, 0.007770467, -0.008002549, -0.04092917, 0.055534218, -0.13484295, -0.0022408275, 0.0046244445, -0.21021116, -0.13354151, 0.04655783) * inp_3_1_0; + result7 += M4(0.00855162, -0.08563792, -0.16917855, -0.13886495, 0.04322211, 0.026588937, 0.019791333, -0.009312571, 0.00015449926, 0.0238957, 0.095205374, -0.0116980085, 0.021639794, -0.021706594, 0.2341988, 0.060809616) * inp_3_2_0; + result7 += M4(0.051825214, 0.16506135, -0.015183231, 0.5393071, 0.10659988, -0.022560887, 0.018391158, 0.115611956, -0.05260585, -0.07611458, 0.0071695563, 0.032495268, 0.054799885, -0.37064156, 0.053576525, -0.03908096) * inp_3_0_1; + result7 += M4(0.10292551, 0.19287035, 0.024254685, -0.2127403, 0.1756357, 0.009858382, 0.041315533, 0.05075599, 0.020507855, 0.1573456, 0.051425856, -0.01644046, 0.07449899, 0.15514694, -0.11197734, 0.19560033) * inp_3_1_1; + result7 += M4(0.06400824, 0.23147541, 0.28221515, -0.17375831, 0.057147887, 0.0011001171, 0.03210582, 0.07515883, -0.058222994, -0.02095582, -0.060699556, -0.010483264, 0.049250923, 0.16824752, -0.123049185, -0.12778401) * inp_3_2_1; + result7 += M4(-0.0017631656, -0.4543986, -0.29492322, 0.44642022, -0.19217049, 0.04556584, -0.01609418, -0.03876169, 0.042237416, 0.08162179, -0.054079905, -0.015715664, -0.0031343128, 0.2221074, 0.07501074, -0.0026645882) * inp_3_0_2; + result7 += M4(0.09046477, 0.1834209, -0.083579764, 0.05930323, -0.1576473, 0.09518199, 0.07004761, -0.087234534, 0.0138550205, -0.14549415, 0.051526602, -0.008259083, -0.04476655, -0.018518697, 0.10098174, -0.20662482) * inp_3_1_2; + result7 += M4(-0.039497297, 0.016961325, 0.14998345, -0.2231364, -0.10912724, -0.11069781, -0.10077799, -0.043310083, 0.035292868, -0.017371511, 0.01608222, 0.039854683, -0.12546326, -0.24909157, 0.017085021, 0.15744463) * inp_3_2_2; + const V4 inp_4_0_0 = inp[4][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_4_1_0 = inp[4][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_4_2_0 = inp[4][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_4_0_1 = inp[4][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_4_1_1 = inp[4][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_4_2_1 = inp[4][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_4_0_2 = inp[4][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_4_1_2 = inp[4][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_4_2_2 = inp[4][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.0056560133, -0.04298683, 0.02908299, -0.09395281, -0.070639305, -0.14869322, -0.013401416, 0.10113064, 0.096419886, -0.024673993, -0.15020788, 0.10173121, 0.024479177, -0.10026592, 0.008690981, -0.058597274) * inp_4_0_0; + result0 += M4(-0.010814033, -0.030294184, -0.00666517, 0.07078508, -0.09022229, 0.09171898, -0.0042071715, -0.06293064, -0.08195429, 0.03096533, 0.03146164, -0.044594202, -0.009700399, 0.008157711, 0.013620116, 0.12120534) * inp_4_1_0; + result0 += M4(0.013765888, 0.0076117874, -0.0331143, 0.011161413, 0.16835158, 0.04973227, 0.013319061, -0.09550143, -0.057173394, 0.049443904, 0.082740776, -0.04831704, -0.01188714, -0.0005861371, 0.012353055, -0.102823794) * inp_4_2_0; + result0 += M4(-0.049494494, 0.17574203, -0.062492527, 7.121997e-05, -0.019190606, 0.066647895, 0.014246117, 0.013973143, 0.10488726, -0.50137484, 0.099353455, 0.06832924, -0.022147754, -0.17589185, -0.096951, 0.03725855) * inp_4_0_1; + result0 += M4(0.009478874, -0.027447326, 0.021987218, -0.04560523, 0.10616537, 0.0413842, 0.029013608, 0.1375162, -0.085296676, 0.23591204, -0.050563917, -0.03481262, -0.064629905, 0.1797911, 0.018864036, -0.12222731) * inp_4_1_1; + result0 += M4(0.055464312, -0.05864894, 0.012421509, -0.010315953, -0.17493816, -0.049388386, -0.06182674, -0.029647462, 0.025918776, 0.049803298, 0.0598297, 0.04845356, 0.15211841, 0.017960595, 0.04794029, 0.07827966) * inp_4_2_1; + result0 += M4(0.03429773, -0.020195924, 0.0885497, 0.038904276, 0.10719048, 0.048443288, -0.043606453, -0.09176992, -0.20598097, 0.34969592, -0.118598014, -0.11473627, -0.05089481, 0.12735271, 0.013725932, 0.020414565) * inp_4_0_2; + result0 += M4(0.0071073705, -0.01169426, 0.024262007, 0.017149732, -0.032368675, -0.084074005, -0.07363179, -0.009792229, 0.18841313, -0.21107039, 0.14469321, -0.023509858, 0.15166952, -0.0529888, 0.033290148, 0.06855343) * inp_4_1_2; + result0 += M4(-0.04688845, 0.016878817, -0.060554046, 0.0006380923, -0.029764611, -0.008093763, 0.124708556, 0.032294534, 0.0006570255, 0.00267864, -0.11602631, 0.053512044, -0.12447079, -0.0034085084, -0.05376309, -0.024473326) * inp_4_2_2; + result1 += M4(0.040202968, -0.014629318, -0.0039170533, -0.024377247, -0.0060929875, 0.062238038, -0.02404187, 0.003354906, -0.020151692, -0.106021844, 0.06523044, 0.015289261, 0.049931325, 0.02460497, 0.0055405637, 0.078717075) * inp_4_0_0; + result1 += M4(-0.012331021, -0.03225596, -0.06539348, -0.011223803, 0.19446827, 0.040211074, 0.026924383, -0.06502665, -0.12074997, 0.029928813, 0.00923082, 0.16151893, -0.06870683, 0.016564116, -0.012056766, -0.02318809) * inp_4_1_0; + result1 += M4(-0.04183398, -0.006804403, 0.016110439, 0.023904853, -0.25208133, -0.0015579952, 0.08080676, 0.07115592, 0.084377274, 0.02506405, 0.033509873, -0.16872168, -0.13730451, -0.04400995, -0.018384643, -0.036934663) * inp_4_2_0; + result1 += M4(0.013165522, -0.015587058, -0.08811234, -0.03426268, -0.094970375, 0.033341303, -0.013102786, 0.11354574, -0.028997444, 0.09895756, 0.18364955, -0.074492045, -0.02807619, -0.043467645, 0.008588051, -0.14314419) * inp_4_0_1; + result1 += M4(-0.06798712, 0.0063832947, 0.09460649, -0.04111826, -0.11099618, -0.185102, -0.093674414, 0.14626959, 0.21936397, -0.0010714099, -0.05624606, 0.024136104, 0.13837199, -0.0065120426, 0.054974854, 0.08187584) * inp_4_1_1; + result1 += M4(-0.019466238, -0.12958188, 0.004486582, 0.08140819, 0.34572217, 0.110486254, 0.12117327, -0.41392905, -0.012688774, -0.042032603, -0.15024966, 0.12189565, -0.005803998, -0.0038944473, -0.013471663, 0.11705099) * inp_4_2_1; + result1 += M4(0.00931184, 0.04531556, 0.019577224, 0.025840234, 0.05290648, -0.094864115, 0.024397964, -0.0826193, 0.008775952, -0.0064938124, -0.032534245, 0.013953471, 0.016134618, 0.11556924, 0.039437328, 0.06537349) * inp_4_0_2; + result1 += M4(0.07576351, 0.019917393, 0.03664328, 0.002361687, -0.10463952, 0.19185746, -0.03927703, -0.06484046, -0.03255176, -0.008024001, -0.050784994, -0.13392103, -0.008847947, 0.0026140157, -0.043280937, -0.053434595) * inp_4_1_2; + result1 += M4(-0.0069221514, 0.055582155, -0.012612726, -0.023564298, -0.018655028, -0.13290636, -0.0690196, 0.28063747, -0.0929044, 0.08859857, -0.0045734355, 0.033192374, 0.005717268, -0.047754493, -0.047598183, -0.096953675) * inp_4_2_2; + result2 += M4(-0.0038628036, 0.07205018, 0.01433819, -0.14261103, -0.078737706, -0.05693243, -0.1265593, 0.27992842, -0.081867374, -0.10223804, 0.10522367, 0.029091634, -0.105817765, -0.006851036, 0.00043201266, -0.07368191) * inp_4_0_0; + result2 += M4(8.2908104e-05, -0.052198518, -0.07028538, 0.08362575, 0.052389048, 0.11337715, 0.1719509, -0.4425823, 0.007468969, 0.0035097392, 0.050459493, 0.022096442, 0.06838255, 0.032090306, -0.019790197, 0.21058686) * inp_4_1_0; + result2 += M4(0.031974178, 0.013044305, -0.120847546, 0.09113355, -0.06151007, -0.07488752, -0.045898706, 0.084943265, 0.03265051, 0.11710866, 0.14153798, -0.040186293, 0.06514247, 0.006812105, -0.022442315, -0.051706396) * inp_4_2_0; + result2 += M4(0.003240497, 0.05723349, 0.046075612, 0.06732893, 0.021382773, 0.047288194, 0.0016529077, -0.22716542, -0.021467585, -0.18969065, 0.0015766959, 0.37202194, -0.04525686, -0.06268392, 0.009357922, 0.19441691) * inp_4_0_1; + result2 += M4(-0.1035304, -0.03485961, 0.18682852, -0.03925375, -0.10753048, -0.17605294, -0.20805123, 0.3567117, 0.34518, 0.14573298, -0.19835913, -0.09780614, -0.057692092, -0.006312818, -0.023927176, -0.21439995) * inp_4_1_1; + result2 += M4(-0.013560132, -0.04898805, -0.07075192, -0.06162054, 0.23290539, 0.13090472, 0.29168317, -0.12968096, -0.18457717, 0.0143599985, -0.1275486, -0.09086428, -0.0058514453, -0.012454006, 0.081433, 0.014506851) * inp_4_2_1; + result2 += M4(0.028780425, -0.07786944, -0.007884749, -0.03953932, 0.04523141, 0.05769283, 0.071709454, -0.0432453, -0.029009933, 0.29476967, -0.08633414, -0.33855975, -0.005209768, 0.08920962, 0.026399057, -0.21980207) * inp_4_0_2; + result2 += M4(-0.04236728, 0.031000128, -0.0105478, -0.026746193, 0.03729478, -0.06828809, 0.09549842, 0.0442534, -0.022790529, -0.21272987, 0.08249413, 0.033508018, 0.016530255, -0.052877903, -0.021436378, 0.12395192) * inp_4_1_2; + result2 += M4(0.081532, 0.023165172, 0.015696498, 0.08206253, -0.14218034, 0.019701743, -0.23379238, 0.061591223, -0.038848393, -0.048602562, 0.028897833, 0.10180275, 0.0768478, -0.010524142, -0.025089258, 0.03711748) * inp_4_2_2; + result3 += M4(0.06675425, -0.07539947, -0.09292847, -0.0190723, -0.0260846, 0.14073077, 0.17296062, 0.06135225, 0.0066102967, -0.13954222, 0.025961779, -0.107567266, 0.048868217, 0.014461581, -0.14563714, 0.047372248) * inp_4_0_0; + result3 += M4(-0.055324614, -0.0050000763, 0.00825287, -0.13444602, 0.05528624, 0.06783663, -0.18586834, 0.1788157, 0.091240615, 0.17694047, 0.0049668774, 0.00405647, 0.016982682, -0.103628814, 0.07103452, -0.192677) * inp_4_1_0; + result3 += M4(0.011611189, 0.020063527, -0.030275742, 0.12899305, -0.06462358, -0.21930777, -0.15328728, -0.31003463, -0.12495303, 0.0009425047, 0.0017772756, 0.04816554, 0.032600675, -0.018846383, 0.033192553, 0.09992134) * inp_4_2_0; + result3 += M4(0.014899182, 0.042097423, 0.031159898, 0.030899636, -0.011077221, -0.115203574, 0.2569057, -0.09001887, -0.20737056, 0.08357866, -0.38380954, 0.122669145, -0.05552425, -0.022318907, -0.15429147, -0.021471249) * inp_4_0_1; + result3 += M4(-0.06050428, 0.027519466, 0.026508844, 0.038558345, 0.020891232, -0.0097083645, 0.11503407, 0.1702198, 0.22738445, -0.09972507, 0.2689035, -0.016125072, -0.0004475897, 0.06403645, 0.12089485, 0.0072463155) * inp_4_1_1; + result3 += M4(-0.009214152, -0.07253149, -0.07522645, -0.14498596, 0.0036053658, 0.22581303, 0.1208878, 0.34406036, 0.07810432, -0.02346909, 0.030180223, -0.07264184, -0.01232128, -0.04784726, -0.06000405, -0.10393555) * inp_4_2_1; + result3 += M4(-0.060292684, 0.04802686, 0.138431, 0.014028666, 0.06739861, -0.060278144, -0.39626816, 0.14062239, 0.22329809, 0.043097895, 0.18851098, 0.100080185, 0.04706358, 0.014059598, 0.11271857, 0.026814481) * inp_4_0_2; + result3 += M4(0.15060289, -0.015061274, -0.07027206, 0.09544377, -0.1484623, -0.06582482, 0.10857374, -0.45500416, -0.4230736, -0.035818197, -0.17099567, 0.16676043, -0.050155282, -0.00014432055, -0.032971416, 0.29737318) * inp_4_1_2; + result3 += M4(-0.048656117, 0.04284575, 0.06341504, -0.019360153, 0.10275478, 0.04974057, -0.03404879, -0.059866022, 0.11559815, -0.028667452, 0.01201514, -0.22377238, -0.033083588, 0.069121815, 0.012150517, -0.15453373) * inp_4_2_2; + result4 += M4(-0.05635244, -0.10347995, -0.027150761, -0.033979554, 0.053241737, 0.012876588, -0.1120549, 0.106720895, -0.035772648, 0.11502711, 0.034088984, -0.04378052, 0.007885806, -0.11099392, -0.06166937, -0.057523914) * inp_4_0_0; + result4 += M4(-0.02247963, 0.1887168, 0.034502752, -0.02795242, 0.20200884, -0.1663299, 0.07882928, -0.107662246, 0.060148872, -0.06357574, -0.063991755, 0.025630247, -0.113730095, 0.166896, 0.08948511, 0.029435718) * inp_4_1_0; + result4 += M4(0.0726884, -0.05203209, 0.007847193, 0.0062561505, -0.2344992, 0.17953452, 0.09156343, 0.05349484, 0.025790025, -0.054667484, -0.018117376, 0.01357936, 0.084024824, -0.034435887, -0.04433334, -0.026698003) * inp_4_2_0; + result4 += M4(0.11100936, 0.04931076, 0.01578695, 0.06476563, -0.22367178, -0.009763816, 0.1061037, -0.12366313, -0.17699395, -0.114088275, -0.0063024866, 0.12580162, -0.032516282, 0.040313635, 0.06818606, 0.12407735) * inp_4_0_1; + result4 += M4(-0.033353064, -0.08631801, -0.0013245377, 0.028459692, -0.058460224, 0.13507825, -0.14118527, 0.01606553, 0.08612624, 0.02641328, -0.050019518, -0.2347155, 0.13733979, -0.09774663, -0.0868379, -0.019524561) * inp_4_1_1; + result4 += M4(-0.12297103, -0.011307135, 0.008664861, 0.0022724732, 0.34686965, -0.07749669, -0.04887686, -0.03597297, -0.08199492, 0.07043732, 0.047160286, 0.026116699, -0.15393296, -0.009796161, 0.00044101314, -0.12722707) * inp_4_2_1; + result4 += M4(-0.046000704, -0.003246753, 0.032239176, -0.013699089, 0.17811957, 0.044701654, -0.13012417, -0.009491493, 0.29258355, -0.06163295, -0.08763792, -0.08313053, 0.09297551, 0.012630711, 0.0134746665, -0.037833862) * inp_4_0_2; + result4 += M4(0.120364375, -0.020685565, -0.05069203, -0.030524215, -0.31997618, -0.01090734, 0.10706026, 0.08344883, -0.16533577, 0.03914867, 0.013812844, 0.15057774, 0.05234805, 0.034909427, 0.008220857, 0.052495595) * inp_4_1_2; + result4 += M4(-0.034445968, 0.027975613, -0.013222565, 0.031903632, 0.05736492, -0.1009333, 0.06252816, 0.017187934, 0.014727697, 0.05308654, 0.12042237, -0.017669594, -0.07808603, 0.0048163836, 0.018596541, 0.06493992) * inp_4_2_2; + result5 += M4(0.0067139687, 0.101980716, -0.001467414, -0.022055823, -0.07089152, 0.023150241, 0.06143623, 0.13319266, 0.021403829, -0.06441946, -0.07837208, -0.08555556, 0.048455454, -0.055370606, -0.008777598, -0.067619644) * inp_4_0_0; + result5 += M4(0.06299573, 0.0694496, -0.02355668, 0.016515087, 0.009210382, 0.2317184, -0.13319677, -0.12901282, -0.036084894, -0.19126743, 0.08616549, 0.1647108, 0.06015041, 0.053908084, 0.0023197848, 0.02868088) * inp_4_1_0; + result5 += M4(0.016184002, -0.06385534, -0.0069241403, -0.016221732, 0.011261477, -0.26767784, 0.13419166, 0.005600115, 0.014511272, 0.16190852, 0.0014980324, -0.044342972, -0.029294515, 0.07759389, -0.04592539, -0.006113919) * inp_4_2_0; + result5 += M4(0.022520848, -0.14130425, 0.14123547, 0.017650397, 0.066217795, 0.017222993, -0.029707044, -0.20671672, -0.10328116, 0.14436105, -0.016222207, 0.15590505, -0.0037517902, -0.034283895, 0.19148032, 0.118120655) * inp_4_0_1; + result5 += M4(-0.13866368, 0.019695874, -0.018726783, -0.03270777, 0.0942777, -0.19477776, -0.07902067, 0.24199449, 0.14636786, -0.23270541, -0.0018839167, -0.21790878, -0.032929055, -0.18814297, -0.07475442, -0.14180273) * inp_4_1_1; + result5 += M4(0.02820381, 0.0682863, -0.051858384, 0.054645386, -0.14583005, 0.29032186, 0.026800634, -0.021782506, -0.037566718, 0.12613487, -0.07267983, 0.06618848, -0.03938298, 0.14742443, -0.08546988, 0.053001214) * inp_4_2_1; + result5 += M4(0.052142162, 0.13228115, 0.009862695, 0.023649622, -0.025289174, -0.15708312, -0.088770606, 0.083124086, -0.07574738, 0.10176504, 0.12625548, -0.13501489, -0.06297931, 0.17344275, -0.018660393, -0.023017982) * inp_4_0_2; + result5 += M4(0.0055391854, -0.10656896, -0.053955663, 0.0052430704, -0.097375184, 0.29771227, 0.25851175, -0.09908795, -0.009014458, 0.16064617, 0.080471516, 0.11703861, 0.08994521, 0.10502204, -0.021708753, 0.11845801) * inp_4_1_2; + result5 += M4(-0.048627034, -0.06797048, 0.016216736, -0.05052972, 0.15910245, -0.27759206, -0.15582141, -0.005995229, 0.08887073, -0.1826213, -0.1316133, -0.013729179, -0.022035563, -0.25437498, 0.08025752, -0.07184568) * inp_4_2_2; + result6 += M4(0.044308282, 0.025488498, 0.05594153, -0.05416072, 0.13203214, 0.06753707, -0.0023978339, 0.18478529, -0.17304857, 0.101482175, 0.0024858436, -0.34406888, 0.09784267, 0.066286616, 0.03798415, -0.092677094) * inp_4_0_0; + result6 += M4(0.021243699, -0.04516274, -0.033004258, -0.019549388, -0.07461409, 0.1450404, -0.04463726, -0.026817013, 0.066512585, -0.12459353, -0.008416445, 0.07361641, -0.03096993, -0.13719468, -0.05955316, 0.16906375) * inp_4_1_0; + result6 += M4(-0.15164073, 0.019078057, 0.0073003327, 0.042510647, 0.09384301, -0.17922041, 0.0320737, -0.15534379, 0.18047257, -0.01888262, 0.009418764, -0.022491198, -0.09982094, 0.06324742, 0.014051534, 0.08451929) * inp_4_2_0; + result6 += M4(0.05103094, 0.0443649, -0.06101686, 0.007653921, -0.16180655, -0.103094056, 0.035351828, -0.18181428, -0.22629482, -0.068506874, 0.11467742, 0.4694487, -0.19255061, -0.028179068, -0.075225875, 0.08804579) * inp_4_0_1; + result6 += M4(-0.043194804, -0.05433353, -0.037140585, 0.11196493, 0.093783796, -0.27605647, 0.14050849, -0.04723306, -0.020268092, 0.09326623, -0.10796552, -0.026958654, -0.024772448, 0.10214866, -0.037890706, -0.08556269) * inp_4_1_1; + result6 += M4(0.16427113, 0.034044467, 0.06136014, -0.21967156, -0.21288452, 0.28887758, -0.172244, 0.26439053, -0.13076742, -0.012575406, 0.03261076, -0.16700041, 0.14887321, -0.07260062, 0.09018352, -0.10970083) * inp_4_2_1; + result6 += M4(0.024294958, 0.0032530297, -0.0012189514, -0.0097949365, 0.16404699, 0.041336164, -0.083487704, -0.024220962, 0.12904127, 0.015196763, 0.027456105, -0.37527037, 0.17427562, -0.04217786, 0.06367421, -0.21986808) * inp_4_0_2; + result6 += M4(0.014084739, -0.0168991, 0.0009432791, -0.017251626, -0.020731041, 0.17111388, -0.09091587, -0.07133821, 0.1048487, 0.063251704, 0.0074808015, 0.17153834, 0.05291499, -0.0006310075, 0.008294677, 0.1180893) * inp_4_1_2; + result6 += M4(-0.15241075, 0.0035593053, -0.00624391, 0.14426245, 0.032171305, -0.15378803, 0.16888782, 0.072508365, 0.07654744, -0.04335074, -0.070405066, 0.19946066, -0.11937694, 0.077668935, -0.0641714, 0.022578862) * inp_4_2_2; + result7 += M4(0.017135773, 0.018690111, -0.06841096, -0.041809015, 0.0805089, -0.40369505, 0.2335265, 0.15973143, -0.051266886, 0.2427192, 0.040632907, 0.14885743, -0.016954076, 0.121225014, 0.006422872, 0.052987777) * inp_4_0_0; + result7 += M4(0.0075590657, -0.0022050105, 0.10373155, 0.08656458, -0.10025948, 0.25479397, -0.15535678, -0.23868866, -0.039126217, -0.18670776, 0.21968146, 0.0011423411, 0.029990757, -0.088166706, 0.17645246, 0.12121092) * inp_4_1_0; + result7 += M4(0.040064245, 0.018737443, -0.06737521, -0.061158046, -0.02565594, 0.15758239, -0.02481606, 0.08548726, 0.020377109, -0.097618155, -0.38672185, -0.050468203, 0.023587793, -0.09760693, -0.26691318, -0.102024) * inp_4_2_0; + result7 += M4(-0.0099827545, 0.03471192, 0.04759566, 0.1910697, 0.07985401, 0.1682725, -0.059318587, -0.1274626, -0.09218542, 0.11816272, 0.11611205, -0.42447686, -0.023205746, 0.24017681, 0.103090435, -0.22261634) * inp_4_0_1; + result7 += M4(-0.054445375, -0.014931132, 0.043233328, -0.026441915, 0.20068635, 0.18636495, 0.023687394, 0.022134768, 0.20138405, 0.058984768, -0.21165341, 0.31898335, -0.115309715, -0.091727875, -0.115306035, 0.02904126) * inp_4_1_1; + result7 += M4(-0.052231137, 0.036142398, -0.03759442, -0.087181486, -0.1576626, -0.35646844, 0.1027022, 0.06850115, 0.04091541, 0.14296418, 0.0629611, 0.06765649, 0.040580392, 0.11834344, 0.1645329, 0.18389781) * inp_4_2_1; + result7 += M4(-0.03366217, -0.0974378, 0.025939547, -0.047567982, -0.12572405, 0.25225767, -0.26331222, -0.08779757, 0.23746222, -0.43887892, -0.049046658, -0.17171694, 0.09011503, -0.3227351, 0.015421781, -0.0031851523) * inp_4_0_2; + result7 += M4(0.06450087, 0.055835392, -0.11159074, -0.06062758, -0.2047267, -0.3726855, 0.2099878, 0.25696737, -0.23837522, 0.20669767, -0.027362252, -0.053709537, 0.030510107, 0.10418641, -0.11958935, -0.040552597) * inp_4_1_2; + result7 += M4(0.014593578, -0.033638243, 0.060211588, 0.06594355, 0.2603595, 0.06203487, -0.076146714, -0.13112289, -0.06309668, -0.050723862, 0.22793618, 0.14452495, -0.07672901, 0.019369863, 0.027004028, -0.046256606) * inp_4_2_2; + const V4 inp_5_0_0 = inp[5][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_5_1_0 = inp[5][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_5_2_0 = inp[5][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_5_0_1 = inp[5][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_5_1_1 = inp[5][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_5_2_1 = inp[5][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_5_0_2 = inp[5][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_5_1_2 = inp[5][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_5_2_2 = inp[5][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.12538795, -0.17706737, 0.033370897, 0.09464653, -0.05764137, -0.0063253776, -0.03580037, 0.11123787, 0.0038914338, 0.04481374, 0.03775417, -0.11173051, -0.079021424, -0.14563695, 0.106015705, -0.061071947) * inp_5_0_0; + result0 += M4(0.06758217, 0.047142018, -0.036441542, 0.057116628, -0.01320497, -0.030413777, 0.006656349, -0.13534944, -0.0040195393, -0.024321666, -0.044406462, 0.09496461, 0.09121636, -0.053142495, -0.026292864, 0.029509839) * inp_5_1_0; + result0 += M4(0.0072088335, 0.021367133, 0.0073866486, -0.11809892, 0.03631612, 0.019892165, 0.070479855, 0.014419074, 0.016187102, -0.019440925, -0.021039497, 0.07567032, 0.08715442, -0.002510397, 0.008328683, -0.08357671) * inp_5_2_0; + result0 += M4(-0.03192295, 0.025614586, -0.049887937, -0.027824696, 0.10195073, -0.33574796, -0.010086636, 0.025905346, -0.06760916, 0.12456585, -0.07213603, 0.021872634, -0.2126507, 0.4914793, -0.08158861, -0.06890229) * inp_5_0_1; + result0 += M4(-0.041974064, 0.036901053, 0.13773857, -0.05619388, -0.10705063, 0.20076025, 0.026454043, 0.18273997, 0.006638295, -0.1087512, -0.047957376, -0.08504458, 0.105832115, -0.10693272, 0.066710316, 0.17692564) * inp_5_1_1; + result0 += M4(0.026623521, -0.064859495, -0.08443886, 0.09045106, -0.041095257, 0.0076869577, -0.011558459, -0.09730057, -0.028246198, 0.08125106, 0.076713726, -0.030985007, 0.007305034, 0.017981568, -0.021395765, 0.011873458) * inp_5_2_1; + result0 += M4(0.031847816, 0.021197213, 0.00049696985, -0.030807706, -0.049975883, 0.16061936, -0.031776126, -0.030924533, 0.124924935, -0.15408458, 0.07472158, 0.06457963, 0.32560468, -0.2570337, 0.055262256, 0.096754454) * inp_5_0_2; + result0 += M4(0.08915872, 0.03078074, -0.037506226, 0.07930683, 0.11823958, -0.08531404, 0.052240424, -0.11235662, -0.07853543, 0.11304013, 0.013092471, -0.0015514621, -0.2234087, 0.10088352, -0.15610576, 0.005131741) * inp_5_1_2; + result0 += M4(0.007509421, 0.046632674, 0.023872143, -0.064227395, -0.01695519, -0.027720103, -0.078152426, 0.042785607, 0.024547374, -0.029797457, -0.03082168, -0.017860532, -0.103638716, -0.013803609, 0.057733476, -0.09854992) * inp_5_2_2; + result1 += M4(0.039733548, -0.042001836, 0.055635277, 0.04216178, -0.06361464, -0.041451015, 0.19088393, -0.065670684, 0.026497183, -0.049308974, 0.0534363, -0.009015683, 0.032422986, 0.053028848, -0.098192245, 0.08213151) * inp_5_0_0; + result1 += M4(0.17154138, 0.022983605, -0.029087452, 0.043622673, 0.11283077, 0.05412757, 0.05506585, 0.045022067, 0.09137942, -0.06406797, -0.062166736, 0.042838246, 0.37491712, 0.1493165, 0.11722951, -0.058154702) * inp_5_1_0; + result1 += M4(-0.21599892, -0.03128542, 0.027702667, -0.09056188, 0.018671572, -0.030739408, -0.04150886, 0.030507224, 0.121971846, 0.08206713, 0.08530373, -0.037631657, -0.46243232, -0.052285265, 0.012893623, 0.061954353) * inp_5_2_0; + result1 += M4(-0.050867055, 0.024730077, -0.026715335, -0.09740769, -0.028623533, 0.065677665, -0.079506144, 0.06832926, 0.043190908, 0.033526063, -0.113026895, -0.1009218, -0.043213826, -0.08680609, -0.13204189, -0.0039272597) * inp_5_0_1; + result1 += M4(-0.036619224, -0.007971831, -0.05950999, 0.0062168306, 0.15270035, -0.12509625, 0.02345804, -0.09417169, -0.1423029, 0.037139986, 0.017347166, -0.033532616, -0.17807943, -0.15731214, -0.04971584, -0.0768005) * inp_5_1_1; + result1 += M4(-0.0114677325, -0.02283459, -0.09357792, 0.09349848, -0.06325829, 0.04114645, -0.03329525, -0.058348294, -0.07537504, -0.13709094, 0.055473957, 0.0226605, 0.23652865, 0.09778156, 0.15412241, -0.24937893) * inp_5_2_1; + result1 += M4(0.048078924, -0.019050054, 0.016917054, 0.030526506, 0.02340928, -0.03556381, 0.011730207, -0.0011570702, -0.03529201, -0.0133671, -0.09198627, 0.122205, 0.056481685, 0.0729371, 0.0925263, -0.053930525) * inp_5_0_2; + result1 += M4(0.07334615, 0.1180473, 0.15659824, -0.0007509436, -0.09728862, 0.16508797, -0.08917536, 0.0160592, -0.004857135, -0.08471394, 0.084374286, 0.09267815, -0.12748237, 0.09707601, -0.05927299, 0.10697107) * inp_5_1_2; + result1 += M4(-0.039780658, -0.029034305, -0.057859436, -0.03231921, -0.0068925587, -0.04703375, 0.0023841895, 0.06738706, 0.033502195, 0.057173014, 0.0044756765, -0.13607016, 0.10358131, -0.26273218, -0.013164138, 0.18199621) * inp_5_2_2; + result2 += M4(-0.052543424, 0.014710373, -0.0057736617, 0.08522451, 0.026034985, -0.04102235, 0.058372304, 0.0063199326, 0.11028566, 0.043318674, 0.022495687, -0.25429934, -0.036295574, -0.014899116, -0.22673567, 0.24962993) * inp_5_0_0; + result2 += M4(0.019369684, 0.027888443, -0.02104776, 0.043067362, -0.076630756, -0.029607676, 0.09296911, -0.060853895, -0.1020929, -0.09196976, -0.13574466, 0.2563018, -0.14132284, 0.039485045, 0.056680527, -0.079582155) * inp_5_1_0; + result2 += M4(-0.03782235, 0.022102837, -0.043717843, -0.039992917, 0.004871924, 0.0679612, -0.037568375, 0.0290175, -0.0152465915, 0.027891314, -0.044888817, -0.08299678, -0.013869845, -0.08747639, -0.20324095, -0.025232939) * inp_5_2_0; + result2 += M4(-0.08821138, 0.025046842, -0.00575991, -0.060615513, -0.138619, -0.06742541, -0.062541574, 0.089151815, -0.02544231, 0.08355427, 0.0072762948, 0.010731043, 0.12641594, 0.30684164, 0.004015204, -0.57477236) * inp_5_0_1; + result2 += M4(-0.0068541886, -0.18145774, -0.052009147, 0.059358474, 0.3192831, 0.05442601, -0.17448266, 0.20625395, -0.041425575, 0.10807071, 0.23518895, -0.17611882, -0.2596733, -0.31721514, 0.061145414, 0.17114498) * inp_5_1_1; + result2 += M4(0.13023628, 0.057651963, 0.18604223, -0.047792114, -0.012805066, 0.022483036, 0.13355188, -0.13243365, 0.049469158, -0.072154425, -0.101170115, 0.23615439, 0.2998239, 0.09128072, 0.4327402, -0.008857104) * inp_5_2_1; + result2 += M4(0.032647498, -0.0122189745, 0.10082313, -0.035950176, 0.007602351, 0.09051728, 0.06618509, -0.010261176, -0.0536385, -0.14813672, 0.05235227, 0.054942228, 0.020328801, -0.24346767, 0.07828201, 0.37981224) * inp_5_0_2; + result2 += M4(0.008272847, 0.0694402, -0.12220309, 0.011491192, -0.03087258, -0.096640445, -0.1051847, -0.114989415, 0.034320395, 0.060668178, -0.12066905, 0.008504789, -0.06641183, -0.021153193, -0.04901536, 0.03156743) * inp_5_1_2; + result2 += M4(-0.005594122, -0.036582265, -0.01919619, 0.033224173, -0.074299954, -0.018329676, -0.03969478, 0.089201115, 0.0024482494, -0.0038763222, 0.09853756, -0.04654667, 0.0021599468, 0.19532499, -0.16179824, -0.09390162) * inp_5_2_2; + result3 += M4(0.09663635, 0.07025168, -0.09856904, 0.025483437, -0.015169669, -0.12898952, -0.07355034, -0.10287106, 0.05671324, 0.03067334, -0.10018305, 0.05669348, 0.0342869, 0.1979965, -0.050640557, 0.10550753) * inp_5_0_0; + result3 += M4(-0.0043102796, -0.015201277, 0.08915882, -0.029545022, 0.029508129, 0.17385557, -0.030637436, 0.14616331, -0.107492834, -0.03530821, 0.0678429, -0.0773573, -0.004454621, -0.12022113, -0.13304807, 0.1676008) * inp_5_1_0; + result3 += M4(0.072616495, -0.054806348, -0.1169866, -0.035434797, -0.034860022, 0.00038935104, -0.058359485, -0.0036739225, 0.031299744, 0.08819489, 0.0811736, 0.023157185, -0.0024393, -0.17614454, -0.060258776, -0.16547444) * inp_5_2_0; + result3 += M4(-0.014998284, -0.041016858, -0.12470254, 0.09202743, 0.023972176, 0.08870349, -0.1787259, 0.103423126, 0.07275725, 0.0023552119, 0.07062495, 0.07969913, 0.13777788, -0.18083371, 0.4212479, -0.011924291) * inp_5_0_1; + result3 += M4(-0.089802906, 0.032301735, 0.031482782, 0.119482316, 0.1608841, -0.0809534, 0.2640061, 0.035738807, -0.1129705, -0.0277604, -0.22253743, -0.015984379, -0.28487992, 0.12840585, 0.18445085, 0.035733514) * inp_5_1_1; + result3 += M4(-0.052571196, -0.03657074, -0.052217558, -0.012803113, -0.08775772, -0.0023987668, 0.105793156, 0.04683318, 0.045479923, -0.01142437, -0.018321373, -0.01992719, -0.14623097, 0.20100105, 0.17371573, 0.30050993) * inp_5_2_1; + result3 += M4(0.011565542, -0.017645359, 0.06862165, -0.023956323, -0.03203005, 0.0416898, 0.07196335, 0.13958474, -0.15351433, 0.01721702, 0.1465017, -0.26794234, -0.15048897, 0.04994935, -0.29378742, -0.08143274) * inp_5_0_2; + result3 += M4(0.057289027, -0.0048035886, 0.06220608, 0.1427603, -0.16878267, -0.009742923, -0.16486831, -0.24132164, 0.27816164, -0.0028979678, 0.06845825, 0.06608425, 0.37513673, -0.07616081, 0.04942137, -0.36313415) * inp_5_1_2; + result3 += M4(-0.06794344, 0.037267733, 0.09412483, -0.2970576, 0.12657434, -0.083451554, -0.04929, -0.23548357, -0.117652915, -0.017367644, -0.05528746, 0.16221754, 0.061245136, 0.01926565, -0.28234965, -0.12939163) * inp_5_2_2; + result4 += M4(0.15919274, -0.2352399, -0.027001522, 0.011794996, -0.005605608, 0.0753576, 0.07405123, -0.059102695, 0.13596448, -0.06231513, -0.09439786, -0.07043925, 0.1049117, -0.12221862, -0.13036881, 0.0361829) * inp_5_0_0; + result4 += M4(-0.12890676, 0.2143314, -0.083037764, -0.061826643, 0.26498833, -0.27983838, -0.22267726, 0.090435095, -0.08602059, 0.078088894, -0.018602906, 0.07772672, 0.070503466, -0.08374654, 0.054432746, -0.13503996) * inp_5_1_0; + result4 += M4(0.0976321, -0.004863866, -0.012830247, -0.034712963, -0.12264718, 0.11958626, 0.06819412, -0.035324343, 0.10050465, -0.13896488, 0.013326097, -0.017619215, -0.07793749, 0.17711249, 0.06459463, 0.065628685) * inp_5_2_0; + result4 += M4(0.0043472964, 0.0975239, 0.00946547, 0.03740403, -0.06971512, -0.12816209, -0.036240365, 0.024053996, 0.06892173, -0.0078081493, -0.039134935, -0.03122705, 0.0710562, 0.13417275, 0.008950148, -0.20767659) * inp_5_0_1; + result4 += M4(0.02696642, -0.06885586, 0.052671142, 0.08137575, -0.110400714, 0.26312602, 0.02416817, -0.13747083, -0.05288019, -0.052245412, 0.13848673, 0.032964647, -0.20216852, 0.13874042, -0.020752853, 0.30638573) * inp_5_1_1; + result4 += M4(-0.08535335, 0.035079423, -0.041248526, -0.101347506, 0.1124725, -0.058124762, 0.0028557598, 0.042990737, -0.027759358, 0.077415116, 0.05132201, -0.030039128, 0.29957578, -0.099580735, -0.10974999, -0.014382098) * inp_5_2_1; + result4 += M4(0.04081195, 0.008900291, 0.042645026, -0.06945793, 0.10729198, 0.024537727, -0.046411354, -0.01433302, -0.26673356, 0.08557017, 0.11534116, 0.047061004, -0.26079518, 0.054291304, 0.036473196, 0.108143024) * inp_5_0_2; + result4 += M4(0.027781505, 0.0023564368, -0.0049965223, 0.05681681, -0.09201082, -0.012938089, 0.07617585, 0.029817618, 0.18897806, -0.039726242, -0.121029, 0.018959995, 0.08016216, -0.14434427, -0.02871063, -0.10434042) * inp_5_1_2; + result4 += M4(-0.14782174, -0.041680753, 0.041040547, 0.10798461, -0.08963502, -0.015004887, 0.022423565, 0.058535255, -0.057570715, 0.02233099, -0.059966974, 0.005028972, -0.13044427, -0.0745775, 0.158964, 0.0107603185) * inp_5_2_2; + result5 += M4(-0.0015846442, 0.094563164, 0.051954318, -0.0131830815, 0.0039807884, 0.1040578, 0.014530973, -0.12246464, 0.02444737, 0.066585876, -0.011484672, -0.008271352, -0.056051057, 0.2380608, 0.15623197, 0.16036496) * inp_5_0_0; + result5 += M4(0.07810338, -0.040848944, -0.032041945, 0.045813404, -0.021590723, -0.15069222, -0.04847944, 0.14501797, 0.003630006, 0.028882813, -0.09030403, 0.03472953, 0.033597857, 0.28481737, -0.2274971, -0.07463222) * inp_5_1_0; + result5 += M4(0.058220297, 0.028320555, -0.07791807, -0.0074313777, 0.07435074, 0.11644624, -0.03200917, 0.007277774, 0.011112213, -0.04187249, 0.0423916, 0.040869933, 0.10615221, -0.27252868, 0.13378462, -0.0654341) * inp_5_2_0; + result5 += M4(-0.035303652, -0.09892366, 0.1929221, 0.003923178, -0.041255888, -0.09586077, 0.038282506, 0.08871395, -0.015094494, -0.11107384, -0.08858581, 0.03522995, 0.096785754, -0.3688781, 0.17809628, -0.18618508) * inp_5_0_1; + result5 += M4(0.023333387, -0.09871771, -0.10783878, -0.052210964, 0.19537325, -0.09455233, -0.011738294, -0.05190921, -0.117435135, 0.26782718, 0.12040811, -0.045538735, -0.14313774, 0.20366587, -0.16903324, 0.1851143) * inp_5_1_1; + result5 += M4(-0.12624918, 0.11213717, -0.061405014, -0.08665405, -0.11156531, 0.003680333, 0.01176449, -0.047786757, 0.028786523, -0.20416893, 0.028391425, -0.017634254, -0.11254412, 0.12574081, 0.020457778, -0.059840277) * inp_5_2_1; + result5 += M4(0.020505205, -0.0021827312, -0.0060958774, 0.005508138, 0.018252263, 0.28028834, 0.002917863, 0.00965132, 0.053401984, -0.07104752, 0.13239692, 0.0126258265, 0.08490091, -0.23758654, -0.06202464, 0.23091605) * inp_5_0_2; + result5 += M4(0.0077209976, 0.050149977, 0.06333801, 0.051200464, -0.054400895, -0.1465781, 0.18075615, 0.015883477, 0.07363807, -0.1335688, -0.17303875, -0.029910304, 0.02543652, 0.04771288, 0.10433472, -0.13532774) * inp_5_1_2; + result5 += M4(-0.009202275, -0.04985019, 0.006227104, 0.053707894, 0.049618628, -0.028988192, -0.14802694, -0.0125083765, -0.077834696, 0.15061891, 0.035964802, -0.012316966, -0.020467617, -0.07517761, -0.12697762, -0.0407306) * inp_5_2_2; + result6 += M4(0.11749337, -0.0041994485, -0.0033218379, -0.17654829, 0.031927884, 0.08650058, -0.01619122, -0.15220545, 0.021221777, -0.05043898, 0.10411399, -0.102081805, 0.5124503, -0.11151461, -0.032794956, 0.27788696) * inp_5_0_0; + result6 += M4(-0.17151701, -0.04830134, -0.086866245, 0.14922944, -0.13511623, -0.039114468, -0.026849365, -0.11072022, -0.044060916, -0.1153506, -0.10684367, -0.03018633, -0.27574965, 0.20939083, -0.12436983, 0.077444986) * inp_5_1_0; + result6 += M4(0.21835768, 0.029492378, 0.013757336, -0.03415733, 0.24190073, -0.11453161, 0.04461165, -0.044283062, -0.05482468, 0.10801138, -0.012973663, 0.043469712, -0.005479234, -0.15278953, 0.07343052, -0.10378721) * inp_5_2_0; + result6 += M4(-0.0988602, 0.04972977, 0.015094182, 0.13170429, -0.13265008, -0.02665333, 0.14110991, 0.06484379, 0.10205358, 0.012648714, -0.07416709, 0.002834422, -0.0013153465, 0.14529635, -0.091737576, -0.49994466) * inp_5_0_1; + result6 += M4(-0.008588484, -0.019879313, 0.0042196796, -0.0020848012, 0.022692628, -0.039439008, -0.05558708, 0.025100777, 0.05790457, 0.14941314, 0.020532379, 0.10532647, 0.18212442, -0.2884669, 0.22208588, -0.16607498) * inp_5_1_1; + result6 += M4(-0.03438412, -0.04132556, 0.04840272, 0.078803845, -0.27279317, 0.080534674, -0.10949577, 0.114236854, 0.17479116, -0.11296241, 0.05189745, -0.11447913, -0.19893306, 0.18992762, -0.104813546, 0.5200463) * inp_5_2_1; + result6 += M4(0.064419344, -0.021741396, 0.037183467, -0.15840925, 0.002949704, 0.05971682, -0.05844899, -0.045556515, 0.054392796, 0.050238416, -0.034121957, 0.15061119, 0.09030789, 0.053389825, -0.05272699, 0.3602377) * inp_5_0_2; + result6 += M4(0.0028544064, 0.0359422, -0.0025043678, 0.06292965, 0.14914134, 0.08135933, -0.013777253, 0.027368024, -0.10688127, -0.14877628, 0.07124611, -0.16738887, -0.19469441, 0.03316387, -0.099604376, -0.30108678) * inp_5_1_2; + result6 += M4(-0.08297835, 0.047238495, -0.046149343, -0.085066915, 0.085642494, -0.0299211, 0.08030442, 0.020379808, -0.18670659, 0.08061582, -0.006504434, 0.11738786, -0.06797933, -0.08062544, 0.18035586, -0.12825398) * inp_5_2_2; + result7 += M4(0.023427464, -0.0592664, 0.04239931, -0.009862554, -0.0347714, 0.01604674, -0.02083753, 0.032719303, 0.021336092, 0.1678245, -0.1386868, -0.20778543, 0.08592817, -0.56207585, 0.17005649, 0.11919251) * inp_5_0_0; + result7 += M4(0.00048175573, -0.0784491, 0.015452096, 0.14095198, -0.015037568, 0.0059051914, -0.021512652, 0.001322834, -0.052088168, 0.019981496, 0.12251787, 0.095102206, 0.01856328, 0.24857953, -0.27912256, -0.069849394) * inp_5_1_0; + result7 += M4(0.020901954, -0.121466205, -0.10375199, -0.08626548, 0.020931909, 0.0039074607, 0.065055266, -0.0074178074, 0.03547901, 0.018760826, 0.14362428, 0.031234657, -0.0033339185, 0.20920299, 0.5041963, -0.028568998) * inp_5_2_0; + result7 += M4(0.06437751, 0.13272399, 0.0687732, -0.17468737, -0.026636008, -0.008573086, 0.08019944, -0.24965514, 0.09127498, -0.22324795, -0.11654162, 0.27585655, 0.16895711, 0.02685719, -0.081596695, 0.20349391) * inp_5_0_1; + result7 += M4(0.014344518, 0.17459482, -0.11667806, 0.081070945, 0.18960822, 0.24532762, -0.08090209, 0.17812389, -0.12604299, -0.1504234, 0.044998974, -0.06994304, -0.08102392, 0.2217348, 0.16338113, -0.18624873) * inp_5_1_1; + result7 += M4(0.022116417, 0.049126387, -0.024459139, 0.040302206, 0.03531449, -0.017790953, -0.036707614, 0.06660101, 0.08406968, 0.11836295, 0.018978488, -0.060391184, -0.12685144, -0.32392153, -0.1405334, -0.06477896) * inp_5_2_1; + result7 += M4(-0.050599445, -0.03487859, 0.03513395, -0.058074694, 0.075107016, -0.0904874, -0.013271139, -0.1877873, -0.13608843, 0.11128804, 0.24571428, 0.11673454, -0.3254348, 0.53977436, -0.28361246, 0.020937078) * inp_5_0_2; + result7 += M4(-0.02630545, 0.0070058065, 0.01148968, -0.053447608, -0.22996545, 0.04018201, 0.038495317, 0.03716421, 0.1865532, 0.10125895, -0.20279185, -0.17076509, -0.047426227, -0.30395317, 0.14271244, 0.16955411) * inp_5_1_2; + result7 += M4(-0.08777389, -0.04563901, 0.092205815, 0.0770433, -0.009193931, -0.12269911, 0.04667751, 0.054749895, -0.08527041, -0.18231963, -0.08446207, -0.0031362448, 0.29093665, -0.05320954, -0.13839446, -0.13489588) * inp_5_2_2; + const V4 inp_6_0_0 = inp[6][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_6_1_0 = inp[6][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_6_2_0 = inp[6][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_6_0_1 = inp[6][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_6_1_1 = inp[6][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_6_2_1 = inp[6][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_6_0_2 = inp[6][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_6_1_2 = inp[6][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_6_2_2 = inp[6][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.003885865, -0.17367846, -0.115702316, 0.16005467, 0.0054171863, -0.006517093, 0.01881867, 0.04067007, -0.05435817, 0.20987517, -0.01849731, -0.03217238, 0.039768774, 0.11673745, 0.037540156, -0.012170512) * inp_6_0_0; + result0 += M4(-0.04915565, -0.1576375, 0.06850784, -0.01426467, -0.07146627, -0.010806282, -0.0039841826, -0.015949907, 0.008444401, 0.08969168, -0.03372666, 0.12811632, -0.03974165, -0.04397589, -0.18107662, 0.08669143) * inp_6_1_0; + result0 += M4(-0.00093427766, -0.037692107, 0.073429525, 0.04759371, 0.072586775, 0.01575273, -0.027800428, -0.045728527, -0.0018874968, 0.011111937, 0.0021887152, -0.0017890491, 0.057684638, 0.19891563, 0.031319413, -0.107387446) * inp_6_2_0; + result0 += M4(0.09706745, -0.13520981, -0.004607672, -0.044235628, -0.041389823, 0.05660601, -0.015205712, -0.031884518, -0.042764135, 0.8671236, -0.18133977, -0.13428198, 0.08791542, 0.45370406, -0.1700042, -0.005459713) * inp_6_0_1; + result0 += M4(-0.22233512, 0.06125669, 0.06638054, 0.0591306, 0.08370313, -0.003793231, -0.019101411, 0.029437529, 0.19808461, 0.08880209, 0.06306049, -0.28664103, 0.18521832, -0.2158601, -0.0390428, -0.08190038) * inp_6_1_1; + result0 += M4(0.014413573, 0.061382413, -0.07634588, -0.12338554, -0.08820105, -0.010935865, 0.015936904, 0.03581969, 0.051875338, -0.080408216, 0.09475845, -0.17602344, 0.2042009, -0.09845761, -0.04875059, 0.018731527) * inp_6_2_1; + result0 += M4(-0.18976097, 0.25620154, -0.08376923, -0.110293545, 0.055588137, -0.07692648, -0.03417093, -0.019654926, -0.11892768, 0.3040267, -0.025986234, -0.071423784, 0.095949076, 0.19911765, -0.0061686714, -0.120961234) * inp_6_0_2; + result0 += M4(0.2744052, 0.08042611, 0.07391127, 0.08492105, -0.035667446, 0.029898237, -0.016314445, -0.019735733, -0.6038559, 0.05894893, -0.119702846, 0.0097181015, -0.079259954, -0.058996323, -0.12268202, -0.1193688) * inp_6_1_2; + result0 += M4(-0.046171267, 0.031262174, 0.028548973, -0.05362392, 0.0057377717, 0.0129016405, 0.07584634, 0.024564797, -0.32369843, 0.045339856, 0.06644988, 0.052206177, 0.12024735, 0.05930798, 0.022070026, -0.06579911) * inp_6_2_2; + result1 += M4(-0.046241716, -0.024472289, 0.1843314, 0.037505005, 0.033838384, 0.08822825, 0.037532493, 0.014932202, -0.023956422, -0.05457669, -0.004194942, -0.010887913, -0.14629191, -0.19171734, 0.0029604908, -0.021797882) * inp_6_0_0; + result1 += M4(0.5365311, 0.37141398, 0.13879834, 0.19816291, 0.15164731, -0.09058792, 0.12928675, -0.086648524, -0.041124288, -0.07925421, -0.11354387, -0.020083841, -0.4031925, -0.012262253, -0.2475933, -0.0069691967) * inp_6_1_0; + result1 += M4(-0.14957668, -0.045287687, 0.047331795, -0.042723533, -0.16956678, 0.025314579, -0.061200775, 0.047589716, -0.32226026, -0.11580966, -0.08989654, -0.06745259, -0.32355902, 0.0058620097, -0.043646835, -0.0498151) * inp_6_2_0; + result1 += M4(-0.047738675, -0.12124872, 0.042676702, 0.0011268207, -0.10995072, 0.0020375038, -0.12557913, 0.04031263, -0.025224853, -0.18724422, 0.10068732, 0.06354722, 0.007086582, -0.21809225, 0.09507718, -0.043279514) * inp_6_0_1; + result1 += M4(-0.16269927, -0.22360799, -0.12514202, -0.21360154, -0.0964605, -0.035868667, -0.07893717, 0.044458803, -0.2917345, -0.32253006, 0.3287736, 0.02422768, -0.19658425, -0.09783653, 0.04691931, 0.41060805) * inp_6_1_1; + result1 += M4(-0.09250478, 0.056079313, -0.14411782, 0.059837326, 0.20119993, 0.030612249, 0.1657229, -0.16718741, -0.043672252, -0.1185902, -0.020840827, -0.30506852, 0.12518395, 0.01598942, -0.059582528, 0.18441154) * inp_6_2_1; + result1 += M4(-0.09172216, -0.009629782, -0.015602421, -0.010753845, 0.0412345, -0.079077095, 0.038258307, -0.055685762, 0.01157887, 0.011026738, 0.09052996, 0.055642277, -0.003940355, -0.2798258, -0.13360977, -0.028775064) * inp_6_0_2; + result1 += M4(-0.009138351, 0.03494962, 0.0065306383, -0.08578752, -0.04170868, 0.042906422, -0.055335607, 0.055502962, -0.04867051, 0.07057223, 0.36558217, -0.48015314, -0.086553805, -0.06933616, 0.032815017, 0.18096568) * inp_6_1_2; + result1 += M4(0.014673894, -0.10610835, -0.0074351965, 0.09575077, -0.012424165, -0.012328801, -0.036995895, 0.09634815, 0.03006763, 0.040278666, 0.04421665, -0.46538246, 0.035986736, 0.08071736, -0.104177855, 0.0718706) * inp_6_2_2; + result2 += M4(-0.31740284, 0.059834976, -0.12516943, 0.21496852, -0.019484386, -0.0051678107, -0.035136268, -0.027692137, -0.05410684, 0.117962964, -0.029327452, -0.04639143, 0.26351282, 0.09548236, -0.0060033267, -0.42318338) * inp_6_0_0; + result2 += M4(-0.18309422, -0.0579642, 0.15696394, -0.027341, -0.068085045, -0.025108362, 0.021899814, -0.13785566, -0.17053324, 0.010922231, 0.09052589, 0.1461255, -0.027579466, 0.04450506, -0.17439415, -0.008762053) * inp_6_1_0; + result2 += M4(0.032779124, 0.029070573, -0.06505014, -0.29603273, 0.10559334, 0.03302554, -0.02377318, 0.083711565, 0.11515588, -0.019546265, 0.119034596, -0.104713164, 0.0066463873, 0.06770931, 0.100305505, -0.11877071) * inp_6_2_0; + result2 += M4(0.16633001, 0.014422609, -0.09622945, -0.05446224, 0.016851008, 0.04116402, 0.019642545, -0.050805446, 0.048982948, 0.24707416, 0.21375592, -0.13647313, 0.16030104, -0.046362497, 0.030269919, -0.051153775) * inp_6_0_1; + result2 += M4(0.1746362, -0.10411125, -0.12243904, 0.44436485, -0.0016834078, 0.016682133, 0.035821818, 0.18596077, -0.41486394, -0.08702639, 0.19862361, -0.2547863, -0.18779385, -0.30222958, -0.002257554, -0.20585369) * inp_6_1_1; + result2 += M4(0.24939948, 0.24979293, 0.2561073, -0.13550067, 0.023696458, -0.019741118, 0.032757834, -0.086387046, 0.43340343, -0.08596144, 0.25805432, -0.17595477, 0.06988567, -0.06416127, -0.013350372, -0.075818636) * inp_6_2_1; + result2 += M4(-0.094905846, 0.121916704, 0.005441626, -0.06689272, -0.050357603, -0.046910554, 0.033382565, 0.00027242082, 0.28802496, 0.2144044, 0.0828979, -0.45589492, 0.09909467, 0.12974453, 0.018491035, -0.018962549) * inp_6_0_2; + result2 += M4(0.0259535, -0.104768164, 0.008755583, 0.043755323, 0.011079157, -0.012618627, -0.008698899, -0.05797831, -0.16075389, 0.34838724, 0.015252601, 0.120890535, -0.07311199, -0.04821502, 0.06541705, -0.08120116) * inp_6_1_2; + result2 += M4(-0.13060059, -0.11998557, -0.08550533, 0.016290747, -0.025922386, 0.010260415, -0.06360269, 0.09484236, 0.39893705, 0.09323619, 0.06121475, -0.15588726, -0.18579265, -0.11277488, 0.089249864, 0.081140324) * inp_6_2_2; + result3 += M4(-0.0055520786, -0.045923326, -0.17481375, -0.08054028, -0.014413053, -0.0008735142, 0.07703627, 0.038434267, 0.019789943, 0.026607282, -0.0012448911, 0.0068359408, 0.050273024, -0.30316892, 0.17604847, 0.0063592475) * inp_6_0_0; + result3 += M4(0.05240217, 0.47661316, -0.23152032, 0.31951302, -0.044621706, 0.08766225, -0.11060321, 0.10980126, 0.037273157, -0.07633562, 0.16110106, 0.045141876, -0.08655233, -0.32549873, 0.05379652, 0.019600205) * inp_6_1_0; + result3 += M4(0.06175196, -0.33186746, -0.14788178, -0.25869834, 0.0406265, -0.08668249, -0.023833442, -0.10720952, -0.054560162, 0.028416842, -0.002276328, 0.008109136, 0.0995168, 0.051301323, -0.010780674, -0.025693351) * inp_6_2_0; + result3 += M4(0.006650491, 0.099566884, 0.23086767, 0.18198805, 0.1047502, 0.0015644347, 0.10156702, 0.030871691, -0.020316359, -0.098376416, 0.44006836, 0.08522969, -0.11513422, 0.0005242916, 0.18276834, 0.10067318) * inp_6_0_1; + result3 += M4(0.24261007, -0.19287121, 0.48799738, 0.06747219, 0.028229386, -0.013725357, 0.054624997, 0.08070467, -0.23071113, 0.046144582, -0.064592205, 0.04376498, -0.034646794, 0.04331316, 0.024823733, -0.074513644) * inp_6_1_1; + result3 += M4(-0.240307, -0.10129057, 0.103862576, -0.014216529, -0.10541394, 0.05458735, -0.03556984, 0.021761395, -0.07031119, -0.0024601298, 0.0155360885, 0.083334446, 0.33358607, 0.012461422, 0.09182094, -0.10588655) * inp_6_2_1; + result3 += M4(0.1044999, -0.004698021, -0.1328767, 0.08117239, -0.02970529, -0.022860704, -0.11876629, -0.006008861, 0.10634996, 0.00042160496, -0.0039613782, 0.060543217, -0.023358667, 0.023471134, 0.3270559, -0.045574088) * inp_6_0_2; + result3 += M4(-0.036294475, 0.011511422, -0.24680799, 0.08552303, -0.019035501, -0.07285136, 0.061031524, -0.24161075, 0.55607533, -0.07634268, 0.073619895, 0.5444011, -0.056061752, -0.033220883, 0.00736681, -0.23499887) * inp_6_1_2; + result3 += M4(-0.13168584, 0.032751307, -0.061029635, -0.38766843, 0.041274447, 0.058222577, 0.00040531284, 0.05686063, -0.28632, 0.020804059, 0.028954087, 0.54616255, -0.07638783, -0.040233895, 0.008185515, -0.16887456) * inp_6_2_2; + result4 += M4(0.021014899, -0.23257335, 0.10908116, 0.049677104, -0.010706699, -0.0025268975, -0.029650755, 0.006841183, -0.037175335, -0.12732197, 0.01224852, -0.038553767, -0.096872814, 0.08208579, 0.005065866, -0.004424213) * inp_6_0_0; + result4 += M4(0.30760583, -0.26594537, -0.52394587, -0.13480948, 0.11955684, -0.01214558, -0.009172044, 0.03540662, 0.040412627, 0.06440845, -0.03958064, -0.06775872, -0.3861563, 0.48515803, 0.4625485, -0.08201314) * inp_6_1_0; + result4 += M4(0.015019964, 0.2442031, 0.14843407, 0.025962237, -0.055135477, -0.011729094, 0.007888013, -0.04339612, 0.0429457, 0.023572879, -0.06579431, -0.063621506, 0.0130741, 0.0363486, 0.048632536, -0.18403007) * inp_6_2_0; + result4 += M4(-0.024319299, 0.021416951, -0.06855553, -0.01799857, 0.045002002, -0.026169091, -0.038566716, -0.15241143, -0.15876193, -0.060436662, 0.20814975, 0.051819265, -0.03171432, 0.18586141, 0.17319548, 0.051888224) * inp_6_0_1; + result4 += M4(-0.123705, 0.17268515, 0.046551656, 0.13121763, -0.09615399, 0.07168751, 0.041158095, 0.08131601, 0.06125031, -0.2981448, -0.15018675, -0.0992648, -0.18820827, 0.06574649, -0.081524566, -0.11516111) * inp_6_1_1; + result4 += M4(-0.020287178, -0.00111489, 0.0051764217, 0.014536235, 0.07059678, -0.017407784, 0.021701941, -0.015120534, 0.12757881, -0.1373812, -0.08626615, -0.34541667, 0.090520956, 0.10646134, -0.07697991, -0.35050184) * inp_6_2_1; + result4 += M4(0.17335932, -0.019487673, -0.023317473, -0.03052065, -0.04861947, 0.05373587, 0.030106997, 0.05198052, 0.18925032, 0.052510828, 0.0825563, 0.031150999, -0.085577086, -0.010539492, -0.11003846, 0.082292795) * inp_6_0_2; + result4 += M4(-0.035194226, 0.06864861, 0.11752793, -0.021350715, -0.053756166, -0.102056295, -0.051101096, -0.050833315, 0.5574561, 0.03408037, 0.08730504, 0.08215762, -0.10789154, -0.28758618, 0.15261382, -0.12433911) * inp_6_1_2; + result4 += M4(-0.20119852, -0.022785297, 0.11658091, -0.021930832, 0.033056416, 0.04350309, 0.031768203, 0.08722095, 0.22123894, -0.028785357, -0.17250648, -0.10282535, -0.17585056, -0.034084268, 0.045127608, -0.25899887) * inp_6_2_2; + result5 += M4(-0.008970008, 0.18330541, 0.058331963, 0.047766495, -0.02936956, 0.0648141, 0.017195985, 0.1038117, 0.0035972667, -0.0016248908, -0.11120426, 0.021144567, 0.025977716, -0.088254705, -0.22120368, -0.35272697) * inp_6_0_0; + result5 += M4(-0.025607567, -0.34691322, -0.1865639, 0.27761155, 0.02142925, 0.14584486, -0.07006324, -0.03045189, -0.123869784, 0.14772202, -0.0028367718, -0.07525895, -0.10506516, 0.06504072, 0.093665905, -0.38310507) * inp_6_1_0; + result5 += M4(0.16325177, 0.01959611, -0.16644342, -0.043497477, -0.015460847, -0.14936414, 0.060243372, -0.047759444, -0.056542724, -0.040623378, 0.15484227, 0.02120489, -0.17430803, -0.0724938, -0.06938763, -0.008402495) * inp_6_2_0; + result5 += M4(0.12771715, -0.054278955, 0.07622184, -0.12526777, -0.026307164, -0.14081536, 0.0025962244, -0.1617063, -0.015355412, -0.11567283, -0.17243865, 0.046503074, 0.012385835, -0.23852573, -0.23891959, 0.23359582) * inp_6_0_1; + result5 += M4(0.11043315, -0.3406223, 0.06754711, 0.0018288603, -0.010256961, -0.06685492, -0.006568543, 0.0017089872, -0.39755353, 0.15153097, 0.032098215, 0.027560363, -0.19362979, -0.09809281, -0.11144772, -0.0033844067) * inp_6_1_1; + result5 += M4(-0.27448988, 0.10096024, -0.0805654, -0.16951114, -0.006772396, 0.11887377, -0.033789925, 0.15550864, -0.063988976, 0.0060438686, 0.18961471, -0.0726418, 0.09557244, 0.10976969, -0.08029769, 0.01765322) * inp_6_2_1; + result5 += M4(-0.004463185, 0.5885658, -0.030333657, -0.018867813, 0.020160003, 0.077052645, 0.0016403686, 0.057885032, 0.09274015, -0.019264663, -0.40931132, -0.2482086, -0.025982507, 0.41451612, -0.087210335, 0.09351521) * inp_6_0_2; + result5 += M4(0.040551748, -0.1651658, 0.062945604, 0.10491737, -0.0038270515, -0.015471807, 0.03785678, 0.03353031, -0.13539134, 0.15022597, -0.0822342, -0.48544258, -0.0793646, -0.16938193, 0.08579426, 0.1088864) * inp_6_1_2; + result5 += M4(-0.14728616, 0.1846319, 0.17957322, -0.03961032, 0.05314379, -0.05291961, -0.0054912055, -0.11816961, -0.20377563, 0.050793424, 0.0025970703, -0.1896274, 0.019969404, -0.13942194, 0.056280892, 0.142744) * inp_6_2_2; + result6 += M4(0.3400861, 0.18781947, 0.048769116, -0.8301532, 0.16605073, -0.002999227, 0.055402745, 0.30590987, -0.06094574, 0.025541661, -0.03633988, 0.13576196, -0.16812795, 0.08629278, -0.0039168163, 0.3739273) * inp_6_0_0; + result6 += M4(-0.17304778, -0.046147436, 0.026077474, 0.21996075, -0.043477375, 0.0103175165, -0.013712172, -0.15419707, 0.13870983, -0.06173406, 0.032702614, 0.13045502, 0.010164441, 0.044267192, 0.17206275, 0.26860413) * inp_6_1_0; + result6 += M4(0.48117328, -0.16660897, 0.15593065, -0.45029646, -0.06361911, -0.028485302, -0.04241365, -0.119653024, -0.038999677, 0.033120267, -0.097018495, -0.13830966, -0.016084023, 0.061092492, -0.08288706, -0.06792345) * inp_6_2_0; + result6 += M4(-0.49992839, 0.02515527, 0.05841668, 0.37688017, -0.028456468, 0.0576567, -0.06883935, -0.37231454, 0.057277452, 0.12511061, 0.02980882, 0.50927365, 0.04640524, -0.043200273, 0.014388907, 0.3125361) * inp_6_0_1; + result6 += M4(-0.052738674, -0.021048322, -0.13826658, 0.0155287525, 0.0055635683, -0.13608667, 0.05111773, 0.14574416, -3.9198763e-05, -0.18461607, -0.0859751, -0.08394741, 0.004846554, -0.21385768, -0.097095124, -0.021411052) * inp_6_1_1; + result6 += M4(-0.4214824, 0.17206524, -0.059429172, 0.54864633, -0.029232763, 0.067735314, 0.022078505, 0.16832419, -0.1115888, 0.10164106, -0.06164887, 0.08820183, -0.008314735, -0.013319943, -0.080372795, -0.027177978) * inp_6_2_1; + result6 += M4(0.21877193, -0.028711943, -0.02153519, -0.47885486, -0.008530072, -0.013441008, 0.0033552481, 0.13058239, 0.016128004, -0.01874017, 0.020186827, -0.059792373, 0.091081664, 0.17210765, 0.09064621, 0.018544585) * inp_6_0_2; + result6 += M4(-0.08876255, -0.13554043, 0.0046528988, 0.29926732, 0.039428838, 0.07810656, -0.081576794, -0.11273133, 0.01676987, -0.20116642, 0.09757684, -0.0874321, -0.044223938, -0.043803003, -0.011942903, 0.008472959) * inp_6_1_2; + result6 += M4(0.081863284, -0.011457374, -0.047813598, 0.08518129, -0.034978665, -0.032565765, 0.063301526, 0.017525574, -0.08767553, 0.021459816, 0.059783716, 0.28095913, -0.047336385, 0.043343283, -0.09049129, 0.100984596) * inp_6_2_2; + result7 += M4(0.00350137, -0.35291827, 0.13311274, 0.1121051, 0.017177885, -0.21017247, -0.016572451, -0.02815682, 0.0610628, -0.07229116, -0.020286033, 0.04900401, 0.077214174, 0.15323049, -0.012443147, -0.007455795) * inp_6_0_0; + result7 += M4(-0.05953393, 0.11118143, 0.16367507, 0.04553902, -0.009096176, 0.09163327, -0.07779074, 0.0040041795, -0.061874453, 0.19398528, 0.21869624, -0.1076151, -0.010681083, 0.015304463, -0.11160594, -0.068752505) * inp_6_1_0; + result7 += M4(-0.077012, -0.16968796, -0.056501042, -0.02458789, -0.026513342, 0.1345618, 0.12206851, 0.010311867, 0.0006976325, -0.13473281, -0.024617571, -0.016439578, 0.12659933, -0.13702437, -0.4734505, 0.043445427) * inp_6_2_0; + result7 += M4(-0.086421765, 0.17283766, -0.09001066, -0.34716144, 0.027067471, -0.09540695, 0.013541523, 0.17305899, 0.15389067, 0.22994883, -0.19940425, 0.5263899, -0.21506248, 0.19928144, 0.020908426, 0.4877212) * inp_6_0_1; + result7 += M4(0.43871263, 0.59838665, 0.00021475446, 0.08932076, 0.08248992, 0.21119303, 0.09961122, -0.105529524, -0.29753268, 0.06409778, 0.13668844, -0.12015892, -0.28555074, -0.045077685, -0.016992008, 0.052704614) * inp_6_1_1; + result7 += M4(0.10520084, 0.23297927, 0.0074343733, -0.013848509, -0.01544088, -0.124998644, -0.05592098, -0.005490047, -0.07750231, -0.11652622, 0.1642275, 0.16489813, -0.2735982, 0.08431594, -0.059703913, 0.08091561) * inp_6_2_1; + result7 += M4(0.13990402, -0.24685353, -0.8839939, -0.22645675, -0.041664973, 0.30335814, 0.001892476, -0.15932228, -0.021286676, -0.18339342, -0.53761214, 0.47317615, -0.085401, -0.3339414, -0.09818974, 0.112843245) * inp_6_0_2; + result7 += M4(-0.26522735, 0.30025405, 0.2628932, 0.018277753, -0.10889261, -0.24591005, 0.02738453, 0.09904436, 0.97425, 0.052042857, -0.22757183, 0.09021978, -0.35591847, 0.21629998, 0.10042988, -0.019433118) * inp_6_1_2; + result7 += M4(-0.078344174, -0.39550453, 0.403508, 0.37464714, 0.078971595, -0.084268756, -0.11428448, 0.013725482, 0.27367628, -0.028428042, 0.0398724, 0.02878444, -0.13248467, 0.10825841, 0.13461894, 0.047664493) * inp_6_2_2; + const V4 inp_7_0_0 = inp[7][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_7_1_0 = inp[7][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_7_2_0 = inp[7][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_7_0_1 = inp[7][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_7_1_1 = inp[7][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_7_2_1 = inp[7][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_7_0_2 = inp[7][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_7_1_2 = inp[7][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_7_2_2 = inp[7][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.018667128, -0.09891589, 0.012543494, 0.0460564, -0.031662624, -0.02974168, 0.040079873, -0.048156276, -0.07288146, -0.12294533, 0.12041218, -0.039921805, 0.02538562, 0.051343992, 0.08729383, 0.0078939125) * inp_7_0_0; + result0 += M4(0.066348106, 0.034063503, 0.033772025, 0.029179094, -0.0420678, 0.12486059, 0.002692002, 0.05460005, 0.16452648, 0.14919713, 0.024351351, -0.15407394, -0.045284253, -0.004729923, -0.081120715, -0.019673815) * inp_7_1_0; + result0 += M4(-0.029210323, -0.018975813, -0.018398229, -0.11200306, -0.004407049, 0.02504821, -0.06589292, 0.08402983, 0.002708473, -0.04022959, 0.018301237, -0.24887764, 0.024713425, 0.0064917644, -0.04125147, 0.054746542) * inp_7_2_0; + result0 += M4(-0.05838022, 0.2186896, -0.0031097399, -0.18825798, 0.06884634, -0.076592036, 0.009859605, 0.12175709, -0.18764454, -0.1770828, -0.010054626, 0.06515225, 0.09110911, 0.21004434, 0.0077008633, 0.05564252) * inp_7_0_1; + result0 += M4(0.03781994, -0.121062264, -0.041951586, 0.02176236, -0.0841408, 0.5605513, -0.048282534, 0.41470146, -0.12949519, 0.28254738, -0.0391585, 0.292215, -0.009391463, -0.2481056, 0.0018397472, -0.14018147) * inp_7_1_1; + result0 += M4(0.09987542, -0.023763278, 0.027377905, 0.08962048, 0.019199377, 0.09630781, 0.17110567, 0.073534824, -0.1154744, -0.03709259, 0.017601747, 0.19299263, -0.070638776, 0.04171482, -0.008125148, 0.0033556093) * inp_7_2_1; + result0 += M4(0.017702281, 0.014246498, -0.031873286, 0.073080845, 0.28637746, 0.059546273, 0.026723765, 0.048650242, 0.1545774, -0.017952915, 0.101624586, -0.014670383, -0.08992016, -0.22677775, 0.029839858, 0.0061375834) * inp_7_0_2; + result0 += M4(-0.099450916, 0.005559085, -0.018309705, 0.037569806, 0.44122383, 0.25890478, 0.055293933, 0.046765495, 0.13587216, -0.08918994, -0.09849681, -0.018595638, 0.029328909, 0.16146804, -0.010964702, 0.056196548) * inp_7_1_2; + result0 += M4(-0.03666936, 0.019001337, 0.033999063, -0.035578035, 0.18604374, -0.015581672, 0.019384613, 0.027414525, 0.098175526, 0.06837461, -0.098081045, 0.04016464, 0.05351315, 0.017757699, 0.014802086, -0.026817812) * inp_7_2_2; + result1 += M4(0.024352932, 0.011135055, -0.03731535, 0.050414313, 0.07872328, -0.018456474, -0.043282326, -0.036157846, -0.0021992598, 0.05543582, 0.050397843, 0.05647285, -0.053542353, -0.08122074, 0.04156814, -0.03370447) * inp_7_0_0; + result1 += M4(0.01782502, -0.0332941, -0.047436, 0.057626784, -0.05586074, -0.09463951, 0.105343774, -0.006434194, 0.3567934, -0.20615168, 0.13620129, -0.15068184, -0.054385483, -0.04453329, -0.059760887, 0.07644417) * inp_7_1_0; + result1 += M4(-0.18728139, 0.02371664, -0.046680473, -0.047279503, -0.26420343, -0.056246694, -0.25338405, -0.16984557, -0.12598641, 0.022931803, -0.065156616, 0.17421253, 0.33083242, 0.06661363, 0.001685711, -0.061276272) * inp_7_2_0; + result1 += M4(-0.047557347, -0.037854932, -0.027581478, -0.06355678, 0.1028766, 0.11215637, 0.036245927, 0.026147915, 0.01912664, 0.00083592435, -0.08076348, 0.034335338, 0.07139471, 0.098602, -0.08195666, 0.049115874) * inp_7_0_1; + result1 += M4(-0.09013499, -0.032856934, 0.03369709, 0.027849909, -0.011352829, -0.13221489, -0.19502674, -0.06795355, -0.080508776, 0.15340994, -0.023276865, -0.089648634, -0.038880747, 0.022849496, -0.008904353, -0.075809285) * inp_7_1_1; + result1 += M4(0.21968709, 0.02330895, 0.13096929, 0.09382379, -0.51247, -0.07170268, -0.3709238, -0.71496177, -0.015753169, -0.15793282, 0.072291404, -0.341486, -0.25868288, -0.08321542, 0.030923624, 0.0534731) * inp_7_2_1; + result1 += M4(0.02187333, -0.030035304, 0.02557477, -0.03889416, -0.008916212, -0.13555889, 0.027908618, 0.024768552, 0.02357099, -0.13058545, 0.03925025, -0.15646002, -0.008007099, -0.025259733, -0.02135987, -0.015229466) * inp_7_0_2; + result1 += M4(0.03663725, 0.04951889, 0.04898753, -0.12581733, 0.02825007, -0.22486748, -0.3114186, 0.4763252, 0.056432545, 0.1689634, -0.05359935, 0.18053718, 0.062001508, -0.07805632, 0.09522405, 0.06479125) * inp_7_1_2; + result1 += M4(-0.028340427, 0.010632982, -0.06880771, 0.03003837, -0.018686136, -0.0140495375, -0.08241223, -0.43100026, -0.18664712, -0.038012896, -0.107790716, 0.2052991, -0.011559044, 0.039142504, 0.009260753, -0.064413846) * inp_7_2_2; + result2 += M4(-0.0406237, -0.0029669853, -0.0821162, 0.17505115, 0.019844456, 0.0056926915, 0.03728038, -0.01510208, -0.048292898, -0.07104974, -0.052974157, -0.013240231, 0.0515688, 0.005383018, 0.037697386, -0.20257647) * inp_7_0_0; + result2 += M4(-0.023034357, 0.07413694, 0.052728504, -0.115678884, -0.30063096, 0.0024695443, -0.053162355, 0.12553528, -0.053272296, 0.08779458, -0.055576865, -0.17503345, -0.018641269, -0.086553685, -0.11320299, 0.32842723) * inp_7_1_0; + result2 += M4(0.03362029, -0.061339676, 0.018617453, 0.11050554, 0.088881806, -0.025442684, 0.16228414, 0.053689506, 0.119427495, 0.0097622285, 0.0306637, 0.15110387, -0.016028278, 0.061858203, 0.05425757, -0.14574686) * inp_7_2_0; + result2 += M4(0.15934283, 0.11009822, 0.08115214, -0.14055282, 0.09558982, 0.052750994, -0.08098915, 0.059924368, -0.008873308, -0.10304561, 0.060874324, -0.025061445, 0.07522323, 0.05505612, 0.092320524, 0.047443245) * inp_7_0_1; + result2 += M4(-0.19288939, -0.16191866, -0.021244608, 0.07190104, -0.119253784, 0.22399306, 0.012591115, 0.41743973, 0.020587876, 0.028041868, -0.044813883, 0.32749063, 0.020917227, 0.059447046, 0.08926621, -0.18463963) * inp_7_1_1; + result2 += M4(-0.031208517, 0.015582731, -0.031571142, -0.01023606, 0.1967407, -0.016847024, 0.5080684, -0.011815767, -0.10991422, 0.21292171, 0.14553706, -0.070278056, -0.10622841, -0.011963378, -0.17120628, 0.11328474) * inp_7_2_1; + result2 += M4(-0.046360534, -0.02726348, -0.01579058, -0.027267406, 0.07867728, -0.097559646, 0.016435817, -0.027042052, 0.1374816, 0.036794316, 0.014720197, -0.21134268, -0.04873313, -0.14270392, -0.110010445, 0.106702775) * inp_7_0_2; + result2 += M4(0.112950295, -0.0014318544, 0.06289801, -0.03713267, -0.18236044, -0.12966882, 0.08696936, 0.22205406, -0.05172752, -0.1663417, -0.14437824, 0.0773417, -0.00823086, 0.17019866, -0.045996636, -0.050875153) * inp_7_1_2; + result2 += M4(0.04776573, 0.06434987, -0.05031598, -0.09992642, -0.07003822, -0.03110293, 0.25800526, 0.2467357, -0.019277494, -0.0024414356, 0.09479025, 0.099230215, 0.050043426, -0.09458621, 0.1778574, -0.008754435) * inp_7_2_2; + result3 += M4(-0.027184216, 0.08426594, 0.03194542, 0.052235685, 0.0055127987, 0.009257544, 0.20027652, -0.0017038005, 0.018434888, 0.2126665, 0.33543256, 0.13200223, -0.0075127203, -0.13198502, 0.06229863, -0.061523054) * inp_7_0_0; + result3 += M4(-0.009886681, -0.19694616, -0.09238637, -0.062124077, 0.035628043, 0.06818078, -0.2406381, -0.029461907, 0.08127754, 0.060431056, -0.10344622, -0.13954563, -0.04163744, 0.07699414, -0.015076265, 0.09904294) * inp_7_1_0; + result3 += M4(0.04760271, -0.013293685, -0.04856615, -0.1275593, -0.04560069, 0.047318008, -0.070523314, -0.12762472, 0.021495346, -0.0022698198, -0.15193957, 0.1424735, 0.0074843415, 0.13591784, 0.10047197, -0.02777717) * inp_7_2_0; + result3 += M4(-0.025692072, -0.047626503, 0.23408772, -0.096431725, -0.03155689, 0.049186416, -0.19023705, -0.031847958, 0.069043726, -0.03928916, -0.19994527, -0.07915209, -0.03790315, 0.15507019, 0.03804446, 0.009607007) * inp_7_0_1; + result3 += M4(-0.085548945, 0.094816655, -0.0012916701, -0.06023546, 0.030769655, -0.26264814, 0.18143483, 0.1200975, -0.036825404, -0.027181085, 0.16513315, 0.113582514, 0.004125214, -0.13517602, -0.3061283, -0.13930932) * inp_7_1_1; + result3 += M4(0.022169909, -0.0012382567, -0.017302206, -0.01758973, -0.23944347, -0.094529994, -0.047281202, -0.06741965, -0.11369335, 0.03182221, -0.067185044, 0.13192856, 0.06030432, -0.09658722, -0.0010858224, -0.014165337) * inp_7_2_1; + result3 += M4(0.06776488, -0.05177188, -0.16517468, 0.07271367, -0.031494938, -0.042435028, 0.23299047, -0.13915764, -0.053991757, 0.006283507, -0.2294771, 0.13745615, -0.020528287, 0.015396415, 0.067688726, -0.1476111) * inp_7_0_2; + result3 += M4(0.056555584, 0.06659644, 0.09471348, 0.10985622, -0.27391636, -0.08704194, -0.19730972, -0.5079147, -0.268297, -0.10230747, 0.17856225, -0.32859573, 0.15353145, 0.026527861, 0.08573311, 0.06355816) * inp_7_1_2; + result3 += M4(-0.06677005, 0.052909385, -0.019951656, 0.23069358, 0.6436752, -0.030432418, -0.07757261, -0.61920446, 0.30673635, -0.09324297, 0.061475698, -0.28537786, -0.117787704, -0.016898092, -0.0058988445, 0.23317236) * inp_7_2_2; + result4 += M4(0.02373053, -0.016557023, -0.035959493, 0.063145824, 0.00859606, -0.08546588, -0.13290222, -0.015270036, 0.14317144, -0.11183707, -0.016606893, 0.05698652, 0.0029321415, 0.065466106, 0.039965566, 0.052969623) * inp_7_0_0; + result4 += M4(-0.13595773, 0.16608624, 0.11176064, -0.10769798, 0.081284784, -0.17527322, 0.072172605, 0.08411263, 0.13525172, -0.22239445, 0.0212493, -0.058572534, 0.044021532, 0.009513687, -0.13649936, -0.0120004965) * inp_7_1_0; + result4 += M4(-0.04320901, 0.012703676, 0.032488093, -0.0055347797, -0.07308589, 0.031190656, -0.24980359, 0.1482586, 0.055513177, -0.19711503, -0.11032191, 0.014229805, -0.025245242, -0.12795812, 0.05825791, -0.01473897) * inp_7_2_0; + result4 += M4(0.070727415, -0.027075775, 0.014758359, -0.078833126, 0.13130352, 0.12848711, -0.0073447507, 0.121906884, 0.088115126, 0.14242229, -0.08694172, -0.11650617, -0.0066070883, 0.009503623, -0.0038671563, -0.08026811) * inp_7_0_1; + result4 += M4(-0.06674762, -0.04789071, -0.060071867, 0.15249534, -0.15783028, 0.2961436, 0.09495574, 0.23769115, -0.10493989, 0.30180857, -0.03338699, -0.015060911, 7.438413e-05, -0.084543355, 0.086173005, 0.027843144) * inp_7_1_1; + result4 += M4(-0.047239304, -0.028085416, -0.039737906, -0.012673717, -0.1151908, 0.0152630275, -0.25404668, 0.60004365, -0.00071848085, 0.12319784, -0.08157425, 0.1089888, 0.0072378474, 0.069680735, -0.0300381, 0.09804494) * inp_7_2_1; + result4 += M4(-0.0366537, -0.018891267, 0.00734515, 0.013928434, -0.14416273, 0.031990584, 0.010919577, -0.018263223, 0.058104943, -0.028206363, 0.09969925, -0.028298406, -0.055756025, -0.007297225, -0.008517358, 0.00018386966) * inp_7_0_2; + result4 += M4(0.15695715, -0.04312029, -0.035404697, -0.111902684, -0.4345293, 0.08211588, 0.00805874, 0.018564543, -0.48682755, -0.024659706, -0.0016993358, 0.1337667, 0.034705482, 0.00013735883, 0.08938132, 0.009945447) * inp_7_1_2; + result4 += M4(0.11334222, 0.0209394, 0.022202704, 0.025934003, -0.247617, 0.10926145, -0.17880434, -0.13228989, 0.07545799, -0.025803301, 0.073757455, -0.07096191, -0.008683615, 0.04923879, -0.11496444, -0.06829012) * inp_7_2_2; + result5 += M4(0.0143696135, -0.033075757, 0.0514932, 0.11824883, -0.01756728, 0.07972871, -0.036992747, 0.046749514, -0.015453456, -0.18290345, 0.024620935, 0.10886574, 0.033959173, -0.012641882, -0.0331668, -0.087200165) * inp_7_0_0; + result5 += M4(0.0796436, 0.20423001, -0.02898544, -0.051698495, 0.060504295, 0.037466433, 0.042636365, -0.008561185, 0.13963549, 0.0888977, 0.006706422, -0.0232834, -0.05157727, -0.17414089, -0.00530863, 0.16633229) * inp_7_1_0; + result5 += M4(-0.07750503, -0.22722293, 0.08625628, -0.046528228, -0.14717415, 0.005306464, 0.15949535, 0.052549046, -0.17539339, -0.03799112, 0.07524153, -0.024360957, -0.03270975, 0.092610076, 0.0039297165, -0.024144927) * inp_7_2_0; + result5 += M4(0.042949397, 0.14442645, 0.029185856, -0.11464452, -0.06933511, -0.074650005, 0.09759213, -0.06668916, 0.030770874, 0.068942696, 0.04310359, -0.12897491, 0.013707872, -0.065829545, -0.13226475, 0.07246855) * inp_7_0_1; + result5 += M4(-0.13919532, -0.039208278, -0.035840295, 0.15738545, 0.13830696, 0.077699944, -0.0650735, -0.019985374, 0.18872832, 0.039005037, -0.047144786, -0.09772009, -0.08832576, 0.2758715, 0.16344427, -0.09733946) * inp_7_1_1; + result5 += M4(0.09526185, 0.104165375, -0.043836076, 0.079224244, -0.61907935, -0.09219119, 0.33870372, 0.024690738, -0.14449571, 0.20309724, -0.06726082, -0.0404906, 0.11793066, -0.2310277, 0.00040505367, -0.016626218) * inp_7_2_1; + result5 += M4(-0.050188307, -0.163575, -0.09820058, -0.006867198, 0.050242603, -0.2409076, 0.011668452, 0.23668292, -0.096974395, -0.22835024, -0.016510524, 0.013564419, -0.0070815366, -0.000378939, 0.15063219, -0.006179306) * inp_7_0_2; + result5 += M4(0.012576799, 0.14168589, 0.045693666, -0.1334002, 0.017062292, -0.011307241, -0.0064215716, 0.37088168, -0.054626614, 0.19646248, -0.0011222251, 0.1370298, 0.09339176, -0.15925786, -0.22043034, -0.059259392) * inp_7_1_2; + result5 += M4(0.016921213, -0.104078054, -0.003817059, -0.01151366, -0.2633571, -0.11213172, 0.32123384, 0.18419062, 0.073157564, -0.26540527, 0.023974901, 0.09596022, -0.09731037, 0.25612676, 0.07014094, 0.050409865) * inp_7_2_2; + result6 += M4(0.11135727, 0.027499361, 0.11840112, 0.23747757, 0.05897902, -0.070707135, -0.03002272, -0.41675013, -0.20431523, -0.12444572, 0.001844529, 0.12957881, -0.13380454, -0.102774225, -0.0265913, 0.09442151) * inp_7_0_0; + result6 += M4(-0.037449855, -0.008472579, -0.046444383, 0.07660395, -0.13692039, 0.058924828, 0.0029784406, 0.1106604, 0.2977049, -0.08240546, 0.05949323, -0.37167916, 0.1082618, -0.0026267888, 0.010454566, -0.22508122) * inp_7_1_0; + result6 += M4(-0.11496973, 0.091467984, -0.016127832, -0.13673685, 0.31970236, 0.039012622, -0.144941, 0.015827622, -0.18810552, 0.15480584, 0.040308, 0.24759999, -0.055143528, 0.09378978, -0.004089638, 0.10399816) * inp_7_2_0; + result6 += M4(-0.04967363, 0.112759136, -0.098443866, -0.2947368, -0.05928093, -0.018160515, 0.03526009, 0.24720111, 0.13589415, 0.03992464, -0.1478641, -0.20486692, 0.17720939, -0.05700415, -0.0010034938, 0.06079194) * inp_7_0_1; + result6 += M4(0.029119782, -0.12139767, 0.08578807, -0.090958215, 0.16535485, -0.051154707, 0.14227243, 0.14662851, -0.039925374, -0.07905605, 0.038447753, 0.122189686, -0.00057151256, 0.18437175, -0.048056748, 0.06337962) * inp_7_1_1; + result6 += M4(-0.018376572, 0.011767578, -0.027182046, 0.118040174, -0.12816937, 0.092552975, -0.13834433, -0.018399958, 0.098695606, -0.056981508, 0.09469071, -0.08336541, 0.15941742, -0.08270499, 0.044565145, -0.20587085) * inp_7_2_1; + result6 += M4(0.006850406, -0.114366494, -0.003185936, 0.096142404, 0.004272997, 0.084565714, 0.0084520625, 0.06789028, -0.09694042, 0.05683388, 0.06690559, 0.35634235, -0.15421695, 0.088207155, 0.026630187, 0.06791403) * inp_7_0_2; + result6 += M4(-0.02753252, 0.06001837, -0.048196938, -0.025189186, -0.0057051764, 0.09168139, -0.054794703, -0.039604455, 0.04645622, 0.08149877, -0.17305964, 0.07908374, -0.12710267, -0.1621436, 0.06847573, -0.050165206) * inp_7_1_2; + result6 += M4(0.12796403, -0.04561134, 0.012163752, 0.0062381555, 0.085985236, 0.24385245, -0.013229536, -0.5596679, -0.06622076, 0.010545661, 0.05590988, -0.30767438, 0.0073486078, 0.018521583, -0.049076047, 0.08950872) * inp_7_2_2; + result7 += M4(0.037594523, -0.35436016, 0.042367514, 0.024178594, 0.0037937309, 0.03650148, -0.082068995, -0.019121986, 0.00040891973, -0.25312346, 0.057319053, -0.049266882, 0.0082884785, 0.24285023, -0.10590169, -0.11329863) * inp_7_0_0; + result7 += M4(0.010932507, 0.11629082, -0.06491648, -0.029705007, 0.040182374, -0.027915731, 0.09066457, -0.07737517, 0.12069403, 0.06433116, -0.060258266, -0.0003017731, -0.09779715, -0.009555576, 0.085737504, 0.010604124) * inp_7_1_0; + result7 += M4(-0.040101565, 0.16018906, -0.016717644, 0.017143669, 0.033684686, 0.06618555, 0.25731698, -0.057101004, -0.15610147, 0.009652098, 0.013975567, -0.022678953, 0.056333654, -0.11937657, 0.084508, 0.047244504) * inp_7_2_0; + result7 += M4(0.021940455, 0.21523641, 0.03553953, 0.092077315, 0.123717554, -0.10095095, -0.086889215, -0.08330834, 0.0905449, -0.010311649, 0.032437198, -0.18989193, 0.056701086, -0.27412432, -0.15418805, 0.227598) * inp_7_0_1; + result7 += M4(-0.13193259, 0.00065695343, 0.041951135, -0.07802996, 0.17742813, 0.20451817, -0.06507054, 0.1984192, 0.12595175, 0.14343625, 0.004497779, 0.12952378, -0.064079754, -0.12158384, 0.014831404, -0.064374164) * inp_7_1_1; + result7 += M4(-0.08353744, -0.09667142, -0.089680284, -0.053944163, 0.041438777, -0.03594768, 0.21645296, 0.16349262, 0.15158717, -0.2016842, -0.046394594, -0.0027781122, 0.009879627, 0.2262091, 0.05029196, -0.04704955) * inp_7_2_1; + result7 += M4(-0.004589284, -0.046846163, -0.09985564, -0.0066485633, -0.24423689, 0.13213234, 0.31856805, -0.073499456, -0.06646334, 0.28624356, 0.46419278, -0.2137186, -0.10856467, 0.0394867, 0.2730321, 0.09978396) * inp_7_0_2; + result7 += M4(0.08012239, -0.04743213, 0.110889934, 0.06397174, -1.0359885, -0.29710242, -0.00058909203, -0.08402048, -0.37440798, -0.33130822, -0.05394311, 0.34912083, 0.23924185, 0.08216658, -0.2020824, -0.15094137) * inp_7_1_2; + result7 += M4(0.14957097, 0.026759256, -0.021680746, -0.0038145452, -0.23069958, -0.07665005, 0.028762886, 0.10251065, 0.06138239, 0.34501153, -0.2681542, -0.040964924, -0.10038086, -0.060250465, -0.026716117, -0.0145205315) * inp_7_2_2; + const ivec2 output_base = ivec2(gl_GlobalInvocationID) * ivec2(4, 2); + imageStore(out_image, output_base + ivec2(0, 0), max(result0, V4(0.0))); + imageStore(out_image, output_base + ivec2(1, 0), max(result1, V4(0.0))); + imageStore(out_image, output_base + ivec2(2, 0), max(result2, V4(0.0))); + imageStore(out_image, output_base + ivec2(3, 0), max(result3, V4(0.0))); + imageStore(out_image, output_base + ivec2(0, 1), max(result4, V4(0.0))); + imageStore(out_image, output_base + ivec2(1, 1), max(result5, V4(0.0))); + imageStore(out_image, output_base + ivec2(2, 1), max(result6, V4(0.0))); + imageStore(out_image, output_base + ivec2(3, 1), max(result7, V4(0.0))); +} + +//!DESC ArtCNN C4F32 (Conv2D-2-ReLU) +//!COMPUTE 48 32 12 16 +//!HOOK LUMA +//!BIND conv2d_1 +//!SAVE conv2d_2 +//!WIDTH LUMA.w 4.0 * +//!HEIGHT LUMA.h 2.0 * +//!COMPONENTS 4 +//!WHEN OUTPUT.w LUMA.w / 1.3 > OUTPUT.h LUMA.h / 1.3 > * +#extension GL_EXT_shader_explicit_arithmetic_types_float16 : enable +#ifdef GL_EXT_shader_explicit_arithmetic_types_float16 +# define V4 f16vec4 +# define M4 f16mat4 +# define F float16_t +#else +# define V4 vec4 +# define M4 mat4 +# define F float +#endif + +const ivec2 ksize = ivec2(3, 3); +const ivec2 offset = ksize / 2; +const ivec2 wg_size = ivec2(gl_WorkGroupSize); +const ivec2 isize = wg_size + ksize - 1; +shared V4 inp[8][isize.y][isize.x]; +void hook() { + const uvec2 local_xy = gl_LocalInvocationID.xy; + ivec2 base = ivec2(gl_WorkGroupID) * wg_size; + for (uint y = local_xy.y; y < isize.y; y += wg_size.y) { + for (uint x = local_xy.x; x < isize.x; x += wg_size.x) { + const ivec2 input_base = (base + ivec2(x,y) - offset) * ivec2(4, 2); + inp[0][y][x] = V4(conv2d_1_mul * texelFetch(conv2d_1_raw, input_base + ivec2(0, 0), 0)); + inp[1][y][x] = V4(conv2d_1_mul * texelFetch(conv2d_1_raw, input_base + ivec2(1, 0), 0)); + inp[2][y][x] = V4(conv2d_1_mul * texelFetch(conv2d_1_raw, input_base + ivec2(2, 0), 0)); + inp[3][y][x] = V4(conv2d_1_mul * texelFetch(conv2d_1_raw, input_base + ivec2(3, 0), 0)); + inp[4][y][x] = V4(conv2d_1_mul * texelFetch(conv2d_1_raw, input_base + ivec2(0, 1), 0)); + inp[5][y][x] = V4(conv2d_1_mul * texelFetch(conv2d_1_raw, input_base + ivec2(1, 1), 0)); + inp[6][y][x] = V4(conv2d_1_mul * texelFetch(conv2d_1_raw, input_base + ivec2(2, 1), 0)); + inp[7][y][x] = V4(conv2d_1_mul * texelFetch(conv2d_1_raw, input_base + ivec2(3, 1), 0)); + } + } + + barrier(); + V4 result0 = V4(-0.02396743, -0.056946166, -0.0024925207, 0.035545547); + V4 result1 = V4(-0.020992694, -0.01736431, -0.0062879184, -0.0060842275); + V4 result2 = V4(0.011336051, 0.018839965, -0.023679474, -0.0034890934); + V4 result3 = V4(0.022788396, -0.0045822696, -0.020859918, -0.011326331); + V4 result4 = V4(0.012159538, 0.027312677, 0.00043193233, 0.023529848); + V4 result5 = V4(-0.003479911, -0.0030607078, -0.020389289, -0.0030999135); + V4 result6 = V4(-0.0075409655, 0.011567325, 0.016808135, 0.0043578); + V4 result7 = V4(-0.004008702, 0.010407518, 0.011387981, 0.00903174); + const V4 inp_0_0_0 = inp[0][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_0_1_0 = inp[0][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_0_2_0 = inp[0][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_0_0_1 = inp[0][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_0_1_1 = inp[0][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_0_2_1 = inp[0][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_0_0_2 = inp[0][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_0_1_2 = inp[0][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_0_2_2 = inp[0][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.050735287, -0.30538884, 0.1831686, 0.057733826, 0.004552284, 0.0024610984, 0.13304444, -0.21122898, 0.06960709, -0.022257643, -0.030922977, -0.1837757, -0.011922753, -0.08626216, 0.053291567, -0.2770252) * inp_0_0_0; + result0 += M4(0.16399099, 0.73081297, 0.5770583, 0.16137508, -0.09048013, 0.035090175, -0.48287442, -0.2386542, 0.2815149, 0.16021761, 0.085519284, -0.2736319, 0.010448522, 0.038342148, 0.40982005, 0.062355883) * inp_0_1_0; + result0 += M4(-0.021056699, 0.05376499, -0.3073496, -0.22571953, -0.053180862, -0.4535291, -0.4052798, -0.17499661, -0.082095504, 0.048322022, -0.048752572, -0.029839838, 0.07457003, -0.028878167, 0.336762, 0.17608546) * inp_0_2_0; + result0 += M4(-0.00081239897, -0.04755066, 0.1368419, 0.053399045, -0.06816984, 0.0770945, -0.11705787, -0.172486, 0.028992148, -0.19331685, -0.03461286, 0.03623261, 0.10421698, -0.28816983, -0.16743173, -0.108294696) * inp_0_0_1; + result0 += M4(-0.18692963, -0.7689771, -0.115096144, -0.033729855, -0.034396574, -0.0075619775, -0.10259511, -1.0158943, 0.009859653, 0.7803673, 0.06845337, 1.152925, 0.42719692, 0.10490442, 0.027752308, -0.85685384) * inp_0_1_1; + result0 += M4(-0.033785507, -0.09067568, -0.16146053, -0.07091879, -0.18958549, -1.3080633, 0.2216691, 0.5047689, 0.16594657, 0.20463485, -0.1705836, 0.07263137, 0.18713252, 0.054555934, -0.008564952, -0.5504364) * inp_0_2_1; + result0 += M4(0.051852774, -0.12827693, -0.02698381, 0.08005271, -0.048681047, -0.04671663, 0.0013233608, -0.20361164, -0.0052572116, -0.08726818, -0.044772193, -0.18009642, 0.010159744, -0.19649784, -0.059944846, -0.022469223) * inp_0_0_2; + result0 += M4(-0.0105981035, -0.015894338, -0.025306337, -0.01747711, -0.0017757181, 0.117050774, -0.04393119, -0.030159973, 0.053207118, 0.07101631, -0.2624864, 0.0058366056, -0.06756068, -0.42366132, 0.30527717, -0.51192003) * inp_0_1_2; + result0 += M4(0.06342989, 0.025188694, -0.111543, -0.0028850988, -0.06305113, -0.065415666, -0.10790535, 0.115486644, 0.020697031, 0.15982108, -0.026865095, 0.14285704, 0.05336307, 0.18105993, 0.08738263, -0.02624248) * inp_0_2_2; + result1 += M4(0.16812007, -0.55585825, 0.3930849, -0.051753, -0.24891926, 0.06975918, -0.18251474, -0.0050848247, -0.039257027, -0.81002533, -0.11778256, -0.122837216, 0.23779184, -0.09555576, 0.29836783, -0.32539684) * inp_0_0_0; + result1 += M4(-0.2006533, -0.2059943, -0.17318733, 0.042182926, -0.1898529, 0.18011612, -0.1512393, -0.027582413, -0.036241636, 0.00020053038, 0.1575766, 0.28767055, 0.11073479, -0.011140709, -0.18228301, -0.14713195) * inp_0_1_0; + result1 += M4(0.054470513, -0.074369505, -0.04718737, 0.30259657, -0.23735137, -0.110039875, 0.09805528, 0.22051866, 0.05028295, 0.055259906, -0.07593314, -0.31047118, -0.017990647, 0.028915534, -0.047702823, 0.28564417) * inp_0_2_0; + result1 += M4(0.08483895, -0.31625685, -0.054988425, 0.41166556, 0.091123186, -0.06444419, -0.3256655, -0.0034134644, 0.14965199, -0.08815685, -0.2945302, -0.042564806, -0.2795614, 0.20189515, 0.027147338, 0.05253209) * inp_0_0_1; + result1 += M4(-0.15420228, -0.12509586, 0.12652859, -0.01913755, 0.24023773, 0.11012273, -1.0302838, -0.017885432, 0.36088416, 0.28047642, -0.090010226, -0.025596311, -0.14703958, 0.3134861, -0.2093117, 0.17423967) * inp_0_1_1; + result1 += M4(0.11386361, -0.2018537, 0.25841603, -0.115534276, -0.016964182, -0.35095692, 0.22960192, -0.1459766, 0.024842551, 0.08018503, 0.045637067, 0.3638744, 0.20003851, 0.14410204, 0.112818755, -0.3040108) * inp_0_2_1; + result1 += M4(0.025829792, -0.07078013, -0.14508882, -0.11138387, -0.1493913, -0.0050268923, -0.29801258, -0.09389611, 0.022624886, -0.016167799, 0.24326764, 0.076282956, 0.29372185, 0.15494978, 0.30463502, 0.24306686) * inp_0_0_2; + result1 += M4(0.04917804, 0.09692078, 0.028214492, -0.18632638, -0.14436938, 0.05430488, -0.21455072, 0.110075705, -0.026473593, 0.20624804, 0.033893127, 0.08363994, 0.09329692, 0.06686154, -0.22174212, -0.14763676) * inp_0_1_2; + result1 += M4(-0.02688614, -0.023820229, 0.071984336, -0.048167508, 0.062539056, 0.09555999, 0.061135743, -0.15377505, -0.13485415, 0.12886456, -0.09657158, 0.08822998, 0.028124362, -0.058405463, -0.04813609, -0.24226506) * inp_0_2_2; + result2 += M4(0.03834231, 0.20541431, -0.19302028, 0.1207404, -0.013942638, 0.007224718, -0.077538855, 0.020055816, -0.09362683, 0.02575559, 0.01750465, 0.16699524, -0.03461471, 0.14457493, 0.086024836, -0.041968163) * inp_0_0_0; + result2 += M4(0.062182005, -0.547083, 0.44047982, 0.12814236, -0.10317603, 0.017882127, 0.15158366, -0.09165787, -0.04524719, -0.3198863, -0.28415254, 0.028268067, 0.066726506, -0.1826544, 0.08756928, 0.061710384) * inp_0_1_0; + result2 += M4(0.12421067, -0.14326623, -0.13831018, 0.13429579, -0.086221926, 0.11676191, -0.11823481, -0.19502902, -0.017242065, 0.04768445, 0.072067805, 0.09228429, 0.047545005, 0.16990615, -0.16945937, -0.19962552) * inp_0_2_0; + result2 += M4(-0.25072232, -0.000104166254, -0.24311191, 0.05974805, -0.053561173, -0.031448405, -0.0737707, -0.021896482, -0.07606507, 0.08573376, 0.11686405, 0.0073337196, -0.00313405, -0.090923116, -0.12138736, -0.07866238) * inp_0_0_1; + result2 += M4(-0.036508236, 0.63295627, -0.42955694, 0.18170048, -0.21109363, 0.62127393, -0.9440722, -0.35816076, -0.01810714, -0.3924306, 0.27756092, 0.3960585, 0.17735992, 0.05543629, 0.19100192, 0.2327904) * inp_0_1_1; + result2 += M4(0.21086669, 0.110409714, -0.1956506, -0.11268377, -0.46008065, 0.45871827, -1.7261919, -0.092034206, 0.115519054, -0.0033986825, -0.16629836, -0.13649791, 0.094679065, -0.033303045, -0.21026188, 0.09531074) * inp_0_2_1; + result2 += M4(0.018454427, -0.006205657, 0.07882456, -0.019974062, -0.06337877, -0.057154555, -0.050435442, -0.01671209, -0.04061202, -0.061469704, -0.22454062, -0.03942165, -0.12633462, 0.039441027, 0.080914445, -0.107880585) * inp_0_0_2; + result2 += M4(0.04175145, -0.0036745747, 0.07502933, 0.057492357, -0.18134739, -0.24031068, 0.08534257, -0.08963867, 0.037463125, 0.21077849, 0.057288293, 0.085305095, -0.20295607, -0.15020172, 0.118406266, 0.18330635) * inp_0_1_2; + result2 += M4(0.027418934, -0.095726594, -0.0008899589, 0.014961938, 0.019270161, -0.1517069, 0.011298461, -0.28119618, 0.08326095, -0.0851205, -0.06774654, -0.026156636, 0.21404167, -0.37159544, 0.18398239, -0.16628468) * inp_0_2_2; + result3 += M4(0.22396977, 0.1888063, 0.06709379, 0.02574699, 0.007872548, -0.02525443, -0.007894949, -0.10327696, 0.0529767, 0.013464143, 0.087587304, -0.031226825, 0.09481515, 0.07083327, -0.07992925, -0.13014802) * inp_0_0_0; + result3 += M4(-0.25472137, 0.16062674, 0.20548174, 0.051449765, 0.30753288, -0.084163375, -0.20864914, -0.097510025, -0.06580446, 0.115959235, 0.16281141, -0.12545158, -0.18835874, -0.18893054, -0.008356928, 0.027881848) * inp_0_1_0; + result3 += M4(-0.017627679, -0.04252751, -0.011365825, -0.0011011182, 0.27736238, -0.21431996, -0.15695469, -0.0323607, -0.00017867325, 0.005751113, 0.10560478, -0.123618074, 0.18011636, 0.17298298, -0.11018082, -0.16574562) * inp_0_2_0; + result3 += M4(0.39610302, 0.11264103, -0.09727304, -0.020157162, -0.025847433, 0.03359702, -0.13503544, -0.10202386, 0.043697853, -0.02588183, 0.10828446, -0.1706377, 0.048402492, -0.08323651, 0.14192577, 6.631208e-05) * inp_0_0_1; + result3 += M4(0.19781601, -0.050034482, -0.03212312, -0.813351, 0.34150293, -0.156606, -0.13663505, -0.060183, -0.13829538, 0.061138187, 0.0010932682, -0.036729276, 0.02070518, 0.14526655, -0.3016247, -0.039045118) * inp_0_1_1; + result3 += M4(0.008145627, 0.023348909, -0.054323256, -0.2890166, 0.2743199, -0.087825544, -0.4304956, 0.3159, -0.11189808, 0.010728637, 0.6328974, 0.018658651, -0.22233534, 0.07410426, -0.19805594, 0.012206486) * inp_0_2_1; + result3 += M4(-0.057286665, -0.032610923, -0.048574768, -0.09426698, -0.13795295, -0.010558224, -0.0549819, -0.05105313, 0.11668344, 0.086112395, 0.04717804, 0.28941458, 0.21975365, -0.056851976, -0.14404301, -0.22164285) * inp_0_0_2; + result3 += M4(-0.099014245, 0.16074127, -0.031993836, -0.61098063, -0.13740832, -0.19140363, 0.020687053, -0.60974, -0.15567872, 0.15097718, -0.06045024, 0.36783674, -0.2067848, 0.21620597, 0.08766011, 0.07667121) * inp_0_1_2; + result3 += M4(-0.13173223, -0.015950125, 0.035382837, 0.19070916, -0.17467362, -0.10411174, -0.47769108, -0.5315547, 0.026815422, -0.10388578, 0.13615686, -0.1268393, 0.007538475, -0.16786025, -0.058834963, -0.37834066) * inp_0_2_2; + result4 += M4(-0.08002503, 0.100140534, -0.14028102, -0.035266366, 0.020578433, -0.039885927, -0.17114124, -0.060712345, -0.05671292, -0.06905764, -0.027185842, -0.15382694, -0.062085547, -0.14988218, 0.028741594, -0.11169817) * inp_0_0_0; + result4 += M4(-0.37031627, -0.08317162, 0.15746392, -0.18620658, 0.10979917, -0.036000695, -0.13183697, 0.0424023, 0.2743973, 0.1659613, 0.08646275, -0.15752095, -0.08182931, 0.040152628, -0.24585782, -0.41973317) * inp_0_1_0; + result4 += M4(-0.10278293, 0.2820052, -0.19561961, -0.10512991, 0.11926722, 0.11457039, -0.046738848, -0.13028048, -0.09738265, -0.19011304, -0.09480977, -0.10808303, 0.006773356, 0.002815374, 0.027816394, 0.0022725123) * inp_0_2_0; + result4 += M4(0.043009095, 0.14480026, -0.21781969, -0.12332025, 0.096009344, -0.053414512, -0.13602366, -0.04700412, 0.113963805, -0.22254314, -0.2904499, -0.123172246, 0.18461007, 0.2809246, 0.12510017, 0.13580813) * inp_0_0_1; + result4 += M4(0.47164768, -0.23799323, -0.23192947, 0.4741644, 0.56942624, -0.40192625, 0.17150412, 0.49147597, -0.30859748, -0.3876761, -0.10715524, -0.23824823, 0.02986435, 0.25003606, -0.05253915, -0.05772002) * inp_0_1_1; + result4 += M4(0.1290441, 0.12093204, 0.15744695, 0.17460011, 0.16997701, -0.1059263, 0.41136435, 0.22009729, -0.139346, -0.0013821287, 0.10344262, -0.120405786, 0.2535597, 0.09443435, -0.0564231, -0.10952317) * inp_0_2_1; + result4 += M4(-0.048899278, 0.118271686, -0.04773628, 0.041319475, 0.121991016, -0.03229336, -0.087819494, -0.10867969, 0.06404519, -0.13247235, -0.048839245, 0.1596521, 0.08426561, -0.18840215, -0.09553546, 0.010829253) * inp_0_0_2; + result4 += M4(0.095772244, 0.02785005, 0.0537099, -0.17519052, 0.1750218, -0.018139375, -0.26427975, -0.6576907, 0.0086736595, 0.09990305, 0.17273723, 0.39475748, 0.19738881, -0.12761796, -0.33383992, -0.048881117) * inp_0_1_2; + result4 += M4(-0.05248357, 0.0530829, 0.07954041, 0.10185529, 0.117502235, -0.13153139, -0.43990302, -0.5505976, 0.0554103, 0.13881484, -0.06382079, 0.13550404, 0.010131209, -0.13861102, -0.15294641, 0.06945521) * inp_0_2_2; + result5 += M4(-0.14249967, -0.09257894, -0.1542068, -0.3118104, 0.056704022, 0.04809611, 0.060700547, -0.2402284, 0.0049390197, 0.057051543, 0.089885145, -0.08246972, 0.13005266, -0.048629813, 0.018143391, 0.21422513) * inp_0_0_0; + result5 += M4(-0.16406342, -0.13011555, -0.043128576, -0.039964907, -0.025467379, 0.063876465, 0.096231155, -0.13828658, 0.15430379, 0.06933093, -0.09172176, 0.09001871, 0.35339215, -0.09297545, 0.11526358, -0.023089647) * inp_0_1_0; + result5 += M4(-0.02530683, -0.26913956, -0.07417641, 0.18291076, 0.012193413, -0.041100994, 0.052822582, 0.11496775, 0.085887134, -0.17330194, -0.07340497, 0.094411016, 0.06802186, 0.022810105, 0.010293679, 0.13500793) * inp_0_2_0; + result5 += M4(0.11454452, 0.18841419, -0.019688236, 0.04405056, 0.17366621, 0.10553578, 0.18243545, 0.026284019, -0.17374165, 0.01094402, -0.006701503, -0.08407589, -0.07270143, -0.07849804, 0.20305674, 0.020266937) * inp_0_0_1; + result5 += M4(0.080961324, 0.32459113, 0.087705694, 0.060858272, 0.06731751, 0.11550713, 0.43368912, 0.4789626, 0.11424976, -0.23740937, -0.09705797, -0.04875585, 0.15197475, -0.26317888, -0.26503667, -0.31238014) * inp_0_1_1; + result5 += M4(0.010327987, -0.2415855, -0.0900239, -0.20778313, 0.0850741, 0.3757273, 0.31176817, 0.18477678, 0.11046976, -0.02172245, 0.30619514, 0.021459091, -0.12140337, -0.0024503395, 0.16907386, -0.08708489) * inp_0_2_1; + result5 += M4(-0.079182066, 0.02244152, -0.13190427, -0.03717618, 0.060179386, -0.012163554, 0.1570344, 0.035297185, -0.10614833, 0.02731456, 0.0024702675, 0.007295181, -0.28900304, 0.13905679, -0.20442823, -0.057264265) * inp_0_0_2; + result5 += M4(0.12128071, -0.0754928, -0.06494051, 0.14364418, 0.009956164, -0.03649622, 0.10050568, -0.016938614, 0.003807434, 0.050807346, 0.015861735, 0.058522843, 0.09694155, -0.046916083, 0.18903343, 0.015200305) * inp_0_1_2; + result5 += M4(0.005438344, -0.047423784, -0.078538604, 0.088630244, -0.1385894, -0.13318318, 0.06369148, 0.035805076, -0.10554592, -0.06844497, -0.08062971, 0.007943871, -0.058751978, 0.17248723, -0.049085863, 0.105063304) * inp_0_2_2; + result6 += M4(-0.05634036, 0.13244794, 0.08623228, -0.098915204, 0.009783013, -0.007974644, -0.026408883, 0.0068675806, -0.007105632, 0.16902381, 0.095670186, -0.14665769, 0.08699523, 0.061930414, -0.06524863, -0.014798001) * inp_0_0_0; + result6 += M4(-0.2490256, 0.1295975, -2.2353444, 0.04637436, 0.19494306, -0.09906829, 0.09306417, 0.20767489, 0.057275217, 0.037355427, -0.37389112, 0.08327524, -0.038505595, -0.40954733, -0.04577821, 0.057993196) * inp_0_1_0; + result6 += M4(0.06650672, 0.037548322, 0.23661001, -0.005609529, 0.091688484, -0.20551534, 0.004490461, -0.053161096, 0.03204627, 0.06902444, 0.052879337, -0.0144675225, -0.04873923, -0.18568163, -0.017835844, 0.07676413) * inp_0_2_0; + result6 += M4(0.0119062895, 0.3090037, 0.111204624, -0.02821916, 0.11038795, -0.21112052, -0.05287128, 0.14346819, 0.2170775, -0.047834992, -0.22924508, 0.11532421, -0.07626011, -0.38905892, -0.021354986, -0.117025934) * inp_0_0_1; + result6 += M4(0.17222515, 0.07244994, 0.41175237, 0.01114765, -0.09107952, -0.90552, -1.4411411, 0.49590585, 0.062243253, -0.43391052, 0.35419425, -0.27735883, -0.015777303, 0.07829307, 0.51118803, -0.017415455) * inp_0_1_1; + result6 += M4(-0.23235604, -0.0511767, 0.19630386, 0.028879182, -0.44007137, -0.78939974, -1.0291966, 0.06100311, 0.18581626, -0.013634683, -0.17619559, 0.05285476, -0.15265726, -0.19031487, 0.034831896, -0.09608661) * inp_0_2_1; + result6 += M4(-0.056018334, 0.2733393, -0.01740958, -0.0009679539, 0.093255915, -0.007057566, 0.01932042, -0.009394196, 0.035353597, 0.06181818, 0.024003204, -0.0057273894, 0.08152719, 0.28114888, -0.14964695, 0.016312126) * inp_0_0_2; + result6 += M4(-0.00275745, 0.044860207, 0.16638991, -0.03331024, -0.08344507, -0.018828489, -0.06146343, 0.18100058, 0.26654753, -0.014320534, -0.107257105, 0.13527042, -0.31141096, 0.18621615, -0.16493204, 0.0850835) * inp_0_1_2; + result6 += M4(0.077564634, -0.050589915, 0.027964167, -0.002567909, -0.0922024, 0.21025641, 0.20477465, -0.112782285, 0.05443006, -0.10734646, 0.18476963, -0.0627282, 0.29568744, -0.27919888, 0.04268884, 0.0062679765) * inp_0_2_2; + result7 += M4(-0.104047336, 0.27931145, 0.31547546, -0.025704866, -0.0031837537, -0.09492897, 0.020488026, -0.01416322, 0.043259557, -0.120615184, -0.122118935, 0.009262201, -0.029231546, 0.044413447, 0.15799782, 0.02763456) * inp_0_0_0; + result7 += M4(0.13959067, -0.49898216, -0.45885953, -0.05449129, 0.10593578, 0.008990469, 0.096951924, 0.051797774, -0.045883495, 0.19814385, -0.0035567738, 0.020735273, -0.18330996, 0.31612262, -0.17233367, -0.029751262) * inp_0_1_0; + result7 += M4(0.035233025, -0.47668508, -0.14330457, 0.028845046, 0.18562125, -0.109838344, 0.13574244, -0.050691284, 0.20220089, -0.16358066, -0.1321876, 0.019380484, -0.18533403, 0.11111501, 0.1008678, 0.015737087) * inp_0_2_0; + result7 += M4(0.007814532, -0.19826351, 0.2464197, 0.03801768, -0.03286839, -0.11821897, -0.11230506, -0.031504393, 0.05639276, -0.12397047, -0.19648397, 0.0400545, -0.0058942647, 0.1446839, -0.05736439, -0.062202312) * inp_0_0_1; + result7 += M4(-0.06746617, 0.074479304, -0.058283195, -0.0018860806, 0.010639203, 0.23635767, -0.043373473, 0.11215341, -0.0025078177, 0.0011262797, 0.0337404, -0.04611286, 0.35684988, -0.31359214, -0.23507269, 0.0032141064) * inp_0_1_1; + result7 += M4(0.013323235, 0.06356388, -0.008550969, 0.14163664, 0.0077898647, 0.09163716, -0.051709455, 0.056776308, -0.12486637, 0.028727798, 0.18354155, 0.031952787, 0.13423513, 0.1783978, 0.12551427, -0.14596799) * inp_0_2_1; + result7 += M4(0.031252205, 0.22805358, -0.020573935, -0.01399076, 0.020338405, -0.043535527, -0.13691017, -0.03060044, 0.017813915, 0.107130446, 0.13749062, 0.03171185, 0.07668109, 0.3048642, 0.26950306, 0.023514876) * inp_0_0_2; + result7 += M4(0.007856953, 0.1420717, -0.11768835, 0.034950133, 0.015200682, 0.09333547, -0.043235924, 0.004289593, 0.083554864, -0.19255067, -0.19565953, 0.10711127, -0.12327416, -0.24626565, 0.38867554, -0.16210833) * inp_0_1_2; + result7 += M4(0.06071163, 0.21714094, 0.10716088, 0.038724173, -0.010080186, -0.11638838, 0.034845438, -0.0038457972, 0.12100811, 0.090111, -0.16288212, 0.073505, 0.05461907, 0.10078771, -0.26098064, 0.01219484) * inp_0_2_2; + const V4 inp_1_0_0 = inp[1][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_1_1_0 = inp[1][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_1_2_0 = inp[1][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_1_0_1 = inp[1][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_1_1_1 = inp[1][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_1_2_1 = inp[1][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_1_0_2 = inp[1][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_1_1_2 = inp[1][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_1_2_2 = inp[1][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.0032923422, -0.110597715, -0.076385096, -0.06733977, -0.056400128, 0.0001873281, -0.0648321, -0.08882714, 0.032599505, 0.04133898, 0.008572376, 0.08358454, 0.0906735, 0.04318595, -0.41482934, -0.1556601) * inp_1_0_0; + result0 += M4(0.04911673, 0.016566554, -0.12766586, 0.022606624, -0.025012037, -0.34101418, -0.1803049, 0.16843665, -0.06252521, -0.17153594, -0.049066328, -0.0699178, 0.089073956, -0.91323996, -0.3456486, -0.67306703) * inp_1_1_0; + result0 += M4(0.0023158488, -0.013641539, -0.08391577, -0.022344695, 0.06489063, -0.118479446, 0.30254263, -0.04974189, -0.02793013, -0.10436318, -0.07214025, 0.11314202, -0.047524095, 0.0007804401, 0.12787329, -0.042181738) * inp_1_2_0; + result0 += M4(0.07400747, -0.07646245, -0.06997684, 0.06887803, 0.026473898, -0.027606249, 0.08990847, -0.13028362, 0.079035185, -0.022385444, 0.0013036062, 0.12786913, -0.009873447, -2.8971813, 0.0189572, -0.18802948) * inp_1_0_1; + result0 += M4(0.041955452, 0.1361661, -0.056304142, 0.23024818, 0.0043456927, -0.39381, 0.03155816, 0.0993225, -0.10714991, 0.31621572, 0.17656893, -0.09910219, -0.069144145, -0.051604483, 0.07761044, 0.07874729) * inp_1_1_1; + result0 += M4(-0.025942875, 0.066490546, -0.18511438, 0.05658625, 0.13826634, 0.3911288, -0.2748446, 0.6655134, -0.042538118, 0.042949736, 0.027355677, 0.034997657, 0.002283156, 0.11009654, 0.021545244, -0.16590832) * inp_1_2_1; + result0 += M4(-0.046758644, 0.6175916, -0.14485279, -0.022473063, 0.014199904, -0.13171636, 0.050589945, -0.12019737, -0.047742587, -0.26292393, -0.08137716, 0.105698206, -0.0034013442, 0.0066584516, 0.005528062, -0.1241527) * inp_1_0_2; + result0 += M4(-0.12583385, -0.351895, 0.23780909, -0.784968, -0.023530755, -0.020340402, -0.020772368, 0.19494194, -0.070227854, 0.28128645, 0.097741775, -0.06277003, 0.0030847571, 3.2771608e-05, -0.04697226, 0.1673911) * inp_1_1_2; + result0 += M4(-0.025645535, 0.033567615, -0.09567073, -0.16195378, -0.038032837, -0.06960927, 0.06827121, 0.16674352, 0.06409076, 0.033140678, -0.02717206, 0.28515238, -0.008931474, -0.039498694, 0.07298923, -0.023019576) * inp_1_2_2; + result1 += M4(0.12395425, 0.1187829, 0.0019700208, -0.04125099, 0.08139812, -0.43549028, -0.09410853, -0.030440923, -0.14729412, -0.15450814, -0.057898838, 0.20440468, -0.10044533, 0.18308565, -0.5158155, 0.09539528) * inp_1_0_0; + result1 += M4(0.037204035, 0.02312668, -0.044683103, -0.116596125, 0.05469089, -1.6530591, -0.024794752, -0.24741428, -0.07714538, -0.0907682, 0.069645114, 0.16442925, -0.07567711, -0.1601481, 0.21395928, 0.12467668) * inp_1_1_0; + result1 += M4(-0.033615768, 0.038359318, -0.040772874, -0.0117032165, -0.20748201, 0.017374273, -0.060896456, 0.080013625, -0.09129813, -0.09475209, 0.19473968, -0.30309874, 0.041252375, 0.022965359, 0.049969386, 0.14708577) * inp_1_2_0; + result1 += M4(-0.48241517, 0.06295084, -0.015084971, -0.19917004, 0.05103808, 0.30297866, -0.06317368, 0.019704396, 0.1757818, -0.35181275, -0.076401316, -0.023037858, -0.29423288, 0.025659615, 0.22195761, 0.16435862) * inp_1_0_1; + result1 += M4(-0.12367733, -0.03715011, 0.26650542, 0.052444182, -0.019478984, -0.32102966, 0.21871099, 0.051274683, 0.21849063, 0.21327093, -0.14092363, 0.031623885, -0.09981469, -0.023576006, 0.16623442, 0.12344751) * inp_1_1_1; + result1 += M4(-0.024627173, -0.07491655, -0.045441456, -0.09384296, 0.1704755, 0.08549616, 0.11466312, 0.09864135, -0.07016311, 0.0327385, 0.067606434, -0.087306455, 0.010493762, 0.0036841005, 0.019755216, 0.24251655) * inp_1_2_1; + result1 += M4(0.358837, 0.21824642, -0.19326901, 0.12177948, -0.009094527, 0.017601833, -0.070282295, -0.052387543, -0.37112862, -0.31418705, -0.06904369, -0.1967876, -0.010854039, 0.0019090927, 0.13735634, -0.020787742) * inp_1_0_2; + result1 += M4(-0.0919411, -0.11973116, 0.27332938, -0.035951287, 0.07058261, 0.08062907, -0.17689015, -0.091643885, 0.20037134, 0.424999, -0.38216737, -0.23994875, 0.07509234, -0.0069487575, 0.043635774, 0.051823203) * inp_1_1_2; + result1 += M4(0.05708957, 0.08191688, 0.016709048, -0.03235988, -0.0060462584, -0.08601328, 0.0436657, 0.064354345, 0.028137833, 0.022658654, -0.10975328, 0.113288514, 0.010615481, 0.035052963, -0.01711803, 0.14028619) * inp_1_2_2; + result2 += M4(-0.04179931, 0.0020734416, -0.075811744, -0.082176015, -0.06826281, -0.04875203, -0.042551816, 0.05159079, -0.06683942, -0.040421512, 0.0002034828, 0.091440625, 0.1680313, 0.11232512, -0.17835926, -0.00054527284) * inp_1_0_0; + result2 += M4(-0.047365434, -0.18164173, -0.005518064, -0.1104724, -0.063556634, 0.20658958, -0.11179894, -0.026603023, -0.00069127046, 0.071149714, -0.03169576, -0.044626914, 0.23248467, 0.26997226, -0.36603805, -0.060814038) * inp_1_1_0; + result2 += M4(0.078356594, 0.040115234, -0.0028702863, 0.05482729, 0.022318538, -0.040560722, 0.016654935, 0.019052213, -0.12822407, 0.019859726, -0.052832972, -0.05305316, 0.10574541, 0.03629949, 0.014559356, -0.12935568) * inp_1_2_0; + result2 += M4(0.027517352, 0.28783208, -3.1135905, 0.04775798, 0.03445126, -0.05896604, 0.031695735, -0.029849937, 0.12590493, -0.11067547, -0.017141033, 0.01422999, 0.07208234, 0.2765328, -0.7128603, -0.038948227) * inp_1_0_1; + result2 += M4(0.1047137, 0.1962726, 0.021749135, -0.15366876, -0.038354162, 0.090389304, -0.13953349, -0.095047645, -0.05201231, -0.19191521, 0.057477217, -0.03615435, 0.16514103, 0.028311292, -0.07791297, -0.13795808) * inp_1_1_1; + result2 += M4(0.057492815, 0.04531313, 0.018513707, 0.060727492, -0.00806004, -0.6654262, 0.3739408, 0.01155021, -0.0034984262, -0.017008517, -0.08363749, -0.025165282, 0.13786079, -0.09236131, -0.027278343, 0.069644056) * inp_1_2_1; + result2 += M4(0.1595161, -0.11967953, -0.07146715, 0.063227415, 0.058854695, -0.0068867635, 0.07684279, 0.044558134, -0.1470383, 0.04196038, -0.066272296, -0.082043886, 0.01653736, -0.08492039, 0.030629715, -0.065846406) * inp_1_0_2; + result2 += M4(0.16918172, 0.4889623, -0.5350624, -0.33147064, -0.14744516, 0.035938174, -0.11694986, -0.019258266, 0.1840622, -0.68288815, 0.67403895, 0.10097233, -0.028186554, -0.02628438, 0.051823877, -0.03532686) * inp_1_1_2; + result2 += M4(0.030188492, -0.040243953, 0.0024696896, -0.04722355, 0.10921659, 0.13728724, 0.07544246, -0.11735438, 0.18319008, 0.038387932, 0.06278924, 0.25642133, 0.041570988, 0.022867573, -0.017198497, 0.08659983) * inp_1_2_2; + result3 += M4(-0.1759156, 0.16859895, -0.09370762, -0.05670359, -0.16462816, -0.01677422, 0.0340089, -0.033577647, 0.20810649, -0.0011155154, 0.027710859, 0.12531371, 0.33033112, -0.03956016, 0.08890614, 0.21189405) * inp_1_0_0; + result3 += M4(-0.0844855, 0.0555757, -0.16247858, -0.056920085, -0.12189964, 0.0047107143, 0.018921616, -0.011543277, 0.15310547, 0.022854272, 0.004033862, -0.0015784606, 0.45833287, 0.00879296, 0.07709798, 0.35850415) * inp_1_1_0; + result3 += M4(0.14460233, -0.008694696, 0.037752405, 0.033356912, 0.32744965, 0.06242264, -0.045448117, 0.05614835, -0.26938525, 0.17652495, -0.009490894, 0.1129832, -0.102241375, -0.034441102, -0.049916957, 0.14856422) * inp_1_2_0; + result3 += M4(-0.40293002, -0.007522997, 0.018665701, 0.27766967, -0.087788776, -0.0019298039, 0.028738074, 0.0108804, 0.077322125, -0.039543763, -0.23940866, -0.14393473, 0.35453862, -0.1590312, 0.05907187, -0.47502744) * inp_1_0_1; + result3 += M4(-0.38700145, 0.042974446, -0.16610625, 0.12565602, 0.06786666, 0.062446196, 0.04255844, -0.25338125, 0.056453202, 0.24391764, 0.13818865, -0.044488676, 0.092748076, 0.113741346, -0.13809489, -0.51679933) * inp_1_1_1; + result3 += M4(-0.18923576, -0.09030316, 0.10975806, 0.016093189, -0.06317926, -0.10615779, 0.05893334, -0.04297291, 0.024373747, 0.109997064, -0.15189843, -0.10862246, -0.028673911, -0.03866258, 0.02785049, 0.10886516) * inp_1_2_1; + result3 += M4(6.688212e-05, -0.05599565, 0.068614565, -0.027440678, 0.018461807, 0.06300403, 0.074011736, 0.09156334, -0.069775864, 0.066298395, -0.16176248, -0.20363964, 0.036472984, 0.03522516, 0.014853168, -0.31995225) * inp_1_0_2; + result3 += M4(-0.08984419, 0.08656949, -0.22384736, 0.10748107, 0.057844017, 0.12952232, 0.16606595, -0.1888721, -0.11790847, 0.2775115, -0.11293869, 0.6050617, 0.004225573, 0.0687956, -0.011430022, 0.09421669) * inp_1_1_2; + result3 += M4(-0.06099194, -0.08224537, -0.08803574, 0.11522822, 0.12433657, 0.026495473, -0.1921991, -0.035896093, 0.29608464, -0.008338488, 0.041683376, -0.2116581, 0.12015189, 0.022278767, -0.009633601, -0.019671261) * inp_1_2_2; + result4 += M4(0.04784628, 0.15148228, -0.079358414, -0.05134021, -0.046365388, 0.075629614, 0.08527173, -0.13636243, -0.033145186, 0.0707296, 0.12663954, 0.15118757, 0.18091482, -0.029735753, 0.083204076, 0.22082315) * inp_1_0_0; + result4 += M4(-0.023625834, 0.17497367, 0.006351412, -0.047276016, -0.0012272174, 0.22770876, 0.0021577831, 0.14048442, -0.01954268, 0.019802054, -0.081932664, 0.02354669, 0.32479185, -0.051274266, 0.3124101, 0.33924794) * inp_1_1_0; + result4 += M4(-0.029090121, -0.08669632, 0.018728875, 0.014919271, 0.19229805, -0.04470851, 0.1696965, -0.0678219, -0.0029579431, 0.312824, 0.11415799, 0.14339143, -0.0057431855, -0.10997926, -0.00051763677, 0.06603806) * inp_1_2_0; + result4 += M4(0.25444785, 0.17710705, 0.2829241, 0.36814582, 0.0098406095, 0.032312714, -0.06157835, -0.04466969, 0.083726674, -0.23685218, -0.14152536, -0.14490803, 0.1822022, -0.024284068, 0.060638804, 0.14821666) * inp_1_0_1; + result4 += M4(0.09396568, 0.270148, -0.13908844, 0.16662286, 0.0023963605, 0.00869024, -0.111185014, 0.19821876, -0.086765006, 0.0023683377, 0.11669623, -0.28690004, 0.11565416, -0.27630258, 0.13458052, 0.029730238) * inp_1_1_1; + result4 += M4(-0.0034593123, -0.0138239665, -0.050911658, -0.0075702914, -0.21096912, -0.22871667, -0.1717804, -0.13894962, -0.034956064, 0.06103605, -0.14191483, -0.10222846, -0.0112122195, 0.06511359, 0.09164152, -0.028391667) * inp_1_2_1; + result4 += M4(-0.03916589, -0.22599256, -0.15626004, -0.49377608, -0.01917417, -0.07252137, 0.08189266, 0.19133559, 0.1581256, -0.14936908, -0.15992394, -0.21389528, 0.032016106, -0.09473247, 0.015561659, -0.35347387) * inp_1_0_2; + result4 += M4(0.19740966, 0.23102205, 0.16327122, -0.025526972, 0.060664073, -0.22539678, 0.09381819, -0.15703341, -0.54096204, 0.06044048, 0.026995348, -0.47547275, -0.10433011, 0.088026345, -0.022798756, 0.03353003) * inp_1_1_2; + result4 += M4(-0.051264897, 0.12042493, 0.011687985, -0.037873607, -0.027661446, 0.14254573, -0.043049823, -0.09852913, -0.0791354, -0.27296793, 0.06253989, -0.118330136, -0.043293685, -0.0020090183, 0.00021119753, -0.03786457) * inp_1_2_2; + result5 += M4(-0.08717273, 0.049901865, 0.0048132134, -0.069070674, -0.01182343, -0.02997724, -0.016323201, -0.07699383, 0.0875674, 0.080213636, -0.029716156, -0.010870191, -0.048560217, -0.055407006, -0.011680779, 0.01586424) * inp_1_0_0; + result5 += M4(-0.1075827, -0.060601052, 0.0092456695, 0.15126875, 0.0913541, -0.020388456, -0.09331712, 0.08766838, -0.009233001, 0.088060305, -0.13724586, -0.17180116, -0.009098511, 0.48492944, 0.11788322, -0.33064446) * inp_1_1_0; + result5 += M4(-0.005624579, 0.03024723, 0.009933319, 0.29630217, 0.0082292715, 0.054144796, 0.06354029, -0.011237037, 0.021497846, 0.06302677, 0.024106089, 0.00092533824, -0.092144206, 0.0029636682, -0.053921748, -0.23189637) * inp_1_2_0; + result5 += M4(0.17072508, 0.02096168, 0.13833092, 0.535035, -0.007679891, -0.058312725, -0.118476935, -0.09420788, -0.08534792, 0.10271159, -0.046991706, -0.15252799, 0.0780373, 0.1055269, 0.023975424, -0.19136444) * inp_1_0_1; + result5 += M4(-0.0062646745, 0.0955205, -0.059922762, 0.11311406, 0.09930351, 0.080578074, 0.19009219, 0.15008725, -0.106513195, 0.0667761, -0.21508075, 0.0017129848, 0.073195, 0.09975118, 0.14478877, -0.6311235) * inp_1_1_1; + result5 += M4(-0.017391302, 0.116871655, -0.080785386, -0.19849898, -0.3020495, 0.13277572, 0.11611268, 0.03758648, -0.08144503, -0.20441084, 0.05597063, 0.16816716, -0.045697413, 0.02150351, -0.11086295, -0.085398585) * inp_1_2_1; + result5 += M4(-0.1879115, 0.016611021, -0.15937641, 0.48762903, 0.03805679, 0.013779111, 0.0066610062, -0.08856701, 0.08440009, -0.09612836, 0.042419363, -0.063594386, 0.024609527, -0.047401253, 0.033552203, -0.060958587) * inp_1_0_2; + result5 += M4(-0.20620799, 0.43128633, 0.14371718, 0.4845778, 0.025099587, -0.13389261, -0.08240062, -0.060192022, 0.037137043, -0.5040414, -0.3795193, -0.059579786, -0.018986909, -0.035428263, 0.05285205, -0.044203628) * inp_1_1_2; + result5 += M4(0.0880355, -0.020102974, 0.038051143, -0.020325918, 0.060362678, 0.045092452, -0.043986905, 0.37833795, -0.07249459, -0.001876803, -0.17287637, 0.07653989, -0.029920807, 0.008746503, -0.019950408, -0.06827415) * inp_1_2_2; + result6 += M4(0.10320621, 0.18801083, 0.05430779, 0.01969135, -0.010159635, 0.16644827, 0.021686165, -0.016026463, -0.08102588, -0.30034626, 0.0014307209, 0.021073047, 0.15592475, -0.6901507, 0.13407001, 0.047322024) * inp_1_0_0; + result6 += M4(0.06529646, -0.027329152, 0.04633219, -0.011510479, -0.015562197, 0.22776924, 0.05692284, -0.0074004005, -0.11471769, 0.0848635, 0.042926636, 0.0371823, 0.067017674, -0.4859292, -1.1508447, 0.051686745) * inp_1_1_0; + result6 += M4(0.059671637, 0.0010381162, -0.019695604, -0.019438436, 0.0014802634, -0.4044807, -0.023127854, -0.006606226, -0.043907404, 0.22071818, -0.034115013, 0.0025417593, 0.035436753, 0.02450977, 0.09686873, -0.014984114) * inp_1_2_0; + result6 += M4(-0.010423642, 0.033745505, -0.53759086, 0.22043307, 0.034735117, -0.006252452, 0.08917193, 0.116575345, -0.045094036, -0.20261708, 0.011786281, -0.07318931, -0.25421253, -1.5358137, -0.3770722, 0.05736824) * inp_1_0_1; + result6 += M4(-0.02507028, -0.016452214, -0.09312868, -0.118398584, 0.12844661, 0.08450253, -0.3075136, -0.19513133, -0.06725302, -0.10921726, 0.02421967, 0.117026575, -0.0034214254, 0.24071096, -0.27249232, -0.11473428) * inp_1_1_1; + result6 += M4(0.057368744, 0.23173945, -0.0025250367, -0.010965087, -0.14113662, 0.21929637, 0.21347462, 0.071039245, -0.08646045, -0.07760553, 0.13731879, 0.022471022, 0.0075234757, -0.036203574, 0.059115827, -0.002047007) * inp_1_2_1; + result6 += M4(-0.13949755, 0.39010808, 0.045011297, 0.097044356, 0.030089825, -0.12392252, -0.035015184, -0.011503992, -0.09407348, -0.4590399, -0.05329452, -0.03321164, 0.026435109, -0.15246417, 0.013017275, 0.041730147) * inp_1_0_2; + result6 += M4(-0.10586971, 0.22881018, -1.2663296, -0.005016206, -0.17000385, -0.10778942, 0.0871054, 0.052154344, 0.20921038, -0.16599761, 1.4787351, -0.14455557, 0.09007096, 0.04929001, 0.0011849042, -0.012151438) * inp_1_1_2; + result6 += M4(-0.05356383, 0.1940237, 0.08900261, -0.016091775, 0.34054872, 0.044104416, -0.23078497, 0.0077782613, -0.07784859, -0.13795589, 0.023295302, 0.051720403, 0.018301845, -0.030709727, -0.023505436, 0.003290876) * inp_1_2_2; + result7 += M4(-0.013046446, 0.1009992, 0.45455384, -0.021546736, -0.0043720636, 0.04133309, -0.0155369, 0.031850472, -0.064336166, -0.17382284, -0.13126107, 0.0014773855, 0.05780266, 0.108746335, 0.21373187, -0.004720818) * inp_1_0_0; + result7 += M4(0.08533207, 0.05605727, 0.22998226, 0.05402506, 0.04551746, 0.02279188, 0.12467374, 0.006357436, 0.05672775, 0.026632432, -0.33384508, 0.018526975, -0.13185453, -0.19008121, 0.36353356, 0.0034070052) * inp_1_1_0; + result7 += M4(-0.014929009, -0.035832733, -0.0067105694, -0.059257768, -0.08719266, -0.3298078, -0.0077367174, -0.01610277, -0.010664841, -0.1141926, -0.21930663, 0.07480883, 0.07415093, -0.069383636, 0.24220929, -0.0017414482) * inp_1_2_0; + result7 += M4(-0.06266806, -0.07639927, -0.29719096, -0.053282186, 0.04038902, 0.010296995, 0.0036480755, -0.008602874, -0.05985288, 0.067348056, -0.04924271, -0.02555967, -0.09045683, -0.024870351, 0.26647884, 0.02242126) * inp_1_0_1; + result7 += M4(0.1531585, -0.17638682, -0.47068077, 0.09710778, 0.001878964, 0.38204277, -0.06792932, -0.03356269, -0.024833035, -0.023432355, -0.26019514, -0.11366396, -0.013474685, -0.250676, 0.53463197, 0.14782181) * inp_1_1_1; + result7 += M4(-0.0072099473, -0.07289144, -0.15416871, -0.055123042, 0.06470782, 0.064465076, -0.07816546, 0.0629327, -0.03762419, -0.13275221, -0.15063515, 0.07092665, 0.06353198, -0.076728016, 0.19051617, -0.013075753) * inp_1_2_1; + result7 += M4(0.08098732, -0.09602101, 0.26941758, 0.09430476, -0.0513606, -0.008258814, 0.09580025, 0.031146869, -0.003720022, 0.1471651, -0.002681013, -0.02553327, -0.012447399, 0.02872716, -0.116837345, 0.009039833) * inp_1_0_2; + result7 += M4(-0.038691156, 0.111534275, 0.37790453, 0.09402965, 0.038703017, -0.15435196, -0.08866245, -0.01766971, 0.25723973, -0.052448276, -0.16545424, -0.1325407, -0.024193598, 0.11364134, 0.20570332, 0.017127696) * inp_1_1_2; + result7 += M4(-0.050524876, 0.030348392, 0.084142946, -0.0016087353, -0.03317383, -0.052530997, 0.14274041, -0.010599135, 0.058894664, 0.02279969, -0.22444096, -0.108748786, -0.009614207, 0.06564162, -0.02021995, 0.024029437) * inp_1_2_2; + const V4 inp_2_0_0 = inp[2][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_2_1_0 = inp[2][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_2_2_0 = inp[2][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_2_0_1 = inp[2][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_2_1_1 = inp[2][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_2_2_1 = inp[2][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_2_0_2 = inp[2][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_2_1_2 = inp[2][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_2_2_2 = inp[2][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.10752723, 0.3443844, 0.3981863, -0.029809702, -0.0293793, 0.006705033, -0.097262904, 0.19494955, 0.17320384, 0.1299356, 0.35816535, -0.20353627, 0.013636854, 0.070375495, -0.036161147, 0.16042067) * inp_2_0_0; + result0 += M4(-0.002374809, -0.1574178, 0.26638144, 0.25163847, -0.09216006, 0.10052911, 0.10202587, 0.18265562, 0.0060490984, 0.34028044, 0.257649, 0.11344733, -0.07650952, 0.057117555, -0.15117969, -0.3114883) * inp_2_1_0; + result0 += M4(0.033310134, 0.06160632, 0.15765539, 0.20170712, 0.06943786, 0.1717603, 0.16594987, 0.31950688, 0.005822434, -0.027889367, 0.06408904, 0.09799809, 0.10393606, 0.08131958, -0.29572824, -0.048960432) * inp_2_2_0; + result0 += M4(0.09903582, -0.21141598, 0.2152703, 0.07929256, 0.03532623, -0.040966585, -0.030280275, 0.0027702693, 0.053658243, 0.083939165, -0.08006676, 0.25063822, 0.024731597, 0.011854484, 0.1325228, 0.086127244) * inp_2_0_1; + result0 += M4(0.029701937, -0.241239, -0.35107797, 1.6913613, 0.0061196014, 0.215371, 0.11110541, -0.37134147, 0.20178439, 0.47020698, -0.3210115, -0.2924321, 0.08808918, -0.0974643, 0.20277975, -0.80969065) * inp_2_1_1; + result0 += M4(0.016486123, 0.11648423, -0.013286231, 0.15585943, -0.06180675, 0.21102741, 0.08298904, -0.064793, 0.07634062, 0.042407095, -0.06562998, 0.0019544442, 0.16022913, -0.027112065, 0.1257159, 0.039700907) * inp_2_2_1; + result0 += M4(0.05757359, -0.18824857, 0.06660097, 0.05381946, 0.032595936, 0.048838913, -0.082100734, 0.16622166, 0.081837416, -0.059204202, -0.025194334, 0.056428265, -0.0016839401, 0.0867451, -0.07184851, 0.19750346) * inp_2_0_2; + result0 += M4(-0.07432781, -0.28152013, -0.17175665, 0.43230724, -0.019672649, -0.03125815, 0.11586209, 0.039876495, -0.011329027, 0.16799456, 0.09265924, -0.15998133, -0.043506242, -0.16067381, 0.06869879, 0.18602976) * inp_2_1_2; + result0 += M4(0.0022279841, 0.033067573, 0.061101016, 0.24541572, 0.023880986, -0.0029721945, 0.022759138, 0.07991698, 0.0044488152, 0.075926796, -0.020886052, 0.018156014, 0.003746828, 0.17749904, 0.34707186, 0.2839841) * inp_2_2_2; + result1 += M4(0.0012711834, 0.15263343, 0.18292569, 0.12319828, -0.018606884, 0.28912345, 0.045855355, 0.11173119, -0.096688256, -0.8812923, -0.012049024, 0.0843375, 0.03918893, -0.26137727, 0.028097179, 0.347922) * inp_2_0_0; + result1 += M4(0.01954252, 0.15376396, -0.15797397, 0.64715475, 0.37414128, 0.16568442, -0.051955517, 0.26020965, 0.27977103, -0.044267606, -0.091278195, 0.29494214, -0.008724192, 0.16233414, 0.036960747, -0.105459616) * inp_2_1_0; + result1 += M4(-0.0927817, -0.12622684, 0.1477744, -0.19761157, 0.0534209, 0.10945289, 0.07067679, -0.1405498, -0.023429068, 0.011944694, 0.026527988, -0.10524283, 0.052311055, -0.13005523, 0.09394023, -0.078093514) * inp_2_2_0; + result1 += M4(-0.13714388, -0.18049765, 0.13344018, 0.15945786, -0.1366591, 0.09769732, 0.56781596, -0.06600257, 0.37420177, -0.38423717, -1.0877552, -0.3439122, 0.1863416, 0.16638783, 0.026315447, -0.16788244) * inp_2_0_1; + result1 += M4(0.09721238, 0.4467147, -0.21938577, -0.21302183, 0.07586447, 0.019556614, -0.52672887, 0.0810474, 0.08349685, 0.17383122, -0.33269066, -0.3579015, 0.022787256, 0.4198211, 0.014014483, -0.19601329) * inp_2_1_1; + result1 += M4(-0.23281416, 0.09362814, -0.09277362, 0.2931286, 0.017502861, 0.025719842, -0.23912497, -0.1797453, -0.009151062, -0.050883796, 0.006540676, -0.1853951, -0.15687123, 0.20414457, 0.09720791, 0.41446596) * inp_2_2_1; + result1 += M4(0.16622244, -0.11075605, -0.38517615, 0.087771155, -0.11397207, 0.09372258, 0.3177065, 0.11250328, -0.03436484, 0.09068554, 0.015818946, 0.081791684, -0.036573216, -0.3072113, 0.17423537, -0.14473929) * inp_2_0_2; + result1 += M4(-0.06606527, 0.1579049, 0.250383, -0.16370367, 0.009535313, -0.06658675, -0.29491696, 0.15557113, 0.103710234, -0.09850029, -0.07544416, 0.12106758, -0.11733846, 0.00113374, 0.15756263, 0.1700204) * inp_2_1_2; + result1 += M4(0.06791198, -0.080143176, 0.012619748, 0.23636046, -0.08959119, 0.033011828, -0.1067368, 0.103405796, 0.027849302, -0.030592214, 0.05011491, 0.0733869, 0.14269483, 0.07081386, 0.14039558, -0.45001423) * inp_2_2_2; + result2 += M4(-0.11667584, -0.02202349, -0.10868448, -0.051195208, 0.0054976423, -0.04282106, 0.03867957, -0.046220474, 0.13153692, -0.118331105, -0.1815173, 0.049826797, -0.023744393, -0.071191974, 0.20673692, 0.096447796) * inp_2_0_0; + result2 += M4(0.035469174, 0.10805903, -0.2176415, 0.043193024, -0.11691931, 0.007627502, 0.10096845, -0.055976197, 0.16141336, -0.14115462, -0.045168392, 0.24965866, 0.15209146, 0.033549037, 0.1703621, 0.06491325) * inp_2_1_0; + result2 += M4(-0.018665554, 0.107131355, -0.005421479, 0.09921076, -0.21080473, -0.06162837, 0.12717436, -0.09781041, 0.07597102, 0.002830301, -0.018195942, -0.024832707, -0.024180744, -0.05547694, 0.20127565, -0.118746564) * inp_2_2_0; + result2 += M4(0.16446058, 0.23374665, -0.20578818, -0.030623348, 0.02119967, 0.05453278, 0.13498637, 0.010196196, 0.037233423, -0.06946538, 0.018072171, 0.14154884, 0.11026557, 0.15512915, -0.17505443, -0.07021252) * inp_2_0_1; + result2 += M4(0.116199985, -0.59896934, 0.24331638, -0.3390248, 0.13717909, -0.52263683, 0.9598959, 0.24781881, 0.18273768, -0.2348634, -0.11153346, 0.6815819, 0.31826344, -0.29679185, 0.17682175, 0.09438172) * inp_2_1_1; + result2 += M4(0.118609905, 0.19092204, -0.04694096, 0.07994597, -0.17403041, -0.094179146, 0.13502297, -0.009462477, -0.09550276, 0.09794785, 0.030775359, 0.1762429, 0.13352835, 0.28710094, 0.17657709, 0.0974145) * inp_2_2_1; + result2 += M4(-0.07158089, 0.08407077, -0.10286265, -0.16450562, -0.054524716, 0.12237274, -0.016675087, -0.0126196705, -0.0063587744, 0.18578692, -0.056789476, -0.037182607, 0.042051647, 0.0074150823, 0.005337532, 0.10357118) * inp_2_0_2; + result2 += M4(0.11703184, 0.1618634, -0.06641403, -0.24008366, -0.005662786, 0.06934309, 0.030620169, 0.11920829, 0.35728577, 0.07277438, -0.105544195, 0.093647875, -0.045475025, 0.033526003, -0.04822603, 0.16471212) * inp_2_1_2; + result2 += M4(0.025682488, 0.10783233, 0.030448021, 0.21349965, 0.058339316, -0.036717977, 0.0309266, -0.06697459, 0.0704869, 0.01522708, -0.023960412, 0.06879905, 0.123883344, 0.31966528, 0.158249, 0.25477013) * inp_2_2_2; + result3 += M4(0.38675728, 0.2719475, -0.13444254, -0.16027163, 0.017736573, 0.068441354, -0.037617363, -0.066760466, -0.42016217, 0.19176981, 0.094730675, 0.0558163, 0.013815552, -0.03637809, 0.03061033, 0.13947225) * inp_2_0_0; + result3 += M4(0.49493843, 0.0336269, -0.03529831, 0.082529485, 0.2522289, 0.14314543, -0.17192999, -0.06278796, -0.1999072, 0.22991452, 0.051158637, 0.015255553, -0.18725866, 0.17177504, 0.026573488, 0.01996469) * inp_2_1_0; + result3 += M4(0.0047094454, 0.06629339, 0.22061357, 0.08253397, -0.1127311, 0.08870262, -0.07442301, -0.14992173, -0.027865358, 0.023956506, 0.30146158, 0.0074370005, 0.09551971, -0.012696325, 0.10293486, 0.34714276) * inp_2_2_0; + result3 += M4(0.34380823, 0.17095958, -0.29081655, 0.116640545, -0.071090505, 0.030263873, 0.05349052, 0.022760972, -0.2005683, -0.008422438, 0.17029977, 0.23326892, 0.09618053, -0.07581342, 0.11542806, 0.15233396) * inp_2_0_1; + result3 += M4(0.04921846, 0.028432151, -0.32571685, -0.30498266, -0.20447865, 0.2519348, 0.020851234, 0.22138678, -0.23889433, 0.34379068, 0.3789726, -0.10697079, -0.33289286, 0.018813316, 0.34979877, 0.27150047) * inp_2_1_1; + result3 += M4(0.024079874, -0.04188421, 0.10501791, -0.020753874, 0.11343637, -0.111228034, 0.15376918, -0.08422273, 0.061607197, -0.0053859134, 0.20267178, 0.018462809, 0.49854147, 0.09197811, 0.30168274, 0.09227315) * inp_2_2_1; + result3 += M4(-0.024247877, -0.08593408, -0.19345483, 0.2767731, 0.13506448, 0.12012823, -0.038722485, -0.0022627057, 0.09416022, -0.036401957, 0.053168256, 0.042250782, -0.051641136, 0.11899458, 0.07615702, 0.18960647) * inp_2_0_2; + result3 += M4(-0.05240112, 0.101513766, -0.19380409, 0.39617956, 0.05628753, 0.079969905, -0.16683976, 0.53242886, -0.096300885, 0.21967547, -0.017868154, 0.2645171, 0.1096943, 0.050237656, 0.29983646, 0.41044974) * inp_2_1_2; + result3 += M4(0.20415454, 0.002967517, 0.03889272, -0.06633123, 0.10151859, -0.023506664, 0.030851716, -0.016005527, 0.00072763825, 0.124698885, 0.20950228, -0.05079995, -0.18211189, 0.005198615, 0.24675067, 0.36824313) * inp_2_2_2; + result4 += M4(0.07171007, 0.120471165, 0.28792676, -0.0067255152, 0.0019102572, 0.13026705, 0.061946925, -0.051876314, -0.10847876, -0.032385916, 0.107045665, -0.048844445, 0.01278018, 0.13355273, 0.105391, 0.14998937) * inp_2_0_0; + result4 += M4(0.097008854, -0.020540088, 0.011204375, 0.04473735, -0.08625222, -0.07410326, -0.15368776, 0.0005718959, -0.1328571, -0.07632587, 0.027621793, 0.012745036, -0.24303463, 0.038238846, 0.21632843, 0.12667185) * inp_2_1_0; + result4 += M4(0.0052525653, -0.07078145, 0.097427145, 0.057699993, 0.12228231, 0.13972424, -0.16422024, 0.10577888, -0.0105096875, 0.045215856, -0.025910553, 0.054839164, -0.15313557, 0.1773489, 0.41547716, 0.24264775) * inp_2_2_0; + result4 += M4(0.1247443, 0.1743824, -0.112999685, 0.42122674, -0.052898135, 0.16281801, -0.015749758, -0.19179381, -0.047417935, -0.03230591, 0.10994959, 0.08212802, -0.12737218, -0.12669063, 0.052831747, 0.016756125) * inp_2_0_1; + result4 += M4(-0.3890659, -0.7166653, -0.18276405, -0.3446495, -0.45539138, -0.19322424, -0.0060884454, -0.54885197, -0.112705186, -0.0030467445, 0.16784546, 0.24291033, -0.3957976, 0.041709695, 0.033295773, -0.12215292) * inp_2_1_1; + result4 += M4(-0.05288142, 0.04914841, -0.01500194, -0.027061045, 0.020627517, -0.23391628, 0.060405467, -0.18613906, -0.025647268, 0.0038910154, 0.16917421, -0.018855901, -0.31599694, -0.16995278, 0.2676182, 0.15090024) * inp_2_2_1; + result4 += M4(0.04358911, 0.11896573, 0.089531794, -0.05587581, -0.04094156, 0.105369434, 0.011076806, 0.14257681, 0.03535254, -0.045117967, -0.04624138, 0.13797306, -0.19362248, -0.09776679, 0.05610635, 0.031364556) * inp_2_0_2; + result4 += M4(0.10471133, 0.04475438, 0.056449875, 0.21955359, 0.0150153, 0.2850131, 0.08114211, 0.5034277, -0.13530642, 0.060556658, 0.093787976, 0.2631077, -0.18028943, 0.23752828, 0.14925966, 0.38266852) * inp_2_1_2; + result4 += M4(-0.11523303, 0.23114307, 0.038871713, -0.12978399, 0.09951813, -0.18729322, 0.063135736, -0.024845924, -0.058234878, 0.110769965, -0.05797416, 0.06442876, -0.34083676, 0.16079472, 0.033929054, -0.0004737016) * inp_2_2_2; + result5 += M4(0.0693351, -0.20049094, -0.0528601, 0.22926778, -0.07991934, -0.02536455, 0.05029591, 0.2388824, -0.05052858, -0.1796573, -0.07058649, 0.051375333, -0.23393553, 0.12843469, -0.13220094, -0.06000875) * inp_2_0_0; + result5 += M4(-0.16953097, -0.06116245, -0.34284112, -0.24015215, -0.060841396, 0.19751368, 0.041830674, -0.03871472, 0.1364069, -0.005388104, -0.08167784, -0.31380826, -0.40128446, -0.020025158, -0.3570242, -0.2560297) * inp_2_1_0; + result5 += M4(-0.027669001, 0.096567415, -0.0029997793, -0.026407808, -0.0636676, 0.23058884, 0.0023407137, 0.23639806, 0.010196469, 0.04965379, -0.07085824, 0.14955866, -0.25892043, 0.24824645, -0.22172824, 0.42351457) * inp_2_2_0; + result5 += M4(0.041080646, 0.0023604555, 0.04062701, 0.17072047, -0.044127755, -0.11833823, -0.05803533, -0.12382557, 0.0022312272, -0.20031512, -0.07108697, -0.04765551, -0.07526249, -0.1431205, -0.15924497, 0.02457642) * inp_2_0_1; + result5 += M4(-0.124455124, -0.16827966, -0.18772602, -0.35212487, -0.2514399, -0.100796044, -0.16979451, -0.2674985, 0.24346998, -0.14523454, -0.1338672, 0.1106599, -0.09444413, 0.026586853, -0.059434332, 0.11486899) * inp_2_1_1; + result5 += M4(0.02600005, 0.11358628, -0.111960866, 0.2013274, -0.12583245, -0.016626384, -0.0056474647, 0.14644164, 0.054749426, -0.015375318, -0.060542252, 0.26271167, -0.27309555, 0.25427586, -0.30738366, 0.06268446) * inp_2_2_1; + result5 += M4(-0.02109508, -0.15600333, 0.024536503, 0.1401623, 0.026694885, -0.036841907, -0.028111225, -0.02671468, 0.0057274024, 0.009741516, -0.0445943, -0.15761334, 0.1620156, -0.15103452, -0.12852602, 0.06287315) * inp_2_0_2; + result5 += M4(0.03036651, -0.040511932, 0.041615527, 0.028055701, 0.014600262, 0.18176314, -0.022729754, 0.11445713, 0.15105093, -0.0060906517, -0.10080202, -0.18459521, -0.023487376, -0.07143242, -0.13587767, -0.111897126) * inp_2_1_2; + result5 += M4(-0.0636811, 0.12315481, -0.03665248, -0.00370412, 0.06255008, 0.078226626, -0.13505042, -0.08078225, -0.041466385, 0.068277836, -0.059586324, -0.039417323, -0.22059655, 0.1754384, -0.16965942, -0.0535676) * inp_2_2_2; + result6 += M4(-0.11841362, 0.47669527, 0.12237498, 0.1416993, -0.028156888, -0.5126761, -0.04833566, -0.040345132, 0.03784706, -0.121728845, 0.042181365, -0.1901206, -0.032766063, -0.020674223, 0.1502862, -0.043829896) * inp_2_0_0; + result6 += M4(-0.16112591, -0.111210786, 0.17906037, 0.00016748984, 0.01010258, -0.010456941, 0.077982776, 0.07744512, 0.039151005, 0.26679674, 0.026997723, 0.111098, -0.048535228, 0.39656937, 0.33131775, 0.07018037) * inp_2_1_0; + result6 += M4(-0.026121166, -0.00082389056, -0.13371189, -0.03396331, -0.054026123, -0.13490398, -0.03427844, -0.093936235, -0.0483403, 0.30457354, -0.0547323, 0.0032656484, -0.14928332, 0.71998125, -0.009654005, -0.07756924) * inp_2_2_0; + result6 += M4(-0.031986106, 0.24741425, -0.0039343904, 0.18820517, -0.17914043, -0.07632733, 0.09740214, -0.13102613, 0.07248193, 0.3416863, 0.16579658, -0.25666523, -0.09365291, 0.112448774, 0.015894063, -0.07496791) * inp_2_0_1; + result6 += M4(-0.03153623, -0.099357724, 1.0704893, -0.15898058, 0.20476276, 0.61137676, 0.49651164, 0.06383933, 0.040090077, 0.7718091, 0.15651669, 0.019894805, 0.18865074, 0.10356073, 0.7911611, 0.15616214) * inp_2_1_1; + result6 += M4(0.07217429, -0.017802501, -0.025366785, 0.011677272, -0.03891089, -0.09061141, 0.12378563, 0.022504255, -0.044132605, -0.032234058, -0.088184826, 0.039788056, 0.1027992, 0.4585517, 0.045629874, 0.00083855924) * inp_2_2_1; + result6 += M4(0.205705, 0.22365142, 0.13449533, 0.06864224, 0.014564013, -0.27844182, 0.011297423, 0.03536701, -0.02132758, 0.30949152, -0.042867962, -0.06408314, -0.08812826, 0.34322935, -0.032946046, 0.037180725) * inp_2_0_2; + result6 += M4(-0.16519606, 0.06337883, 0.22426398, 0.08894334, 0.10512171, -0.16880117, 0.0016932979, -0.0651617, 0.2945134, 0.054741245, -0.06286984, 0.055672824, -0.018160885, 0.049170736, 0.1691672, 0.17492898) * inp_2_1_2; + result6 += M4(-0.1292707, -0.031298812, -0.10014171, -0.027810937, -0.0075535444, 0.004015391, 0.033660416, 0.02450345, 0.08126133, 0.16086072, -0.036315545, -0.02402555, -0.059445728, 0.33868644, -0.13687381, -0.06302222) * inp_2_2_2; + result7 += M4(-0.21647516, 0.05724087, 0.53666276, 0.017555354, -0.012154187, 0.074186414, 0.1615299, 0.02767313, -0.12881404, 0.10112979, 0.049483497, -0.024827993, -0.00042513548, -0.045809098, 0.1840094, 0.0119309) * inp_2_0_0; + result7 += M4(0.031529203, 0.13485, 0.39417505, 0.061687663, -0.023543395, -0.051345937, 0.04909058, -0.02637634, -0.14676659, 0.07502903, 0.04377711, -0.040983148, -0.02597839, -0.3129039, 0.022708902, -0.013793238) * inp_2_1_0; + result7 += M4(0.09995791, -0.13211979, -0.016427552, 0.06265357, 0.30982524, -0.00924465, 0.34774277, -0.08680688, -0.056380305, -0.010602462, -0.017513515, 0.015896965, 0.2261971, 0.059400223, 0.27276304, -0.00044913669) * inp_2_2_0; + result7 += M4(-0.21631664, -0.32637808, -0.23135257, -0.035319313, 0.009026756, 0.035802875, 0.12972006, 0.014975659, -0.04498775, 0.16134278, -0.26721132, -0.031482365, 0.024809303, -0.041473538, -0.102758326, 0.052019473) * inp_2_0_1; + result7 += M4(0.2281344, -0.43414506, 0.43050864, 0.16810763, -0.061015956, -0.24472739, -0.16084275, 0.08614998, -0.22913669, 0.25083897, -0.22330688, -0.024371564, 0.060366213, -0.09966247, -0.1771932, 0.17032151) * inp_2_1_1; + result7 += M4(-0.07302672, -0.05109683, 0.10576564, -0.022838706, 0.03963551, 0.13769099, -0.24412347, 0.03250729, -0.025830485, -0.057196457, -0.12947193, -0.008131842, 0.008664412, 0.014013175, 0.070938855, 0.014234016) * inp_2_2_1; + result7 += M4(-0.0447635, 0.2706803, 0.045532394, 0.053682335, 0.0074390187, -0.0024997066, 0.03460666, -0.0299541, -0.03833312, 0.046010766, 0.23283716, 0.0020204836, -0.020058671, 0.04210086, -0.096002094, 0.031440318) * inp_2_0_2; + result7 += M4(0.17191777, -0.18700376, 0.16222559, 0.098759085, -0.028579071, 0.045521963, -0.08730599, -0.02353861, -0.005669953, 0.013646575, 0.303377, -0.020591909, -0.010994043, 0.19271602, 0.14249931, 0.09549053) * inp_2_1_2; + result7 += M4(-0.039367557, 0.09201602, 0.062410243, 0.01123599, 0.022837764, -0.046663057, -0.10200335, -0.100693144, 0.03853509, -0.10963967, -0.0068727364, -0.03151455, -0.034203973, 0.21623296, -0.19321671, 0.17929366) * inp_2_2_2; + const V4 inp_3_0_0 = inp[3][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_3_1_0 = inp[3][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_3_2_0 = inp[3][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_3_0_1 = inp[3][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_3_1_1 = inp[3][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_3_2_1 = inp[3][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_3_0_2 = inp[3][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_3_1_2 = inp[3][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_3_2_2 = inp[3][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.04605135, -0.080974855, -0.14770524, 0.2078806, 0.04239285, -0.0024623105, 0.18079478, -0.108587936, -0.01931886, 0.105388075, -0.27181867, 0.22437932, 0.17609589, -0.177878, 0.07221977, -0.1746827) * inp_3_0_0; + result0 += M4(0.018464757, -0.23561439, 0.04960931, 0.28431258, 0.12950683, 0.13260159, 0.042814475, -0.008513342, -0.10886742, -0.06699084, -0.03740124, 0.15952557, 0.168636, 0.20721288, 0.40196863, -0.3019998) * inp_3_1_0; + result0 += M4(-0.051391855, -0.0042824503, 0.06831335, -0.012057421, 0.002988401, 0.15158229, -0.01918685, 0.005151734, 0.0033505254, -0.079571195, -0.18560326, 0.14831944, 0.1879655, -0.057016805, 0.065388344, -0.051963795) * inp_3_2_0; + result0 += M4(-0.076565176, 0.19447435, 0.00050797657, 0.10872474, -0.24198912, 0.09529141, 0.001768449, 0.086309135, 0.081387155, -0.010606244, -0.00030883172, 0.17183217, 0.09941799, -0.14858626, -0.082011305, -0.119218394) * inp_3_0_1; + result0 += M4(-0.16135535, -0.16322333, 0.3386631, 0.34962168, -0.2749518, 0.5579637, 0.16597462, 0.26515052, 0.10337055, -0.08064513, -0.052579913, 0.17262822, 0.12003869, 0.21017717, 0.18464307, -0.0062388564) * inp_3_1_1; + result0 += M4(-0.009934144, -0.010288284, 0.039353706, -0.022879086, 0.051783536, 0.04958182, 0.132064, 0.30057287, -0.0007443706, 0.043403853, 0.3022045, 0.12338271, 0.091369316, -0.096466705, -0.030365149, 0.10260419) * inp_3_2_1; + result0 += M4(0.036993206, 0.09092247, -0.009336325, 0.0161322, 0.058486614, -0.11242544, 0.1331823, 0.26906762, 0.023165995, 0.104584955, 0.014057024, 0.23273794, -0.0028969878, 0.0012447162, 0.013772743, -0.064644575) * inp_3_0_2; + result0 += M4(-0.012103265, 0.05212434, 0.05553496, 0.01763389, -0.0067608487, -0.136396, -0.17907256, 0.2556844, 0.06612165, -0.10925595, 0.02879249, 0.07731448, -0.036740102, 0.027531726, 0.08634605, -0.026586156) * inp_3_1_2; + result0 += M4(0.011224526, 0.004712233, -0.004241669, -0.026452735, 0.017320426, -0.017040033, 0.16395779, -0.050422, 0.042837005, 0.090799406, 0.21052054, -0.011981876, 0.032377824, 0.06806101, 0.0075225635, -0.009068746) * inp_3_2_2; + result1 += M4(-0.080622286, -0.40209505, 0.10045938, 0.004343741, -0.02575187, -0.11475399, 0.2379539, 0.1427605, 0.30430657, -0.04961434, -0.023223098, 0.10057648, 0.055065528, -0.036714807, 0.07023846, -0.21102998) * inp_3_0_0; + result1 += M4(-0.31870526, 0.054236785, 0.12778577, -0.39095885, 0.023933226, 0.058292318, -0.13192713, -0.26029238, -0.12815452, 0.12506631, 0.0077809277, -0.0803483, -0.009848192, -0.013140348, -0.41480136, 0.21960336) * inp_3_1_0; + result1 += M4(-0.043933768, -0.049659137, -0.027395973, -0.09820168, 0.14704221, 0.115105644, -0.07196553, 0.1471242, -0.068642825, -0.08051845, 0.019365324, -0.020618564, -0.0729271, -0.07555573, -0.042813744, 0.046251517) * inp_3_2_0; + result1 += M4(0.0043213363, -0.05349198, 0.11984435, -0.054920904, -0.04146573, 0.1743272, 0.41542083, -0.021505192, 0.26137826, 0.14901282, 0.011180237, 0.12152047, -0.18452384, -0.051141735, -0.02887048, -0.238316) * inp_3_0_1; + result1 += M4(-0.05093255, -0.111583486, -0.006821028, 0.0023114143, 0.0018287259, 0.018828012, -0.29075077, -0.71629876, -0.037190385, 0.16606352, -0.3537793, 0.4030885, -0.011729055, -0.1054924, -0.23848836, -0.04286839) * inp_3_1_1; + result1 += M4(0.0053733056, 0.014929106, -0.03500553, 0.03775949, -0.05607901, -0.047182504, 0.13809001, 0.42680854, 0.08783764, 0.10452709, -0.095830366, 0.43158695, 0.020800708, 0.024597341, 0.048591267, 0.013747453) * inp_3_2_1; + result1 += M4(0.0030161184, 0.0074385055, -0.12959804, -0.006738065, 0.39444014, 0.3134053, 0.029207561, -0.10748677, 0.37415364, 0.080607034, 0.18860576, 0.10636628, -0.20976493, -0.061516207, 0.0297704, -0.04369792) * inp_3_0_2; + result1 += M4(-0.00684152, -0.023453891, 0.013284222, -0.07258607, -0.016968042, 0.21502516, 0.026986642, -0.2655523, -0.056798216, -0.24974303, 0.029203188, 0.098772034, -0.059268393, -0.039389934, -0.010243947, -0.2578892) * inp_3_1_2; + result1 += M4(-0.0064150477, 0.0016961435, -0.00861948, 0.09665234, -0.030864606, -0.0041722646, 0.064564414, 0.48401183, -0.15261689, 0.03230854, -0.06542625, 0.15944798, 0.013089931, -0.010073303, -0.00970246, -0.017176565) * inp_3_2_2; + result2 += M4(-0.35099992, 0.058906622, -0.110645816, -0.055553824, 0.1021364, -0.009279999, 0.0763055, -0.044589322, 0.09703061, -0.033118736, 0.11454523, -0.0026462595, 0.020452917, -0.007229885, 0.17999354, 0.030419484) * inp_3_0_0; + result2 += M4(-0.43782955, 0.22373588, 0.051599585, -0.17016378, 0.0009788057, -0.067831926, 0.059710503, 0.055772297, 0.07524246, 0.17291549, 0.05327059, -0.05133727, 0.24469388, -0.053852197, 0.10863572, 0.2655168) * inp_3_1_0; + result2 += M4(-0.0051598684, -0.009514033, 0.0075021456, -0.070091, 0.061619435, -0.015467976, -0.007169133, 0.023165353, -0.016331973, 0.056022115, 0.09268026, -0.009527618, -0.036503848, -0.06030629, -0.08242114, 0.118852355) * inp_3_2_0; + result2 += M4(-0.7486086, 0.17161992, -0.15023755, -0.17931072, 0.28314093, -0.008254453, 0.40640032, 0.06439319, 0.023474004, 0.042089142, 0.116221, 0.026223289, 0.07252573, 0.10833349, 0.15503116, 0.10249209) * inp_3_0_1; + result2 += M4(-0.8056019, 0.3612949, 0.07348199, -0.084614016, -0.0019426488, -0.055639975, -0.060980644, 0.120468765, 0.23388267, -0.21498127, 0.23824705, 0.18074545, 0.3681171, -0.26873836, 0.16280733, 0.2788297) * inp_3_1_1; + result2 += M4(-0.09470729, 0.012938536, 0.023275094, -0.074698485, -0.08079384, 0.08463614, 0.101136856, 0.09731503, 0.19759114, -0.09003537, 0.07982598, -0.18686399, -0.049125355, -0.0040855776, 0.017080836, 0.121710956) * inp_3_2_1; + result2 += M4(-0.15336145, -0.022481957, 0.05588193, 0.019436548, 0.19052926, 0.0014906102, 0.17755671, -0.21821928, -0.0025412235, -0.00020341038, 0.110270366, 0.06614824, 0.01197269, 0.012851696, -0.010948894, 0.07211574) * inp_3_0_2; + result2 += M4(-0.16746992, -0.00063911616, 0.05066873, -0.00102037, 0.08953811, 0.21905635, 0.3017808, -0.22737363, 0.20508489, 0.09728844, 0.13144223, 0.08496513, 0.2081342, 0.02995166, 0.13469604, 0.15758188) * inp_3_1_2; + result2 += M4(0.0012462778, -0.004541226, 0.048749752, 0.032122657, -0.60583264, -0.018941429, 0.2809049, 0.012209258, 0.116206616, -0.034570243, 0.014147146, 0.12366695, 0.008505002, -0.057118602, 0.05487801, 0.076082535) * inp_3_2_2; + result3 += M4(0.12350918, -0.24655011, 0.004715302, 0.07270529, 0.14747362, 0.0069662794, 0.025214894, -0.08530268, 0.03022968, -0.13297094, 0.04097189, 0.16313861, -0.2635692, 0.0060916375, -0.023788773, -0.026898175) * inp_3_0_0; + result3 += M4(0.1883829, 0.0646925, 0.014993379, 0.14084755, 0.06410797, 0.10152301, -0.0030235024, -0.0010248247, 0.09027798, 0.001479561, 0.2240898, 0.20103423, -0.03259516, -0.22661053, -0.11832922, 0.06976387) * inp_3_1_0; + result3 += M4(-0.018690847, -0.040681243, 0.0042737885, -0.0308214, -0.09408816, -0.024904786, 0.05637045, -0.10868908, 0.14919429, 0.034395985, 0.12671834, 0.0847626, 0.13396178, 0.091113314, 0.005819737, -0.051364735) * inp_3_2_0; + result3 += M4(0.31212196, -0.17165367, -0.06511018, -0.7270438, -0.2938809, -0.0619734, -0.00674091, -0.13644682, 0.21232957, -0.16143309, 0.23640887, 0.1808852, -0.36924917, 0.13305682, -0.09787931, 0.27646285) * inp_3_0_1; + result3 += M4(0.09734834, 0.05639918, 0.091249995, -0.6874181, -0.0011675705, 0.19392207, -0.14310706, 0.12852608, 0.2336797, 0.19654833, 0.24210042, 0.12163406, 0.11607119, -0.0938901, 0.20489712, 0.20259413) * inp_3_1_1; + result3 += M4(0.041580264, -0.07388985, -0.1562191, 0.038251642, 0.008811227, 0.130421, 0.068458356, -0.10416251, 0.18861796, -0.020312844, 0.062221725, 0.101540715, 0.08732675, 0.119276404, 0.10412252, -0.24983428) * inp_3_2_1; + result3 += M4(0.051321488, -0.23569724, -0.0024170857, -0.65184665, -0.2069847, -0.055079825, 0.050536092, -0.13921392, 0.19600749, -0.1342837, 0.12974481, 0.05783991, -0.08643687, 0.0700939, -0.03743746, 0.22865531) * inp_3_0_2; + result3 += M4(-0.0045160223, -0.06638518, 0.032106247, -0.5035604, -0.14370607, -0.06111616, 0.066077, 0.49652943, 0.06533907, 0.08874466, 0.21316189, 0.26883286, -0.100569576, -0.058925766, 0.11312686, 0.110890105) * inp_3_1_2; + result3 += M4(0.0527137, -0.013372746, 0.012419309, -0.043412197, 0.33514586, 0.1318614, -0.09333291, 0.29536355, 0.10930369, -0.05799743, 0.11767115, 0.20734105, 0.1078156, -0.005478152, 0.048795734, -0.15892017) * inp_3_2_2; + result4 += M4(0.17967981, -0.0024206066, 0.13608488, 0.15606079, -0.014125473, 0.1302587, -0.10011819, -0.1317733, -0.09214611, -0.06322458, 0.41288662, 0.15127385, -0.18124083, 0.0568483, -0.19667377, 0.0017309567) * inp_3_0_0; + result4 += M4(0.027271256, -0.24882627, 0.22455092, 0.12997843, -0.013529277, -0.4201472, 0.14472222, -0.06391054, -0.07925756, 0.16168503, 0.26179597, 0.26771837, -0.12798652, -0.17919144, -0.15528443, 0.052146297) * inp_3_1_0; + result4 += M4(0.014049165, -0.064533375, 0.048199706, 0.06682013, 2.5640928e-05, 0.2082277, -0.17860648, -0.08876906, -0.052406717, 0.16419308, 0.27266765, 0.10492769, 0.024301874, -0.006975712, 0.1046006, 0.04440832) * inp_3_2_0; + result4 += M4(0.028147465, -0.3983203, -0.01847809, -0.1174863, -0.035749417, 0.46157745, 0.18222934, -0.04988783, -0.11123017, 0.0078030084, 0.38249332, 0.1705812, -0.08041618, 0.28765467, -0.06447827, 0.22736324) * inp_3_0_1; + result4 += M4(0.15762252, -0.16911152, 0.049391177, -0.16696095, 0.10486783, -0.07586026, -0.27720496, 0.11773608, -0.2747425, 0.3786161, 0.002801792, 0.031365275, -0.07994967, -0.44807374, -0.07718438, -0.1410523) * inp_3_1_1; + result4 += M4(0.00046525197, -0.034315817, 0.038648464, -0.0011732264, -0.13102004, 0.4003929, 0.280731, 0.106184326, -0.04164549, 0.050507616, -0.02626758, -0.07078635, -0.023994299, -0.16891508, 0.010971957, -0.08216202) * inp_3_2_1; + result4 += M4(0.028136913, -0.1701202, -0.04529951, -0.45588294, -0.07477213, 0.34723598, 0.16184719, -0.18778995, -0.1759431, 0.004689825, 0.069567025, -0.045840383, -0.0646709, 0.11436368, -0.06644042, 0.16942237) * inp_3_0_2; + result4 += M4(0.021556504, -0.10937223, -0.062238388, -0.29728833, -0.094330914, -0.242173, -0.048293352, -0.14398387, -0.1945089, 0.2895175, 0.13635243, 0.14394437, -0.122205816, -0.051962666, -0.018697487, 0.13145599) * inp_3_1_2; + result4 += M4(0.003249942, -0.03741464, -0.014669524, -0.01883748, -0.11301991, 0.10991982, 0.34437227, -0.029558275, -0.13222758, 0.101735406, 0.155234, 0.091296345, -0.036827065, -0.11017892, -0.04016985, -0.10833027) * inp_3_2_2; + result5 += M4(0.03506106, -0.048500977, 0.21433751, 0.22443856, -0.08877972, -0.08318837, -0.061856892, 0.014292894, -0.06505422, -0.016065434, -0.10231066, 0.23015444, -0.09368356, -0.11299431, -0.18104406, -0.60903746) * inp_3_0_0; + result5 += M4(0.08028086, 0.05022811, 0.02997687, -0.19566007, -0.029159294, -0.059176996, -0.028556893, -0.040786903, -0.05788131, 0.10790394, -0.14932914, 0.15170012, -0.06443315, -0.07240651, -0.07656515, -0.122700624) * inp_3_1_0; + result5 += M4(0.1137321, -0.089192025, 0.039846938, -0.0223175, 0.031930234, -0.12673935, 0.017585667, 0.10969222, -0.04416593, 0.14250727, -0.067044035, 0.1609681, 0.08500118, 0.1646457, 0.14938213, 0.29145613) * inp_3_2_0; + result5 += M4(-0.0009094283, 0.28392726, 0.061082523, -0.059079338, 0.13732661, -0.0061110733, -0.008135003, 0.09520409, -0.18405494, -0.062306434, -0.24817042, 0.06566892, 0.08881168, -0.12629822, -0.03489964, -0.49614233) * inp_3_0_1; + result5 += M4(-0.0033999085, 0.25010565, 0.25577742, -0.16891249, 0.13042337, -0.1365498, -0.026670823, -0.17399186, -0.13135117, 0.052288227, -0.33817428, 0.013874706, -0.003790534, 0.069700696, 0.037918884, -0.4147641) * inp_3_1_1; + result5 += M4(0.119477466, 0.03500783, -0.017041486, -0.022089997, 0.14688644, 0.49860004, 0.18061589, 0.071110405, -0.00042763606, 0.08570362, -0.16958496, -0.06263497, -0.07786273, 0.16250475, 0.060808282, -0.10747887) * inp_3_2_1; + result5 += M4(-0.10027195, 0.008631086, 0.03845458, -0.20309173, -0.03468716, 0.17712484, 0.22909239, 0.1671772, -0.20039444, -0.04577331, -0.2671201, -0.1315341, 0.12112972, 0.030085254, -0.083887346, -0.058580935) * inp_3_0_2; + result5 += M4(-0.09378364, 0.0047412883, -0.031654667, -0.114370205, 0.24361065, -0.2590986, 0.26888162, -0.030608429, -0.27472925, 0.02145119, -0.19987252, -0.08916564, 0.08804271, 0.015394104, -0.0704593, 0.0100355605) * inp_3_1_2; + result5 += M4(-0.0137429135, 0.033333424, 0.014873225, -0.05457149, -0.22024554, 0.025492538, 0.06726592, -0.07553069, -0.09016793, 0.03910614, -0.09760331, 0.05220727, 0.007563907, 0.014528444, -0.003791664, -0.09855803) * inp_3_2_2; + result6 += M4(0.08226089, -0.21958731, -0.112114474, 0.05132853, -0.04083558, -0.040961035, -0.04910069, -0.0048892456, 0.027261192, 0.2104222, 0.063269176, 0.074063376, 0.046857953, 0.2556395, 0.1850387, -0.089739956) * inp_3_0_0; + result6 += M4(-0.1328675, -0.025115045, -0.19812341, 0.035227485, -0.02176685, 0.05458465, 0.06964607, -0.05161913, -0.17933479, 0.2526419, -0.00061058934, 0.09208311, 0.06378177, -0.028756145, 0.19183238, 0.031973366) * inp_3_1_0; + result6 += M4(0.0437481, -0.0024434791, 0.024941877, 0.016278239, -0.114650965, 0.07724659, 0.08796968, 0.025142414, -0.13231051, 0.19960475, -0.09811997, -0.014756727, 0.09013578, -0.0968506, -0.17763449, -0.0029632917) * inp_3_2_0; + result6 += M4(-0.15345512, 0.18706213, -0.023212325, 0.013440581, -0.034489233, -0.14027032, 0.2418924, 0.019004513, -0.114042565, 0.25890866, 0.09361321, -0.05879834, 0.11970154, 0.18717736, 0.09744464, -0.036371052) * inp_3_0_1; + result6 += M4(-0.10288788, -0.15868154, -0.30297798, 0.052903272, -0.13842048, 0.43790805, 0.33335215, -0.11384359, -0.16529663, 0.5202423, -0.18723747, 0.056518346, 0.041580163, -0.44752023, 0.08281633, 0.00019853903) * inp_3_1_1; + result6 += M4(-0.020328198, 0.023436017, 0.015855424, 0.016370794, 0.045815825, 0.13717295, -0.11157435, 0.07572761, -0.013207421, 0.48449904, 0.03152103, -0.073216066, 0.077034675, -0.17097218, -0.062155224, -0.024534568) * inp_3_2_1; + result6 += M4(-0.09663423, 0.12730555, 0.046748877, -0.011983337, 0.07413645, -0.3649768, -0.335109, 0.22421268, -0.17270626, 0.09675239, 0.0012449885, 0.041111287, 0.044592563, -0.06808676, 0.08731075, -0.00681201) * inp_3_0_2; + result6 += M4(-0.05989392, -0.07644608, -0.01670862, 0.0046006497, 0.34034845, -0.039096303, -0.19662887, -0.060420547, -0.11541123, -0.07443262, -0.08212345, 0.002427962, 0.032372512, -0.35467905, 0.15695313, -0.030645799) * inp_3_1_2; + result6 += M4(0.027210187, -0.016581928, 0.02139718, 0.011200915, -0.06388659, -0.04606139, -0.10887709, 0.10041411, 0.019651515, 0.2052294, 0.0034272135, 0.012662167, 0.015468742, -0.055896755, 0.004310118, -0.013102972) * inp_3_2_2; + result7 += M4(0.10082613, 0.016210603, -0.08197527, 0.01651676, 0.07519529, 0.21890922, 0.014900622, -0.0054076924, 0.07356021, 0.05124745, -0.10515334, 0.0079540685, -0.007952385, 0.0054854187, -0.7094067, -0.041997068) * inp_3_0_0; + result7 += M4(-0.004040572, 0.044227745, -0.09104828, 0.002906862, -0.07002957, -0.010332693, -0.13561437, -0.040523257, -0.065134674, -0.22807272, -0.2839234, 0.028763859, -0.017744722, 0.19381854, -0.3146968, 0.026272843) * inp_3_1_0; + result7 += M4(0.033424836, 0.019449243, -0.17157291, 0.03425873, 0.11572792, 0.06314258, 0.17696764, 0.016658517, 0.08962576, 0.027958134, -0.08218732, 0.031156845, 0.014556747, 0.06479981, -0.26210457, 0.0070842793) * inp_3_2_0; + result7 += M4(-0.0014259213, 0.03989152, -0.21148701, -0.0001369806, 0.23431356, 0.07145237, 0.16289471, 0.119675, 0.06265752, 0.08371256, 0.39132395, 0.06438435, 0.037505884, -0.26679227, -0.16482724, 0.008022178) * inp_3_0_1; + result7 += M4(-0.033659853, 0.1943747, -0.18204369, 0.10617289, -0.13015918, 0.31749845, -0.479224, -0.0002916806, 0.09526148, -0.22029287, 0.63103664, 0.0045550913, -0.02362723, -0.021060677, -0.6373392, -0.0036393513) * inp_3_1_1; + result7 += M4(0.027139774, 0.0644977, -0.022464242, 0.057896312, -0.1653049, 0.3821092, 0.018036174, 0.04535975, -0.06970829, -0.046692904, 0.5127164, 0.07344819, 0.004554193, 0.04056319, -0.17499696, -0.022242673) * inp_3_2_1; + result7 += M4(0.0047700955, -0.20019549, -0.09474941, 0.0059617083, -0.14127806, 0.054258976, 0.13210048, -0.11462701, -0.052308206, 0.013857267, 0.35287967, 0.10111767, 0.05864213, -0.16011465, 0.03517866, -0.04118698) * inp_3_0_2; + result7 += M4(-0.006755949, -0.08598698, -0.0969316, -0.019678462, -0.1485965, -0.6410416, -0.14602426, 0.114290096, -0.06485307, -0.17145531, 0.45939043, 0.040029217, 0.019341905, -0.027362224, -0.43237025, 0.007962174) * inp_3_1_2; + result7 += M4(0.012933513, -0.002370105, 0.04151422, 0.0062560984, -0.07096859, -0.18996301, 0.02074028, -0.023468222, -0.08030726, -0.11030997, 0.013433407, 0.062006313, 0.036660332, 0.07629858, 0.0075185457, -0.0062851734) * inp_3_2_2; + const V4 inp_4_0_0 = inp[4][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_4_1_0 = inp[4][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_4_2_0 = inp[4][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_4_0_1 = inp[4][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_4_1_1 = inp[4][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_4_2_1 = inp[4][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_4_0_2 = inp[4][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_4_1_2 = inp[4][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_4_2_2 = inp[4][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.043933835, 0.12706038, 0.10575533, -0.0033328787, -0.0155722825, -0.0064422, -0.22235104, 0.0021871126, 0.044962022, -0.2084915, 0.047017507, 0.094862305, -0.047800273, 0.45032048, -0.010650127, 1.3485373) * inp_4_0_0; + result0 += M4(-0.06500591, 0.17128548, 0.087880425, 0.030083595, -0.19567467, -0.044240076, -0.39192855, -0.088764206, 0.059117388, 0.21363047, 0.5866385, -0.10034119, -0.34414822, 0.2816878, -0.22936393, -0.026862172) * inp_4_1_0; + result0 += M4(-0.017450435, -0.008009714, 0.24703434, -0.009368439, -0.011507157, -0.09753918, -0.2169605, -0.14993855, 0.011848745, 0.068915926, -0.0033733172, 0.07566037, -0.07841365, -0.5787549, 0.039935626, -0.5071789) * inp_4_2_0; + result0 += M4(-0.02699949, 0.04337066, -0.028844833, -0.18327013, 0.019270988, 0.0044732476, 0.04026257, -0.0023906762, -0.03257226, 0.054302845, -0.051614817, 0.21698895, 1.0265965, 1.6059058, -1.2123098, 2.2432985) * inp_4_0_1; + result0 += M4(0.31841218, 0.10227754, -0.04179721, 0.27813497, 0.50437313, 0.30401784, -0.83502316, -0.17794444, 0.40681085, -0.014192955, -0.34208548, -0.3159725, 0.25310355, 0.39390773, -0.039146632, 1.4822648) * inp_4_1_1; + result0 += M4(-0.015185076, 0.011515262, -0.17696188, -0.083727114, 0.0219049, 0.1877359, -0.17514287, -0.07056134, -0.0047273273, 0.32253075, -0.23863189, 0.32053134, 0.022383299, -0.75523853, -0.67907774, -0.34211034) * inp_4_2_1; + result0 += M4(0.020736646, 0.22149237, 0.038500983, -0.0040626735, 0.023792127, 0.051211964, -0.012986525, 0.5411656, -0.033746365, 0.2039634, 0.03940041, 0.06830118, 0.22465043, 0.29020804, 0.50171816, 0.37238854) * inp_4_0_2; + result0 += M4(0.05687425, -0.06758185, -0.013886678, -0.37559056, 0.039525576, -0.2898339, 0.23285526, 0.40275502, -0.021126723, 0.009932278, -0.06333526, 0.04787878, -0.07951041, -0.63527197, 0.861121, 0.19678026) * inp_4_1_2; + result0 += M4(-0.09713811, -0.022226477, 0.11775823, -0.024345307, 0.06314863, -0.02617594, 0.07589644, 0.03323357, 0.0363189, -0.13977173, 0.17505853, 0.32290134, 0.091539726, -0.4658496, 0.22282986, -0.30940628) * inp_4_2_2; + result1 += M4(0.101002835, 0.24034204, -0.18724895, -0.10831504, -0.19521214, 0.13013652, -0.12897135, 0.028854698, 0.19067132, 0.15642726, -0.11472222, 0.1787505, -0.31364074, 0.063830234, 0.32278952, -1.4481736) * inp_4_0_0; + result1 += M4(0.17090677, 0.08112912, 0.106308535, 0.031496152, -0.095793046, -0.21193625, 0.09400938, 0.12038868, 0.21749893, 0.29433677, -0.09720015, 0.23580499, -0.28948897, -0.17646609, -0.16297604, 0.94595957) * inp_4_1_0; + result1 += M4(0.0821181, 0.15005095, 0.013993431, -0.010840322, -0.0346897, 0.021576175, -0.027959088, -0.13999633, -0.03191572, -0.0005661595, -0.02152548, 0.18865772, 0.47631562, 0.18507555, 0.20293258, -0.440642) * inp_4_2_0; + result1 += M4(-0.0125335315, 0.085442804, 0.13406013, -0.04200789, 0.20422478, 0.1359117, -0.1532732, 0.14584799, -0.7638764, -0.014786535, 0.4027877, 0.06364929, 1.1488614, -0.4579131, -0.9352097, -0.48992783) * inp_4_0_1; + result1 += M4(-0.30711475, 0.14986925, 0.2728505, 0.19745374, -0.015334458, 0.23564081, 0.39173597, 0.024513489, -0.18967952, 0.26932964, -0.36520827, 0.052133285, -0.07051711, -0.33518225, 0.42559066, -0.3849896) * inp_4_1_1; + result1 += M4(0.07140103, -0.057007324, 0.012632208, -0.13049458, 0.096567295, 0.15750505, 0.037136164, -0.19101153, -0.22457397, -0.3995724, -0.101503536, -0.2837814, 0.0753693, 0.23190194, -0.02480795, -0.5058711) * inp_4_2_1; + result1 += M4(0.2593645, 0.02022268, -0.0051116063, 0.1556102, -0.04138701, 0.07484233, -0.43090296, -0.27348343, -0.13066594, 0.0665818, 0.12295215, 0.101660945, -0.2329971, 0.15687025, 1.2845021, 0.67747664) * inp_4_0_2; + result1 += M4(-0.06993842, -0.27489927, 0.19507943, 0.19825046, 0.14676231, 0.042970587, -0.55814904, -0.2734004, 0.24545409, 0.08419905, 0.21980111, -0.06458914, -0.24575853, -0.17772894, -0.4633336, -0.15302145) * inp_4_1_2; + result1 += M4(0.008605006, 0.014479516, 0.11607664, -0.09510068, -0.106181175, 0.055161703, -0.1667029, -0.027978044, -0.036544915, 0.10974465, 0.002222587, 0.10383097, 0.09041401, 0.16488943, 0.11226269, -0.19162667) * inp_4_2_2; + result2 += M4(0.055457704, -0.056217745, -0.033942185, -0.00722141, -0.054121472, -0.052245956, -0.14177635, -0.018460719, 0.05586428, 0.015558629, 0.19882756, 0.014312327, 0.178795, -0.049610604, -0.36489558, 0.41732898) * inp_4_0_0; + result2 += M4(-0.042121302, 0.14984974, -0.1655493, 0.027383108, -0.06710872, 0.09957065, -0.018959327, 0.069651276, 0.17469804, -0.0860692, 0.22778963, -0.0040136976, -0.17133862, 0.24035032, -0.37647742, 0.09631742) * inp_4_1_0; + result2 += M4(-0.027120505, 0.029584423, 0.034108613, -0.01911442, -0.05038286, -0.093917795, 0.02817406, 0.04933095, -0.0074033435, -0.025070585, 0.05466382, 0.02214115, 0.1099196, -0.10905508, 0.073162444, 0.008276154) * inp_4_2_0; + result2 += M4(0.10289565, -0.015946252, 0.044525716, -0.0451089, -0.24954651, -0.15266839, -0.12216035, -0.09802559, -0.12643401, 0.021861162, 0.106372155, 0.011664158, -0.47065076, -4.0033064, 1.3381926, 0.30289367) * inp_4_0_1; + result2 += M4(0.08874324, -0.14718397, -0.16206247, -0.0046408363, -0.20309152, 0.3170359, 0.09034184, -0.0108817415, 0.0135483, -0.45357051, -0.16762625, -0.27426755, -0.5428502, 0.59077454, -0.6760815, 0.2374615) * inp_4_1_1; + result2 += M4(0.073494524, -0.0044760085, -0.008827016, 0.07018938, -0.29603386, -0.11475809, 0.20718506, -0.12137388, 0.07416017, 0.110944025, 0.15559895, 0.6356071, -0.1815775, -0.062078163, -0.070203975, -0.05008616) * inp_4_2_1; + result2 += M4(0.09505034, 0.008293356, -0.015580096, 0.06277421, -0.112059414, -0.18611094, 0.28189355, -0.007169763, 0.1970073, 0.05416814, 0.21181273, 0.12052543, -0.22175871, -0.061673485, 0.39157298, 0.2969049) * inp_4_0_2; + result2 += M4(-0.096156076, 0.36941817, -0.4053515, -0.073764406, 0.07044593, -0.34292355, -0.8597628, 0.16438822, 0.10281082, 0.31267264, 0.15760374, -0.34852383, 0.038623758, 0.9325194, -0.23828413, 0.34724307) * inp_4_1_2; + result2 += M4(-0.083282165, 0.097932056, -0.07639453, -0.12619315, 0.025155192, 0.030924903, -0.3102157, 0.25227463, -0.21255834, 0.07570855, 0.15667818, 0.040364295, 0.17856519, 0.321062, 0.4306812, 0.37703678) * inp_4_2_2; + result3 += M4(-0.23187047, 0.010975962, 0.0438132, -0.052959803, -0.06097081, -0.050158054, 0.075217575, 0.015687898, 0.090452805, -0.023415329, -0.1112077, 0.14325893, -0.44430873, 0.5754394, 0.22138248, 0.9600829) * inp_4_0_0; + result3 += M4(-0.001374508, 0.08922629, 0.02183818, -0.007298122, 0.04190977, -0.14897309, 0.07866729, 0.039331388, 0.051427267, -0.07335913, -0.07510419, -0.12656952, 0.76267934, 0.4289599, -0.7168081, 0.6005064) * inp_4_1_0; + result3 += M4(0.1447521, -0.011655407, -0.025268016, 0.031270884, -0.1409656, 0.009643, 0.008555755, 0.0003816396, 0.27363488, -0.04281107, 0.0385803, 0.06870859, -0.31166762, 0.10217584, 0.3566162, 0.47433048) * inp_4_2_0; + result3 += M4(0.03888576, 0.05069627, 0.16956647, 0.16769393, -0.23953679, -0.13275558, 0.20861049, -0.04484374, 0.15661046, 0.06466727, -0.1567391, -0.070803, -0.8529993, -0.2986899, 0.12563446, 0.19540991) * inp_4_0_1; + result3 += M4(-0.009582332, 0.018781941, -0.083862066, 0.34540504, 0.1903877, 0.09198747, -0.049611587, 0.20686014, -0.28968215, 0.16041149, -0.07493239, -0.27891484, 0.17805183, 0.11202903, -0.45208234, -0.37097716) * inp_4_1_1; + result3 += M4(-0.14741129, 0.0011291805, 0.15958002, 0.35017553, 0.02642421, -0.034308303, 0.114132725, -0.23617588, -0.030350536, 0.10123737, 0.3390554, -0.24009877, -0.081743404, -0.17741175, 0.13157457, 0.098062605) * inp_4_2_1; + result3 += M4(0.12401241, -0.02899271, 0.0886566, 0.45972896, -0.32484546, -0.026564205, 0.35018963, 0.03693773, 0.030159509, -0.023272557, 0.026780142, -0.25289267, 0.9466929, 0.002594958, 0.044176634, 1.1332469) * inp_4_0_2; + result3 += M4(0.10046472, -0.07664723, -0.0126268985, 0.022851951, -0.29135856, -0.55939215, -0.40155914, -1.3748808, 0.009468875, -0.14294069, 0.072558925, 0.21744375, -0.42082673, 0.113225915, -0.35854086, -0.57919407) * inp_4_1_2; + result3 += M4(-0.30213612, 0.10097708, -0.018049039, 0.33585167, 0.05401334, 0.00632056, 0.30523145, 0.70237666, 0.10806503, 0.017194161, 0.007315611, 0.011585378, -0.064837925, 0.1594983, -0.14246199, 0.58990574) * inp_4_2_2; + result4 += M4(-0.036731225, -0.34162, -0.03499806, 0.0014098753, 0.07419551, -0.07143481, -0.12657213, 0.027188463, -0.1702475, -0.10603434, 0.07143819, 0.075398155, -0.10738717, -0.25793362, 0.5822569, 0.66245127) * inp_4_0_0; + result4 += M4(-0.0052070916, 0.3201585, 0.2211905, 0.098264374, 0.06683041, 0.22845455, -0.1778898, 0.18100043, -0.23456462, -0.16082174, 0.14808704, -0.24935953, 0.1638891, 0.8763659, 0.17503476, 0.9105029) * inp_4_1_0; + result4 += M4(-0.010714657, -0.18426414, 0.0021182364, -0.07301834, 0.109416366, -0.21301018, -0.04980504, 0.0016859429, -0.15915893, 0.086007535, 0.109301575, 0.09598389, -0.1389941, 0.22201274, 0.003360719, -0.47741684) * inp_4_2_0; + result4 += M4(-0.07488542, 0.15137938, 0.25689054, 0.28781402, 0.15927428, -0.19147582, 0.024918245, -0.013025791, 0.030823292, 0.18630095, -0.045132592, -0.18503529, -1.8642454, 0.115693346, 0.4006669, -0.46074566) * inp_4_0_1; + result4 += M4(0.04897464, -0.026080633, 0.13614678, 0.3869139, 0.10892622, -0.1837269, 0.23996358, 0.22882898, -0.38740736, 0.143096, 0.0017984522, -0.4081406, 0.44450042, -0.3950319, 0.21496825, 0.26076785) * inp_4_1_1; + result4 += M4(-0.07608073, 0.07911588, 0.08052993, 0.16565593, 0.14006428, 0.06948609, -0.15395197, -0.13344505, -0.06445378, 0.17446397, -0.038015418, -0.022728655, 0.007954412, -0.39011008, -0.44235098, 0.42077646) * inp_4_2_1; + result4 += M4(-0.12776124, -0.07826014, 0.14893329, 0.35461107, 0.06286757, 0.12816162, 0.123069204, -0.21632172, -0.1378017, -0.3392538, -0.119866274, 0.21159121, -0.25350207, -0.39882445, 0.93855214, 0.04867734) * inp_4_0_2; + result4 += M4(0.23709327, 0.12146076, 0.0014411873, 0.13475205, -0.3455927, 0.34190825, 0.12932707, -0.27509955, 0.02337068, -0.35489067, -0.09166492, 0.058220875, -0.20866768, -0.9153801, 0.17183772, -0.2272294) * inp_4_1_2; + result4 += M4(0.013415054, 0.25050652, -0.015295671, 0.3256641, -0.033918053, 0.1712655, 0.27860522, -0.01920403, -0.11220131, -0.25981647, -0.14070293, 0.051742885, -0.42533696, 0.20613243, 0.5141396, 0.4479512) * inp_4_2_2; + result5 += M4(-0.013423717, -0.01621074, 0.014396069, 0.04636097, -0.07633005, 0.103152744, 0.09406755, -0.23400412, -0.073840216, 0.05531753, -0.19725178, -0.18816635, -0.5194422, 0.41300288, -0.33677968, -0.29036173) * inp_4_0_0; + result5 += M4(0.17891423, -0.032836847, 0.02361256, 0.24666274, -0.07597155, 0.1217218, 0.1416014, -0.0020104838, -0.13222502, 0.039270032, -0.15187746, 0.04453036, 0.20064957, -0.101766616, -0.5905105, 0.12905842) * inp_4_1_0; + result5 += M4(-0.01881463, -0.09289714, -0.022836227, -0.31012687, -0.034499515, -0.11065184, 0.13705248, -0.23047657, 0.02437286, 0.16680291, -0.09069666, 0.18257791, -0.61990106, 0.0057711415, -0.25935042, -0.35851914) * inp_4_2_0; + result5 += M4(-0.021146594, -0.029446606, -0.082762994, 0.064524926, 0.01789162, 0.3071747, 0.1462408, 0.33703437, 0.1259944, -0.015564585, -0.03334213, 0.2671825, -2.2543018, -0.32053766, -0.5721268, -0.08540516) * inp_4_0_1; + result5 += M4(0.04635425, -0.0971961, -0.013695813, 0.10194416, -0.04122832, 0.30674472, 0.076086156, -0.03165913, -0.16269441, -0.34496567, -0.26136944, 0.10860668, 0.24348365, 0.8543127, 0.017767547, 0.1319544) * inp_4_1_1; + result5 += M4(0.10381667, 0.032034438, -0.03857839, 0.04167469, 0.09087904, -0.0094315475, 0.045841258, -0.0031114656, 0.044742525, 0.26312754, 0.005105453, 0.36375442, 0.0589386, -0.044157237, 0.099962756, -0.6543929) * inp_4_2_1; + result5 += M4(-0.07668951, 0.067869626, -0.01711179, -0.033269443, -0.29325554, -0.17931072, 0.14675204, 0.21368891, 0.01043264, 0.061701328, -0.062129032, -0.043798994, -0.3680163, 0.21827723, -0.16277654, -0.05512363) * inp_4_0_2; + result5 += M4(-0.14106841, 0.3398882, 0.14981519, -0.057984363, -0.020354753, -0.6639611, -0.3275943, 0.27394053, -0.18922806, 0.14231218, 0.26963535, 0.2525783, 0.70925796, 0.06835644, -0.17484419, 0.28484875) * inp_4_1_2; + result5 += M4(-0.007574134, -0.008877658, 0.10837159, 0.032498185, -0.0051235626, 0.08571261, -0.045898594, 0.26245597, 0.06798225, 0.052184038, 0.056111094, -0.0078007663, 0.046522822, 0.33059028, -0.17458116, 0.31904528) * inp_4_2_2; + result6 += M4(0.03389584, 0.19403295, -0.04860773, 0.026761534, 0.054014232, -0.07292661, -0.02598497, -0.061448827, -0.007784874, -0.19054742, 0.012637252, 0.0021998957, -0.61896056, -1.8247013, -1.3640536, 0.17099708) * inp_4_0_0; + result6 += M4(0.11959262, -0.112947635, -0.04522867, -0.022378638, 0.10156984, 0.015838174, -0.052260626, -0.030087646, -0.077513546, 0.103042975, 0.19859043, -0.030813945, -0.74007183, 0.9250063, 0.4930485, 0.06868177) * inp_4_1_0; + result6 += M4(-0.10095972, -0.17718586, 0.018417822, -0.019964304, 0.06921816, -0.030886414, -0.062909216, -0.0137259755, -0.0094997985, 0.045390908, 0.044127688, 0.0038927987, -0.27405733, -0.52662337, 0.5645516, -0.0046960455) * inp_4_2_0; + result6 += M4(0.0144171, 0.14074369, -0.01238349, 0.02127338, 0.037153464, 0.04097126, -0.56117153, 0.037505813, -0.16305083, 0.014705224, -0.159918, 0.008001658, -0.53120875, -0.32226828, -2.6737142, 0.20629326) * inp_4_0_1; + result6 += M4(-0.117756315, 0.049431425, -0.2234179, -0.097091846, -0.18174106, 0.29994884, -0.9557168, 0.06932641, -0.040819455, 0.46370217, 1.0163265, -0.15943788, -0.23299661, -1.7371395, -0.7194919, 0.023242874) * inp_4_1_1; + result6 += M4(-0.017405337, 0.075112656, -0.013109668, 0.009952797, 0.23290958, 0.10032564, 0.22563946, 0.029756796, -0.055396147, 0.08186857, -0.1033286, 0.023160672, -0.16773629, 0.8474689, 0.6479655, -0.01240113) * inp_4_2_1; + result6 += M4(-0.047531478, 0.1341213, -0.04633437, 0.031994, -0.20502213, 0.5918409, -0.056666, 0.23001784, -0.059606258, -0.16372056, -0.28430218, 0.10835266, 0.12627047, -2.6726804, -1.2678218, -0.026746945) * inp_4_0_2; + result6 += M4(-0.118497014, 0.19945541, -0.69155926, 0.089384854, 0.20894013, -0.017318033, 0.25138617, -0.2369898, -0.48950273, 0.031593814, 0.03604946, 0.0045358078, 0.23567657, 1.2941473, -0.20139225, 0.22015218) * inp_4_1_2; + result6 += M4(-0.03188186, 0.17795697, -0.04198236, -0.021961361, -0.04803586, -0.24953383, -0.3731971, -0.012675013, -0.013205051, 0.039766762, -0.14097597, 0.049249154, 0.4338116, 0.9877368, 0.4804303, 0.24543618) * inp_4_2_2; + result7 += M4(-0.016444825, 0.3526713, 0.28775954, 0.014064034, 0.09527122, -0.1971823, -0.062081866, -0.008516877, 0.04070474, 0.2445596, 0.4249027, 0.016719475, -0.23529327, -0.5027791, -0.565041, 0.26437464) * inp_4_0_0; + result7 += M4(-0.049483463, 0.47352275, 0.5842295, -0.0038851986, 0.13766365, -0.040207036, -0.28587368, 0.017692199, 0.12847334, -0.016048249, 0.66871566, 0.028657863, 0.8306536, -0.5381524, 0.4657456, 0.38058782) * inp_4_1_0; + result7 += M4(-0.1523118, 0.49961996, 0.26298338, -0.018755624, 0.08406784, -0.09572169, -0.11036871, 0.0073888116, 0.032245852, 0.21733871, 0.061299272, 0.013965863, 0.33974123, -0.06699556, 0.36706644, -0.14034802) * inp_4_2_0; + result7 += M4(-0.005094492, 0.22388749, 0.07201192, -0.0017065649, 0.05494534, 0.06471637, -0.22140256, -0.06387195, 0.066367105, -0.27405983, -0.067854516, -0.023395594, 0.763714, -1.034463, -0.9509174, 0.85722375) * inp_4_0_1; + result7 += M4(0.08387833, 0.2656552, 0.41373298, -0.03370844, 0.23824285, -0.07766313, -0.4600171, 0.33675903, -0.06763795, -0.099605955, -0.17221004, 0.041557327, 0.05908725, -0.111010134, 0.07688242, 0.7120945) * inp_4_1_1; + result7 += M4(0.07179995, 0.09834127, 0.08792755, -0.029416224, 0.29790422, -0.36116114, -0.37201816, -0.088691995, -0.040895164, -0.161215, -0.094054155, -0.036344577, -0.18664718, 0.30399847, -0.04183974, -0.11641879) * inp_4_2_1; + result7 += M4(-0.0369852, 0.3014071, 0.008517164, 0.032649826, -0.0034535215, 0.0993149, -0.17559941, -0.11803248, -0.015780225, -0.34161067, -0.048241746, -0.03857864, 0.091001526, 0.32788923, -1.3452559, 0.065274894) * inp_4_0_2; + result7 += M4(-0.18685557, 0.5552962, 0.18548086, 0.11738402, 0.026667565, 0.1991448, -0.11865331, -0.10834472, -0.051948383, -0.1237092, -0.04858137, 0.036950763, -0.177877, -0.18528458, 0.0937208, 0.11938466) * inp_4_1_2; + result7 += M4(-0.03491692, 0.15620849, 0.12244591, 0.075934336, 0.16449572, 0.65514255, -0.22271386, -0.1365949, -0.0913708, 0.055683654, 0.14616726, -0.026258292, 0.056808896, 0.24587765, -0.58250946, -0.050311152) * inp_4_2_2; + const V4 inp_5_0_0 = inp[5][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_5_1_0 = inp[5][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_5_2_0 = inp[5][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_5_0_1 = inp[5][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_5_1_1 = inp[5][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_5_2_1 = inp[5][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_5_0_2 = inp[5][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_5_1_2 = inp[5][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_5_2_2 = inp[5][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.0051450958, -0.15760042, 0.4231499, 0.18060577, -0.056309167, 0.14636351, 0.118280545, 0.12054733, 0.023568582, 0.009474138, -0.06755038, 0.06620043, -0.033185657, -0.04800841, -0.11323891, -0.008924259) * inp_5_0_0; + result0 += M4(-0.06419975, 0.44804958, -0.020719472, -0.04972149, 0.03628369, 0.019943887, -0.02505207, 0.12998594, 0.006989791, 0.24113663, -0.14214529, 0.1999471, -0.039955325, -0.049669247, -0.4479814, 0.33965677) * inp_5_1_0; + result0 += M4(0.07881262, -0.10573373, -0.0626451, -0.09977468, -0.037368026, 0.054085866, -0.31893846, 0.046081837, -0.12702462, 0.03462566, -0.19970353, 0.01761308, -0.02324446, -0.09832516, 0.052062348, -0.07844883) * inp_5_2_0; + result0 += M4(-0.1351513, -0.72073823, 0.17526044, 0.3965589, 0.017998695, 0.0071757594, 0.014283309, 0.25352487, 0.03937401, 0.17419127, 0.070205644, 0.09253763, 0.0035933559, 0.18372926, -0.16931735, -0.09046159) * inp_5_0_1; + result0 += M4(0.09898898, 0.29403368, 0.36500993, -0.6324335, 0.06488811, -0.0555426, 0.10371043, 0.0064976104, 0.09621622, -0.1844134, -0.03883004, -0.37541935, 0.0621376, -0.2851736, 0.04521926, -0.16881518) * inp_5_1_1; + result0 += M4(-0.0332134, -0.107515305, 0.11302439, -0.07755823, -0.07026915, 0.14762509, 0.14312848, 0.16476385, 0.004468027, -0.17940027, 0.31457168, 0.23536958, 0.010647795, 0.13393684, -0.26272476, 0.15082082) * inp_5_2_1; + result0 += M4(-0.017708845, -0.069853775, 0.021684464, 0.018642493, 0.060621686, 0.11644586, 0.086567186, 0.033837717, 0.015906077, 0.029424706, -0.02505418, 0.081145376, -0.009521844, 0.06738458, -0.04931767, -0.051327854) * inp_5_0_2; + result0 += M4(0.07625626, 0.15296616, -0.05108697, -0.22876082, 0.049646292, 0.11500226, 0.10052123, 0.16057147, -0.055723928, 0.05712855, -0.03488604, -0.10507118, -0.06725942, 0.30491433, 0.111234374, 0.33024707) * inp_5_1_2; + result0 += M4(-0.036012206, -0.053939093, 0.015232185, -0.055970423, -0.0385931, 0.07835048, 0.096713014, -0.041851964, 0.005637644, -0.060264934, -0.13444582, 0.034695953, -0.04596006, -0.04313428, 0.025157876, 0.1384406) * inp_5_2_2; + result1 += M4(-0.17456424, 0.019543786, 0.20534173, 0.013147431, 0.124293834, -0.04668545, 0.08630591, -0.0072679613, -0.066717155, -0.23682246, 0.08739879, -0.11521261, 0.15619731, 0.16530192, -0.003974877, 0.07453722) * inp_5_0_0; + result1 += M4(0.2380412, -0.08698716, -0.027357634, -0.6958079, -0.021177795, 0.14077368, 0.24077934, 0.12516506, -0.19820255, 0.18605731, 0.096661836, -0.18042073, -0.3048348, -0.10395768, -0.030368034, -0.15081505) * inp_5_1_0; + result1 += M4(0.10696881, 0.08310753, -0.039047334, -0.032041088, -0.021046072, -0.11450948, 0.15064356, -0.047573496, 0.025164329, -0.048200812, 0.06391055, -0.025798978, -0.17370795, -0.03326645, 0.06311836, -0.119780034) * inp_5_2_0; + result1 += M4(-0.49799445, -0.101748355, 0.026548926, 0.0009869694, 0.13140613, 0.018815681, -0.00028442143, 0.16075283, 0.13004704, -0.034162313, 0.04865496, -0.25653997, 0.18711624, -0.02361482, 0.12062705, -0.022263441) * inp_5_0_1; + result1 += M4(-0.0015738473, 0.13591145, -0.1493836, 0.35722584, -0.07613316, 0.07273466, 0.18546596, 0.002357422, -0.019954395, 0.10181495, -0.08570051, 0.016389789, -0.016193232, 0.34178185, 0.14009538, -0.00346789) * inp_5_1_1; + result1 += M4(0.060526446, -0.0048280773, 0.044525918, 0.025912397, -0.06335521, 0.00718508, 0.07674829, 0.13279209, 0.03200262, 0.105206266, -0.024052003, -0.106099814, -0.12935239, 0.08653851, 0.023443455, -0.05271129) * inp_5_2_1; + result1 += M4(0.21956016, -0.1429551, -0.0027738798, -0.436143, 0.06786912, 0.12924945, -0.004840751, -0.0015595749, 0.09060175, -0.044800665, -0.19342509, -0.12292698, 0.11155459, 0.09935573, 0.026639914, -0.13801795) * inp_5_0_2; + result1 += M4(-0.03111417, -0.23151036, -0.15066165, 0.08405567, 0.03900448, 0.0004618403, 0.064022146, -0.046199884, 0.093686186, 0.013357704, -0.11826389, -0.09376755, -0.06276542, -0.22411177, -0.19583291, 0.045340218) * inp_5_1_2; + result1 += M4(-0.023033304, -0.014538378, -0.038210288, -0.15478744, -0.013306196, 0.020858865, 0.057584386, 0.02142128, -0.046950452, -0.04762053, 0.063769825, 0.062321283, -0.06319063, 0.07391439, -0.0029234062, -0.105590835) * inp_5_2_2; + result2 += M4(0.1167811, -0.01418504, -0.052589666, 0.17359132, 0.05885276, -0.081918955, -0.049661536, -0.06669211, -0.02992237, 0.038094994, -0.08164139, 0.005531726, 0.022294234, 0.031138966, -0.027273908, 0.03937209) * inp_5_0_0; + result2 += M4(0.08101662, -0.042889368, 0.14470932, 0.22161952, 0.12996526, 0.043119673, -0.08832045, 0.095040694, -0.09526287, -0.2629706, 0.32249454, -0.1795436, -0.12670264, 0.15224054, 0.11607692, 0.1272891) * inp_5_1_0; + result2 += M4(-0.08650342, -0.111262, -0.05717097, -0.018508876, -0.056361806, 0.031751845, 0.04617934, -0.13391319, -0.116569266, 0.010901952, 0.010313211, -0.19171946, 0.07925488, 0.03652511, 0.04150935, -0.055951826) * inp_5_2_0; + result2 += M4(-0.106069, -0.2882112, -0.32033947, 0.14663343, 0.13325286, -0.090952724, 0.15536335, 0.052787397, 0.05464404, 0.015789662, -0.0040731574, 0.0027198617, -0.061516847, 0.052685317, 0.08264559, 0.02729795) * inp_5_0_1; + result2 += M4(0.007308095, -0.17614515, 0.28783074, -0.9189553, 0.21325535, 0.051409543, -0.05781061, -0.040069897, -0.2826401, 0.019891914, 0.23495974, -0.40328723, -0.32055745, -0.029064918, 0.7348401, -0.19686995) * inp_5_1_1; + result2 += M4(-0.10470234, -0.11646157, 0.011246417, -0.29291832, 0.061151206, 0.11582606, 0.0870496, -0.033678215, -0.1276939, 0.02227953, 0.025519338, -0.17415357, -0.17239776, 0.14768149, 0.27701813, 0.107354924) * inp_5_2_1; + result2 += M4(0.08692945, 0.083571486, -0.12748118, 0.09733716, 0.12568961, -0.058736682, 0.14068969, -0.0033396173, -0.010829271, 0.07061805, -0.06625334, -0.07993038, -0.11778017, 0.018444233, -0.071128815, 0.11453241) * inp_5_0_2; + result2 += M4(-0.46835116, 0.08479999, -0.0039169136, 0.13786642, 0.014397927, 0.0029696166, 0.098397054, -0.029238032, -0.09004943, 0.052431967, 0.08756358, -0.1809681, -0.06502543, 0.2852029, -0.07329348, -0.04177569) * inp_5_1_2; + result2 += M4(-0.1420336, -0.07388307, -0.032658957, -0.091695175, -0.0040496914, 0.0015058133, 0.078495935, 0.056698773, -0.012944238, -0.0055635595, 0.035124477, -0.2157339, -0.038642045, 0.10222997, 0.00074178586, 0.0017457946) * inp_5_2_2; + result3 += M4(-0.16932517, -0.09341428, 0.3430739, -0.12229078, -0.11999112, 0.03741224, -0.05492939, -0.0026339903, -0.32195285, 0.09540514, 0.06530155, 0.0028655198, -0.077018835, -0.09946717, 0.079684116, 0.10899142) * inp_5_0_0; + result3 += M4(-0.502374, 0.11165775, 0.17943372, -0.079336174, -0.07131844, 0.2809923, -0.13127527, 0.0633431, -0.24214922, 0.21910663, -0.49700248, -0.15542454, -0.089767866, -0.27447262, 0.17418122, 0.07191535) * inp_5_1_0; + result3 += M4(-0.0044880547, 0.040800046, -0.106733344, -0.14740752, -0.08882322, 0.05579882, -0.116783574, 0.21178295, -0.19459495, 0.012615045, -0.50277907, 0.032514036, 0.0028108135, -0.13599889, -0.0042471066, 0.1098834) * inp_5_2_0; + result3 += M4(-0.01825542, 0.1578331, -0.21739319, 0.17367771, 0.04488962, 0.045159876, 0.10718336, 0.15808535, -0.14622433, 0.11565846, -0.23890516, 0.10785032, -0.061551236, -0.09752946, 0.040210646, -0.022730613) * inp_5_0_1; + result3 += M4(0.03457091, 0.084648624, -0.19547012, -0.1445636, 0.16226695, 0.08337543, -0.0012870614, 0.10822537, -0.036591757, 0.20207573, -1.0499232, -0.22635952, -0.2565335, -0.46139503, 0.10725392, -0.17483696) * inp_5_1_1; + result3 += M4(-0.02482396, 0.076638296, -0.26231682, -0.029845202, 0.1292056, 0.08607923, -0.08030817, 0.27016577, -0.103699565, 0.00026433961, -0.7731009, 0.09961459, 0.040947378, -0.023460157, 0.16457434, 0.19505286) * inp_5_2_1; + result3 += M4(-0.082439944, 0.1501853, -0.03609953, 0.16173019, 0.017979613, -0.10067214, 0.09041682, 0.041630752, -0.058287986, -0.04935145, 0.05013564, -0.013079431, -0.124356665, -0.054363787, 0.032231238, -0.06656775) * inp_5_0_2; + result3 += M4(0.32668656, 0.028573174, 0.5807744, -0.22176915, 0.023082854, -0.13584508, -0.0025661099, 0.06785069, -0.057173602, -0.024600903, -0.24968648, 0.2638518, -0.023331875, -0.19284633, 0.119807445, 0.4203094) * inp_5_1_2; + result3 += M4(-0.041246776, 0.0041941586, -0.08796395, 0.04365504, 0.0077941446, 0.027693383, -0.034461077, 0.19604589, -0.018094443, 0.033370476, -0.3490843, -0.07702034, -0.06352689, 0.036580063, -0.028204191, 0.043852564) * inp_5_2_2; + result4 += M4(-0.12591091, 0.01244998, -0.1065657, -0.26679972, -0.015613475, 0.11323553, 0.16759929, 0.0075340387, 0.085444465, 0.028757602, -0.042952113, 0.032242656, 0.034198113, -0.1084582, 0.00172132, 0.1296818) * inp_5_0_0; + result4 += M4(-0.23409365, -0.17331958, -0.22829413, 0.0001606627, -0.04154653, 0.40255025, 0.13421227, 0.118446976, 0.04714535, 0.044616196, -0.18294121, -0.0047498, 0.13170134, -0.1045617, 0.060995273, 0.09085345) * inp_5_1_0; + result4 += M4(0.025488438, -0.0030663041, -0.06713586, -0.1444041, -0.13046609, 0.34119055, 0.13969581, 0.033615015, 0.09398541, 0.14652476, -0.07106327, -0.018009365, 0.13160084, -0.15719087, 0.10985293, 0.042973634) * inp_5_2_0; + result4 += M4(-0.17982982, 0.62727773, 0.009380062, -0.09014016, -0.07876098, 0.15560696, 0.19748874, 0.1564442, 0.08605498, 0.24774982, 0.20689742, -0.020005293, -0.036827397, 0.06544036, 0.0832336, -0.10422793) * inp_5_0_1; + result4 += M4(0.13016768, 0.16483779, -0.13044775, -0.030760417, -0.014343228, 0.1443719, 0.26597562, 0.021506242, -0.17120081, 0.23199229, -0.09494717, 0.07287024, -0.15403488, 0.21901432, -0.09806306, -0.2635516) * inp_5_1_1; + result4 += M4(0.1551138, -0.00044781662, -0.09462828, 0.11528045, -0.111439615, 0.28812674, 0.05726782, 0.13750114, 0.10721867, 0.071324006, 0.16329086, 0.059531692, 0.057127547, 0.1852516, 0.09879951, -0.034637) * inp_5_2_1; + result4 += M4(-0.09716875, -0.28217205, 0.19145235, 0.21843061, -0.112740055, 0.08163737, 0.27547485, 0.055540826, 0.052288774, -0.049583226, 0.03364781, -0.045926128, -0.0018051012, -0.20053735, -0.0015868497, -0.21722394) * inp_5_0_2; + result4 += M4(0.022884686, 0.076746844, 0.37207744, 0.026825413, -0.16988383, -0.008282356, 0.16837607, 0.01435146, 0.13437104, -0.054037247, -0.11036478, 0.079811566, 0.030666472, -0.7874844, -0.08967887, 0.31907967) * inp_5_1_2; + result4 += M4(0.10250081, -0.09403017, 0.039255917, 0.082627445, -0.09995767, 0.13255844, 0.051052697, 0.033687755, 0.023360066, -0.11292417, -0.06149764, -0.1467547, 0.017755419, -0.3161063, -0.0018531439, -0.28810376) * inp_5_2_2; + result5 += M4(0.35912892, -0.027331244, 0.018224707, 0.03228045, -0.016067987, -0.052664425, -0.086702496, 0.15473045, 0.22935985, -0.07592562, 0.074679516, 0.20697501, -0.07015319, -0.0007490742, 0.04223218, -0.0002477573) * inp_5_0_0; + result5 += M4(0.14881288, -0.3195196, 0.2300872, 0.04192145, 0.11136334, 0.17950556, -0.23018274, 0.10547881, -0.18624817, -0.17456174, 0.160867, -0.03137659, 0.07249017, 0.11074627, 0.097017385, 0.17734908) * inp_5_1_0; + result5 += M4(0.022135306, -0.12051991, 0.039754543, -0.12095202, -0.011524106, 0.1626809, -0.1588035, 0.005840133, -0.050752748, -0.05516928, 0.14273736, -0.28041112, -0.023980366, 0.094171524, 0.0262514, -0.2066328) * inp_5_2_0; + result5 += M4(0.4643727, -0.27886307, -0.012210522, -0.18466926, -0.07310778, 0.19473259, -0.017583992, 0.04515538, 0.09015951, 0.010931833, 0.05069329, 0.085211985, -0.033451263, -0.084974565, -0.022275979, 0.047870856) * inp_5_0_1; + result5 += M4(0.36685643, -0.03498795, 0.36932373, 0.04663394, -0.24453484, 0.15682635, -0.06393542, 0.22350083, 0.32828593, 0.12556334, -0.032097016, -0.22249135, -0.022404408, 0.06554879, -0.27629003, -0.17113921) * inp_5_1_1; + result5 += M4(0.057643544, -0.0821995, 0.02785457, -0.14445736, -0.00827238, 0.083869405, -0.17504679, 0.040024452, 0.11782944, 0.082769416, 0.20221531, -0.01977251, 0.18810064, 0.10058428, 0.040518403, 0.16381235) * inp_5_2_1; + result5 += M4(-0.0185808, 0.015772581, 0.023783049, 0.19982882, -0.07528124, 0.03142737, -0.058214698, 0.038417444, -0.039716426, 0.046362426, -0.050831467, 0.14899968, -0.0016054872, 0.032204628, 0.057708394, 0.12691228) * inp_5_0_2; + result5 += M4(0.052159153, 0.17546724, -0.021749554, 0.077396505, -0.19238146, -0.022113588, -0.10580981, 0.013583808, -0.13101238, 0.028726557, 0.09187268, -0.038652122, -0.25082308, 0.24565762, -0.0011845094, -0.1819246) * inp_5_1_2; + result5 += M4(-0.03586477, -0.12944864, 0.051034436, 0.07176638, -0.06553427, 0.014486591, -0.03979507, -0.03704663, -0.15629724, -0.009472731, 0.029032834, 0.05319351, 0.045763228, 0.09015479, 0.18888545, 0.16036865) * inp_5_2_2; + result6 += M4(-0.17776614, 0.207399, -0.21193908, -0.233226, -0.03474836, 0.16385293, -0.03988457, -0.025761042, -0.030501524, -0.60474783, -0.02268399, -0.0038020127, -0.026418474, 0.056337334, 0.05593924, -0.04720911) * inp_5_0_0; + result6 += M4(-0.022228012, 0.07556314, 0.04917742, 0.05253304, 0.010401608, -0.13872474, -0.035758097, 0.045730237, -0.13260432, -1.0640199, 0.1955953, 0.019404186, -0.08068368, 0.025911927, -0.198826, 0.025931101) * inp_5_1_0; + result6 += M4(0.004598388, -0.20779093, -0.02519184, 0.04416819, -0.08763775, 0.2813368, 0.06462032, 0.011948038, 0.0071054217, -0.08588377, -0.0015590257, -0.03687541, 0.0052645546, 0.01467133, -0.00075780385, 0.018734645) * inp_5_2_0; + result6 += M4(-0.23587717, -0.0029772765, 0.33838117, -0.049960762, 0.076006465, 0.11152031, 0.07969988, -0.0058066957, -0.040294725, -0.39554062, 0.005331958, 0.112091094, -0.08990066, 0.011633177, 0.059962913, -0.008968664) * inp_5_0_1; + result6 += M4(0.3739447, 0.21325874, -0.12078905, 0.052896496, -0.06328107, 0.16221975, 0.017228665, 0.07492475, 0.25286007, -1.6027665, 0.535375, 0.21490385, 0.048959494, -0.09434555, 0.49514028, -0.24655005) * inp_5_1_1; + result6 += M4(0.023341065, -0.073038734, 0.07689045, -0.037003033, 0.009879587, 0.28561667, 0.15563221, 0.018839007, -0.120143145, -0.13569745, 0.011585222, 0.028367897, -0.027510526, 0.16620146, 0.111063905, 0.14397426) * inp_5_2_1; + result6 += M4(0.13737535, -0.38068795, 0.095258005, -0.30169982, -0.008667409, 0.065728344, 0.074327335, 0.02391513, -0.10887895, -0.4506271, -0.0041155997, 0.00599647, 0.021558022, -0.00782945, -0.012796392, -0.051290467) * inp_5_0_2; + result6 += M4(-0.015600367, -0.24922112, -0.24988674, 0.11327273, 0.02140644, 0.33563858, 0.02276931, -0.0009794696, -0.11687785, -0.20464315, 0.16918339, -0.040877726, -0.25654775, 0.03943083, -0.20726858, 0.008967393) * inp_5_1_2; + result6 += M4(0.024314715, -0.06308809, -0.0044129277, 0.015282473, 0.06652381, 0.050273895, 0.0022502593, 0.04004231, -0.049349748, 0.047618017, 0.06905827, -0.033827256, -0.13463107, -0.040993493, -0.01895626, -0.0124648055) * inp_5_2_2; + result7 += M4(0.2307177, 0.009316541, -0.20652393, -0.04528565, -0.023949422, 0.058415696, 0.005527413, 0.037128717, 0.022402778, 0.008534929, -0.22772695, -0.040516816, 0.057939492, -0.16594426, -0.32526, 0.057588965) * inp_5_0_0; + result7 += M4(0.12498552, 0.2037865, -0.6076206, 0.23674323, -0.116273284, 0.0065270136, 0.043029565, -0.010783259, -0.20386064, 0.22016703, -0.09856716, 0.008352085, 0.005807636, -0.62843984, -0.82838815, -0.05326888) * inp_5_1_0; + result7 += M4(0.011386575, 0.11620242, -0.0353433, 0.02136145, 0.113976, 0.02752378, 0.3368595, 0.013731594, 0.12179127, 0.063675836, 0.14685139, -0.028720831, 0.026076382, -1.0058722, -0.50539273, 0.036181416) * inp_5_2_0; + result7 += M4(-0.03837055, -0.09934, -0.18138467, -0.1275001, -0.08317971, 0.099028386, 0.047599707, 0.009218658, -0.06668754, 0.1193521, -0.077677876, 0.027737033, 0.01042874, -0.5006519, -0.02147826, 0.01613473) * inp_5_0_1; + result7 += M4(0.20157377, 0.094069935, -0.25924894, 0.4513939, -0.082824044, 0.11329145, 0.11977122, -0.017076591, -0.11296219, 0.107378565, -0.08336972, 0.04474073, 0.12751086, -1.474759, -0.43208084, 0.0372479) * inp_5_1_1; + result7 += M4(0.10177014, 0.06772144, 0.029739581, 0.015600159, 0.033402044, -0.06179592, 0.20502917, 0.048752118, -0.10237661, 0.25029805, -0.07709679, 0.21221764, -0.27771288, -2.034128, -0.8932387, -0.055777594) * inp_5_2_1; + result7 += M4(-0.0005914398, 0.14794466, -0.38547063, 0.11865169, -0.033808764, 0.07850711, 0.050626025, 0.009476621, -0.033932608, 0.14852725, -0.120277174, -0.023619277, 0.033382583, 0.0028116384, -0.0128159905, 0.05654289) * inp_5_0_2; + result7 += M4(0.10808728, 0.24521255, -0.3742114, 0.15608147, -0.062978044, 0.16536887, 0.117208056, 0.014003607, -0.013850699, 0.07125336, 0.06478216, -0.044978272, -0.013092857, -0.5133377, 0.044845276, -0.083578) * inp_5_1_2; + result7 += M4(0.06789751, -0.012187056, -0.007504478, 0.049151663, -0.014634491, 0.11939585, 0.19424964, 0.030032735, -0.027884493, 0.04134291, 0.070999116, -0.06622202, -0.11551998, -0.493336, -0.19690229, -0.035882447) * inp_5_2_2; + const V4 inp_6_0_0 = inp[6][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_6_1_0 = inp[6][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_6_2_0 = inp[6][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_6_0_1 = inp[6][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_6_1_1 = inp[6][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_6_2_1 = inp[6][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_6_0_2 = inp[6][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_6_1_2 = inp[6][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_6_2_2 = inp[6][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.013721689, 0.012799238, -0.02374232, 0.084298804, -0.033889066, 0.0043725143, -0.11799324, -0.728515, 0.050513715, 0.19966266, 0.10668769, -0.43184024, 0.019519875, 0.08859712, 0.048608758, 0.16061369) * inp_6_0_0; + result0 += M4(-0.013668889, 0.027528549, -0.14263532, 0.08409372, -0.08566772, -0.03756936, -0.14816058, -0.57736915, -0.08733867, 0.17958239, 0.02625638, -0.569547, 0.016371628, 0.026348928, -0.052582733, -0.015587701) * inp_6_1_0; + result0 += M4(-0.032085154, 0.112853065, -0.04952242, 0.1291716, -0.12929581, -0.016040852, -0.03945986, -0.4082456, 0.05143234, 0.06976731, 0.23516557, -0.3606082, 0.03677535, -0.018306773, 0.1542672, 0.008259577) * inp_6_2_0; + result0 += M4(0.016372504, -0.0070662284, 0.12197586, 0.06748505, -0.12295985, 0.059842106, -0.028126491, -0.38117516, 0.09509903, -0.23314562, -0.12142423, -0.01889579, 0.020499144, 0.09331554, -0.07573203, -0.039687317) * inp_6_0_1; + result0 += M4(-0.06523112, 0.1115557, -0.13141568, -0.076518275, 0.22385037, 0.051817946, -0.13144736, -0.76036626, 0.22478345, 0.084616646, -0.009369965, 2.2400863, 0.04760143, 0.07278314, -0.12248079, -0.5196359) * inp_6_1_1; + result0 += M4(-0.010783272, 0.20468853, 0.028034076, 0.08842021, -0.022902891, 0.013527307, -0.07778249, -0.5347425, 0.023293119, -0.07133847, -0.0492269, -0.52353215, 0.050140988, 0.03659886, -0.021283183, -0.108608164) * inp_6_2_1; + result0 += M4(0.04081373, 0.06297591, 0.011737012, 0.07773822, -0.024749497, -0.04241316, -0.18998826, -0.6295829, 0.031368613, -0.022465019, -0.11716884, -0.2727385, 1.3931181e-05, 0.04118823, -0.071628675, 0.0560868) * inp_6_0_2; + result0 += M4(0.03767071, -0.01156686, 0.18171673, -0.1430711, -0.066655755, 0.08428286, 0.31792477, -0.8664403, -0.14042564, -0.009794289, -0.07033047, -0.37070757, 0.062397983, -0.00801166, -0.0034588207, -0.024271926) * inp_6_1_2; + result0 += M4(0.05629877, 0.09073649, 0.33468255, 0.11742887, 0.060363375, -0.12988676, 0.089493774, -0.31278867, 0.06597197, 0.002712391, 0.21740861, -0.24369462, 0.020091657, 0.042369522, -0.12682956, -0.0352122) * inp_6_2_2; + result1 += M4(0.115051836, 0.029250428, -0.042751107, 0.05254452, 0.041774757, -1.3463695, 0.16861367, -0.219713, -0.009610078, -0.6178128, 0.18123557, 0.09589148, 0.033282384, 0.005443035, 0.01781811, -0.12842776) * inp_6_0_0; + result1 += M4(-0.039929036, 0.0355703, 0.065900706, -0.008569889, 0.058944818, -0.7551617, 0.37125692, -0.087499835, 0.0031313314, 0.078420505, 0.026651854, -0.0045882487, 0.038311485, 0.2573197, 0.10422046, -0.3304441) * inp_6_1_0; + result1 += M4(-0.091805026, -0.054957453, 0.16636682, -0.06926543, 0.19802935, -0.13930406, 0.059224565, 0.24277955, 0.13472448, -0.057595443, 0.040348355, -0.20867041, 0.032783717, 0.024916803, -0.024695862, -0.30152124) * inp_6_2_0; + result1 += M4(-0.045492996, 0.0745255, 0.044796575, 0.13446243, -0.119575426, -0.34158093, -0.47872755, 0.15831971, -0.21747603, 0.11864493, 0.04170891, -0.08694121, 0.09877152, 0.068414606, 0.121137924, -0.18418857) * inp_6_0_1; + result1 += M4(0.1536057, -0.14420255, 0.061106026, 0.25113207, -0.15105975, -0.11294851, 0.28885663, 0.249764, 0.09003822, 0.29121283, -0.47800887, -0.28591055, -0.061121177, -0.22273183, -0.020940749, -0.32592547) * inp_6_1_1; + result1 += M4(-0.04637224, 0.018961102, 0.020337338, 0.11999065, 0.16871275, -0.039289758, 0.00074320775, -0.10269183, 0.05033763, -0.05400853, -0.06005674, 0.46703076, -0.06822246, -0.08491263, -0.012516524, -0.4113721) * inp_6_2_1; + result1 += M4(0.01397314, -0.013303247, -0.17585704, 0.09650754, -0.1870409, -0.06364949, -0.1419276, 0.101269044, 0.089166366, -0.17171815, -0.30475634, 0.09715335, 0.049211614, -0.002294859, 0.16028745, -0.16988043) * inp_6_0_2; + result1 += M4(-0.02535254, 0.038862202, 0.026605098, -0.02986821, 0.015594697, -0.01915811, -0.14252083, 0.016895005, -0.10214268, 0.036865976, 0.16528422, -0.26692706, 0.038618404, 0.083980426, -0.044334084, -0.16242938) * inp_6_1_2; + result1 += M4(-0.07492681, 0.058041144, 0.026567472, 0.1499848, -0.005909218, 0.0534802, -0.034351565, -0.24728958, -0.12163124, -0.034479037, 0.09780674, 0.15087095, 0.05771658, 0.04815517, 0.05607033, -0.23582906) * inp_6_2_2; + result2 += M4(0.09484224, -0.028168032, 0.12768438, 0.03912507, -0.0022917585, 0.03248419, 0.02721924, -0.121199645, -0.11108387, -0.13500406, -0.024739847, 0.026627159, 0.05148283, -0.0018055746, 0.0058862395, 0.040583603) * inp_6_0_0; + result2 += M4(-0.057095233, -0.015163229, 0.07534633, -0.032741208, -0.1507883, 0.13374612, 0.1874841, 0.056230232, -0.0713848, -0.021516977, -0.31512484, -0.05517987, 0.018920483, 0.031008726, 0.07528253, 0.013666764) * inp_6_1_0; + result2 += M4(-0.03164615, 0.06300174, 0.032556005, 0.013826809, -0.0919597, -0.028468888, 0.21432173, -0.10537255, -0.042640403, 0.009012224, 0.05803763, 0.1226149, 0.13967922, 0.03849326, 0.02999087, 0.020332465) * inp_6_2_0; + result2 += M4(0.08486279, -0.055737156, 0.07666408, 0.072905034, -0.03861488, -0.013318491, -0.22917931, -0.09742365, -0.005001712, 0.061192237, -0.21483324, 0.030310016, 0.041008867, -0.002631481, 0.016131254, -0.06307914) * inp_6_0_1; + result2 += M4(-0.008239557, -0.059365015, 0.10872842, -0.059243873, 0.08721239, 0.16082077, 0.009714344, 0.07582317, -0.19243337, -0.51029044, 0.26393136, -0.118696675, 0.05550419, -0.031886403, 0.07487437, 0.034249607) * inp_6_1_1; + result2 += M4(0.034052134, 0.11022747, 0.058309525, 0.13692333, 0.030472817, -0.054065194, 0.17510623, 0.18626103, -0.025153667, 0.14310277, -0.01825704, 0.11602331, 0.0259339, -0.010923728, -0.011021909, -0.060436837) * inp_6_2_1; + result2 += M4(0.12284936, -0.038067915, 0.11871092, 0.036828365, -0.11237931, -0.13707173, -0.2312729, -0.018084489, -0.08439929, 0.05503302, 0.08982365, 0.015544661, 0.09030925, -0.036169007, -0.03011449, 0.022595253) * inp_6_0_2; + result2 += M4(0.27154922, -0.06716872, 0.09793987, 0.07021039, 0.06001739, -0.002078898, -0.019173348, 0.11282228, -0.10524377, 0.16066104, -0.29254216, -0.23972423, 0.044012096, 0.003369262, -0.0726597, -0.09072062) * inp_6_1_2; + result2 += M4(0.07378505, 0.050433263, 0.02719121, 0.08354564, 0.44861662, -0.19237737, -0.035772547, -0.084510304, 0.16763969, 0.323455, -0.06218754, 0.19696902, 0.056579765, 0.016011255, -0.10023325, -0.09716196) * inp_6_2_2; + result3 += M4(0.10232804, -0.006077989, 0.050019518, 0.11602139, -0.090102084, 0.12726583, 0.037977304, 0.08869181, -0.14940695, -0.021103106, -0.032894358, 0.047170646, -0.16822505, 0.056850057, -0.020497102, 0.029926531) * inp_6_0_0; + result3 += M4(0.05679189, 0.03009707, 0.09271889, 0.1452269, -0.13279422, -0.0229016, 0.15170208, 0.28165734, 0.25188154, 0.1503759, 0.22144592, 0.009805573, -0.20300111, 0.03110374, 0.010787475, 0.026303295) * inp_6_1_0; + result3 += M4(0.015498357, 0.067315616, 0.0822896, 0.08938353, 0.07336162, -0.103446744, 0.07073281, -0.030839719, -0.14263548, 0.10065543, 0.06188872, -0.048266098, -0.15079641, 0.019407988, 0.038654078, 0.060900126) * inp_6_2_0; + result3 += M4(3.5045192e-05, 0.028689122, -0.04724806, 0.058447096, 0.08514591, -0.09936972, -0.076331586, 0.07792259, -0.006429966, -0.005913239, -0.026334938, 0.13954161, -0.20750113, -0.027019963, -0.0504558, 0.030859476) * inp_6_0_1; + result3 += M4(0.16391242, 0.11010714, -0.0726046, 0.14909127, 0.11595877, 0.004168351, 0.034623176, 0.04393853, -0.104881726, 0.012494496, -0.028675128, -0.3010286, -0.38113993, -0.048183165, -0.1315588, -0.01620024) * inp_6_1_1; + result3 += M4(0.07487305, 0.04378936, -0.060904454, 0.13293639, -0.0653314, 0.037028458, 0.1952872, 0.2351629, 0.19737917, -0.15465376, -0.19056813, -0.15741211, -0.34390843, -0.01940382, -0.034628253, -0.050710227) * inp_6_2_1; + result3 += M4(0.13126612, 0.034421466, 0.07083511, 0.18203323, 0.13850912, 0.036218148, -0.15604755, 0.14378557, 0.022097459, -0.05010652, 0.112829946, -0.13094294, -0.13462092, 0.013596207, 0.015433991, 0.0010847846) * inp_6_0_2; + result3 += M4(0.081508085, 0.0020226794, -0.07463045, 0.12744093, -0.046915106, 0.011674384, 0.09712423, -0.12683547, 0.11100819, -0.27745518, -0.2966562, -0.43319258, -0.4078367, -0.014837506, -0.08604366, 0.07492186) * inp_6_1_2; + result3 += M4(0.09487703, 0.035617664, -0.005322295, 0.18227166, -0.23990566, 0.09407424, -0.06919062, -0.10134771, 0.1117839, 0.073649324, -0.010420145, -0.07258304, -0.33146855, 0.06925787, -0.07496293, 0.054395948) * inp_6_2_2; + result4 += M4(-0.12971807, 0.09800778, 0.16760588, 0.10334512, -0.12948056, 0.030443417, -0.015572743, 0.07753184, -0.011883056, 0.0466646, -0.07844405, -0.017271055, 0.055693403, 0.0014869877, 0.02922507, 0.033999205) * inp_6_0_0; + result4 += M4(-0.085277185, 0.027675679, 0.3128339, 0.19579042, -0.15358071, 0.1987966, 0.14060515, 0.12397858, 0.068887286, -0.057634737, 0.08182515, 0.27527457, 0.008231293, 0.04326853, 0.10153714, -0.02235345) * inp_6_1_0; + result4 += M4(-0.15706848, 0.22470431, 0.14862129, 0.0798385, -0.19121005, 0.04985686, -0.031087652, -0.030134592, 0.122117415, -0.1358389, -0.03324986, -0.105542004, 0.026076226, -0.10293577, 0.07144743, 0.053697392) * inp_6_2_0; + result4 += M4(-0.13942903, 0.0598736, 0.20203328, -0.015706109, 0.041292615, -0.051336534, 0.26622793, -0.05411252, 0.19893913, -0.049666993, 0.06338339, 0.18654269, 0.0154042775, 0.08416739, 0.05402257, 0.002899401) * inp_6_0_1; + result4 += M4(-0.17200159, 0.07858962, 0.060686447, 0.11715207, 0.27473405, 0.21981388, 0.060689453, -0.21467048, -0.38444003, -0.049982432, 0.27009097, -0.47079936, -0.07286625, 0.034506857, -0.059080407, -0.0704868) * inp_6_1_1; + result4 += M4(-0.12825799, 0.074786924, 0.04979651, -0.011929379, -0.093908966, 0.02409042, 0.11474762, -0.052561108, -0.17778176, 0.19779956, -0.017907409, -0.25451195, 0.07401829, 0.0048731356, -0.001275969, -0.025227617) * inp_6_2_1; + result4 += M4(-0.17167409, 0.05036076, 0.2634832, 0.11281687, 0.06676236, -0.11705774, -0.19246516, 0.055392936, 0.19492392, -0.28017414, -0.055976864, -0.03858756, -0.03630528, -0.012248858, 0.0398678, -0.011645855) * inp_6_0_2; + result4 += M4(-0.18845724, 0.07292901, 0.17291148, 0.05425154, -0.051833913, 0.114998974, -0.082188636, 0.07323409, 0.14575878, 0.07565385, -0.19039711, 0.4525562, 0.06798737, -0.02327251, -0.035156604, 0.10052607) * inp_6_1_2; + result4 += M4(-0.069241926, 0.14409682, 0.056277715, 0.1280435, 0.076898545, -0.44618395, -0.20068352, 0.13095634, 0.036167987, 0.08999085, -0.077388436, -0.03176987, 0.03517745, 0.10241359, 0.063602574, -0.03615611) * inp_6_2_2; + result5 += M4(0.033013683, 0.04842415, -0.15041508, 0.08398356, -0.030517964, 0.18327059, 0.10866422, 0.11718288, 0.05829114, 0.072188094, 0.026523469, -0.009050315, 0.05599096, 0.0022212828, 0.06740063, 0.14835125) * inp_6_0_0; + result5 += M4(-0.08631444, -0.034676958, -0.061969865, 0.13463983, -0.17435579, 0.18262787, -0.17975652, -0.22194247, -0.012829312, -0.0188067, 0.001036539, 0.2883137, 0.049807616, -0.16208144, -0.023245981, 0.19631694) * inp_6_1_0; + result5 += M4(-0.08131522, -0.026759498, -0.035225067, 0.11554084, -0.4087951, 0.19320294, -0.23901114, 0.09180376, -0.06339341, 0.046446458, -0.07654617, -0.06757779, 0.08336781, 0.021041118, 0.003281264, 0.08990855) * inp_6_2_0; + result5 += M4(0.0018355061, -0.0013574864, -0.11026633, -0.0114736175, 0.039003845, -0.0649448, -0.12087863, -0.11014526, -0.09743662, -0.17015211, -0.08615441, 0.23743926, 0.018991893, -0.027791, 0.04718051, 0.21493366) * inp_6_0_1; + result5 += M4(-0.06953014, 0.0963656, -0.18781808, 0.05450311, -0.16842794, 0.069544986, -0.021834321, -0.07844127, 0.48426482, -0.8887092, -0.106620215, -0.2353654, 0.1043702, -0.09494979, 0.020493714, 0.021198802) * inp_6_1_1; + result5 += M4(-0.079832286, -0.00028978699, -0.06832304, -0.09516513, -0.1257426, -0.21745151, 0.07623339, -0.16031949, 0.11636321, 0.02762809, -0.4574339, 0.057240333, 0.13326006, -0.14211771, 0.017924683, 0.18033981) * inp_6_2_1; + result5 += M4(0.060488593, -0.019406652, -0.12546499, -0.06721494, 0.03355523, -0.0630099, 0.024156624, 0.14058274, -0.2173787, -0.0007047517, 0.059516806, -0.23529258, 0.08857042, -0.009193321, -0.011644644, 0.1060985) * inp_6_0_2; + result5 += M4(-0.16982134, -0.21197483, 0.007997015, -0.05819793, 0.32171416, 0.08059579, 0.35285148, 0.1688299, 0.05161745, 0.010919435, -0.12022268, 0.3571975, 0.02061887, 0.12067349, 0.06649824, 0.038396616) * inp_6_1_2; + result5 += M4(-0.046727374, 0.032844655, -0.009105006, -0.11500711, 0.3265793, -0.0070809773, 0.26464632, -0.10348789, -0.051511575, 0.21568537, 0.2230859, -0.125324, 0.09599262, 0.06512698, 0.07142377, 0.22866553) * inp_6_2_2; + result6 += M4(0.023664666, 0.054020714, 0.08307925, 0.05042996, 0.036261156, 0.060079753, 0.033210646, -0.12578715, 0.13048807, 0.17907648, -0.052554738, 0.019516677, 0.02917621, 0.078172915, -0.0049627307, 0.007307988) * inp_6_0_0; + result6 += M4(0.02934996, 0.091029674, 0.04998483, 0.060327448, -0.027470868, 0.17539713, 0.027298667, 0.113262065, -0.15372175, -0.07847668, 0.15397547, 0.0062466827, -0.08013527, 0.098639674, 0.055914365, 0.0059192088) * inp_6_1_0; + result6 += M4(-0.03853444, 0.17421585, 0.0320261, -0.009891646, -0.07324698, 0.14380373, 0.23243321, 0.07114627, 0.00017697694, -0.09937999, -0.060783964, -0.017632212, 0.00374491, 0.038677946, 0.00524997, 0.019850764) * inp_6_2_0; + result6 += M4(0.03032487, 0.0446162, 0.0919604, 0.046155293, 0.099703886, 0.116819516, -0.1268473, -0.09506113, -0.00019921428, -0.014918625, 0.05290808, 0.13593423, -0.034468606, 0.17619564, 0.05930036, -0.05937309) * inp_6_0_1; + result6 += M4(-0.004726545, -0.05513497, -0.0137204835, 0.050694417, 0.08070793, 0.12695785, -0.17760259, -0.12079675, 0.124272145, -0.17518985, 0.09220045, -0.13841699, 0.029231913, 0.14023747, -0.015417012, -0.03465795) * inp_6_1_1; + result6 += M4(-0.07811658, -0.024794376, 0.1414599, -0.028865004, -0.17106962, 0.18573834, 0.119657956, 0.034450132, -0.065505035, -0.4369227, 0.05172798, 0.071489304, 0.06367372, 0.118458554, -0.006289113, 0.04067931) * inp_6_2_1; + result6 += M4(0.035409138, 0.0050975834, 0.13332473, 0.07093107, 0.16198464, -0.09422046, -0.0763085, -0.024989119, -0.15470146, -0.34974596, 0.036799416, 0.062119044, 0.045481212, 0.22424105, 0.013580434, -0.036915585) * inp_6_0_2; + result6 += M4(-0.030512117, 0.06215804, 0.016634647, 0.014608177, 0.05297761, -0.1988886, -0.2913831, -0.02754399, -0.23317295, -0.12203959, -0.071426906, 0.037417855, 0.07833972, 0.19622482, -0.010762048, -0.0018739193) * inp_6_1_2; + result6 += M4(0.11741118, -0.028310906, 0.11257459, -0.008676381, 0.24587262, 0.14110982, 0.2095743, 0.07117313, -0.06951543, 0.032417443, -0.16651018, -0.025869532, 0.06805985, 0.27156886, 0.014166576, -0.009584786) * inp_6_2_2; + result7 += M4(-0.027474428, 0.06031151, 0.24948463, 0.015020346, -0.102453604, -0.04426931, 0.005310342, 0.048167158, 0.10368575, -0.16100368, -0.3499551, 0.018165903, -0.049615458, 0.060252365, -0.1492622, -0.00058785686) * inp_6_0_0; + result7 += M4(0.116550215, -0.07088326, 0.04394743, 0.01234563, 0.1012704, -0.2402396, 0.17894132, 0.07261882, 0.09695268, 0.2235865, 0.24570851, -0.020101473, -0.046129372, -0.023845151, -0.59482044, 0.002628968) * inp_6_1_0; + result7 += M4(0.09181464, 0.21036357, -0.034634817, 0.03550574, -0.15795155, 0.07077869, -0.099132136, -0.026307773, 0.05914795, -0.16872865, -0.1619686, -0.054612845, -0.07673704, -0.04981329, -0.43033162, -0.029166436) * inp_6_2_0; + result7 += M4(-0.0626911, 0.31070897, 0.22456664, 0.008311042, -0.13321857, 0.1217428, 0.16589594, 0.013020407, 0.10750286, 0.007820364, -0.13166828, -0.027213214, -0.018073166, 0.05881828, -0.216483, 0.012319683) * inp_6_0_1; + result7 += M4(0.050255977, 0.18214023, 0.18794923, 0.020965539, 0.20073421, -0.17954944, 0.18261525, 0.24833299, -0.15629151, -0.022369128, 0.058617022, 0.07453912, -0.11091276, -0.035087883, -0.5439133, -0.019060649) * inp_6_1_1; + result7 += M4(0.003978155, 0.3133258, 0.2896629, 0.0756799, -0.14352624, -0.19055983, 0.21201888, -0.102167085, -0.08160337, 0.101650365, 0.008207882, -0.068828255, -0.0997686, -0.124079816, -0.32225162, 0.005125794) * inp_6_2_1; + result7 += M4(0.021806272, 0.17641042, 0.07536143, 0.008874538, 0.074880466, -0.021362882, -0.09839803, 0.045453507, 0.10301164, 0.034819357, -0.076980814, 0.018278483, 0.005724461, 0.054609697, -0.1469992, 0.015461229) * inp_6_0_2; + result7 += M4(0.053518422, 0.31392872, 0.084889926, 0.09296587, 0.12250028, 0.4455374, -0.007880454, -0.028109986, -0.20719786, -0.01740427, -0.09395975, -0.0092376, -0.04553808, 0.03551883, -0.18538475, -0.0535467) * inp_6_1_2; + result7 += M4(-0.02883382, 0.31318933, 0.19606227, 0.085433684, 0.07387462, -0.025489366, -0.34011757, -0.1855652, -0.02907228, 0.018556163, 0.058077186, 0.00490588, -0.019125191, -0.07524502, -0.16619001, -0.00658723) * inp_6_2_2; + const V4 inp_7_0_0 = inp[7][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_7_1_0 = inp[7][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_7_2_0 = inp[7][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_7_0_1 = inp[7][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_7_1_1 = inp[7][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_7_2_1 = inp[7][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_7_0_2 = inp[7][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_7_1_2 = inp[7][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_7_2_2 = inp[7][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.07705421, 0.14655161, -0.15920356, -0.21995056, -0.014202915, -0.021717992, -0.089232825, -0.012000037, 0.04469433, -0.026820691, 0.15597984, -0.022502646, 0.006914514, -0.19888951, 0.21220444, 0.17938675) * inp_7_0_0; + result0 += M4(-0.27089316, -1.8292671, -0.2802968, -0.052826855, -0.0009310705, 0.07023756, 0.13675265, 0.09917386, -0.0014187134, -0.07602309, 0.0020611917, -0.04827524, -0.18022795, -0.12203899, 0.35521606, 0.35329235) * inp_7_1_0; + result0 += M4(-0.26914853, -0.2839232, 0.10873711, -0.09671969, 0.033788357, 0.08032121, 0.085263714, 0.06946121, 0.0030209876, -0.012763638, 0.049742326, -0.046166908, -0.06290731, 0.20113291, 0.20944561, -0.2691528) * inp_7_2_0; + result0 += M4(-0.05689525, 0.11810778, 0.005747189, -0.47844198, 0.02829931, 0.056319762, 0.0976035, 0.03878815, -0.050616615, -0.014168171, -0.022787584, 0.040302347, 0.106824026, -0.06600477, 0.08873571, 0.1697847) * inp_7_0_1; + result0 += M4(-0.030187106, -0.28629836, -0.29864815, -0.39638022, -0.031687517, 0.016290667, -0.08054959, -0.12397554, 0.017471364, -0.046266038, 0.030829297, -0.0603028, 0.033272807, -0.1054314, 0.23958172, -0.006223459) * inp_7_1_1; + result0 += M4(-0.08353376, 0.018860355, -0.015345814, -0.255057, 0.08161238, 0.078917846, -0.17756382, 0.13153501, -0.00042332607, -0.06268168, 0.100121856, -0.13375358, 0.08287006, -0.07434558, 0.0671746, -0.1640902) * inp_7_2_1; + result0 += M4(-0.027357182, -0.026864827, 0.06328931, -0.1162309, 0.015528158, 0.10389823, 0.034980204, -0.078910485, 0.00500683, -0.085828304, 0.050555404, -0.020949477, -0.008623717, 0.047411308, 0.06537082, -0.075511575) * inp_7_0_2; + result0 += M4(0.05337894, -0.024519926, -0.12872238, -0.08714813, 0.01656469, 0.07218318, 0.07296753, -0.041696247, -0.017571453, -0.104047954, 0.032122225, 0.05527118, -0.0040236083, -0.18081762, 0.01928598, -0.008794376) * inp_7_1_2; + result0 += M4(-0.020030312, -0.011161839, -0.037189707, -0.1574755, -0.02615406, -0.0032911913, -0.083963625, -0.02443231, -0.025931358, -0.002005939, 0.08844652, 0.0065094526, 0.042748637, -0.054209176, 0.0012821651, -0.06385409) * inp_7_2_2; + result1 += M4(0.28308165, -0.28567734, -0.65978485, -0.011553816, 0.13587657, -0.12044554, -0.00977827, -0.18941288, -0.0018173895, 0.011407545, -0.053531498, 0.24653833, -0.08707101, -0.21592058, 0.3635564, 0.021599567) * inp_7_0_0; + result1 += M4(-0.2531581, -0.49012327, 0.21240307, 0.20531361, -0.022551127, -0.14512269, -0.011202978, -0.33082062, -0.048964124, -0.2152505, -0.041152902, 0.38117525, 0.09538597, -0.060770903, -0.17551364, 0.1955445) * inp_7_1_0; + result1 += M4(0.10186855, 0.09641043, -0.16537541, -0.10825933, 0.022533605, -0.09994573, -0.012811164, -0.44734696, 0.06465757, 0.017299756, -0.031137753, 0.31065333, 0.13651535, 0.10311868, -0.118330106, 0.1809281) * inp_7_2_0; + result1 += M4(0.10272787, -0.08057058, -0.30362, 0.048751257, 0.089726985, -0.12593073, -0.037433296, -0.23559216, -0.06553392, 0.056514155, 0.0830663, 0.2682325, -0.18730585, 0.08315175, 0.30666634, 0.13161175) * inp_7_0_1; + result1 += M4(-0.18096423, -0.34603265, 0.48900405, 0.2875848, 0.12515527, 0.27683365, -0.078976415, -0.32297248, -0.047749817, 0.108569115, 0.0053452603, 0.16291566, 0.044929836, -0.11149145, 0.11379486, -0.123130135) * inp_7_1_1; + result1 += M4(0.03145933, 0.08000567, -0.05212921, -0.09588122, -0.05118946, 0.11495094, 0.13440904, -0.49722797, 0.012042765, -0.011682212, 0.009776634, 0.22002277, -0.114563845, 0.113886766, 0.028833367, 0.05768669) * inp_7_2_1; + result1 += M4(0.041755527, 0.033818115, 0.030087505, -0.06098008, -0.016862225, 0.020001326, -0.07535477, -0.10389625, -0.11713323, 0.015470763, 0.0006214775, 0.21128693, 0.012644471, -0.050409187, -0.028175324, -0.09258305) * inp_7_0_2; + result1 += M4(0.035682295, 0.062328402, -0.011538125, 0.052881636, 0.023204286, 0.155447, 0.0017339038, -0.06730548, -0.025180358, 0.0058287047, 0.0755074, 0.23595765, 0.087806515, -0.03235762, 0.11365232, -0.066609725) * inp_7_1_2; + result1 += M4(0.045093987, -0.009694641, -0.027107459, 0.05582876, 0.0494983, 0.010456474, 0.057337303, -0.052081425, -0.052915372, -0.023061618, -0.03150964, 0.16427326, -0.040431786, 0.059276927, -0.0051177777, -0.0048837056) * inp_7_2_2; + result2 += M4(0.03837631, 0.08774383, 0.06363697, 0.049066767, -0.0030270966, 0.03892385, -0.0047903294, -0.020191245, 0.020035189, -0.023216285, 0.0056477203, 0.029383, -0.045547128, 0.062387347, 0.10607699, -0.03863291) * inp_7_0_0; + result2 += M4(-0.13633233, 0.09267785, -2.3030283, 0.014163732, -0.03991903, 0.015884869, -0.0606753, -0.04264136, -0.0303268, 0.009014363, 0.05976666, 0.0211869, 0.11129838, -0.13271269, 0.2039835, 0.14118326) * inp_7_1_0; + result2 += M4(0.15436251, -0.0021171, -0.22229506, -0.2130171, -0.066300035, -0.018001197, 0.087491564, 0.15762036, 0.036742657, -0.037199102, 0.015800452, 0.057719216, 0.10394676, -0.1264126, 0.12223967, 0.1499962) * inp_7_2_0; + result2 += M4(0.13011152, -0.029061241, -0.21917622, 0.10294677, -0.021770813, 0.024138093, 0.0074876165, 0.06477432, -0.03029129, -0.0665621, 0.067723, 0.028472902, 0.14211737, -0.007184418, 0.06308469, 0.0677978) * inp_7_0_1; + result2 += M4(-0.6425866, 0.40062433, -0.69220364, 0.053134706, 0.3676376, -0.04427473, 0.12050734, -0.07630126, -0.018858017, 0.015136701, 0.079615645, 0.07291887, 0.16656972, -0.24108753, 0.19406885, 0.07315367) * inp_7_1_1; + result2 += M4(0.14880347, -0.08668082, -0.0057812906, -0.19755425, 0.13294779, 0.03765874, -0.10990122, 0.027674034, 0.019698981, -0.0693015, 0.061046965, 0.0046053925, 0.28756058, -0.16634035, 0.14577737, 0.21926984) * inp_7_2_1; + result2 += M4(0.11300955, -0.07001782, 0.004160339, -0.025613036, 0.0384132, 0.010613844, 0.05108481, -0.014704834, 0.07281184, -0.054065324, 0.060256865, 0.02568487, 0.055661537, -0.03176687, -0.033291098, 0.039281458) * inp_7_0_2; + result2 += M4(-0.13591135, -0.1556221, 0.035392698, 0.022640819, 0.101858534, -0.031051483, -0.056347683, -0.005426217, -0.09345089, 0.059355054, 0.0024670502, 0.072271, 0.1397118, 0.005142384, -0.0067636766, 0.062649995) * inp_7_1_2; + result2 += M4(-0.045705844, -0.049485546, -0.08252035, -0.07202762, 0.15883598, 0.076862395, 0.027125804, 0.022157637, 0.074905746, -0.066421315, -0.023283474, 0.02775669, 0.08140506, -0.055219613, -0.10447547, 0.029692696) * inp_7_2_2; + result3 += M4(0.27804977, 0.04060201, -0.03415181, 0.05594808, -0.20309801, 0.08921539, 0.027383287, -0.014300932, 0.14656137, -0.042295467, 0.026592502, -0.0022422688, 0.03638837, 0.12393212, 0.09580104, 0.11455205) * inp_7_0_0; + result3 += M4(0.43370125, -0.7264578, 0.17910218, -0.3402325, -0.3274955, 0.06556304, 0.053568117, 0.052536678, 0.15319067, -0.035212506, -0.043437447, -0.056250986, 0.07886018, 0.1720468, -0.070666164, -0.23317327) * inp_7_1_0; + result3 += M4(-0.010775315, -0.10786001, -0.067271195, 0.09480217, -0.047954734, -0.037628196, 0.08032824, -0.026743568, 0.0951285, -0.046130087, -0.046153605, -0.022892216, -0.21090701, -0.026034286, 0.013633455, -0.048013) * inp_7_2_0; + result3 += M4(0.087752044, 0.051735863, -0.09456641, 0.09395853, -0.31912452, 0.11069252, -0.09216122, -0.049109735, 0.22481413, -0.04836504, 0.09574651, -0.00593434, 0.10785617, 0.087149166, 0.055559058, 0.027829967) * inp_7_0_1; + result3 += M4(0.40971532, -0.1166213, 0.43089357, -1.247799, -0.57403624, 0.014973396, -0.19494775, 0.116255045, 0.10483425, 0.0018121488, 0.10336278, -0.08457605, -0.09799306, 0.095894195, -0.08120408, 0.1470525) * inp_7_1_1; + result3 += M4(-0.3771813, -0.13158873, -0.08711574, -0.2851576, -0.42346576, 0.057824798, -0.10846057, 0.14503123, 0.10989007, -0.039893188, -0.052708168, -0.032892987, -0.12112129, -0.074547686, 0.17883979, 0.12121646) * inp_7_2_1; + result3 += M4(-0.05970325, 0.001400899, 0.05403713, 0.037526485, -0.10959009, 0.034745116, -0.052851137, 0.031476095, 0.17720535, 0.0023840799, 0.020615356, -0.100161955, -0.03695471, 0.08650283, 0.039503135, 0.07882159) * inp_7_0_2; + result3 += M4(0.0044788043, -0.16337655, 0.071338534, -0.6660384, -0.10255742, 0.04590746, -0.046035033, 0.23365247, 0.16313332, -0.051737007, 0.00034278724, 0.08502075, -0.057645075, 0.21344616, 0.115628414, 0.44256592) * inp_7_1_2; + result3 += M4(0.010992721, 0.03025711, -0.027071904, -0.0602821, -0.03987038, 0.04058866, 0.041595288, 0.11731922, 0.106050506, -0.023259671, 0.012139084, -0.01232089, 0.07745526, -0.01704661, -0.02275756, 0.3044486) * inp_7_2_2; + result4 += M4(-0.09071285, -0.41172433, -0.28751448, -0.029586064, 0.010956211, 0.013790319, 0.041343343, 0.0008592875, -0.05313412, -0.08046366, -0.012284464, 0.006745153, -0.077516615, 0.07847041, -0.06270689, 0.016045839) * inp_7_0_0; + result4 += M4(0.6038478, -0.03064773, 0.36157948, -0.19402578, -0.02710915, 0.0049366923, 0.11763931, 0.078392625, -0.09302496, -0.05477951, -0.09801969, -0.028858343, -0.24634963, 0.0651749, -0.27385002, -0.2782543) * inp_7_1_0; + result4 += M4(0.086622715, -0.41340575, 0.005448833, -0.05621069, 0.00044034095, -0.10245652, 0.02368436, 0.08798041, -0.050513014, -0.091703504, 0.020265495, 0.010906198, -0.115228556, 0.13764267, -0.22028348, -0.21947323) * inp_7_2_0; + result4 += M4(0.0047257, -0.46549374, -0.06796023, 0.20825069, -0.04045274, -0.10130458, 0.1238029, -0.07447002, -0.034831002, -0.08029478, -0.09157177, 0.10096424, -0.14274159, 0.1087538, 0.14235063, 0.09494344) * inp_7_0_1; + result4 += M4(0.44179776, -1.5291011, 0.034119263, -0.9653705, 0.018118352, 0.28458175, -0.021487705, 0.0010762021, -0.0838768, -0.05726333, 0.11296191, -0.0023612175, -0.09342311, 0.12073306, 0.20877819, -0.1200189) * inp_7_1_1; + result4 += M4(0.18046811, -0.099955246, -0.38009864, 0.045663226, -0.0028648702, 0.16092615, 0.06740341, 0.04574118, -0.015260896, -0.095535226, -0.052776773, -0.011107281, -0.13015838, -0.054420166, -0.09365071, 0.08283588) * inp_7_2_1; + result4 += M4(-0.01031775, -0.037005138, 0.004836741, -0.053096246, -0.032177515, -0.046069227, 0.10675816, 0.022360492, -0.0078031756, -0.10481318, -0.00017168093, 0.0044404953, -0.0468987, -0.028409535, -0.0028913599, 0.1166665) * inp_7_0_2; + result4 += M4(0.08607475, -0.11968246, -0.08505704, -0.45524856, -0.037841246, -0.028020846, 0.13048014, 0.23245104, 0.051315486, -0.02880616, -0.01706976, 0.06627905, -0.08099483, 0.123131685, 0.0644043, 0.36869854) * inp_7_1_2; + result4 += M4(0.05031982, 0.02347016, -0.004537312, -0.060041256, -0.07803278, 0.11536064, -0.080467544, -0.0033040878, 0.07609603, -0.119582504, 0.026013127, 0.09771712, -0.0008058412, 0.0081337355, 0.1519349, 0.3588836) * inp_7_2_2; + result5 += M4(-0.1330159, -0.020606223, -0.03474067, -0.34595522, 0.1056071, -0.084585086, 0.03103594, 0.13032296, -0.07218878, 0.022729147, -0.057099078, -0.19260219, -0.1113688, -0.009962253, -0.17694257, -0.034554932) * inp_7_0_0; + result5 += M4(0.10401944, 0.1321309, 0.42354, 0.48820308, 0.19265227, -0.14420362, 0.02917404, 0.120967485, 0.012973034, 0.11208657, -0.0006371427, -0.45043004, 0.14982297, 0.124018036, -0.20516825, -0.44058993) * inp_7_1_0; + result5 += M4(-0.108353905, -0.46832907, -0.0039411206, -0.29758903, 0.11689921, -0.11359189, 0.08959618, -0.019202495, -0.023872562, 0.06932682, -0.05563538, -0.2797535, -0.12390734, -0.30612707, -0.22908273, -0.56318635) * inp_7_2_0; + result5 += M4(0.12831174, 0.059336323, 0.010471833, -0.048660986, 0.13463219, -0.011119628, 0.09598638, 0.09148773, -0.055824008, 0.05488533, -0.044579845, -0.24492098, -0.06611985, -0.048875406, -0.13025954, -0.27087426) * inp_7_0_1; + result5 += M4(-0.06502294, 0.34120694, 0.41784814, 0.4240587, 0.09343212, -0.12833215, 0.02096758, -0.060561746, -0.16311644, 0.002361267, -0.106696896, -0.4139766, 0.0836685, -0.24211615, -0.032305423, -0.32017106) * inp_7_1_1; + result5 += M4(0.20648798, -0.25047904, -0.016869415, -0.07052161, 0.1196694, -0.11713132, -0.07293514, 0.1349356, -0.045845423, -0.08803433, -0.08635373, -0.27477232, -0.12519251, -0.30127248, -0.07220288, -0.3693771) * inp_7_2_1; + result5 += M4(0.020231156, -0.0015006171, 0.06268695, 0.044661894, 0.10022947, -0.074085005, 0.022788148, 0.08314333, 0.02434714, 0.049788713, -0.018686034, -0.20420751, 0.09802319, 0.06046013, -0.027695594, 0.18467912) * inp_7_0_2; + result5 += M4(-0.055518553, -0.061574563, 0.07924629, -0.088484906, 0.08492011, -0.05289509, 0.018946279, 0.2605166, -0.042118274, -0.056217708, -0.0093715545, -0.30276588, 0.03888416, 0.0029304868, -0.036626168, 0.17075236) * inp_7_1_2; + result5 += M4(-0.017744083, -0.048555702, 0.03221358, 0.023896342, 0.012144045, -0.084408425, 0.052699592, 0.087384045, 0.051625855, 0.010249226, -0.05047821, -0.33322152, -0.005886412, -0.060527787, -0.031101368, 0.14424102) * inp_7_2_2; + result6 += M4(0.057100285, 0.22682899, 0.2744427, 0.041397933, -0.005312474, 0.20445864, 0.06996201, 0.052181352, 0.044053286, -0.4216351, 0.0026190055, 0.003224928, -0.018846186, -0.31359148, 0.03245419, -0.11640333) * inp_7_0_0; + result6 += M4(0.26431003, -0.2960171, -0.5696298, 0.04239368, -0.046360884, 0.27525854, -0.0091454275, -0.021803852, 0.1560503, -0.19925125, 0.0027289838, -0.0035952833, -0.10808123, -0.41792306, 0.03857787, -0.038746215) * inp_7_1_0; + result6 += M4(-0.23053513, 0.04109559, 0.0023016164, -0.05669128, 0.03503136, 0.06519052, 0.0465084, 0.021342622, 0.011112163, -0.21991162, 0.023655912, 0.0060068443, 0.2105939, -0.2599472, 0.6000922, -0.029687058) * inp_7_2_0; + result6 += M4(0.17058913, -0.14706492, 0.18112461, -0.25226822, 0.07785096, 0.17461091, 0.048281137, -0.0073108845, 0.059879318, -0.77313334, -0.05046852, -0.01323007, -0.05584217, -0.5015431, 0.030336577, -0.01797471) * inp_7_0_1; + result6 += M4(-0.04252722, 0.023404634, -1.571729, 0.23049328, 0.01879878, 0.12680931, 0.21050362, 0.0530247, 0.08162901, -0.37686032, 0.08354369, -0.03689562, 0.009062358, -0.49553558, 0.12035103, 0.07869234) * inp_7_1_1; + result6 += M4(0.063594356, 0.21721621, 0.43024996, -0.05847242, 0.05272428, 0.00142788, -0.008333355, 0.027268998, 0.0115955295, -0.19313867, 0.085026145, 0.032077234, -0.016500698, -0.28158528, 0.44438577, -0.0069055995) * inp_7_2_1; + result6 += M4(0.06717337, 0.05203127, -0.010516277, -0.037855532, 0.1370158, 0.23268242, 0.08253981, 0.016612165, -0.003761943, -0.2806193, 0.0037691125, -0.021973599, 0.041779287, -0.40250027, -0.024812153, 0.011796157) * inp_7_0_2; + result6 += M4(-0.017233694, 0.16190064, -0.05585142, 0.005136461, 0.2029499, 0.2013949, 0.010389571, 0.032311577, -0.013502923, -0.11431857, 0.05359674, 0.015788162, 0.17615381, -0.17132227, -0.0876679, -0.019825099) * inp_7_1_2; + result6 += M4(0.017022274, 0.08403515, -0.044340603, 0.012014808, 0.1247163, 0.04358294, 0.08445203, -0.00012078814, 0.00806242, -0.20539318, -0.027894355, 0.027825247, 0.049768843, 0.05706915, -0.0012313575, 0.024201786) * inp_7_2_2; + result7 += M4(-0.05570519, -0.31178907, -0.13744523, 0.07316122, -0.0009002747, -0.0021502613, 0.16848224, -0.014898857, 0.072285786, -0.10787031, 0.21645626, 0.0044599804, 0.0758962, 0.043780476, 0.08076819, -0.037915226) * inp_7_0_0; + result7 += M4(-0.07663538, -0.24172576, 0.35945773, -0.26734355, -0.07704813, -0.1023477, 0.20719665, 0.04794503, 0.088189006, -0.07417561, 0.2677249, -0.0025845463, 0.061988205, -0.110931486, 0.285947, -0.02412334) * inp_7_1_0; + result7 += M4(-0.009479986, 0.0037774714, -0.1963648, 0.17517938, -0.07153562, 0.2211494, -0.287042, 0.03652056, 0.025602432, -0.022053575, 0.19314158, 0.020052867, 0.18439056, 0.058231283, 0.07595562, -0.019437954) * inp_7_2_0; + result7 += M4(0.09270015, -0.19680314, -0.08763904, 0.15333681, -0.025215115, 0.19898468, -0.05582921, 0.016288092, 0.043592848, -0.09385375, 0.20310016, 0.028347252, -0.037458334, 0.20112409, -0.054714605, 0.017513951) * inp_7_0_1; + result7 += M4(0.02139343, -0.36552352, 0.2251726, 0.37929785, -0.13288932, 0.081211135, 0.035951726, 0.00089924, 0.00015051186, -0.059097648, 0.16086861, 0.0014309117, -0.037192978, 0.05104338, -0.21090738, -0.02250651) * inp_7_1_1; + result7 += M4(-0.0034593008, -0.60470015, 0.2090643, 0.25052705, -0.027321499, 0.16062151, 0.016577426, -0.013205702, 0.02963764, -0.0846, 0.093255244, -0.011993566, 0.07324312, 0.18320748, -0.022252744, -0.011966116) * inp_7_2_1; + result7 += M4(0.012402111, -0.09423922, -0.02755101, 0.01184248, 0.049814, 0.07396747, -0.075764045, -0.012344455, -0.01732627, -0.08180477, 0.12141798, -0.019734032, 0.024001282, -0.06362508, -0.015815372, 0.0213103) * inp_7_0_2; + result7 += M4(0.0050011203, -0.10356102, 0.16599469, -0.017486112, 0.01229704, 0.09701941, 0.08285627, -0.021237923, -0.034057237, -0.13219167, 0.19644529, 0.007920681, 0.042641327, -0.06905818, 0.009809027, -0.047260102) * inp_7_1_2; + result7 += M4(-0.005790654, -0.07283885, 0.11378198, 0.06208358, 0.06747664, -0.05972467, 0.16834457, -0.0137389675, 0.030840661, -0.13512263, 0.025099473, 0.038956035, 0.01568917, -0.03597957, -0.2115487, 0.064330794) * inp_7_2_2; + const ivec2 output_base = ivec2(gl_GlobalInvocationID) * ivec2(4, 2); + imageStore(out_image, output_base + ivec2(0, 0), max(result0, V4(0.0))); + imageStore(out_image, output_base + ivec2(1, 0), max(result1, V4(0.0))); + imageStore(out_image, output_base + ivec2(2, 0), max(result2, V4(0.0))); + imageStore(out_image, output_base + ivec2(3, 0), max(result3, V4(0.0))); + imageStore(out_image, output_base + ivec2(0, 1), max(result4, V4(0.0))); + imageStore(out_image, output_base + ivec2(1, 1), max(result5, V4(0.0))); + imageStore(out_image, output_base + ivec2(2, 1), max(result6, V4(0.0))); + imageStore(out_image, output_base + ivec2(3, 1), max(result7, V4(0.0))); +} + +//!DESC ArtCNN C4F32 (Conv2D-3-ReLU) +//!COMPUTE 48 32 12 16 +//!HOOK LUMA +//!BIND conv2d_2 +//!SAVE conv2d_3 +//!WIDTH LUMA.w 4.0 * +//!HEIGHT LUMA.h 2.0 * +//!COMPONENTS 4 +//!WHEN OUTPUT.w LUMA.w / 1.3 > OUTPUT.h LUMA.h / 1.3 > * +#extension GL_EXT_shader_explicit_arithmetic_types_float16 : enable +#ifdef GL_EXT_shader_explicit_arithmetic_types_float16 +# define V4 f16vec4 +# define M4 f16mat4 +# define F float16_t +#else +# define V4 vec4 +# define M4 mat4 +# define F float +#endif + +const ivec2 ksize = ivec2(3, 3); +const ivec2 offset = ksize / 2; +const ivec2 wg_size = ivec2(gl_WorkGroupSize); +const ivec2 isize = wg_size + ksize - 1; +shared V4 inp[8][isize.y][isize.x]; +void hook() { + const uvec2 local_xy = gl_LocalInvocationID.xy; + ivec2 base = ivec2(gl_WorkGroupID) * wg_size; + for (uint y = local_xy.y; y < isize.y; y += wg_size.y) { + for (uint x = local_xy.x; x < isize.x; x += wg_size.x) { + const ivec2 input_base = (base + ivec2(x,y) - offset) * ivec2(4, 2); + inp[0][y][x] = V4(conv2d_2_mul * texelFetch(conv2d_2_raw, input_base + ivec2(0, 0), 0)); + inp[1][y][x] = V4(conv2d_2_mul * texelFetch(conv2d_2_raw, input_base + ivec2(1, 0), 0)); + inp[2][y][x] = V4(conv2d_2_mul * texelFetch(conv2d_2_raw, input_base + ivec2(2, 0), 0)); + inp[3][y][x] = V4(conv2d_2_mul * texelFetch(conv2d_2_raw, input_base + ivec2(3, 0), 0)); + inp[4][y][x] = V4(conv2d_2_mul * texelFetch(conv2d_2_raw, input_base + ivec2(0, 1), 0)); + inp[5][y][x] = V4(conv2d_2_mul * texelFetch(conv2d_2_raw, input_base + ivec2(1, 1), 0)); + inp[6][y][x] = V4(conv2d_2_mul * texelFetch(conv2d_2_raw, input_base + ivec2(2, 1), 0)); + inp[7][y][x] = V4(conv2d_2_mul * texelFetch(conv2d_2_raw, input_base + ivec2(3, 1), 0)); + } + } + + barrier(); + V4 result0 = V4(0.039891187, 0.010174011, 0.0088016875, 0.03124075); + V4 result1 = V4(0.003698658, -0.016067175, 0.018071178, -0.0066997157); + V4 result2 = V4(-0.0070197433, -0.0028909661, 0.0022303315, -0.0050655375); + V4 result3 = V4(-0.0075162463, 0.006320994, -0.0097562745, 0.0138484165); + V4 result4 = V4(0.0014613448, 0.004918162, -0.017067201, -0.016155604); + V4 result5 = V4(-0.008679052, -0.0075656734, 0.0066808863, -0.0042160484); + V4 result6 = V4(0.00784081, 0.019437116, 0.017370472, 0.0030544482); + V4 result7 = V4(-0.00282881, 0.0018453137, 0.0010997254, -0.012253036); + const V4 inp_0_0_0 = inp[0][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_0_1_0 = inp[0][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_0_2_0 = inp[0][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_0_0_1 = inp[0][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_0_1_1 = inp[0][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_0_2_1 = inp[0][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_0_0_2 = inp[0][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_0_1_2 = inp[0][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_0_2_2 = inp[0][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.14309523, -0.001873853, -0.0017180212, 0.033198696, 0.3169121, 0.032105453, -0.030163093, 0.08856871, 0.25947005, -0.007571972, 0.054202788, 0.09713133, 0.26781166, 0.0016409467, -0.045460198, -0.047384653) * inp_0_0_0; + result0 += M4(0.032736126, -0.019261086, -0.06981814, -0.13868594, -0.3535804, 0.025935274, -0.0656602, -0.20437227, -0.037249856, -0.007381983, 0.07731721, 0.057519436, -1.249088, -0.1300499, -0.07241998, 0.017952355) * inp_0_1_0; + result0 += M4(-0.096759, -0.041142356, -0.003936717, 0.020541301, -0.19693185, -0.003954357, -0.09604599, -0.060332753, 0.31012002, -0.024386493, -0.00261878, -0.08509517, 0.5343073, -0.03857238, -0.016029784, -0.034463238) * inp_0_2_0; + result0 += M4(0.11130627, 0.1045214, 0.067061976, 0.12414822, -0.5156921, -0.08968804, 0.11792073, 0.16194685, -0.17407638, 0.016505571, -0.05309113, -0.029744834, -0.012758216, -0.14981432, -0.027988944, 0.23276654) * inp_0_0_1; + result0 += M4(-0.011282038, 0.23429616, 0.36342812, 0.3411906, -0.2675439, -0.17340522, 0.29401016, 0.1064477, -0.39553836, -0.030228132, 0.0052218833, -0.27536052, -0.27379674, 0.09166498, 0.05134846, -0.19864307) * inp_0_1_1; + result0 += M4(0.089008816, 0.064931154, -0.065887816, 0.04454191, -0.3449039, 0.048124, -0.11372226, -0.2867118, 0.3864737, -0.024241993, 0.09331011, -0.007294538, 0.15507536, 4.7814254e-05, 0.019911595, -0.079074375) * inp_0_2_1; + result0 += M4(0.14273323, 0.031306922, -0.053496253, 0.1940134, 0.16749583, 0.02665322, -0.09416029, -0.015213415, -0.14972624, -0.051581223, 0.11031778, -0.03156928, -0.43508735, -0.00572481, -0.07890651, -0.026816973) * inp_0_0_2; + result0 += M4(-0.056292742, 0.017081399, 0.058458038, -0.14285265, -0.21292278, 0.036736153, 0.01386533, 0.13119489, -0.008830673, 0.0048443456, 0.106463924, -0.02187751, 0.42810768, -0.023222659, -0.033471197, 0.19321682) * inp_0_1_2; + result0 += M4(0.09239133, -0.016101219, 0.010676677, 0.12542722, -0.1330447, -0.016992744, -0.019531514, 0.12004744, -0.105055, -0.04523182, 0.026582208, 0.09066113, -0.1493597, -0.011343027, 0.0043815114, 0.09847551) * inp_0_2_2; + result1 += M4(-0.011754787, -0.044900153, 0.011316047, 0.009344969, -0.07654812, 0.004506406, -0.031067831, 0.116805635, 0.07677223, -0.05674572, -0.12100837, 0.083735764, -0.098387696, 0.044428546, -0.06853798, -0.008460154) * inp_0_0_0; + result1 += M4(-0.12383077, 0.11345803, -0.03844071, -0.11200255, -0.11792162, 0.026311757, -0.2228272, -0.0012823446, -0.08393467, -0.14797205, 0.02105, 0.052671637, 0.06367029, -0.027370257, -0.08714039, 0.20933613) * inp_0_1_0; + result1 += M4(-0.025614992, -0.05063498, 0.0348159, -0.01036079, 0.0023902357, 0.0031244168, -0.14579822, 0.117697336, 0.049049217, 0.013261652, -0.051070213, -0.02617905, 0.06044031, -0.12427864, -0.09306393, 0.06946754) * inp_0_2_0; + result1 += M4(0.10722741, -0.030467976, -0.03389288, -0.013788659, -0.07391846, 0.09339178, 0.0073116557, -0.04647689, 0.0025809023, 0.011965062, -0.04709262, 0.04451407, -0.16748951, 0.22894037, -0.04763781, 0.009814327) * inp_0_0_1; + result1 += M4(-0.13195522, -0.12991884, 0.063788, 0.11081102, -0.008850232, -0.48500222, 0.006236815, -0.28283548, 0.043346815, -0.06560962, -0.20624259, -0.04261374, 0.24925543, -0.4874122, -0.07824333, -0.4602907) * inp_0_1_1; + result1 += M4(-0.047687013, 0.12204983, 0.12643155, -0.060586352, -0.013626682, 0.093479574, 0.10135357, 0.30280626, -0.014583826, 0.05176219, -0.17330503, -0.06959416, 0.052971218, 0.17461947, 0.009015934, -0.09006354) * inp_0_2_1; + result1 += M4(-0.014093291, 0.0419472, 0.13239346, 0.076225415, -0.008861888, -0.0523276, -0.1840143, -0.13214853, 0.0026354536, 0.04511812, 0.0024715958, 0.103751756, 0.040584758, -0.04370852, 0.014409337, -0.038460102) * inp_0_0_2; + result1 += M4(-0.114331126, -0.14849842, 0.019866424, 0.21586671, 0.055435274, 0.07103569, -0.1230981, 0.041321695, -0.13275623, 0.09474009, 0.0006063814, -0.07041446, 0.0015035904, 0.11368079, -0.22363499, -0.11709047) * inp_0_1_2; + result1 += M4(-0.14548914, -0.006976128, -0.036362067, -0.14229389, -0.067397326, 0.051728576, -0.118556514, 0.003614227, -0.05859415, 0.09314157, -0.069589876, -0.123888716, 0.02330514, 0.030563781, -0.08114962, 0.04722674) * inp_0_2_2; + result2 += M4(-0.045595124, 0.015869895, 0.012395158, 0.00882572, 0.03515867, -0.14223368, 0.018046035, 0.075941436, 0.04377544, 0.0133860065, -0.028830389, 0.05665587, 0.15368003, 0.12448753, 0.09935006, 0.06466525) * inp_0_0_0; + result2 += M4(-0.01488269, -0.037085548, 0.045489304, -0.056556948, 0.068745196, -0.14181718, 0.020807667, -0.042699374, 0.09137109, 0.16030397, -0.052037876, -0.005772478, -0.06425633, 0.16120096, 0.02593719, -0.05165101) * inp_0_1_0; + result2 += M4(-0.029701773, 0.044742014, 0.011924423, -0.012168167, 0.11106114, -0.025585918, 0.18043429, 0.07857184, 0.052772872, -0.008981964, -0.041643288, 0.047864392, 0.086677015, -0.008532988, -0.08849162, -0.005815922) * inp_0_2_0; + result2 += M4(-0.044394404, 0.11831548, -0.009904613, -0.041939523, 0.07196424, -0.0017405043, 0.06146675, -0.0064095296, 0.124081716, -0.021876728, -0.040990457, 0.003680747, -0.048073083, -0.08284328, 0.26202607, 0.03162839) * inp_0_0_1; + result2 += M4(0.22130273, 0.14527822, -0.39176348, 0.14001855, 0.5352437, -0.04542977, -0.7018523, -0.07476175, 0.10463898, -0.080699034, -0.08113954, -0.20320535, -0.19207337, -0.38535544, 0.55318236, 0.2651838) * inp_0_1_1; + result2 += M4(0.036653444, -0.04756297, 0.022538345, 0.12594087, -0.01760347, -0.10339409, 0.069055945, 0.21305194, 0.04205861, 0.028438265, -0.1696021, -0.0036671674, 0.07049995, 0.080884196, 0.14730366, 0.14130649) * inp_0_2_1; + result2 += M4(-0.16372775, -0.13017991, 0.08860467, -0.008495178, 0.095583275, 0.057885382, 0.030026566, 0.0443974, 0.18476601, -0.17039359, -0.17540543, 0.009062212, -0.050284375, 0.16352107, 0.09986394, 0.0018885226) * inp_0_0_2; + result2 += M4(-0.43257767, 0.1531663, 0.25444767, -0.22873718, 0.25588393, -0.066637754, -0.1370794, 0.030990375, 0.13616155, 0.0036115232, -0.065585956, -0.09872217, -0.07651103, 0.11388792, 0.032373838, -0.15346412) * inp_0_1_2; + result2 += M4(0.07657585, 0.07273188, 0.052816667, -0.13120887, -0.01996312, -0.1688548, 0.070224516, 0.024983965, 0.09769482, 0.070718914, -0.09311761, 0.008110396, 0.07121832, -0.14244963, 0.018713804, 0.06341126) * inp_0_2_2; + result3 += M4(-0.07103164, 0.04623603, 0.01491655, 0.020782093, -0.15087208, -0.009506998, -0.1611754, -0.11209808, 0.057259206, 0.020111036, 0.025495127, 0.07684481, -0.004050046, 0.065389425, 0.05259963, 0.13084045) * inp_0_0_0; + result3 += M4(0.011405818, -0.06016051, -0.04695488, -0.038647547, 0.21635969, 0.15130904, 0.019570103, -0.50442773, -0.085067816, 0.002638368, -0.016227547, 0.019756362, 0.07974229, 0.21875347, 0.055734493, -0.21342625) * inp_0_1_0; + result3 += M4(0.021921959, 0.10539598, 0.036019538, -0.0024735967, 0.36200875, -0.025564855, 0.017608183, 0.015791815, 0.004639025, -0.102622196, 0.035068173, 0.026188917, 0.10705203, -0.12736817, 0.030420022, 0.16431792) * inp_0_2_0; + result3 += M4(0.0057745576, 0.027876824, 0.10262768, 0.05749421, -0.106096715, -0.12303946, -0.25589058, 0.030729443, -0.1056168, -0.02740823, 0.04569236, -0.030569445, 0.02994015, -0.004147803, -0.08972349, 0.048728667) * inp_0_0_1; + result3 += M4(-0.37472087, -0.05760261, -0.110165834, 0.29236808, -0.7468657, -0.052361816, -0.15871547, 0.0913036, 0.012023076, 0.0032697055, -0.042712722, -0.027388467, -0.024480077, -0.39368185, 0.3433091, -0.24069656) * inp_0_1_1; + result3 += M4(0.12731428, 0.029029418, 0.04441547, 0.047703315, 0.32846442, 0.0022785848, 0.06518595, -0.0791525, -0.038153592, -0.048158735, -0.07643948, -0.029544747, -0.15939271, 0.22132136, 0.09632175, 0.020230774) * inp_0_2_1; + result3 += M4(0.16618845, 0.12958807, -0.06892027, -0.05780309, -0.108981475, -0.040782824, -0.0028828504, -0.040729508, 0.11573219, -0.016084928, -0.0420653, -0.005862895, 0.0093898615, 0.026072592, -0.035809677, -0.0040979995) * inp_0_0_2; + result3 += M4(0.21585199, 0.058390792, 0.27720335, -0.2913718, -0.09043576, 0.011728536, -0.06962314, 0.033705365, -0.022419555, 0.06771161, 0.004294621, 0.030153077, -0.06778087, 0.13413167, 0.038228776, 0.07170488) * inp_0_1_2; + result3 += M4(0.016567271, 0.16404593, -0.13059571, -0.009457223, 0.020426787, 0.21224761, -0.10425253, 0.1384942, -0.025041837, -0.0120265465, -0.14951259, 0.051256124, 0.09690919, 0.15502584, -0.011303743, 0.0042200494) * inp_0_2_2; + result4 += M4(0.027594035, -0.015962288, 0.024780115, -0.04144283, -0.01901609, 0.008594559, 0.08677763, -0.29659626, -0.032098148, 0.034959897, -0.014709423, 0.053878725, -0.050388232, -0.07274412, -0.025876269, 0.1305481) * inp_0_0_0; + result4 += M4(-0.001866349, 0.008501407, 0.049455177, -0.0025776012, -0.008821824, 0.15834957, 0.13312322, 0.08562344, 0.1649922, 0.08249981, 0.009123228, -0.25399554, 0.061789162, 0.042166192, -0.04497668, -0.15125476) * inp_0_1_0; + result4 += M4(0.002071383, -0.0030694618, -0.038675763, 0.06870983, -0.09631928, 0.058740955, -0.025242096, 0.06520478, -0.09130973, 0.023469636, 0.052330915, 0.010307608, -0.08002607, -0.014490931, 0.054277305, -0.08889716) * inp_0_2_0; + result4 += M4(-0.0047945776, -0.029827168, -0.0145979505, 0.11211511, -0.01817458, 0.1617174, 0.05575508, -0.056766998, 0.05461428, 0.0730121, 0.08393159, 0.030844068, -0.22220774, 0.048135582, 0.052063316, -0.09136627) * inp_0_0_1; + result4 += M4(-0.23447709, 0.07034374, -0.13712575, -0.08059424, -0.26005888, -0.026197592, -0.21173188, -0.053868186, -0.07769307, 0.15848981, 0.059796214, -0.04785573, 0.4664564, -0.9074057, 0.09066, -0.544772) * inp_0_1_1; + result4 += M4(0.024926035, 0.040354192, 0.010121636, -0.28828725, 0.044388752, 0.06829638, 0.095997095, 0.15944329, -0.08477532, 0.05566613, 0.060184304, 0.13208912, -0.02984898, 0.13414301, -0.082989156, 0.43534833) * inp_0_2_1; + result4 += M4(-0.1278579, 0.007553029, -0.032694604, -0.14663772, 0.06608632, 0.038099416, 0.04906056, 0.027318431, 0.0062923115, 0.06254672, -0.01062308, -0.075430214, 0.08453081, 0.009327934, 0.13268445, 0.01666673) * inp_0_0_2; + result4 += M4(-0.0072635277, -0.1842491, 0.047262307, -0.10808125, -0.0106281685, 0.1280699, -0.09656092, -0.46802148, -0.030218123, 0.13014306, 0.103553005, -0.1362909, -0.12257349, 0.08600192, -0.04349298, 0.13996762) * inp_0_1_2; + result4 += M4(-0.043868378, 0.07081292, -0.07883668, 0.17546567, -0.08788862, 0.08750659, -0.106152266, 0.19086275, -0.14448138, 0.04533915, -0.00865833, 0.04215659, 0.07329542, -0.08975399, 0.022260208, -0.16861832) * inp_0_2_2; + result5 += M4(0.010509402, 0.019518422, 0.00328791, -0.09906433, 0.0278878, -0.03260109, -0.00020370033, -0.025076501, -0.04353637, 0.063811146, 0.006994537, -0.07271743, -0.063133426, 0.012389002, -0.009289574, -0.121060476) * inp_0_0_0; + result5 += M4(0.039773777, -0.0895586, 0.004950071, 0.016024612, 0.15021367, -0.2869759, -0.028258825, -0.08519062, -0.098199725, -0.061076205, 0.018656151, -0.054120112, 0.058577213, -0.056778766, -0.027311163, -0.11237881) * inp_0_1_0; + result5 += M4(-0.034249917, -0.03299265, -0.018334009, 0.01908288, -0.027319072, 0.21508203, -0.013224089, 0.053042583, -0.028632842, -0.15447335, -0.0010644845, 0.006316545, -0.0015898185, -0.045662377, -0.005043772, 0.15103598) * inp_0_2_0; + result5 += M4(-0.0402763, 0.18897127, 0.010842872, -0.1275855, -0.06693902, -0.013819111, -0.072977565, 0.11740496, 0.08306948, 0.123957455, 0.058837164, -0.029682321, -0.014199772, -0.00028300207, -0.013093423, -0.15040931) * inp_0_0_1; + result5 += M4(-0.3446225, -0.11357845, 0.038074747, 0.05556274, -0.20539531, -0.052309696, 0.05627663, -0.043872528, -0.06756652, -0.08219633, -0.055187013, -0.112718664, 0.12130579, -0.1199594, -0.132088, -0.3288096) * inp_0_1_1; + result5 += M4(-0.12497266, -0.56094146, 0.013189971, -0.12575312, 0.050264023, -0.111246094, -0.04937345, -0.15321736, 0.03216781, 0.014386418, -0.017840276, 0.08767631, 0.025973516, 0.12759106, -0.045358077, -0.040668692) * inp_0_2_1; + result5 += M4(0.03794886, -0.1623382, 0.021216918, -0.0084155835, -0.03446684, -0.05167531, -0.025551477, 0.044166647, -0.0011876737, -0.026014624, -0.0062451973, -0.058929186, -0.026467845, 0.037031967, -0.07995839, 0.040423732) * inp_0_0_2; + result5 += M4(-0.04436454, 0.028091118, 0.010060466, -0.15728569, 0.01508378, 0.058570538, -0.017138515, 0.08813434, 0.036064345, 0.022453606, 0.016611064, 0.017139532, 0.12761998, 0.0031079468, 0.027776018, -0.064217284) * inp_0_1_2; + result5 += M4(-0.013894192, 0.019669713, 0.0023438234, -0.08639547, -0.010864848, -0.13676187, 0.009209667, 0.012941783, -0.061353903, -0.093052134, -0.013672312, 0.057396524, -0.02797671, -0.032532085, 0.008007376, -0.11991426) * inp_0_2_2; + result6 += M4(-0.003918411, -0.0030632298, -0.020233491, -0.015747532, -0.06599346, 0.3813743, -0.1022056, 0.051930048, -0.0108340485, -0.06404295, -0.020801034, 0.012340382, 0.082330965, 0.019173406, 0.10965526, -0.10175482) * inp_0_0_0; + result6 += M4(0.014688186, -0.009105166, -0.015858855, 0.02934022, 0.11020389, -0.1910107, 0.35834283, 0.026369374, -0.026768101, -0.12412397, -0.16468842, 0.006219744, -0.14608766, -0.020514332, 0.15251845, 0.064148754) * inp_0_1_0; + result6 += M4(-0.0067860554, -0.064119495, 0.038858287, -0.039744407, 0.0058656214, -0.0016627198, 0.11053784, -0.058420826, -0.0019121376, 0.08639949, 0.06644012, 0.0008775286, 0.0625736, 0.16586284, 0.0667027, -0.07835746) * inp_0_2_0; + result6 += M4(0.30398658, -0.15625334, 0.07699638, -0.014727578, -0.00022114595, -0.26043263, -0.08678946, 0.07089245, 0.095869504, -0.034724608, 0.068186805, 0.007882757, 0.012658224, 0.2753845, -0.03311974, 0.0065230164) * inp_0_0_1; + result6 += M4(-0.1797437, -0.12649554, -0.24521147, 0.22554466, -0.3586812, -0.09301251, -0.563658, 0.2150127, 0.24063845, -0.18093735, 0.3064467, 0.00307264, -0.435347, -0.21763927, 0.32749456, -0.28044063) * inp_0_1_1; + result6 += M4(-0.10391872, 0.1568296, -0.043538462, -0.019230826, 0.013417643, -0.23382333, 0.18296298, 0.0061866925, 0.051188603, -0.03292764, -0.072666846, 0.022539703, 0.16048382, -0.08479939, -0.0032931408, -0.037459105) * inp_0_2_1; + result6 += M4(0.025274286, -0.025832957, -0.05344871, -0.0076879202, -0.06814966, -0.28538677, 0.12503229, -0.02706914, 0.10205425, 0.03450146, -0.041630466, 0.015949368, 0.035470463, -0.10613134, 0.09792066, 0.0031895118) * inp_0_0_2; + result6 += M4(-0.28241268, 0.01906629, 0.18009363, -0.055728763, 0.08142881, -0.12345334, 0.032123115, -0.035197493, 0.08216345, 0.04351116, 0.010688702, 0.041106984, 0.1775762, 0.32197142, -0.19981448, 0.007766006) * inp_0_1_2; + result6 += M4(0.1733136, -0.050024584, -0.098271124, -0.041516483, 0.10169313, 0.05958566, -0.11132863, -0.0004754283, 0.099020034, -0.02778823, -0.18707111, 0.006320229, -0.1006538, -0.042983994, 0.11510748, 0.04298184) * inp_0_2_2; + result7 += M4(-0.028076239, -0.0156401, -0.010424246, -0.0096850805, 0.05003037, -0.12220453, 0.0135851195, -0.029757593, -0.020713447, 0.010241505, -0.007839067, -0.015132353, -0.028289594, 0.16688786, -0.020259721, 0.027408836) * inp_0_0_0; + result7 += M4(0.03570011, -0.0052317474, -0.016310167, 0.078915246, 0.029166294, 0.059118435, 0.0509728, -0.03425823, -0.081839174, 0.050867297, -0.0039371434, -0.03327586, 0.097533286, -0.24751547, -0.043934908, 0.19153814) * inp_0_1_0; + result7 += M4(-0.06924215, 0.04851302, -0.04238731, 0.063073106, -0.15275095, 0.20492558, 0.036272775, 0.111823834, -0.0006419136, 0.048659332, -0.01709666, -0.109825075, -0.17880586, -0.06436704, -0.059037004, -0.037641715) * inp_0_2_0; + result7 += M4(0.093930565, -0.01901314, 0.0378732, 0.05245079, -0.0348054, 0.029020363, 0.014211449, 0.040763244, -0.097005524, -0.014347144, -0.013889909, -0.05938931, 0.015013427, -0.05648958, -0.023936171, -0.16865626) * inp_0_0_1; + result7 += M4(-0.054905366, -0.27922672, 0.1118672, -0.0019872529, -0.003778244, 0.0038754554, -0.086601175, -0.117345385, 0.090721875, 0.1038295, 0.051644396, -0.09897438, 0.33402368, 0.006397337, -0.12513605, 0.16245219) * inp_0_1_1; + result7 += M4(-0.09017521, -0.0028480908, 0.07894478, -0.07298281, -0.056858163, 0.012269897, -0.03388807, -0.50022, 0.002430197, 0.16063574, -0.045678716, -0.08135633, -0.237678, -0.120017506, -0.004637493, 0.03780666) * inp_0_2_1; + result7 += M4(0.0053655184, 0.03947017, 0.004053104, 0.026973478, -0.031819936, -0.016819421, 0.005387842, -0.08829515, 0.0029808953, 0.027840378, 0.023485424, 0.044031564, -0.07333639, 0.09652965, -0.013914355, -0.090418026) * inp_0_0_2; + result7 += M4(0.06385392, 0.009916479, -0.08409666, 0.112487316, 0.04142103, 0.079895616, -0.02648896, 0.029271455, 0.025245845, -0.027537873, -0.02559596, -0.081948824, 0.032952424, 0.011141617, -0.040146247, 0.16555989) * inp_0_1_2; + result7 += M4(-0.16198727, -0.00200076, 0.03478265, -0.33718365, -0.050040636, 0.05894917, -0.024834994, -0.037066117, -0.0025089541, 0.06517862, -0.018256193, 0.024934977, -0.17511852, 0.06193969, -0.0036468478, 0.11832064) * inp_0_2_2; + const V4 inp_1_0_0 = inp[1][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_1_1_0 = inp[1][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_1_2_0 = inp[1][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_1_0_1 = inp[1][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_1_1_1 = inp[1][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_1_2_1 = inp[1][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_1_0_2 = inp[1][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_1_1_2 = inp[1][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_1_2_2 = inp[1][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.29945213, 0.016721457, 0.048380826, 0.02149246, 0.13466847, 0.013641529, -0.0075471, 0.1042203, -0.3653232, -0.024867428, 0.0037190018, 0.13844965, -0.61486983, -0.051240027, -0.09842485, -0.10714061) * inp_1_0_0; + result0 += M4(0.1665372, 0.0148761235, -0.01913559, 0.012282361, -0.08114622, -0.03789542, 0.0632905, 0.028663334, -0.9658338, 0.06732174, 0.19561319, -0.07710947, -0.7717144, -0.0038836475, 0.021466006, -0.122817025) * inp_1_1_0; + result0 += M4(0.14383608, 0.0023646746, 0.017918272, 0.03816761, 0.031457536, 0.02798194, -0.0265644, 0.043086562, -0.09529929, -0.019191682, -0.012992834, 0.05075372, 0.05088513, -0.00039902542, 0.0346397, 0.027265193) * inp_1_2_0; + result0 += M4(0.39417768, 0.02633473, 0.016401395, -0.041539043, 0.13625173, 0.03452745, -0.016785765, -0.095587894, 0.8140294, 0.053697005, -0.20848198, 0.0395206, 0.6275076, 0.06446659, -0.025690867, 0.11574705) * inp_1_0_1; + result0 += M4(0.403987, 0.10098557, 0.061772607, -0.18275356, 0.033559337, -0.023966024, -0.14448816, -0.17164525, 0.21394442, 0.057296596, 0.05428198, 0.084945254, 0.06384696, -0.032312732, 0.16179374, 0.0224598) * inp_1_1_1; + result0 += M4(-0.25245595, -0.031222574, -0.0022200628, -0.13336521, -0.007412842, 0.04381615, -0.14868532, -1.6534548, -0.19863164, 0.12517558, 0.02143218, 0.047109023, 0.07274739, -0.0136314435, -0.02888984, 0.0015517307) * inp_1_2_1; + result0 += M4(-0.42997503, -0.011384249, 0.16267832, 0.12015541, -0.010111496, -0.046051968, 0.093796305, 0.117525846, -0.16782556, 0.041103307, -0.006354386, -0.052063625, 0.020018809, 0.008212924, -0.08868746, 0.06842726) * inp_1_0_2; + result0 += M4(0.41867986, 0.026575852, 0.10381858, 0.11688954, -0.6587167, 0.026782667, 0.1097803, 0.033665046, -0.43879756, -0.061018366, 0.12439944, 0.13458548, -0.11284604, 0.008429647, 0.05628657, 0.24833219) * inp_1_1_2; + result0 += M4(-0.046481904, -0.055302296, 0.105544165, 0.021198822, -0.43852645, 0.33756477, -0.84516466, 0.3629823, 0.10299879, 0.011544101, 0.06257324, -0.28255737, -0.45528555, 0.006239042, -0.10928085, -0.25132382) * inp_1_2_2; + result1 += M4(0.057675593, -0.015146038, -0.007213109, 0.012353585, 0.055279203, -0.018905785, -0.045741476, 0.008737857, 0.027884744, -0.02233891, 0.06110649, 0.016423585, -0.034457855, -0.03777866, -0.049188863, -0.17308913) * inp_1_0_0; + result1 += M4(0.069404066, -0.056120053, 0.09850305, -0.00943585, 0.0064680465, 0.0028800338, -0.078768484, 0.05271763, -0.09586996, -0.0075987503, -0.10340642, 0.16298983, 0.046404433, 0.10041992, 0.060416322, 0.0023985119) * inp_1_1_0; + result1 += M4(-0.04856173, -0.12177881, 0.17412265, 0.06683115, -0.051207133, -0.009387477, 0.12181054, -0.00940436, 0.13312823, 0.07901591, -0.115354575, -0.034700036, -0.006616614, -0.1152893, 0.05397204, 0.04023869) * inp_1_2_0; + result1 += M4(-0.025502976, -0.018278498, 0.052354597, -0.012438072, 0.0037707768, 0.030605925, -0.10885654, 0.042710572, -0.07369495, 0.19976208, 0.20197527, 0.3883703, -0.0032500594, -0.02494325, 0.15168598, 0.1586852) * inp_1_0_1; + result1 += M4(-0.07551285, 0.052692134, 0.039637066, 0.09869077, -0.04104066, -0.07655418, -0.0045615197, -0.12513362, 0.33518228, -0.03858765, -0.6237292, -0.10213754, -0.08375396, -0.29445434, 0.015222994, 0.042950116) * inp_1_1_1; + result1 += M4(0.026945928, 0.19924618, -0.14285344, -0.18592703, 0.10724696, 0.11941025, 0.022904154, 0.012397857, -0.009136163, 0.18373927, 0.23905881, -0.13942502, -0.051415104, 0.040343765, 0.13453314, 0.12480987) * inp_1_2_1; + result1 += M4(0.10424573, -0.029728519, 0.0069570867, 0.02559925, -0.020999443, -0.11709428, 0.07528185, -0.19178224, -0.08337042, 0.001193543, 0.0036009278, 0.10377675, -0.08897174, 0.09809715, 0.05875595, 0.1469213) * inp_1_0_2; + result1 += M4(-0.1071959, 0.11354488, -0.06559869, 0.024139771, -0.013766009, -0.0100777885, 0.055065345, -0.15646382, 0.06741502, -0.006766261, -0.24235824, -0.2574126, 0.10896339, 0.02206689, 0.04754106, 0.027917856) * inp_1_1_2; + result1 += M4(-0.014752971, 0.08652678, 0.011277, -0.1858792, -0.40696397, -0.036969796, -0.23089798, -0.130917, 0.021905433, 0.06680868, -0.10919735, 0.01985503, -0.030990915, -0.07324196, 0.19783373, 0.26367128) * inp_1_2_2; + result2 += M4(0.021772336, 0.040368866, -0.12300039, 0.0103688445, 0.035343323, -0.015615708, 0.054697927, -0.036688235, -0.03638772, 0.05164579, -0.06503474, 0.048377916, -0.063711636, -0.06981168, -0.0063233525, -0.12457639) * inp_1_0_0; + result2 += M4(0.07904381, 0.01730987, -0.17108203, 0.11613326, -0.07142317, -0.05897214, -0.07220175, -0.05823032, 0.11839536, 0.087790415, -0.22768177, 0.18687655, -0.031924125, -0.099687956, -0.023042388, 0.045040235) * inp_1_1_0; + result2 += M4(0.07011382, 0.22975056, 0.021661185, 0.049485117, 0.1184755, 0.053844348, 0.034051854, 0.08428751, -0.056720093, -0.06287596, 0.058251686, 0.060065906, 0.0011439888, 0.04101938, -0.037737582, -0.062459916) * inp_1_2_0; + result2 += M4(0.10327249, 0.036676005, -0.19475247, 0.02657771, -0.09210735, 0.060093004, -0.16636112, 0.0964283, 0.0465575, -0.25048304, 0.12514487, 0.11295053, 0.023036385, 0.017740287, 0.046335433, -0.024919102) * inp_1_0_1; + result2 += M4(0.13684112, 0.012627749, -0.28056094, 0.1016727, 0.086389996, -0.36327767, 0.41651127, 0.21070965, 0.12006851, 0.40446413, -0.43231305, -0.3090549, 0.08921101, -0.03840332, -0.12285005, -0.049964443) * inp_1_1_1; + result2 += M4(-0.004469333, 0.0475042, -0.0775174, -0.030478634, -0.10106352, 0.15343556, 0.11022484, 0.3709453, -0.020901699, -0.08526317, -0.046527162, 0.1952318, -0.053206895, -0.016022447, 0.045537606, 0.14448267) * inp_1_2_1; + result2 += M4(0.011592143, 0.048516043, -0.08996931, 0.026561074, -0.0011719267, 0.13787702, 0.09530411, -0.09744835, 0.2538067, -0.13850965, -0.0028932085, 0.022593968, 0.024608158, -0.24202175, -0.121290684, 0.055043194) * inp_1_0_2; + result2 += M4(0.15049149, -0.11269259, -0.12315777, 0.031536464, -0.06984441, 0.29977617, 0.38266373, 0.05402268, 0.22705635, -0.1997718, -0.22526349, 0.009477681, -0.00015430161, 0.122711115, 0.01121371, -0.031082079) * inp_1_1_2; + result2 += M4(0.03121442, -0.041045435, -0.061900154, 0.01976692, -0.40483192, 1.2391305, 0.55143064, 0.04795638, -0.014059811, -0.13399431, -0.02627934, -0.01791536, -0.066129215, -0.15398721, 0.12440876, 0.08947219) * inp_1_2_2; + result3 += M4(-0.009626319, -0.0551405, 0.03221505, 0.07711866, -0.023336867, -0.0016413911, -0.03415477, 0.00711131, 0.14876026, 0.007618082, 0.072212785, 0.07758583, 0.11508535, 0.1016195, 0.048850924, -0.11596107) * inp_1_0_0; + result3 += M4(-0.14653677, 0.04707142, -0.029509092, -0.01015551, 0.15772721, -0.012764638, 0.13663512, -0.12360166, 0.244087, -0.21049978, -0.09108822, 0.24251336, 0.099945016, 0.08931552, -0.12533265, -0.0062505677) * inp_1_1_0; + result3 += M4(-0.12650177, 0.032971244, -0.03814634, 0.028977, -0.07538743, -0.079515025, -0.10843104, 0.0834877, 0.23283133, -0.22874326, 0.037438415, -0.2804413, -0.08315658, -0.04622983, 0.022519622, 0.043407325) * inp_1_2_0; + result3 += M4(-0.05845912, 0.0002660409, 0.049717564, 0.020605091, 0.010453843, -0.013639376, -0.015202909, 0.10780482, -0.21377604, -0.13816535, -0.15265189, 0.049563814, 0.008172124, 0.015831912, -0.044115305, 0.0039182077) * inp_1_0_1; + result3 += M4(0.12548186, -0.048332486, 0.03556291, -0.005689275, 0.103753276, 0.11183846, 0.36466736, 0.27486822, 0.063191675, 0.15507351, 0.22527584, -0.3197322, -0.033902, 0.11418072, -0.08239759, 0.08690725) * inp_1_1_1; + result3 += M4(0.08247658, 0.045406997, -0.13789868, -0.18205099, 0.10520754, 0.0040780012, -0.276424, 0.037386514, 0.18607551, 0.028486665, 0.10762507, -0.033038173, 0.11580436, 0.093643844, -0.0064643077, 0.15039575) * inp_1_2_1; + result3 += M4(0.10963751, 0.031230567, 0.07221182, 0.052551374, -0.051079348, 0.105272785, 0.064356536, -0.057561263, -0.02935671, -0.2078225, -0.11156725, -0.06925826, -0.18654573, -0.14226994, -0.18968734, 0.10217522) * inp_1_0_2; + result3 += M4(-0.012380075, 0.010245177, -0.05422265, 0.101584435, -0.1749279, -0.11985797, 0.17320535, 0.13498944, 0.16588779, 0.22753675, -0.12114093, 0.11515684, -0.012427385, 0.3596821, -0.13799436, 0.13354042) * inp_1_1_2; + result3 += M4(0.088605955, 0.09297614, -0.15701206, 0.051795416, -2.1599007, 1.2244301, 0.010659336, -0.070034385, -0.06663495, -0.098032124, -0.03790131, 0.09253141, 0.11475523, -0.37772667, 0.063657895, -0.16097547) * inp_1_2_2; + result4 += M4(-0.03736994, 0.03197101, -0.0004184096, 0.20305833, -0.024550354, 0.007980147, 0.030384988, -0.039885953, -0.10932413, -0.021676375, -0.09282416, 0.15784411, -0.009980141, -0.06451741, 0.0250515, -0.033159256) * inp_1_0_0; + result4 += M4(0.014157977, 0.090478174, -0.0065375073, -0.006339505, 0.024916336, 0.060546793, 0.08067575, 0.014891602, -0.046558153, 0.03328631, 0.1614454, -0.29941663, -0.011160692, -0.011075563, -0.022130635, 0.17977618) * inp_1_1_0; + result4 += M4(-0.12208285, 0.13075349, -0.11888603, 0.09087421, -0.012408191, -0.06289505, -0.14671169, 0.010116023, -0.11812606, 0.053994793, 0.10733559, -0.16196598, 0.021594174, 0.0040206322, -0.01143029, 0.048504356) * inp_1_2_0; + result4 += M4(-0.11503169, -0.037753567, -0.029664291, -0.15031973, -0.08804468, -0.06175422, 0.060519006, 0.11747918, -0.07485173, 0.15629584, -0.18019074, 0.19998714, -0.11055503, 0.0613299, -0.13784845, 0.27663165) * inp_1_0_1; + result4 += M4(-0.19165277, 0.0807505, -0.0736518, -0.20542322, 0.2753762, -0.063263856, 0.28223023, 0.057907507, 0.08453634, 0.1837255, 0.26969516, 0.11365844, 0.14397722, -0.0694139, -0.07483719, -0.20353584) * inp_1_1_1; + result4 += M4(-0.19784899, 0.03216957, 0.0771058, -0.0061432472, 0.05705537, 0.050986845, -0.29367867, 0.023170875, -0.1428042, -0.088592485, 0.09266105, -0.6524579, -0.015443436, -0.016432121, -0.015670927, -0.085760094) * inp_1_2_1; + result4 += M4(-0.039063957, 0.039334722, 0.02537611, -0.051676262, 0.020697976, 0.013576395, 0.002662463, -0.08376288, -0.163694, -0.021780992, -0.15118665, 0.03222709, -0.09106038, 0.023521129, -0.11112659, 0.22245653) * inp_1_0_2; + result4 += M4(-0.28031227, 0.0899303, 0.04282424, -0.047218952, -0.17176887, -0.10757459, 0.0029765507, -0.0722887, -0.11760462, 0.113135114, 0.092811644, 0.17788349, 0.033772424, 0.15351856, -0.1435605, -0.37400013) * inp_1_1_2; + result4 += M4(-0.15849306, 0.09758128, -0.019187005, 0.21072191, -0.09662794, -0.028902918, 0.5203194, 0.19472271, 0.03801836, 0.00414592, -0.022245754, -0.4454378, 0.02026, -0.10480984, 0.113460794, 0.07785382) * inp_1_2_2; + result5 += M4(-0.04329186, 0.008185408, 0.023077082, 0.014508412, -0.014862862, 0.094984636, -0.019098686, -0.10407992, 0.042024452, -0.06954026, 0.0066354526, -0.035478134, 0.024962256, -0.28446433, -0.027512275, -0.057160884) * inp_1_0_0; + result5 += M4(-0.019251322, -0.13335714, -0.033230998, 0.12060514, 0.049762625, -0.09016785, 0.0144119, 0.079574995, -0.15645365, 0.005589797, -0.040307697, 0.3044709, 0.053198945, -0.073588185, -0.056751125, -0.100542314) * inp_1_1_0; + result5 += M4(-0.11146731, -0.09452626, 0.016980225, 0.08310408, -0.021957893, 0.12633969, 0.03935766, 0.050185643, 0.058814473, -0.09098875, -0.0035554187, 0.0684569, -0.0033600763, -0.20010762, 0.014653277, -0.002991813) * inp_1_2_0; + result5 += M4(0.07922655, -0.13634196, 0.026740732, -0.0269298, 0.02031409, -0.12562339, -0.0860067, -0.015830902, 0.028158845, -0.0644371, 0.033969235, -0.033476036, 0.029153958, -0.22307615, -0.0030642175, -0.19351758) * inp_1_0_1; + result5 += M4(0.03459402, -0.07257304, 0.06408246, 0.12644887, -0.0014541325, 0.19188766, 0.3634093, 0.115800895, 0.07072446, -0.46600592, -0.12934318, 0.029570572, -0.07551728, -0.19339687, 0.048577994, -0.24608654) * inp_1_1_1; + result5 += M4(0.035361987, -0.17032887, -0.036659177, 0.057550527, -0.3719398, 0.07861372, -0.044407833, -0.15130177, 0.15279724, -0.34324786, -0.09076453, 0.10628037, -0.022010215, -0.14588277, -0.0023943791, -0.08138484) * inp_1_2_1; + result5 += M4(0.014153091, 0.086090155, 0.048706718, -0.05246161, -0.065041065, -0.0888055, -0.046567403, 0.019163795, -0.021660069, 0.14263971, 0.06653771, -0.07382126, 0.01995223, -0.5645876, 0.042371456, -0.08979543) * inp_1_0_2; + result5 += M4(-0.00087396294, 0.09846889, 0.041853607, 0.042069692, -0.16321093, -0.17013538, 0.21793899, -0.0009091099, 0.15162817, -0.026125196, -0.009595639, 0.11588049, -0.031408828, -0.30944917, -0.03541099, -0.28140694) * inp_1_1_2; + result5 += M4(0.008553095, -0.06278825, 0.027959753, 0.07393249, 0.058657847, 0.009081485, -0.094143376, -0.50956744, -0.015151675, -0.119007744, 0.028325886, -0.06399483, -0.079260886, -0.4418238, -0.028575178, -0.0929734) * inp_1_2_2; + result6 += M4(0.012680725, -0.118958764, 0.06672893, 0.0074785356, -0.0600971, 0.025794875, -0.11552053, 0.03734676, 0.05460449, -0.043873575, 0.22294249, 0.010981987, 0.20218416, 0.122793026, 0.115615964, -0.05558718) * inp_1_0_0; + result6 += M4(-0.075590044, 0.090758935, 0.021487653, -0.00059216766, 0.10510723, -0.006818901, 0.15701161, -0.048993073, 0.028932286, -0.1142076, 0.082012504, -0.083441146, 0.16091147, -0.2013937, 0.17217074, 0.0024506429) * inp_1_1_0; + result6 += M4(-0.0782256, -0.03148623, -0.0031762072, 0.024856444, -0.105171256, 0.029545799, -0.06049447, -0.01320072, -0.083958276, -0.07758716, 0.047985934, -0.029821442, -0.016782587, -0.009976622, -0.11270917, 0.021811688) * inp_1_2_0; + result6 += M4(0.03126496, -0.008367265, 0.020458642, 0.016902847, 0.036372382, 0.08771398, 0.14899325, -0.018847425, -0.285501, 0.42036724, -0.44994977, 0.0663033, 0.0337691, 0.09749637, -0.10518828, 0.06170586) * inp_1_0_1; + result6 += M4(-0.13910379, -0.06503652, 0.102880135, 0.03240468, -0.08692447, -0.1997912, -0.29984683, -0.0072464035, 0.2748857, -0.46823657, 0.15197368, -0.059390686, 0.042282682, 0.19011615, -0.332185, -0.019373074) * inp_1_1_1; + result6 += M4(0.016651737, -0.072198264, 0.18244925, 0.13340965, 0.031906523, 0.19430593, 0.2688146, 0.037982035, -0.24204488, -0.26042837, -0.06386836, 0.23792033, -0.049643487, 0.045090616, 0.14478186, -0.055082858) * inp_1_2_1; + result6 += M4(0.1219705, -0.13019203, -0.029079106, 0.047277108, 0.028691756, -0.045255248, 0.04301401, 0.04593375, -0.034801085, 0.1594776, 0.04218759, -0.061767217, 0.0968384, 0.23006253, -0.25599393, -0.016353635) * inp_1_0_2; + result6 += M4(0.10607581, 0.1906179, -0.115331165, 0.022214688, -0.1107706, 0.057922363, -0.055891514, -0.07315471, 0.1588709, 0.2317164, -0.11248607, 0.085667044, 0.1532306, -0.12161446, -0.0007436759, 0.014549785) * inp_1_1_2; + result6 += M4(0.22183895, -0.01839877, -0.16258262, 0.124157384, 1.0527457, 0.9587401, 0.14928916, -0.26464245, 0.046527423, 0.014252055, 0.22166795, 0.036501545, -0.2029026, 0.19722955, 0.10715302, -0.059861705) * inp_1_2_2; + result7 += M4(-0.017387146, -0.0155684035, -0.003951331, 0.013595356, -0.020834034, -0.00530197, 0.011869396, 0.03420128, -0.074755974, 0.13225217, 0.002793446, -0.054696914, 0.008249571, 0.12148515, 0.009979251, -0.08482544) * inp_1_0_0; + result7 += M4(-0.047355216, 0.004398275, 0.021171153, 0.022762252, 0.048599605, 0.030361209, 0.0322976, 0.006406646, -0.108591825, -0.0019540733, 0.022625597, -0.10000099, 0.05991208, 0.051493276, -0.012336981, 0.031335704) * inp_1_1_0; + result7 += M4(-0.095816284, -0.040698104, 0.011335123, -0.075978145, -0.025670288, -0.11825628, -0.030994296, -0.07457384, -0.033532184, 0.3155446, -0.061073363, -0.11183585, 0.017372757, -0.025754724, -0.010328536, 0.043181725) * inp_1_2_0; + result7 += M4(-0.026613913, 0.02026543, -0.007153882, 0.0014129839, -0.10304375, -0.10158311, -0.0016105281, -0.030597018, 0.0050067226, 0.109709665, -0.026636677, 0.09369355, 0.08607958, -0.094513975, -0.0045302496, 0.26016152) * inp_1_0_1; + result7 += M4(-0.1622681, -0.021971542, 0.008400784, -0.033548098, 0.16472529, 0.16283438, 0.20375639, 0.09640367, -0.1463608, -0.3092307, 0.2015238, -0.042423505, -0.19919412, -0.17585324, 0.04425746, 0.11034954) * inp_1_1_1; + result7 += M4(-0.07156354, 0.14873216, 0.08618944, -0.5076667, -0.037807055, -0.07386765, -0.1335739, 0.036284145, 0.21428691, 0.2131247, 0.14821468, -0.2230208, 0.042139538, 0.013517645, -0.047247477, -0.11921939) * inp_1_2_1; + result7 += M4(-0.07096361, 0.018662479, 0.020255823, -0.013958803, -0.049852423, -0.0075443797, -0.02172565, -0.066350676, 0.041961215, 0.021488683, -0.01981748, 0.07255761, -0.079238385, 0.054014403, -0.012145, -0.036540557) * inp_1_0_2; + result7 += M4(-0.12478183, 0.0459179, -0.02452466, -0.09582406, 0.18695612, -0.0506861, -0.117540546, -0.20269619, -0.19232322, -0.058260836, 0.056569863, -0.1826638, -0.021716472, -0.010623203, 0.038557068, 0.18886337) * inp_1_1_2; + result7 += M4(-0.10108885, 0.006800131, 0.042952493, -0.39603856, 0.57345694, -1.3992302, 0.24546719, 0.24379577, 0.057103958, 0.083559595, 0.069694534, -0.2164633, -0.015703592, -0.002764098, -0.04311413, -0.07887502) * inp_1_2_2; + const V4 inp_2_0_0 = inp[2][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_2_1_0 = inp[2][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_2_2_0 = inp[2][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_2_0_1 = inp[2][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_2_1_1 = inp[2][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_2_2_1 = inp[2][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_2_0_2 = inp[2][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_2_1_2 = inp[2][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_2_2_2 = inp[2][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.07255866, 0.027636811, -0.046761736, 0.47680825, -0.22399765, -0.017568553, -0.1214919, -0.010681118, -0.50622594, -0.09028839, 0.13946822, -0.114642195, 0.04964725, 0.01955893, -0.023359345, 0.10024302) * inp_2_0_0; + result0 += M4(-0.20098615, 0.12889655, 0.03979543, 0.07899488, -0.042161025, -0.024931366, -0.05612709, -0.2940474, -0.28785238, -0.050786372, 0.048440173, -0.027139103, 0.14735654, 0.044429265, -0.034542836, 0.0138086965) * inp_2_1_0; + result0 += M4(0.012080047, 0.039615486, -0.017609548, -0.058628913, -0.16258635, -0.022245938, -0.0037716497, -0.006730193, -0.33381608, -0.013005564, -0.0041140355, -0.05940271, -0.303525, 0.0058252765, -0.020851789, -0.02909136) * inp_2_2_0; + result0 += M4(-0.051408697, 0.04617191, 0.08154607, 0.03677489, -0.35826585, -0.0052431854, 0.06602581, 0.0548141, -0.29884845, -0.029323135, -0.030204412, -0.11240572, 0.21086782, 0.11379197, -0.028972168, -0.039030254) * inp_2_0_1; + result0 += M4(-0.14941402, 0.0059223273, 0.11979144, -0.04334342, -0.022641683, 0.121776424, 0.051716685, 0.19363245, 0.046414346, 0.019678261, 0.72807854, 0.17533883, -0.1970947, 0.009386085, -0.07514564, -0.0931021) * inp_2_1_1; + result0 += M4(0.4621458, 0.04806301, -0.048683133, -0.17909142, 0.023783972, -0.0013496726, -0.06636529, -0.018848054, -0.38507864, 0.01480445, 0.038949978, -0.22422375, -0.1760356, -0.016678661, 0.026564017, 0.08292462) * inp_2_2_1; + result0 += M4(0.1856655, -0.02839978, 0.03053616, 0.06733412, 0.029904235, 0.0139276255, 0.0027705196, -0.07948717, 0.06984059, -0.049558386, 0.043306842, -0.15703954, -0.18411908, 0.013863372, -0.019709434, 0.118507504) * inp_2_0_2; + result0 += M4(-0.15251172, -0.004767459, 0.04326498, -0.020222634, 0.43283013, 0.06579044, 0.0360114, -0.068890326, 0.12700899, 0.05497172, -0.10460676, -0.5743591, 0.11840511, 0.05176694, -0.033370752, -0.015665852) * inp_2_1_2; + result0 += M4(0.010338227, 0.012263434, 0.016463019, 0.11037372, -0.093330525, -0.012644149, -0.077358164, 0.020244265, 0.25109407, -0.0097975675, -0.023061361, -0.26241818, 0.21612927, 0.00010185677, 0.027700162, -0.075181715) * inp_2_2_2; + result1 += M4(-0.036600526, 0.059534237, -0.06317499, 0.14578621, 0.022945615, 0.13337675, 0.034617502, -0.05419159, -0.113329366, 0.13701612, -0.3735766, -0.024992151, -0.01974378, 0.008024999, 0.056544032, 0.08785628) * inp_2_0_0; + result1 += M4(0.0323845, 0.0031875088, -0.14961207, -0.16295406, -0.12152492, -0.07522887, 0.0015737817, -0.19637217, -0.15620111, 0.20419684, -0.33174893, -0.28372929, 0.022790276, 0.14304712, 0.006593274, 0.091926) * inp_2_1_0; + result1 += M4(-0.060765114, -0.058558356, -0.010593718, 0.0010367028, -0.03539254, -0.11761206, -0.09444016, 0.14473654, -0.056432754, 0.141181, -0.053832762, 0.06954362, -0.038312137, 0.06102711, -0.043951664, -0.06204983) * inp_2_2_0; + result1 += M4(0.18374784, -0.24810776, -0.12068125, -0.17549889, 0.03327401, -0.03318353, -0.16327451, -0.032973133, -0.084294766, -0.12208149, -0.35748312, -0.31832632, 0.037553087, 0.18509562, -0.00960484, 0.1956997) * inp_2_0_1; + result1 += M4(0.17593849, -0.10449135, -0.06542807, -0.15936826, -0.13754413, 0.32283458, 0.13084689, 0.059561055, 0.45643798, -0.9403824, 0.24488518, -0.43327355, 0.1111264, 0.020652674, 0.18692383, 0.37186956) * inp_2_1_1; + result1 += M4(0.12481221, -0.1082678, 0.19086604, -0.12402074, 0.0838509, 0.045253932, -0.03558106, 0.02983791, 0.113458574, 0.22412503, -0.13291945, 0.23047383, 0.08179752, -0.16305946, -0.16496693, -0.16550216) * inp_2_2_1; + result1 += M4(0.07664971, 0.115703635, -0.08709182, 0.038478784, -0.02192782, -0.07623023, 0.023606094, 0.13822335, -0.016284341, 0.09583049, -0.07397234, 0.11248981, -0.08439449, 0.054038845, -0.03189413, -0.030197088) * inp_2_0_2; + result1 += M4(-0.033466425, 0.10196759, -0.095626526, 0.07750672, 0.00022055738, -0.09325691, -0.050707996, 0.056586623, -0.08612811, -0.11590215, -0.22665447, 0.33399478, -0.06329307, 0.045930825, -0.068951525, 0.06835973) * inp_2_1_2; + result1 += M4(0.024776116, 0.021026127, -0.028105164, 0.0050916364, -0.09857842, 0.028805552, -0.06412849, -0.04772835, -0.14270502, 0.15966728, -0.09957512, 0.18437898, 0.037753623, 0.0022287895, -0.06817548, 0.08576013) * inp_2_2_2; + result2 += M4(-0.09773101, -0.083638124, 0.015915675, 0.037321407, -0.025824798, -0.062344868, 0.04337082, 0.04353346, 0.11295499, 0.092779875, -0.03075963, -0.036546916, 0.03443457, -0.061659545, -0.025907286, 0.03063377) * inp_2_0_0; + result2 += M4(-0.003463296, -0.32710874, 0.059290912, -0.057675514, 0.07090947, -0.10469869, -0.008309559, -0.0140511505, 0.004234991, 0.0017305161, -0.08135361, -0.06811586, -0.02140393, -0.030262731, -0.003516095, -0.0058638826) * inp_2_1_0; + result2 += M4(-0.11429119, 0.030410007, 0.017309494, 0.020605864, -0.01690576, 0.02659472, -0.06980946, 0.1454113, -0.0746741, 0.14316331, -0.012830162, 0.0077552055, -0.032482646, 0.060703468, 0.012399931, -0.09102016) * inp_2_2_0; + result2 += M4(0.0373353, -0.04504154, 0.044082165, 0.04151822, 0.030439548, -0.021928376, 0.005703141, -0.0010203222, 0.23652598, 0.09467317, -0.09864125, 0.00016251435, 0.1479279, -0.2887944, -0.08453125, 0.05975312) * inp_2_0_1; + result2 += M4(-0.1600411, 0.01657166, -0.2625368, 0.024778998, -0.0024348153, 0.005550433, 0.023979673, 0.00028946716, 0.53089017, -0.5470358, 1.151881, 0.21618739, -0.10752466, -0.39587653, -0.06777163, -0.033691633) * inp_2_1_1; + result2 += M4(0.08088914, -0.1015657, -0.07861675, -0.05880834, 0.021207225, -0.08262008, 0.0016017101, 0.046255153, 0.04791101, -0.12029088, -0.033445388, 0.30895248, 0.1299536, 0.25706992, 0.020019807, -0.0028533922) * inp_2_2_1; + result2 += M4(0.012932398, -0.10085128, -0.058599696, -0.09168301, -0.0028670297, -0.15669617, 0.010602596, -0.024330465, 0.17120703, -0.027064787, -0.09168789, 0.0879708, -0.0369054, 0.023046482, -0.009917868, -0.012643957) * inp_2_0_2; + result2 += M4(0.032340806, -0.084275655, -0.11615984, 0.11185606, -0.18617584, 0.28060004, 0.26129773, -0.1733933, 0.23427643, 0.16177359, -0.06751977, -0.02436332, 0.0075132665, -0.05983134, 0.1085131, -0.03758189) * inp_2_1_2; + result2 += M4(-0.027732622, 0.057445332, -0.01888987, 0.048629854, 0.033736423, 0.020454168, 0.09024707, -0.10555541, 0.12919784, 0.19095561, -0.1169137, 0.099770315, 0.038938463, -0.022904132, -0.014569137, -0.040582947) * inp_2_2_2; + result3 += M4(-0.054706883, -0.039922073, -0.06596157, -0.17964248, -0.003424249, -0.005748681, 0.027610213, 0.12186429, 0.2822312, -0.066086546, -0.027956666, -0.09030067, 0.010700493, -0.006640334, -0.11485704, 0.063957594) * inp_2_0_0; + result3 += M4(-0.11394313, 0.08101133, 0.12564914, 0.002016189, -0.10683496, -0.06654697, -0.035573985, 0.09629592, 0.3774554, -0.0019534759, -0.08180878, -0.3297173, 0.18644527, 0.053783037, -0.010857387, -0.11200599) * inp_2_1_0; + result3 += M4(0.10685848, 0.13477919, 0.18000513, -0.13710892, 0.06397919, -0.03239808, 0.01904964, 0.07621383, -0.046431255, -0.063082166, -0.020249924, -0.031670824, 0.02878589, -0.0044232723, -0.03727988, -0.10065457) * inp_2_2_0; + result3 += M4(-0.107165694, 0.1112367, 0.01763373, -0.048964076, -0.20122465, -0.12261485, 0.11923064, 0.053708866, 0.08711855, 0.19448903, 0.18533143, -0.029868817, -0.11134685, -0.1896059, -0.006019193, 0.067785464) * inp_2_0_1; + result3 += M4(0.11420426, 0.034489788, 0.06976004, -0.00299815, -0.20067169, 0.16171898, -0.07167053, 0.48570108, -1.9286486, -0.5352155, -0.4550688, 0.33592495, 0.1421891, -0.31549984, 0.09939891, 0.017884107) * inp_2_1_1; + result3 += M4(0.02108471, 0.0722885, 0.10649415, -0.18366323, 0.14612745, -0.30531192, -0.07387951, 0.041490752, 0.26276252, -0.31754315, 0.22429828, 0.119029626, -0.13673559, 0.15490209, -0.10601153, 0.026194155) * inp_2_2_1; + result3 += M4(-0.10792611, -0.046302047, -0.07095287, 0.047879726, 0.029692257, 0.017284837, -0.007104502, -0.07225824, 0.008625063, 0.0573633, 0.018300707, 0.018189231, 0.108522005, -0.051468108, -0.00902461, -0.06501808) * inp_2_0_2; + result3 += M4(0.01175802, -0.16455695, 0.12516446, 0.035672557, 0.048895445, 0.111242615, 0.15600327, -0.14124428, -0.31171796, -0.10556961, -0.015908908, -0.096707, 0.05194631, -0.06584658, -0.033017363, -0.05928609) * inp_2_1_2; + result3 += M4(0.015096075, 0.12318488, -0.015330905, 0.083627045, 0.06879195, -0.062324554, -0.055387557, -0.04764459, 0.23428716, -0.11167302, 0.040662803, -0.07499284, 0.03428485, 0.07397758, -0.037897594, -0.01145231) * inp_2_2_2; + result4 += M4(0.017510364, 0.028500965, -0.0023482644, -0.025049662, -0.0051418897, 0.022152474, -0.006707218, 0.2005878, 0.09288361, 0.128834, 0.14137587, -0.6961991, -0.04131932, -0.029152503, -0.015301368, 0.09363768) * inp_2_0_0; + result4 += M4(-0.0058787656, 0.09416838, 0.11831742, -0.09254763, 0.11999516, 0.043331176, 0.030820616, -0.1625156, -0.20906718, 0.14413247, 0.24360566, 0.065527715, 0.1294064, 0.031146964, 0.09862755, 0.13562186) * inp_2_1_0; + result4 += M4(0.011601056, -0.08326356, -0.056967385, -0.094957046, -0.137989, 0.060098086, 0.05749218, 0.21745484, -0.16028999, 0.06265861, -0.031150289, 0.08664301, 0.055511508, 0.046081506, 0.0013723826, -0.039613716) * inp_2_2_0; + result4 += M4(0.040511325, -0.13295525, 0.17539033, -0.19684654, 0.067266785, 0.029737206, -0.021268636, 0.026693642, 0.09419293, 0.15612882, 0.23674965, 0.24895388, 0.12412438, -0.07473791, -0.20730048, -0.28912902) * inp_2_0_1; + result4 += M4(0.04855611, -0.11123489, 0.04191993, 0.29188502, -0.045989383, 0.024288593, -0.11705919, 0.062766425, -0.90156543, -0.16903566, -0.681379, -0.5961127, 0.23006761, -0.1957105, 0.196001, -0.33113804) * inp_2_1_1; + result4 += M4(0.10879482, -0.027438117, -0.0225213, 0.20010808, 0.015111748, 0.016969372, 0.18343872, 0.09160998, -0.37221363, 0.2057637, 0.12094917, -0.09230285, 0.083493456, 0.09629218, -0.10433298, -0.14295563) * inp_2_2_1; + result4 += M4(0.03750039, -0.033979055, 0.015348698, 0.028894622, -0.016372511, 0.04473799, -0.03333806, -0.13706154, -0.115692444, 0.114027, 0.025462236, -0.0016039468, -0.00060612865, 0.08134272, 0.054713767, 0.07733363) * inp_2_0_2; + result4 += M4(-0.07395442, -0.016613448, 0.01165356, 0.15730211, 0.061586965, -0.027941493, -0.014380737, -0.011010513, -0.06371909, 0.27379245, 0.03297611, -0.27423933, 0.032371026, 0.041752025, 0.09840379, -0.10064879) * inp_2_1_2; + result4 += M4(0.0162661, 0.05498028, -0.05886905, -0.26279074, -0.04331835, 0.07656946, 0.07854849, 0.36684152, 0.033693094, 0.09817469, 0.07155679, 0.36918533, 0.03279268, 0.018975604, 0.009984096, 0.079820424) * inp_2_2_2; + result5 += M4(0.12182077, 0.21847728, -0.0046413466, -0.06407343, 0.01450723, -0.13667277, 0.013250529, 0.04613264, -0.12967779, -0.02929753, -0.07736457, 0.072692886, -0.024917575, 0.03959165, 0.03534997, 0.087459736) * inp_2_0_0; + result5 += M4(0.279293, 0.037380226, -0.035911225, 0.18723704, 0.012157589, -0.14615256, -0.028158797, 0.10301396, 0.07882135, -0.08032393, -0.025705716, 0.037748683, 0.12421552, -0.0037972513, 0.03782937, 0.0931365) * inp_2_1_0; + result5 += M4(0.0073576444, -0.09368545, 0.026208209, -0.10542258, -0.050089777, 0.35239083, 0.0177101, 0.1321118, -0.09805767, 0.18451037, 0.023089848, -0.0150152845, -0.01388662, 0.12639794, -0.00983304, 0.02861114) * inp_2_2_0; + result5 += M4(0.09099993, -0.21540983, -0.025790522, 0.15847717, 0.03671181, 0.046661295, -0.018635347, -0.031488825, -0.019378329, 0.08968567, -0.01881884, 0.037910257, 0.044297468, -0.17373247, 0.11634929, -0.07599064) * inp_2_0_1; + result5 += M4(0.047580663, 0.062170632, 0.04983323, 0.1228457, -0.01474219, 0.04619151, 0.043591842, 0.048656996, -0.15116474, -0.34827608, 0.02038593, 0.038966157, 0.104122296, -0.1435356, 0.014768422, -0.014157364) * inp_2_1_1; + result5 += M4(0.06705305, 0.15722299, 0.024601525, 0.01615135, -0.06825991, -0.104783334, -0.041114714, -0.024452856, 0.11263068, -0.08564051, -0.01515697, -0.055098414, 0.024386097, -0.102736995, -0.0046367906, 0.05111853) * inp_2_2_1; + result5 += M4(-0.031967208, 0.03902238, -0.025391392, 0.05729851, -0.015589698, -0.04266715, 0.031329583, 0.12622948, 0.07298851, -0.37589043, -0.018888507, 0.09330013, 0.031107977, -0.027084034, 0.00042369805, -0.064627595) * inp_2_0_2; + result5 += M4(-0.012034988, 0.011306079, 0.0049288347, 0.18578719, 0.005527104, 0.2150625, 0.01955951, -0.0628881, -0.1636461, -0.043725044, -0.09261976, -0.07580746, 0.0042948625, -0.03207006, -0.008438101, -0.14138381) * inp_2_1_2; + result5 += M4(0.033120684, 0.036172107, 0.010499045, -0.079093084, 0.041096162, -0.048395768, 0.0050038584, 0.06568077, -0.002736496, 0.043840215, 1.6144777e-06, 0.109478846, 0.0038663126, 0.049076404, 0.0040984913, 0.004341915) * inp_2_2_2; + result6 += M4(-0.22376348, -0.02768542, -0.11227873, -0.016086327, -0.18898706, 0.15770875, -0.08290881, 0.053308785, 0.11959033, -0.3049852, 0.086789556, 0.0017167843, -0.15886979, 0.0262633, -0.1742211, 0.035142913) * inp_2_0_0; + result6 += M4(-0.0706679, -0.2500453, -0.076466784, -0.0029213992, -0.018896414, -0.11117806, 0.036507837, 0.006360434, 0.20155823, -0.177743, 0.2595663, 0.07736962, -0.051785607, 0.07014342, 0.004848042, 0.01758356) * inp_2_1_0; + result6 += M4(-0.01019695, 0.0921598, 0.015248275, -0.026151491, -0.02991921, -0.1514014, 0.1044475, 0.004982221, 0.09284082, -0.029922746, -0.05744574, 0.032918073, -0.011820695, -0.11421826, -0.023201661, 0.007900686) * inp_2_2_0; + result6 += M4(-0.15747052, -0.34241894, 0.08854093, 0.030884001, 0.08600946, -0.06054828, -0.007947212, -0.012339912, 0.14584821, -0.31765333, 0.34378016, 0.06681371, -0.22656837, 0.2305026, -0.10442033, -0.015533014) * inp_2_0_1; + result6 += M4(0.027214745, 0.0073768916, -0.27759916, -0.019973136, 0.18093777, 0.22183922, -0.3831195, -0.07913905, -0.6288382, -0.37669957, -1.1155688, 0.19399078, -0.35160574, 0.19515921, 0.46402898, -0.03014137) * inp_2_1_1; + result6 += M4(-0.09457541, 0.15793023, 0.22239889, -0.01863776, -0.20700763, 0.19668768, 0.10883348, -0.029164834, -0.2000494, -0.26687106, 0.25382882, 0.07287457, 0.1766413, -0.1504858, -0.06689694, -0.021177812) * inp_2_2_1; + result6 += M4(0.015299714, 0.088797, -0.008674544, 0.012428228, -0.09739925, -0.058856145, 0.09769565, 0.011597858, 0.10715798, 0.44013822, 0.005155119, 0.012026117, -0.011485617, 0.12339326, -0.026053008, 0.03302057) * inp_2_0_2; + result6 += M4(-0.07591144, -0.04138923, 0.0106659895, -0.053888846, -0.14146912, -0.086533636, 0.05129156, -0.0447509, -0.19063485, -0.4625407, 0.4010934, 0.14816421, -0.0307237, -0.052070756, -0.06732633, -0.019021453) * inp_2_1_2; + result6 += M4(0.12118231, -0.02447594, 0.0820717, 0.041873597, 0.03308087, 0.07207628, 0.050883543, -0.033140488, -0.15220298, 0.04388399, 0.15600014, 0.07456707, 0.0051656174, -0.11022899, 0.040933605, -0.004000539) * inp_2_2_2; + result7 += M4(0.018768936, -0.113984674, 0.008275246, 0.057292845, -0.087682165, 0.0018008465, -0.04231299, 0.024330761, -0.14654662, 0.08010914, 0.042141788, -0.14125036, 0.06806786, 0.028478326, -0.042382415, 0.072584756) * inp_2_0_0; + result7 += M4(0.29011762, 0.013961814, 0.031506743, 0.097222835, 0.13842899, 0.15297845, -0.006701976, 0.10237332, -0.014647567, 0.3619296, -0.057949867, -0.1212509, 0.013734455, -0.109178305, -0.023005519, 0.0006487688) * inp_2_1_0; + result7 += M4(-0.028938388, -0.040957943, 0.10092821, 0.1099564, -0.06883245, 0.05764322, -0.028914802, -0.045262545, -0.019564278, 0.21183391, -0.017430946, 0.113164954, -0.00028796677, 0.0884188, 0.011756936, 0.21798038) * inp_2_2_0; + result7 += M4(-0.030154236, 0.05226364, 0.008076227, 0.16013205, 0.13170913, -0.08119821, 0.004319583, 0.090488866, -0.035928346, -0.09288197, 0.015434756, -0.11354735, -0.1696286, 0.01571878, -0.005693015, -0.15371746) * inp_2_0_1; + result7 += M4(0.17633416, 0.0054831677, 0.13634282, 0.14854763, -0.0077004177, -0.027689138, 0.020961076, 0.015639687, 0.14949691, 0.5028173, -0.06888588, -0.17025658, 0.32457247, -0.01635595, -0.060790148, -0.34337762) * inp_2_1_1; + result7 += M4(-0.013690433, -0.070494615, 0.0632224, -0.042412903, 0.13076162, 0.06137961, 0.02019613, 0.19343561, -0.0065101776, 0.2205092, 0.008010204, -0.010256255, -0.013448987, 0.02424425, 0.019317945, 0.07480907) * inp_2_2_1; + result7 += M4(0.086449124, -0.10121849, 0.021988563, -0.0624533, 0.012140994, -0.022680577, -0.009042749, 0.16501774, -0.14845088, -0.025051992, -0.021094993, 0.04360526, 0.050099142, 0.070509054, -0.0053552357, -0.002835855) * inp_2_0_2; + result7 += M4(0.031469345, 0.060057763, -0.012578705, -0.051634308, 0.01626706, 0.036881324, 0.057347648, 0.14244531, -0.012803257, -0.12273447, -0.057380863, 0.07814734, 0.029005693, 0.05448206, -0.068080224, -0.034358907) * inp_2_1_2; + result7 += M4(-0.008003069, -0.083773986, -0.022300035, 0.38180095, -0.09274691, 0.009845493, 0.0321078, -0.13499229, -0.15276256, 0.046221983, -0.0038693594, -0.06621787, -0.020621838, 0.033226363, -0.002964519, 0.023044186) * inp_2_2_2; + const V4 inp_3_0_0 = inp[3][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_3_1_0 = inp[3][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_3_2_0 = inp[3][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_3_0_1 = inp[3][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_3_1_1 = inp[3][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_3_2_1 = inp[3][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_3_0_2 = inp[3][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_3_1_2 = inp[3][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_3_2_2 = inp[3][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.15760924, 0.047960464, 0.02090079, 0.06760643, 0.07582872, -0.0488979, -0.06257411, -0.12787932, 0.30660525, -0.004260419, 0.019929718, -0.1875874, -0.18303588, 0.012112686, -0.22047131, 0.29923755) * inp_3_0_0; + result0 += M4(-0.012183571, 0.00071223127, 0.04249445, 0.14846493, 0.20599112, -0.0021303776, -0.03397533, -0.28062215, 0.10013631, -0.013347548, 0.06231712, 0.14810403, 0.37498605, 0.036811125, 0.12489436, -0.18829498) * inp_3_1_0; + result0 += M4(-0.23672725, -0.0125947585, -0.026492061, 0.13231647, -0.36692703, -0.012457827, -0.043129772, 0.013807069, -0.21609902, -0.039523687, -0.112792894, -0.15064515, -0.28133082, -0.00048800482, 0.029818965, -0.009138019) * inp_3_2_0; + result0 += M4(-0.21697956, -0.073680215, -0.0061093997, 0.2612462, -0.47576633, 0.01593547, 0.053964898, -0.023163337, 0.461033, 0.008702128, -0.011087091, -0.21709946, 0.12857057, -0.045465183, -0.03102196, -0.032534063) * inp_3_0_1; + result0 += M4(-0.26045176, -0.011546758, -0.03763481, 0.12586267, 0.09612726, -0.113707595, 0.09530325, 0.053180937, 0.09957205, -0.045315623, 0.19305697, -0.17619513, -0.28647, -0.10327312, 0.15165664, 0.41665545) * inp_3_1_1; + result0 += M4(-0.28442252, 0.008860837, -0.039941598, -0.12124642, -0.23173697, -0.027802797, 0.059372023, -0.05313194, 0.057074774, 0.010628082, -0.080555975, -0.12055212, 0.13843666, 0.0034123235, -0.122994885, -0.3366431) * inp_3_2_1; + result0 += M4(0.024571182, -0.012291268, 0.021537118, -0.07508749, 0.20497161, -0.045254435, 0.0041301176, 0.04563799, -0.19684622, -0.019461947, 0.047954667, -0.015463163, 0.36007434, 0.016322576, -0.2014826, -0.14237687) * inp_3_0_2; + result0 += M4(-0.19408058, -0.0053576278, -0.019969603, -0.26042855, 0.23845097, -0.002370488, 0.01311263, -0.16111588, 0.020526158, -0.013044875, -0.009923044, 0.21634912, -0.40966806, 0.028217286, 0.10532484, -0.12033584) * inp_3_1_2; + result0 += M4(0.35787514, -0.05175086, 0.0061833626, 0.02188374, 0.055070926, -0.004343505, 0.00512118, 0.025276197, -0.28596824, -0.039996836, -0.030255621, -0.16256313, 0.15470335, -0.0030731352, -0.09761686, -0.048578013) * inp_3_2_2; + result1 += M4(0.030269505, 0.05313927, 0.0900497, 0.021382734, 0.041997302, -0.015294686, 0.005509635, 0.018277923, -0.06541374, 0.14569968, 0.004565544, -0.085308075, 0.037223835, -0.14620629, 0.078455664, -0.13705112) * inp_3_0_0; + result1 += M4(-0.07317282, -0.01039678, -0.20356089, -0.04653774, 0.043052435, 0.1390732, -0.048795056, -0.22136942, -0.14027281, -0.061293807, -0.06259539, 0.061767925, 0.1817419, 0.033424173, 0.08089852, -0.14268872) * inp_3_1_0; + result1 += M4(-0.012015721, 0.108846515, 0.00205397, -0.066627376, -0.008776867, 0.088584155, -0.11168849, 0.009856547, 0.040576454, 0.038265012, -0.09142718, -0.037887905, -0.0041709887, -0.1705879, -0.025813242, 0.06719597) * inp_3_2_0; + result1 += M4(-0.14204685, 0.08252016, -0.05191239, -0.097264856, 0.09825899, -0.052238807, -0.10206025, -0.019147256, -0.1631919, -0.10584559, 0.04844253, -0.21911615, 0.01628851, 0.14188991, -0.19521594, -0.028811593) * inp_3_0_1; + result1 += M4(0.032375127, 0.16556239, 0.24684988, -0.1267481, -0.010470792, -0.15870236, 0.2702302, -0.083337374, -0.13270324, -0.108389854, 0.051165666, -0.15359508, 0.39035353, -0.14887662, -0.20087661, -0.40300372) * inp_3_1_1; + result1 += M4(0.07352536, -0.055987515, -0.18740246, -0.105981976, 0.029204996, -0.032423116, -0.0590406, 0.10587429, -0.117978685, 0.1324927, 0.04517691, 0.09949094, 0.15219998, 0.17169212, -0.05856976, 0.14134488) * inp_3_2_1; + result1 += M4(0.06601263, -0.095155135, -0.1231743, -0.057610977, -0.08972315, 0.020426668, 0.061661426, -0.04492825, -0.018337008, 0.037661776, -0.008194812, -0.05080876, -0.32499552, 0.11729784, 0.043010782, -0.07244989) * inp_3_0_2; + result1 += M4(-0.08128592, -0.04878475, -0.038047466, -0.13205822, -0.03453508, -0.16208741, 0.07186608, 0.010103015, -0.08402252, 0.12431279, 0.056445383, -0.072859846, -0.12120106, -0.09872974, -0.07159561, 0.05721752) * inp_3_1_2; + result1 += M4(-0.06125666, 0.1410547, -0.18988615, -0.20223106, -0.037440732, 0.04115697, -0.030895006, 0.016387219, -0.102741584, -0.13980465, -0.08078597, 0.05109586, -0.23364618, -0.07150922, -0.09714691, 0.006241243) * inp_3_2_2; + result2 += M4(-0.0057846955, 0.09248949, 0.002131779, 0.044393755, 0.0068600625, -0.004875266, -0.04589404, 0.0068208445, -0.074027106, -0.12207447, 0.0303748, -0.019455263, 0.012844085, -0.11627408, 0.15674901, 0.019601291) * inp_3_0_0; + result2 += M4(0.020617682, -0.06891865, 0.05553492, -0.045082808, 0.045630198, -0.23754476, 0.1368821, -0.013708891, 0.012397358, 0.12261142, 0.005207293, -0.023245825, 0.16379282, -0.093727484, -0.10903255, -0.3651783) * inp_3_1_0; + result2 += M4(-0.05922383, -0.043139, 0.052485894, -0.05161422, -0.060119826, -0.0909186, 0.023347747, 0.010784127, 0.0063509303, -0.0065207896, -0.033549316, 0.050097786, 0.047399655, -0.16733454, 0.09525696, 0.04477655) * inp_3_2_0; + result2 += M4(-0.086433604, 0.04353153, 0.07458106, -0.055649266, -0.018871492, 0.14187597, 0.0011884881, 0.008380044, 0.005224666, 0.27017912, 0.08787532, 0.00032967757, -0.099921204, -0.03934958, 0.25612912, -0.06727076) * inp_3_0_1; + result2 += M4(-0.12531821, 0.05249024, 0.14925678, -0.056612886, 0.13688472, -0.1675808, 0.19130981, 0.124826595, 0.0744884, -0.15014344, 0.13459297, 0.054803196, 0.13527633, -0.418478, 0.17535235, 0.08292585) * inp_3_1_1; + result2 += M4(0.018912109, -0.055445336, -0.1521542, 0.05210616, -0.021554273, 0.021522356, -0.002023469, -0.020506695, -0.09324081, -0.25511125, 0.020885978, 0.08590456, -0.13587472, -0.07667594, 0.07084441, 0.12330408) * inp_3_2_1; + result2 += M4(-0.016046973, 0.10932976, 0.042626463, -0.02646209, -0.042434603, 0.07206245, 0.08700053, 0.011326262, -0.16612363, 0.03495809, 0.036526266, -0.08463763, 0.03812727, 0.1492312, 0.16300009, -0.098883756) * inp_3_0_2; + result2 += M4(-0.10715438, -0.011413278, 0.029942315, 0.14921872, 0.005278277, 0.15570074, 0.05892254, 0.020278363, 0.09583797, -0.05894854, 0.096421584, -0.023375526, -0.031743173, 0.11322802, 0.13504972, -0.046961695) * inp_3_1_2; + result2 += M4(0.02222299, 0.2492616, -0.1020794, 0.08534804, -0.013791944, -0.0609479, -0.017196892, 0.10386011, -0.116722256, 0.038206868, -0.09874045, 0.012704079, -0.058191627, 0.022272803, 0.049176488, 0.023672128) * inp_3_2_2; + result3 += M4(-0.12727304, -0.03872136, 0.03348005, 0.17004946, 0.10149902, -0.002852172, -0.001787852, 0.0918455, -0.07009288, -0.07261116, 0.1689178, 0.13606927, -0.17161168, 0.18294515, -0.03934613, -0.059554845) * inp_3_0_0; + result3 += M4(-0.04524674, -0.042160638, -0.09105489, -0.12506881, 0.26763135, -0.00045403102, -0.022939345, -0.023962554, 0.059356302, -0.09339443, -0.07276014, -0.003736477, -0.09621465, -0.036373712, -0.06419144, -0.22979052) * inp_3_1_0; + result3 += M4(0.104379244, 0.018258547, 0.11657896, -0.055354603, 0.13987745, -0.084343486, 0.10941287, -0.023307474, 0.07259301, -0.11070302, 0.19706027, 0.17299086, 0.16787086, -0.07460716, 0.06392434, 0.10383735) * inp_3_2_0; + result3 += M4(0.10742718, 0.04052433, -0.050332524, -0.08068601, 0.052982684, 0.11326599, 0.092539065, -0.0017665294, -0.2901418, -0.14781544, 0.14606935, 0.01884921, -0.49575192, -0.115105286, -0.14595547, 0.20378001) * inp_3_0_1; + result3 += M4(-0.18254188, 0.049285628, -0.011838124, -0.015445954, -0.09415515, 0.19572638, -0.2605621, 0.38153547, -0.27477968, -0.097902745, -0.06180139, 0.022643102, 0.07338324, -0.2593198, -0.030185107, 0.31238717) * inp_3_1_1; + result3 += M4(-0.12371014, -0.07401527, 0.2971653, -0.057473782, -0.19717236, 0.085512035, 0.027934665, 0.053236466, 0.19850609, -0.3123797, 0.36208943, 0.004983676, 0.08480279, -0.16768536, 0.11793187, 0.086695515) * inp_3_2_1; + result3 += M4(-0.0564916, 0.049279653, 0.056422867, -0.069470875, 0.18447359, 0.039281942, 0.032726064, 0.005642192, -0.15902433, 0.090588205, 0.033808295, -0.07685364, -0.05287226, 0.07315046, 0.075793564, -0.046660952) * inp_3_0_2; + result3 += M4(-0.13325062, -0.33083907, 0.16850093, 0.035707254, 0.0775299, 0.01700317, -0.035984658, -0.18400493, -0.06722389, -0.06420282, -0.006616318, 0.24382734, -0.009154238, 0.020785797, 0.06945267, -0.19015832) * inp_3_1_2; + result3 += M4(-0.14183734, 0.22733642, 0.120888, 0.048919536, -0.023554778, 0.05868436, 0.09101294, 0.084366545, 0.09987171, -0.1091919, 0.089741096, -0.111628294, 0.10203797, 0.1622011, -0.028628161, 0.013719203) * inp_3_2_2; + result4 += M4(-0.06824077, 0.045560114, -0.06982452, -0.12034702, -0.10667076, -0.017393274, -0.01796987, -0.022782445, 0.06497325, 0.10256078, 0.09997452, 0.26926658, 0.118662626, -0.00031228847, -0.020819755, -0.120698266) * inp_3_0_0; + result4 += M4(0.068550535, -0.009562522, 0.116457775, -0.024254156, 0.053754672, -0.02675906, 0.07553017, -0.006894508, 0.0072773364, 0.053113706, 0.004066981, 0.250769, 0.10634329, -0.09587915, 0.020293433, -0.09660963) * inp_3_1_0; + result4 += M4(-0.12202113, 0.01783512, 0.027556479, 0.11003897, 0.00013091505, -0.024168188, 0.10288599, 0.32036293, -0.15263876, -0.022598162, -0.021583328, 0.2557127, 0.0043488834, -0.081838176, -0.043113552, 0.087244205) * inp_3_2_0; + result4 += M4(0.034785084, -0.018652225, 0.1124801, -0.1356949, -0.03863339, -0.05173304, 0.0011030866, 0.03709264, -0.04604167, 0.08974801, 0.18813299, 0.38519415, 0.122690216, 0.055458993, 0.04869066, 0.43189034) * inp_3_0_1; + result4 += M4(-0.088201955, 0.098546535, -0.05186971, 0.07326939, -0.15767768, 0.053601146, -0.15644167, -0.04742692, 0.012966429, -0.051017437, -0.09969341, 0.08797516, -0.028582862, -0.37877044, -0.03699933, -0.24970998) * inp_3_1_1; + result4 += M4(-0.010491656, -0.08337139, -0.04871005, 0.10547856, 0.0029359867, 0.03104495, -0.007580121, 0.1267107, -0.08203035, -0.027920675, 0.1476587, 0.052162286, -0.053200398, -0.04999447, 0.025107289, -0.36250913) * inp_3_2_1; + result4 += M4(0.102316804, -0.04371823, 0.14202558, -0.021137211, -0.0047396864, -0.01713967, 0.05464051, 0.13441657, -0.07471296, 0.015289168, -0.020450303, 0.07558217, -0.0060191164, 0.094135694, -0.037484687, -0.2452427) * inp_3_0_2; + result4 += M4(-0.01798727, -0.11589404, -0.0033997835, 0.12979278, 0.13267997, -0.10271554, 0.022486987, 0.019261887, -0.09560659, -0.022984587, -0.15639876, 0.00416461, 0.044072, -0.06151843, -0.015756266, -0.26175088) * inp_3_1_2; + result4 += M4(-0.14426339, -0.02135447, -0.10129251, 0.1696466, 0.043867484, -0.03425569, -0.017886246, -0.043950845, -0.03494037, -0.039110824, 0.04558488, 0.34405917, 0.04283169, 0.061876703, 0.06006067, 0.43598232) * inp_3_2_2; + result5 += M4(-0.036582272, -0.19764613, 0.030136405, 0.08068242, -0.054624517, -0.016004888, 0.008297556, -0.120273516, 0.027510054, 0.0633942, 0.0017983981, 0.08890685, 0.049979176, -0.034040436, -0.042257078, -0.08608427) * inp_3_0_0; + result5 += M4(0.045788903, -0.052763864, -0.029207703, 0.11389494, 0.14432938, -0.14875683, -0.08195435, -0.09983363, 0.037449583, 0.08922273, 0.025937792, 0.014834373, 0.2572998, -0.31669825, 0.042345945, 0.22196929) * inp_3_1_0; + result5 += M4(0.07800574, -0.083980024, 0.014340714, 0.08434588, 0.07673679, 0.22401597, -0.0011256889, 0.05171072, -0.05079823, 0.1574182, 0.008722395, 0.07804585, -0.0031998775, 0.22399874, 0.019436238, 0.106947124) * inp_3_2_0; + result5 += M4(0.024545258, -0.20017663, 0.02265897, 0.12221234, 0.0054654093, 0.15016551, -0.079586744, -0.0540791, -0.043907683, 0.1410343, -0.032729406, 0.10824938, -0.053101026, 0.23588923, 0.00021924036, -0.043321345) * inp_3_0_1; + result5 += M4(0.05359711, -0.15402356, -0.015311813, 0.4418634, -0.07553604, -0.12741329, 0.033787873, 0.03498914, 0.0444739, 0.2882938, 0.083968885, 0.18181352, 0.060096532, -0.29860026, 0.0027184114, 0.06680144) * inp_3_1_1; + result5 += M4(0.015892051, 0.040309608, -0.01597526, 0.19112894, 0.011207365, 0.04359262, -0.004702018, -0.030943524, -0.02734472, 0.22938496, -0.011131867, 0.017434826, 0.06567969, -0.14190741, 0.0014702528, 0.017861953) * inp_3_2_1; + result5 += M4(-0.04230557, -0.16947357, -0.05892952, 0.1159601, 0.041287005, 0.00275906, -0.0363116, -0.02215588, -0.031825166, 0.075529434, 0.015940346, 0.08986772, -0.045640413, -0.16460262, -0.047036666, -0.0002018678) * inp_3_0_2; + result5 += M4(-0.04329814, 0.06994544, 0.020370418, 0.3517883, -0.04978522, 0.009084049, -0.11608822, -0.045324307, -0.04173486, 0.1457599, -0.018315863, 0.05068919, -0.11161415, 0.14506331, -0.040608473, -0.08510906) * inp_3_1_2; + result5 += M4(0.05445378, -0.3787924, 0.0162932, 0.21399415, 0.047355358, 0.20365563, -0.01598358, -0.014156216, -0.029610746, -0.057485145, -0.014974629, -0.10042361, 0.037751935, 0.08001776, -0.029483156, 0.024042644) * inp_3_2_2; + result6 += M4(-0.14029728, 0.007800397, -0.1017625, 0.03436369, 0.019980827, 0.28331742, 0.04962964, 0.01201151, -0.06442942, -0.28295124, -0.01464999, -0.0061826245, -0.0014868154, 0.12941073, -0.015818572, 0.07231077) * inp_3_0_0; + result6 += M4(-0.028670127, 0.06134016, -0.023940355, 0.009463263, 0.22930348, -0.11975048, 0.15308122, -0.040625464, -0.017681524, -0.04175566, -0.07776877, -0.020140294, -0.07084959, 0.08837346, -0.019551875, 0.1152271) * inp_3_1_0; + result6 += M4(-0.10078732, -0.041193914, -0.1457461, 0.015043972, -0.008332139, 0.03325155, 0.003751003, -0.01944841, -0.07209256, 0.06046033, -0.14126936, -0.022426968, -0.17396335, 0.03038363, 0.032174557, -0.0031591952) * inp_3_2_0; + result6 += M4(0.002469801, -0.098493345, 0.053741783, -0.019515505, 0.1100399, 0.32152438, 0.1326515, -0.011126707, 0.032569695, -0.7368324, 0.108406894, -0.031007841, 0.08969517, 0.29900193, 1.4868948e-05, 0.072839566) * inp_3_0_1; + result6 += M4(-0.21128038, -0.13120322, -0.032644246, 0.00324925, -0.018691491, 0.1136227, -0.3865382, 0.19568667, -0.11050097, -0.3560613, -0.29030567, 0.027956672, -0.00716901, 0.22507894, -0.23171026, -0.07523809) * inp_3_1_1; + result6 += M4(-0.08728784, -0.046828203, 0.08713391, -0.013409759, 0.021107098, -0.07741489, -0.06394956, -0.027367137, -0.24119878, 0.11484531, 0.21255313, -0.06082504, -0.0015833984, 0.27216125, 0.21401358, -0.057550173) * inp_3_2_1; + result6 += M4(-0.06035632, -0.08663007, 0.121116675, 0.018298421, -0.043508522, 0.17602, -0.033767965, -0.0036335574, 0.040026486, -0.05624009, -0.06539022, -0.0013070846, -0.19054787, 0.24653414, 0.09537157, -0.0886323) * inp_3_0_2; + result6 += M4(-0.2658681, -0.11941585, 0.059723716, -0.059803277, -0.28133035, -0.24004766, 0.16334037, 0.007080535, 0.15242337, 0.17176174, -0.13631015, -0.0037445412, -0.06433816, -0.22409731, 0.20351157, -0.046172652) * inp_3_1_2; + result6 += M4(0.10538034, -0.00059803535, -0.07368597, -0.016413705, 0.034108743, -0.021447053, -0.045838155, -0.07535322, -0.070473075, -0.019677673, -0.0018438093, -0.010567838, -0.027843848, -0.0042862636, 0.022207147, -0.07575565) * inp_3_2_2; + result7 += M4(-0.017820748, -0.07907439, -0.0041663167, -0.021866238, -0.021852316, -0.047443412, -0.022040658, -0.08520063, -0.043359432, 0.07439143, -0.019313063, 0.09276295, 0.07444801, -0.03607007, 0.032041322, 0.10603184) * inp_3_0_0; + result7 += M4(-0.049744662, -0.06689165, 0.01152543, -0.00012983226, -0.040929936, 0.16829343, 0.026032055, -0.05569227, 0.11458175, 0.0068659186, 0.006898842, -0.055040408, 0.12012738, -0.29391375, -0.03514166, -0.032938026) * inp_3_1_0; + result7 += M4(-0.022518452, -0.04629494, -0.0056385514, -0.03925224, 0.010636268, -0.019644653, 0.0015691512, 0.007060033, -0.10977206, -0.01470043, -0.00801839, 0.21060064, -0.03411561, 0.09588929, 0.043544658, -0.0077755214) * inp_3_2_0; + result7 += M4(-0.12734523, -0.01794953, -0.016942397, -0.086910956, -0.11782465, 0.023753917, -0.014003703, -0.010442749, 0.2195703, -0.17652006, 0.0008428775, 0.2272496, 0.044893384, -0.0544283, 0.030624438, -0.11127488) * inp_3_0_1; + result7 += M4(0.0028106892, 0.10247177, -0.0577325, -0.04390579, 0.015907703, 0.16064352, -0.015220857, 0.06326538, 0.06391053, 0.08445814, -0.052869804, 0.2764343, 0.38056007, 0.2933384, -0.004656651, -0.04408798) * inp_3_1_1; + result7 += M4(-0.0053042006, -0.09373419, -0.009340792, 0.2241429, -0.03677756, -0.05308411, -0.0868006, -0.3238891, 0.11655137, 0.13693143, -0.09173906, 0.32072493, 0.0319014, -0.09812677, -0.060307197, 0.070027635) * inp_3_2_1; + result7 += M4(0.047534734, -0.0792744, 0.022309566, -0.0354254, -0.02632479, -0.0025576483, -0.011144383, 0.03632551, 0.042645402, 0.0059825303, -0.014669849, -0.0366861, 0.0038625658, 0.059069928, -0.008493317, 0.094133936) * inp_3_0_2; + result7 += M4(-0.031022485, 0.019390898, -0.06377862, 0.015881566, -0.072139785, -0.08293881, -0.039623436, -0.117546186, 0.104892224, -0.058465928, -0.00048224948, 0.22950256, 0.21309316, 0.037248574, -0.014460918, 0.09527622) * inp_3_1_2; + result7 += M4(-0.06987216, -0.101235725, -0.004237969, 0.27104288, -0.10198061, 0.018746117, -0.08679459, -0.03403583, -0.016677173, -0.0015841459, -0.02292318, 0.1409817, -0.12211757, 0.031181343, -0.07368975, -0.08078957) * inp_3_2_2; + const V4 inp_4_0_0 = inp[4][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_4_1_0 = inp[4][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_4_2_0 = inp[4][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_4_0_1 = inp[4][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_4_1_1 = inp[4][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_4_2_1 = inp[4][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_4_0_2 = inp[4][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_4_1_2 = inp[4][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_4_2_2 = inp[4][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.20681342, 0.013344673, -0.004206698, -0.17991008, 0.35219443, -0.043391768, 0.1045234, 0.16464987, -0.106455736, 0.01156089, -0.0007367429, -0.21017663, 0.034747705, -0.008789826, 0.098384626, -0.10347766) * inp_4_0_0; + result0 += M4(0.14036131, -0.016072493, -0.095953144, -0.29133356, 0.410188, 0.041006375, -0.0066214697, 0.23510191, -0.029000418, 0.07298436, -0.011023793, -0.35249296, -0.124198884, -0.020613188, 0.00095346203, -0.0014817455) * inp_4_1_0; + result0 += M4(-0.17882694, -0.006173562, 0.011974798, -0.01258586, 0.82104653, 0.022855163, -0.018999735, -0.027516449, -0.04104934, 0.039245505, -0.02051981, -0.0351622, -0.17827336, -0.01783418, -0.017741706, -0.07445565) * inp_4_2_0; + result0 += M4(-0.0043267203, 0.029902402, 0.12020521, -0.13760486, -0.3544258, 0.00885506, 0.01593106, 0.023247462, 0.5252352, -0.00990558, -0.065511696, -0.003923747, 0.21884435, 0.006646204, -0.036441635, -0.12167094) * inp_4_0_1; + result0 += M4(-0.19587125, 0.15332024, -0.007628111, -0.12497826, 0.13647765, -0.05805685, -0.028896019, 0.07678725, -0.18065271, 0.06753668, -0.05890004, 0.07912103, -0.08655623, 0.089412846, 0.015385654, -0.43461674) * inp_4_1_1; + result0 += M4(0.30000612, -0.015426071, 0.030316653, -0.030517058, -0.12784587, -0.028616153, 0.06484108, 0.021227952, 0.5306697, 0.033668917, -0.028592069, 0.20790349, 0.11931481, 0.040739413, 0.027312903, -0.10615667) * inp_4_2_1; + result0 += M4(0.06445307, -0.046594616, 0.054176476, 0.047469918, 0.688078, -0.02218663, 0.011457724, -0.0395887, -0.17648172, 0.00494519, 0.07913334, -0.026913144, -0.42849457, -0.0032284395, 0.02551588, 0.013633696) * inp_4_0_2; + result0 += M4(-0.20884176, -0.031843845, -0.025374953, 0.036168784, 0.43156898, 0.013540865, -0.1118441, -0.033403747, -0.02859794, 0.044623032, -0.044914287, 0.20317495, -0.2380772, -0.008702688, -0.039549034, 0.106622614) * inp_4_1_2; + result0 += M4(0.07463475, -0.013605454, 0.027902307, -0.010363897, 0.059570972, -0.017647037, 0.0022913297, 0.00054354157, -0.010827009, -0.022364195, 0.02792924, 0.10160411, -0.21789482, -0.026319755, 0.066526085, -0.09612905) * inp_4_2_2; + result1 += M4(-0.0926313, -0.021387609, -0.1680602, 0.11034319, 0.09148119, -0.1869614, 0.07984306, 0.029543845, 0.13238718, 0.10310686, -0.07705615, -0.028235305, 0.00263834, 0.060256265, -0.14212468, 0.11381989) * inp_4_0_0; + result1 += M4(0.10885915, 0.21332239, 0.03109003, -0.15602481, 0.0954414, -0.26396552, 0.04036705, 0.065351136, 0.12345491, -0.09016005, 0.031611644, 0.019705418, -0.037819423, -0.10980254, -0.09503322, 0.0045652343) * inp_4_1_0; + result1 += M4(-0.025410544, 0.09303107, 0.15869103, -0.05153773, -0.07684977, 0.014891361, -0.07104982, -0.01849534, 0.1078951, -0.0854724, -0.063091405, 0.05046764, 0.0528177, -0.04387276, -0.09800818, -0.009853266) * inp_4_2_0; + result1 += M4(0.09103936, -0.1366018, 0.0010859475, -0.276985, 0.03767082, -0.06929285, -0.06858404, -0.087866664, -0.12091212, 0.07887694, 0.015587555, -0.0968037, 0.04922227, -0.008069498, -0.021905474, 0.07322834) * inp_4_0_1; + result1 += M4(-0.03098312, -0.0042756754, 0.49258825, 0.25826928, 0.029611219, 0.025948951, 0.20378374, 0.10462955, -0.07112062, 0.22036004, 0.16671668, 0.0494594, 0.13238645, -0.32905, -0.022128513, 0.09875806) * inp_4_1_1; + result1 += M4(0.014162202, -0.1870306, 0.04858129, -0.017349336, 0.073223494, -0.06616752, -0.041784626, -0.17836837, 0.009250486, -0.03746421, -0.0059156436, 0.07110566, -0.021174982, -0.24135038, -0.017514437, -0.021989588) * inp_4_2_1; + result1 += M4(0.02873899, 0.04027821, 0.014257634, -0.1809003, 0.042342864, 0.036851335, -0.04457742, 0.054093167, 0.037104655, -0.09191377, -0.07037449, 0.08543793, 0.004657296, 0.012607581, -0.19389279, -0.039797064) * inp_4_0_2; + result1 += M4(-0.0034391896, 0.10445307, -0.0330271, -0.059312534, 0.007632704, 0.098721474, 0.043736648, -0.012942515, 0.010863448, -0.018015651, 0.06543012, -0.014377758, -0.051874008, 0.23350376, -0.07487084, -0.12352559) * inp_4_1_2; + result1 += M4(0.10607156, -0.03502398, 0.07290872, 0.10166511, -0.039487135, -0.004046991, 0.03905863, 0.07820799, 0.0759709, -0.011947899, -0.028536672, -0.07387394, -0.05433615, 0.040235396, -0.12897988, -0.00039704383) * inp_4_2_2; + result2 += M4(0.01724732, 0.00059051026, 0.018423174, -0.032880608, 0.0185184, 0.058057584, -0.20471819, 0.040474422, 0.015729912, 0.14201586, -0.052477922, -0.01093188, 0.07656678, -0.031345308, -0.024555506, 0.06456522) * inp_4_0_0; + result2 += M4(-0.088764004, -0.32013062, 0.013065541, -0.022564547, 0.0672744, 0.08850182, -0.2023333, 0.07495169, 0.009096206, 0.054456443, -0.06407676, 0.0003899025, -0.11116054, 0.0057358746, -0.032888874, 0.056288026) * inp_4_1_0; + result2 += M4(-0.0695208, 0.122868404, -0.004135917, -0.08476925, 0.038628124, 0.08645101, 0.019862888, -0.033965778, -0.0059723547, -0.0334818, 0.018151164, 0.060123548, 0.08824397, 0.035152648, -0.032221656, 0.05810676) * inp_4_2_0; + result2 += M4(0.061016705, 0.18776289, 0.016046483, -0.076141916, -0.13247944, 0.10045944, 0.025758984, -0.027005866, -0.059147052, 0.024662428, -0.0511877, 0.04573293, 0.24162203, 0.047546126, -0.10652658, 0.0963501) * inp_4_0_1; + result2 += M4(-0.25134015, 0.03946899, 0.026117135, 0.0043091215, -0.1281279, 0.13378239, 0.010503223, 0.04634462, -0.17760277, 0.03997051, 0.10637014, -0.11037939, 0.42272457, 0.066121764, -0.19010974, 0.056577493) * inp_4_1_1; + result2 += M4(-0.071049325, 0.0015058648, 0.030523507, -0.011936356, 0.014448326, 0.078122795, -0.029162532, -0.036387004, -0.035965458, 0.016361298, 0.0118609285, -0.04687245, 0.13604605, -0.04742751, -0.07688974, 0.023891436) * inp_4_2_1; + result2 += M4(-0.10560176, 0.19540517, -0.09777601, -0.007874992, -0.0055725793, 0.10141543, 0.007985673, 0.058361314, -0.09252284, -0.0019231646, -0.070134856, 0.033134688, 0.12601757, 0.06648126, -0.0026236144, -0.01176292) * inp_4_0_2; + result2 += M4(-0.15014084, -0.12547906, -0.0950119, 0.12228593, 0.000340574, 0.081010155, -0.049388677, 0.06499506, -0.16557841, -0.10830031, 0.037199948, 0.0041105472, 0.15436831, -0.1978048, -0.11099529, 0.008457659) * inp_4_1_2; + result2 += M4(-0.085923, 0.027693903, -0.12673432, 0.14113359, -0.025465855, 0.04830529, -0.0095938835, -0.006582449, -0.085088804, 0.015041231, 0.007399525, -0.11164153, 0.06122301, -0.026722789, -0.08156082, -0.0980155) * inp_4_2_2; + result3 += M4(0.084927514, -0.011755474, -0.011543305, -0.079523616, 0.021866607, -0.06990276, 0.0006798228, 0.17699938, 0.10217204, 0.0010509423, 0.09679894, 0.1013164, 0.0035159194, -0.08843916, -0.03139182, -0.004482227) * inp_4_0_0; + result3 += M4(0.23934844, 0.06192733, -0.018485537, -0.014309947, -0.023293488, -0.26615372, -0.029004658, 0.08979738, -0.18839388, 0.032273833, 0.013244138, 0.14338571, 0.23616736, -0.19947723, 0.08961258, -0.0005000751) * inp_4_1_0; + result3 += M4(-0.085695274, -0.032210942, 0.0076569337, -0.13976146, -0.5089056, 0.0039282995, -0.303134, 0.09279533, -0.1546382, -0.067971185, -0.011669409, -0.0048010633, -0.016865984, 0.042527746, 0.029878289, -0.03485112) * inp_4_2_0; + result3 += M4(-0.079639785, 0.117471635, 0.11456533, -0.05696221, 0.18491802, 0.021901427, 0.18051381, -0.0034645917, 0.19019675, 0.029014578, 0.017725732, 0.043280654, 0.10400858, -0.015661504, -0.0013136043, -0.0026772844) * inp_4_0_1; + result3 += M4(-0.07839406, -0.18860908, -0.0014505982, -0.05782346, -0.017683616, 0.0937928, -0.02313592, 0.06566545, 0.027814634, 0.22000265, 0.11311943, -0.14151987, -0.09919491, -0.08070248, -0.030504322, -0.23762739) * inp_4_1_1; + result3 += M4(-0.14218381, -0.023902083, 0.070193134, 0.0012880628, -0.056068655, 0.0026810577, -0.022997843, -0.0014522339, -0.10140024, -0.03209992, -0.12232685, 0.031904325, 0.01758258, 0.19561775, 0.0570951, -0.007977597) * inp_4_2_1; + result3 += M4(-0.07517223, 0.063577384, 0.0054484536, 0.08069781, 0.11587418, 0.11252923, 0.040454492, 0.044268828, 0.15077472, -0.06820554, 0.102592066, 0.060817022, 0.09053725, 0.08332218, 0.09281869, -0.009812654) * inp_4_0_2; + result3 += M4(-0.09386124, -0.28978562, -0.07020772, 0.047147263, 0.09213972, -0.16672625, 0.014799687, -0.060886577, 0.001712825, 0.1016565, 0.010184807, -0.037394047, -0.070279054, -0.031767633, -0.1444617, 0.184071) * inp_4_1_2; + result3 += M4(-0.09502639, 0.004841133, 0.043950874, 0.014777767, 0.09863218, 0.052004296, 0.069972895, -0.07483713, 0.061665595, -0.13627902, -0.07996064, -0.03234029, 0.1173119, 0.07342188, -0.075642735, 0.043601625) * inp_4_2_2; + result4 += M4(0.08088315, -0.0022319464, 0.10316316, -0.38075605, -0.047577336, 0.013704599, -0.13612248, 0.009411836, -0.09046163, 0.031380847, -0.1352084, 0.23435928, -0.0780932, -0.015269766, 0.14616361, 0.12038367) * inp_4_0_0; + result4 += M4(-0.10116545, -0.12079635, 0.10265723, 0.2251776, -0.15257248, 0.028914303, -0.067213066, -0.1228592, 0.16053902, -0.022630328, -0.07577232, -0.033632904, -0.035931364, -0.027356818, 0.11866236, -0.18661791) * inp_4_1_0; + result4 += M4(-0.0076436484, -0.095638566, -0.055657234, 0.1771628, -0.016659683, 0.08660075, -0.16813079, -0.08762449, 0.05365109, -0.0041014818, 0.011911179, -0.23620509, -0.036850814, 0.011496934, -0.01423201, 0.0697537) * inp_4_2_0; + result4 += M4(0.024410265, -0.09982075, 0.11399998, 0.20170143, 0.025329078, -0.04215489, 0.087120734, 0.17876902, -0.061341666, -0.01565028, -0.1763098, -0.037937157, -0.1112037, 0.035861477, 0.1087042, -0.08933381) * inp_4_0_1; + result4 += M4(-0.047669545, -0.3145571, 0.1730891, 0.04647559, -0.2516256, 0.19400719, -0.004623076, -0.19461405, 0.16035143, 0.009048728, -0.01429872, -0.059179403, 0.032883756, 0.20671901, -0.043562584, -0.19190258) * inp_4_1_1; + result4 += M4(-0.12963866, -0.08688597, -0.053317796, -0.03347254, -0.11368327, 0.012069396, -0.04203105, -0.016310094, 0.11981618, -0.07224036, 0.009621005, -0.025100108, 0.057326112, 0.09295209, 0.058545496, -0.005783077) * inp_4_2_1; + result4 += M4(0.039920684, -0.028615441, -0.0019039186, 0.024154298, 0.0029265247, 0.012088947, 0.0876638, 0.05860718, -0.043459326, -0.012829568, -0.021918943, -0.039587107, -0.04497376, 0.077050775, 0.11914406, 0.15143734) * inp_4_0_2; + result4 += M4(-0.103128694, -0.060181264, 0.0490661, -0.09455608, 0.06286338, -0.077097364, 0.044754677, -0.1034678, 0.039516028, -0.023677185, 0.016861307, -0.22612987, -0.15263082, 0.1795205, -0.018140048, 0.018092833) * inp_4_1_2; + result4 += M4(-0.05888944, -0.0889064, -0.0709366, -0.05213482, -0.02343327, -0.0018331623, 0.018257964, 0.17675094, 0.019282073, -0.059324905, 0.030311866, 0.08030458, -0.027346587, 0.07439041, -0.0011478671, -0.08817235) * inp_4_2_2; + result5 += M4(-0.019768843, -0.05991632, -0.010716178, -0.078013495, -0.0009488844, 0.13115053, 0.017861582, -0.06049289, -0.05006678, 0.024128458, 0.018044593, 0.04230409, 0.016893277, -0.11239608, -0.047021523, 0.0724529) * inp_4_0_0; + result5 += M4(0.18766564, -0.025664637, -0.030139308, -0.23949836, -0.20853448, 0.42191824, 0.021315103, -0.08897598, -0.13948727, -0.07025061, -0.032793358, 0.04469102, -0.07338025, -0.08116937, -0.02085907, -0.04225192) * inp_4_1_0; + result5 += M4(0.0014623253, 0.07831867, -0.013866335, -0.037163716, -0.07348516, -0.39723527, -0.00040112593, 0.0079844175, 0.037765164, 0.055895034, 0.01566611, 0.059625477, 0.07250817, 0.027314562, 0.009754869, 0.025156375) * inp_4_2_0; + result5 += M4(-0.01780954, 0.023628714, 0.034943927, 0.018008912, 0.011102643, -0.0009681573, 0.009841042, -0.08015212, 0.027221346, -0.16443093, 0.026288198, 0.001455272, -0.05040395, -0.2880273, -0.08242565, 0.1178382) * inp_4_0_1; + result5 += M4(0.099739626, -0.02534247, -0.03676771, -0.1698253, -0.14523421, 0.107162096, 0.019052219, 0.03416664, -0.0033309865, -0.13226064, -0.012679272, -0.066955425, -0.04409348, -0.011246052, -0.08461966, -0.09828233) * inp_4_1_1; + result5 += M4(0.033025905, 0.10485179, 0.05240632, -0.0188209, -0.003619494, -0.097141206, 0.0029002565, 0.0015725928, -0.040175296, 0.037364967, 0.01029357, 0.029703487, -0.0037605085, 0.13230515, -0.041092455, -0.09114831) * inp_4_2_1; + result5 += M4(-0.057986185, -0.069430284, -0.030094786, -0.037690703, 0.084323406, -0.19963099, -0.028519016, -0.034208436, 0.009755318, 0.058818292, 0.023244966, 0.040064782, 0.04835536, 0.0029175903, 0.009581908, -0.021844542) * inp_4_0_2; + result5 += M4(0.003829103, -0.13929528, -0.03980133, -0.076254174, -0.08333196, 0.13623333, -0.055834413, 0.054766078, 0.08478081, -0.025615027, -0.041232016, -0.057117637, -4.4110584e-05, -0.1751871, 0.054971203, 0.067106515) * inp_4_1_2; + result5 += M4(-0.025056425, 0.023867259, 0.010080933, 0.00072056596, 0.01065392, 0.093483075, -0.0053937733, 0.03159115, 0.0024283507, 0.051747013, 0.005672103, 0.03157378, 0.01688401, -0.023685336, 0.011674149, 0.006265836) * inp_4_2_2; + result6 += M4(0.097767, -0.15615484, -0.03330633, -0.03246574, -0.09828971, 0.04034675, -0.003761907, -0.007247992, 0.0440123, -0.052923523, 0.13184473, -0.042986333, -0.09015772, 0.16018032, 0.07018659, 0.029339224) * inp_4_0_0; + result6 += M4(0.14578992, 0.099620074, 0.046593294, 0.040901482, -0.14870214, 0.2063498, -0.15011036, -0.02707587, 0.17573845, 0.17066436, 0.037497308, -0.087668315, -0.1583434, -0.05774619, -0.19105847, 0.0539939) * inp_4_1_0; + result6 += M4(0.044369865, -0.011985744, -0.06676264, 0.06571311, 0.15091354, -0.004943165, 0.023110785, -0.006212671, 0.030417575, 0.039918877, 0.1075741, -0.018493675, 0.02063989, -0.07133514, -0.010514067, -0.03980273) * inp_4_2_0; + result6 += M4(0.1030835, -0.15425463, 0.18499675, -0.01101726, 0.07050601, -0.1335128, 0.10012246, -0.012236572, 0.0068145846, -0.037013546, -0.009090149, -0.10891243, -0.014026439, 0.10051437, 0.0062225955, 0.08594593) * inp_4_0_1; + result6 += M4(-0.029376877, 0.4245877, -0.11999716, -0.03262902, -0.01283797, -0.14336337, 0.034473162, 0.027801402, 0.05935663, -0.00411931, 0.030364325, -0.072250046, -0.16437796, -0.16544774, 0.1135644, 0.06913329) * inp_4_1_1; + result6 += M4(-0.038770508, -0.14672425, 0.0944199, 0.07709616, -0.04040776, 0.056981046, -0.22344995, 0.021234313, -0.020427464, 0.1364528, -0.026672766, 0.017918827, 0.08537233, -0.13680832, 0.09903251, 0.05339877) * inp_4_2_1; + result6 += M4(0.05784282, 0.08006672, -0.10719333, 0.039291024, 0.036418326, -0.10396851, -0.099709935, 0.014573424, 0.03995292, -0.19120263, 0.058773283, 0.031090518, 0.0988691, 0.0617749, 0.049273636, -0.00020534384) * inp_4_0_2; + result6 += M4(0.052269712, -0.08764133, 0.07138705, 0.090442054, -0.07807762, -0.09394454, 0.19886558, -0.053335905, 0.024265278, -0.03403898, 0.012608825, -0.022600703, 0.21042949, 0.19268125, -0.22049512, -6.9655425e-06) * inp_4_1_2; + result6 += M4(0.03338139, -0.045162935, -0.10860777, 0.019680142, -0.10026124, -0.06789282, -0.0012012755, 0.01188395, 0.0017687088, 0.05601531, -0.05307541, 0.077284075, 0.08161673, 0.001016373, -0.055038832, 0.05773087) * inp_4_2_2; + result7 += M4(0.016020548, -0.039540257, 0.018477123, -0.11537112, 0.051848147, -0.016608413, 0.0045067095, 0.11851517, 0.096270345, 0.058278434, 0.013845023, 0.024261203, -0.016630638, 0.06159902, 0.0044512064, -0.031256955) * inp_4_0_0; + result7 += M4(0.007149637, 0.04666181, 0.0034721317, -0.069526106, -0.08778538, -0.18641983, -0.073141634, -0.021151492, 0.024884658, -0.06854938, 0.051003553, 0.0117977215, 0.068964265, 0.2273931, 0.0044768797, -0.0065401) * inp_4_1_0; + result7 += M4(0.057986695, -0.1630799, 0.014185881, 0.06542813, 0.05668797, -0.06585241, 0.03318883, 0.09014572, 0.045705676, -0.014688342, 0.008572391, -0.052271802, -0.024843287, 0.16393311, -0.04587822, 0.3133559) * inp_4_2_0; + result7 += M4(-0.027920736, -0.032094054, 0.02296397, -0.010959236, -0.024836589, 0.03999798, 0.0022132422, 0.045097068, 0.0822759, 0.0934503, -0.03364923, -0.025325779, -0.11724428, -0.03457005, -0.017789207, -0.0692858) * inp_4_0_1; + result7 += M4(0.17103274, -0.10334495, 0.049578216, 0.10637438, -0.05578853, 0.16770306, -0.017978283, -0.05384688, -0.079251505, -0.21486865, 0.038405776, 0.07863437, 0.06483568, -0.012767719, -0.015091657, 0.12269464) * inp_4_1_1; + result7 += M4(0.032430038, -0.017028265, 0.02097001, -0.044511046, 0.035059944, 0.007965345, -0.031040384, 0.10929679, 0.020350488, -0.055592652, 0.046824817, -0.009574223, 0.064101115, 0.012300517, 0.06316744, 0.022431027) * inp_4_2_1; + result7 += M4(-0.0110835945, -0.035709593, 0.0062568868, -0.16939256, -0.071432, 0.032028876, -0.0009149528, -0.029291475, 0.056822017, 0.03648254, -0.0044128094, 0.076558, 0.028610272, 0.029286876, 0.013849348, -0.06008088) * inp_4_0_2; + result7 += M4(0.017193304, -0.08609467, -0.114926696, 0.008569745, 0.064677455, 0.021997632, -0.037474178, 0.036798898, -0.0070205107, 0.09218683, 0.039662346, -0.06999511, -0.014183757, 0.09981606, -0.025737105, -0.18469252) * inp_4_1_2; + result7 += M4(0.08114169, -0.08932726, -0.06591682, 0.22375573, -0.0592019, 0.0058373665, 0.0005517905, -0.21399073, 0.06338537, 0.06469077, 0.038892817, -0.012319365, -0.011642403, 0.04897896, 0.020184793, 0.21680406) * inp_4_2_2; + const V4 inp_5_0_0 = inp[5][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_5_1_0 = inp[5][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_5_2_0 = inp[5][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_5_0_1 = inp[5][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_5_1_1 = inp[5][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_5_2_1 = inp[5][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_5_0_2 = inp[5][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_5_1_2 = inp[5][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_5_2_2 = inp[5][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.09639723, 0.019623455, 0.03502168, 0.0015819162, -0.07310885, -0.014421388, 0.037700772, -0.0064477376, 0.18167883, -0.0048393174, 0.097951405, 0.17582287, -0.14447159, -0.013561119, -0.08432609, 0.017079959) * inp_5_0_0; + result0 += M4(-0.29126033, 0.0014284838, 0.03128897, 0.23774073, 0.3060028, -0.029180689, -0.027401337, -0.02267344, 0.09255037, -0.003678776, 0.1864457, 0.30703774, -0.03531717, -0.008385994, 0.025627868, 0.05756002) * inp_5_1_0; + result0 += M4(0.26541057, -0.025752133, 0.031633984, 0.10005743, 0.67495507, -0.003680258, -0.043193363, -0.2036465, -0.07645052, -0.030427027, 0.014584901, -0.042664066, -0.275144, 0.009240208, -0.046404272, -0.018810304) * inp_5_2_0; + result0 += M4(0.021013979, 0.014813853, 0.07911404, -0.1444182, -0.54727274, -0.009268266, 0.04022134, 0.12684247, -0.30038267, 0.02248798, 0.0061077755, 0.20241117, 0.23402683, -0.016401973, -0.09442051, -0.13675143) * inp_5_0_1; + result0 += M4(-0.23706245, -0.031257913, -0.08628467, 0.23450083, 0.20399468, 0.10579919, -0.089562476, -0.21620466, -0.21943516, 0.07585841, -0.0201101, 0.1490338, 0.15866753, 0.03285597, -0.039588124, -0.053916477) * inp_5_1_1; + result0 += M4(-0.342074, 0.017865414, 0.07062472, 0.02950625, 0.35015133, 0.008485132, 0.03564653, 0.020376109, -0.6775135, 0.057114378, -0.040432066, -0.092964195, 0.010963918, -0.013918043, 0.06504414, -0.11030097) * inp_5_2_1; + result0 += M4(-0.22844675, 0.014001213, -0.04086438, 0.084863655, 0.087168, 5.541374e-05, 0.011604691, 0.039620657, 0.15028104, -0.030173715, 0.018681722, 0.070294924, -0.18256938, 0.0070742327, -0.022397375, -0.088555574) * inp_5_0_2; + result0 += M4(-0.47852856, -0.07145776, -0.0133972205, -0.046973392, -0.17338958, 0.028134853, 0.071620464, 0.05690539, 0.35883972, -0.025274301, 0.07712871, -0.16081172, -0.16322364, -0.024391389, -0.067469135, 0.061676506) * inp_5_1_2; + result0 += M4(-0.07445045, -0.012794608, -0.0039132326, -0.07494543, -0.113105275, 0.012376516, 0.060291972, 0.15627836, 0.20165767, 0.012765501, 0.010279119, -0.059145514, -0.036382053, 0.0024349068, 0.024600217, 0.028058669) * inp_5_2_2; + result1 += M4(-0.11681317, 0.03149914, -0.02268626, 0.020316461, -0.020745754, -0.022057936, 0.11603356, 0.059167244, 0.180591, 0.007859221, 0.21512203, -0.152376, -0.01136518, -0.07473311, -0.13669038, -0.012819836) * inp_5_0_0; + result1 += M4(-0.09488874, -0.08475269, 0.14085326, -0.061465915, 0.110808425, -0.14405778, 0.08795244, 0.08661794, 0.001566795, -0.28005657, 0.12319642, 0.16375847, 0.03825587, 0.027379684, -0.026086988, -0.033544835) * inp_5_1_0; + result1 += M4(-0.024178658, 0.039714154, -0.022332655, 0.027840363, -0.084833294, 0.042918306, -0.06820202, -0.013766415, -0.028977763, 0.076982066, 0.08159648, 0.048630487, -0.09541338, -0.12086448, -0.054606907, 0.061259307) * inp_5_2_0; + result1 += M4(0.028484898, -0.08754084, -0.019393114, 0.05212884, 0.019788867, -0.10928174, 0.16783488, -0.08359005, -0.01789322, 0.12292074, 0.21100979, 0.2298663, -0.035063196, 0.049546044, -0.09684456, -0.037127335) * inp_5_0_1; + result1 += M4(0.041679863, -0.08330086, -0.085413165, -0.19831778, 0.011449993, 0.24410929, 0.17876562, 0.030729154, -0.08233354, 0.03577903, -0.2875507, -0.2586639, 0.08701183, -0.12489642, 0.09146369, 0.09907161) * inp_5_1_1; + result1 += M4(-0.1137863, 0.1294764, 0.07114643, -0.0884942, -0.083936214, 0.0039308253, -0.060638096, -0.084309764, 0.12899254, 0.049729593, 0.13215946, 0.08747073, -0.045221217, -0.15141639, -0.120706595, 0.101086065) * inp_5_2_1; + result1 += M4(0.03239429, 0.023022437, 0.031734172, -0.105552435, 0.16512278, -0.071802914, -0.0940899, -0.08822055, 0.026131403, 0.060049463, 0.08963213, 0.014226101, -0.056039397, -0.023193419, -0.02211962, 0.09586565) * inp_5_0_2; + result1 += M4(0.038940042, -0.10384484, 0.032894712, -0.06374842, 0.024433494, -0.11179946, 0.009297579, -0.09042177, -0.009861766, -0.10523442, 0.096748434, 0.10154991, 0.0034603768, -0.058967777, -0.01943932, 0.012956458) * inp_5_1_2; + result1 += M4(0.025030363, -0.08464013, -9.463664e-05, 0.06856157, 0.015833884, 0.020372042, -0.05939931, -0.16466674, -0.026872694, -0.009639568, -0.02205347, 0.038039636, 0.042517964, 0.018893948, -0.025083166, -0.06072224) * inp_5_2_2; + result2 += M4(0.044613276, -0.0044365483, -0.031890903, -0.068118684, 0.00451756, 0.091909565, 0.084706746, 0.00509735, -0.06491617, 0.049687378, 0.012085989, -0.02657065, -0.059202664, -0.057704385, 0.05672765, 0.0076996544) * inp_5_0_0; + result2 += M4(-0.027142838, 0.22921544, -0.026072044, 0.023841841, 0.055964675, 0.07886544, -0.011248455, 0.09057777, 0.15645592, 0.18226981, -0.016815161, 0.10025497, 0.0122841215, -0.18196501, 0.05883248, -0.008813972) * inp_5_1_0; + result2 += M4(-0.020361401, 0.057140194, -0.023875074, -0.00060182856, 0.09157251, 0.060253076, 0.07184111, 0.06533179, 0.011699057, -0.051180467, 0.0085244775, -0.018609332, 0.004147033, 0.004735625, -0.08515116, -0.09142699) * inp_5_2_0; + result2 += M4(0.012525249, -0.03737614, 0.0032246797, 0.028186318, -0.027078547, -0.08055211, 0.108352825, -0.040588744, -0.13525534, -0.07300308, -0.17663826, 0.09962636, 0.09065365, -0.030113708, 0.07513523, -0.062303938) * inp_5_0_1; + result2 += M4(-0.19876195, 0.03662235, 0.07384994, -0.08699163, 0.112804376, 0.14214832, 0.12136636, -0.008018662, 0.0360822, 0.020459104, -0.076799884, -0.030588064, -0.03676267, -0.17420748, -0.046172116, 0.11804814) * inp_5_1_1; + result2 += M4(0.025602289, -0.06960716, -0.021962672, 0.014916399, 0.039306387, 0.12853436, 0.11960012, -0.016889988, 0.020258224, -0.15462099, 0.017135601, 0.11469024, 0.054862443, -0.04226776, -0.088001445, 0.007761415) * inp_5_2_1; + result2 += M4(0.073070854, -0.014337648, -0.01697037, -0.0034614755, -0.14384398, 0.038372323, 0.02048754, -0.037072256, -0.05646204, 0.15092614, -0.07120959, 0.0011205621, -0.05623821, -0.08308258, 0.06719, 0.05511347) * inp_5_0_2; + result2 += M4(-0.03587211, -0.0022123232, 0.005160962, -0.011607667, 0.05731462, -0.03496403, -0.10008563, 0.019289026, 0.12506175, 0.07811547, -0.012465899, 0.0031733941, 0.07399184, -0.017878048, 0.028137797, 0.01891761) * inp_5_1_2; + result2 += M4(0.10230978, 0.014096747, -0.06777307, 0.05809704, -0.016897488, -0.041697167, 0.11451997, -0.1109451, 0.0046312213, 0.015489181, 0.01989739, -0.03155321, -0.008256596, -0.079512425, 0.009933611, 0.015943954) * inp_5_2_2; + result3 += M4(0.007913923, 0.023302376, 0.014195001, -0.042628683, 0.022702003, 0.020824619, 0.054448903, -0.014214888, -0.15230893, 0.027017456, -0.055805963, -0.020792942, -0.0036166536, -0.0024053461, -0.028186945, -0.04553071) * inp_5_0_0; + result3 += M4(-0.03747332, 0.09497244, 0.042652734, 0.055900328, -0.011268654, -0.05516379, 0.09533226, 0.06802106, -0.23316976, 0.11567081, 0.03190822, 0.10992797, 0.018976439, -0.0682327, 0.07743052, -0.17916438) * inp_5_1_0; + result3 += M4(-0.11481529, -0.09171004, -0.033503026, -0.015960397, -0.059237827, 0.01690542, -0.10769842, 0.08510701, 0.07984985, 0.12100806, 0.08898975, 0.05026093, 0.10702332, 0.15559758, 0.015156328, -0.032210726) * inp_5_2_0; + result3 += M4(0.037185226, -0.02921475, 0.054083195, -0.16814445, 0.13041309, 0.0034513238, 0.026534151, -0.04358078, 0.04967094, -0.082944445, -0.19175094, 0.117770284, -0.1838818, 0.022661967, -0.092036985, 0.041828036) * inp_5_0_1; + result3 += M4(0.07583914, -0.02660067, 0.07596429, 0.05443082, 0.04009684, 0.074418776, 0.1916427, -0.1403004, -0.08703482, 0.21093601, -0.26022056, 0.08639885, 0.0712981, -0.20584086, -0.030512385, -0.038807355) * inp_5_1_1; + result3 += M4(0.13374937, 0.20600063, 0.109381676, 0.036702737, -0.15909876, 0.046831544, -0.17815205, 0.04538742, 0.1322962, -0.17379756, 0.097563654, 0.016738946, -0.019171618, 0.02566055, 0.065581776, -0.041351534) * inp_5_2_1; + result3 += M4(-0.20493466, -0.054263074, -0.081377804, 0.06944882, 0.0755019, 0.015132356, 0.05086409, -0.06517121, 0.03255333, -0.017783852, 0.05066036, -0.048259325, -0.095798865, -0.057715565, -0.06984171, -0.01844315) * inp_5_0_2; + result3 += M4(-0.15733866, 0.19137177, 0.060902666, -0.046485204, 0.16182293, 0.025609003, 0.095348895, 0.08928013, 0.028072352, 0.017341128, -0.057890214, -0.0794134, -0.18598579, 0.10838677, -0.03538431, 0.04786554) * inp_5_1_2; + result3 += M4(-0.012257016, 0.11531798, 0.13337697, 0.006979419, -0.0849715, 0.16393217, -0.13725092, 0.036098, 0.07305728, -0.09024206, -0.00012192584, 0.010187788, -0.1048917, -0.10521513, 0.046232123, 0.055407766) * inp_5_2_2; + result4 += M4(0.07235909, -0.027621904, 0.011298396, -0.1765747, -0.014496057, -0.057982754, -0.046290796, 0.13571985, -0.1205281, -0.04798082, -0.25495487, 0.30243614, 0.04303486, 0.01862748, 0.118062235, -0.1278449) * inp_5_0_0; + result4 += M4(-0.11465966, 0.034462675, -0.07721744, 0.32512853, -0.16139716, -0.0101645, -0.124239594, -0.15424131, 0.1176077, 0.011714854, -0.14774185, -0.13813128, -0.045942284, -0.02931548, -0.0691589, 0.1005967) * inp_5_1_0; + result4 += M4(-0.027374454, 0.011491806, 0.027207306, 0.24838154, 0.005553664, 0.020350173, 0.018156052, 0.065076634, 0.04909349, -0.022477591, -0.013353649, -0.11608244, 0.052524254, 0.09376264, -0.07016483, -1.015391) * inp_5_2_0; + result4 += M4(0.019349854, 0.05526898, 0.0020555973, 0.1023498, -0.094652, -0.14251117, -0.0012969668, -0.14440864, -0.09144545, -0.03954085, -0.09708599, 0.010568958, 0.1815024, -0.02544401, 0.13482778, -0.1196587) * inp_5_0_1; + result4 += M4(0.076679856, -0.12071274, 0.091251, -0.24224363, -0.16503774, 0.10537857, -0.025352625, 0.13572288, -0.0616467, 0.30512542, 0.0007369243, -0.14596604, 0.1508832, -0.029030038, 0.07809325, -0.43181404) * inp_5_1_1; + result4 += M4(-0.050186176, 0.10699554, -0.025247447, -0.31157878, 0.008381582, 0.15348884, -0.020341069, 0.028304804, -0.0921669, -0.0011651425, 0.051618416, 0.041985366, 0.024278248, 0.07890664, -0.020202482, -0.5847288) * inp_5_2_1; + result4 += M4(-0.0018896905, -0.022382151, -0.06236328, 0.0008795104, 0.047349453, -0.07002224, 0.03688507, -0.08759693, 0.06889491, -0.060934015, -0.016035557, -0.1911462, 0.04429247, -0.013329024, -0.09003203, -0.37416485) * inp_5_0_2; + result4 += M4(0.11115817, -0.041630268, -0.012892016, -0.13964325, -0.13322541, -0.044140078, 0.06724884, 0.34590197, 0.12641588, 0.005511371, 0.0029400012, -0.12970345, 0.048500065, 0.088345684, -0.018711587, -0.12455347) * inp_5_1_2; + result4 += M4(-0.0014720167, 0.03022943, -0.077706255, -0.09305804, -0.01532213, 0.10398704, 0.013513487, -0.28069502, 0.0142068, 0.0026904861, 0.028715244, 0.027275652, 0.0057213604, -0.028090455, 0.017065007, -0.50258094) * inp_5_2_2; + result5 += M4(-0.008406699, -0.048557565, 0.035171904, 0.08983506, -0.051122516, 0.09912029, 0.01437341, -0.029460909, -0.04626288, 0.060715977, 0.0090973545, -0.016478004, 0.0073210597, 0.109622456, -0.05084672, -0.020122396) * inp_5_0_0; + result5 += M4(-0.05812229, 0.003318833, -0.019294033, -0.12664388, -0.06468669, 0.19390605, 0.08208434, -0.038719073, -0.1793958, 0.091862544, -0.005538765, 0.07508124, 0.19268127, 0.098129705, 0.047305394, -0.03129764) * inp_5_1_0; + result5 += M4(-0.03205671, -0.10576084, 0.011776709, -0.044336442, -0.04775037, -0.10696657, -0.02130634, -0.027597498, 0.022606473, -0.10720503, 0.012193138, -0.04583097, -0.055101357, 0.16359137, 0.004493769, -0.43047705) * inp_5_2_0; + result5 += M4(0.05366144, 0.026731309, 0.03478386, 0.02425013, -0.00010824641, 0.035470463, 0.016595501, -0.024765797, 0.07870931, -0.30097613, 0.0676478, -0.064222805, -0.082984656, 0.083329715, -0.06503138, -0.1147459) * inp_5_0_1; + result5 += M4(-0.008523245, -0.20545046, -0.091664396, -0.0049091675, 0.0050255316, -0.049038984, 0.00652147, -0.16740447, 0.033472482, -0.04478749, 0.011609399, 0.06824236, 0.11987239, 0.2021274, 0.01551683, -0.30101228) * inp_5_1_1; + result5 += M4(0.027618162, -0.08463503, -0.030308284, -0.023203282, 0.0048146397, 0.06658525, 0.040134102, 0.013716598, 0.016389064, -0.076771185, -0.020630794, -0.027869198, 0.0589834, 0.3248375, 0.03900721, -0.10140257) * inp_5_2_1; + result5 += M4(-0.060554717, 0.022966787, 0.038096186, -0.0037524437, -0.011273997, 0.005460832, -0.031279743, -0.017391417, 0.01658271, -0.16143888, -0.009319516, -0.041977346, 0.017656824, 0.083329156, -0.006246936, -0.31061533) * inp_5_0_2; + result5 += M4(-0.05332282, -0.22536638, -0.01890712, -0.057318285, 0.086653166, 0.17252193, 0.049653295, 0.05581569, -0.06649884, 0.05829692, -0.018752197, -0.044045765, -0.004481305, -0.0034842696, -0.023945756, -0.18526615) * inp_5_1_2; + result5 += M4(-0.02459517, 0.00967227, 0.020229094, -0.018288752, -0.017976828, -0.036817126, -0.010001165, -0.017720468, -0.0108538065, -0.012859125, 0.00016280079, -0.08256117, -0.030471824, 0.0008679164, -0.03319119, 0.0018225184) * inp_5_2_2; + result6 += M4(0.054306347, -0.15290415, -0.037458636, -0.017757421, 0.0005467001, -0.14890948, 0.029019784, 0.02001293, 0.20430593, 0.27819824, -0.0059977137, 0.061879914, -0.13057502, 0.0021194692, 0.0015575424, 0.02769835) * inp_5_0_0; + result6 += M4(0.05485167, -0.083570525, -0.17038752, 0.010494601, -0.17244375, 0.15428694, -0.06684956, -0.030360866, -0.103553005, -0.06311344, 0.03484925, 0.029834962, -0.11367296, -0.1916496, -0.1510687, -0.029223694) * inp_5_1_0; + result6 += M4(-0.05197318, -0.03608708, -0.08879769, 0.037348874, 0.026914857, 0.08394489, 0.2084273, -0.024667064, -0.016009899, 0.10421695, 0.048901215, -0.011293024, 0.10138146, 0.07363253, -0.030219194, -0.037951246) * inp_5_2_0; + result6 += M4(-0.07039613, -0.2202391, 0.12443942, 0.0480893, -0.14882348, 0.11112176, -0.079470195, -0.0038422423, -0.19921704, 0.18357034, -0.2052029, 0.07961839, -0.01121104, 0.02506743, -0.04750742, -0.03589245) * inp_5_0_1; + result6 += M4(-0.1724883, -0.18451235, -0.016324544, -0.0435086, 0.12102808, -0.05903197, 0.20429957, -0.026523046, 0.24256164, -0.18879442, 0.066243745, -0.06912464, 0.0778787, -0.053949833, 0.0758946, -0.05088434) * inp_5_1_1; + result6 += M4(0.11009434, -0.044795446, -0.10300328, 0.09686555, 0.19097812, -0.02973977, -0.25188747, 0.056195833, -0.048697688, 0.13360028, -0.08103348, -0.019849071, 0.045514822, -0.24554521, -0.092048824, -0.009823563) * inp_5_2_1; + result6 += M4(0.0031899977, 0.111939184, -0.10154793, 0.023950541, -0.01545594, -0.05408119, 0.04445424, 0.071756326, -0.0042254766, 0.16752541, 0.019423569, 0.0789649, 0.10669294, -0.14959094, -0.08071637, -0.0566634) * inp_5_0_2; + result6 += M4(0.016636662, -0.0043592616, 0.049911737, -0.08240926, 0.02341934, 0.18200795, -0.095903516, 0.035464257, 0.013341172, -0.21105696, 0.18157603, 0.007388641, 0.04299483, 0.07566842, 0.004422022, -0.018408777) * inp_5_1_2; + result6 += M4(-0.032283112, 0.018966956, 0.14916602, 0.028032156, 0.124131374, -0.091412544, -0.17238836, 0.076139845, -0.011591729, 0.054044627, 0.049857534, -0.024303673, -0.017544836, 0.019526491, 0.030814582, -0.031444456) * inp_5_2_2; + result7 += M4(0.1054277, -0.05588603, 0.0040042754, -0.022679763, 0.00019188969, -0.08028566, -0.0057191667, 0.047501147, -0.069374226, -0.1432808, -0.0047000865, 0.06051547, -0.06231789, -0.009543958, 0.008812655, 0.009808097) * inp_5_0_0; + result7 += M4(-0.16799815, -0.0983575, 0.032900676, 0.024434093, -0.015439524, 0.012054578, -0.054596145, -0.052522466, -0.016160874, -0.22184886, -0.0014744007, 0.1292467, 0.045455676, 0.37723166, -0.04526237, -0.007467324) * inp_5_1_0; + result7 += M4(0.02376558, -0.010139901, -0.0040325196, -0.009129071, 0.0028625603, -0.17736973, 0.013249183, -0.12509376, -0.032082245, -0.05859872, -0.0015787275, -0.24458185, -0.0024620641, -0.08208759, 0.019349, 0.14647795) * inp_5_2_0; + result7 += M4(0.066825785, 0.0035896879, 0.010954373, 0.16944337, 0.11076889, -0.052402984, -0.033274803, 0.051613946, -0.22818595, 0.01693611, -0.075045995, -0.072047375, 0.08568909, -0.053329717, 0.0275275, -0.0629556) * inp_5_0_1; + result7 += M4(-0.12534282, -0.15166305, 0.029134141, 0.2599543, -0.13259989, -0.059403762, 0.0022948862, -0.12381564, -0.16464439, 0.07920561, 0.071009405, -0.18002638, 0.1493605, -0.05973153, -0.033991057, -0.004347517) * inp_5_1_1; + result7 += M4(-0.10859914, 0.19777662, 0.030716414, 0.20239219, -0.049674973, -0.008065452, 0.044835646, -0.024891462, -0.013373799, 0.056004763, 0.02393868, -0.12625471, 0.0014617656, 0.08599903, -0.031700462, 0.36635354) * inp_5_2_1; + result7 += M4(-0.0113587715, -0.011903081, 0.008487691, -0.054146536, 0.116987415, -0.01823161, 0.008221788, 0.026918514, -0.09686553, -0.08222311, -0.017111372, 0.008134881, 0.037866976, -0.009848268, -0.0036449763, -0.029423602) * inp_5_0_2; + result7 += M4(-0.08639899, -0.08491009, 0.025705481, 0.05089163, -0.1226224, 0.09756131, 0.029850222, 0.090274915, 0.06547528, 0.01946126, 0.038230956, -0.02194068, -0.12762366, -0.042146087, 0.007112803, -0.07842905) * inp_5_1_2; + result7 += M4(-0.0022227848, -0.08329949, 0.02959531, 0.040456764, -0.0064215194, 0.02860254, 0.048657935, -0.14058267, 0.03534701, 0.060297586, 0.027902277, -0.1314796, 0.017715896, 0.02089232, -0.06317515, 0.20956494) * inp_5_2_2; + const V4 inp_6_0_0 = inp[6][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_6_1_0 = inp[6][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_6_2_0 = inp[6][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_6_0_1 = inp[6][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_6_1_1 = inp[6][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_6_2_1 = inp[6][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_6_0_2 = inp[6][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_6_1_2 = inp[6][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_6_2_2 = inp[6][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.25393915, 0.027043493, 0.10654072, -0.08525964, 0.20249307, -0.019689774, 0.088514835, 0.055691637, 0.07853764, 0.013202991, -0.043258864, 0.19107047, 0.04702102, -0.014156893, 0.0033811873, -0.037611388) * inp_6_0_0; + result0 += M4(0.033156276, 0.07636262, -0.06685837, -0.28202713, 0.22048311, 0.0462825, 0.05857877, 0.07332606, 0.048307907, -0.03430054, 0.0070701134, 0.5920388, 0.110328935, 0.017119845, 0.01771777, 0.061522327) * inp_6_1_0; + result0 += M4(-0.14306721, 0.018294387, 0.05322048, 0.13556401, -0.44980633, -0.026256885, 0.036100645, 0.052315935, -0.02804871, -0.038344417, -0.06134128, 0.09689426, -0.38987854, 0.033323664, -0.016000343, -0.027510263) * inp_6_2_0; + result0 += M4(-0.05866317, 0.002032687, -0.00082775136, 0.01918676, -0.8169642, 0.010328964, 0.03521559, -0.0045707095, -0.031340435, -0.041630466, -0.12584916, 0.20539902, -0.3811032, 0.021354739, 0.069914445, 0.022269484) * inp_6_0_1; + result0 += M4(-0.21982393, -0.05576107, 0.0106865335, -0.023040164, -0.28949955, -0.06332665, 0.021895444, -0.24727438, -0.44725484, -0.031924695, -0.19216938, -0.16648085, -0.07408462, 0.4233083, 0.07934516, 0.06216793) * inp_6_1_1; + result0 += M4(-0.28820154, -0.042204183, 0.024222985, -0.048393644, 0.49974486, 0.033231325, 0.15504667, -0.056728065, 0.025556048, 0.011941008, 0.0023960497, 0.2241848, -0.32327613, -0.020013746, 0.11392184, 0.119333185) * inp_6_2_1; + result0 += M4(0.10622549, -0.018464077, 0.0014811973, 0.04246788, 0.23711115, 0.022047043, -0.010956674, -0.32996896, 0.38611406, -0.010244608, -0.089753434, 0.1721411, 0.15261765, 0.017590474, -0.091452375, -0.06120876) * inp_6_0_2; + result0 += M4(-0.36187828, 0.046506863, 0.027647553, 0.07766764, -0.008927769, 0.029563801, 0.088589504, -0.07676116, -0.6741914, -0.042154882, -0.11486244, -0.025150308, 0.13505991, 0.10773672, -0.07541369, -0.04765177) * inp_6_1_2; + result0 += M4(-0.09275451, -0.036147922, 0.02442931, -0.0608519, -0.066692024, -0.009296469, 0.025921594, -0.0864245, 0.16720207, -0.014351896, -0.059308108, 0.1421038, -0.48381627, -0.010173694, -0.07645824, 0.10173988) * inp_6_2_2; + result1 += M4(0.021645268, 0.0043825703, -0.16172194, 0.06445194, -0.010337363, -0.16858889, 0.051624708, 0.08887425, -0.043036472, 0.007312386, -0.17240277, 0.025320921, -0.0421981, 0.036202926, 0.10609745, 0.011319706) * inp_6_0_0; + result1 += M4(0.1734824, 0.20596263, -0.030022183, -0.07502591, -0.020815842, -0.01705872, -0.1227436, 0.1728855, -0.077626616, -0.19424133, -0.2696285, 0.09892899, -0.019736798, 0.026121566, 0.19268756, 0.020965343) * inp_6_1_0; + result1 += M4(0.09426492, -0.20829585, -0.045784738, -0.12571745, -0.054934982, 0.06938974, -0.10507394, -0.16100837, 0.026930384, 0.22542931, 0.004433424, -0.02133527, 0.011294125, 0.059978377, 0.13484445, 0.050203104) * inp_6_2_0; + result1 += M4(0.147049, -0.07776654, 0.090112254, -0.10758261, -0.03289161, 0.0032854977, -0.10761223, -0.19068107, -0.047427285, -0.0011766541, -0.14620113, 0.15797806, 0.08705205, -0.04227856, -0.046255957, 0.043652162) * inp_6_0_1; + result1 += M4(-0.02203102, 0.048884254, 0.15652215, -0.19973655, -0.03216301, -0.0064756055, 0.0037791517, 0.07314491, 0.42457983, -0.32528463, -0.39035124, -0.49028015, 0.18985026, -0.043185495, -0.16898492, 0.20890115) * inp_6_1_1; + result1 += M4(0.024364896, 0.07072389, -0.06361858, 0.07415382, -0.08902979, -0.1380986, -0.043800533, 0.055555053, -0.010688307, -0.20621417, -0.07234901, -0.23523419, -0.03651353, -0.11973608, 0.08604351, -0.018616544) * inp_6_2_1; + result1 += M4(0.114704296, 0.0012821173, -0.068033196, -0.070000984, -0.0007685309, -0.17655277, -0.06394455, 0.1268617, -0.076321155, 0.026202505, -0.058968563, -0.043015704, -0.030609187, 0.10198176, 0.001809263, 0.037366103) * inp_6_0_2; + result1 += M4(-0.052484885, -0.044683196, 0.03053242, 0.013953853, -0.040653836, 0.010002641, 0.006469731, -0.0014986227, -0.10032769, 0.16959572, -0.069859795, -0.3469522, 0.07481783, 0.03471578, 0.0019469812, -0.029517153) * inp_6_1_2; + result1 += M4(0.06942419, -0.014424148, -0.024126932, -0.056571778, 0.03541477, 0.043873753, 0.019538937, 0.03239783, -0.037636098, -0.014105033, -0.04605435, 0.1802105, 0.018014977, 0.04295682, 0.013464534, 0.021019042) * inp_6_2_2; + result2 += M4(-0.071756266, -0.06706221, -0.08776969, 0.033242766, 0.045480903, 0.08577256, -0.049715064, 0.035287466, -0.08222192, -0.112818174, 0.3058014, 0.020747164, 0.025694553, -0.063401744, -0.042200796, 0.025968723) * inp_6_0_0; + result2 += M4(-0.13321926, -0.10132593, -0.17897432, -0.14326371, 0.06180942, -0.03581478, -0.052736517, -0.10874825, -0.008085818, 0.06525462, 0.449162, -0.030954784, 0.043084864, -0.017855136, -0.09416133, -0.0776152) * inp_6_1_0; + result2 += M4(-0.03527179, 0.14117101, -0.0018107274, -0.073505834, -0.09282823, -0.22143118, 0.028014453, -0.114395574, -0.035342608, 0.012621842, 0.11709762, -0.23005305, 0.050080653, -0.09179107, 0.049132098, 0.07343873) * inp_6_2_0; + result2 += M4(-0.03269113, 0.13727617, 0.06639271, -0.030616252, -0.1055029, -0.026697636, 0.023550695, -0.039226644, -0.038068492, -0.08316144, 0.40446988, 0.058594167, 0.014248768, 0.0086992495, -0.011190517, 0.010902662) * inp_6_0_1; + result2 += M4(-0.019433009, -0.10286144, 0.060004223, -0.038420953, 0.03036159, -0.2744554, -0.09569878, 0.13525376, -0.45776287, -0.563084, 0.83304495, -0.16487391, -0.07259872, 0.19638029, -0.42446634, 0.030365331) * inp_6_1_1; + result2 += M4(-0.03255235, -0.083292186, 0.05127079, 0.16399868, 0.041848473, 0.025235591, -0.04822653, 0.021993848, 0.030882882, 0.17710914, 0.29183725, -0.25232372, -0.03376157, 0.069926046, 0.18542269, -0.20078623) * inp_6_2_1; + result2 += M4(-0.101534605, 0.0111554405, 0.07763956, -0.066853195, 0.14802791, 0.22426645, -0.014106987, 0.0079514915, -0.019993098, 0.13241445, 0.17657594, 0.008934296, 0.01487143, -0.044789407, 0.012656156, 0.020323789) * inp_6_0_2; + result2 += M4(-0.008234025, 0.08456227, -0.17759554, 0.011694055, -0.010427372, -0.07783142, -0.046155173, 0.05392593, -0.16888404, -0.2840302, 0.3909782, -0.08185675, 0.08337252, -0.04670822, -0.09239724, -0.07711184) * inp_6_1_2; + result2 += M4(-0.022138517, 0.017613856, -0.09870348, 0.03693813, -0.055293337, -0.12173775, -0.056648545, -0.043140687, -0.04919115, -0.01679964, 0.11903821, -0.0042499895, 0.049133506, -0.17641966, 0.08807258, 0.013178107) * inp_6_2_2; + result3 += M4(-0.017510176, 0.032520328, 0.04467492, -0.10445434, -0.02616554, -0.00015490681, -0.08131455, 0.020718355, -0.056793895, 0.1402375, 0.023429967, 0.0074513434, -0.034528255, -0.021868426, 0.011149289, -0.03791223) * inp_6_0_0; + result3 += M4(0.09344338, -0.10496054, 0.035130817, -0.30397677, 0.006309203, 0.07825759, -0.012441558, -0.13795666, -0.06419988, 0.07479083, 0.098842844, 0.053989477, -0.030339701, -0.06560822, 0.07718683, -0.093575194) * inp_6_1_0; + result3 += M4(-0.18743142, -0.20367543, -0.045681503, -0.023350526, 0.45909318, -0.13704588, -0.27462173, -0.04882571, 0.16531849, 0.09619273, 0.06036674, 0.00022124624, 0.027497444, -0.1107107, -0.054146938, 0.116237246) * inp_6_2_0; + result3 += M4(-0.22343463, -0.03975446, -0.019462354, 0.012858684, -0.0686507, -0.050538924, -0.08339368, 0.07178159, -0.06680497, -0.03128726, 0.018951185, 0.029051654, 0.070689976, -0.005537569, 0.02662559, 0.052618824) * inp_6_0_1; + result3 += M4(-0.114782125, -0.16896574, 0.06213668, -0.07327341, -0.54700404, -0.23186733, -0.05671132, 0.04637826, -0.060617987, -0.11623172, 0.26331487, -0.3564901, 0.10262385, 0.106946684, 0.19420712, -0.18107696) * inp_6_1_1; + result3 += M4(0.02985258, -0.14546846, 0.13773356, -0.007043981, -0.12571162, -0.2121989, 0.10892215, -0.08025874, -0.0034233916, 0.17689225, 0.106857084, -0.14621517, -0.00082668406, 0.16190575, -0.17757492, -0.0901998) * inp_6_2_1; + result3 += M4(-0.18254142, 0.00018911867, -0.032326326, -0.026256783, -0.051194996, 0.20952101, -0.005766911, -0.17304982, -0.2728, 0.014618033, -0.08374399, -0.037366375, -0.052216236, -0.060712695, -0.08576589, 0.01029981) * inp_6_0_2; + result3 += M4(-0.2192291, -0.06208528, 0.006770767, 0.025115982, -0.120716535, -0.3642819, -0.07612305, 0.10545096, -0.13745363, -0.16342284, 0.048389412, 0.16732548, -0.06157264, -0.0131712565, -0.007632807, 0.05884671) * inp_6_1_2; + result3 += M4(-0.010386156, -0.05843791, 0.0080460375, -0.02215248, -0.0046986993, 0.13692026, -0.01638287, -0.008291713, -0.18422179, 0.14790569, 0.12798262, -0.021673547, 0.07490734, -0.06830054, 0.11235734, 0.06693663) * inp_6_2_2; + result4 += M4(0.031609837, -0.0630666, 0.07795094, 0.07437754, -0.063570656, -0.037965033, -0.09425062, -0.37422004, 0.11048699, 0.0057330118, 0.07405185, 0.041608755, 0.0163884, -0.01686625, -0.078330874, 0.03185675) * inp_6_0_0; + result4 += M4(0.072703406, -0.018203175, 0.106149, -0.09128971, 0.08215875, 0.112117656, 0.028551959, -0.03622092, 0.018705795, -0.08304299, -0.15704195, -0.3604947, 0.03103266, 0.009065896, -0.049972847, -0.24236012) * inp_6_1_0; + result4 += M4(-0.002173286, 0.008756497, 0.042513568, -0.1873562, 0.00010484744, 0.017321931, -0.0018877642, 0.011367446, 0.11943365, -0.049579285, 0.011112072, 0.07898906, 0.038162302, 0.019985512, 0.005278514, -0.44685748) * inp_6_2_0; + result4 += M4(0.16972722, -0.15696916, -0.001954752, 0.0025888218, 0.07641538, 0.008134348, 0.14522226, 0.0031370253, -0.0061739367, -0.085180596, -0.031076128, -0.008505356, 0.019127209, 0.04726678, -0.028039595, 0.11001677) * inp_6_0_1; + result4 += M4(0.03907581, -0.23740238, -0.14140205, 0.12133183, -0.18523853, -0.014035527, -0.05070725, 0.060119003, 0.21701236, -0.44652292, 0.059642103, -0.14113769, -0.13122131, 0.04188876, -0.083592445, 0.22188784) * inp_6_1_1; + result4 += M4(-0.04496993, 0.030880382, 0.062058993, -0.099997036, 0.2503525, -0.03315698, 0.07771736, -0.13464513, 0.13384888, -0.06966423, -0.15768729, -0.2526265, 0.23433943, -0.20503657, 0.024308644, 0.23484896) * inp_6_2_1; + result4 += M4(0.02025899, -0.08161794, -0.06530419, -0.2512789, 0.20856737, -0.02937036, 0.046130184, -0.122473024, 0.20739011, -0.032584213, -0.03908568, 0.15932591, 0.009598298, 0.014865036, -0.085329674, -0.048375398) * inp_6_0_2; + result4 += M4(0.052322518, 0.016933598, -0.055045877, 0.25808656, 0.042450767, -0.043159146, -0.015732674, 0.034701332, -0.10254416, -0.09605927, -0.12641044, -0.061084706, 0.025757095, 0.01171015, -0.12510143, 0.013340438) * inp_6_1_2; + result4 += M4(-0.061878797, -0.0773353, -0.005220705, -0.051035535, 0.019303745, 0.027005015, -0.041179057, 0.009875763, 0.090891965, -0.030093135, -0.06234941, -0.55638164, 0.047078833, -0.034335647, 0.056138657, -0.20027333) * inp_6_2_2; + result5 += M4(0.05015349, 0.0054716445, 0.004177627, -0.050633695, -0.06938389, 0.16214839, 0.011296689, -0.082514316, 0.11996339, 0.061887678, -0.040852424, -0.07084067, 0.06265393, -0.016822362, 0.044242088, 0.021039015) * inp_6_0_0; + result5 += M4(0.10928485, -0.19676699, -0.02157162, -0.13219342, -0.012391194, -0.19025202, 0.00090946903, -0.035217367, 0.03376469, -0.0024619242, 0.05372507, 0.008681183, -0.062195737, -0.12777862, 0.06806728, -0.11032593) * inp_6_1_0; + result5 += M4(-0.046830658, 0.10160007, 0.007642938, 0.11314667, 0.08784253, -0.009776112, -0.010324244, 0.00475375, 0.012185085, -0.32649335, -0.003846677, -0.049783777, -0.016552377, -0.30174103, 0.042688444, -0.075603515) * inp_6_2_0; + result5 += M4(-0.036016952, -0.080664165, -0.027861608, -0.003190699, 0.11259605, 0.112028256, -0.014719422, -0.06710741, 0.08090713, -0.09921882, -0.017237093, -0.040568177, -0.037067454, 0.13548112, 0.049555253, 0.08202979) * inp_6_0_1; + result5 += M4(0.055869065, -0.14269185, 0.1695267, -0.045701936, 0.025154047, -0.06405588, 0.029307313, -0.021124221, 0.12457562, -0.10093063, -0.12307042, -0.11815914, 0.046201903, 0.27481177, 0.20769885, -0.11983943) * inp_6_1_1; + result5 += M4(0.007588693, 0.06840485, -0.02285377, 0.086424656, -0.035932403, 0.069937855, 0.04131619, 0.12279977, 0.05461197, -0.030206274, -0.004099659, 0.01782275, 0.13221116, 0.1202803, -0.06958632, -0.13069847) * inp_6_2_1; + result5 += M4(-0.030061426, -0.016772136, 0.019963643, -0.005000318, 0.02433712, 0.051145535, -0.06959564, -0.009373117, -0.042612027, 0.11588607, -0.031018581, -0.024111094, -0.0043351934, -0.054152235, -0.0017856905, 0.04642136) * inp_6_0_2; + result5 += M4(0.019618109, -0.10475815, 0.015852138, 0.06479645, -0.0024639575, 0.24204022, -0.01686291, -0.0049417815, -0.0023533348, -0.2145702, 0.021186195, 0.010546704, 0.054356057, -0.0770356, 0.17403676, 0.010118797) * inp_6_1_2; + result5 += M4(-0.085872956, -0.10604888, -0.0023606545, 0.04655231, 0.024092479, 0.024500292, -0.03088973, -0.03515796, 0.040848736, 0.03247573, 0.00054549915, -0.049297735, 0.047631543, -0.059411403, 0.04567129, -0.15874743) * inp_6_2_2; + result6 += M4(-0.063367255, -0.28621587, -0.120857835, 0.024785351, -0.043610282, -0.0012173338, -0.10997328, 0.02592127, 0.039859094, 0.05960013, 0.079700045, -0.015343179, -0.014860274, -0.064913794, -0.034614667, -0.023543619) * inp_6_0_0; + result6 += M4(0.18142469, -0.015515836, 0.06008566, -0.011752868, 0.027775854, -0.11123888, 0.056306146, 0.034829333, -0.23161115, 0.0037358522, -0.04274176, -0.09420979, -0.13533166, 0.11379144, 0.12625267, -0.013195443) * inp_6_1_0; + result6 += M4(0.014412624, -0.032631543, -0.12249058, 0.04733892, 0.17094655, 0.016640391, 0.11685866, -0.046863843, -0.016974678, 0.0050411853, 0.05741516, -0.018831814, -0.017991679, 0.1693767, 0.109981544, -0.006787796) * inp_6_2_0; + result6 += M4(-0.050179794, -0.13851736, -0.0069271014, -0.045395944, 0.12965961, -0.4452648, 0.06868209, -0.022281444, -0.3445984, 0.18332383, -0.06992578, -0.02618501, 0.05548849, -0.08292498, -0.080153175, 0.02323775) * inp_6_0_1; + result6 += M4(-0.0015876463, -0.13806427, 0.10639416, 0.023437254, -0.09670931, -0.5395201, -0.35598695, 0.08137909, -0.30675673, -0.68870056, 0.43683702, 0.30065536, 0.29636112, 0.030135915, 0.102863364, 0.072151996) * inp_6_1_1; + result6 += M4(-0.097966, -0.07202368, 0.116947845, -0.007939853, -0.07737768, -0.06664585, -0.029885257, 0.033253044, 0.16170298, -0.08897594, 0.028270183, 0.015337859, 0.009223266, -0.043351427, -0.15840903, -0.08737145) * inp_6_2_1; + result6 += M4(0.07815449, -0.10610426, 0.048390064, 0.0063902456, -0.14476854, -0.34215242, 0.23453464, -0.015078656, -0.013611805, 0.13649997, -0.022992669, -0.047386788, -0.048223104, 0.08353466, 0.007523702, 0.0042962017) * inp_6_0_2; + result6 += M4(0.021398082, 0.06574901, 0.01570379, 0.047632955, 0.1265327, -0.18084514, -0.052373953, -0.061091397, 0.12890914, 0.32485107, -0.2191356, -0.08265301, -0.05019005, -0.11458044, -0.014290698, -0.02415455) * inp_6_1_2; + result6 += M4(-0.088630505, -0.01243738, 0.09319013, 0.015001567, 0.022774188, 0.021965843, -0.08747621, 0.021479324, -0.026393006, 0.16437857, -0.052892763, -0.02286325, -0.15871418, 0.089870855, 0.018521631, -0.050778393) * inp_6_2_2; + result7 += M4(0.02045469, 0.0287529, 0.0010241847, 0.038917143, -0.009055708, -0.10922389, -0.018602332, 0.022323998, 0.06595422, 0.007557209, 0.02378333, 0.084593475, 0.04378051, 0.04266329, -0.015951708, 0.026474161) * inp_6_0_0; + result7 += M4(0.18397386, -0.10782103, 0.024844088, 0.16343658, -0.008296337, -0.14727564, 0.024463428, -0.027936272, -0.051447846, 0.16396451, -0.059130464, 0.06169333, -0.011365445, -0.13367778, -0.04661004, -0.039218057) * inp_6_1_0; + result7 += M4(0.06714862, 0.03827444, 0.042638022, -0.039566677, 0.035940494, 0.13743882, -0.0037021409, -0.0058530117, 0.04580861, 0.00055077183, -0.014116449, 0.082206964, 0.05168469, -0.24674025, -0.044270154, -0.14466943) * inp_6_2_0; + result7 += M4(0.13655049, -0.0037868884, 0.017740099, 0.037811954, -0.12685275, 0.1465944, 0.044949457, -0.1675934, -0.050905135, 0.073416695, -0.010995415, 0.19101281, 0.017208947, 0.041205052, 0.031716064, -0.0029537608) * inp_6_0_1; + result7 += M4(0.005168128, -0.2644406, 0.03652085, 0.08124011, -0.061455008, 0.13233157, -0.049555544, 0.3325822, 0.57566077, 0.229378, -0.06316978, 0.042738564, -0.26401246, 0.06409805, -0.02197178, 0.021361612) * inp_6_1_1; + result7 += M4(0.2247919, -0.02473068, -0.055994432, 0.023506895, 0.025630778, -0.17377566, -0.020805294, -0.13436401, 0.054779552, -0.017440123, 0.026569206, 0.21781074, -0.21824166, -0.34215078, -0.0857649, -0.45669833) * inp_6_2_1; + result7 += M4(0.038947687, -0.014291097, 0.030199952, -0.07234113, 0.14106016, -0.070706524, 0.014074831, 0.07009277, -0.008786437, 0.06321196, -0.00082987256, -0.09311384, 0.06342896, -0.006780464, -0.012114174, 0.073668234) * inp_6_0_2; + result7 += M4(-0.046575416, -0.058892816, -0.045538478, 0.075719476, -0.015011017, 0.054017406, 0.009706081, 0.10392646, 0.12592232, 0.11429299, -0.01416236, 0.1002617, -0.028155196, -0.0038782626, 0.05325286, 0.17454463) * inp_6_1_2; + result7 += M4(0.016017746, -0.0024375727, 0.007960641, 0.038799986, -0.0015452035, -0.031820048, -0.017755242, 0.0053485422, -0.026057664, 0.015303216, -0.011386129, 0.29278004, 0.11512724, -0.04430394, 0.0023577774, -0.35880366) * inp_6_2_2; + const V4 inp_7_0_0 = inp[7][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_7_1_0 = inp[7][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_7_2_0 = inp[7][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_7_0_1 = inp[7][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_7_1_1 = inp[7][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_7_2_1 = inp[7][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_7_0_2 = inp[7][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_7_1_2 = inp[7][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_7_2_2 = inp[7][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.093057826, 0.01858744, 0.017055932, 0.047575798, -0.48920795, 0.013446175, -0.12276054, 0.41135016, -0.48648903, -0.007991985, -0.07679736, 0.61650306, -0.045889717, 0.017647497, -0.1537697, -0.23686765) * inp_7_0_0; + result0 += M4(-0.13263807, 0.041109014, 0.11245959, -0.013866342, -0.013694788, 0.027526988, -0.05249651, 0.16716316, -0.34208536, -0.02216198, 0.034313936, -0.09952266, -0.2565534, -0.08825595, -0.13494068, -0.2541753) * inp_7_1_0; + result0 += M4(0.051394768, 0.0077571133, 0.010582183, -0.032381758, -0.6963541, 0.02442121, -0.04768973, 0.106575586, 0.1176033, 0.030320967, -0.04171274, 0.04240642, 0.2899816, -0.03647807, 0.021847246, 0.13718957) * inp_7_2_0; + result0 += M4(-0.315567, 0.16788216, 0.11532435, 0.018762646, -0.3924175, -0.0026032638, 0.017891156, 0.17197019, -0.23087408, -0.05040391, -0.09186718, 0.13994148, -0.0016433849, -0.08103552, 0.08400062, -0.10997134) * inp_7_0_1; + result0 += M4(-0.49517035, 0.26567185, -0.038016852, 0.12635052, 0.40193, -0.0030475701, -0.10137272, -0.120883435, -0.82323277, 0.030179605, 0.078827076, -0.13365716, 0.3562478, 0.10565541, 0.02065652, 0.19143653) * inp_7_1_1; + result0 += M4(0.104096144, 0.034835484, 0.015175582, 0.058479846, -0.17371462, -0.019692933, -0.037486658, 0.1325474, -0.08228265, -0.008990977, -0.06508885, 0.06365074, -0.20408385, -0.012317421, -0.06275001, 0.015913552) * inp_7_2_1; + result0 += M4(-0.28063324, -0.052402798, -0.026163297, -0.13481754, -0.80447805, -0.002198588, -0.20205966, -0.045655202, 0.5007614, -0.012078825, -0.10159687, 0.07441106, 0.009226436, -0.0024192056, 0.025706636, -0.036440335) * inp_7_0_2; + result0 += M4(0.40300408, 0.023975194, 0.049716044, -0.12299138, -0.0061894534, 0.021923013, -0.09582962, -0.0155806355, -0.5794448, -0.0034082567, -0.0474747, -0.018826593, -0.10674811, 0.012643809, -0.038404852, 0.10657174) * inp_7_1_2; + result0 += M4(-0.04032728, 0.0086032655, 0.0034255206, -0.12981325, -0.3024401, 0.025323603, -0.09110643, -0.14045614, -0.31946152, -0.013543068, 0.0012571462, 0.15818664, 0.09029682, 0.0124655515, 0.007503704, -0.037692796) * inp_7_2_2; + result1 += M4(0.092736594, 0.00826249, 0.010775636, 0.00403293, -0.058633234, 0.014166078, 0.013056551, 0.18699466, -0.007686415, 0.15875758, 0.06176187, 0.07555552, -0.090086296, 0.033896968, 0.0077844276, 0.13266048) * inp_7_0_0; + result1 += M4(0.08382376, -0.16030917, 0.024057174, 0.11403618, 0.0043765227, -0.35036963, -0.22343636, -0.060740843, -0.021733627, 0.013140708, 0.03526235, -0.22064516, -0.016554922, 0.17561758, -0.010703101, -0.14859533) * inp_7_1_0; + result1 += M4(0.016197557, 0.048948098, 0.06820352, 0.028564362, 0.009413763, 0.026243063, -0.075701505, -0.030908402, 0.0007739373, 0.07934018, -0.027152779, 0.061517365, -0.08483075, -0.09418147, -0.02867508, -0.063916795) * inp_7_2_0; + result1 += M4(0.04043292, -0.077814244, -0.19241016, 0.01460587, 0.08696333, 0.018230885, -0.10730282, -0.15327977, -0.0126645025, -0.17403425, -0.0072612646, -0.10022423, -0.017782386, -0.12482159, 0.021951316, -0.05171756) * inp_7_0_1; + result1 += M4(0.0073123565, 0.18385161, -0.19282544, 0.11895977, 0.2591007, 0.16570053, 0.08257549, 0.20815465, 0.21631241, -0.07861773, 0.012445177, -0.16151837, 0.026515726, 0.06146748, 0.060012862, 0.1812516) * inp_7_1_1; + result1 += M4(0.0036909305, -0.0646371, -0.0031265342, -0.036746826, 0.0055400766, 0.10483319, 0.0761159, -0.0613997, -0.004601206, 0.07251477, 0.003159961, -0.055162553, -0.037166774, 0.047477655, -0.05885252, -0.08107481) * inp_7_2_1; + result1 += M4(0.13147439, 0.07235022, 0.11834156, -0.058283225, -0.0045471746, 0.0018260559, 0.028729394, 0.02858408, 0.21449946, -0.1278615, -0.14387783, -0.21466564, -0.045181565, 0.0028430526, 0.02777939, 0.06546419) * inp_7_0_2; + result1 += M4(0.0416424, -0.22773337, 0.09027429, -0.043938044, 0.066542864, -0.173065, -0.131402, -0.17367797, 0.09318294, 0.054329652, -0.09088165, -0.054702386, 0.0302759, 0.055274818, -0.08411721, -0.07556854) * inp_7_1_2; + result1 += M4(0.10650366, 0.028620532, 0.0020138063, 0.047029838, 0.009938939, -0.07582722, -0.0704224, 0.13842976, -0.025137335, -0.096079774, -0.1811104, -0.41311008, 0.026927864, -0.02448317, 0.061361972, 0.037670407) * inp_7_2_2; + result2 += M4(0.0024118004, 0.09932538, -0.06356122, 0.12144928, 0.03607544, -0.034052245, 0.029326644, 0.06413456, -0.15836075, -0.09493104, 0.06882281, 0.16084446, 0.043389358, -0.10989386, 0.045642816, -0.066026814) * inp_7_0_0; + result2 += M4(0.04589397, 0.120452665, -0.10071846, 0.0021816166, 0.0067811445, -0.0018491797, -0.10624671, -0.01032463, 0.010645102, 0.19948961, -0.0814312, -0.058895882, -0.15236376, -0.22271132, 0.10567383, -0.11207953) * inp_7_1_0; + result2 += M4(0.0049409824, -0.10551977, -0.028747935, 0.049844258, 0.013619789, -0.050083466, -0.04230845, 0.01740127, -0.07345831, -0.04010368, 0.035114683, 0.07539461, 0.022974307, 0.16642033, 0.033220243, -0.046773415) * inp_7_2_0; + result2 += M4(-0.08520467, 0.07937402, -0.08180451, 0.054276798, 0.03673348, 0.1345191, 0.11391641, -0.08336684, -0.02736105, 0.08159736, -0.014245932, 0.0999977, -0.06599637, -0.0041301744, 0.03526574, -0.060442906) * inp_7_0_1; + result2 += M4(0.018374803, -0.24207959, -0.056048337, 0.20891011, -0.0061592953, -0.22400457, -0.012221774, 0.08569259, -0.010005162, 0.20996751, -0.002263105, 0.024369106, 0.10067062, 0.14671531, -0.21510577, -0.09467761) * inp_7_1_1; + result2 += M4(0.039071318, -0.006941743, -0.055587944, -0.06910334, 0.041939203, 0.067879826, 0.037126023, -0.017921185, -0.02809142, -0.017302712, 0.04766237, 0.045326218, -0.050512332, -0.08966384, 0.102614455, -0.016542122) * inp_7_2_1; + result2 += M4(0.10583182, -0.12222368, -0.022481203, 0.0091590425, 0.04758253, -0.19864714, 0.010832032, 0.036959015, -0.04871116, 0.2381476, -0.009364384, -0.077789105, 0.027248967, -0.10351713, -0.044201497, 0.010485905) * inp_7_0_2; + result2 += M4(-0.059924692, 0.21265492, 0.09143432, 0.0023001549, 0.029113388, -0.048255157, -0.08316234, -0.015936607, -0.018002449, -0.025074301, -0.046004113, 0.19198367, -0.041387912, -0.00069587975, 0.060115118, -0.008999265) * inp_7_1_2; + result2 += M4(-0.03355685, 0.05939524, -0.08630031, 0.008923411, -0.0349464, -0.061872467, 0.010966537, 0.04096779, 0.036233865, 0.13620737, -0.13027222, -0.020134632, 0.038199965, 0.055670083, -0.019151667, -0.017264571) * inp_7_2_2; + result3 += M4(-0.10227937, 0.038531292, -0.004719401, 0.066986896, 0.02854145, 0.0037261157, -0.12272034, -0.14116393, -0.07371039, -0.07082852, -0.15818724, -0.115490176, 0.18857895, -0.029877532, 0.040384226, -0.16709916) * inp_7_0_0; + result3 += M4(0.017989378, 0.03307397, -0.003638028, -0.049, 0.06693364, 0.091122106, 0.01694626, -0.19428675, -0.11457916, 0.020786103, 0.045656357, -0.02966893, 0.033462316, -0.030103533, -0.050653465, -0.30016673) * inp_7_1_0; + result3 += M4(-0.016042417, -0.008480691, 0.0074944645, 0.09415166, 0.16060314, 0.029788358, 0.044887744, -0.10466573, 0.04142358, -0.010506712, 0.008173183, 0.018733453, -0.04267847, 0.07115919, -0.089303434, -0.0723324) * inp_7_2_0; + result3 += M4(-0.1784978, -0.003956118, -0.074258715, -0.050314713, -0.1299091, 0.0742169, 0.041739013, -0.15377031, -0.23734128, -0.20349394, 0.06618984, -0.10742843, 0.23080029, 0.054690253, 0.24516934, -0.22974281) * inp_7_0_1; + result3 += M4(0.26433668, -0.16146514, -0.03443586, 0.13516268, 0.043412343, -0.08080896, -0.06401908, -0.1829313, 0.16736096, 0.18049824, 0.07605729, -0.080408305, -0.23751873, 0.08258284, -0.3519938, 0.14739175) * inp_7_1_1; + result3 += M4(-0.06837895, -0.093730934, -0.15364447, 0.017212931, -0.017867276, 0.123588875, 0.10780019, 0.0011934575, 0.039848097, -0.03377508, 0.06327843, -0.19673957, 0.07179976, 0.029640658, 0.05293228, 0.0128938975) * inp_7_2_1; + result3 += M4(-0.103108406, -0.0712507, -0.17973696, 0.11079158, -0.12055165, 0.044492267, -0.09255737, 0.0312094, -0.0031056954, 0.05974501, 0.041631013, -0.0038990218, 0.10939499, -0.01745878, 0.002987804, 0.07288239) * inp_7_0_2; + result3 += M4(-0.09165128, -0.14673741, 0.08262944, -0.052495383, -0.0717261, -0.025745826, -0.06005521, 0.0818092, 0.18279521, -0.11737486, 0.07927313, -0.013847419, 0.03135403, 0.040214404, -0.07020207, 0.014424633) * inp_7_1_2; + result3 += M4(-0.015114291, -0.06672496, -0.032734443, -0.04192001, 0.0038520817, 0.045457352, 0.005018992, -0.028713668, -0.07802498, 0.12977207, -0.018184483, -0.065861456, -0.024905924, 0.0045672976, 0.03241166, -0.05306781) * inp_7_2_2; + result4 += M4(-0.02992127, -0.011558665, -0.04212552, 0.23045172, 0.01569306, 0.09363378, 0.03670081, -0.022434821, -0.0036762415, 0.04353555, 0.03372936, 0.19798061, 0.13786304, -0.07092925, 0.23218401, -0.5778904) * inp_7_0_0; + result4 += M4(0.031628434, 0.05923979, -0.07766216, -0.21502155, 0.019561157, -0.03678938, -0.0180508, -0.08056593, -0.05475633, 0.016586933, -0.046272255, 0.15220316, -0.011463505, -0.2365749, 0.17895913, 0.21658286) * inp_7_1_0; + result4 += M4(0.02509672, -0.008976131, 0.05584837, -0.05529728, 0.09795098, -0.020055503, -0.02164029, -0.1046758, -0.037067562, -0.017107425, 0.034593187, 0.06712188, 0.00032307793, -0.03645378, -0.072664104, 0.06152559) * inp_7_2_0; + result4 += M4(0.008836961, -0.004338637, 0.021924678, 0.008210728, 0.09904092, -0.0057505877, 0.082742974, 0.087964356, 0.21133105, -0.06730191, 0.05853566, -0.055037003, 0.03733452, -0.08116955, 0.21971102, 0.14889301) * inp_7_0_1; + result4 += M4(-0.0748969, 0.07317375, 0.12490905, 0.08813748, 0.05896622, -0.13576603, 0.042431455, 0.33814436, 0.12616898, -0.0037345141, -0.0987336, -0.096417874, -0.07693417, 0.24160123, -0.17155497, 0.0058300933) * inp_7_1_1; + result4 += M4(-0.01122437, 0.060269233, -0.0004650178, -0.1081861, -0.010873368, 0.068385266, -0.07372972, 0.3367053, -0.042974606, -0.016994601, 0.07837034, 0.24746524, 0.0034320923, 0.0035944064, -0.01195075, -0.12289051) * inp_7_2_1; + result4 += M4(0.096618116, 0.0017606856, -0.023797512, -0.09623442, 0.03186119, 0.00901302, -0.04478668, 0.015849276, 0.0060673724, -0.08117631, 0.06615038, 0.008394166, -0.064983785, 0.03120339, 0.05247062, 0.11284779) * inp_7_0_2; + result4 += M4(0.22326927, -0.057584547, 0.1249132, 0.07153944, 0.030537907, 0.03678155, -0.12113325, 0.26826018, -0.021496031, -0.13955405, 0.072442465, 0.46728814, 0.019304127, 0.0047027688, -0.0023738334, -0.11127308) * inp_7_1_2; + result4 += M4(-0.033077776, -0.0041501066, 0.004953035, 0.079336785, 0.0794249, 0.009831282, 0.034738008, 0.049940556, 0.111517645, 0.02587274, -0.13590118, -0.0011743612, 0.022277985, -0.0024076863, 0.0118484665, -0.018964022) * inp_7_2_2; + result5 += M4(-0.010840324, 0.018513367, -0.03659084, 0.10364521, 0.01009041, 0.13042572, 0.007456112, -0.00083792023, 0.18598594, -0.21971759, -0.046186354, 0.11505738, 0.12947187, -0.10201369, 0.033749234, -0.20842238) * inp_7_0_0; + result5 += M4(-0.13841252, -0.07132372, 0.015374009, -0.03350829, 0.038431324, 0.26030353, 0.022567883, 0.08548342, -0.15755373, -0.5094088, 0.029332554, 0.113984115, 0.25689808, -0.03682413, -0.029367559, -0.19724648) * inp_7_1_0; + result5 += M4(0.014594538, -0.09233221, -0.012252351, -0.015555599, 0.054377057, -0.09577352, 0.009639305, 0.030040396, 0.03581517, -0.21593472, 0.026543431, 0.035706364, -0.028958973, 0.16335289, -0.027023897, 0.03195238) * inp_7_2_0; + result5 += M4(0.028074348, 0.25041917, -0.01522765, 0.112594955, 0.058980804, 0.046511486, 0.02227463, -0.006530832, -0.12239188, -0.31543577, 0.03858747, 0.19981086, 0.03869045, 0.2442461, 0.09884668, -0.19680546) * inp_7_0_1; + result5 += M4(-0.053980995, 0.21612911, -0.07060161, 0.13007748, -0.038173746, 0.52846897, -0.011015076, 0.1750412, 0.17632863, -0.32451263, -0.0069359713, -0.057803564, -0.028940583, -0.10599829, 0.308063, 0.23179643) * inp_7_1_1; + result5 += M4(-0.04243671, -0.060571715, 0.015409582, 0.0018997153, 0.033913817, 0.2610666, 0.034738205, 0.08021839, 0.0064788633, -0.23461679, -0.04257184, -0.03839006, 0.020676881, -0.10889375, 0.056028567, -0.017305182) * inp_7_2_1; + result5 += M4(-0.011705643, -0.17926311, -0.09606117, 0.04994871, 0.03811866, 0.083779275, -0.07100998, 0.123125106, -0.08825092, -0.043072667, -0.03723966, 0.017560858, 0.0058102403, 0.09834203, -0.006432963, -0.011965737) * inp_7_0_2; + result5 += M4(-0.02810402, 0.26636553, -0.04143731, -0.12511997, 0.0606454, 0.18290104, -0.023966596, -0.06529498, 0.13252802, -0.22993724, 0.033643547, 0.14290896, 0.042024758, -0.064517036, 0.004768785, 0.06242545) * inp_7_1_2; + result5 += M4(-0.009437957, -0.060217936, -0.0005558866, 0.08939045, 0.06596618, -0.04006053, -0.026095144, -0.008451433, -0.024096021, -0.5716766, 0.026952052, 0.009826264, -0.010124964, 0.015985455, -0.015588942, -0.030201098) * inp_7_2_2; + result6 += M4(0.001339088, 0.011658318, 0.006591494, 0.027737048, -0.16144453, -0.021767598, -0.031523168, -0.018799461, -0.34570718, -0.15534337, -0.058923155, 0.00911216, -0.12978898, -0.050381318, 0.050348077, -0.09658135) * inp_7_0_0; + result6 += M4(0.024535839, -0.008667269, -0.0622576, 0.0204351, -0.005096714, -0.054841235, -0.22415069, -0.02107429, 0.02905788, 0.06414907, -0.16560484, -0.013687988, 0.113999985, 0.093944214, 0.14346395, -0.07148945) * inp_7_1_0; + result6 += M4(-0.00761567, 0.042084813, 0.08568827, 0.038807478, 0.012057808, -0.07107497, 0.07218335, -0.02202278, -0.260935, 0.06987181, 0.008593539, -0.0064772167, 0.044948816, -0.12849274, -0.060550433, -0.0056300177) * inp_7_2_0; + result6 += M4(-0.005997164, -0.097993135, -0.077972405, 0.03362767, 0.19427408, -0.1770161, 0.19029185, 0.019458773, -0.24618915, -0.0082207555, -0.26942673, 0.046109803, 0.16318776, -0.123588115, 0.1980393, -0.16147637) * inp_7_0_1; + result6 += M4(-0.010313294, -0.0018672174, 0.25450292, 0.044906195, -0.295491, -0.056987874, -0.020926556, -0.0014876276, -0.067589805, -0.15586084, 0.3354423, -0.01643443, -0.047207903, 0.2138555, -0.29980525, 0.3054584) * inp_7_1_1; + result6 += M4(0.09087075, 0.11293523, -0.11201651, -0.023515534, 0.07838163, -0.08044987, -0.09321415, 0.01541951, -0.030451542, 0.07718657, -0.06903973, 0.008229, -0.086511634, -0.026817558, 0.03083218, 0.0015336829) * inp_7_2_1; + result6 += M4(-0.15319514, 0.06719385, -0.114726596, 0.07653987, -0.11659755, 0.10572512, -0.09550949, 0.012375398, -0.031193871, -0.21856599, 0.19387965, -0.05192126, 0.046057552, -0.017359132, -0.03737542, -0.04551012) * inp_7_0_2; + result6 += M4(-0.028575609, -0.27219576, 0.13471314, -0.027790494, 0.21625274, -0.01331136, -0.047807295, -0.06929539, -0.33689663, 0.21839039, 0.02853295, -0.008273674, -0.026528465, 0.060017947, -0.06870197, 0.058427386) * inp_7_1_2; + result6 += M4(-0.021944126, 0.039191246, 0.060422763, 0.055359006, -0.06375576, -0.03306302, 0.036527112, -0.0255947, 0.071362875, -0.16739061, -0.054392815, 0.04786052, 0.0051584914, -0.021557247, 0.038402207, -0.023407327) * inp_7_2_2; + result7 += M4(-0.02173953, -0.0050364775, 0.018115988, 0.021697342, -0.012082072, 0.04172189, -0.007909301, 0.011818142, -0.17953396, 0.083820164, -0.009636351, -0.10034687, 0.1642959, 0.073130615, -0.045996107, -0.033121128) * inp_7_0_0; + result7 += M4(0.04806684, 0.1576642, 0.0075517786, -0.053801607, 0.005782014, 0.07378702, -0.028766569, 0.060013436, -0.0720998, -0.23449865, 0.008218591, -0.026995447, 0.106461994, -0.30901372, 0.068891905, -0.050495483) * inp_7_1_0; + result7 += M4(-0.008543046, -0.03552557, 0.023663377, -0.089377664, -0.08561724, 0.020186149, 0.04362643, 0.045674924, 0.044511896, -0.0064475993, -0.013111257, -0.047030173, 0.01697271, -0.071969934, -0.038492855, 0.17783906) * inp_7_2_0; + result7 += M4(-0.09725624, 0.09728652, 0.049584188, -0.10925649, -0.030945122, -0.038223732, 0.038314544, -0.16810782, 0.119843066, 0.017566657, -0.028535746, 0.1529704, 0.07259411, -0.0084347045, 0.07943611, -0.029340098) * inp_7_0_1; + result7 += M4(0.18266347, 0.20968968, 0.28690252, -0.07153112, -0.005086696, 0.056907438, 0.012388222, 0.035845917, -0.056767505, -0.07013673, 0.0058978973, -0.19421063, -0.16624254, 0.07341593, 0.4248915, -0.010784793) * inp_7_1_1; + result7 += M4(-0.041981332, 0.16612388, 0.018898766, 0.012531613, -0.054126482, -0.038313825, 0.015845643, 0.3093916, 0.011901941, 0.056884393, 0.03546279, 0.0920931, 0.0006637759, 0.003600225, 0.027740458, 0.007826175) * inp_7_2_1; + result7 += M4(-0.062031288, 0.07076121, -0.011554102, -0.15204862, -0.08523306, -0.01078532, -0.0074151373, -0.09199952, 0.05631246, -0.09844704, 0.028126549, -0.061495118, 0.024056956, 0.08072481, 0.00053800165, -0.05439638) * inp_7_0_2; + result7 += M4(-0.045449857, -0.08656371, 0.11670754, -0.07409322, -0.08260962, -0.006442261, -0.0021840173, 0.05410366, -0.068071015, 0.0633848, -0.026049398, -0.17644654, 0.009671523, -0.0026872004, 0.04288877, 0.018640613) * inp_7_1_2; + result7 += M4(0.118966505, 0.0042540673, 0.067298196, 0.0457675, -0.043611914, 0.0071016825, 0.011262208, -0.013707411, -0.05561536, -0.07327195, 0.06370605, -0.09496062, -0.013315591, -0.04221754, -0.025834357, 0.012106648) * inp_7_2_2; + const ivec2 output_base = ivec2(gl_GlobalInvocationID) * ivec2(4, 2); + imageStore(out_image, output_base + ivec2(0, 0), max(result0, V4(0.0))); + imageStore(out_image, output_base + ivec2(1, 0), max(result1, V4(0.0))); + imageStore(out_image, output_base + ivec2(2, 0), max(result2, V4(0.0))); + imageStore(out_image, output_base + ivec2(3, 0), max(result3, V4(0.0))); + imageStore(out_image, output_base + ivec2(0, 1), max(result4, V4(0.0))); + imageStore(out_image, output_base + ivec2(1, 1), max(result5, V4(0.0))); + imageStore(out_image, output_base + ivec2(2, 1), max(result6, V4(0.0))); + imageStore(out_image, output_base + ivec2(3, 1), max(result7, V4(0.0))); +} + +//!DESC ArtCNN C4F32 (Conv2D-4-ReLU) +//!COMPUTE 48 32 12 16 +//!HOOK LUMA +//!BIND conv2d_3 +//!SAVE conv2d_4 +//!WIDTH LUMA.w 4.0 * +//!HEIGHT LUMA.h 2.0 * +//!COMPONENTS 4 +//!WHEN OUTPUT.w LUMA.w / 1.3 > OUTPUT.h LUMA.h / 1.3 > * +#extension GL_EXT_shader_explicit_arithmetic_types_float16 : enable +#ifdef GL_EXT_shader_explicit_arithmetic_types_float16 +# define V4 f16vec4 +# define M4 f16mat4 +# define F float16_t +#else +# define V4 vec4 +# define M4 mat4 +# define F float +#endif + +const ivec2 ksize = ivec2(3, 3); +const ivec2 offset = ksize / 2; +const ivec2 wg_size = ivec2(gl_WorkGroupSize); +const ivec2 isize = wg_size + ksize - 1; +shared V4 inp[8][isize.y][isize.x]; +void hook() { + const uvec2 local_xy = gl_LocalInvocationID.xy; + ivec2 base = ivec2(gl_WorkGroupID) * wg_size; + for (uint y = local_xy.y; y < isize.y; y += wg_size.y) { + for (uint x = local_xy.x; x < isize.x; x += wg_size.x) { + const ivec2 input_base = (base + ivec2(x,y) - offset) * ivec2(4, 2); + inp[0][y][x] = V4(conv2d_3_mul * texelFetch(conv2d_3_raw, input_base + ivec2(0, 0), 0)); + inp[1][y][x] = V4(conv2d_3_mul * texelFetch(conv2d_3_raw, input_base + ivec2(1, 0), 0)); + inp[2][y][x] = V4(conv2d_3_mul * texelFetch(conv2d_3_raw, input_base + ivec2(2, 0), 0)); + inp[3][y][x] = V4(conv2d_3_mul * texelFetch(conv2d_3_raw, input_base + ivec2(3, 0), 0)); + inp[4][y][x] = V4(conv2d_3_mul * texelFetch(conv2d_3_raw, input_base + ivec2(0, 1), 0)); + inp[5][y][x] = V4(conv2d_3_mul * texelFetch(conv2d_3_raw, input_base + ivec2(1, 1), 0)); + inp[6][y][x] = V4(conv2d_3_mul * texelFetch(conv2d_3_raw, input_base + ivec2(2, 1), 0)); + inp[7][y][x] = V4(conv2d_3_mul * texelFetch(conv2d_3_raw, input_base + ivec2(3, 1), 0)); + } + } + + barrier(); + V4 result0 = V4(-0.010642589, -0.00886394, -0.011911265, 0.0013138817); + V4 result1 = V4(-0.00029113132, -0.0033787098, -0.037151422, -0.012291881); + V4 result2 = V4(-0.0102971895, -0.0014118766, -0.003933518, 0.0011924527); + V4 result3 = V4(-0.006742062, -0.006430258, 0.01816764, -0.003289142); + V4 result4 = V4(-0.0016975092, -0.013348444, -0.0101586925, -0.0023115254); + V4 result5 = V4(-0.014644328, -0.002838471, -0.010976465, -0.010420114); + V4 result6 = V4(0.010046276, -0.00817356, -0.00592981, -0.012702304); + V4 result7 = V4(-0.003283902, -0.009365962, -0.030856198, -0.008386251); + const V4 inp_0_0_0 = inp[0][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_0_1_0 = inp[0][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_0_2_0 = inp[0][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_0_0_1 = inp[0][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_0_1_1 = inp[0][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_0_2_1 = inp[0][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_0_0_2 = inp[0][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_0_1_2 = inp[0][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_0_2_2 = inp[0][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.06367972, 0.015355591, 0.026949974, 0.24093243, 0.043094322, -0.014345123, 0.038814086, -0.024711123, 0.020292502, -0.03363532, -0.19905107, -0.057727624, 0.054324314, 0.006259606, 0.04859666, 0.114120334) * inp_0_0_0; + result0 += M4(-0.050108004, 0.02433751, -0.036565557, 0.13910975, -0.11289756, -0.0036338037, -0.12673377, 0.40682453, -0.09981491, 0.060039967, 0.07106236, -0.17155667, -0.078044645, -0.022106687, 0.028288044, -0.4340596) * inp_0_1_0; + result0 += M4(-0.0012435226, 0.010517646, 0.05879162, 0.0797866, -0.06649317, 0.07317452, 0.18675514, -0.19012241, -0.17721806, -0.006318136, -0.15342842, -0.6174679, 0.07899227, 0.011385531, -0.07052759, 0.17790486) * inp_0_2_0; + result0 += M4(0.051627405, 0.013695119, -0.056208372, -0.21161127, 0.043066453, -0.0134614045, 0.096194655, 0.15677607, 0.020839706, -0.00499096, -0.32161057, -0.02853702, 0.06524251, 0.014660386, -0.0038769178, -0.023995705) * inp_0_0_1; + result0 += M4(0.009713389, 0.042455763, -0.08643897, 0.040325396, 0.11639632, -0.10445666, 0.28789008, 0.0052306964, 0.04794952, 0.016632156, -0.44007704, 0.09552147, -0.12151625, -0.00629895, 0.07451647, -0.014627881) * inp_0_1_1; + result0 += M4(0.049594574, 0.011917852, -0.123859785, -0.21609749, 0.16133617, 0.22788343, 0.030877227, 0.08513475, -0.3126376, -0.13965136, -0.08548767, -0.5695479, 0.014128138, 0.025560997, -0.10520607, -0.059852153) * inp_0_2_1; + result0 += M4(0.08209688, 0.0056666564, -0.11197194, 0.066675246, 0.07319862, 0.0028881321, -0.17443056, 0.22286633, -0.059230614, -0.03299716, 0.033294305, -0.122349925, -0.003580951, 0.0042376686, -0.1074487, 0.13124591) * inp_0_0_2; + result0 += M4(-0.09276057, 0.024810545, 0.052148554, 0.24081653, -0.13632612, -0.0737602, 0.19507174, 0.22368881, -0.13705651, -0.0056842896, -0.17143059, 0.062451813, 0.054378565, 0.03108064, -0.0009585532, 0.14638664) * inp_0_1_2; + result0 += M4(0.04340059, -0.0133978315, -0.06672658, 0.09677375, 0.07287282, 0.05490861, -0.03150822, 0.11444156, 0.044394404, -0.03722291, -0.114737034, -0.2537736, -0.075103246, 0.00047140257, 0.056917436, -0.13963297) * inp_0_2_2; + result1 += M4(-0.019745184, -0.015237012, 0.34761697, 0.024346555, 0.048613477, 0.008129278, 0.1329184, 0.032320403, 0.02873472, -0.07745213, 0.089381665, -0.053246703, -0.010536428, -0.012052522, 0.13472542, 0.043229952) * inp_0_0_0; + result1 += M4(0.008874981, -0.022684537, -0.32914156, -0.063925795, -0.20997755, -0.08893244, 0.029489418, -0.057461437, -0.0029967155, -0.09795636, -0.108408295, -0.1221746, -0.0053062807, 0.106691435, -0.19747202, 0.01280542) * inp_0_1_0; + result1 += M4(-0.009138072, 0.018943872, 0.46553266, -0.059029687, 0.01195484, 0.08065211, 0.1304742, 0.04167463, -0.0042945184, -0.0110992575, -0.004856331, -0.012236496, -0.010966248, -0.06762262, 0.12339443, -0.020867052) * inp_0_2_0; + result1 += M4(0.013164329, 0.0044764974, 0.012409958, -0.03650239, -0.08487144, -0.019823823, -0.17396347, -0.13451226, 0.036851425, 0.0037857152, 0.0023139273, -0.043861248, 0.00020997733, -0.019511271, -0.11898421, -0.01745069) * inp_0_0_1; + result1 += M4(0.007187274, -0.017961323, 0.0958128, 0.048082847, -0.040112697, 0.14550515, 0.015416018, 0.15881096, 0.030104429, -0.026476268, 0.27202588, -0.049501404, -0.0060124407, -0.049514923, 0.16369969, -0.030028995) * inp_0_1_1; + result1 += M4(0.009590504, 0.0052814134, -0.09949251, 0.019851258, -0.0017102435, -0.0057010055, 0.21812549, -0.018284133, 0.0066972165, -0.06696747, -0.18485515, -0.012749098, -0.005242249, 0.012191508, -0.22599107, 0.027399413) * inp_0_2_1; + result1 += M4(-0.008118732, 0.013279181, 0.19236638, -0.092721924, 0.0067766663, 0.0015893301, -0.0023000136, -0.011911791, -0.0042884317, -0.016676495, 0.0048630047, -0.07555849, -0.004163853, -0.0058369036, -0.018433897, -0.01679472) * inp_0_0_2; + result1 += M4(0.0038481024, -0.006403622, -0.23212503, -0.064665146, -0.00016095256, -0.0117325345, -0.038162373, -0.053406723, -0.0026637136, 0.001245133, 0.056889605, 0.011467498, -0.0038322243, 0.025211766, -0.011044667, 0.017503561) * inp_0_1_2; + result1 += M4(-0.007230914, 0.016849557, 0.2517353, -0.012056008, -0.0011772153, 0.016236372, -0.041440863, 0.0054126605, -0.001263156, 0.02597355, 0.007842189, -0.0029955707, -0.007866802, 0.002390068, 0.053244114, -0.014479143) * inp_0_2_2; + result2 += M4(-0.028533313, -0.03417741, 0.0012577606, -0.019257374, 0.010033405, -0.0036994095, 0.007045054, 0.010565603, -0.046668757, 0.00019397971, -0.002267307, -0.0104847625, 0.059023526, 0.012687368, -0.00491412, 0.0014153915) * inp_0_0_0; + result2 += M4(-0.049931664, -0.048379432, 0.007498039, -0.022373587, -0.0771472, 0.018614551, 0.0002477305, -0.024105903, 0.015812969, -0.038571186, 0.017851014, -0.024578597, -0.017861517, 0.025413366, 0.009983621, -0.003993137) * inp_0_1_0; + result2 += M4(-0.013517889, -0.03762297, -0.0050530042, -0.021956738, 0.05503256, 0.018364541, -0.06798143, -0.006726189, -0.09039128, -0.018218862, 0.012402998, -0.011700832, 0.026748236, -0.02512878, 0.0019675503, 0.003679885) * inp_0_2_0; + result2 += M4(-0.031136058, 0.0359091, -0.0096811, 0.03557327, -0.050899588, -0.005297424, -0.0129619, 0.049447075, 0.014076238, -0.007992911, 0.0006320949, 0.0014119651, -0.086482234, -0.031999197, -0.017622426, -0.005823154) * inp_0_0_1; + result2 += M4(0.018693857, -0.01916131, -0.0102922125, 0.019950174, 0.1789492, 0.112200856, 0.2354614, 0.2159921, -0.16463493, -0.09581855, 0.022710567, 0.10049011, 0.10836266, -0.03839025, 0.0017816289, 0.051456656) * inp_0_1_1; + result2 += M4(-0.032643434, -0.03520942, -0.00902158, 0.031847555, 0.046354927, -0.009932743, -0.059579276, -0.043097854, -0.07874535, -0.031361405, -0.037379973, 0.0399374, -0.07922775, 0.014205796, -0.012990702, 0.017200219) * inp_0_2_1; + result2 += M4(-0.14149812, -0.026308693, 0.013156247, -0.010998822, 0.010619759, 0.045672473, -0.020926405, 0.010404934, 0.0044369334, -0.023159938, 0.010512607, -0.015869081, -0.0068213074, 0.017876646, -0.0033602864, -0.0019412941) * inp_0_0_2; + result2 += M4(-0.07683463, -0.016622063, 0.003970921, -0.020234693, 0.012855758, -0.008270011, -0.018926207, 0.028756846, -0.03279732, 0.05162056, 0.014169949, 0.00272712, -0.054935418, -0.011971149, 0.006564116, -0.0067169806) * inp_0_1_2; + result2 += M4(0.045191385, -0.04901863, 0.0058378577, -0.022581697, -0.028919542, -0.017658986, 0.0021753453, 0.02503823, 0.024391137, -0.004819856, 0.013756709, 0.014804408, 0.07436067, -0.031071503, -0.008154738, 0.004673315) * inp_0_2_2; + result3 += M4(-0.071072675, -0.0035988966, -0.0066025765, -0.0012441251, 0.050464924, -0.022177339, 0.016274035, 0.0015531831, -0.08065895, -0.021252245, -0.0034899898, -0.0017890475, -0.0046765488, -0.025555193, -0.0070160814, -0.0011643096) * inp_0_0_0; + result3 += M4(-0.1393393, 0.026840104, -0.020534521, 8.6940665e-05, 0.022155385, 0.034874167, 0.014849819, 0.0150672, -0.09982343, -0.1079006, 0.023477618, 0.010674304, -0.13537477, 0.083248444, -0.011315786, -0.0018252048) * inp_0_1_0; + result3 += M4(-0.06450007, 0.027117124, -0.008740622, 0.0031801541, -0.033957902, -0.06707456, 0.03858367, 0.042417802, -0.11869874, 0.013612102, -0.036507256, -0.01575494, -0.011385477, -0.059500467, 0.008444977, 0.0015291015) * inp_0_2_0; + result3 += M4(0.032936275, 0.050812557, 0.0019198264, 0.0019414118, 0.073013276, 0.025911082, -0.031966444, -0.02360871, 0.020471016, -0.02455466, -0.027042994, 0.00037427727, 0.0251037, 0.012828527, 0.004303774, -0.0014145696) * inp_0_0_1; + result3 += M4(0.02768085, -0.18987654, 0.0047734412, 0.0056930883, 0.3138251, -0.00707713, 0.022574376, -0.049543064, 0.087140605, -0.047190607, -0.07201053, -0.0061711348, 0.15925713, -0.10245655, 0.04768945, 0.0070750415) * inp_0_1_1; + result3 += M4(0.046098888, -0.03228097, 0.007971416, -0.003211488, 0.03541912, 0.08347973, -0.04245516, -0.22960266, 0.016699027, -0.17920162, 0.04365034, -0.012232522, 0.055789493, 0.05055821, 0.0047299173, -0.0015630907) * inp_0_2_1; + result3 += M4(-0.029510463, -0.053544868, 0.012720792, 0.0027460956, 0.01765512, 0.04893953, -0.017488966, -0.0034906499, -0.029702585, -0.012104706, -0.0011182901, -0.0005079093, -0.037835028, 0.022520598, 0.0014103206, 0.0011822552) * inp_0_0_2; + result3 += M4(-0.10070877, 0.046742264, 0.007600956, -0.0011876933, 0.085067436, -0.025622442, -0.038516764, -0.042891037, 0.026511868, -0.05499435, 0.023888689, -0.02037429, -0.054140117, 0.048124578, -0.03649212, -0.0057970383) * inp_0_1_2; + result3 += M4(0.03265754, -0.07081625, 0.009941592, 0.059323862, -0.07708716, 0.030148048, 0.010048091, -2.1467116, -0.090933256, -0.008617372, -0.0013652695, 0.021998953, -0.06799903, -0.045843273, -0.017940847, 0.02189726) * inp_0_2_2; + result4 += M4(-0.018283347, -0.00045607917, 0.0060582818, 0.015689053, 0.020948345, 0.010084842, -0.05871323, 0.0442905, -0.0006844951, 0.03996347, -0.0077746073, 0.052070368, -0.0020731466, -0.027734036, -0.020642549, -0.011996461) * inp_0_0_0; + result4 += M4(-0.015542496, -0.020906035, 0.05616912, 0.011500291, 0.011709668, 0.006958166, 0.088712916, -0.04759519, -0.021187717, -0.06529189, -0.0114498865, -0.082412966, -0.0069833756, -0.020228442, 0.0874531, 0.055400908) * inp_0_1_0; + result4 += M4(-0.018064445, -0.02253134, 0.0016811455, 0.03921868, 0.084922425, -0.1061726, -0.043436524, -0.07272687, -0.02193883, -0.043257385, -0.083489224, -0.0094089, -0.0012094387, 0.0147130145, -0.0050844704, -0.03531546) * inp_0_2_0; + result4 += M4(0.01723265, 0.0021537296, 0.0084488215, -0.026516566, -0.0064137513, 0.082135536, 0.052593667, -0.0420796, 0.025128623, -0.046288945, 0.02539665, -0.065579034, 0.0035611966, 0.03360602, 0.03226798, 0.031936094) * inp_0_0_1; + result4 += M4(0.017643329, -0.04996845, -0.018859908, -0.061122697, 0.34165478, 0.17534265, 0.06829982, 0.10795807, 0.06664788, 0.03152679, -0.12386091, -0.14232776, 0.03949003, 0.009136445, -0.02725185, -0.101188794) * inp_0_1_1; + result4 += M4(0.027976288, -0.07391086, -0.047543265, -0.0393009, -0.0030176488, 0.0462244, 0.115901925, 0.03867774, -0.005870751, -0.026110478, -0.10724031, -0.09727929, -0.006245743, 0.006611747, -0.05287074, 0.037571006) * inp_0_2_1; + result4 += M4(-0.017905073, 0.06856336, -0.045125287, 0.039754372, 0.028834887, 0.033030543, 0.017635468, 0.027801542, 0.012817996, 0.017676003, -0.092132136, -0.031009464, -0.0010266944, -0.023578838, -0.019058397, 0.044198424) * inp_0_0_2; + result4 += M4(-0.015889365, 0.04956746, -0.10061822, -0.046182413, 0.07927657, -0.06789576, -0.03122652, -0.022781461, -0.015805071, 0.099279396, 0.09606744, -0.045868468, -0.011308788, 0.018816305, -0.00884391, 0.0315008) * inp_0_1_2; + result4 += M4(-0.012362935, 0.04514763, -0.05886459, -0.035570577, -0.008400748, 0.024465667, 0.045315593, 0.05015611, -0.017772343, 0.051140483, -0.025281634, 0.036637597, -0.008642822, -0.019420221, 0.073475204, -0.064193666) * inp_0_2_2; + result5 += M4(-0.074223176, -0.076086864, 0.010009205, 0.00498156, 0.026734153, 0.026125053, -0.012888242, -0.0036207351, 0.09821857, -0.049064066, -0.05750457, -0.07566508, -0.05826318, -0.018796125, 0.043513767, -0.01541347) * inp_0_0_0; + result5 += M4(0.06515173, 0.0041347602, 0.0510124, 0.02624078, 0.04781931, 0.04964814, -0.2192327, 0.11373382, -0.1932606, -0.06795975, -0.13658446, -0.093924426, 0.15270661, 0.04920662, 0.017569887, 0.015546919) * inp_0_1_0; + result5 += M4(0.011515321, -0.0008673987, 0.01021309, -0.03998467, -0.10125976, -0.015188177, 0.11087175, -0.046940386, -0.17955068, -0.033393275, -0.007070009, -0.051426765, 0.009750301, -0.0106553985, 0.006023548, 0.045006126) * inp_0_2_0; + result5 += M4(0.1027903, -0.001239901, -0.07456331, -0.029130416, 0.2857115, 0.012627638, -0.059892666, -0.033038933, -0.12527318, 0.0012188617, 0.027038874, 0.015653279, -0.008641095, 0.008363736, -0.021640765, -0.015255137) * inp_0_0_1; + result5 += M4(0.07006862, -0.03568767, -0.03884071, 0.019617394, 0.3367087, -0.16474003, 0.22236866, 0.2906942, -0.8614081, -0.05483698, -0.08595165, -0.12225225, 0.10795525, 0.005861848, -0.043968987, -0.018650714) * inp_0_1_1; + result5 += M4(0.032634597, -0.034685787, -0.00010149836, 0.023715368, 0.04442532, 0.18611571, 0.108625725, -0.104921706, 0.12758508, -0.1306295, -0.26632875, -0.09635189, -0.124528706, -0.024916474, 0.028955566, -0.0034809187) * inp_0_2_1; + result5 += M4(-0.078462504, -0.022188937, -0.14860962, 0.0114819165, 0.09297935, 0.0261449, 0.011739509, -0.064567246, -0.14403053, -0.028247818, -0.04446361, -0.05141038, 0.09128404, -0.00071885926, 0.0069643995, 0.021032143) * inp_0_0_2; + result5 += M4(-0.0733952, -0.0930177, -0.09444618, -0.0032916416, -0.37833893, 0.101219796, 0.1554377, -0.09127358, -0.09383044, 0.002986431, -0.2345861, -0.05062573, -0.046481803, -0.04869992, 0.031763807, 0.027442358) * inp_0_1_2; + result5 += M4(-0.008788333, -0.05269567, 0.013204499, -0.02019951, 0.3157533, -0.045273416, -0.113329664, 0.02661385, -0.0739828, -0.009670496, -0.10208147, 0.079944134, 0.04927199, 0.0014979398, 0.016647482, -0.03618494) * inp_0_2_2; + result6 += M4(0.12318386, -0.031515714, 0.06658294, -0.01790978, -0.08093016, 0.0068258494, 0.013516406, 0.057182025, -0.3196226, 0.07305165, -0.037273683, -0.08905009, 0.054708652, 0.02250646, -0.023916934, -0.018449223) * inp_0_0_0; + result6 += M4(0.0718138, -0.014243287, 0.012612587, 0.048731383, 0.20789832, -0.06249828, -0.026129458, 0.11318468, -0.065590106, -0.045804016, 0.04883716, -0.11467208, -0.27906537, 0.0104019325, 0.030469168, 0.121829174) * inp_0_1_0; + result6 += M4(0.1903772, -0.014205343, 0.013526937, 0.026766587, -0.07189499, 0.082867585, 0.17449427, 0.031478837, -0.18446773, -0.026643228, 0.019107278, -0.13341573, 0.06726684, -0.036159597, 0.06675827, 0.023888445) * inp_0_2_0; + result6 += M4(0.24483675, -0.064649485, -0.10852287, -0.016419483, 0.14748481, -0.032443833, 0.029739222, 0.053020094, -0.30304453, 0.061247077, -0.0017646264, -0.07087985, -0.009870498, -0.010504906, -0.032092966, -0.0016628841) * inp_0_0_1; + result6 += M4(-0.14757648, -0.20276885, -0.01160909, 0.058186002, 0.12473517, 0.14209689, 0.13009773, 0.16402978, 0.08657092, -0.03974507, 0.020102011, -0.060327966, -0.08655603, -0.09495798, -0.05340838, -0.0044676755) * inp_0_1_1; + result6 += M4(-0.04629577, -0.057534475, -0.01354084, -0.035664707, -0.032455474, 0.0072121215, -0.0030640527, -0.004716625, -0.039526366, -0.08113465, -0.08293605, -0.118422754, -0.018492758, 0.028116766, -0.05123618, 0.014280714) * inp_0_2_1; + result6 += M4(0.27643454, -0.006955999, 0.059600323, 0.02721244, 0.07039344, 0.06796241, -0.032453265, -0.015319131, -0.15781449, -0.015563251, 0.018169994, 0.07843806, -0.032815725, 0.0045961635, 0.007291795, -0.055212837) * inp_0_0_2; + result6 += M4(-0.20129341, -0.020700162, 0.012939738, 0.034968607, 0.11588511, -0.011924343, -0.09606584, -0.038119867, 0.089877196, 0.021603238, 0.015082572, -0.023571493, 0.019836256, -0.055512037, 0.036293767, 0.0391078) * inp_0_1_2; + result6 += M4(0.09037873, 0.017139884, 0.0042421306, -0.012529866, -0.040568594, -0.022939753, -0.049288493, 0.02045268, -0.12456868, 0.021477522, 0.03410426, -0.042234045, -0.0477691, 0.02650476, -0.010795158, -0.01026054) * inp_0_2_2; + result7 += M4(0.037408922, 0.022901045, 0.17857559, -0.007467809, -0.054096118, 0.032582734, 0.028476933, 0.009934257, 0.04911137, 0.01642436, 0.07593433, -0.033404656, 0.02086434, -0.002126818, 0.16576327, 0.0012923892) * inp_0_0_0; + result7 += M4(0.019536879, -0.012675698, -0.10678455, -0.010448809, -0.05208309, 0.0074040866, -0.030260565, 0.024434563, 0.03733627, -0.01970346, -0.022267962, -0.01950978, -0.0023957686, 0.058996107, -0.053874824, -0.018836893) * inp_0_1_0; + result7 += M4(0.010371433, 0.02059556, 0.22709219, -0.021008492, -0.007805979, 0.03468188, 0.23101915, 0.009653657, -0.017042544, 0.04944701, 0.0031324464, -0.09685607, 0.001390613, 0.054915868, 0.114478715, -0.0034285372) * inp_0_2_0; + result7 += M4(-0.012253985, -0.045408767, -0.10626453, 0.06839395, -0.07443572, -0.033961438, -0.16959049, 0.035710827, 0.05507231, -0.03769801, -0.048370406, -0.0075587006, 0.03677807, -0.023149477, -0.025628755, -0.057484712) * inp_0_0_1; + result7 += M4(-0.00036379413, -0.03848448, 0.048601996, 0.011211055, 0.14617102, 0.021121379, 0.29117793, 0.22066964, -0.08563537, -0.043937974, 0.11667677, 0.056606773, -0.018669752, -0.11769504, -0.08774747, -0.08335606) * inp_0_1_1; + result7 += M4(-0.023710055, -0.047630355, 0.025084086, 0.06897326, -0.001394573, 0.012960655, 0.0004915201, -0.094240285, 0.002499041, -0.17356738, -0.378099, 0.051470987, 0.0015200152, -0.053298194, -0.01156152, -0.037229747) * inp_0_2_1; + result7 += M4(-0.05466493, 0.027604472, 0.25605202, 0.02377293, 0.044296082, 0.021557312, -0.011769307, 0.011416828, -0.02285336, 0.0032324276, 0.0485613, 0.024909617, -0.017432084, 0.003812752, -0.011868706, -0.019281639) * inp_0_0_2; + result7 += M4(-0.006228165, 0.03452347, -0.26886514, 0.04977258, -0.07326335, -0.038890567, 0.054000255, -0.187942, 0.025286542, 0.09379949, 0.047752075, -0.021060996, 0.018907966, 0.048508376, -0.10668329, -0.09553002) * inp_0_1_2; + result7 += M4(0.0126414, 0.0052517806, 0.2853811, 0.002204681, 0.028733043, 0.03841762, -0.0230311, -0.030130893, -0.0017311557, 0.0014508333, 0.08701003, 0.034654275, -0.0044470467, 0.012504966, -0.05264956, -0.07792982) * inp_0_2_2; + const V4 inp_1_0_0 = inp[1][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_1_1_0 = inp[1][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_1_2_0 = inp[1][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_1_0_1 = inp[1][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_1_1_1 = inp[1][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_1_2_1 = inp[1][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_1_0_2 = inp[1][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_1_1_2 = inp[1][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_1_2_2 = inp[1][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.05037896, -0.010156884, -0.027868463, 0.27707985, -0.047641072, -0.017029762, 0.10755945, -0.16967519, -0.043823674, -0.012707871, -0.030422477, -0.32330325, -0.06769896, 0.004867151, 0.022249274, 0.00033432792) * inp_1_0_0; + result0 += M4(-0.038287435, -0.023602866, -0.0037990636, -0.106371135, 0.107777916, 0.022198401, 0.0767893, -0.3304052, 0.08904634, 0.005456052, -0.07656523, 0.25061962, -0.04827153, -0.028691549, -0.05489181, -0.43847287) * inp_1_1_0; + result0 += M4(0.09558319, -0.009764103, 0.0055853673, 0.69082874, 0.01439987, -0.025695063, -0.24176969, -0.123844855, 0.0086448705, 0.0068275486, -0.069058895, 0.025276281, -0.017309127, -0.031792138, -0.07459731, -0.20469436) * inp_1_2_0; + result0 += M4(0.020224094, 0.006589851, 0.003892207, -0.0479544, 0.03840538, 0.011656613, -0.19819422, 0.24620602, -0.0897013, -0.015525203, -0.08349847, -0.071020894, 0.0043362156, 0.059960052, 0.06368563, 0.053435158) * inp_1_0_1; + result0 += M4(0.07299045, 0.03323163, 0.13709897, 0.086991005, -0.2743448, -0.036824644, -0.10820552, -0.032876022, 0.06898911, 0.025354706, -0.07541524, -0.17967132, -0.13902383, -0.051563706, -0.11289263, -0.13998818) * inp_1_1_1; + result0 += M4(0.095483564, 0.08520984, 0.014812458, 0.24936526, 0.09318695, 0.013610529, -0.33681697, 0.22766843, -0.048392314, 0.036505535, 0.032527626, -0.101175286, 0.00020538855, 0.049789846, -0.09237988, 0.1558867) * inp_1_2_1; + result0 += M4(-0.04523472, -0.0057419, -0.017144961, -0.26178944, 0.13836615, 0.008698456, -0.31307498, 0.1669235, -0.07387556, -0.032246612, -0.011338322, -0.15282382, 0.093843855, 0.0049961493, -0.015934905, -0.03387322) * inp_1_0_2; + result0 += M4(0.17293593, -0.007859547, -0.09515095, 0.20155463, -0.12778266, -0.031329952, 0.14295414, -0.638332, 0.07837129, 0.024768889, -0.020310981, -0.08563642, 0.061615378, -0.07514121, -0.0053732647, -0.4515358) * inp_1_1_2; + result0 += M4(-0.065507606, 0.018061517, 0.007305374, -0.41499537, 0.027344374, 0.037349045, -0.010228784, -0.19987817, -0.046139337, 0.021519871, -0.065010875, -0.24352121, -0.009686386, 0.05378358, 0.07086608, -0.13261966) * inp_1_2_2; + result1 += M4(0.049531117, -0.035790455, -0.41928986, -0.07258686, 0.04967605, -0.0073910863, -0.26468188, -0.03694207, 0.11475505, 0.006662168, 0.044969678, -0.04589556, 0.03498051, 0.029109027, 0.09142436, 0.10653057) * inp_1_0_0; + result1 += M4(-0.00071961945, -0.03923323, -0.42386058, -0.025973145, 0.036664292, 0.07009794, -0.1752452, 0.091583766, 0.054334387, -0.08201435, -0.27346087, -0.065386176, 0.05927438, 0.09981094, -0.010687833, 0.011396789) * inp_1_1_0; + result1 += M4(0.013772898, 0.004123357, -0.22406544, -0.03372938, -0.0037959747, -0.1021787, -0.19224182, -0.02426959, -0.0013736483, -0.030578883, -0.6609025, -0.0046267477, -0.0070120855, -0.07200084, 0.5173504, -0.006453544) * inp_1_2_0; + result1 += M4(0.033310615, 0.033704642, -0.08238351, -0.08608323, -0.057565555, -0.052030705, -0.15468574, -0.24512087, 0.06183771, -0.03306906, -0.06392042, -0.051080745, 0.058121733, 0.06547874, -0.3284706, 0.1483433) * inp_1_0_1; + result1 += M4(0.021875296, -0.115382835, -0.40484196, 0.0049046353, -0.023294406, 0.006812961, -0.13307503, -0.03302388, 0.031714458, -0.0050284327, 0.20603113, -0.032187954, -0.00020643513, -0.07099713, -0.4760984, -0.09139155) * inp_1_1_1; + result1 += M4(-0.0025319236, 0.013178851, -0.20612815, -0.027106708, -6.658349e-05, 0.01463275, -0.013673301, 0.010649571, -0.0045286715, -0.03442839, -0.04831064, -0.009419312, 0.0001966206, 0.02496311, -0.2597832, -0.023480205) * inp_1_2_1; + result1 += M4(0.012328618, -0.021958899, -0.057375263, -0.05042422, 0.025829116, 0.0017488701, 0.023190558, 0.10543272, 0.01082077, 0.014200328, -0.031499486, -0.035135597, -0.0071980385, -0.012629111, -0.07526829, 0.028333103) * inp_1_0_2; + result1 += M4(0.0030578838, 0.020733578, -0.034656513, -0.04058147, -0.013243777, 0.010402188, -0.017424135, -0.010434098, -0.0044764723, -0.032311052, 0.0099083735, -0.05769269, 0.009299728, 0.0142191965, 0.014326754, 0.060805757) * inp_1_1_2; + result1 += M4(0.0043122442, -0.017874032, -0.040847033, 0.027296232, 0.0054131243, 0.01729703, -0.04689293, -0.01535753, 0.0007371162, -0.0051923883, -0.11184575, -0.0024192024, -0.005087049, -0.020235771, 0.14237028, -0.009674009) * inp_1_2_2; + result2 += M4(0.0067406273, -0.014969899, -0.0034982348, -0.0143497735, 0.053278636, 0.017805137, 0.005636338, 0.0183622, -0.027816482, -0.021903943, -0.017633723, -0.010248341, 0.11715629, 0.016175093, 0.0028988807, -0.006090842) * inp_1_0_0; + result2 += M4(-0.07264295, -0.06247945, 0.0093363365, -0.0072268746, -0.051875517, 0.07976882, -0.028984727, 0.051433507, -0.0035772016, -0.041316837, 0.017506609, 0.03129873, -0.015155887, -0.05210754, 0.005615676, -0.039617304) * inp_1_1_0; + result2 += M4(-0.063032694, 0.00069291063, -0.016228529, 0.0055243885, -0.0058627324, -0.056551088, 0.016015215, 0.013029371, -0.07794348, 0.021643905, 0.013118689, 0.01992912, 0.07486532, 0.010249101, -0.004071989, -1.5473373e-05) * inp_1_2_0; + result2 += M4(-0.05339692, -0.02848373, 0.017285813, -0.0062172282, -0.11675281, -0.006730972, -0.010681321, 0.0066897003, 0.015993219, -0.036689498, 0.012211114, 0.013875579, -0.036522925, 0.037063796, -0.026763547, -0.01859867) * inp_1_0_1; + result2 += M4(-0.14439102, -0.12095525, 0.008649433, -0.0048565273, 0.013150018, 0.11193562, 0.26632857, 0.015372081, -0.16307461, -0.04984206, 0.062357314, 0.08946954, 0.19887441, -0.15533286, -0.009880657, -0.015948778) * inp_1_1_1; + result2 += M4(-0.020636382, 0.0025064137, 0.034396756, -0.0027418884, -0.08052618, -0.027344402, 0.018490924, 0.06093634, -0.036324855, -0.07003056, 0.008274046, 0.055257417, -0.064436965, 0.023901876, -0.009208122, 0.041431434) * inp_1_2_1; + result2 += M4(-0.00052487606, -0.005965945, -0.0010799253, 0.023954483, -0.040736023, -0.030960575, 0.020355886, -0.0050380905, -0.044054337, -0.0017319162, 0.01167222, -0.0011890123, 0.084279425, -0.021926109, 0.0027567476, 0.00040879578) * inp_1_0_2; + result2 += M4(-0.06881451, -0.03623741, 0.0060687056, 0.0045985333, 0.07828628, -0.043959927, -0.0658987, 0.022360813, 0.0053959973, -0.018694434, 0.045605086, 0.013123373, -0.086320825, -0.0060157054, 0.014189795, -0.027242515) * inp_1_1_2; + result2 += M4(0.012536099, -0.06286323, -0.0025253727, -0.008480801, 0.011877647, 0.03423318, -0.0009010962, 0.02610964, -0.033826746, -0.04265456, 0.030549133, 0.031162715, 0.020596966, -0.05795689, -0.02009549, -0.020888042) * inp_1_2_2; + result3 += M4(-0.10252847, 0.022866277, -0.0024894492, -0.002559571, -0.011135643, 0.03390267, 0.026987903, -0.0032934935, 0.010037747, 0.031266518, -0.0105553055, -0.0007543806, -0.042968173, 0.044579186, 0.009484557, 0.0036737667) * inp_1_0_0; + result3 += M4(-0.31997693, -0.08073626, 0.024914313, 0.008780215, 0.038791794, -0.042147163, 0.036691565, 0.006689034, 0.047343507, -0.08728889, 0.023102723, 0.0072207158, -0.13286747, 0.0036194, -0.0031785364, -0.009700641) * inp_1_1_0; + result3 += M4(-0.120304175, 0.005900536, -0.0064830557, -0.007354904, 0.0026426364, -0.024505205, -0.01026338, -0.0024159737, 0.019664748, 0.0116702635, 0.0148522165, -0.010758574, -0.09359214, 0.0093129715, 0.015602759, 0.0043815826) * inp_1_2_0; + result3 += M4(-0.07241355, 0.009656019, 0.023329727, -0.0057381084, -0.0389873, -0.059274644, 0.030664088, -0.0063386173, -0.02402202, -0.059020903, 0.017619193, 0.0019493388, 0.02211667, -0.0022018654, -0.0009066275, -0.0035926609) * inp_1_0_1; + result3 += M4(-0.24743818, -0.11118198, -0.07428311, 0.012623539, -0.032780148, 0.014880359, -0.065376535, -0.010597231, -0.15149888, 0.0320509, -0.008973664, -0.006141313, 0.12747389, -0.0689449, -0.031448867, 0.013768835) * inp_1_1_1; + result3 += M4(0.07040515, 0.02070807, 0.021070736, 0.012635594, -0.0068838713, 0.012274684, 0.016697722, 0.030096048, -0.10315462, -0.07206562, -0.004780643, 0.0005767503, 0.13277078, 0.036879703, 0.039186083, 0.009959965) * inp_1_2_1; + result3 += M4(-0.033462446, -0.053776756, -0.0064177946, 0.0010977387, 0.026549293, 0.0015947602, 0.01715976, 0.005309576, -0.04080516, 0.021077914, -0.010294192, -0.009321328, -0.049377393, -0.0050969613, 0.016994646, -0.0063533126) * inp_1_0_2; + result3 += M4(-0.22475904, -0.0672902, 0.04934163, 0.0038702458, 0.048880246, -0.07266143, -0.04466701, 0.007088508, -0.030731315, -0.063591205, -0.010208679, 0.0061525134, -0.15110677, 0.08497423, 0.024867756, -0.01632358) * inp_1_1_2; + result3 += M4(-0.018327389, -0.0147863375, -0.015077345, -0.6673533, 0.06001636, -0.013995212, -0.01539493, -1.527668, 0.026891002, -0.031887505, 0.00811942, -0.43328196, 0.0021717248, -0.06631518, -0.001970236, -0.6947934) * inp_1_2_2; + result4 += M4(0.013346519, -0.067694016, 0.06748892, 0.035024554, 0.011942324, 0.008094802, 0.1368533, -0.004341536, -0.0069850762, -0.06055194, -0.045794595, 0.018748593, 0.014710511, 0.055891268, 0.017776951, -0.058099262) * inp_1_0_0; + result4 += M4(0.0034404204, -0.020444434, -0.105943516, -0.017320368, 0.02662866, 0.0037738143, -0.033602886, -0.17014432, 0.0220068, 0.009240361, -0.03515271, 0.010477907, -0.060031243, -0.07283544, 0.08687965, 0.061650276) * inp_1_1_0; + result4 += M4(-0.002428254, -0.030843027, 0.008086221, 0.007803876, -0.009981471, -0.016794948, 0.03582134, 0.025737537, 0.011009215, -0.05576035, -0.07985168, 0.0044083414, -0.014782762, 0.017504133, -0.014047267, 0.007281163) * inp_1_2_0; + result4 += M4(0.020132989, -0.14745066, -0.05456633, -0.029956782, -0.016356, -0.0005631249, 0.0048850197, 0.12215129, 0.0126817925, -0.03789619, -0.037291072, -0.03932846, -0.051175646, -0.018485364, -0.13874069, 0.11646204) * inp_1_0_1; + result4 += M4(-0.0020105594, -0.19025879, -0.1403393, -0.17514408, -0.0388187, -0.075212374, 0.18973178, -0.10648991, 0.13904788, 0.01261861, -0.1141167, -0.10854186, 0.21604955, -0.00408051, 0.016621398, 0.0077759526) * inp_1_1_1; + result4 += M4(-0.010641367, -0.020111125, -0.027456038, 0.044449598, -0.011464692, 0.0062230737, -0.05266418, 0.07212684, 0.017461957, -0.07810184, 0.017724812, -0.025330577, -0.036687933, 0.017368603, -0.15860564, 0.013071239) * inp_1_2_1; + result4 += M4(0.0010621824, -0.19533324, 0.015704911, -0.1108958, 0.020853404, -0.062549315, -0.0048789023, -0.056535337, 0.01423361, -0.026259735, -0.053097874, -0.023078114, -0.0057763476, 0.11736603, 0.045286436, 0.061868157) * inp_1_0_2; + result4 += M4(0.031939637, -0.234903, -0.08870229, 0.063286856, -0.029926071, -0.036685262, -0.047713894, -0.117944226, 0.011520637, -0.068517916, -0.016296227, -0.011841672, -0.011683301, 0.11041701, -0.026165174, 0.0036050586) * inp_1_1_2; + result4 += M4(0.014481651, -0.0871055, -0.16621852, -0.015467656, 0.001015293, 0.03906773, 0.10498438, 0.0026190563, 0.0076557375, -0.018945247, -0.097888015, -0.014159335, -0.018618993, -0.039254785, -0.077536896, -0.06820942) * inp_1_2_2; + result5 += M4(0.10193471, -0.021023208, 0.014190351, 0.042543653, 0.15905298, 0.0683432, -0.043398876, 0.029667398, -0.06287452, -0.029009687, -0.06549019, -0.012454952, -0.21820055, -0.061629, 0.07447156, -0.013039905) * inp_1_0_0; + result5 += M4(0.08792792, -0.03449169, -0.016810294, 0.032821026, -0.04179727, -0.045708675, 0.06042599, -0.1352027, -0.06243529, -0.0026280943, -0.029860206, -0.013633717, 0.1100565, 0.034319445, -0.16494428, 0.021346182) * inp_1_1_0; + result5 += M4(-0.040114004, 0.019241879, 0.027664032, -0.013234759, 0.11362706, -0.009379261, -0.021996032, 0.07206362, -0.07768432, -0.032807197, -0.016791832, 0.005460989, 0.03129745, -0.010366214, -0.036847588, 0.030749721) * inp_1_2_0; + result5 += M4(0.002956176, -0.021071346, 0.058472395, 0.05267543, -0.117180005, 0.038762417, 0.0021996167, -0.050898887, 0.021590894, -0.03333124, -0.08864877, 0.03052934, -0.45513692, 0.07772634, 0.28772023, -0.054444212) * inp_1_0_1; + result5 += M4(0.13997251, -0.080730006, 0.05447033, 0.0021522816, 0.008860018, 0.26769593, 0.041911416, 0.052043248, -0.16004008, -0.07634608, -0.0055528777, -0.06049037, 0.013802611, -0.15075132, -0.36844587, -0.007616827) * inp_1_1_1; + result5 += M4(-0.047466606, -0.034661513, 0.0585757, -0.060334545, -0.103632174, -0.01284229, -0.08527415, 0.12727842, 0.10925461, -0.008729073, -0.08524067, 0.017983496, -0.35769263, -0.082100175, 0.035306145, 0.12572296) * inp_1_2_1; + result5 += M4(-0.06249337, 0.019419702, 0.022711432, -0.011751029, 0.08475661, -0.10077005, 0.0070242905, 0.008443126, -0.10684619, -0.0019151018, -0.00941225, -0.03414575, 0.01803137, 0.025505517, -0.09047788, 0.02564225) * inp_1_0_2; + result5 += M4(-0.21558486, -0.021556063, 0.029372927, -0.02856429, -0.0063539944, 0.0035174463, 0.0106871985, -2.6917054e-05, -0.08531385, -0.003708403, -0.061096467, -0.04283765, 0.28784096, -0.11832249, -0.29179233, 0.052563284) * inp_1_1_2; + result5 += M4(0.20711468, -0.10248798, -0.058816336, -0.04590923, -0.2752915, 0.014254596, -0.015511905, -0.058869623, -0.07077818, -0.10192252, -0.04225944, -0.014494845, -0.25916654, 0.025721159, 0.0682635, -0.0047610938) * inp_1_2_2; + result6 += M4(0.48287755, -0.1071204, 0.049747277, 0.04039841, -0.042596623, -0.080700375, 0.0004156297, 0.05038289, -0.07844619, 0.00634547, 0.014929353, -0.045968127, -0.058236957, 0.013835223, 0.015949266, -0.08836349) * inp_1_0_0; + result6 += M4(-0.11624733, -0.16032939, -0.16420963, -0.026324186, 0.012877986, -0.0766128, -0.025289932, -0.015005911, 0.17034677, -0.11220053, 0.008958776, -0.037887402, -0.28413534, 0.045247473, 0.005815753, -0.030302923) * inp_1_1_0; + result6 += M4(0.06429649, -0.03766244, -0.082789466, 0.0975323, 0.048915524, -0.04182964, 0.048796806, 0.004824378, -0.05442758, -0.09388978, -0.012755396, -0.008797137, -0.078147165, -0.0005805863, 0.1318865, -0.023582246) * inp_1_2_0; + result6 += M4(0.20478253, -0.017669259, -0.019892622, 0.020645922, -0.08471951, 0.013883298, -0.0028118144, -0.021111574, -0.08036978, -0.047272533, 0.00068563136, 0.03167713, -0.08732, 0.022818238, 0.033780772, -0.20995674) * inp_1_0_1; + result6 += M4(0.072367825, -0.1807756, -0.05513819, -0.14150509, -0.2862018, 0.1694835, 0.03407689, -0.13247122, -0.00363825, -0.023707986, 0.034835067, -0.023837287, -0.2537865, -0.23146068, -0.00607755, 0.0133680925) * inp_1_1_1; + result6 += M4(0.012352117, -0.03476645, -0.032599293, 0.047904342, 0.03787984, 0.04539793, 0.015161647, 0.060938925, -0.060568277, 0.021346752, 0.01871174, -0.021350212, 0.11268274, -0.026084704, -0.0013706492, 0.033274245) * inp_1_2_1; + result6 += M4(-0.52990043, -0.08654697, -0.020307368, 0.020255638, -0.30305266, -0.034583095, -0.003315023, 0.071075626, -0.3080947, -0.017763045, -0.0050346567, -0.08193865, 0.10578328, 0.014284723, 0.033921853, 0.06828971) * inp_1_0_2; + result6 += M4(0.3192489, -0.18589017, 0.015033236, -0.044923577, 0.10041551, 0.031083498, -0.04764044, -0.12333946, 0.026874121, -0.06038008, 0.047326017, -0.01088206, -0.24789691, 0.05832758, 0.08921887, 0.062138718) * inp_1_1_2; + result6 += M4(-0.16614407, -0.09352871, 0.023176007, -0.017200217, -0.015738416, 0.005635579, -0.056779508, 0.000545195, -0.02036396, -0.08431571, 0.061064716, -0.01514169, 0.07920318, 0.051097155, 0.024797855, 0.008070783) * inp_1_2_2; + result7 += M4(0.0028647254, -0.011179821, -0.11482866, -0.02559933, -0.030910932, -0.046164412, -0.3317651, -0.0023134858, 0.014452637, 0.007833266, -0.004520489, -0.019756036, 0.054778293, -0.032822315, 0.01243773, 0.0020590117) * inp_1_0_0; + result7 += M4(-0.015141486, -0.09521568, -0.039523706, -0.1299818, 0.020260049, -0.10820722, -0.18762231, 0.01335802, 0.02356166, -0.017736146, -0.15372571, 0.015858302, -0.00096049014, 0.030287959, 0.1318962, -0.05872493) * inp_1_1_0; + result7 += M4(-0.0011719851, -0.048418578, 0.010085966, -0.085926324, 0.012440839, -0.07867422, -0.14713491, -0.031878397, -0.0020125618, -0.04598439, -0.2988731, -0.027894882, 0.0040576407, 0.060737386, 0.035774898, -0.0052871937) * inp_1_2_0; + result7 += M4(0.0048983344, -0.0014462988, -0.18647727, -0.00077790226, 0.030740386, 0.03843815, -0.04492873, -0.0646307, 0.024196263, 0.039607737, 0.11565932, -0.023875214, -0.12646061, 0.026416045, -0.19727263, 0.031829808) * inp_1_0_1; + result7 += M4(0.021801436, -0.1327265, -0.37031206, -0.1908249, -0.029999558, 0.026604092, -0.2641697, -0.038401064, -0.026181595, 0.04064756, 0.07849323, -0.072364785, -0.061969034, -0.027559951, -0.18754058, 0.087279096) * inp_1_1_1; + result7 += M4(0.0044803717, -0.094691284, -0.1301035, -0.04102984, 0.015958415, 0.042736482, 0.11805975, 0.08031093, 0.0032725255, -0.006624566, -0.06244819, -0.07830096, -0.008422075, 0.09987933, -0.1553778, -0.044044048) * inp_1_2_1; + result7 += M4(0.0009743219, -0.019714514, -0.26452848, -0.039266016, 0.053453956, -0.019878501, -0.09415139, 0.012378666, -0.014128994, 0.009658771, -0.028858336, -0.003354122, -0.023767345, 0.01877551, 0.010958112, -0.0030271173) * inp_1_0_2; + result7 += M4(-0.0071306583, -0.12803029, -0.31628567, 0.0045230947, 0.021886924, -0.0760326, -0.18881448, -0.068082035, 0.013735261, -0.0072946018, -0.039699815, -0.00428929, 0.038212992, 0.09053652, 0.062734604, 0.14285412) * inp_1_1_2; + result7 += M4(0.002617137, -0.030930404, -0.16594335, 0.03333387, 0.0021453553, -0.029627861, -0.14954305, -0.072701104, 0.009837336, -0.028766047, -0.3079654, 0.010762513, -0.02293219, -0.03589556, 0.07523694, 0.0064372015) * inp_1_2_2; + const V4 inp_2_0_0 = inp[2][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_2_1_0 = inp[2][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_2_2_0 = inp[2][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_2_0_1 = inp[2][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_2_1_1 = inp[2][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_2_2_1 = inp[2][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_2_0_2 = inp[2][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_2_1_2 = inp[2][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_2_2_2 = inp[2][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.07132571, 0.005150826, 0.015732253, 0.07088171, -0.08459512, -0.010260288, -0.10617406, -0.26826507, 0.013121191, -0.025777424, 0.001680307, -0.100131, 0.02257832, -0.017088238, -0.19210233, -0.22049381) * inp_2_0_0; + result0 += M4(0.11788996, 0.00015552876, -0.045526337, -0.05818421, 0.09102708, -0.0048171026, -0.2525124, 0.09042119, 0.03890557, -0.0032408172, -0.078757875, 0.08119078, -0.012506944, -0.004068487, 0.19190207, -0.03724228) * inp_2_1_0; + result0 += M4(0.016121, 0.009919138, 0.21508317, -0.08302226, -0.07082196, 0.016542807, 0.027497625, 0.047892928, 0.02820552, -0.01455895, 0.008535345, -0.024163993, -0.008987961, -0.011850685, -0.124052, -0.03977468) * inp_2_2_0; + result0 += M4(0.05195895, 0.008433792, 0.10886249, 0.12547772, -0.14783552, -0.036601003, 0.1092164, -0.21352693, -0.06785803, 0.01702591, 0.00041934982, -0.16952418, -0.17524901, -0.056408525, -0.18474859, -0.15713733) * inp_2_0_1; + result0 += M4(-0.65559846, 0.006109628, -0.3173891, -0.16949691, 0.09460338, -0.0032527507, -0.22804932, -0.20347266, -0.2883165, 0.033121962, -0.3490746, -0.6927761, 0.063815095, 0.04312017, -0.30824232, -0.25560945) * inp_2_1_1; + result0 += M4(0.1269806, -0.12344292, 0.010457634, 0.024680123, -0.16068769, -0.057921823, 0.14831479, -0.22931206, 0.03815235, -0.2144991, -0.07848507, 0.25062713, -0.14390248, -0.08043282, -0.0074047795, -0.22791879) * inp_2_2_1; + result0 += M4(0.1302404, 0.0027324024, -0.011020682, 0.26929563, -0.13213636, -0.029963065, 0.089973606, 0.11130824, -0.012121762, -0.024472283, 0.045093216, -0.07769975, -0.21843153, -0.008581717, -0.020934893, -0.41299257) * inp_2_0_2; + result0 += M4(-0.22726613, 0.005056468, 0.11019166, -0.6352738, 0.11979259, 0.022524945, -0.35949022, -0.106106624, -0.07764155, 0.040899586, -0.02395194, 0.03633985, -0.1411842, -0.08520981, -0.07883908, -0.051873602) * inp_2_1_2; + result0 += M4(0.017990919, 0.015805878, -0.087897725, 0.52015126, -0.0519436, 0.009466339, -0.11455707, -0.46876907, 0.026348218, -0.062664606, 0.059684716, -0.07943898, -0.09397389, 0.0011803234, 0.011458613, -0.515254) * inp_2_2_2; + result1 += M4(-0.05300824, 0.04953458, -0.6339418, 0.08044533, 0.025777744, 0.017001657, 0.15984653, 0.068701394, -0.15539256, 0.059739217, -0.4980222, 0.0492933, -0.054455306, 0.0005894315, -0.2123805, 0.033696536) * inp_2_0_0; + result1 += M4(0.0050620274, -0.14780807, -0.37739626, -0.038555313, -0.030460866, -0.13503501, -0.039183468, -0.089793436, -0.017220566, -0.28443435, -0.24738066, -0.029066501, 0.031335965, -0.13397636, -0.3836091, -0.004611916) * inp_2_1_0; + result1 += M4(0.0094473865, 0.030713484, -0.17614625, 0.0119445305, 0.009965316, -0.015225813, 0.010904399, 0.035059664, 0.006875883, -0.05476303, -0.11254161, -0.0014154853, -0.009296389, -0.0006428385, -0.3462228, -0.02378581) * inp_2_2_0; + result1 += M4(0.009099742, -0.040766347, 0.23239571, -0.5838029, 0.043094218, 0.016414674, 0.05911906, 0.008481924, -0.029712975, 0.020230317, -0.030105785, -0.2957686, 0.005933767, -0.005216988, -0.27062085, -0.26880434) * inp_2_0_1; + result1 += M4(0.004853299, 0.057018213, -0.16222326, 0.11322413, -0.00823356, -0.061224245, -0.25013804, -0.015502493, -0.002303434, -0.020597547, -0.14420557, 0.02033136, 0.010508009, 0.12784787, -0.088859916, 0.011612999) * inp_2_1_1; + result1 += M4(0.0022965944, -0.04981258, 0.06877351, -0.007777391, -0.004746569, -0.046351228, -0.05877441, -0.01187184, 0.0013005333, 0.0055457954, 0.15539573, 0.00056802284, -0.0005676009, 0.009853539, 0.071415596, 0.044352826) * inp_2_2_1; + result1 += M4(-0.001125868, 0.0067269257, 0.071671836, 0.089598425, -0.0039476613, -0.0036907324, -0.046960693, -0.085276954, 0.0071136463, -0.0034834892, -0.0008981157, 0.006854884, 0.00028084463, -0.0134614445, -0.083493635, -0.034210853) * inp_2_0_2; + result1 += M4(0.008228416, 0.012177619, -0.029430056, -0.03222898, 0.0052314415, 0.018981848, -0.106261596, -0.02285805, -0.00040615024, 0.008205649, 0.06552226, 0.026604837, -0.0028016504, 0.0068879873, -0.21038634, -0.037491754) * inp_2_1_2; + result1 += M4(0.000364464, -0.019108629, -0.032032806, 0.008647301, 0.0016402985, 0.0015333766, -0.11237561, 0.0065990663, 0.0032056596, -0.0043341243, 0.05045575, -0.0022094462, -0.0032256108, 0.011921217, 0.027304625, -0.0139452815) * inp_2_2_2; + result2 += M4(0.022088034, 0.039345697, -0.008409977, -0.0075372127, 0.061631054, 0.053311344, 0.013031838, 0.016047163, -0.00042556383, -0.043137584, 0.008649359, -0.0002750943, -0.059480365, 0.032901514, -0.011881418, 0.023531854) * inp_2_0_0; + result2 += M4(-0.1325806, -0.0026237194, -0.0026974177, 0.0152851185, -0.06989075, -0.0745433, 0.023916276, -0.04221538, 0.06291787, 0.058736198, -0.021736838, 0.004772951, 0.07603278, -0.004752676, 0.011096893, 0.0024535346) * inp_2_1_0; + result2 += M4(0.06052341, 0.011145993, 0.030343581, 0.024960702, -0.014986822, 0.091229334, -0.0038534747, 0.015773667, -0.044561923, -0.033894543, 0.0034703908, -0.0102668265, -0.008273996, -0.00279971, 0.005020996, -0.007784798) * inp_2_2_0; + result2 += M4(0.007703431, 0.05227478, 0.02399087, 0.0121723935, 0.031632137, 0.07225766, 0.0316231, -0.019108579, 0.08116797, 0.042300284, 0.011731863, -0.025638094, -0.123338394, -0.035003614, -0.0091224285, -0.04027712) * inp_2_0_1; + result2 += M4(-0.24110727, -0.2763587, -0.1095347, -0.1689055, -0.00887115, 0.2009854, 0.07302493, 0.2832617, -0.26984674, -0.31477144, -0.22358839, -0.27205837, -0.028263723, -0.035163034, -0.04360847, -0.0728403) * inp_2_1_1; + result2 += M4(-0.028371044, 0.010835493, 0.042624466, 0.024880955, 0.015618368, -0.07274243, 0.016231304, -0.042112805, 0.04085007, 0.05789626, 0.017054854, 0.0020676567, -0.060720906, -0.020646993, -0.010940842, 0.026826419) * inp_2_2_1; + result2 += M4(0.012329244, 0.009497907, -0.0077971932, -0.0014942917, -0.013753574, -0.03059576, -0.0020084307, 0.009183472, -0.012371195, -0.004016069, -0.0041522235, -0.0053123715, 0.006121156, -0.07604725, -0.021597397, 0.028479604) * inp_2_0_2; + result2 += M4(0.01900128, 0.048854962, 0.00392547, 0.020041822, -0.07064538, 0.0062142345, 0.03501625, -0.004608559, 0.03861175, 0.029795088, -0.005560443, 0.019189144, 0.02867691, -0.006801344, 0.026197014, 0.026882872) * inp_2_1_2; + result2 += M4(-0.023022518, 0.02936479, -0.004551731, 0.00024310059, -0.023230795, 0.05264202, 0.022695182, 0.02976707, 0.018302644, -0.03182334, -0.014138001, -0.025751723, 0.050447002, 0.040725816, 0.019036451, 0.028654903) * inp_2_2_2; + result3 += M4(0.052285817, -0.009704303, -0.0036280586, 0.004044497, -0.11879049, 0.012918864, 0.023682896, -0.0020064355, -0.018525545, -0.017449254, 0.023294536, -0.00048735098, -0.07535357, 0.00544582, -0.011656678, -0.0034930648) * inp_2_0_0; + result3 += M4(-0.19193043, 0.03330142, -0.042494174, 0.00044521427, -0.16287042, 0.015187415, -0.01815633, 0.004206075, 0.096789464, -0.00091045507, 0.0061850627, 0.00011618156, -0.112579726, 0.048594996, 0.007135018, 0.00640628) * inp_2_1_0; + result3 += M4(0.045244448, 0.03235197, 0.013750944, -0.0029552926, -0.07989646, -0.024723543, 0.04783488, 0.0077551934, 0.03795488, -0.05322015, 0.0028234136, 0.0017852957, 0.010508417, -0.00542943, -0.003554507, -0.00660301) * inp_2_2_0; + result3 += M4(-0.17623675, 0.021228913, 0.027927829, -0.0093376525, 0.062799565, -0.08178061, 0.013843893, 0.0023171015, -0.037640084, 0.026510414, -0.006717997, -0.0038792877, -0.12036494, -0.011559504, 0.04464895, 0.003668928) * inp_2_0_1; + result3 += M4(-0.6865767, -0.36609825, 0.028672466, -0.012376336, 0.12093244, -0.0139712915, 0.008582853, -0.0073699565, -0.49210975, -0.15611234, -0.74353385, 0.0129755465, -0.26049656, -0.111548975, 0.12438715, 0.017055405) * inp_2_1_1; + result3 += M4(-0.013969955, 0.036069337, -0.0058337124, 0.01681188, 0.043685008, -0.06181345, -0.056702856, -0.018411878, 0.0618886, -0.020907203, -0.04094457, -0.005577651, -0.019882012, -0.017036183, -0.0021943082, -0.0086917095) * inp_2_2_1; + result3 += M4(0.085021414, 0.05243971, 0.021339007, 0.0055299434, 0.0018639058, -0.055876356, -0.0138860755, 0.004671547, 0.05298036, -0.018937826, -0.0011585585, 0.0020609146, -0.006758378, -0.02803557, -0.05495585, 0.0035969382) * inp_2_0_2; + result3 += M4(-0.08516386, -0.028686045, 0.0007204811, 0.004626853, -0.14424245, -0.0047501484, 0.04655493, -0.0024662688, -0.086803265, -0.030190552, -0.0064690853, 0.007175386, 0.06278512, -0.07566089, -0.076233394, 0.003812111) * inp_2_1_2; + result3 += M4(-0.019719942, -0.030407878, -0.0039582183, -1.0022997, -0.063763, -0.047163107, -0.0030585923, -0.22416353, 0.020721387, 0.011854219, -0.0124537945, -1.0430204, 0.013771342, 0.0024727662, 0.013219259, -1.3325353) * inp_2_2_2; + result4 += M4(-0.0018976956, -0.01773822, 0.113740236, -0.03010147, -0.0006368601, 0.008933818, 0.010790345, -0.008303735, 0.015205657, 0.01935826, 0.013463846, 0.0057573044, 0.013031073, 0.018875659, -0.057726882, 0.06178639) * inp_2_0_0; + result4 += M4(-0.028432546, -0.033225965, 0.004389029, -0.04190598, -0.022039663, 0.02890873, 0.04517798, 0.12075563, -0.01083097, 0.02184465, -0.004304903, -0.061429285, 0.027387466, 0.033286013, 0.09762235, -0.030319443) * inp_2_1_0; + result4 += M4(0.038216684, 0.047992278, -0.06499205, 0.050704207, 0.0102739595, 0.02566829, -0.09544673, -0.050889015, 0.0060698604, 0.017992869, -0.047779445, -0.06714754, -0.0068103033, -0.0024504727, -0.027791899, -0.04207471) * inp_2_2_0; + result4 += M4(0.021868901, -0.0005611514, -0.102911964, 0.07851412, 0.04247854, -0.07500577, 0.084712304, -0.17994498, -0.0014811258, -0.10287173, 0.018237447, -0.09695345, -0.0009852829, -0.050765745, 0.042663284, -0.16274092) * inp_2_0_1; + result4 += M4(-0.1390959, -0.025282837, -0.1846367, -0.17312488, 0.0055536516, 0.0040156716, -0.0461931, 0.001382832, -0.28217703, 0.029439924, -0.16460842, -0.13419051, -0.096350975, 0.06364015, -0.23242922, -0.07681194) * inp_2_1_1; + result4 += M4(0.032423206, -0.037463803, 0.2050939, -0.037939724, 0.013593004, -0.09690995, 0.05423229, -0.08290705, 0.0033012172, -0.011042271, -0.053883165, 0.08687992, 0.021856144, -0.087685846, 0.05219188, -0.0030693053) * inp_2_2_1; + result4 += M4(-0.008953135, -0.1113049, 0.097485356, 0.036441073, -0.0017627795, 0.010715943, -0.075150445, -0.0014170397, 0.006788333, 0.036601044, 0.0028537803, 0.007882257, -0.01913979, -0.35399958, -0.16557258, -0.08922662) * inp_2_0_2; + result4 += M4(-0.007894873, -0.247034, -0.32074225, -0.08379133, 0.024869444, 0.09874298, 0.10016384, 0.06778328, -0.015118385, -0.034572996, 0.053223297, 0.0075352187, 0.06672278, -0.2246834, -0.11335976, 0.011710807) * inp_2_1_2; + result4 += M4(0.0037737216, 0.04569744, 0.0891477, -0.052269626, 0.017478356, -0.014166888, -0.006724581, -0.0183561, -0.0007778904, 0.018482825, 0.008358527, -0.027108861, 0.015110892, -0.05507293, 0.02571182, 0.03945836) * inp_2_2_2; + result5 += M4(-0.034972914, 0.0102338055, 0.059031747, 0.0043630227, 0.13975635, 0.049081687, -0.027245635, 0.080821805, 0.027582292, 0.03695274, -0.056011464, 0.038110293, 0.2849961, -0.01152634, -0.08524224, -0.00069102546) * inp_2_0_0; + result5 += M4(-0.016466742, 0.021760534, -0.021024497, -0.114846155, -0.0050430405, 0.050177496, 0.044557672, 0.024205728, -0.12940419, -0.012064237, 0.012600811, -0.23423016, 0.029583657, 0.011737388, 0.07819717, 0.05101882) * inp_2_1_0; + result5 += M4(0.077574186, 0.010959904, -0.014440896, -0.107518494, -0.12593453, -0.058278974, 0.05325273, -0.043343127, 0.06526794, -0.0026265485, 0.021433745, -0.0077145747, -0.10708181, -0.011208305, -0.0016049604, 0.013776598) * inp_2_2_0; + result5 += M4(-0.02023155, 0.05288315, -0.027932774, -0.030171687, 0.03480106, -0.0007351669, 0.01844147, 0.044539217, 0.11080655, 0.0065697753, -0.031845115, 0.038780972, 0.17203246, -0.12003394, -0.21639422, -0.09261596) * inp_2_0_1; + result5 += M4(-0.11882186, -0.29790485, -0.36498007, -0.04432911, 0.062221136, 0.14645776, 0.09447305, 0.0961373, -0.15542302, -0.19650492, -0.19160284, -0.13592017, -0.71006054, -0.03200698, 0.013722355, 0.10948944) * inp_2_1_1; + result5 += M4(0.045254912, 0.1546696, -0.0114585, -0.0006904935, -0.090997025, 0.027545037, 0.05975433, -0.17832111, -0.039006714, 0.02346445, 0.015942326, 0.07892574, 0.068657696, -0.0021166562, -0.022209838, -0.015681103) * inp_2_2_1; + result5 += M4(0.15338975, -0.038560215, 0.022431359, -0.0008673381, -0.13922183, 0.060261592, 0.09038329, -0.03609017, -0.058197495, 0.02361563, 0.028498296, 0.0044138716, -0.12399003, 0.0036374265, 0.03762556, -0.062301684) * inp_2_0_2; + result5 += M4(-0.13698286, 0.07509359, 0.13008814, 0.03582509, 0.04159407, -0.02069817, 0.00074588717, 0.09005149, -0.21771005, 0.03947698, -0.08346688, -0.029511157, -0.21584345, -0.008725979, -0.12783167, -0.1229106) * inp_2_1_2; + result5 += M4(-0.026397498, 0.032413654, 0.048146993, -0.017106501, 0.03959079, 0.038397163, -0.010606256, -0.0015683355, -0.11562816, 0.0025159414, 0.022178967, -0.021232966, 0.13993143, -0.020636652, -0.071690924, -0.0073879454) * inp_2_2_2; + result6 += M4(0.18982914, -0.044362914, 0.031093763, -0.07465705, 0.038738616, 0.04440889, 0.024108104, 0.080020584, -0.22956698, 0.022889934, 0.027151057, 0.05304326, -0.107037686, 0.0607596, -0.003732929, 0.17106667) * inp_2_0_0; + result6 += M4(0.0095579615, 0.038233228, -0.09681008, -0.040829446, -0.083576545, -0.008014498, 0.08885777, 0.11325764, -0.0843535, 0.026818458, -0.18478753, -0.046880867, -0.20441227, 0.06251399, -0.1502272, -0.040597867) * inp_2_1_0; + result6 += M4(-0.073, 0.0033352678, -0.28655007, 0.04164069, -0.047815993, -0.03085679, 0.14248835, 0.037665624, 0.055440623, 0.0012580185, -0.15802169, -0.012820371, 0.06956232, -0.054167394, -0.009676528, -0.06943438) * inp_2_2_0; + result6 += M4(0.17574356, 0.0044225478, 0.05503534, 0.041197572, -0.1117672, -0.0016337867, 0.022133714, 0.044980865, 0.14867087, -0.005532458, 0.058791004, 0.028293682, -0.32334054, -0.1765837, -0.07803659, 0.07916237) * inp_2_0_1; + result6 += M4(-0.21054757, -0.2577799, 0.09533944, -0.02624101, 0.2027694, -0.11940039, -0.10742113, -0.017960316, -0.08032507, -0.32743424, -0.057841517, -0.053228322, 0.19579709, -0.12407397, -0.03277884, -0.12802407) * inp_2_1_1; + result6 += M4(0.02388796, 0.025416138, 0.031053495, 0.050074343, -0.105788, -0.016524162, -0.022375701, -0.03950573, 0.017882522, 0.015900968, -0.033731233, 0.010930174, -0.066335306, 0.0013105621, -0.08450349, -0.06860593) * inp_2_2_1; + result6 += M4(0.1559393, 0.011887965, -0.03058573, 0.025694313, -0.14557314, -0.006462871, -0.002616009, -0.040511698, -0.27222195, 0.03200874, -0.021298317, 0.005974802, -0.23448488, -0.039173704, 0.0056289854, -0.09668508) * inp_2_0_2; + result6 += M4(-0.22243054, 0.091813445, -0.012189117, 0.012827388, -0.058973417, -0.02817465, 0.07609694, 0.0682351, -0.035024494, 0.03424837, 0.0035044209, 0.036339417, 0.11131787, -0.071928814, -0.09084191, -0.11744009) * inp_2_1_2; + result6 += M4(0.12587684, 0.06225926, -0.026299493, 0.012920991, -0.017782614, -0.014667138, 0.055074155, 0.022943798, 0.008455159, 0.045320578, -0.031376146, -0.034006797, -0.14781214, -0.09154671, -0.0067964857, -0.026441041) * inp_2_2_2; + result7 += M4(-0.015445302, -0.037789464, -0.050015952, 0.051077884, 0.012762267, 0.001851805, 0.04508738, -0.010399139, -0.047717102, 0.046008788, -0.1286666, -0.019733619, -0.010809673, 0.019976275, 0.19499092, -0.05271793) * inp_2_0_0; + result7 += M4(0.009775902, 0.008421784, 0.006456619, -0.09561461, 0.006635944, 0.08709082, 0.118046805, -0.040408745, 0.00411218, -0.049804136, -0.19635203, 0.036421478, 0.013472233, 0.085310176, -0.06451876, -0.07591257) * inp_2_1_0; + result7 += M4(0.0011623794, 0.0157786, 0.23450507, -0.030345064, -0.007944286, 0.031138292, -0.054428127, -0.006354884, -0.00017147537, -0.061904203, 0.07041381, 0.00904078, 0.006447948, 0.014401972, -0.16314185, -0.07154022) * inp_2_2_0; + result7 += M4(-0.071097, 0.048722077, -0.057024237, -0.032382425, 0.11727951, 0.017105151, -0.13123526, 0.035763573, -0.08230924, -0.04188985, -0.32348582, 0.016696155, -0.06649229, -0.0472443, -0.4568975, -0.1417284) * inp_2_0_1; + result7 += M4(0.009676619, -0.13529916, -0.7352996, -0.15486619, 0.03948796, -0.12067616, 0.08228091, 0.109243326, 0.014494713, -0.246747, -0.36346516, 0.047908764, -0.029475715, -0.1169535, -0.2584969, -0.21210471) * inp_2_1_1; + result7 += M4(0.012818375, -0.15678418, -0.030713122, -0.042580873, -0.006080254, -0.015386665, -0.10410892, 0.043238387, -0.0028478182, -0.10389125, 0.09574436, 0.022169469, 0.003491668, -0.03652787, -0.121610165, -0.030906139) * inp_2_2_1; + result7 += M4(0.02130784, -0.009969811, -0.050955463, 0.015818223, -0.016897686, 0.026838342, -0.12020858, -0.030799935, -0.007543565, -0.019397575, -0.024186691, -0.0140556395, -0.106334135, -0.12345449, -0.06144337, 0.04088199) * inp_2_0_2; + result7 += M4(-0.026605569, -0.053998057, -0.15413749, -0.0612443, 0.04278761, 0.04930435, 0.063629456, 0.061389934, -0.012299767, 0.018904356, 0.11881863, 0.023078756, -0.0042765574, -0.08115724, -0.4046168, -0.060050666) * inp_2_1_2; + result7 += M4(-0.003345746, -0.015874637, -0.17915346, 0.026412467, 0.009524216, 0.026580846, -0.097139366, -0.0053321184, -0.0025773807, -0.018590312, 0.019593094, -0.0025126915, -0.012161612, -0.034871057, 0.19185197, -0.018099355) * inp_2_2_2; + const V4 inp_3_0_0 = inp[3][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_3_1_0 = inp[3][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_3_2_0 = inp[3][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_3_0_1 = inp[3][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_3_1_1 = inp[3][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_3_2_1 = inp[3][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_3_0_2 = inp[3][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_3_1_2 = inp[3][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_3_2_2 = inp[3][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.028213175, 0.032822147, 0.059074238, 0.3066633, -0.013433308, 0.00067340594, -0.12229471, -0.10201325, 0.038274333, 0.010377685, 0.058942664, -0.2109803, 0.037836794, 0.012955015, 0.025277272, 0.057664096) * inp_3_0_0; + result0 += M4(0.004617563, -0.061433196, 0.023606485, 0.33244193, 0.04926904, -0.030171797, -0.07694518, -0.1617692, 0.084052615, -0.0039034819, -0.12922248, -0.09606826, 0.0064642956, -0.0069854413, -0.011012269, 0.085031785) * inp_3_1_0; + result0 += M4(0.05302151, 0.05276123, -0.033584785, 0.22149675, -0.007714501, 0.039053235, 0.07169508, 0.10038461, -0.03728751, -0.041919928, -0.10989207, 0.06920374, -0.020650858, 0.00943218, 0.018382773, -0.054479327) * inp_3_2_0; + result0 += M4(0.107252166, 0.028248232, -0.026256042, 0.07259709, -0.15592854, -0.03544031, -0.16056089, 0.089559555, -0.051851876, -0.012169002, 0.0757733, 0.12283447, 0.12328095, 0.023465151, -0.0980186, 0.4700094) * inp_3_0_1; + result0 += M4(-0.020735875, -0.044527095, 0.1812157, -0.14251344, 0.100637265, -0.09929764, 0.022396231, -0.1629819, -0.37502956, -0.028396426, -0.0044012377, -0.016581088, 0.045751907, -0.09679266, 0.033331178, -0.28691506) * inp_3_1_1; + result0 += M4(-0.0035406945, 0.13865246, 0.09632941, -0.22373569, 0.069652036, 0.086080685, -0.014499111, 0.021931017, 0.053540464, 0.09999699, -0.055629797, 0.19086929, -0.0796804, 0.1157105, 0.25701654, 0.24323073) * inp_3_2_1; + result0 += M4(0.061046004, 0.051709134, -0.052225087, 0.38230914, -0.079229504, -0.02501645, -0.010232302, -0.34552523, 0.098785825, -0.012404381, -0.09830331, -0.107994765, 0.05475699, -0.0044191545, -0.052065156, 0.13024592) * inp_3_0_2; + result0 += M4(0.06738276, -0.06583693, -0.05875354, 0.25403833, 0.11855146, 0.0021048943, 0.1636111, 0.4931525, -0.29898068, 0.031880062, 0.030381458, -0.46470404, 0.088696845, -0.077683486, -0.040194977, -0.2529147) * inp_3_1_2; + result0 += M4(-0.0025903138, 0.03747252, -0.012181515, 0.2900556, 0.022972913, 0.022078788, -0.012300987, -0.0054085464, 0.001652154, 0.067255735, 0.0140997525, -0.059529494, 0.028535005, 0.07637437, -0.12392118, -0.18224825) * inp_3_2_2; + result1 += M4(-0.028851977, 0.029012194, 0.15383677, -0.0045013824, 0.10976861, -0.06927033, -0.87309724, -0.055000328, -0.10320451, 0.008190819, -0.027200103, -0.006607429, 0.016497158, 0.028810915, 0.22285703, -0.116294496) * inp_3_0_0; + result1 += M4(-0.040809415, 0.02301137, -0.35930386, 0.0069670193, -0.033597272, 6.786298e-05, -0.60316813, -0.021530772, -0.0046810606, -0.0059809103, 0.053014822, -0.0028193512, -0.019310562, 0.063466586, 0.30404544, 0.091035105) * inp_3_1_0; + result1 += M4(-0.00040240306, -0.054508746, -0.15870835, -0.0019272435, 0.006938459, 0.036426235, 0.2999045, 0.014923656, -0.020087054, -0.008139986, -0.14135234, 0.01563221, 0.010082635, 0.015348499, 0.2761669, 0.013228958) * inp_3_2_0; + result1 += M4(-0.035940785, -0.016081486, -0.01862972, -0.029165149, -0.004901424, 0.009789207, -0.06900991, 0.041346468, -0.00542232, 0.005836401, -0.23900232, -0.12810533, 0.027142396, 0.04177584, 0.2883949, 0.2668309) * inp_3_0_1; + result1 += M4(-0.02339273, -0.028516805, -0.0477545, -0.049650718, -0.023017807, 0.007492965, 0.06438928, 0.068217926, 0.05014016, -0.049759615, -0.16873924, -0.013792744, 0.008099247, 0.057580765, -0.15294331, -0.02407341) * inp_3_1_1; + result1 += M4(0.0023040331, 0.014520893, 0.14086932, 0.0002541146, 7.565092e-05, 0.0033328494, 0.09495294, -0.004271148, 0.003276414, 0.020927787, -0.2547415, -0.029981263, -0.0039266855, 0.0042278874, 0.41910124, -0.041302122) * inp_3_2_1; + result1 += M4(-0.00063649006, 0.011779391, -0.089554526, 0.024626488, 0.0061296565, -0.004979697, 0.13393216, -0.08234094, 0.00058793597, -0.012900433, 0.058951315, 0.082114056, 0.011142806, 0.0121483635, -0.008698829, 0.12594049) * inp_3_0_2; + result1 += M4(0.009334513, 0.00045167797, -0.10403143, 0.017128196, -0.0027381454, -0.002938674, 0.0027222938, -0.013679367, 0.004318262, 0.018849509, 0.075226076, 0.0556673, 0.01155312, -0.030188672, 0.07610559, 0.00032103245) * inp_3_1_2; + result1 += M4(0.0006875585, 0.0078034555, 0.06804394, 0.0069549703, 0.0017802661, -0.0060129412, 0.123775825, 0.0035577419, -0.004969577, -0.016803706, -0.03436064, -0.0028159122, 0.0030238815, -0.021017583, -0.055796735, 0.020860298) * inp_3_2_2; + result2 += M4(-0.0074681886, -0.0021166892, -0.013428317, 0.005133177, -0.10608968, -0.071717314, 0.0113743935, -0.030142033, -0.008490121, 0.024890168, 0.0060290587, 0.0026314775, -0.014435553, -0.040347036, 0.0032490154, -0.010373938) * inp_3_0_0; + result2 += M4(0.015895506, 0.0055390294, 0.006710079, 0.010917166, 0.00919895, 0.03975121, -0.030772397, 0.027052207, -0.047596425, 0.08657809, 0.004376827, -0.003942954, 0.012840491, 0.005197426, -0.02284397, 0.026379261) * inp_3_1_0; + result2 += M4(-0.07684857, -0.042293325, -0.007926084, 0.0021801195, 0.02774068, -0.00476584, 0.0014613271, -0.02117684, -0.040494815, -0.034750585, -0.007799652, 0.008689671, -0.019336693, 0.015730727, -0.0048464914, 0.023946112) * inp_3_2_0; + result2 += M4(-0.020977503, 0.0063212407, -0.021549279, 0.002566286, -0.03462194, -0.024215763, 0.014479232, -0.067060456, 0.0032977238, -0.04121304, -0.007638376, 0.05070139, 0.03627549, 0.14160791, -0.0063115177, -0.0280902) * inp_3_0_1; + result2 += M4(-0.07828343, 0.05767808, 0.0012223293, -0.10511061, 0.077346385, -0.039544024, -0.0040190746, 0.12232568, 0.095958464, -0.233961, -0.0062684864, -0.05551097, -0.060011666, -0.17524104, 0.03815497, -0.06705252) * inp_3_1_1; + result2 += M4(0.018647747, 0.040748827, -0.030981265, -0.013858917, -0.0038969466, -0.022854727, 0.026372608, -0.025468402, -0.071964175, 0.052762285, -0.0049288347, 0.02587109, 0.10222434, 0.042915188, -0.006985694, -0.030550923) * inp_3_2_1; + result2 += M4(0.034648422, 0.007781909, -0.013976814, 0.0003673475, 0.045885693, 0.007615524, -0.0030452376, 0.015141828, -0.024125563, 0.008071658, -0.014066718, -0.0054133246, 0.10496512, 0.003549033, 0.0023850072, -0.014085854) * inp_3_0_2; + result2 += M4(-0.015234892, -0.03928924, -0.020817762, -0.028391503, -0.027615087, -0.025456611, -0.013983257, 0.0110370135, -0.08259385, 0.091244295, 0.0056435335, 0.003596774, -0.08086946, 0.0044924915, -0.021007799, 0.10074338) * inp_3_1_2; + result2 += M4(0.023353294, -0.012093468, -0.014011404, 0.0020155865, 0.002087347, 0.0217279, -0.016698781, -0.013246653, 0.029293878, -0.064901754, 0.0016156316, 0.007987076, -0.07382745, 0.06195712, 0.006705812, 0.044341028) * inp_3_2_2; + result3 += M4(0.06139666, 0.014450649, -0.02415288, 0.0003384524, -0.006837045, 0.03435569, -0.0027442058, 0.010103512, 0.09422879, 0.023956718, 0.019877905, 0.0009278261, 0.013215657, 0.0010600585, 0.003948375, -0.004748472) * inp_3_0_0; + result3 += M4(0.107163474, -0.016545521, 0.039523236, 0.0051197484, 0.037544962, -0.115105726, 0.05002359, -0.019155335, 0.07889322, 0.04256669, 0.025444452, 0.0076999287, 0.11875706, -0.079884306, 0.060280703, 0.003313362) * inp_3_1_0; + result3 += M4(0.08362192, 0.031345546, -0.01730989, -0.0067136628, -0.056527004, 0.006700649, -0.033076525, 0.0029780841, -0.051755518, -0.0029756676, -0.00093218853, -0.0058533913, 0.017576741, 0.019044189, 0.0127117075, -0.0029192143) * inp_3_2_0; + result3 += M4(0.0633151, 0.0070152944, -0.03145229, -0.00045550513, -0.23442484, -0.0839527, 0.022672847, 0.008600958, -0.10657293, -0.043075282, 0.03395872, -0.0047701807, 0.056475103, -0.011791644, 0.0018486663, -0.0040587983) * inp_3_0_1; + result3 += M4(-0.19989568, -0.017465783, 0.09178711, 0.015887836, -0.054098237, 0.1104084, -0.02542949, -0.010111907, -0.26060882, -0.15939789, -0.09433732, 0.007978391, 0.046452507, 0.15386225, -0.10676869, 0.0062450822) * inp_3_1_1; + result3 += M4(0.011219848, -0.02867853, -0.040217906, -0.02533247, 0.03746913, 0.018493086, 0.0099886665, -0.009272393, -0.054865066, 0.06716042, 0.027594421, -0.004608307, 0.05836921, -0.04263238, -0.035500668, -0.025189295) * inp_3_2_1; + result3 += M4(0.041361105, 0.026641678, -0.020679282, -0.0021511118, 0.061017793, 0.010653946, 0.0045980383, 0.008976046, -0.087921046, 0.009857307, 0.02241454, -0.0011045316, 0.10830871, -0.055748034, -0.00013461066, 6.029588e-05) * inp_3_0_2; + result3 += M4(0.018103315, -0.026689004, 0.0046789427, 0.02351798, 0.031085845, -0.085089736, -0.015841166, -0.015269983, 0.05954374, 0.07289311, 0.01634387, -0.03406144, 0.13616112, 0.09065514, 0.100864835, -0.0036140752) * inp_3_1_2; + result3 += M4(0.049986564, -0.005003027, -0.0153281335, -0.21716733, -0.009282312, 0.0026470565, -0.027772097, 0.15497138, -0.035860468, -0.01851064, 0.028781759, -0.618963, 0.111551784, 0.03219947, -0.00066716573, -1.1723336) * inp_3_2_2; + result4 += M4(-0.020219918, -0.007255449, -0.01500296, 0.026507199, 0.013240724, 0.026080208, 0.024612509, -0.012372617, -0.00017725448, 0.08199178, -0.082949266, 0.0011255204, 0.020772647, 0.011930212, 0.081272766, 0.008866175) * inp_3_0_0; + result4 += M4(0.02726767, 0.019366711, -0.105925545, -0.04207114, -0.005030575, -0.049408916, 0.08638994, 0.031900324, -0.0055182567, 0.02559262, 0.004134626, -0.020471878, 0.010749056, -0.008974237, -0.11736927, -0.009790245) * inp_3_1_0; + result4 += M4(0.0030659966, 0.0273894, 0.03762048, -0.010428907, 0.016776484, -0.005235153, -0.0018475801, -0.02177864, -0.0063229157, 0.025130237, -0.021191588, 0.0020896716, -0.006724692, -0.015314475, 0.005198161, 0.029347556) * inp_3_2_0; + result4 += M4(-0.018808683, 0.10107719, 0.004122741, 0.06275484, 0.020533351, -0.038929585, -0.16508447, -0.060373478, -0.019229604, 0.029835446, -0.030130008, -0.010583945, -0.046671648, -0.044717323, -0.21220131, -0.004551287) * inp_3_0_1; + result4 += M4(-0.013092888, 0.06552866, 0.10468562, -0.06663829, -0.02608006, -0.021740438, 0.011846305, 0.0016175658, -0.008478269, -0.1628951, 0.03790261, -0.25984907, -0.07661945, -0.10502321, 0.17409109, 0.23130167) * inp_3_1_1; + result4 += M4(-0.047657833, 0.022959005, -0.026168624, 0.006614916, 0.0012571666, -0.014765718, -0.034746848, 0.0087543465, -0.0053073503, -0.003894194, -0.113177374, 0.10122944, -0.024521977, 0.0345026, -0.033859916, -0.1131917) * inp_3_2_1; + result4 += M4(-0.012144336, -0.014897302, 0.022941338, -0.012246588, 0.012478249, 0.0006644158, 0.028382828, 0.022611689, 0.007202148, -0.07373474, 0.087830976, 0.038274378, 0.006108311, 0.21307585, 0.123360656, -0.0039384165) * inp_3_0_2; + result4 += M4(-0.009528768, -0.09224357, -0.082417056, -0.007633063, 0.000512482, 0.021009967, 0.02660803, -0.033083923, 0.011930291, -0.030884968, -0.1654994, 0.07066343, 0.12549734, 0.13747355, 0.007186294, 0.08937885) * inp_3_1_2; + result4 += M4(-0.008350235, -0.011000369, -0.016017716, 0.003251828, -0.012063142, -0.010214136, 0.030366581, 0.016486812, 0.011706493, -0.040756542, 0.0015631805, -0.015075949, 0.0023899805, 0.10298476, -0.096192, -0.036982413) * inp_3_2_2; + result5 += M4(0.0042238752, -0.0128706815, 0.081106134, -0.036874685, -0.25221738, -0.022191668, -0.11564407, -0.030547116, -0.108143225, -0.0012150172, -0.024056317, -0.0426913, -0.2158898, 0.014338473, -0.032901607, -0.032017086) * inp_3_0_0; + result5 += M4(0.08543288, 0.02091895, 0.068405025, 0.0771539, 0.13615903, -0.03711041, -0.028635973, 0.09596429, -0.09643569, -0.03208244, 0.09387682, -0.03899517, -0.105240434, -0.041950494, 0.044526633, 0.007635197) * inp_3_1_0; + result5 += M4(0.074066214, 0.009909008, -0.020311302, -0.007939921, 0.018828588, 0.013281787, 0.025995784, -0.06350784, 0.0810115, -0.00845911, -0.018540176, 0.07775332, 0.15981841, 0.019019779, -0.0140654, -0.013717972) * inp_3_2_0; + result5 += M4(0.043194227, 0.045742482, -0.03180354, -0.04193484, -0.20421565, -0.05529744, -0.025240384, -0.022256464, 0.03592006, 0.018214414, -0.010317749, -0.039792847, -0.37846604, 0.022159213, 0.29084948, -0.07605009) * inp_3_0_1; + result5 += M4(0.108846664, -0.08365169, 0.015576492, 0.09822261, 0.030244533, 0.085343145, -0.0035288665, 0.09910092, -0.2833423, 0.028199643, -0.32442647, -0.17080738, 0.32255608, 0.1409734, -0.14508775, 0.075009346) * inp_3_1_1; + result5 += M4(0.09835011, 0.037648715, 0.008448669, -0.027383199, -0.14126626, 0.0033046587, 0.04930853, 0.004061622, -0.013761391, -0.044990618, -0.06999522, 0.105491295, 0.10764856, -0.05736446, -0.061301675, -0.07001262) * inp_3_2_1; + result5 += M4(0.06352541, 0.025107862, 0.020192977, 0.0276786, 0.07521671, -0.014458944, -0.06683317, 0.041287072, 0.09783779, -0.025140863, -0.054708786, -0.027487861, -0.105826445, -0.0021022274, -0.11712938, 0.002605501) * inp_3_0_2; + result5 += M4(0.016849846, -0.0065868585, -0.018751228, 0.039056666, -0.00058893807, 0.004091899, 0.11214465, 0.007414063, -0.07268182, -0.026946407, -0.10635945, 0.0067117596, 0.053983312, 0.05361861, -0.071293406, 0.0031709508) * inp_3_1_2; + result5 += M4(0.12060684, -0.026030986, 0.004500552, -0.002954484, 0.08357764, -0.0018906229, -0.044111777, -0.087667055, -0.25237963, -0.0011329141, 0.025358368, 0.05704713, -0.054090805, 0.02287378, 0.037242174, 0.046226576) * inp_3_2_2; + result6 += M4(0.29795197, 0.041186344, 0.008859824, -0.12366139, -0.049436416, -0.12359853, 0.024719333, -0.0528541, -0.05832583, -0.06492643, 0.019245468, 0.003284421, 0.029224029, -0.06455677, 0.03444853, -0.04929269) * inp_3_0_0; + result6 += M4(0.15392695, -0.10829728, -0.029737605, -0.001692708, -0.013732396, 0.04477113, -0.015188592, 0.01645694, -0.10668497, -0.065171205, -0.05068865, -0.16407152, 0.15749437, -0.02620525, 0.10021228, -0.0422571) * inp_3_1_0; + result6 += M4(0.01710299, 0.044476785, -0.035236668, 0.03247101, -0.01687139, 0.06906306, 0.039207794, 0.0036783835, 0.036236573, 0.055538293, -0.041957386, 0.028598508, -0.07217301, -0.028844656, 0.039555006, -0.017288428) * inp_3_2_0; + result6 += M4(0.072427884, 0.024078177, -0.015755892, -0.04809648, -0.1163096, 0.06924995, -0.014635584, -0.06842453, -0.01718806, -0.03436693, -0.041086316, -0.012343107, 0.054754317, 0.018321315, 0.024520045, -0.10947984) * inp_3_0_1; + result6 += M4(0.022198312, 0.1771691, 0.048039783, -0.002338546, -0.058582187, 0.0010892743, -0.022487706, 0.077225246, -0.09309261, -0.0011381451, 0.046145767, -0.011305228, 0.033080447, 0.21612298, 0.039987676, 0.09072992) * inp_3_1_1; + result6 += M4(-0.018140147, 0.09234787, -0.027119502, 2.305316e-05, -0.033560503, -0.109005645, 0.01859251, 0.014228314, 0.02990522, -0.12082775, -0.047115903, 0.04720494, -0.0122125065, 0.051765107, 0.01666561, 0.040653393) * inp_3_2_1; + result6 += M4(0.30713952, 0.0033973071, -0.019828612, 0.028725104, 0.11743693, 0.0023339975, 0.008737234, 0.024275895, -0.12622309, 0.033714272, 0.032450546, 7.8780606e-05, -0.051657535, 0.083123915, -0.060719732, 0.10663256) * inp_3_0_2; + result6 += M4(0.1804411, -0.057773817, -0.0054595685, -0.006103109, 0.09019514, -0.0236565, -0.026690787, 0.024898248, -0.16267379, -0.12356026, 0.018707253, -0.104695916, -0.10222982, 0.1441496, -0.021064533, 0.0061986977) * inp_3_1_2; + result6 += M4(0.026083669, -0.025533708, -0.004461736, 0.05516302, -0.027714888, -0.009636336, -0.020655284, 0.010147017, 0.084916286, -0.026986524, 0.018040214, -0.057619926, 0.0756315, 0.09682339, -0.0031227001, 0.017988877) * inp_3_2_2; + result7 += M4(-0.020876177, 0.004625116, -0.04279677, 0.025037708, -0.032317508, 0.033806566, -0.16683465, -0.05667634, 0.0026007982, -0.042610962, -0.06391788, 0.016049068, -0.029451413, -0.03179108, -0.10416327, 0.016954917) * inp_3_0_0; + result7 += M4(-0.022268517, -0.07564, -0.2213163, 0.10105278, -0.007373276, -0.11233701, -0.056651097, 0.0134676285, 0.01587481, -0.04759463, -0.039763458, -0.009518581, 0.00446431, -0.104787305, -0.008375044, 0.09774898) * inp_3_1_0; + result7 += M4(0.0039522597, -0.07440824, 0.11633237, 0.080137506, -0.008765076, 0.05770754, 0.20379259, 0.027872898, -0.0037263997, 0.0007654829, -0.091655634, -0.021019017, -0.008040843, -0.11827269, -0.01434523, 0.05553467) * inp_3_2_0; + result7 += M4(-0.008571901, 0.03883971, 0.12399801, -0.029286608, 0.0030243585, -0.075819634, 0.08309905, 0.011490289, 0.047239594, 0.035929345, -0.045211162, -0.031140761, 0.08324544, 0.006900455, 0.36843765, 0.07902991) * inp_3_0_1; + result7 += M4(0.0260775, 0.020257447, -0.0036531417, -0.067195885, 0.029450947, 0.028670566, 0.011079028, -0.07247403, 0.0025464522, -0.051917467, -0.14354798, -0.07667777, 0.022578057, 0.1298427, 0.2885962, 0.16649702) * inp_3_1_1; + result7 += M4(-0.004046824, 0.11552949, 0.21905448, -0.08205852, 0.0146175, -0.06362229, 0.007988304, -0.03391231, 0.008801937, -0.03374576, -0.21677607, -0.07191916, -0.005184431, 0.14065483, 0.36732295, 0.075879835) * inp_3_2_1; + result7 += M4(-0.010736861, -0.024872562, -0.03873856, -0.021861762, -0.02007569, 0.0048997723, 0.21069667, 0.09211461, -0.01226931, 0.014469954, 0.08354284, 0.023653492, 0.06619556, 0.07645754, 0.3346469, -0.037354473) * inp_3_0_2; + result7 += M4(0.0065642823, -0.0020928546, -0.20971617, -0.07249301, -0.010164871, -0.002975777, 0.1482455, 0.016557096, 0.0011434362, -0.030701049, 0.031239841, -0.013121175, 0.021163236, 0.14414644, -0.16651319, -0.04441955) * inp_3_1_2; + result7 += M4(-0.009048105, 0.013595645, -0.053313065, -0.0731603, -0.0047064046, 0.034145124, 0.22189415, 0.029158117, -0.009512499, -0.054938532, -0.23791616, 0.047882915, 0.003277862, 0.14456183, 0.21448788, -0.033514325) * inp_3_2_2; + const V4 inp_4_0_0 = inp[4][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_4_1_0 = inp[4][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_4_2_0 = inp[4][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_4_0_1 = inp[4][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_4_1_1 = inp[4][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_4_2_1 = inp[4][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_4_0_2 = inp[4][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_4_1_2 = inp[4][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_4_2_2 = inp[4][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.00996729, -0.014513916, 0.028220918, -0.16753262, 0.018713752, -0.03816528, -0.11501934, 0.16317266, -0.0018135477, 0.00471663, -0.06135858, -0.15105177, 0.009187765, 0.025854055, -0.112693824, 0.3421648) * inp_4_0_0; + result0 += M4(0.02796378, 0.027407357, 0.15168007, -0.16199178, 0.030733787, 0.0431857, 0.121637665, -0.4458949, 0.1205825, 0.009434494, 0.0129126245, 0.30418387, -0.16378093, -0.10920742, 0.20251563, -0.45700365) * inp_4_1_0; + result0 += M4(-0.038373087, 0.017335264, -0.084832154, -0.4049276, 0.048437912, -0.07208594, -0.03025084, 0.22073483, -0.0058918763, -0.03918765, 0.045170587, 0.22821383, 0.007071949, 0.0015522031, -0.24597579, -0.05695263) * inp_4_2_0; + result0 += M4(0.13043483, 0.0031819148, -0.16355747, 0.18421672, -0.015976004, -0.04144398, -0.09291229, -0.35047835, -0.08178079, -0.04617934, 0.060135745, -0.14549622, -0.027000926, -0.044990975, -0.19899425, -0.24468985) * inp_4_0_1; + result0 += M4(-0.2708229, 0.009656455, -0.26104704, -0.09028904, -0.15915757, 0.06081962, -0.13459955, -0.34772325, 0.18125102, 0.019022075, -0.23618153, 0.1486821, -0.22131766, -0.021285383, -0.09266267, 0.056902137) * inp_4_1_1; + result0 += M4(-0.10044646, -0.037636902, 0.056836113, -0.14855103, 0.0695341, -0.06962623, -0.05106891, 0.16267955, 0.04708838, -0.013035592, -0.19061995, 0.14411463, -0.017590113, 0.1657925, -0.3514807, -0.12736726) * inp_4_2_1; + result0 += M4(-0.032421988, 0.0057487898, -0.17125714, -0.02120963, 0.024914628, -0.020207116, -0.007980634, -0.049293373, -0.046224684, -0.032037802, 0.048005104, -0.09208942, -0.094213694, 0.008859459, -0.08478529, -0.020661615) * inp_4_0_2; + result0 += M4(-0.09202434, 0.0022726052, -0.2728214, -0.6282542, 0.012050733, 0.0017711773, 0.07579391, -0.123890884, 0.015759246, 0.021568015, -0.03224358, 0.14006685, -0.23552041, -0.030111648, 0.22645436, -0.4203465) * inp_4_1_2; + result0 += M4(-0.032745723, -0.12510096, -0.019866535, -0.28288132, 0.053483125, 0.08032375, 0.11976964, 0.06467364, 0.05302017, 0.023510274, 0.053034518, 0.19278254, 0.045461453, 0.030448211, -0.3489145, 0.38360262) * inp_4_2_2; + result1 += M4(-0.046989597, -0.0060383976, -0.5392437, 0.061506875, -0.25354064, -0.015326998, 0.22816582, 0.03475485, 0.19892135, -0.019741874, 0.06358329, -0.07414247, -0.07098167, -0.04712654, 0.19609949, -0.10060466) * inp_4_0_0; + result1 += M4(0.009391101, 0.10306216, -0.6393087, 0.07946117, 0.006049998, -0.028994814, -0.28559655, 0.009221534, 0.036037784, -0.090352535, -0.03100894, -0.012313954, 0.006523844, 0.1345068, 0.08852212, 0.010295872) * inp_4_1_0; + result1 += M4(0.0019630254, -0.0045222198, -0.39006343, 0.0060575856, -0.005662216, -0.025421785, -0.34835702, -0.04200783, 0.0045646983, 0.100516126, 0.09090487, 7.981665e-05, 0.0042791716, -0.05375048, 0.45780832, 0.02702515) * inp_4_2_0; + result1 += M4(0.01956271, 0.0036811787, -0.59474236, 0.009870675, 0.01769098, -0.06457122, -0.010010343, -0.45078552, -0.015034765, -0.004025948, -0.09523697, 0.14867368, -0.003527165, 0.004434987, -0.083780386, -0.07841222) * inp_4_0_1; + result1 += M4(-0.005081497, -0.070208274, -0.5141334, 0.007477286, 0.028277718, 0.004193048, 0.038548034, -0.08238252, -0.029733961, 0.065670006, -0.13980724, -0.071574524, 0.031095494, -0.05437791, 0.3632431, 0.0042918962) * inp_4_1_1; + result1 += M4(0.0036362004, 0.049154423, 0.022581944, 0.011489399, -0.0026346869, 0.038225714, -0.11880501, 0.008066764, -0.0077734394, -0.039087582, -0.18554647, -0.018466687, 0.004414364, -0.029025912, -0.7598795, -0.052502338) * inp_4_2_1; + result1 += M4(-0.010965134, -0.010177588, 0.08663569, 0.02990286, -0.006854959, 0.0069628716, 0.10683608, 0.014632791, -0.0019226763, -0.003935012, -0.036259793, -0.060239166, 0.003661813, 0.0189509, 0.017600713, -0.16889127) * inp_4_0_2; + result1 += M4(-0.0029673758, 0.029710023, 0.022162927, 0.011547584, 0.002112351, 0.01617313, 0.06921636, 0.09180429, -0.00094274076, -0.01888816, -0.08014099, 0.024202958, 0.0012094084, -0.021958835, -0.08271815, -0.06419391) * inp_4_1_2; + result1 += M4(0.0029053884, -0.009095615, 0.009774948, 0.0070945863, -0.003042439, -0.0058562164, 0.04988054, -0.0064195143, -0.0018889188, 0.015463038, 0.15014805, -0.0006628459, -0.019025732, 0.011421918, 0.3641998, 0.050952245) * inp_4_2_2; + result2 += M4(0.07266678, -0.007868933, 0.0023525816, -0.00077627954, -0.057236668, 0.0042130887, -0.009366137, -0.0154323885, -0.050734267, -0.061023917, 0.00023926659, -0.002310557, -0.06950759, 0.026860854, -0.0076539638, -0.009834841) * inp_4_0_0; + result2 += M4(0.06945262, 0.04725428, 0.012452784, -0.008861802, 0.14132659, 0.05653103, -0.013040961, 0.0043774806, -0.004585907, 0.009972997, -0.020608827, 0.019399932, 0.0042420733, -0.036351267, 0.028161993, -0.018908568) * inp_4_1_0; + result2 += M4(-0.025636015, 0.014969882, -0.013229309, 0.0016127859, -0.049825154, -0.058007326, 0.015106174, -0.010196719, 0.036684696, -0.022764605, -0.0057128877, 0.0033893986, 0.06961964, 0.004296916, 6.3615014e-05, -0.0012626084) * inp_4_2_0; + result2 += M4(-0.058762155, -0.03482791, -0.0095567275, -0.005983171, 0.07204015, -0.045898214, 0.0072062737, -0.031225413, 0.0842997, -0.023049902, 0.045962833, -0.046326164, 0.050384983, -0.017362583, -0.022416003, -0.00398807) * inp_4_0_1; + result2 += M4(-0.13189176, -0.10126188, -0.090137675, -0.046101265, 0.0030047768, 0.12932433, -0.1650621, -0.16394544, 0.045873426, 0.033113398, 0.014736001, 0.073878795, 0.14809074, 0.018147664, 0.009826381, 0.013485782) * inp_4_1_1; + result2 += M4(0.108512975, -0.005629341, 0.014416936, -0.010482356, -0.044485684, 0.057906054, -0.03512948, 0.027171852, -0.08074584, -0.10838447, 0.026448552, 0.021148717, -0.10327205, -0.00426465, -0.035220787, 0.0062995157) * inp_4_2_1; + result2 += M4(0.007068338, 0.015495659, 0.021048933, -0.031027615, -0.06283262, -0.02655098, -0.0037516805, 0.011538041, -0.055690452, -0.019945493, 0.0062223743, -0.007221286, 0.030910313, 0.0099043185, 0.003371545, -0.004713819) * inp_4_0_2; + result2 += M4(0.09308184, -0.068506084, -0.020128276, -0.03002702, 0.01332424, 0.049401455, 0.033678036, -0.018700061, 0.06973888, -0.05575294, -0.029278621, -0.0101177655, -0.17198832, 0.018483365, 0.0010262904, -0.018240716) * inp_4_1_2; + result2 += M4(-0.014529915, 0.028812662, 0.013970804, 0.00049380073, 0.035352092, -0.012326753, 0.013731665, 0.011795098, 0.025769874, 0.050815493, 0.00015100482, -0.013901162, 0.061569262, 0.01486875, 0.0062494637, -0.008195159) * inp_4_2_2; + result3 += M4(0.0040639704, -0.01443353, -0.0015014915, -0.0004604825, 0.06625663, 0.018283369, 0.030573064, 0.0022910754, 0.0010828245, 0.0025013832, 0.015770838, 0.0030013267, -0.1195098, 0.029440032, -0.007422198, -0.004859084) * inp_4_0_0; + result3 += M4(-0.061835054, 0.02085343, 0.0028265314, -0.0002544228, 0.07882197, -0.0329279, 0.04402108, -0.0013733318, -0.018661918, -0.10732832, 0.019488964, 0.0016908639, 0.029647665, -0.045437694, -0.05015871, 0.0036919313) * inp_4_1_0; + result3 += M4(0.009431914, 0.03594283, -0.006626598, -0.0038102418, 0.073575646, -0.006480541, 0.0075951796, -0.004729585, -0.056296203, -0.04545493, 0.00197858, -0.0038092402, -0.007822225, 0.014123783, 0.0010376904, -0.00020503542) * inp_4_2_0; + result3 += M4(-0.036250982, 0.07767758, -0.0073183975, 0.009642045, 0.17000176, 0.017264696, 0.051467054, 0.0039031159, -0.05140311, -0.06400494, 0.054235216, -0.0018569353, 0.16838849, 0.026589273, -0.085069455, -0.00350328) * inp_4_0_1; + result3 += M4(-0.2869641, -0.0113407755, 0.010681701, 0.0039104945, -0.24791262, 0.15764289, 0.011336336, 0.00043471172, 0.053716555, 0.18150201, -0.11398172, 0.0030049665, 0.10486691, -0.09735225, -0.04015005, 0.003084743) * inp_4_1_1; + result3 += M4(-0.09951786, 0.046674713, -0.0008789499, -0.0007628574, 0.0020450929, -0.018665941, 0.026026614, 0.020547962, 0.21014373, 0.0015826025, 0.019946257, -0.006840549, 0.046920147, 0.0068029333, 0.00021098716, 0.007925309) * inp_4_2_1; + result3 += M4(-0.1523014, -0.052432984, 0.0012938823, 0.0006346171, 0.05092494, -0.025629964, 0.021743424, -0.00448714, 0.07549403, 0.030300464, -0.02120644, -0.0074867257, 0.065231666, -0.047776245, -0.0060905498, -4.5910765e-05) * inp_4_0_2; + result3 += M4(0.10104118, -0.0118582705, 0.013294066, -0.021972766, -0.08652744, 0.0782913, 0.02806245, -0.01767879, 0.08314142, -0.048510768, -0.0075423187, -0.03924756, -0.058416635, 0.06828294, 9.470286e-05, 0.002445574) * inp_4_1_2; + result3 += M4(0.08272327, 0.07788805, -0.01270348, -0.9176221, -0.000284392, -0.027053412, 0.01923593, -1.3660514, 0.012590212, 0.041374665, -0.037347067, -0.61124915, -0.031016275, 0.0151579, -0.019048084, -0.421802) * inp_4_2_2; + result4 += M4(-0.0063423105, -0.0064147576, 0.09127538, 0.0050662532, 0.015953947, 0.02728334, 0.014644943, 0.07083037, 0.026265396, 0.030541107, -0.11208748, -0.018660216, -0.019484904, -0.062358275, 0.04461951, 0.043838) * inp_4_0_0; + result4 += M4(0.0050562206, 0.019170424, -0.05738807, 0.014529213, 0.03514493, 0.040025447, -0.019148704, 0.1308058, 0.0008780187, -0.0074081398, 0.034388043, -0.033750962, -0.0054501686, -0.0099918265, -0.06726066, -0.05890598) * inp_4_1_0; + result4 += M4(0.0060586436, -0.024556598, 0.066145994, 0.03992594, -0.00981356, -0.0015458589, 0.06289021, -0.031662814, 0.023841655, -0.02969275, -0.028910268, 0.00808556, 0.00035368846, -0.0030308058, 0.050845627, -0.020113409) * inp_4_2_0; + result4 += M4(0.018835915, 0.04829433, -0.07471137, 0.012535467, 0.048914246, -0.0020064777, -0.051088583, 0.075525366, 0.03692022, -0.09448229, 0.027187092, -0.09747116, -0.0104966285, 0.051613647, 0.12129316, -0.02197084) * inp_4_0_1; + result4 += M4(-0.047256775, -0.080525264, -0.21281411, -0.033431876, -0.12862869, -0.076562054, -0.12485655, -0.21682803, 0.03775469, -0.0138969235, -0.11911926, 0.124191105, -0.0008843669, 0.1523953, -0.03887558, -0.11429871) * inp_4_1_1; + result4 += M4(0.016790144, -0.020528886, 0.03717166, 0.0031142414, -0.01541633, 0.010236898, -0.027052406, 0.014395367, 0.055234935, -0.063293435, -0.10413691, 0.022019628, 0.00056105177, 0.018352022, 0.026529843, 0.07217081) * inp_4_2_1; + result4 += M4(0.0074467757, -0.04675734, 0.01558269, -0.044322852, -0.0019094783, -0.05355294, -0.005313494, -0.010875045, -0.0032246439, 0.051123645, -0.03964969, -0.017278539, 0.0024756414, 0.06111118, -0.025129588, 0.00362763) * inp_4_0_2; + result4 += M4(-0.02116426, -0.027847985, 0.04027087, 0.07104167, -0.012489109, -0.025049105, 0.008609981, 0.03410326, 0.0020263048, 0.054002754, 0.09476965, -0.021783598, -0.014814072, 0.100242965, 0.008952078, 0.06190624) * inp_4_1_2; + result4 += M4(0.025492726, 0.031280704, 0.05812409, 0.03448896, 0.00038881693, -0.066768706, -0.06554444, -0.010099144, -0.010217219, 0.025420444, 0.02070306, 0.05918437, -0.006927634, 0.019385025, -0.010346316, 0.017418893) * inp_4_2_2; + result5 += M4(0.15702607, -0.008700927, 0.005824318, 0.018426975, 0.23179697, 0.018097289, 0.011519095, 0.062106073, 0.20637281, -0.0097800745, -0.17901367, 0.08055939, -0.012868187, -0.010208606, 0.07249001, -0.0812324) * inp_4_0_0; + result5 += M4(-0.053647503, 0.028570041, 0.037843384, -0.02864989, 0.13679968, -0.025511054, 0.09568555, -0.038298067, -0.03359497, -0.051637717, 0.0012565533, -0.017542426, 0.11979752, 0.013581803, 0.07465785, 0.013558985) * inp_4_1_0; + result5 += M4(-0.1254488, -0.009786411, 0.017910112, -0.009135808, 0.15687932, 0.042476162, -0.017195655, 0.13594365, -0.018843494, -0.021814633, 0.059326928, 0.019140912, 0.03612357, -0.0058976174, 0.015509237, -0.022462768) * inp_4_2_0; + result5 += M4(-0.109823614, 0.03079121, 0.019862503, -0.057678074, 0.15698954, 0.0033135405, 0.022517301, 0.06397958, 0.008852805, -0.098313145, 0.115780674, 0.054005686, 0.14771824, 0.0030945556, -0.09366803, 0.0017378121) * inp_4_0_1; + result5 += M4(-0.35897005, -0.10819092, -0.16350296, -0.17882077, -0.15814215, -0.54804367, -0.13443083, -0.029778887, -0.17502703, 0.1481745, 0.28500298, -0.08049084, -0.03458206, -0.017850028, -0.051866278, 0.04256317) * inp_4_1_1; + result5 += M4(-0.077217385, 0.018790653, -0.0895779, -0.013970141, -0.009739888, -0.098204754, -0.07332363, 0.18283132, -0.08784119, -0.0435337, 0.005826665, -0.02450961, 0.07908598, -0.032528993, -0.06007877, 0.11356001) * inp_4_2_1; + result5 += M4(-0.11876702, -0.04689088, -0.039710876, -0.03632648, -0.15139705, 0.07166239, 0.17083089, -0.02808708, -0.053786144, 0.0387558, 0.083275385, -0.021975592, 0.06440202, 0.00049948116, 0.02089879, 0.018834395) * inp_4_0_2; + result5 += M4(-0.30498046, 0.050585978, 0.00885658, 0.007987502, -0.11261155, 0.007810219, -0.08889312, -0.031191364, 0.1394738, -0.106800206, -0.06508315, -0.030201618, 0.15394029, -0.030672038, 0.00028846585, 0.038626682) * inp_4_1_2; + result5 += M4(0.20700955, 0.046373177, -0.0042914283, -0.012006904, 0.052662335, 0.0030825667, 0.042860482, 0.031560093, 0.15854606, -0.002336356, -0.032213427, -0.08788401, -0.1836287, 0.027361574, 0.074980885, 0.10513279) * inp_4_2_2; + result6 += M4(-0.32588986, 0.015064312, 0.0003827044, -0.00878967, -0.2587362, 0.10264629, 0.016196914, 0.1303588, -0.14961769, -0.046936885, 0.020738445, 0.25936055, -0.019909399, 0.039498407, -0.025127757, -0.21412018) * inp_4_0_0; + result6 += M4(-0.11299508, -0.0029319555, -0.004740169, -0.041414082, -0.1371622, 0.022304444, 0.060023874, -0.040320233, -0.33300152, 0.07278749, 0.10756876, -0.09957188, -0.16551635, -0.012412993, -0.13943334, -0.09614052) * inp_4_1_0; + result6 += M4(-0.031462014, -0.0015935383, -0.032931622, -0.04340286, 0.20820704, 0.07372193, -0.059937194, 0.015711349, 0.061751604, -0.00913279, 0.1175613, 0.06456462, 0.033167105, 0.0041249236, -0.00994888, -0.04354321) * inp_4_2_0; + result6 += M4(-0.1825709, -0.09583256, 0.034282207, 0.09697847, -0.23742539, 0.06431914, -0.081419855, 0.03459588, -0.46859598, 0.053755432, 0.0047948933, 0.10666858, -0.16180088, 0.08198615, -0.1458811, -0.06556075) * inp_4_0_1; + result6 += M4(0.05014123, -0.17191643, -0.15111744, -0.12988001, 0.07798354, -0.2806939, -0.082456924, -0.110655725, -0.22647634, 0.09719572, 0.009042376, -0.109870575, 0.049114194, 0.0356184, -0.13052377, -0.031244826) * inp_4_1_1; + result6 += M4(0.03928787, 0.052596595, 0.048580933, -0.051062945, -0.023224428, -0.05764904, -0.029284084, 0.07750334, -0.05675913, -0.07459828, -0.08907966, 0.054133594, -0.06590509, 0.039749045, -0.18971036, 0.09272368) * inp_4_2_1; + result6 += M4(-0.5247701, -0.013850611, 0.04440708, 0.063019305, -0.15992476, -0.039354507, -0.010328355, -0.044619806, 0.01691486, -0.060807653, -0.017622538, 0.008148674, 0.0891824, 0.043049075, -0.02963026, 0.03651607) * inp_4_0_2; + result6 += M4(0.025829175, -0.07425393, 0.026194366, -0.025276318, 0.14469208, -0.036253735, 0.036860578, -0.03921153, 0.01079042, -0.03277285, -0.010516271, 0.0007517151, -0.838144, -0.028058957, -0.020012474, -0.07488451) * inp_4_1_2; + result6 += M4(-0.092218265, 0.021557495, -0.014558641, -0.014047565, 0.1111588, -0.027817471, 0.06397871, 0.012384694, -0.04126554, 0.07100052, 0.00073545065, -0.01691616, 0.19149236, 0.07495612, 0.08020532, 0.013673908) * inp_4_2_2; + result7 += M4(0.012941493, 0.0077950964, -0.20078832, 0.016867166, -0.027121035, 0.015620779, 0.17962652, 0.031516, -0.034642894, 0.010514611, 0.10265954, -0.0013611646, 0.011879319, 0.11883269, 0.23759092, 0.02368508) * inp_4_0_0; + result7 += M4(-0.0028533025, 0.0522076, -0.058123175, -0.0029964393, -0.018153362, -0.04791817, -0.11333081, 0.017881604, 0.006047019, -0.03698992, -0.10357981, 0.028838342, -0.0074698087, 0.077619195, 0.03149059, -0.022441948) * inp_4_1_0; + result7 += M4(-0.0023329742, -0.057737984, -0.2459254, -0.031941783, 0.0039249826, 0.033323348, -0.09571853, -0.00956598, 0.00312334, -0.061655235, -0.10330274, 0.029236056, -0.0063805347, 0.02318529, 0.04599969, -0.0147431595) * inp_4_2_0; + result7 += M4(-0.021802794, -0.0156113645, -0.44380105, -0.067483604, -0.04328197, 0.061355688, -0.035464205, -0.013055112, -0.019238506, -0.021171616, -0.01684916, 0.040700436, 0.0012682795, -0.040218882, -0.40153787, -0.0013442466) * inp_4_0_1; + result7 += M4(-0.021575393, -0.16572608, -0.6712828, -0.16211864, -0.049323797, -0.043839958, -0.31562313, -0.119823836, 0.016363645, 0.18701254, -0.040297788, -0.026835784, -0.027966658, -0.15780225, 0.3680943, 0.020551566) * inp_4_1_1; + result7 += M4(-0.004817776, 0.004176491, -0.18634088, -0.046174426, -0.0019894575, -0.042330023, -0.2813731, -0.08118342, -0.019888468, 0.11378498, 0.17444746, 0.03003404, 0.0053750784, -0.11389755, -0.26405224, 0.04561515) * inp_4_2_1; + result7 += M4(0.014561216, 0.06947324, -0.25345263, 0.079334974, -0.030821856, -0.00765534, 0.010979977, -0.04112282, 0.03798489, -0.0051535894, -0.06032543, -0.034960795, -0.0024265293, 0.0033370326, 0.11133575, -0.0007865293) * inp_4_0_2; + result7 += M4(0.013048931, -0.07923624, -0.39692637, 0.0995706, 0.030054556, 0.034968633, 0.16042887, 0.1181794, -0.021861838, -0.0042884457, 0.12847437, -0.046622366, -0.0033146162, 0.024846591, -0.10019889, 0.05620744) * inp_4_1_2; + result7 += M4(0.010309698, 0.057185907, -0.00020443456, -0.010595848, 0.0023473927, -0.0017539479, 0.051105402, 0.056811374, 0.0042330134, 0.0094322665, 0.16746928, 0.016898578, 0.018024886, 0.04087607, 0.39389613, 0.10396401) * inp_4_2_2; + const V4 inp_5_0_0 = inp[5][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_5_1_0 = inp[5][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_5_2_0 = inp[5][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_5_0_1 = inp[5][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_5_1_1 = inp[5][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_5_2_1 = inp[5][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_5_0_2 = inp[5][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_5_1_2 = inp[5][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_5_2_2 = inp[5][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.123710185, 0.0055961637, 0.026967648, 0.4002243, -0.0013288023, 0.018353894, 0.032078598, -0.039268732, -0.06309415, 0.0067910263, -0.033640865, -0.008858984, 0.18109292, 0.095863715, -0.14206682, 0.057113767) * inp_5_0_0; + result0 += M4(-0.25029188, -0.014705295, -0.25787365, -1.2111418, -0.007688319, 0.0066271652, 0.09192618, -0.6113418, 0.11593546, 0.05399955, 0.093836695, -0.10966185, -0.30222926, -0.1149619, -0.05810426, -0.4484907) * inp_5_1_0; + result0 += M4(-0.05202678, 0.025130253, 0.085707, -0.35420153, 0.070437916, -0.017696185, -0.12493823, 0.26505044, -0.089384705, 0.00018066028, 0.23972598, 0.24549945, 0.041523144, 0.07565976, -0.051406965, -0.19095476) * inp_5_2_0; + result0 += M4(-0.048807845, 0.000946698, 0.0575346, -0.13944386, 0.031826183, -0.009879621, 0.17554148, -0.057682578, -0.052565835, 0.00162274, 0.027422195, -0.13956417, 0.17444777, -0.015311191, -0.0693655, -0.022305032) * inp_5_0_1; + result0 += M4(-0.08900678, 0.04709219, -0.26535815, -0.05010886, -0.18357727, -0.060039908, -0.09776422, 0.15313073, 0.21192625, 0.059971057, -0.24218301, 0.121105455, -0.1298665, -0.04286583, -0.2768024, -0.6364546) * inp_5_1_1; + result0 += M4(-0.036535546, -0.066260435, 0.17290731, -0.09415138, -0.018747142, 0.047781006, 0.10434604, -0.09901481, 0.056339383, -0.008777892, 0.07956998, -0.22741035, 0.1160415, -0.019870285, -0.008838166, -0.07528122) * inp_5_2_1; + result0 += M4(-0.15036856, -0.03210322, 0.38724253, -0.28065342, 0.16138063, 0.06616391, -0.009921414, 0.2730379, -0.070885666, -0.007556514, -0.031404212, 0.030356243, -0.09974104, -0.03916858, 0.10176994, -0.27289778) * inp_5_0_2; + result0 += M4(0.2281126, 0.055141743, -0.0651283, 0.54856724, -0.014460634, -0.13416319, 0.022330245, -0.3799187, 0.014122073, -0.004306611, 0.016603895, 0.009778893, -0.3362251, 0.0921759, -0.29017928, -0.3912878) * inp_5_1_2; + result0 += M4(-0.008259834, 0.023819748, -0.07404843, 0.29578745, 0.010289673, 0.10292377, 0.08794031, -0.04724856, -0.08153749, -0.09425213, -0.12400403, 0.24059002, -0.28464085, -0.15596376, 0.16152437, -0.55844134) * inp_5_2_2; + result1 += M4(0.0112369, -0.017906228, -0.04440247, 0.062190335, -0.025787065, 0.03569335, -0.64418435, -0.018127723, 0.06993006, -0.01383128, 0.3496791, 0.07333789, -0.03918315, 0.0072809937, -0.36915416, -0.09841706) * inp_5_0_0; + result1 += M4(0.03830342, -0.08570442, -0.064778455, -0.093698986, 0.026632719, -0.055590298, 0.4014219, 0.017934183, 0.044683818, 0.0060353763, 0.31767473, -0.035106987, 0.012781923, 0.013812663, -1.1359648, 0.016771099) * inp_5_1_0; + result1 += M4(-0.005023702, 0.00317627, -0.2871672, 0.009706755, 0.0008797243, -0.01887945, -0.5066744, -0.022227054, 0.010981201, 0.098596856, 0.52442694, -0.020289663, -0.000120839264, -0.10487549, -0.68748087, 0.019541007) * inp_5_2_0; + result1 += M4(0.06504653, 0.008827149, 0.24245472, -0.07178243, -0.013206451, -0.0009476431, 0.5128624, 0.025815597, -0.031666335, -0.0021187859, 0.048077058, 0.06516167, -0.0068296343, 0.00883571, -0.25188917, -0.501819) * inp_5_0_1; + result1 += M4(0.007644054, -0.060588945, -0.107596755, 0.0029877692, 0.00087284134, 0.0034592524, 0.092972055, -0.0056576305, 0.028557187, 0.027038015, 0.031458214, 0.09504501, -0.05853888, -0.07031556, 0.090311974, -0.080149785) * inp_5_1_1; + result1 += M4(-0.0010571631, -0.080543675, -0.24429384, -0.017629612, -0.00019252255, 0.028419795, 0.0127862645, 0.019189931, 0.01790072, -0.004285276, -0.20728078, 0.009064776, 0.0044334307, 0.098792136, 0.05326239, -0.0003305459) * inp_5_2_1; + result1 += M4(-0.013269974, -0.012910938, 0.082544014, -0.00057533383, 0.004552069, 0.02657698, -0.48643312, 0.016446628, -0.0045577125, 0.01305659, -0.05918562, -0.00096306705, -0.015847988, -0.027390257, -0.034632962, 0.0012235462) * inp_5_0_2; + result1 += M4(-0.0048810556, -0.028828839, 0.021632003, -0.041020017, -0.0043233265, -0.027019575, 0.055175364, 0.002213374, 0.0033744294, 0.0011760135, -0.15332137, -0.10665318, 0.01353382, 0.060972232, 0.06964602, -1.1149677e-05) * inp_5_1_2; + result1 += M4(-0.011080321, 0.0070899115, 0.09482532, 0.0028319121, 0.0003382812, 0.0076237195, -0.04065382, 0.0007842605, -0.0027522107, 0.003389762, -0.15637788, 0.032316815, 0.014454539, -0.051773887, -0.062293917, 0.015159898) * inp_5_2_2; + result2 += M4(0.0018508625, 0.003095976, 0.014053947, -0.0072243144, -0.02452467, -0.13228308, 0.011097201, -0.0063217194, 0.03842393, 0.013157798, -0.0023470572, -0.026032712, -0.1472669, 0.03666837, -0.006129349, -0.009491216) * inp_5_0_0; + result2 += M4(0.04332834, 0.010415317, -0.011096054, -0.022596184, -0.028170599, 0.08009872, -0.015379172, 0.0047726776, 0.06681237, -0.10677614, 0.035253428, -0.043116603, 0.07736196, -0.009656484, 0.01016058, 0.020103833) * inp_5_1_0; + result2 += M4(-0.0924106, 0.025768472, -0.013279518, 0.0031521744, -0.040222317, 0.08273935, -0.014510391, 0.008319581, 0.0037450835, 0.037597448, 0.044877786, -0.0816804, -0.07447345, -0.01161724, -0.0036654999, -0.0009815859) * inp_5_2_0; + result2 += M4(0.047067348, -0.025369715, 0.027825693, 0.03480062, 0.0933108, 0.12862794, -0.020292202, 0.008248592, -0.013032188, -0.015986616, 0.017202055, -0.08952263, 0.045182664, -0.035248704, 0.008467567, 0.035897423) * inp_5_0_1; + result2 += M4(-0.17502794, 0.010615032, 0.044597756, -0.08388223, -0.01971773, -0.38331482, 0.032536477, -0.06359574, -0.07397479, 0.16213445, -0.08485795, -0.010409445, -0.30418158, -0.002181508, -0.01893301, -0.0634515) * inp_5_1_1; + result2 += M4(0.048545916, 0.008775951, 0.022582535, 0.026230851, 0.07886689, -0.03204544, -0.015373615, 0.01774202, 0.11199383, -0.19429083, 0.30573428, -0.087739445, 0.04820333, 0.008462347, 0.008195342, 0.00062971294) * inp_5_2_1; + result2 += M4(-0.027907275, 0.072582185, 0.040426478, -0.045810375, 0.017611068, 0.071229786, -0.031314496, -0.002291072, 0.013243779, -0.008596356, 0.024412196, 0.018926898, 0.00040769574, 0.030869756, 0.016998375, -0.007773842) * inp_5_0_2; + result2 += M4(-0.026258131, -0.0077882013, 0.12478316, 0.04202753, -0.09344261, 0.086151466, -0.023280669, -0.0019192358, 0.04433542, -0.04997645, -0.07867039, -0.049236495, 0.0025612346, 0.020576797, -0.006802411, 0.037518017) * inp_5_1_2; + result2 += M4(-0.06888732, -0.0002408053, 0.0169374, 0.01074099, -0.008554872, -0.023000933, 0.0045956518, -0.006099658, -0.024361052, 0.065914735, 0.07817978, -0.058786035, 0.03359388, -0.0082887905, -0.0036015075, -0.0037619174) * inp_5_2_2; + result3 += M4(0.04538263, -0.0379092, 0.0012280175, 0.0068288255, -0.05452807, 0.014173078, -0.0021724638, 0.0018283846, -0.09626507, 0.007114216, -0.029942939, 0.0050518704, -0.28387207, -0.030874887, -0.02398075, -0.00197876) * inp_5_0_0; + result3 += M4(0.015248673, 0.06465118, 0.0090377545, 0.007880025, 0.14045373, 0.0713355, 0.0029069316, -0.0029871142, -0.14483067, -0.09223899, 0.021697417, -0.004874224, 0.042036135, 0.046447843, 0.014762232, 0.00090683164) * inp_5_1_0; + result3 += M4(0.049190696, 0.00058568263, 0.0095676165, -0.006582468, 0.11617685, -0.0070353355, -0.02094826, 0.003919556, -0.037459556, 0.0845387, -0.07780502, -0.026395718, 0.07551103, 0.0011970535, -0.02141631, -0.00091524) * inp_5_2_0; + result3 += M4(0.098104596, 0.025409738, 0.031035384, 0.0068788626, -0.04136269, -0.1114111, -0.09762803, -0.005346807, 0.051071957, -0.06348426, 0.009649097, 0.018183025, 0.20030509, 0.07944132, 0.019583907, 0.002162389) * inp_5_0_1; + result3 += M4(-0.16075537, -0.084514454, 0.011394127, 0.008470069, -0.343967, -0.015881252, -0.020745048, 0.0042409194, 0.27445212, 0.22021538, 0.022681732, 0.10448474, -0.10509708, -0.1993936, -0.01419423, 0.0037925872) * inp_5_1_1; + result3 += M4(0.04689634, -0.14006884, 0.018754877, 0.01124188, -0.031584326, -0.027096493, 0.007001733, -0.0062527643, 0.115796946, -0.01301345, -0.13394472, 0.23520578, -0.14533484, 0.119719, 0.0078124427, -0.0054045944) * inp_5_2_1; + result3 += M4(0.0014730525, -0.033755735, 0.023389494, -0.010391416, 0.20083493, 0.07466322, 0.01333041, 0.0034724544, 0.060309533, 0.022982217, 0.00054401445, -0.02100239, -0.03242684, -0.05731651, -0.010848367, 0.0019000089) * inp_5_0_2; + result3 += M4(-0.19401279, 0.036231622, 0.09077971, -0.066967815, 0.05237347, 0.03449049, -0.0815538, 0.004723074, -0.14420083, -0.04583082, -0.028091168, -0.031671174, -0.1228356, 0.16973597, -0.016723253, 0.0028919468) * inp_5_1_2; + result3 += M4(-0.11067993, 0.018545872, 0.04174819, -0.22908881, -0.06594106, -0.022414058, -0.0108627565, -0.89024687, -0.006384009, -0.022160375, -0.027132226, 0.1808949, 0.15391158, -0.10838177, -0.016400132, -1.0542635) * inp_5_2_2; + result4 += M4(-0.010955942, 0.007721257, -0.028749973, 0.028434195, -0.004439555, 0.02121317, -0.016430924, -0.0071512153, -0.014201958, -0.08813098, 0.017267508, -0.03508916, -0.05739518, -0.019405985, -0.052838296, 0.14592184) * inp_5_0_0; + result4 += M4(0.0052937306, 0.022609795, -0.05124228, -0.019379407, 0.0036330267, -0.025237542, -0.105474554, 0.028189484, -0.10302823, -0.081910044, -0.042599007, 0.19289291, 0.04333696, 0.02236944, 0.0631625, -0.09143264) * inp_5_1_0; + result4 += M4(-0.0056537963, 0.06985442, -0.025520924, -0.020921912, 0.0124069955, -0.062276077, -0.06210516, 0.013339314, -0.0064242864, 0.0025320703, 0.076532714, 0.0016465964, -0.006330464, 0.004961181, 0.016235363, 0.045758627) * inp_5_2_0; + result4 += M4(0.022961583, 0.026996793, -0.014797536, -0.01751415, -0.007604921, -0.03129803, -0.293021, -0.047574468, 0.011943651, 0.05104087, 0.021907348, -0.002073898, 0.034583133, 0.008206652, 0.03306198, -0.11200141) * inp_5_0_1; + result4 += M4(-0.009349369, -0.04234114, -0.048868768, -0.04536362, 0.006921742, 0.08741048, -0.17857294, -0.028086556, -0.1066399, 0.20623413, 0.14247967, -0.057659358, -0.05711138, -0.06413519, -0.00076562783, -0.3465678) * inp_5_1_1; + result4 += M4(-0.008311315, 0.019410906, 0.06812772, -0.0779887, -0.025845254, 0.065870374, -0.33682114, -0.038375158, 0.16580354, -0.050095066, -0.0912495, 0.03887698, -0.014262587, 0.0051532844, -0.050325215, -0.08786848) * inp_5_2_1; + result4 += M4(-0.0062736277, 0.013271109, 0.02259509, -0.012412317, -0.023020018, 0.037529845, -0.1564478, 0.03288348, 0.0023755946, 0.007514896, -0.06215181, -0.00028548748, 0.0001537589, 0.06804496, 0.009217579, 0.03360693) * inp_5_0_2; + result4 += M4(0.029613255, -0.032694813, -0.065702744, 0.044575352, 0.017228976, -0.14527577, -0.065642565, 0.030855967, -0.02873469, -0.030430246, 7.2102746e-05, 0.010847365, -0.02377553, -0.13899876, -0.07811296, -0.10969839) * inp_5_1_2; + result4 += M4(-0.03262674, 0.040435772, -0.0006715948, -0.0031349047, 0.00030729573, 0.045717917, -0.004599818, -0.0054932185, 0.074698135, 0.04620488, 0.014924902, 0.047797143, 0.024589825, 0.051548954, 0.076428525, -0.06698059) * inp_5_2_2; + result5 += M4(-0.3862298, -0.033756714, 0.20133555, -0.0863349, -0.1158652, -0.013105011, 0.016364375, 0.043958202, -0.13585542, -0.028258046, 0.02983589, 0.05852291, -0.5302943, -0.031647857, 0.08174526, -0.24059556) * inp_5_0_0; + result5 += M4(0.041889027, 0.021894703, -0.17531614, -0.090069845, 0.058900844, -0.041917946, -0.25996438, 0.03219614, 0.11272058, 0.049496267, 0.027901612, 0.053692076, 0.12108012, 0.05808237, -0.08661849, 0.013547071) * inp_5_1_0; + result5 += M4(-0.069122486, 0.020565575, -0.027688988, -0.0014085778, -0.22126232, -0.117504895, 0.03164888, 0.15289153, -0.1458936, -0.018261237, 0.14325084, -0.10349678, 0.053113423, -0.0012595967, 0.014270333, 0.0562568) * inp_5_2_0; + result5 += M4(0.01850583, 0.048531704, -0.09019697, 0.080699824, -0.33748418, -0.095857345, -0.01243121, -0.15133704, -0.07936184, -0.03036079, -0.038867652, 0.074719734, -0.049669184, 0.05012133, -0.08179629, -0.034787677) * inp_5_0_1; + result5 += M4(0.08171897, -0.13591968, -0.28730652, 0.023340035, -0.16746575, -0.09457583, -0.16711873, -0.057874333, 0.071169846, -0.080501445, 0.032642998, -0.017203623, -0.22227862, -0.045627367, -0.21042745, -0.039739545) * inp_5_1_1; + result5 += M4(0.088343345, -0.020441754, -0.06497453, -0.03312664, -0.27467364, -0.11081517, -0.03724939, 0.09722156, 0.06186786, 0.032496907, -0.004053047, -0.17932275, -0.08041116, 0.02915965, 0.070956975, -0.011196618) * inp_5_2_1; + result5 += M4(0.025332099, -0.044377834, -0.08498362, 0.0719773, -0.4181966, -0.031023158, -0.011330509, 0.04849342, -0.015307236, 0.023344832, 0.04373427, -0.007155072, -0.03110089, -0.0020941503, 0.024609506, -0.0072052986) * inp_5_0_2; + result5 += M4(0.24132244, 0.019929403, 0.14607942, 0.08835743, 0.12707058, -0.036167856, -0.13715975, -0.022224644, 0.110023975, 0.080640905, 0.07568743, -0.016320849, -0.3220595, 0.06303495, 0.083936825, -0.044225797) * inp_5_1_2; + result5 += M4(-0.11718662, 0.02097713, 0.21866737, 0.13927403, -0.24581449, 0.035112876, -0.010758045, -0.038755026, -0.117828146, -0.046410844, -0.06300276, -0.075576685, 0.11286918, -0.06626288, -0.20493622, -0.000903041) * inp_5_2_2; + result6 += M4(-0.4472423, 0.0250912, -0.0069369767, -0.09071967, 0.03191252, 0.013202142, 0.049337085, -0.116650395, 0.077235535, 0.04819573, 0.018602418, -0.012116792, -0.32045427, 0.10473518, -0.03611783, -0.104737535) * inp_5_0_0; + result6 += M4(-0.06570121, 0.011706921, -0.099399135, -0.12798499, -0.6102766, -0.12765677, -0.011877942, 0.093335465, 0.0031494463, 0.0941847, 0.09621539, 0.06597269, 0.02624698, -0.0641231, -0.189234, -0.09288142) * inp_5_1_0; + result6 += M4(-0.0347718, 0.054503072, -0.055831157, -0.084261805, 0.28971317, -0.07838357, -0.010080162, 0.017678132, -0.002654341, 0.0060399785, 0.0538514, -0.05036081, 0.017440213, -0.003906836, 0.00021279606, 0.07496988) * inp_5_2_0; + result6 += M4(0.027240617, -0.086215355, -0.019108398, 0.096552, -0.28049397, 0.06389728, 0.043483306, -0.06811171, -0.116590925, 0.032128815, 0.012601884, -0.0068072556, -0.634855, -0.09120709, -0.07157644, 0.17864358) * inp_5_0_1; + result6 += M4(0.03157809, -0.05922353, -0.051830053, 0.112317935, 0.139449, 0.16159695, 0.07344143, -0.080054656, -0.013624571, 0.0117578935, -0.09231044, -0.07595958, -0.0590046, -0.08803987, -0.039432652, 0.038007364) * inp_5_1_1; + result6 += M4(0.0724003, -0.010609667, -0.11946315, 0.029544862, -0.024387296, 0.06401208, 0.030639056, -0.016782766, 0.062216576, 0.0653564, -0.1000373, -0.07594571, 0.030972535, 0.16003641, 0.05105545, -0.138337) * inp_5_2_1; + result6 += M4(0.30150613, 0.013888585, 0.055911474, 0.015421688, 0.22555943, -0.09926168, -0.09735913, -0.056397855, 0.046377037, -0.033960603, -0.025054682, -0.010004912, -0.60150105, 0.05137548, 0.0017118946, -0.0047891904) * inp_5_0_2; + result6 += M4(-0.09625907, 0.08507822, 0.108137146, 0.13246158, -0.12338044, -0.05751706, -0.08192098, 0.016492995, 0.008594298, 0.06495735, 0.0048113125, 0.01716771, 0.05593547, 0.07437816, 0.07170584, -0.04596091) * inp_5_1_2; + result6 += M4(0.03636341, -0.02338052, 0.09411537, 0.0572732, -0.094504476, 0.06616344, 0.039965518, -0.019230515, 0.016483052, -0.08511821, -0.025963172, 0.009695174, -0.0037209438, -0.18648513, -0.08493537, -0.0012187082) * inp_5_2_2; + result7 += M4(-0.015835453, -0.04200304, 0.010994864, 0.017655073, -0.17360379, 0.0023398967, -0.16510513, 0.008617665, 0.062099256, -0.032970108, 0.044025652, 0.034678236, 0.032969385, 0.08645098, 0.23094559, -0.022408858) * inp_5_0_0; + result7 += M4(-0.029572856, 0.04604314, -0.049497884, -0.04235404, -0.023173431, -0.055144247, 0.013323401, 0.07002569, 0.09074504, 0.07996045, 0.2055973, 0.03659116, -0.028411558, 0.07955718, -0.017613329, -0.06823085) * inp_5_1_0; + result7 += M4(-0.008217825, 0.017331008, 0.090503044, -0.010623501, 0.0080685895, -0.084872566, -0.5320482, -0.0268224, -0.023873793, 0.08151074, 0.28897938, 0.040403165, 0.011231741, -0.048918735, 0.014035843, 0.007890621) * inp_5_2_0; + result7 += M4(-0.10125856, -0.0179136, 0.021842223, 0.01141395, -0.11047428, 0.093512625, 0.3307636, -0.033955775, -0.0075110914, 0.07088098, 0.3040375, 0.013010312, -0.04509318, -0.119534016, -0.510191, -0.035019707) * inp_5_0_1; + result7 += M4(-0.012894575, 0.019624358, -0.01852965, -0.10777656, -0.0035769965, 0.17132641, -0.21617556, 0.0008148792, 0.23022625, 0.056173835, -0.06860901, -0.0065486473, 0.07027718, -0.20340233, -0.6233329, 0.026128992) * inp_5_1_1; + result7 += M4(-0.0009320249, -0.023985267, -0.3032159, -0.067842394, -0.00862757, 0.016621457, 0.39877814, 0.102579266, 0.008278652, -0.05136529, -0.033091612, 0.041650224, -0.0059270966, -0.06887291, -0.10319414, 0.04040927) * inp_5_2_1; + result7 += M4(-0.0594103, 0.008767828, 0.03544513, 0.009564391, -0.018325917, -0.05379606, -0.4487461, -0.013876787, -0.047048464, -0.03536787, -0.06610573, -0.05147065, 0.03962339, 0.030393204, 0.096072845, 0.039931867) * inp_5_0_2; + result7 += M4(-0.01818441, 0.094742455, 0.106221355, 0.13334025, -0.0069631855, -0.06666921, 0.065732375, -0.12908341, -0.01635034, 0.0049481443, -0.09461432, 0.04481508, -0.02194168, -0.043540798, -0.14458445, 0.029104276) * inp_5_1_2; + result7 += M4(0.009424532, -0.017100075, 0.07264109, 0.07926245, 0.0019121327, -0.016745476, -0.13231902, -0.01871996, -0.009279449, -0.024866372, 0.09020136, -0.04805157, -0.013400049, -0.14148545, -0.4804887, -0.050191928) * inp_5_2_2; + const V4 inp_6_0_0 = inp[6][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_6_1_0 = inp[6][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_6_2_0 = inp[6][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_6_0_1 = inp[6][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_6_1_1 = inp[6][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_6_2_1 = inp[6][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_6_0_2 = inp[6][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_6_1_2 = inp[6][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_6_2_2 = inp[6][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.016886065, -0.016475854, 0.0039901827, -0.08442869, -0.045796815, 0.03404783, 0.047319755, 0.47565743, -0.06302444, -0.0037803235, 0.012231864, -0.027136462, -0.07435046, 0.015326778, 0.084975615, -0.14216952) * inp_6_0_0; + result0 += M4(0.06951894, 0.04309342, 0.116758406, 0.3472885, -0.06546685, -0.02845852, -0.0778252, -0.27043378, 0.0682703, 0.008518834, 0.055100095, 0.28548786, -0.0396495, 0.0056522484, -0.13876185, -0.12189256) * inp_6_1_0; + result0 += M4(0.017398108, 0.03481229, 0.044931695, -0.17319429, 0.030206684, -0.0008342145, -0.1906033, 0.1311883, 0.022014257, 0.021827063, 0.020016827, 0.13991445, 0.09874555, 0.04881173, -0.101093344, 0.14856069) * inp_6_2_0; + result0 += M4(-0.03830594, -0.047777787, 0.008772387, -0.15978007, 0.15888292, 0.052312683, -0.10512692, -0.0035829495, -0.045675162, 0.007255717, 0.1077248, -0.27920315, 0.0109229665, 0.05830878, 0.044435136, -0.14798808) * inp_6_0_1; + result0 += M4(-0.034225814, 0.011384562, 0.06812987, -0.11784705, 0.0077642347, -0.018475026, 0.114324145, 0.06437515, 0.08478724, 0.020524204, 0.09734501, 0.10220254, -0.15277588, -0.05864344, 0.067353286, -0.36833328) * inp_6_1_1; + result0 += M4(-0.011195161, 0.054054957, -0.14983587, -0.13910149, 0.02950605, 0.11263931, 0.029798057, -0.10904278, 0.10360864, 0.037227925, -0.051315993, 0.12595439, -0.014274898, -0.052587982, 0.03062576, -0.21177733) * inp_6_2_1; + result0 += M4(-0.035114598, -0.0118268225, 0.11772664, -0.03169712, 0.087477714, 0.03823873, -0.050340865, 0.03337059, -0.025364578, -0.0050675017, 0.08244465, -0.029159846, -0.06338091, 0.010374189, 0.040904306, -0.29580206) * inp_6_0_2; + result0 += M4(0.07296411, 0.028777834, -0.02907877, 0.11558136, -0.074290976, 0.0002426119, -0.06362316, 0.033334456, 0.055543076, -0.009645074, 0.18795004, 0.01715861, 0.18297768, 0.07780479, 0.01974813, -0.002598587) * inp_6_1_2; + result0 += M4(0.008004301, -0.022681408, -0.069329135, -0.084427096, 0.015070907, 0.07193787, -0.008618819, 0.03876606, 0.006669796, 0.0401191, -0.030800516, 0.120095655, -0.013246376, -0.014934389, -0.06340086, -0.17195413) * inp_6_2_2; + result1 += M4(0.24568893, 0.004199364, -0.00028222718, -0.1062731, 0.009838466, -0.04359659, -0.0030158162, -0.13102429, -0.05813355, 0.014187817, 0.18512954, 0.05844152, -0.37069657, -0.013368133, -0.13188705, -0.07412) * inp_6_0_0; + result1 += M4(-0.0053700074, -0.015632043, 0.086592585, 0.052495863, -0.01197594, 0.012689837, 0.12264024, -0.02320147, -0.020085933, 0.023451377, 0.11882104, 0.098163895, -0.042534895, -0.08714207, -0.28008416, 0.074227825) * inp_6_1_0; + result1 += M4(0.007115303, 0.06190192, -0.261385, -0.0094699105, -0.011346973, -0.09712951, -0.29174185, -0.00969638, -0.00435, -0.0019856582, 0.2878415, -0.00076344446, 0.010889538, 0.05421421, -0.07365893, 0.01648095) * inp_6_2_0; + result1 += M4(-0.0061301533, 0.016104728, 0.027452298, 0.29150707, 0.029053329, -0.019316364, 0.3296298, -0.01388066, 0.0010063553, 0.037860587, 0.24130782, 0.15409403, -0.023449581, 0.014543033, -0.30204737, 0.1045479) * inp_6_0_1; + result1 += M4(-0.027961107, 0.07787586, -0.114334606, 0.05787047, 0.0058944956, 0.00935745, 0.10689901, -0.15155083, -0.010156387, 0.021068675, 0.030479368, 0.09743853, -0.025753412, 0.06935078, -0.09592107, 0.018139256) * inp_6_1_1; + result1 += M4(0.0034180947, -0.035650324, -0.16365717, -0.016488284, -0.0052414397, -0.0077873236, -0.23101875, -0.020378793, 0.00029225953, -0.023008615, 0.052151456, -0.007824071, 0.007301773, -0.03616989, -0.04348297, -0.012029329) * inp_6_2_1; + result1 += M4(0.0043085744, 0.0022107607, -0.060320817, -0.008569688, 0.013263189, -0.007707904, -0.08515928, 0.00336974, -0.0035903584, 0.018595625, -0.010964325, -0.0051550856, 0.023330837, -0.00075046776, 0.011563475, 8.620943e-06) * inp_6_0_2; + result1 += M4(-0.0065500517, -0.016641675, -0.11509949, -0.10051594, 0.010888322, 0.0032908188, -0.13837492, 0.015847715, -0.006803832, -0.0148549685, 0.0052016308, -0.023066554, -0.00478692, -0.019152783, -0.103406414, -0.03471215) * inp_6_1_2; + result1 += M4(0.000680777, 0.0177189, -0.051190328, 0.00788786, 0.001855084, -0.010370578, -0.16510728, 0.0066600908, -0.0010510074, 0.013059259, 0.02385259, -0.007139736, -0.004387606, 0.021834074, 0.030075701, -0.0027955843) * inp_6_2_2; + result2 += M4(-0.06487942, -0.032808434, 0.01194152, 0.004925684, -0.0150918355, 0.015585635, -0.0055441875, 0.0028300115, 0.0050961026, 0.035370942, -0.0013582848, -0.0072223595, -0.016885508, -0.008111068, 0.019438354, 0.03206368) * inp_6_0_0; + result2 += M4(0.10090255, 0.048428632, -0.0062325536, 0.04708998, -0.03884341, 0.011778174, 0.01477718, 0.042400006, 0.07240183, 0.0067176274, 0.0043010097, -0.0067590117, -0.0981795, -0.061047066, 0.05861664, -0.039294474) * inp_6_1_0; + result2 += M4(0.006111552, -0.016447954, 0.006780925, -0.010046139, -0.1278533, -0.05142276, -0.0024014737, 0.0043534837, 0.04935562, 0.019115457, -0.0021978787, -0.006061622, 0.06103732, 0.0416107, -0.018054904, 0.007646078) * inp_6_2_0; + result2 += M4(0.10663085, -0.0015379889, 0.04447084, -0.014806051, -0.016227925, -0.022379376, -0.02051976, 0.053765733, 0.04316828, 0.054087695, -0.0043466534, -0.0037241704, -0.040898032, -0.073807865, -0.063643195, 0.101776764) * inp_6_0_1; + result2 += M4(-0.104240045, -0.05731609, 0.026757184, 0.038160596, 0.08312813, 0.0634593, 0.060705155, 0.0027429531, 0.1462689, 0.1130091, -0.040555034, -0.025064737, 0.0692235, -0.042078584, -0.17468013, -0.31891453) * inp_6_1_1; + result2 += M4(0.010041458, -0.05992249, 0.03700877, -0.002997934, -0.118272506, 0.026956651, -0.037887543, 0.0043467786, 0.034097083, 0.017485281, -0.008677678, 0.0031416127, -0.026396168, -0.038884837, 0.02314824, -0.06990926) * inp_6_2_1; + result2 += M4(-0.009822497, -0.008223876, 0.010280279, -0.0048064683, 0.0013225058, -0.004990187, -0.009735601, -0.0116605805, 0.06417242, 0.013529066, 0.012089312, -0.00538339, -0.021312641, 0.005491536, -0.0045210677, -0.010256391) * inp_6_0_2; + result2 += M4(0.03910903, -0.009586834, -0.020982536, 0.027560696, -0.06402266, -0.048823874, 0.007756096, 0.020282583, 0.019231206, 0.010131276, 0.021404304, 0.0014786295, -0.035413347, -0.097650036, -0.030079816, 0.0042301337) * inp_6_1_2; + result2 += M4(-0.03288541, 0.003176583, 0.0017961046, -0.020345626, -0.0077890377, -0.004630163, -0.016992074, -0.01954472, 0.021569172, 0.062347278, -0.00065002346, 0.0015881422, -0.056044813, 0.029375048, 0.015552908, 0.010928271) * inp_6_2_2; + result3 += M4(-0.011434685, -0.0017883487, -0.0039987555, -0.0030476837, -0.017677195, -0.029717833, -0.003495315, -0.00082669884, -0.042644724, 0.005742438, -0.04234281, -0.0030387237, -0.03172935, 0.020400628, 0.007883935, -0.0021116773) * inp_6_0_0; + result3 += M4(-0.0069927624, -0.040653933, 0.019741599, 0.011937394, 0.0066519426, -0.0843157, -0.0024193756, 0.0031586518, 0.047433414, -3.0048426e-05, -0.018353494, -0.00027421073, -0.12154209, 0.024838423, -0.06410939, -0.007851335) * inp_6_1_0; + result3 += M4(0.049695738, 0.031908717, 0.013013859, -0.005426294, 0.017360037, -0.062721446, -0.013417134, -0.007984365, -0.010561271, 0.041668404, -0.018101789, 0.0028116954, -0.033551965, 0.0269283, 0.04855209, 0.01701052) * inp_6_2_0; + result3 += M4(0.04688336, -0.048542574, 0.03652352, 0.008423903, -0.02025556, 0.0006974462, -0.017287526, -0.0028826674, 0.057237953, -0.0090165455, -0.041948203, -0.0010799598, -0.1304305, -0.09648492, -0.07257795, -0.009741121) * inp_6_0_1; + result3 += M4(-0.108106844, 0.19593963, -0.031817205, -0.050749984, -0.1701517, -0.14316264, 0.029934362, 0.0019885367, 0.16680694, 0.07081589, -0.19023207, -0.0010651606, -0.25846297, -0.12774311, -0.089332946, 0.038277403) * inp_6_1_1; + result3 += M4(-0.018994832, -0.007664423, -0.013441305, 0.02988113, -0.035389125, -0.06155982, 0.023271319, 0.006346818, 0.045384683, 0.11110499, -0.025707265, -7.659245e-05, -0.055233654, 0.004168702, -0.033153903, -0.0071941135) * inp_6_2_1; + result3 += M4(0.024822135, 0.0487323, -0.00911172, -0.011004567, 0.043313604, 0.043280646, -0.0070040934, -0.0068001896, 0.043392215, 0.0017325142, -0.03310088, -0.005647254, -0.09614904, 0.040582716, 0.014962408, 0.0040816814) * inp_6_0_2; + result3 += M4(0.1031085, -0.031719346, -0.035596956, 0.012579938, 0.12707743, 0.10344901, -0.020577194, 0.012797935, -0.017592017, 0.04877623, -0.024446443, -0.002917043, 0.022994675, 0.004553127, -0.03949617, 0.040301513) * inp_6_1_2; + result3 += M4(0.032240212, 0.032379765, -0.011885934, -0.1945824, 0.007792208, -0.025527544, 0.019247627, -0.4080675, -0.041584168, -0.018727535, -0.0038896669, -0.045705028, 0.008520275, 0.026831059, 0.004424536, -1.3328931) * inp_6_2_2; + result4 += M4(0.01778329, -0.0144775845, 0.033664525, 0.097635284, -0.019831445, -0.061309952, -0.008258678, -0.009651429, -0.0019281011, -0.015377182, 0.15844692, -0.028796544, -0.015728593, -0.041292515, -0.029326819, -0.08793912) * inp_6_0_0; + result4 += M4(0.046442665, -0.0062390245, -0.08299899, -0.037524894, -0.00017456403, -0.04551429, -0.15596782, -0.08395001, -0.011923366, -0.024218172, 0.06116528, 0.034720927, -0.027164962, -0.041920368, -0.02033955, -0.052476935) * inp_6_1_0; + result4 += M4(0.02544469, -0.048028078, -0.034419604, 0.05510157, -0.021338582, 0.0048566544, -0.040567126, -0.012730542, -0.015667357, -0.019052768, 0.0020056923, 0.019795293, 0.007755742, -0.012998493, -0.094981864, -0.003500319) * inp_6_2_0; + result4 += M4(0.047763728, -0.009626061, 0.04597921, -0.06778473, -0.031824246, -0.028697677, -0.025739245, 0.13317256, 0.008400222, 0.023222793, 0.06760495, -0.0530328, -0.11507431, -0.07606816, 0.023331191, 0.017963804) * inp_6_0_1; + result4 += M4(0.09046238, 0.03527749, -0.09852048, 0.087826654, 0.04160312, -0.13796237, 0.16001056, -0.011944976, -0.034956943, 0.05848658, 0.17316125, 0.017723586, -0.21711312, -0.11075181, -0.04967953, 0.12661065) * inp_6_1_1; + result4 += M4(0.041444153, 0.017551973, 0.062111717, -0.0011141248, -0.048283994, -0.049844857, -0.0509143, -0.018155301, -0.007305832, 0.027882358, 0.04443943, 0.040852416, 0.054206815, -0.015554904, 0.12750742, 0.0011737919) * inp_6_2_1; + result4 += M4(0.01592399, 0.06747631, -0.10050249, 0.03961285, -0.021639878, -0.07428532, 0.039984822, -0.008819093, -0.0011572199, 0.12883942, -0.029582059, 0.030581558, 0.003381552, -0.120623335, -0.077554226, 0.017134573) * inp_6_0_2; + result4 += M4(0.021890517, -0.13839835, -0.122000456, 0.01812669, 0.029935518, -0.0042624585, -0.112814896, 0.0021668787, -0.008586963, 0.11993703, 0.085999325, -0.0061070104, 0.04479935, -0.17722131, 0.12427034, -0.04539199) * inp_6_1_2; + result4 += M4(-0.01199616, 0.040494733, -0.0033494395, 0.06682194, -0.025760626, -0.032891482, 0.06621758, -0.01984936, -0.019081054, 0.074560195, 0.07515697, -0.018839382, 0.0024261007, -0.099857956, -0.042733047, 0.042767975) * inp_6_2_2; + result5 += M4(0.09944918, 0.044748317, -0.14419748, 0.020849688, -0.14767136, -0.032927573, 0.21541287, -0.06630658, 0.13611887, 0.056643404, 0.020152707, 0.08257206, -0.09914228, 0.001565106, -0.0038115114, -0.04674847) * inp_6_0_0; + result5 += M4(-0.16852166, -0.012142995, 0.08853944, 0.13090904, -0.024715805, -0.033802625, 0.037440784, -0.013109227, 0.34897238, 0.07003973, 0.048508953, 0.09291183, 0.032037154, 0.05201277, -0.06737848, 0.044923507) * inp_6_1_0; + result5 += M4(-0.06745008, -0.040670224, 0.010644281, -0.041402258, -0.040981196, -0.027742755, -0.063840084, 1.8155362e-06, -0.102639005, -0.0054110372, 0.00092088064, -0.05830586, -0.34051538, -0.059047855, -0.012398158, -0.06282696) * inp_6_2_0; + result5 += M4(0.38011885, -0.07217676, -0.26129323, 0.12457269, 0.08902669, 0.069871016, -0.0602744, -0.021238431, 0.24612884, 0.037285846, -0.06800647, 0.09729676, -0.023657072, -0.008554355, -0.12658305, -0.09691656) * inp_6_0_1; + result5 += M4(-0.24703184, -0.12314848, 0.11807167, 0.026500018, -0.050499592, 0.08874604, -0.07872092, 0.04308523, 0.08511529, 0.039245006, 0.086690225, 0.12394456, -0.31289858, -0.032772284, -0.062367763, 0.08680326) * inp_6_1_1; + result5 += M4(0.12748358, 0.07905133, -0.084321626, -0.090482965, -0.004753794, -0.069777146, -0.13409315, -0.046482585, 0.0153857265, 0.03675992, 0.046928708, -0.04191003, 0.007781919, 0.07955081, 0.09471168, -0.20445856) * inp_6_2_1; + result5 += M4(-0.001719825, -0.017945059, -0.082733065, 0.011298784, 0.057116248, -0.061930425, -0.09303667, 0.0008144367, 0.074118085, -0.015309409, -0.031025289, 0.057414424, 0.07937357, -0.07540818, -0.14256829, 0.09760021) * inp_6_0_2; + result5 += M4(-0.24185972, 0.076997906, 0.030845776, -0.058942, 0.13679022, -0.012980108, 0.07575285, 0.051461045, 0.008866562, -0.0004988206, 0.07885505, 0.010937987, -0.14274742, 0.021322858, 0.17446521, 0.020179123) * inp_6_1_2; + result5 += M4(0.14839411, -0.03869732, -0.09364286, -0.0070979376, -0.10515424, 0.03673135, -0.02482161, -0.01717515, -0.05822214, 0.053318836, 0.0560711, -0.012287549, 0.23619936, -0.006653641, -0.020876227, -0.04839429) * inp_6_2_2; + result6 += M4(0.079997756, -0.08126051, 0.04376904, -0.0038870792, 0.23120484, 0.054024853, 0.005122622, -0.2798709, 0.14395525, 0.018305907, 0.021819396, -0.08950446, -0.05542883, -0.17707035, -0.058200326, -0.0903079) * inp_6_0_0; + result6 += M4(0.073200405, -0.14206734, 0.17711724, 0.104003385, -0.23323248, -0.009088263, -0.015927952, 0.1187842, 0.033094425, -0.029012002, 0.035374448, 0.12471208, -0.044400446, -0.10714874, -0.12465713, -0.0057252194) * inp_6_1_0; + result6 += M4(-0.07025251, -0.08624634, 0.03130399, 0.025860392, 0.09209882, -0.084320985, -0.056444474, 0.0007607566, 0.0068900646, -0.03518283, 0.078105636, 0.07631034, -0.039745115, -0.10609129, 0.11457154, 0.029513272) * inp_6_2_0; + result6 += M4(0.1783417, 0.044687055, 0.032085773, 0.06691732, -0.10476646, 0.01865035, -0.06384263, -0.20122354, -0.19979127, 0.09258898, 0.022643128, -0.05429189, -0.25116548, -0.11581014, -0.011126724, -0.12131995) * inp_6_0_1; + result6 += M4(-0.0049077254, 0.14216886, 0.022373147, 0.11692504, 0.012980123, -0.019364748, 0.10243682, 0.20708697, -0.06404606, 0.0128777195, -0.038747914, 0.12125769, 0.15872575, -0.20180833, 0.03333634, 0.017772576) * inp_6_1_1; + result6 += M4(0.048815276, 0.062463194, 0.04278002, 0.016216967, -0.017450985, -0.16882412, -0.0075416192, 0.021465909, 0.027847946, 0.07231277, -0.043143727, 0.06493768, -0.08232729, -0.041737814, 0.13164282, -0.061099917) * inp_6_2_1; + result6 += M4(-0.18821685, -0.026033053, -0.015253684, -0.028606031, 0.15813757, -0.04516336, -0.018266464, -0.11803022, 0.060220663, 0.012415843, -0.019073542, -0.0537234, -0.14686549, -0.01825198, 0.01837324, 0.024246505) * inp_6_0_2; + result6 += M4(0.13234122, -0.04466265, -0.049545933, 0.029971814, -0.031566694, -0.083023034, -0.05278604, 0.02237558, -0.018923236, 0.11620614, 0.016360594, 0.026777947, 0.14689736, -0.0658233, -0.06525636, -0.007955358) * inp_6_1_2; + result6 += M4(-0.06285635, -0.04255418, -0.054457948, 0.008337965, -0.0032388095, -0.07895722, -0.026462186, 0.017191675, -0.026602268, 0.017774792, 0.029307162, 0.02123039, -0.12164245, -0.0026937218, -0.074569255, -0.021875234) * inp_6_2_2; + result7 += M4(-0.042965584, 0.0077339527, 0.010240218, -0.009829237, -0.004336499, -0.0070756357, 0.06053873, 0.008218941, -0.006638484, 0.024683416, 0.079095185, 0.007915677, 0.037541345, -0.0072952313, -0.11053449, -0.066507846) * inp_6_0_0; + result7 += M4(-0.020441808, 0.015776703, -0.03670011, 0.02767438, -0.007619493, -0.041587055, -0.050528146, 0.00031854125, -0.004204882, 0.008949595, 0.05449287, 0.015107327, -0.023165368, 0.12113189, 0.1217336, -0.11022152) * inp_6_1_0; + result7 += M4(0.006903979, -0.058249768, -0.07961677, 0.014283403, 0.021838369, -0.051354934, 0.10687252, -0.054586556, -0.0015898306, 0.057039164, 0.08313044, 0.027827336, -0.0088559985, 0.014140085, -0.25343445, -0.0007965816) * inp_6_2_0; + result7 += M4(0.029730523, -0.004245952, 0.27080232, 0.113337405, 0.016123628, 0.06183736, 0.19715708, -0.007928447, -0.0077243843, 0.028549068, 0.2314083, 0.04673875, -0.03541045, -0.036672566, -0.21406381, 0.022873437) * inp_6_0_1; + result7 += M4(0.040376443, 0.09086517, -0.1143702, 0.051079925, -0.061703425, 0.09192274, -0.023914505, 0.07147569, -0.010601071, -0.046479892, 0.11854484, 0.064643376, -0.0011615893, -0.1977159, -0.40206203, -0.0032259594) * inp_6_1_1; + result7 += M4(-0.0020691492, 0.08625649, 0.042906743, -0.029176876, 0.0044975607, -0.0018406528, -0.24117361, 0.002184071, 0.012386058, -0.038286246, 0.0030643537, 0.04763413, 0.016815325, 0.10018919, 0.20440707, -0.018861603) * inp_6_2_1; + result7 += M4(0.013892828, 0.025486955, -0.14787237, -0.051730614, -0.0272011, -0.011616849, -0.106340595, -0.034732986, 0.010061462, -0.007324239, 0.10990213, -0.020861391, 0.028218241, 0.033497807, -0.095000036, 0.05332062) * inp_6_0_2; + result7 += M4(-0.04844308, -0.05204222, -0.14368385, -0.1268235, -0.037518863, -0.006597577, 0.018604498, -0.12871528, 0.009760314, 0.08061075, 0.10520643, 0.01817459, -0.012488866, -0.093908034, -0.24601606, -0.13094212) * inp_6_1_2; + result7 += M4(0.014756269, -0.00037996046, -0.085350834, -0.053555112, -0.003157086, 0.0019298987, -0.19322015, 0.002461889, -0.008298189, 0.03650995, 0.17094085, -0.015869718, 0.01152502, -0.0012422963, -0.041635633, -0.045072813) * inp_6_2_2; + const V4 inp_7_0_0 = inp[7][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_7_1_0 = inp[7][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_7_2_0 = inp[7][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_7_0_1 = inp[7][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_7_1_1 = inp[7][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_7_2_1 = inp[7][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_7_0_2 = inp[7][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_7_1_2 = inp[7][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_7_2_2 = inp[7][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.05352064, 0.025496779, -0.017876659, -0.42976972, 0.066583686, 0.041160833, 0.17511591, -0.054710384, -0.01562282, 0.043780487, 0.14420922, 0.012379767, -0.055675343, 0.013070537, 0.033987418, 0.024991402) * inp_7_0_0; + result0 += M4(-0.0603156, -0.028838815, -0.070399776, -0.29125932, -0.058869928, -0.028688658, -0.22258945, -0.840663, 0.20416957, -0.12369758, -0.19005197, 0.19646135, 0.21611254, 0.011750982, -0.1968486, 0.11637494) * inp_7_1_0; + result0 += M4(-0.10958232, -0.022469545, -0.2366321, -0.46511912, -0.053447425, 0.049674112, 0.080322646, -0.08139212, -0.026674794, -0.0245773, 0.03232221, -0.10161637, -0.13228402, -0.10707125, 0.121080756, -0.29508144) * inp_7_2_0; + result0 += M4(-0.263152, -0.023056252, -0.14748456, -0.22655813, 0.07404459, 0.002215931, -0.10981685, -0.3217715, 0.04359434, 0.061557658, 0.21514663, 0.31844923, -0.08020626, 0.016273815, -0.014054487, -0.095006205) * inp_7_0_1; + result0 += M4(-0.27370754, -0.064557485, -0.24022336, -0.5501537, -0.50522417, -0.113560304, -0.53683805, -0.7414289, -0.103985794, 0.00456689, 0.10707955, -0.0073918165, 0.04373851, -0.049141727, 0.15107526, -0.32241797) * inp_7_1_1; + result0 += M4(-0.033512775, -0.12666352, -0.25632238, -0.47094455, -0.0007524204, -0.05390965, -0.021249969, -0.024718473, -0.06448195, -0.081579715, -0.1301759, 0.19133452, 0.03329938, -0.2883489, 0.011104891, -0.34425822) * inp_7_2_1; + result0 += M4(0.011160406, 0.007289276, -0.10887194, -0.1766931, 0.12943017, 0.039642368, -0.43112862, 0.03630105, 0.14682241, 0.04574267, -0.007702303, -0.04117092, 0.053969603, 0.025953176, 0.02387552, -0.025542093) * inp_7_0_2; + result0 += M4(-0.087298244, -0.033604648, -0.18191323, -0.482421, -0.66515493, -0.35186985, -0.087617, -0.65385556, -0.11503318, -0.022878703, 0.08766349, -0.1840257, 0.035827212, -0.013278332, 0.029960133, 0.23340048) * inp_7_1_2; + result0 += M4(-0.03790432, -0.058513597, 0.11540564, -0.17947063, 0.041629273, -0.19687684, 0.04545519, -0.19994208, 0.014191396, 0.057876345, 0.056938376, -0.07840069, 0.016156798, -0.06607331, -0.080623806, 0.102826975) * inp_7_2_2; + result1 += M4(-0.031019744, 0.0015880689, 0.3982541, -0.055926107, -0.063364916, 0.036481302, -0.9604217, 0.118267015, 0.2998004, 0.102931485, -0.3137395, 0.14229192, 0.0012294499, 0.026801165, -0.12387836, 0.013220557) * inp_7_0_0; + result1 += M4(0.032735106, -0.07108308, 0.3193637, -0.0868141, -0.0049568247, -0.21005511, -0.3344786, -0.06225742, 0.07011126, 0.012888776, -0.028269568, -0.16825315, -0.0037805843, -0.0117930295, -0.14304803, 0.005156603) * inp_7_1_0; + result1 += M4(-0.0041283392, -0.23295562, 0.22303738, -0.009535313, -0.003645582, 0.029180318, -0.7859208, -0.0002167481, -0.0062053036, -0.08049087, 0.08121355, -0.009638903, 0.00012486262, 0.023948977, -0.22558703, -0.0080334935) * inp_7_2_0; + result1 += M4(0.008114237, -0.026774116, 0.026790198, -0.19202733, -0.03399292, -0.005558487, 0.16434899, -0.18542607, -0.04149087, 0.0033234267, 0.19950414, -0.25578845, -0.0021667595, 0.0010222604, -0.4124703, -0.019996772) * inp_7_0_1; + result1 += M4(0.0136516, 0.050179582, 0.0033668596, -0.006224678, 0.004202224, -0.08623419, -0.6031388, 0.05693322, 0.005108169, 0.007925641, 0.1276241, 0.16178028, 0.00043880002, -0.0028783241, 0.16294768, 0.028337363) * inp_7_1_1; + result1 += M4(0.007789389, 0.032329004, -0.1244592, 0.013362819, 0.0025501167, 0.060556635, -0.37969822, 0.02981938, -0.010969478, 0.022568887, -0.081718236, 0.011489337, 0.0024795597, -0.0012465417, 0.23804568, 1.5933947e-05) * inp_7_2_1; + result1 += M4(0.004296411, 0.007232345, -0.021845797, 0.052090853, 0.0015396378, 0.009407923, 0.022409683, -0.08061498, 0.0063610724, 0.0048975623, 0.10312374, 0.16595143, 0.00085923297, -0.00020858769, 0.09079109, -0.03261983) * inp_7_0_2; + result1 += M4(0.00060058146, 0.0072148256, 0.029682608, 0.017427104, 0.007552103, -0.007452546, -0.20951886, -0.054767128, 0.007771162, -0.004662414, 0.20472595, -0.036158442, -0.0056494614, 0.005701786, -0.0403443, -0.026197836) * inp_7_1_2; + result1 += M4(-0.0003335394, -0.0176437, -0.047332633, -0.009358473, -0.0067158556, 0.0029720631, 0.17593661, 0.0060364995, 0.0010348716, -0.013258078, 0.040727686, -0.00736392, 0.000231762, -0.008358839, -0.029996818, 0.0017344136) * inp_7_2_2; + result2 += M4(0.012425376, -0.007886613, -0.008472159, 0.0067465873, 0.050158687, -0.007885837, -0.001783529, -0.008455926, 0.07323046, 0.077554286, -0.054565772, 0.025668986, -0.084360264, -0.052947234, 0.0151790995, 0.014624492) * inp_7_0_0; + result2 += M4(-0.05909692, -0.06964174, 0.019255456, -0.002457632, 0.013834268, 0.04758292, 0.009225598, -0.022021035, -0.020474045, -0.11654064, 0.082111485, -0.038805973, 0.01858106, 0.059538167, -0.020021942, 0.031059323) * inp_7_1_0; + result2 += M4(-0.057700485, 0.020962114, 0.0055151945, 0.016991466, 0.039485972, -0.011129974, 0.0012585961, 0.0019865336, -0.042698756, 0.038164586, 0.02402352, 0.0057254517, -0.009401162, -0.0022509643, 0.0072267954, -0.0097338) * inp_7_2_0; + result2 += M4(-0.09610399, -0.006310243, 0.0128417425, -0.03337009, -0.29759926, -0.0061121252, -0.020841163, -0.017351437, 0.014906329, -0.06714002, -0.09505099, 0.14551577, 0.13037375, -0.04606906, -0.021672621, -0.016812699) * inp_7_0_1; + result2 += M4(-0.28701317, -0.06551135, -0.06522876, -0.07656495, -0.24934022, -0.21739312, -0.068082616, -0.06547192, 0.012312327, 0.22100064, -0.039518617, 0.0537443, -0.08587732, -0.00310289, -0.003257585, 0.041846357) * inp_7_1_1; + result2 += M4(-0.028986778, -0.10525487, -0.010622254, -0.0072573503, 0.07267098, 0.06243554, 0.019382566, -0.017958779, -0.0025543012, -0.038693026, -0.023019899, 0.058700107, 0.028916528, 0.01368642, -0.006050085, 0.005170775) * inp_7_2_1; + result2 += M4(-0.024286231, -0.010604798, -0.0006612612, -0.001073967, 0.05997, -0.02278616, -0.024554119, 0.02775034, 0.014113713, 0.06697394, -0.009622575, -0.029041978, 0.016305894, 0.02069288, 0.00533168, 0.013637841) * inp_7_0_2; + result2 += M4(0.021465113, 0.005298628, 0.030760545, 0.01103767, 0.054187093, -0.11684337, -0.0497402, -0.034474086, 0.016191337, -0.056247253, -0.012751851, 0.113253824, 8.453507e-05, -0.03424535, -0.0031855141, 0.001117858) * inp_7_1_2; + result2 += M4(-0.024927283, -0.01552619, 0.0029329406, -0.0016633364, -0.011472197, 0.0016247611, -0.0016536061, 0.008560975, 0.017947054, 0.014892829, -0.047214277, -0.0045239506, 0.002894757, -0.0096526155, 0.0068600476, 0.0035768691) * inp_7_2_2; + result3 += M4(-0.05226632, 0.004753544, 0.0056653735, -0.002933385, -0.0003638585, 0.005304152, -0.02860725, -0.0003290576, 0.10541966, 0.044569645, -0.068158776, -0.036488608, -0.15037823, 0.05357717, -0.0057400474, 0.0028405502) * inp_7_0_0; + result3 += M4(-0.045468617, 0.03605731, -0.0060326643, -0.0018553566, 0.0752481, 0.09511909, -0.007555127, 0.0040374575, 0.15613526, 0.06009262, -0.07879747, -0.015054811, 0.07426248, -0.05345083, 0.019965159, -0.009893624) * inp_7_1_0; + result3 += M4(-0.026725372, -0.103069656, 0.011473728, -0.003741998, -0.027623892, -0.012602302, -0.0005502562, -0.0029403232, 0.048817378, -0.03085156, -0.014697967, -0.04409154, 0.040170956, 0.01911314, 0.00064923725, 0.0050461753) * inp_7_2_0; + result3 += M4(-0.034966167, -0.06273833, 0.04052326, 0.003546484, -0.0409945, -0.01869833, -0.07286352, -0.0050344756, -0.07613724, 0.029909967, -0.04909556, -0.005582302, 0.10590628, -0.055417847, -0.038754255, 8.646479e-05) * inp_7_0_1; + result3 += M4(0.057020567, -0.15512753, -0.04701987, 0.017954407, -0.4419878, -0.20859207, -0.1678562, 0.005901406, -0.11201452, -0.06056351, 0.15053517, 0.24579144, -0.038539838, 0.10808083, 0.049305584, -0.0010985589) * inp_7_1_1; + result3 += M4(-0.103481084, -0.059209935, 0.024729736, 0.028136596, -0.05595041, 0.01858684, -0.0044316384, 0.0078050313, -0.058716822, -0.020148305, 0.02079377, 0.18064222, -0.01785989, -0.023207165, 0.018577969, -0.018722013) * inp_7_2_1; + result3 += M4(0.061379008, -0.015743127, -0.008345395, 7.252225e-05, 0.1546223, 0.0701028, -0.014490869, 0.00748663, 0.063124076, 0.015358469, -0.0021968398, 0.0046773264, -0.022194352, 0.01263938, 0.012935363, 0.0036611902) * inp_7_0_2; + result3 += M4(-0.031800956, 0.015225801, 0.016785186, -0.018736724, -0.03786575, -0.2814111, -0.10464382, 0.045793522, 0.074106336, 0.05293375, 0.013694363, 0.24186136, -0.00979653, -0.05569455, 0.014075014, -0.046199393) * inp_7_1_2; + result3 += M4(0.04368313, -0.06405828, 0.006604915, -1.8004456, 0.03870844, 1.0123957e-06, -0.038523767, -1.8639237, 0.035578962, 0.0052425824, 0.021722225, -0.19697289, 0.026083052, -0.0013074856, -0.0008636706, -0.9343933) * inp_7_2_2; + result4 += M4(0.0061769327, -0.030401701, -0.11921135, 0.0012015718, -0.004247035, 0.0814377, -0.010848388, -0.023839122, -0.067225285, -0.00096268125, -0.08144617, -0.13277291, 0.00010657943, -0.005854981, 0.08069741, 0.006791189) * inp_7_0_0; + result4 += M4(0.0025433549, -0.043166626, 0.06596361, -0.0015600639, -0.009092701, -0.013435341, 0.05798339, 0.045628175, -0.08930102, 0.074737474, 0.11054447, 0.20060408, -0.0031097664, 0.049641505, -0.028213963, 0.025730642) * inp_7_1_0; + result4 += M4(-0.0020889768, -0.0005719207, 0.02944926, -0.08113349, 0.005545398, 0.010759929, -0.010274816, -0.0049982597, -0.0445063, 0.1325719, 0.05578757, -0.004537029, 0.00452831, -0.040755667, 0.07084429, 0.0030378634) * inp_7_2_0; + result4 += M4(0.016706802, -0.023497501, 0.03106927, -0.07236295, -0.03929393, 0.02115254, -0.2269207, 0.05697231, -0.110963345, 0.011680081, 0.1172912, 0.34830728, -0.016372934, -0.015735703, -0.15323971, -0.06496182) * inp_7_0_1; + result4 += M4(-0.037520874, 0.02882173, -0.21818265, -0.15458146, -0.05774005, 0.04617152, -0.33613983, -0.11126765, 0.08795717, 0.011891092, 0.023098174, -0.24955657, -0.00019727291, 0.063968875, 0.06161002, 0.09081463) * inp_7_1_1; + result4 += M4(-0.006145425, -0.04484679, -0.23209822, 0.03893353, -0.018760828, 0.02268849, 0.11749825, -0.008635634, 0.0038500153, -0.13355535, -0.12914866, 0.0071882135, 0.007860745, 0.012512622, 0.030386984, -0.031087834) * inp_7_2_1; + result4 += M4(-0.009360264, -0.011174697, -0.091026984, 0.035137787, 0.02388749, -0.30369893, -0.020562654, 0.009711846, -0.018242428, 0.002327931, 0.17044173, -0.016146963, 0.0100063365, 0.061345592, 0.08208964, -0.028663639) * inp_7_0_2; + result4 += M4(0.017400121, -0.05774096, -0.05525775, 0.0007034017, -0.029358411, -0.46335852, -0.23269293, 0.028715033, 0.00117103, 0.041296083, -0.13811837, 0.007900045, -0.01844481, -0.06768664, -0.033415593, -0.011509413) * inp_7_1_2; + result4 += M4(0.0070424783, -0.0048917797, 0.016812801, -0.078436755, 0.015208116, 0.05445388, -0.12154233, -0.00801631, -0.05455406, 0.06005538, 0.061371353, -0.03962247, 0.0031631305, 0.017275913, -0.02545303, 0.021760812) * inp_7_2_2; + result5 += M4(-0.23289678, -0.035033356, -0.06364665, -0.1196806, -0.09369248, -0.00703217, 0.07554488, -0.13666913, -0.18377982, -0.07656051, 0.25209007, -0.062217586, 0.19554839, 0.037924796, 0.020915683, 0.05819048) * inp_7_0_0; + result5 += M4(-0.2212145, -0.02357794, -0.035324357, -0.16702062, -0.08647951, 0.036781978, -0.22914602, -0.063273385, 0.13856044, 0.051348757, -0.062849596, -0.06292731, -0.117736615, -0.0013490042, 0.08450001, 0.027902564) * inp_7_1_0; + result5 += M4(0.016696801, -0.026166635, -0.11594664, 0.041560873, 0.058048833, -0.002386438, -0.0019731747, 0.028062105, 0.19245487, 0.008410625, -0.040312212, 0.014394678, -0.053450204, 0.020591753, 0.022523206, -0.08405382) * inp_7_2_0; + result5 += M4(-0.35987878, 0.029412296, -0.15540446, -0.103618056, -0.738991, -0.12609427, 0.09582196, -0.49105817, 0.077286944, 0.18663901, -0.0059448285, -0.04050661, -0.058915913, -0.003760278, 0.053683292, -0.08824418) * inp_7_0_1; + result5 += M4(-0.76397014, -0.18430872, -0.31231982, -0.19020091, -0.66921103, -0.4108529, -0.39752144, -0.12501271, 0.069163665, -0.017098418, 0.05041597, -0.022517912, -0.09854905, 0.025245756, 0.13630551, 0.046874993) * inp_7_1_1; + result5 += M4(-0.72415245, 0.017613223, -0.1707271, 0.066994466, 0.10998265, 0.08632077, 0.06143453, 0.09399342, -0.070226386, -0.05401474, -0.042211916, 0.17819966, 0.14538178, 0.010475057, -0.021859512, -0.08041211) * inp_7_2_1; + result5 += M4(-0.1967843, 0.023538217, -0.00030865028, -0.047603182, -0.14025857, 0.009211239, 0.08050383, -0.06565929, 0.17029011, -0.036036443, 0.0037914347, 0.098522596, 0.0015055476, -0.029952371, 0.02538209, 0.038706858) * inp_7_0_2; + result5 += M4(-0.05105246, -0.0074749226, -0.106191084, -0.00314043, -0.29975292, -0.08319968, -0.009589903, -0.112687364, -0.021954458, -0.022352124, -0.075997695, -0.08077167, -0.251991, -0.00854306, -0.016145559, 0.0020615666) * inp_7_1_2; + result5 += M4(-0.2386809, -0.028441254, -0.117049344, -0.07033173, -0.103512496, -0.013883006, 0.04719195, -0.04000895, -0.18723257, 0.027815504, -0.0010531788, 0.05340064, 0.31589448, -0.022415001, -0.020806218, -0.015620994) * inp_7_2_2; + result6 += M4(-0.18982378, -0.0042961705, 0.05191979, 0.041195814, -0.6908791, 0.021954171, 0.029734269, -0.060804404, 0.056036007, 0.11778974, -0.04343348, -0.1961967, -0.20997678, 0.09190082, -0.015736345, 0.041433968) * inp_7_0_0; + result6 += M4(-0.24441227, 0.031170337, 0.044161852, -0.20150767, 0.22152342, 0.038667183, -0.5172872, -0.14052124, 0.13932905, 0.010128754, -0.13162607, 0.0041877525, 0.176037, -0.07828772, -0.008233357, 0.061128784) * inp_7_1_0; + result6 += M4(-0.0042358176, -0.019372733, 0.028941613, -0.26208058, -0.08988144, 0.06710253, -0.18090768, -0.049069516, 0.0037718914, 0.0066445214, -0.04823457, -0.0296632, -0.07106701, -0.013518763, 0.029398292, -0.017920503) * inp_7_2_0; + result6 += M4(-0.3178206, -0.07757242, -0.021891061, -0.08206828, -0.13208757, 0.021714196, -0.01859382, -0.0128954435, 0.21074452, -0.06414831, -0.048334725, 0.0132313045, 0.10082049, -0.022419797, -0.021602245, -0.03670405) * inp_7_0_1; + result6 += M4(-0.35633278, -0.12651435, -0.023523487, -0.13910043, -0.16104059, -0.368285, -0.049619555, -0.21264726, -0.21929352, 0.07338095, 0.22390582, 0.055195622, -0.05244217, 0.06818493, 0.023903633, -0.033312846) * inp_7_1_1; + result6 += M4(-0.0019770225, -0.017548773, 0.026513377, -0.074982, 0.010031197, 0.09066287, 0.07497383, -0.07269284, 0.13004415, 0.020835178, -0.074842595, 0.020670936, 0.0046553467, -0.014552916, 0.010988906, -0.016415868) * inp_7_2_1; + result6 += M4(-0.19315866, 0.024062954, -0.031212576, -0.010724342, -0.45765087, -0.051717155, -0.021205325, -0.065005414, 0.088548556, 0.035154648, -0.016074887, -0.031112758, -0.1430477, 0.005909628, 0.0045271, -0.0052811997) * inp_7_0_2; + result6 += M4(-0.162456, 0.0045908545, 0.013486266, 0.010140943, -0.1462838, -0.10490697, -0.024067609, -0.07152064, -0.21908168, 0.06489851, 0.004260959, -0.0568115, 0.25470036, 0.042103946, 0.011981542, 0.0148837175) * inp_7_1_2; + result6 += M4(0.07030969, -0.04093818, -0.010656058, 0.019158717, 0.100185774, 0.001252645, 0.0048584384, 0.014693651, 0.042730525, 0.012882735, 0.03310608, 0.027775433, -0.1720352, 0.020947393, -0.0007719789, 0.032501142) * inp_7_2_2; + result7 += M4(0.008489847, -0.004571824, 0.19918513, -0.0061925654, 0.021797908, 0.02254027, -0.010575891, -0.007183875, 0.06630969, -0.018089699, -0.10469991, 0.047701426, -0.020889213, 0.081901446, 0.22391416, -0.085323595) * inp_7_0_0; + result7 += M4(0.01564121, 0.036040768, 0.1063838, -0.02414961, -0.009747731, -0.021039102, -0.17341341, -0.06840737, 0.037249528, -0.009474975, -0.0558853, 0.014348766, -0.009640962, -0.014656048, -0.11760064, 0.036743667) * inp_7_1_0; + result7 += M4(0.0009968507, 0.0006195375, 0.026944831, -0.0037750814, -0.00023158567, 0.04007738, 0.060480077, -0.022176595, 0.008073931, -0.0008379712, -0.046839975, 0.038194846, 0.0026338315, -0.03355266, -0.20952258, 0.015611825) * inp_7_2_0; + result7 += M4(-0.05525819, -0.005118117, 0.002277954, 0.034858245, -0.13240924, 0.054761246, -0.5507019, -0.06448863, -0.12931302, 0.06774386, -0.18393432, -0.1221775, -0.018034246, -0.0949525, -0.57236135, -0.0339087) * inp_7_0_1; + result7 += M4(-0.026370615, -0.05886861, 0.22845557, 0.019411797, 0.030319516, -0.36086288, -0.37035143, -0.15355328, -0.046847735, 0.051204402, 0.14661282, 0.08646364, -0.009769926, 0.068488315, 0.18660435, 0.051128592) * inp_7_1_1; + result7 += M4(-0.008572503, 0.022621369, -0.12895532, 0.008508917, 0.0019112423, -0.21257272, -0.6760336, -0.079635665, -0.012069421, -0.10122266, 0.044606727, 0.036520045, -0.006052825, 0.0866851, 0.3320228, 0.039579105) * inp_7_2_1; + result7 += M4(0.001088456, -0.0050538187, 0.025463467, -0.0010248718, -0.1335885, 0.0047203717, -0.13373981, -0.03578565, 0.1131316, -0.08939906, 0.0070404764, -0.010147748, 0.008819048, 0.0023439964, 0.07724147, 0.010405322) * inp_7_0_2; + result7 += M4(0.012494671, 0.07004667, 0.10949977, -0.050321754, 0.0026148693, -0.17604466, -0.098940045, 0.07924563, -0.023134008, 0.0966113, 0.16332023, -0.0022508018, 0.0093028685, -0.0124924285, -0.056747362, -0.009782482) * inp_7_1_2; + result7 += M4(-0.0062390068, -0.003621609, -0.03868105, -0.035783745, 0.0034250775, 0.06723411, 0.19775143, -0.0061105173, -0.006661267, 0.018978328, -0.03424416, 0.0016211927, 0.0003651056, -0.008361528, -0.13613261, 0.016372925) * inp_7_2_2; + const ivec2 output_base = ivec2(gl_GlobalInvocationID) * ivec2(4, 2); + imageStore(out_image, output_base + ivec2(0, 0), max(result0, V4(0.0))); + imageStore(out_image, output_base + ivec2(1, 0), max(result1, V4(0.0))); + imageStore(out_image, output_base + ivec2(2, 0), max(result2, V4(0.0))); + imageStore(out_image, output_base + ivec2(3, 0), max(result3, V4(0.0))); + imageStore(out_image, output_base + ivec2(0, 1), max(result4, V4(0.0))); + imageStore(out_image, output_base + ivec2(1, 1), max(result5, V4(0.0))); + imageStore(out_image, output_base + ivec2(2, 1), max(result6, V4(0.0))); + imageStore(out_image, output_base + ivec2(3, 1), max(result7, V4(0.0))); +} + +//!DESC ArtCNN C4F32 (Conv2D-5) +//!COMPUTE 48 32 12 16 +//!HOOK LUMA +//!BIND conv2d_4 +//!SAVE conv2d_5 +//!WIDTH LUMA.w 4.0 * +//!HEIGHT LUMA.h 2.0 * +//!COMPONENTS 4 +//!WHEN OUTPUT.w LUMA.w / 1.3 > OUTPUT.h LUMA.h / 1.3 > * +#extension GL_EXT_shader_explicit_arithmetic_types_float16 : enable +#ifdef GL_EXT_shader_explicit_arithmetic_types_float16 +# define V4 f16vec4 +# define M4 f16mat4 +# define F float16_t +#else +# define V4 vec4 +# define M4 mat4 +# define F float +#endif + +const ivec2 ksize = ivec2(3, 3); +const ivec2 offset = ksize / 2; +const ivec2 wg_size = ivec2(gl_WorkGroupSize); +const ivec2 isize = wg_size + ksize - 1; +shared V4 inp[8][isize.y][isize.x]; +void hook() { + const uvec2 local_xy = gl_LocalInvocationID.xy; + ivec2 base = ivec2(gl_WorkGroupID) * wg_size; + for (uint y = local_xy.y; y < isize.y; y += wg_size.y) { + for (uint x = local_xy.x; x < isize.x; x += wg_size.x) { + const ivec2 input_base = (base + ivec2(x,y) - offset) * ivec2(4, 2); + inp[0][y][x] = V4(conv2d_4_mul * texelFetch(conv2d_4_raw, input_base + ivec2(0, 0), 0)); + inp[1][y][x] = V4(conv2d_4_mul * texelFetch(conv2d_4_raw, input_base + ivec2(1, 0), 0)); + inp[2][y][x] = V4(conv2d_4_mul * texelFetch(conv2d_4_raw, input_base + ivec2(2, 0), 0)); + inp[3][y][x] = V4(conv2d_4_mul * texelFetch(conv2d_4_raw, input_base + ivec2(3, 0), 0)); + inp[4][y][x] = V4(conv2d_4_mul * texelFetch(conv2d_4_raw, input_base + ivec2(0, 1), 0)); + inp[5][y][x] = V4(conv2d_4_mul * texelFetch(conv2d_4_raw, input_base + ivec2(1, 1), 0)); + inp[6][y][x] = V4(conv2d_4_mul * texelFetch(conv2d_4_raw, input_base + ivec2(2, 1), 0)); + inp[7][y][x] = V4(conv2d_4_mul * texelFetch(conv2d_4_raw, input_base + ivec2(3, 1), 0)); + } + } + + barrier(); + V4 result0 = V4(5.649633e-06, 0.0006727532, -6.588314e-05, -0.029685518); + V4 result1 = V4(0.00082530384, -0.00026431106, 0.001350256, -0.0007166308); + V4 result2 = V4(0.0014627855, -0.011221823, -0.0016920598, -0.00013782016); + V4 result3 = V4(0.0009777114, -0.021467287, 0.00032818047, -0.00039368647); + V4 result4 = V4(0.00016073485, 6.783708e-06, -0.0005276576, -0.00039170176); + V4 result5 = V4(-0.00025244785, 0.000108880384, -5.6918954e-05, 0.00017526979); + V4 result6 = V4(0.00046683406, -4.8158847e-05, 0.030069074, 0.011954599); + V4 result7 = V4(0.00062386674, -0.028939229, -0.0032596758, 9.520764e-05); + const V4 inp_0_0_0 = inp[0][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_0_1_0 = inp[0][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_0_2_0 = inp[0][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_0_0_1 = inp[0][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_0_1_1 = inp[0][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_0_2_1 = inp[0][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_0_0_2 = inp[0][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_0_1_2 = inp[0][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_0_2_2 = inp[0][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.0034604296, 0.046359878, 0.04608654, -0.056622017, -0.046207663, -0.14516045, 0.013872807, -0.10388713, 0.003743601, 0.049990408, -0.11438255, 0.062399853, -0.022633621, -0.034783263, -0.06679882, -0.059906017) * inp_0_0_0; + result0 += M4(-0.080616586, 0.05534087, -0.02965255, 0.034891143, -0.10364741, 0.03634926, 0.09605793, -0.02806089, 0.034213975, 0.056342516, -0.10168407, 0.05687626, -0.08023972, 0.181959, -0.17893119, 0.15378445) * inp_0_1_0; + result0 += M4(-0.009220239, -0.05127675, 0.07722563, 0.047007363, 0.0030461967, 0.012344051, -0.019684128, -0.044248182, 0.03712375, 0.14988872, 0.018521596, -0.06520305, -0.047863696, 0.07108234, -0.0014826752, 0.07356121) * inp_0_2_0; + result0 += M4(-0.060842972, -0.013430676, 0.16560476, 0.0053428854, -0.107849166, 0.02106321, -0.0129493065, -0.15222561, 0.033005275, -0.114956714, 0.09081802, 0.035153456, 0.031328045, 0.03933653, 0.06395653, 0.048514616) * inp_0_0_1; + result0 += M4(0.047304064, -0.07570065, 0.026333803, 0.059438776, -0.16640303, 0.05952861, -0.18074949, 0.2968343, 0.008506116, 0.06380072, 0.024479834, -0.19506985, -0.17726316, 0.04590411, 0.11536085, -0.11121072) * inp_0_1_1; + result0 += M4(0.033091966, 0.092754595, -0.010387883, 0.03960938, -0.03831898, 0.03929795, -0.023243057, 0.055324085, 0.0009955837, -0.029435338, -0.065309055, -0.011093929, -0.043868802, 0.04456156, -0.00080055464, 0.071773045) * inp_0_2_1; + result0 += M4(0.08062181, 0.06288208, -0.06573706, 0.007982499, 0.148237, 0.116023935, -0.095747694, -0.034983374, 0.04339274, -0.11553249, -0.094952874, 0.08007751, -0.0071002394, 0.05635857, 0.010612378, 0.0016813296) * inp_0_0_2; + result0 += M4(-0.008505843, 0.04086676, 0.089940876, -0.031808976, -0.08673314, 0.07507258, -0.036029972, -0.06111206, 0.047638014, -0.1279222, 0.059526585, -0.0021941112, 0.072870865, -0.18167533, 0.0214262, -0.081372015) * inp_0_1_2; + result0 += M4(0.063776694, -0.026500335, 0.0046752915, 0.046670705, -0.01975549, 0.07029256, -0.03656071, 0.004485956, 0.117496915, -0.10584317, 0.27419797, -0.091179654, 0.07276066, -0.1118816, 0.066380635, 0.07300706) * inp_0_2_2; + result1 += M4(-0.08853989, 0.029993253, 0.061427083, 0.10241136, -0.14602952, -0.01950073, 0.10768248, -0.04612119, 0.14837895, 0.023217674, -0.04895803, 0.046966847, 0.12444529, 0.009798832, 0.020996016, 0.021884233) * inp_0_0_0; + result1 += M4(0.12844722, -0.04580959, -0.036788434, -0.033584088, -0.13661535, -0.045847468, -0.015642757, -0.067164905, 0.13100539, 0.03043028, -0.008809947, 0.05210644, 0.28685042, 0.081278145, -0.03620796, 0.056618232) * inp_0_1_0; + result1 += M4(-0.10399191, -0.009850353, -0.115178585, 0.050160512, -0.026110858, -0.009067307, 0.020186948, -0.09405578, 0.3095613, 0.002289235, 0.04810237, -0.0058800406, -0.035615288, -0.022769798, -0.06696305, 0.055394985) * inp_0_2_0; + result1 += M4(0.02209097, 0.047398537, -0.05092115, -0.002255745, -0.019574504, -0.15042152, -0.0655897, -0.035502978, 0.03925334, 0.02063245, 0.045473445, -0.060866516, -0.029626865, 0.048684344, 0.016189262, 0.039405476) * inp_0_0_1; + result1 += M4(0.0070796115, 0.14980806, 0.14960426, 0.018482508, -0.1547638, -0.15638639, 0.328809, -0.00323772, -0.03833926, -0.050700262, 0.042395175, 0.105822094, -0.080845386, 0.09024774, 0.024708362, -0.01564107) * inp_0_1_1; + result1 += M4(0.22975679, -0.07126146, -0.047278505, -0.009715538, -0.08919471, 0.008067857, 0.08196639, 0.05187098, 0.009787045, 0.14960378, -0.1723975, 0.058202613, -0.008499098, 0.02678337, 0.08316201, 0.17680408) * inp_0_2_1; + result1 += M4(0.04064507, 0.065673545, -0.001870999, -0.07063028, -0.16675913, 0.097352125, 0.022133848, -0.080686525, -0.05133467, -0.065383635, 0.023838617, 0.24223876, -0.043236677, -0.024484266, 0.041242514, -0.055673577) * inp_0_0_2; + result1 += M4(-0.082769446, 0.0026211522, -0.026593378, 0.0115648005, -0.07378918, 0.08343126, 0.052103817, -0.016335383, 0.10606267, 0.05948298, -0.026397215, 0.0003102588, -0.23236808, -0.08637152, 0.110302255, 0.008154632) * inp_0_1_2; + result1 += M4(-0.004805181, 0.07261701, 0.19285999, -0.07804535, 0.047466315, 0.074974254, 0.0030864563, -0.036331, 0.14255658, 0.009438491, -0.26888105, 0.035260852, 0.03511677, 0.03805377, 0.0482701, -0.07819417) * inp_0_2_2; + result2 += M4(-0.037514895, 0.13307613, -0.15555884, 0.11374846, -0.03102794, 0.04863651, 0.014877046, -0.022843545, -0.08671126, -0.16719382, 0.06722302, -0.08032712, 0.11250361, 0.041836437, -0.04302602, 0.22203118) * inp_0_0_0; + result2 += M4(0.16266906, 0.0652256, 0.09008826, 0.12905549, -0.050330743, -0.0039677257, 0.032177076, -0.089897744, -0.073442586, -0.06632707, 0.011488907, -0.050489604, -0.10700614, 0.16314684, -0.13538149, 0.3535238) * inp_0_1_0; + result2 += M4(0.091081716, -0.07684506, 0.050469927, 0.11815173, 0.04682995, 0.066177756, 0.000757632, -0.11639864, -0.11865262, -0.0069143996, 0.040499493, -0.096087426, 0.1476954, -0.0338288, -0.038219586, 0.21603872) * inp_0_2_0; + result2 += M4(0.014842829, 0.058694363, -0.026229782, 0.013752128, 0.077484265, 0.08856224, 0.06862102, -0.34694222, -0.08571522, -0.15038104, -0.031001668, -0.09086565, 0.065585464, 0.07672071, -0.06765769, 0.045240924) * inp_0_0_1; + result2 += M4(0.018740604, 0.1417599, -0.18008865, 0.4880559, -0.14652954, -0.18183929, -0.06923827, -0.068561025, -0.10161812, -0.37797517, 0.036212508, -0.72146076, -0.021771938, 0.107960775, -0.038881894, 0.3470531) * inp_0_1_1; + result2 += M4(0.0056704413, 0.0057854336, -0.03544198, 0.022966914, -0.07809746, -0.06305099, 0.0017007316, -0.10661038, -0.03174759, 0.0002836016, 0.05189047, -0.10452447, -0.047655176, -0.0743026, 0.00062795886, 0.01671406) * inp_0_2_1; + result2 += M4(-0.023666427, 0.05700439, -0.026134238, 0.13338687, -0.0702518, 0.074614905, -0.009049774, -0.10704095, 0.05418411, -0.11009473, 0.046395864, -0.1441461, -0.036314357, 0.05481348, 0.0068577323, 0.04297471) * inp_0_0_2; + result2 += M4(0.08562004, 0.053359345, 0.04522385, 0.17730384, -0.034875143, -0.0021474871, -0.0583912, -0.121497266, -0.01545037, 0.060134884, 0.02559615, -0.08477596, 0.36008564, -0.012338267, 0.24932086, 0.3682217) * inp_0_1_2; + result2 += M4(0.042751182, -0.022283932, 0.031839147, 0.18807454, -0.000994266, 0.06291217, -0.00019743145, -0.09904224, 0.083863236, 0.0056221024, 0.048429217, -0.025086297, -0.0011440822, 0.038589183, 0.076988876, 0.19478121) * inp_0_2_2; + result3 += M4(0.08766954, 0.06831764, -0.012528938, 0.05895398, 0.041953146, -0.027996821, 0.053623594, -0.09062052, -0.13021937, -0.031868882, 0.08695754, -0.017222721, 0.013070132, 0.05593187, -0.09226305, 0.004974662) * inp_0_0_0; + result3 += M4(0.07075748, 0.0011783495, -0.016677897, 0.047718946, 0.021496007, -0.0025332512, 0.08542731, -0.065882586, -0.15655078, -0.019826738, -0.005712146, 0.0068261228, 0.103864536, 0.015821477, -0.13530174, 0.1157932) * inp_0_1_0; + result3 += M4(-0.012552848, -0.0011612177, 0.08928263, -0.02129051, 0.13616723, 0.012660772, -0.01665146, 0.024481574, -0.025328152, -0.023913166, -0.018899174, 0.04124303, -0.038724523, -0.011146892, -0.071555845, -0.03582969) * inp_0_2_0; + result3 += M4(0.08896971, -0.03892573, 0.057871565, -0.093459256, 0.18992698, 0.027197393, 0.08762989, -0.069053054, 0.0563312, -0.053577468, -0.09238368, -0.038338635, -0.10349082, 0.031073367, 0.07323499, -0.01635451) * inp_0_0_1; + result3 += M4(-0.059170213, -0.0040947986, 0.05801903, 0.17273365, 0.34611687, 0.07389358, -0.08374566, 0.22281833, -0.090706795, -0.023434594, 0.14440814, -0.06427662, -0.025128212, -0.03735657, 0.03547581, 0.018539941) * inp_0_1_1; + result3 += M4(0.084117614, -0.008905891, -0.17623527, 0.10101096, -0.019019023, 0.019670343, 0.051679082, -0.023446215, 0.07113499, 0.025242154, 0.0071583632, -0.14636646, -0.092724875, -0.0018694047, 0.004236227, 0.0029981842) * inp_0_2_1; + result3 += M4(-0.06873267, 0.061046418, -0.10860676, 0.09367622, 0.000760558, -0.058479052, -0.027285123, 0.13937435, -0.12718248, -0.022235518, 0.109278135, -0.07762178, -0.070579015, 0.01912146, 0.03200816, -0.08212269) * inp_0_0_2; + result3 += M4(-0.020358711, -0.02201965, -0.025757574, -0.086247444, -0.033583634, -0.043647237, -0.011471106, -0.020079277, -0.13191189, 0.1099827, 0.025344597, -0.10803841, 0.050518144, -0.0024946346, 0.16184743, -0.30262017) * inp_0_1_2; + result3 += M4(-0.09679929, -0.075668626, 0.101206176, -0.06292818, 0.065329395, 0.033891015, -0.0047297687, 0.015178267, 0.04901879, 0.046120256, 0.047192805, -0.09185519, -0.110924765, -0.08541136, 0.047636896, -0.08899251) * inp_0_2_2; + result4 += M4(0.052822623, -0.014083926, -0.022294737, 0.01780114, -0.08671286, -0.03542587, 0.2070736, -0.038856637, 0.032665614, 0.08325787, -0.12430742, 0.029740963, -0.021903438, 0.18739128, -0.10488425, 0.006337199) * inp_0_0_0; + result4 += M4(-0.21603334, 0.0513794, 0.07160664, 0.074636, 0.0638251, 0.0003192646, 0.018396644, 0.009705631, 0.13665017, 0.0051823976, -0.18688531, 0.05273399, -0.17271297, -0.058101147, -0.01403609, 0.400858) * inp_0_1_0; + result4 += M4(0.0025524886, 0.010591503, 0.02861609, -0.030205365, -0.025830517, -0.06251529, 0.007699546, -0.033947468, 0.062159542, -0.01670476, -0.13160819, 0.07878656, -0.11601005, 0.123041876, 0.016962996, 0.09768567) * inp_0_2_0; + result4 += M4(0.037186883, 0.06910256, 0.083145455, 0.003149972, -0.0033130206, 0.045027558, 0.08669281, -0.07428807, -0.04333853, -0.058345865, -0.037735827, -0.07878433, -0.13347614, -0.04999992, 0.10478387, 0.08288403) * inp_0_0_1; + result4 += M4(0.43173108, -0.0063256864, -0.06693647, -0.1147052, -0.24744429, 0.076265045, -0.13564236, -0.09265516, -0.20762008, -0.061034683, -0.0028227458, 0.1657345, 0.31249097, -0.08376558, 0.057221416, 0.017414216) * inp_0_1_1; + result4 += M4(0.008566852, -0.05290139, 0.0013872285, 0.15106772, -0.026707178, 0.09477694, -0.013252345, 0.032021753, -0.097144015, -0.005105025, 0.011112111, 0.067764536, 0.015175933, -0.076159224, -0.07556933, 0.035427902) * inp_0_2_1; + result4 += M4(-0.018604867, -0.022542909, 0.006349819, -0.028002925, -0.045337893, -0.08970132, -0.021743082, 0.035971303, -0.15709972, 0.0014573192, 0.14813903, 0.1659992, 0.00066883833, -0.076659575, -0.04971664, -0.08496153) * inp_0_0_2; + result4 += M4(-0.21284017, -0.061918862, -0.0499088, 0.11888597, 0.12583528, -0.09569602, 0.03127207, -0.011605333, 0.110662244, 0.13488045, 0.12956654, -0.10820153, -0.2664735, 0.107155494, -0.10075933, -0.16946845) * inp_0_1_2; + result4 += M4(-0.030806672, 0.04348999, 0.0375604, -0.119304836, 0.026759975, 0.030174727, 0.016006479, -0.013249496, 0.22291408, 0.052240346, 0.009374497, 0.01985347, -0.028648024, -0.050707713, 0.05757869, 0.004777256) * inp_0_2_2; + result5 += M4(-0.09394742, -0.0020114959, 0.012473494, -0.004576709, 0.028792636, 0.1867929, -0.1588313, -0.027771398, 0.16472548, -0.10592947, -0.03391866, -0.046200175, 0.009281799, -0.03441146, -0.042214524, -0.082844056) * inp_0_0_0; + result5 += M4(-0.034990422, 0.052842062, -0.10930381, -0.00253232, 0.024048813, -0.14266834, -0.096335635, 0.07629296, 0.08700051, 0.0511216, -0.015954226, -0.04950173, -0.20852311, -0.055702765, -0.025112605, 0.088620394) * inp_0_1_0; + result5 += M4(0.008026741, -0.075149864, 0.07311696, -0.02103436, 0.059552617, 0.022902854, 0.004995157, 0.046885185, -0.05116645, 0.011079876, 0.052877218, 0.039314747, 0.00097246235, -0.07651566, 0.113438495, 0.074853435) * inp_0_2_0; + result5 += M4(-0.021278048, 0.017087905, 0.053191807, 0.0155587755, -0.030022178, -0.03901649, -0.033953987, -0.0040960233, -0.04484825, -0.020226749, 0.016161846, -0.03392181, 0.061634813, -0.06799762, -0.04493721, 0.06335031) * inp_0_0_1; + result5 += M4(0.010173072, -0.058274295, 0.12831095, 0.14801665, 0.016542222, 0.21792342, 0.20409054, -0.034689702, -0.13219248, 0.12790166, 0.07944686, 0.039794933, -0.017203592, -0.0071621635, -0.0092378585, 0.14034523) * inp_0_1_1; + result5 += M4(0.03313965, 0.036054473, -0.09929448, 0.047873177, -0.033644937, 0.07971446, 0.0041830963, -0.012184522, -0.0058825687, 0.04740198, 0.09067993, -0.11120585, 0.05296985, 0.030008575, -0.17246991, -0.12286725) * inp_0_2_1; + result5 += M4(-0.017580729, 0.071390174, -0.03980736, -0.06953296, 0.03122534, 0.013710687, -0.0026386725, 0.041522853, -0.022506049, 0.035616346, -0.05262587, 0.061891105, -0.022937384, 0.08983585, -0.10526769, -0.047300328) * inp_0_0_2; + result5 += M4(-0.048368756, -0.066393964, -0.17122273, -0.050558057, 0.16432367, -0.1713737, 0.06226258, 0.08463943, -0.01662237, -0.10207328, -0.047250263, -0.05312536, 0.327928, -0.06667691, -0.033484973, -0.290398) * inp_0_1_2; + result5 += M4(-0.08766798, 0.010467219, 0.06229386, 0.012880454, 0.033454344, -0.023233483, -0.015324345, -0.017793717, 0.13840027, -0.14323962, -0.05710519, -0.012645213, -0.049666047, -0.017097116, -0.022415988, -0.004198343) * inp_0_2_2; + result6 += M4(-0.0044865236, -0.08064832, -0.059066065, -0.039773013, -0.040013485, 0.073500216, 0.009909014, 0.020064956, 0.049023047, 0.15576221, 0.0016077295, 0.13392839, 0.17449084, 0.055469617, -0.025770703, -0.19746335) * inp_0_0_0; + result6 += M4(0.0421019, 0.03077191, -0.06395342, -0.031727865, -0.028625434, -0.049571775, 0.08321686, 0.013660383, -0.036410216, -0.034192637, 5.7762554e-05, 0.06287472, 0.07845672, -0.060796075, -0.19715282, 0.32123843) * inp_0_1_0; + result6 += M4(0.017570501, 0.017461475, 0.033809893, -0.08159319, 0.050167464, 0.006757208, -0.022012005, 0.00094507646, -0.07865825, -0.062691726, 0.02120332, 0.013134193, -0.0077404315, -0.010307764, 0.005679048, -0.087156184) * inp_0_2_0; + result6 += M4(-0.13852967, 0.041877396, 0.054781493, -0.12720211, 0.05354816, 0.14173035, 0.09724079, 0.06979567, -0.038605098, -0.03659603, -0.021394484, 0.009404507, 0.055929925, -0.053479422, 0.017573733, -0.10972872) * inp_0_0_1; + result6 += M4(0.0237189, 0.10936649, -0.13895872, -0.21464437, -0.12618971, 0.16071332, 0.1687479, 0.27317, -0.08956925, -0.12948772, 0.11273067, 0.013108196, 0.052038293, -0.0195363, -0.13389382, -0.22755502) * inp_0_1_1; + result6 += M4(-0.09903543, 0.109887384, 0.042012803, -0.05633655, 0.043949235, -0.0025837503, 0.0038835546, 0.09188776, 0.06428799, -0.11616592, -0.013914321, 0.08323901, 0.046426322, 0.10538389, 0.07780073, 0.030629426) * inp_0_2_1; + result6 += M4(0.066422954, 0.04146655, -0.09991522, 0.11232046, 0.05576669, -0.13443427, -0.029797072, 0.24348445, -0.05375273, -0.15397598, 0.10806383, -0.057168674, 0.025263377, 0.029306704, -0.06758324, 0.11083881) * inp_0_0_2; + result6 += M4(0.0026263332, -0.035856146, -0.0450158, -0.05261787, 0.05156732, -0.07728555, 0.05426869, 0.11363093, 0.11245666, -0.055853892, 0.038180877, -0.064015165, -0.01914824, 0.049390685, 0.027365401, -0.2923445) * inp_0_1_2; + result6 += M4(0.028998232, -0.10961401, -0.005185595, 0.11887038, -0.024986325, 0.02501903, -0.055258006, 0.01399558, -2.504139e-05, -0.06849541, 0.027588101, -0.25254217, -0.009953534, -0.13357127, 0.012158257, 0.12574211) * inp_0_2_2; + result7 += M4(0.034879167, 0.00045798288, -0.17338802, 0.021805877, 0.058209065, -0.011112338, -0.13841105, 0.013629267, -0.1348027, 0.020119704, 0.107353054, -0.03602873, 0.07760842, 0.014995411, -0.1135761, 0.14822768) * inp_0_0_0; + result7 += M4(0.035178408, -0.027421053, -0.07808762, -0.04905623, -0.027781555, 0.026446057, 0.052375246, 0.12714602, -0.09877785, -0.03997546, 0.09448941, -0.06228583, 0.11399305, -0.13376163, -0.2631905, 0.24790107) * inp_0_1_0; + result7 += M4(0.040242486, 0.016244821, -0.029406317, -0.03703265, -0.026328389, -0.0006855843, -0.06065422, 0.0215182, 0.029332234, 0.061482724, -0.022678232, 0.0020091797, 0.14812788, -0.040422585, -0.090559445, 0.056643754) * inp_0_2_0; + result7 += M4(-0.14331675, 0.031971816, 0.030157862, 0.039196715, -0.06208843, -0.01407949, 0.1120882, -0.039176114, -0.02324071, -0.019180475, 0.027940525, -0.0936125, -0.0074340547, -0.003571667, -0.04605286, -0.06587281) * inp_0_0_1; + result7 += M4(-0.2215102, -0.24575868, -0.43796587, -0.051996, -0.3650676, 0.056127638, -0.09943789, 0.00969389, -0.050232474, 0.39618614, 0.56501424, 0.041113205, -0.1441548, -0.21495715, -0.35117438, -0.15626001) * inp_0_1_1; + result7 += M4(-0.053246852, -0.05693673, 0.012933495, 0.03129781, -0.002808405, 0.06608624, -0.08381212, 0.028026547, 0.11096984, 0.02900286, 0.0017841714, -0.030065635, 0.020571142, -0.06833293, -0.028214743, 0.051134985) * inp_0_2_1; + result7 += M4(0.027004262, -0.021875277, -0.015893692, 0.057215497, 0.21277884, -0.05248872, -0.026791016, 0.13012166, -0.04259391, 0.065819435, 0.045742217, -0.051243, 0.086796865, -0.00938116, 0.04333153, 0.03238596) * inp_0_0_2; + result7 += M4(0.07781446, -0.094062604, -0.11517027, 0.051992435, 0.049155604, 0.03183495, 0.016153542, 0.008170301, -0.023438543, 0.096607015, 0.1893959, -0.073857546, 0.17926244, -0.03237222, -0.13278088, 0.10423509) * inp_0_1_2; + result7 += M4(-0.10090069, -0.06830984, -0.12110139, -0.03428654, 0.04465783, -0.0003599364, -0.029713994, -0.08015684, 0.14852206, 0.0753984, 0.12457691, -0.05575991, -0.0152009195, -0.081003174, -0.124588065, 0.057021156) * inp_0_2_2; + const V4 inp_1_0_0 = inp[1][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_1_1_0 = inp[1][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_1_2_0 = inp[1][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_1_0_1 = inp[1][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_1_1_1 = inp[1][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_1_2_1 = inp[1][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_1_0_2 = inp[1][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_1_1_2 = inp[1][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_1_2_2 = inp[1][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.031480134, 0.022504607, -0.02750034, 0.026851013, -0.055708077, 0.07170976, -0.070243254, -0.0065298458, 0.06899681, -0.0028600846, 0.0032809682, -0.004996292, 0.024207197, -0.007651659, 0.07757207, 0.037213583) * inp_1_0_0; + result0 += M4(-0.012441978, 0.0034176179, -0.03361243, 0.017559242, 0.0060279486, 0.021163693, -0.019269442, 0.04769179, -0.030220052, -0.06281222, -0.014371619, -0.050369434, 0.013997505, -0.06996628, 0.023995461, 0.063480906) * inp_1_1_0; + result0 += M4(-0.008759604, -0.04951979, 0.05102022, 0.0017029941, 0.050905816, -0.056640524, 0.07649713, 0.035654396, 0.00427665, 0.06401766, 0.07753079, -0.025118385, -0.0044859177, 0.2058421, -0.17279617, 0.06928524) * inp_1_2_0; + result0 += M4(0.04290967, -0.013302464, 0.015044507, 0.0857753, 0.07619337, 0.062953755, 0.01589828, -0.020596823, 0.03972262, 0.03550127, 0.019688614, 0.092569076, 0.004516904, 0.080200285, 0.02064298, -0.026211804) * inp_1_0_1; + result0 += M4(-0.020641228, 0.07598462, 0.021477671, 0.06988232, -0.09407873, -0.11900485, 0.1156955, -0.1030279, -0.03962574, 0.029488564, -0.010367837, -0.0529273, 0.32971036, -0.010841562, 0.35500067, 0.12690964) * inp_1_1_1; + result0 += M4(0.09933516, 0.07683861, 0.070552304, 0.045429543, -0.03121993, -0.009703804, -0.06331376, -0.036947217, -0.041279823, 0.00354611, -0.070087224, 0.054837074, 0.1187459, -0.16770424, 0.03295034, -0.110784754) * inp_1_2_1; + result0 += M4(-0.005448111, -0.054279003, 0.057456307, 0.008584563, -0.1297482, 0.028048642, -0.6236852, 0.046218157, 0.38579345, 0.10507107, -0.34008276, 0.0804456, -0.11048847, 0.0029664394, -0.11039505, -0.031908937) * inp_1_0_2; + result0 += M4(-0.014053733, -0.015274395, 0.04369264, -0.048567593, -0.33751306, -0.0006919785, -0.8714137, 0.29593474, -0.2234228, -0.038645227, 0.08446201, 0.19311851, -0.1262271, -0.0838822, -0.13839994, -0.11843266) * inp_1_1_2; + result0 += M4(0.0597845, -0.02361284, -0.1754463, -0.12823744, -0.038144067, -0.00030823884, -0.07397957, 0.07538066, -0.049707428, 0.11772805, 0.25095862, 0.14273249, -0.08096025, -0.0786103, -0.053230636, 0.011765605) * inp_1_2_2; + result1 += M4(-0.041214515, -0.022783551, -0.007854777, 0.011424497, 0.048652228, 0.024216479, -0.08327773, 0.03330842, 0.046059, -0.012574716, -0.051844712, 0.012575741, -0.10872949, 0.0652668, 0.068628065, -0.12344464) * inp_1_0_0; + result1 += M4(-0.047421794, -0.0042900466, -0.09755643, 0.021290427, -0.019125689, 0.05894493, 0.108833686, -0.03896826, 0.034521278, 0.04110817, 0.16736257, -0.13419849, 0.32663566, -0.02243724, 0.22435305, 0.0015056706) * inp_1_1_0; + result1 += M4(-0.0063731284, -0.048223697, -0.0257136, 0.054564774, -0.017797744, -0.09169449, -0.03490447, -0.005628338, 0.10449499, -0.022218069, 0.057933014, 0.063172325, -0.3315207, -0.53118134, -0.11165747, -0.11655941) * inp_1_2_0; + result1 += M4(0.014127968, 0.019844344, -0.041556776, -0.022626622, -0.3077768, -0.016684685, -0.17728744, 0.02716392, 0.17554432, 0.048318308, 0.011630752, 0.050423477, 0.0076396307, 0.1246161, -0.016712481, -0.124416895) * inp_1_0_1; + result1 += M4(0.34330148, -0.027847465, 0.06134694, -0.17701492, 0.36956406, 0.3542786, 0.17885083, 0.100473754, 0.096133925, 0.06349665, 0.044160556, -0.077218466, 0.2494421, 0.35502204, -0.06153945, -0.09098579) * inp_1_1_1; + result1 += M4(-0.1906175, 0.110962786, -0.074767, -0.03940394, -0.039098483, -0.2524961, 0.03541422, -0.13015822, -0.089974515, -0.01388011, -0.054019574, 0.08053615, -0.012862676, -0.29962274, -0.22421661, 0.164933) * inp_1_2_1; + result1 += M4(0.046955675, -0.0020843735, 0.024131287, 0.059485376, -0.16264954, -0.0018706354, -0.16672719, -0.17812519, -0.21307985, 0.01251039, -0.098445274, 0.06601699, 0.010622129, -0.13259597, 0.06293575, 0.081812285) * inp_1_0_2; + result1 += M4(-0.14296159, -0.27319872, 0.003056584, -0.04481623, -0.239822, 0.30125526, -0.3768209, -0.07221183, 0.14043114, 0.08845101, 0.1153593, -0.17431736, 0.31998786, -0.09081244, -0.012719533, -0.1150432) * inp_1_1_2; + result1 += M4(0.03607832, -0.053118367, 0.12206769, 0.12573037, 0.016049556, 0.14021628, -0.60453457, 0.043669682, 0.0927199, -0.04202347, -0.02230127, 0.10041387, -0.013005157, -0.037925337, 0.20434196, -0.008807346) * inp_1_2_2; + result2 += M4(0.085524045, -0.04726476, 0.0025043243, 0.02211397, -0.031442154, -0.009824152, -0.04868665, 0.024380827, -0.089414954, -0.020452585, 0.02611986, 0.02746525, -0.026081663, 0.008058045, -0.024885932, -0.09756925) * inp_1_0_0; + result2 += M4(0.14009194, 0.077190965, -0.014647526, -0.022815943, 0.027628496, -0.045014247, 0.048588466, -0.06003301, -0.036754172, 0.031951413, 0.004520675, -0.054952823, 0.116246305, -0.053753987, -0.029616896, -0.035481684) * inp_1_1_0; + result2 += M4(0.0731957, 0.021592917, 0.022428276, 0.02819652, -0.0056193573, 0.022294624, 0.043987297, 0.045787323, -0.18264157, -0.05378185, 0.021316234, 0.023163464, -0.0378671, 0.048951052, -0.06701447, 0.011839914) * inp_1_2_0; + result2 += M4(0.023698011, 0.010092461, -0.013971513, 0.09212325, -0.050817706, 0.021730527, -0.162843, -0.10750212, -0.11302532, -0.021604111, 0.036292415, 0.04150645, -0.03448777, 0.03934349, -0.000643943, -0.037141915) * inp_1_0_1; + result2 += M4(0.1273163, -0.20044346, 0.22307473, -0.002607279, -0.088810526, -0.01018931, -0.036336742, -0.074329466, -0.2198094, -0.13896179, -0.027855778, -0.026664797, 0.055611413, 0.2728389, 0.074398644, 0.06719183) * inp_1_1_1; + result2 += M4(0.08248264, -0.03958757, -0.1574347, 0.055085007, 0.014108534, 0.10217436, 0.16581772, 0.11076202, -0.026574718, 0.14058042, -0.091445215, 0.072632134, -0.015471814, 0.17361253, -0.11562396, 0.16116662) * inp_1_2_1; + result2 += M4(-0.036110546, 0.014922259, 0.03722302, 0.08972748, -0.05882626, -0.04369316, -0.17843926, -0.079488635, -0.11866699, -0.046404492, 0.01462289, 0.13743721, 0.049024098, 0.009446403, -0.05974156, -0.0836173) * inp_1_0_2; + result2 += M4(0.14417793, -0.12449359, 0.19634986, 0.03615379, -0.042494725, -0.0888043, -0.222145, -0.34039366, -0.28314266, 0.19263896, 0.0003379376, 0.14055537, -0.048554685, 0.11350628, 0.111550525, 0.19810182) * inp_1_1_2; + result2 += M4(0.17055759, -0.19232155, -0.08552316, 0.15144835, -0.16844755, 0.1626488, -0.3597869, -0.2739759, -0.0869378, 0.037314333, 0.08125157, 0.046879493, 0.04942182, -0.085242175, 0.020566402, 0.03357786) * inp_1_2_2; + result3 += M4(0.00036584082, 0.0738929, -0.04572539, -0.0012843242, -0.0030120017, -0.0041420124, 0.0283537, -0.14216274, -0.07171603, -0.040536903, 0.037717972, -0.03271703, 0.10293497, 0.011163896, -0.039166804, 0.06779274) * inp_1_0_0; + result3 += M4(0.09888187, 0.049035363, -0.07075683, 0.02288465, -0.08808854, 0.077348836, -0.05631992, 0.11476631, 0.08141408, -0.05905511, -0.063237794, 0.059854712, 0.07303647, -0.122965515, 0.21723406, -0.21770875) * inp_1_1_0; + result3 += M4(0.041968178, 0.045095038, -0.04187227, 0.03839533, 0.066174425, -0.018372115, 0.101509646, 0.034778282, -0.15746263, -0.021688193, 0.12761101, 0.0005590278, -0.06495877, 0.08993167, 0.08493154, 0.100946926) * inp_1_2_0; + result3 += M4(-0.12990578, -0.063872226, 0.023313195, -0.102485776, -0.07710697, 0.047350243, 0.0027049147, 0.044569127, -0.23771174, 0.013232883, -0.042979818, 0.021591274, 0.10553398, 0.021377036, -0.05979461, 0.1297515) * inp_1_0_1; + result3 += M4(0.041767593, -0.23734885, -0.04018287, 0.0021905825, 0.058974028, 0.092547245, 0.0052623916, -0.0038457026, -0.042447865, -0.06745353, 0.121213816, -0.1727163, 0.30826557, 0.14860876, -0.17683196, -0.2522164) * inp_1_1_1; + result3 += M4(-0.15903552, 0.058151513, 0.100160204, -0.08453247, 0.024600973, 0.07015041, 0.018457606, -0.02940498, -0.28345245, 0.0012391646, -0.00924876, 0.0022620042, 0.41158104, -0.23476022, 0.08815258, 0.37193108) * inp_1_2_1; + result3 += M4(0.02046382, 0.06482451, 0.07025366, 0.047283176, -0.49082857, -0.10276241, -0.18953465, 0.33669, -0.07672553, 0.07237662, -0.16632302, 0.020866703, -0.008033319, -0.0140120685, 0.10647299, 0.11572522) * inp_1_0_2; + result3 += M4(-0.03480249, -0.059787698, 0.13420132, -0.058501054, -0.55851614, -0.24554124, 0.10433807, 0.01223755, -0.07957651, -0.017458556, 0.17455065, -0.05367447, 0.19968064, 0.047660735, 0.07357433, -0.155887) * inp_1_1_2; + result3 += M4(-0.0030073624, 0.10810762, -0.18044378, 0.067629024, -0.48736268, 0.028282214, 0.16534877, 0.14841224, -0.38103735, 0.056693874, 0.050072443, 0.026725601, 0.3106084, 0.042087603, 0.1353113, -0.15954271) * inp_1_2_2; + result4 += M4(0.049907044, 0.05917379, -0.0070446306, -0.0125782965, 0.06958402, 0.010411088, 0.09445976, 0.1306928, 0.078032605, -0.024585722, -0.06634273, -0.04562438, -0.06356682, -0.14808829, -0.058135133, -0.0176488) * inp_1_0_0; + result4 += M4(-0.049305007, -0.09119424, -0.020125449, 0.06657149, -0.026055757, 0.032714486, -0.113167875, 0.03647543, -0.053998318, 0.039899196, 0.033228494, -0.04177448, 0.15518185, 0.020502375, 0.12221952, 0.22044659) * inp_1_1_0; + result4 += M4(-0.0042459243, -0.024827003, 0.016229805, -0.0022263292, -0.027433382, -0.045722224, -0.015748752, -0.13316798, 0.05410119, -0.056025855, -0.040435337, -0.018760245, 0.009213945, 0.3852679, 0.000578873, -0.28317082) * inp_1_2_0; + result4 += M4(0.034161624, 0.007418905, 0.0056263413, 0.0134465, -0.062138826, 0.10297515, -0.12675077, -0.22341436, -0.057107937, -0.075487636, 0.118391424, -0.051086467, -0.068698496, -0.109848805, -0.16419601, 0.07985009) * inp_1_0_1; + result4 += M4(-0.289909, 0.11116721, -0.05000816, 0.014985705, -0.062454224, -0.31514457, -0.0134612415, 0.2906185, 0.29426044, -0.09375476, -0.12609719, -0.018698383, -0.4959687, 0.11218079, -0.36311164, 0.2827361) * inp_1_1_1; + result4 += M4(-0.12141261, -0.03322532, 0.02778503, -0.18592703, 0.16356562, 0.1862531, 0.10289074, -0.02910688, 0.074913174, 0.04176986, 0.029782522, 0.07551553, -0.14691809, -0.20474134, 0.25737017, 0.0036834145) * inp_1_2_1; + result4 += M4(-0.026830075, 0.0102805, 0.050740518, -0.030503534, 0.12479471, -0.2997582, 0.39288667, -0.36012942, 0.06627369, 0.018240752, -0.18103112, 0.009833147, 0.10051215, 0.07757615, 0.03269702, 0.1315916) * inp_1_0_2; + result4 += M4(0.38367394, -0.17794202, 0.034007493, 0.16756037, -0.3462468, -0.08931065, 0.83406174, -0.8299837, -0.06436015, 0.018899275, -0.029526684, 0.059355065, -0.08902517, 0.0025220488, -0.12519355, 0.091307715) * inp_1_1_2; + result4 += M4(-0.062145147, 0.18577932, -0.0880551, 0.121524155, 0.34152356, -0.26200464, 0.14587915, -0.19998455, 0.03422614, 0.04158095, 0.06141245, -0.08567144, -0.0099176, -0.03126393, 0.19342414, -0.029076293) * inp_1_2_2; + result5 += M4(-0.0018104424, -0.04740306, 0.008606481, -0.057826642, 0.028359115, 0.03855738, 0.024834067, -0.05892849, -0.06852567, 0.0014034081, -0.017360523, -0.0034612792, -0.053556345, -0.16744903, 0.011242206, 0.06495266) * inp_1_0_0; + result5 += M4(0.0076297154, 0.053831212, 0.012087942, -0.017794803, -0.015621248, -0.11158887, 0.015844794, 0.034641407, 0.015440859, -0.0029511496, -0.018026209, 0.058421873, 0.11149868, -0.3772246, 0.11445935, 0.11466591) * inp_1_1_0; + result5 += M4(0.018695602, -0.016999591, 0.041074533, 0.017925212, -0.02783583, 0.035658825, -0.06383002, 0.037043292, -0.034911964, -0.019873073, -0.01734665, -0.009707079, 0.18712191, -0.597724, -0.48827893, -0.15412585) * inp_1_2_0; + result5 += M4(0.008229301, 0.05874537, -0.020877894, 0.051652975, -0.021933421, 0.08803422, 0.05889715, -0.030001901, -0.09020934, -0.00093469815, -0.028563846, 0.14848892, 0.03571232, -0.20264493, -0.14047436, -0.044526584) * inp_1_0_1; + result5 += M4(0.20835799, 0.08425257, -0.031775605, 0.0604564, -0.024688438, 0.074072696, 0.22773655, 0.071057804, -0.07424373, -0.05189683, -0.24849279, 0.012247315, -0.15502611, -0.7149815, -0.012028348, 0.20658933) * inp_1_1_1; + result5 += M4(-0.0291081, 0.17835686, 0.1379435, -0.13504569, -0.03562398, -0.25263202, -0.24820459, -0.10914973, -0.06401897, -0.012636178, 0.0407837, -0.1221712, 0.0008696161, -0.99497575, -0.34240752, -0.3956755) * inp_1_2_1; + result5 += M4(-0.055273805, 0.020010803, 0.032364372, 0.021821553, 0.07773637, -0.11825204, -0.0585737, -0.23029865, 0.0041647237, 0.1847297, -0.10723596, -0.040413555, 0.05951613, -0.19049922, 0.1110859, 0.0075152526) * inp_1_0_2; + result5 += M4(-0.027073802, -0.18725133, -0.062199067, -0.07966089, -0.036935627, -1.0838538, -0.2299379, -0.0776096, -0.056953266, -0.09772756, -0.016039046, 0.25972503, -0.16613887, -0.29878625, 0.02102991, -0.0075961067) * inp_1_1_2; + result5 += M4(0.084981486, -0.049690872, -0.06729748, 0.09547587, -0.223316, -1.3110473, 0.03750193, -0.15361217, -0.12954216, -0.10045158, 0.06451402, 0.008062529, -0.033319175, -0.5449086, -0.16870773, 0.072470695) * inp_1_2_2; + result6 += M4(0.035710134, -0.004272795, -0.0030682434, -0.10361778, -0.06331565, -0.06025608, -0.0022991255, 0.03765545, -0.028815068, -0.034663733, 0.020915102, 0.040111464, 0.018591635, 0.049653575, 0.009148295, 0.07538383) * inp_1_0_0; + result6 += M4(0.019738814, -0.05839733, -0.06505472, -0.13510013, 0.09890182, 0.1891451, 0.021422703, -0.042574145, 0.0042094113, 4.579787e-05, 0.008323813, 0.104889534, -0.041459255, 0.02876048, 0.009126818, 0.04232417) * inp_1_1_0; + result6 += M4(-0.020357303, 0.101321034, 0.006097082, -0.11298897, -0.05311815, -0.10926171, -0.023567012, -0.0021390421, -0.029851168, -0.04654526, 0.013573414, 0.07828777, -0.1216066, 0.16882752, 0.001086939, -0.050930224) * inp_1_2_0; + result6 += M4(-0.16762364, 0.00041041707, 0.0047406727, -0.1872355, -0.1167771, 0.049215507, 0.045813188, -0.12599264, -0.015456616, -0.09617353, -0.07760548, 0.3573423, 0.085120894, -0.052515253, -0.041856173, 0.09151189) * inp_1_0_1; + result6 += M4(0.25298527, -0.083033815, 0.07842838, -0.20436326, 0.2141105, -0.081563264, -0.03578718, -0.14552186, 0.09011429, 0.09337912, -0.17800711, 0.35518906, 0.34146005, 0.21679604, -0.14178607, 0.29695487) * inp_1_1_1; + result6 += M4(-0.015039324, -0.11801624, 0.3308996, -0.20301448, -0.1029583, -0.01371626, 0.02209448, -0.23469046, -0.017852006, 0.045394216, -0.1108695, 0.26390383, 0.17035092, -0.16483067, -0.09092368, -0.08701643) * inp_1_2_1; + result6 += M4(0.031161798, 0.008572961, -0.040698856, 0.07290603, -0.46013176, 0.08443932, -0.03847323, -0.0050219405, 0.019950045, -0.03748009, -0.05836353, 0.064596914, -0.020090474, 0.054859094, -0.0053050932, -0.08853301) * inp_1_0_2; + result6 += M4(-0.084764175, 0.012020918, 0.00015554744, 0.1531305, -0.33220297, -0.17982721, 0.28655532, -0.029537294, -0.20199123, -0.05748397, -0.08752159, 0.101133555, 0.026785634, 0.03626457, 0.00612663, -0.0089569455) * inp_1_1_2; + result6 += M4(0.020700581, 0.0057524317, 0.17061627, 0.13423783, 0.2793002, -0.15452349, -0.11238209, 0.05201116, 0.020945266, -0.010477651, -0.09111721, 0.18077657, 0.007817896, -0.0045658727, -0.061545387, -0.2459529) * inp_1_2_2; + result7 += M4(0.027733237, 0.038972043, -0.03088507, -0.0074141766, -0.11064113, -0.0043980954, -0.058969297, -0.006910389, -0.015636815, 0.011484409, -0.03570867, 0.08492805, 0.11756981, -0.013650826, 0.031284023, -0.007139631) * inp_1_0_0; + result7 += M4(0.069567926, -0.00613218, -0.012121846, -0.050250504, 0.12377311, -0.06269611, 0.031104371, 0.0056001255, -0.07889045, -0.042404916, 0.1145589, 0.005229294, -0.112692, 0.014950937, 0.11265732, 0.35954937) * inp_1_1_0; + result7 += M4(0.005378605, 0.002725332, -0.051373534, -0.02157908, -0.024585038, -0.029680984, 0.019898454, 0.016664904, -0.027567513, 0.023566173, -0.09247306, 0.021096438, -0.16182888, 0.011246899, -0.026068551, -0.13940927) * inp_1_2_0; + result7 += M4(-0.061125427, -0.017961377, 0.037990037, 0.09285938, 0.03901359, 0.039907802, -0.06193245, -0.001297714, -0.07116101, 0.040651117, 0.0134698525, 0.0499299, 0.10181796, -0.013673448, -0.05742784, -0.047678668) * inp_1_0_1; + result7 += M4(0.015785968, -0.16612265, 0.20642702, -0.12645264, 0.2055037, 0.24102506, -0.15565194, 0.08455558, -0.029321713, 0.20607245, -0.23393583, 0.026113318, -0.4376399, -0.0051516, 0.06587485, -0.17734307) * inp_1_1_1; + result7 += M4(0.01350173, -0.07216518, 0.21655977, -0.03375292, -0.1868103, -0.029453665, -0.04318684, -0.10005376, -0.03857597, -0.05963412, 0.0089385845, 0.10560614, -0.21511024, -0.11504748, 0.15365157, 0.09674078) * inp_1_2_1; + result7 += M4(-0.08949881, 0.021742478, 0.03298201, -0.010393788, 0.7199584, -0.0027156998, -0.13432813, 0.37697923, -0.111123726, 0.025214864, -0.048953548, 0.22592115, 0.1345457, 0.022827635, -0.012038413, 0.042285312) * inp_1_0_2; + result7 += M4(-0.2318804, -0.042549968, 0.003076829, 0.0812493, 0.96494234, 0.115368605, 0.26462525, 0.008074855, -0.17962907, -0.08389085, 0.13855058, -0.14960603, 0.114419475, 0.0055155302, 0.11441841, -0.036788214) * inp_1_1_2; + result7 += M4(-0.029846653, 0.09816073, 0.29667217, 0.039547663, 0.48146144, 0.08200442, 0.128414, -0.014489124, 0.1446394, 0.02353629, -0.05249817, 0.05469321, -0.0534344, -0.015874032, 0.085210845, 0.08815681) * inp_1_2_2; + const V4 inp_2_0_0 = inp[2][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_2_1_0 = inp[2][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_2_2_0 = inp[2][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_2_0_1 = inp[2][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_2_1_1 = inp[2][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_2_2_1 = inp[2][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_2_0_2 = inp[2][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_2_1_2 = inp[2][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_2_2_2 = inp[2][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.102626026, -0.0378138, -0.020769343, 0.007368121, -0.016526962, 0.08776557, 0.17823024, 0.087599255, 0.016235558, -0.04522307, -0.06772902, -0.064329505, 0.0021017354, -0.03170066, 0.001691324, -0.04279465) * inp_2_0_0; + result0 += M4(0.13243054, 0.014472338, -0.083450876, 0.013659966, 0.07972569, 0.054905854, 0.05906461, 0.02754161, -0.067101546, -0.10529769, -0.035395183, -0.06387251, -0.018989632, -0.061490856, 0.015145441, 0.0021654118) * inp_2_1_0; + result0 += M4(-0.1525686, -0.13395174, -0.10757616, 0.007979974, 0.030142508, -0.08858484, -0.0115399975, -0.089607134, 0.070242435, 0.06293386, -0.040147502, -0.09941832, -0.043413296, 0.009334943, -0.013120559, 0.101818055) * inp_2_2_0; + result0 += M4(-0.026650494, -0.06144339, 0.14248, -0.06253997, -0.15318929, -0.060040213, 0.19732086, 0.004659254, -0.02383706, 0.07070178, 0.014485851, -0.08196497, 0.041479446, -0.037068035, -0.0042144526, 0.003230726) * inp_2_0_1; + result0 += M4(0.08663478, 0.38924518, 0.3046044, 0.17067753, 0.023407796, -0.039609946, -0.22201665, -0.08697131, -0.0024897512, -0.12671809, -0.029388973, -0.044726096, -0.054724198, -0.0513072, 0.07526693, 0.13014683) * inp_2_1_1; + result0 += M4(0.04421704, -0.009702661, 0.1203698, -0.15590294, -0.07504153, 0.07861127, -0.026001224, 0.037677668, -0.005250857, 0.059194393, 0.033944294, -0.031211345, 0.016431559, -0.021823363, 0.013531701, 0.07076996) * inp_2_2_1; + result0 += M4(0.06436249, -0.011580038, 0.06488756, 0.037659034, -0.14665744, 0.020148993, 0.033959374, -0.071903676, 0.03318206, 0.04746019, 0.021691663, 0.007678443, 0.0020073992, -0.018149707, -0.021546392, -0.008433799) * inp_2_0_2; + result0 += M4(-0.007996668, -0.050261617, 0.07731974, -0.10224194, -0.02616626, 0.0004953605, 0.046488836, 0.025740415, -0.08061821, 0.011366273, 0.006529177, 0.017454254, 0.033323236, 0.040516824, -0.07195071, 0.011409133) * inp_2_1_2; + result0 += M4(0.053438187, -0.09089951, 0.2440525, -0.1324565, 0.099874504, 0.02447203, -0.15702766, 0.034565087, 0.031376705, 0.01295717, 0.085221685, 0.03262457, -0.08936327, -0.015295609, -0.124098696, 0.002835575) * inp_2_2_2; + result1 += M4(0.16019587, -0.0515186, 0.013615225, 0.121898755, 0.011441191, 0.030647568, 0.06919563, -0.24421613, 0.0065716603, -0.0073198997, -0.010487829, -0.055828173, -0.07465893, 0.07650894, -0.0034516328, 0.046492565) * inp_2_0_0; + result1 += M4(0.091461204, -0.045833334, -0.10035038, -0.025176672, 0.08045068, -0.019254649, -0.058673885, -0.03127825, -0.042739026, -0.07128582, 0.11008445, 0.063810885, 0.055749726, 0.022268586, 0.00016013818, -0.012536) * inp_2_1_0; + result1 += M4(0.07670493, 0.101615846, -0.20144957, 0.098949134, 0.031775758, 0.2138774, 0.13720912, 0.084109835, 0.105399415, -0.029400298, 0.098876305, -0.03214166, -0.095566034, -0.03424538, -0.10133411, 0.025917798) * inp_2_2_0; + result1 += M4(-0.013170599, -0.0024985115, 0.055577427, 0.048873395, 0.08682708, 0.13055427, 0.15758575, 0.013761445, -0.056211665, 0.04702216, -0.00610366, -0.080555156, 0.08458422, 0.124975406, -0.016580112, 0.096349955) * inp_2_0_1; + result1 += M4(-0.1890591, 0.13201927, 0.118629955, -0.13454923, -0.25569218, -0.44141504, 0.10523596, 0.13301924, 0.045317512, 0.18946074, 0.004729886, 0.021649776, 0.13188155, -0.047694493, -0.07527121, 0.006226415) * inp_2_1_1; + result1 += M4(0.096434765, 0.20711468, 0.027942741, 0.08371446, -0.1326204, -0.088750854, 0.10190294, -0.0044493563, -0.08976341, 0.17278244, -0.066094026, -0.074300334, 0.0025499635, 0.028562948, 0.0057129157, 0.03719291) * inp_2_2_1; + result1 += M4(0.07887642, -0.096795306, 0.08951601, 0.2202021, 0.15527564, 0.11085346, -0.10906232, -0.0045662075, -0.101505615, -0.026102083, 0.02747061, 0.046167426, 0.035964143, 0.06407939, 0.0077214376, -0.057969805) * inp_2_0_2; + result1 += M4(-0.057912838, -0.07709548, 0.09053219, 0.0141200805, -0.021389624, -0.048085175, -0.1068871, 0.044762302, 0.048573807, 0.059034944, 0.020754114, 0.154847, -0.13091393, -0.051150635, 0.10909996, -0.13846873) * inp_2_1_2; + result1 += M4(-0.055644743, 0.02751157, -0.0541025, 0.059359703, 0.011699482, 0.15671876, 0.1697867, -0.12131408, 0.08831554, -0.0722534, -0.08469012, 0.015968846, -0.11808802, 0.024787262, 0.06809935, -0.09480598) * inp_2_2_2; + result2 += M4(-0.05920761, -0.00848376, 0.024428904, 0.047450554, 0.079389155, -0.06695981, 0.11275496, -0.10183089, -0.07814928, 0.029063111, -0.087552786, -0.005981822, -0.06576211, 0.111629896, -0.0650491, -0.02131078) * inp_2_0_0; + result2 += M4(0.07220693, 0.15114598, -0.070295304, 0.1511436, 0.018612089, 0.057495188, -0.05515548, -0.13212427, -0.08390004, 0.076943606, 0.03839483, -0.1769894, 0.039399132, -0.008770695, 0.089487016, 0.09367663) * inp_2_1_0; + result2 += M4(0.09929771, -0.008270282, 0.0032736282, 0.099983804, -0.026375752, -0.005757466, 0.1410237, -0.06956426, 0.01777521, 0.02574528, -0.004664453, -0.12907864, 0.011568799, -0.013755039, -0.053137656, 0.06613922) * inp_2_2_0; + result2 += M4(-0.071287304, -0.15717238, 0.06201475, 0.014531967, -0.055900447, 0.03780863, 0.03358501, -0.02321918, 0.046899177, -0.077546254, -0.15915193, -0.24280348, -0.17045207, 0.08481845, -0.08389518, 0.13873109) * inp_2_0_1; + result2 += M4(-0.24308908, -0.2851145, 0.30875087, -0.38855785, 0.16271521, 0.014828467, -0.33124524, 0.48728982, 0.20194696, -0.18667065, -0.11229231, -0.7334426, 0.013326955, 0.17379054, -0.0064045223, 0.6246031) * inp_2_1_1; + result2 += M4(0.011905945, -0.06473281, 0.09278593, -0.16349408, -0.08539466, -0.039314058, 0.026767116, 0.037749525, 0.08813163, 0.09044113, 0.0112176575, -0.04252613, -0.06424311, -0.06551719, -0.04475247, 0.06258853) * inp_2_2_1; + result2 += M4(0.027131632, 0.035325296, -0.030636352, 0.05181929, -0.11553865, 0.115788646, -0.044848025, 0.14784437, 0.11515012, -0.008829454, -0.029135257, -0.12861982, -0.087970436, 0.036905795, 0.010701245, 0.11582345) * inp_2_0_2; + result2 += M4(0.011756057, 0.104375295, 0.061644692, 0.12552465, -0.047188845, -0.011353173, 0.09280525, 0.044770982, 0.027056836, -0.013194503, -0.11583078, -0.10410312, 0.039174333, 0.027061587, 0.012038754, 0.062167697) * inp_2_1_2; + result2 += M4(0.017940208, -0.04443657, -0.015382429, 0.062300067, -0.026605817, 0.007039876, 0.07133211, 0.03217889, 0.08692454, 0.020983698, 0.07895373, -0.044144846, -0.035861965, -0.03042255, -0.07802219, 0.0004299492) * inp_2_2_2; + result3 += M4(-0.01826607, -0.0066530444, 0.02325791, 0.035230912, 0.027009634, 0.0017351048, 0.031480547, -0.012188349, 0.028297268, -0.041219946, 0.01732752, -0.004695244, -0.057295706, 0.04531487, -0.024239196, 0.017303359) * inp_2_0_0; + result3 += M4(0.042460658, 0.013017525, -0.1263443, -0.039664153, 0.09536156, 0.03564434, -0.04610274, 0.03802673, 0.040715545, -0.02100789, -0.02928364, 0.14467373, 0.019568602, 0.005026924, -0.025226936, -0.04228476) * inp_2_1_0; + result3 += M4(0.19582418, -0.056329336, -0.1894391, -0.04389681, 0.010689866, -0.028507339, -0.095214784, -0.18918866, -0.0388744, 0.049673073, -0.0017970563, 0.06084371, -0.021068418, -0.000118826654, 0.04550341, 0.029594148) * inp_2_2_0; + result3 += M4(-0.007679755, -0.021685284, 0.10964818, 0.020976722, 0.05765831, 0.0015699534, -0.093542814, 0.12347134, -0.06438842, -0.00091600214, -0.15243804, -0.06771118, -0.13791879, -0.023073325, 0.050979823, -0.07362422) * inp_2_0_1; + result3 += M4(-0.05851016, 0.018508844, 0.043994196, -0.19171771, 0.09446859, 0.01654996, -0.20067103, 0.1140589, -0.3094334, 0.03520959, -0.008300896, 0.015405446, 0.06835506, -0.030157428, 0.15928513, 0.03287838) * inp_2_1_1; + result3 += M4(-0.09774515, -0.017597707, -0.09912412, -0.117702864, -0.075169645, 0.0014701256, -0.035943802, 0.03185316, -0.115866765, 0.0015667621, 0.08044575, -0.052443694, 0.01999993, 0.021734782, 0.0012890137, -0.021932246) * inp_2_2_1; + result3 += M4(-0.009755928, 0.048143324, 0.1876031, -0.10052089, 0.015314587, -0.01912244, 0.04273652, -0.0118960915, 0.047364738, -0.019659618, -0.016098775, 0.017650392, 0.06663964, 0.007682004, -0.039681807, 0.056215767) * inp_2_0_2; + result3 += M4(0.06507892, 0.026762336, 0.021327747, -0.11281578, 0.13315207, -0.004609424, -0.098822564, 0.121075295, 0.01924004, -0.011302512, 0.11890607, 0.03439876, -0.06490099, -0.080380924, -0.08899524, 0.007505809) * inp_2_1_2; + result3 += M4(0.01065066, 0.001668953, -0.03551495, -0.13502638, -0.055165004, -0.0054646777, 0.045958962, 0.07300568, 0.054705407, 0.06694819, -0.03203487, -0.00035117165, 0.010502735, 0.010018067, 0.009847523, -0.001408804) * inp_2_2_2; + result4 += M4(-0.015826896, 0.06917265, 0.049686335, -0.1167027, -0.26069096, -0.013127824, -0.0028007445, 0.13114433, 0.059743095, -0.06695579, 0.017709337, 0.1428268, 0.034187734, -0.002404495, 0.03890739, -0.042220946) * inp_2_0_0; + result4 += M4(-0.16117539, -0.038765643, -0.061650764, -0.061134994, 0.10669197, 0.013669264, 0.042007297, 0.052603338, 0.1869264, 0.04415185, -0.06434306, -0.058247536, -0.023762595, -0.034596574, 0.03804992, -0.0063704704) * inp_2_1_0; + result4 += M4(0.07131793, 0.15216163, 0.039324246, 0.22150601, 0.07119968, -0.071473174, -0.021626662, 0.057144642, -0.04565161, 0.010528631, -0.011568502, -0.100792065, 0.032645226, 0.01153916, -0.01372997, -0.0019403652) * inp_2_2_0; + result4 += M4(0.042483468, 0.053211838, 0.0012676227, -0.02189949, -0.22104315, -0.0832742, -0.08689072, -0.0637403, -0.08430441, 0.08219517, -0.12317496, -0.07255116, -0.09191781, 0.061839443, 0.021465674, -0.050172675) * inp_2_0_1; + result4 += M4(0.12775292, 0.12687851, -0.53868926, -0.16686065, -0.12110094, -0.18657479, 0.27162346, 0.101076216, -0.0348021, -0.06128497, 0.08849443, 0.1394815, 0.16526626, -0.054693505, -0.051795706, -0.12551151) * inp_2_1_1; + result4 += M4(0.17541611, -0.10612492, -0.11546083, 0.13819702, -0.1165598, 0.07004556, 0.005885727, 0.051862016, -0.10243124, -0.068547234, 0.12018217, -0.041577756, 0.056384064, 0.015679555, -0.046636127, 0.023815924) * inp_2_2_1; + result4 += M4(-0.017327083, -0.03633008, 0.06958135, 0.17939776, -0.15981276, 0.03141518, -0.18650283, -0.009615029, 0.07115878, 0.012167006, 0.002995449, -0.08227693, -0.032309502, 0.04248359, -0.11278277, -0.07767419) * inp_2_0_2; + result4 += M4(-0.12574057, -0.011044239, -0.113864034, 0.083027184, -0.012111041, 0.040626924, 0.06257254, 0.07961706, -0.07899811, -0.03343451, -0.019448357, -0.029980913, 0.057420753, -0.061999623, 0.05357393, 0.07783974) * inp_2_1_2; + result4 += M4(0.1636145, 0.10479496, 0.05521608, 0.2312062, 0.09833689, 0.2946943, 0.041808147, 0.009459199, 0.010442832, 0.09965618, 0.07112207, -0.018653119, -0.024809595, -0.030326303, -0.0035162107, 0.01875811) * inp_2_2_2; + result5 += M4(0.09454266, 0.22226144, -0.09625052, 0.059430882, 0.10054764, -0.270846, 0.06691808, -0.023298275, -0.004298617, -0.015265271, -0.0150652, -0.029100396, -0.12971711, 0.02541701, -0.006521928, 0.009940611) * inp_2_0_0; + result5 += M4(-0.012562176, 0.21147022, -0.072183646, -0.055101555, -0.03212912, -0.24858886, 0.14327908, 0.16713053, 0.0038564801, -0.019752631, -0.1343139, 0.09394952, -0.018133556, 0.003851989, 0.01854155, -0.05616593) * inp_2_1_0; + result5 += M4(-0.20211107, 0.34876615, -0.03214166, 0.27994224, 0.10176413, -0.14796828, 0.106838115, -0.18871227, 0.027729213, -0.015080514, 0.037771504, 0.0660284, -0.008867133, -0.028537573, -0.023686124, 0.0073551442) * inp_2_2_0; + result5 += M4(-0.04990112, 0.23070577, 0.11801518, 0.002223974, -0.010193933, -0.4954203, 0.012780313, -0.10568479, -0.054530486, -0.062780134, -0.08185782, 0.057198916, 0.010038724, -0.036114004, 0.039263412, 0.065156475) * inp_2_0_1; + result5 += M4(0.24415307, 0.49842355, 0.4635129, -0.14291017, 0.07250756, -0.6894674, -0.30685106, 0.10949509, -0.09831885, -0.022708442, -0.015343803, -0.09287685, -0.05328344, -0.025743987, 0.053145565, -0.05100948) * inp_2_1_1; + result5 += M4(0.19958174, 0.35889962, 0.1491392, 0.008796288, 0.21923861, -0.23957147, 0.043173857, -0.11702005, -0.16129881, -0.021988109, 0.077854455, -0.05624276, 0.051492322, 0.00064318813, -4.8282443e-05, 0.019928254) * inp_2_2_1; + result5 += M4(-0.09013258, 0.24360223, -0.016631782, 0.11967349, 0.05039528, -0.2991632, 0.019954495, -0.002130346, 0.052014247, 0.031181742, -0.016942289, 0.020443013, 0.018481527, -0.06301097, 0.022981536, -0.029466378) * inp_2_0_2; + result5 += M4(-0.029354772, 0.4572264, -0.059002493, 0.06830962, 0.029163385, -0.39860263, -0.08577528, 0.03438272, 0.016546732, 0.07882137, 0.043091528, -0.034724772, -0.06960692, -0.05319041, -0.07580103, -0.019318732) * inp_2_1_2; + result5 += M4(0.1491323, 0.2740244, -0.18554774, 0.1331881, -0.050890043, -0.19901018, 0.098771594, -0.016183032, -0.0072421795, -0.11984727, 0.04417481, -0.0012006474, 1.0024404e-05, -0.0256193, 0.015188907, 0.032976035) * inp_2_2_2; + result6 += M4(0.12927069, -0.04788145, -0.035654377, 0.05472472, 0.036944386, 0.12241402, 0.029210342, 0.0006613419, -0.11034718, 0.021949327, -0.019717757, 0.014101179, -0.08052999, 0.056536376, -0.03335772, -0.020928051) * inp_2_0_0; + result6 += M4(-0.043508776, -0.22089364, 0.057888504, 0.005269894, -0.0069607403, -0.058313895, -0.0016437698, 0.022705812, 0.106695525, -0.07886121, 0.045684285, 0.06073523, -0.0026385693, -0.030321883, -0.0074786902, -0.045912713) * inp_2_1_0; + result6 += M4(0.08340934, 0.23959383, -0.020417372, 0.0073409537, 0.025686247, 0.036541276, 0.0124189695, 0.018640414, -0.030533707, 0.045103513, -0.02702233, -0.09495187, 0.030507822, 0.009606613, 8.011128e-05, 0.06796167) * inp_2_2_0; + result6 += M4(-0.010019355, 0.09044801, -0.027655838, -0.05553067, -0.053878576, 0.047621686, 0.025806595, -0.01572834, 0.22251786, -0.046802547, -0.00998367, 0.11406194, -0.14088406, 0.08644174, 0.02303095, -0.055143192) * inp_2_0_1; + result6 += M4(-0.16384523, -0.21605821, -0.14750935, 0.2296098, -0.10265978, 0.10062264, -0.12620148, -0.15340239, -0.092419825, 0.076204084, 0.42127916, -0.15674439, 0.033999488, 0.06077264, -0.13453011, 0.029507114) * inp_2_1_1; + result6 += M4(0.07241956, -0.06735081, 0.015880913, 0.07408612, -0.036953896, 0.077214785, 0.031301107, 0.05217652, 0.07453632, 0.05610073, -0.028826324, -0.05008512, 0.004743467, -0.01476806, -0.0038863362, 0.03860628) * inp_2_2_1; + result6 += M4(0.040110435, -0.047259893, 0.004500201, -0.0722655, 0.027920771, -0.06550228, -0.038455263, 0.06792031, 0.010715792, 0.09458084, 0.05089199, -0.008353594, -0.012783175, -0.030230613, -0.04077522, 0.024102436) * inp_2_0_2; + result6 += M4(0.1892698, 0.0059054433, -0.07277205, 0.00035051556, 0.021839658, 0.045017987, -0.014208444, 0.05759779, -0.09436729, -0.100918844, 0.015912239, 0.049291864, 0.014792895, -0.053184167, 0.01920317, -0.009236205) * inp_2_1_2; + result6 += M4(0.046335507, -0.014249353, 0.044433814, -0.19790617, 0.054873437, -0.1288342, -0.015574008, 0.06214326, -0.0033613641, 0.07936065, -0.017087737, -0.047452837, 0.05417076, 0.012519781, 0.017227583, -0.02910676) * inp_2_2_2; + result7 += M4(-0.037673384, -0.0084757535, -0.011932829, -0.02961507, 0.0863391, -0.035295233, 0.1715905, -0.13187055, -0.103390194, 0.020133497, -0.05836819, -0.06569643, 0.022129392, -0.01560979, -0.076123625, 0.056850314) * inp_2_0_0; + result7 += M4(-0.19077015, -0.06710114, 0.05563319, 0.053546034, -0.024458237, -0.04361286, 0.22921741, 0.071017385, -0.009808336, -0.050461303, -0.15481746, 0.027252667, 0.02744765, 0.014075787, -0.018325131, 0.06567749) * inp_2_1_0; + result7 += M4(-0.026295412, -0.054290432, -0.005031886, -0.037141036, 0.12624882, 0.013625131, -0.027520658, 0.013242262, -0.06689462, 0.08114093, 0.008072359, 0.036432672, -0.012343785, -0.060094923, 0.015540525, 0.014483667) * inp_2_2_0; + result7 += M4(-0.036839493, -0.0022719041, 0.071011506, -0.11204108, -0.09125283, -0.06611527, 0.18145661, -0.109669104, -0.08492413, -0.013233175, -0.07264043, 0.037448876, 0.036999997, -0.001248583, 0.011127948, -0.021779861) * inp_2_0_1; + result7 += M4(-0.21410789, -0.08422195, 0.6360667, 0.017071432, 0.110611685, -0.05932815, 0.2692452, 0.02086283, 0.10432365, 0.4386733, -0.036295094, -0.087741904, -0.14124534, -0.20801611, -0.021789098, -0.057935707) * inp_2_1_1; + result7 += M4(0.08583435, 0.07511285, 0.08750457, 0.09360896, -0.017609928, -0.013171827, -0.16572402, 0.029099222, 0.08527667, 0.047085036, 0.041745447, 0.015070771, 0.035679094, 0.001360386, -0.07632367, -0.03840468) * inp_2_2_1; + result7 += M4(-0.010392951, 0.0007112454, -0.027814351, -0.07043356, 0.0286794, -0.008124113, -0.004937803, -0.030679287, 0.042924844, -0.0061345184, -0.07048976, 0.05361659, -0.039766252, -0.008026199, 9.929426e-05, 0.049768012) * inp_2_0_2; + result7 += M4(-0.26968455, -0.051173754, -0.059732463, -0.07134896, 0.10959697, -0.02736446, -0.0033861417, 0.12685192, -0.03339522, 0.03798147, -0.020897876, 0.03495772, 0.06951386, -0.015403556, -0.038977247, -0.029355602) * inp_2_1_2; + result7 += M4(-0.048703693, 0.013826189, 0.19190419, -0.029781157, 0.042310856, -0.032621592, -0.094946064, -0.12843671, -0.0038501269, 0.022443397, -0.0038473813, -0.067236155, -0.030158995, -0.010139937, -0.010876401, -0.013391723) * inp_2_2_2; + const V4 inp_3_0_0 = inp[3][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_3_1_0 = inp[3][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_3_2_0 = inp[3][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_3_0_1 = inp[3][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_3_1_1 = inp[3][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_3_2_1 = inp[3][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_3_0_2 = inp[3][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_3_1_2 = inp[3][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_3_2_2 = inp[3][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.10227068, -0.049428917, 0.1734918, 0.07449543, -0.23153585, -0.005773218, -0.23073955, -0.17913961, -0.075176254, 0.084810406, -0.015946515, 0.045134183, -0.57000095, -0.20868433, 1.7600117, 0.57630855) * inp_3_0_0; + result0 += M4(0.11793769, 0.16458535, 0.057056326, 0.08691454, -0.03102683, -0.068584174, -0.14386982, -0.057611328, -0.047876086, -0.10826888, 0.048648596, -0.039107982, -0.02671236, 0.106275514, 0.20663655, 0.08713148) * inp_3_1_0; + result0 += M4(-0.045471735, -0.26130554, -0.072732866, 0.14155512, 0.088650905, -0.18502085, -0.035421062, 0.077035606, -0.030984791, -0.036803804, -0.02701694, 0.028450746, 0.05403082, -0.0693006, -0.16134244, -0.012980172) * inp_3_2_0; + result0 += M4(-0.21136734, -0.0107752485, 0.04894971, 0.070918515, 0.07406947, 0.10308106, -0.09124698, -0.1310252, 0.0025654559, -0.0077738445, 0.090293884, -0.037954353, 0.074726015, 0.19344127, 0.17457776, 0.22258581) * inp_3_0_1; + result0 += M4(0.078000866, 0.054868568, -0.06897889, 0.033257652, -0.12415088, 0.15816206, 0.41441151, 0.17384452, 0.1363725, 0.06682442, -0.0016357517, -0.078484796, -0.12301643, -0.062983386, -0.32202646, 0.21539623) * inp_3_1_1; + result0 += M4(-0.027057195, -0.011429583, 0.0038044362, -0.057895698, -0.022515114, 0.11642976, 0.03611869, -0.0037949765, -0.0661491, -0.0040663425, -0.0059381477, 0.026318936, 0.021316357, -0.11091244, 0.11141851, 0.118255734) * inp_3_2_1; + result0 += M4(-0.13312925, 0.01735574, -0.036023885, -0.061182003, 0.08700152, 0.016173804, -0.11711236, 0.06892917, -0.14460355, -0.053804446, -0.028510766, 0.01617454, -0.089964814, -0.087490395, -0.11405036, -0.004337573) * inp_3_0_2; + result0 += M4(-0.009725278, 0.13636443, -0.058511566, 0.057967406, 0.08958501, -0.043162964, 0.08381805, -0.10018465, 0.062566586, 0.07169726, 0.010869863, -0.019029988, 0.16371986, -0.09138505, 0.09015613, 0.103351444) * inp_3_1_2; + result0 += M4(0.059256505, -0.11249339, 0.007562034, -0.097430505, 0.053929627, -0.01530957, -0.06950464, -0.043723892, 0.026575986, 0.048022065, 0.031182474, 0.03032361, -0.08680397, 0.16936445, 0.04608902, 0.041123252) * inp_3_2_2; + result1 += M4(0.17610088, 0.041681495, 0.24925806, -0.041814722, -0.36655736, -0.15911841, -0.13211428, 0.23912798, -0.038864266, -0.03596916, -0.07406427, 0.00749599, 0.71283025, 0.5504544, 0.8889286, 2.093033) * inp_3_0_0; + result1 += M4(-0.16059244, -0.088813566, -0.06302033, -0.08937155, -0.02720415, -0.00770145, 0.0058933874, 0.16067958, -0.07114399, 0.024798749, -0.025047002, -0.020422801, 0.2686512, -0.15760209, 0.31412336, -0.04737337) * inp_3_1_0; + result1 += M4(-0.17340274, 0.11439879, -0.11552762, 0.0674914, -0.10049274, 0.021814855, -0.06730126, 0.0061264304, -0.059822574, 0.008676744, -0.053764332, 0.0082050795, 0.011291897, 0.14865798, 0.04486035, 0.0694429) * inp_3_2_0; + result1 += M4(0.07656472, 0.061655745, 0.1003838, 0.061613757, -0.18365191, -0.076470405, -0.10932672, 0.018295873, 0.044424754, 0.10816937, -0.029570144, 0.06456166, 0.28043348, 0.1569226, -0.010579585, -0.022842012) * inp_3_0_1; + result1 += M4(-0.1457813, -0.033974994, 0.051456187, -0.08848945, 0.33910355, -0.063087836, -0.056278896, -0.14184383, 0.04622576, -0.09980941, 0.17526813, -0.04372839, -0.2766497, 0.3688827, -0.048327815, 0.15496252) * inp_3_1_1; + result1 += M4(0.019397449, 0.04054585, -0.03832291, -0.053395923, -0.010315072, 0.036141377, 0.01020921, 0.032436173, -0.031719822, -0.059594758, 0.012420921, -0.056485206, -0.06992938, -0.4688838, -0.029532025, -0.08884117) * inp_3_2_1; + result1 += M4(0.13726594, 0.06981075, -0.02197747, -0.10945096, -0.08533751, 0.01077561, 0.02620247, 0.009189, -0.047181055, -0.04993691, -0.040256213, -0.012520252, -0.12268881, -0.106644295, 0.23557284, -0.013439731) * inp_3_0_2; + result1 += M4(-0.087284684, -0.041448455, -0.023808671, 0.2137635, 0.009145852, -0.0121870395, -0.05859107, -0.05132722, -0.0021463484, 0.053469438, -0.029116249, 0.10084807, -0.009684047, -0.23845845, -0.18750598, -0.0141837085) * inp_3_1_2; + result1 += M4(-0.057390634, 0.011502173, 0.100918666, -0.10523019, 0.02546328, 0.18196598, 0.058930792, -0.10174205, 0.031569313, 0.060081102, 0.05052914, -0.019464511, 0.06625804, 0.3027454, -0.017831849, 0.055842422) * inp_3_2_2; + result2 += M4(0.048401, 0.010457286, 0.10615595, -0.015960513, 0.01436165, 0.13536432, -0.04354507, 0.15591969, -0.07679796, 0.025946034, -0.0547209, -0.009420165, -0.15810594, -0.12670669, -1.8793825, -0.945759) * inp_3_0_0; + result2 += M4(0.07344445, 0.122381985, -0.13220039, -0.015782509, 0.018498057, 0.07404361, -0.046128277, 0.038325205, 0.07567834, 0.0032700424, 0.15257852, 0.0800536, -0.0697215, -0.109767824, 0.03588201, 0.0020669473) * inp_3_1_0; + result2 += M4(0.088903084, 0.15954436, -0.06742948, 0.1184555, 0.12918748, 0.06685744, -0.06795341, 0.09680603, 0.010840433, -0.023055708, -0.008906924, 0.028284231, -0.06900154, -0.101653926, -0.03126233, 0.10154776) * inp_3_2_0; + result2 += M4(-0.17031875, 0.043836556, 0.024054531, 0.10064961, -0.01885957, -0.03745506, 0.09347482, -0.021063862, -0.041169718, -0.022611119, -0.0041668485, -0.009198656, 0.3631841, -0.22319758, -0.03458737, -0.037733827) * inp_3_0_1; + result2 += M4(-0.06772473, 0.002851483, -0.02702811, 0.4627054, 0.035274934, 0.109035805, 0.34211168, 0.17485684, 0.032376494, 0.03904631, -0.005110629, -0.097648576, 0.08375805, 0.01947277, 0.06281295, -0.04415618) * inp_3_1_1; + result2 += M4(-0.12755804, -0.021719642, -0.0536458, 0.002944098, -0.05757711, -0.08049594, 0.038666703, 0.06651493, -0.02840394, 0.072007425, 0.06560716, 0.03788276, 0.06644833, 0.055841863, -0.028713593, 0.016308472) * inp_3_2_1; + result2 += M4(-0.17176302, 0.07364913, -0.03356221, 0.14571264, -0.020846384, -0.048687752, -0.054971583, -0.043598082, 0.040896054, 0.02241982, 0.015945142, -0.077173874, 0.119871624, 0.060108412, 0.017309517, 0.006981804) * inp_3_0_2; + result2 += M4(-0.09758634, -0.029076004, 0.0890852, 0.060474917, 0.12633894, -0.033396948, -0.024041882, -0.0060905037, 0.025435926, 0.013359907, -0.00023620269, 0.00744141, -0.10661568, -0.07602517, -0.10066449, -0.009743779) * inp_3_1_2; + result2 += M4(-0.1294338, -0.007561179, -0.22532, 0.0042642727, 0.020862538, 0.0068704053, 0.04875048, 0.011978193, 0.020573478, 0.028029349, -0.033522267, 0.063017346, -0.05232963, 0.039960828, 0.083793595, -0.021264963) * inp_3_2_2; + result3 += M4(0.1555081, -0.03724454, -0.083808094, 0.111123376, -0.09500522, 0.045674328, -0.21993357, 0.033019986, 0.019868055, 0.03749911, 0.007533484, -0.03673407, -0.55468816, -0.5771132, -0.43972653, 0.26768875) * inp_3_0_0; + result3 += M4(0.0879189, -0.020198712, 0.08439903, 0.108596556, 0.070379786, -0.010553367, 0.014719776, -0.077312455, 0.08991858, -0.056058474, 0.028315438, -0.041584603, 0.25654116, 0.080755584, -0.11262604, 0.1020525) * inp_3_1_0; + result3 += M4(0.06888355, -0.0535523, -0.10034253, -0.039436273, -0.06985231, 0.0051379967, -0.029141285, -0.0562646, 0.067592904, 0.0029614535, 0.008860364, -0.02082596, -0.1344299, -0.028012034, -0.06523094, -0.091600284) * inp_3_2_0; + result3 += M4(-0.01719606, 0.026340505, 0.12280919, 0.10676227, -0.006416556, -0.036854077, -0.11051513, 0.17424403, 0.11886585, -0.046527226, 0.013657661, -0.053723544, -0.034496423, 0.18901262, -0.29559115, 0.2709022) * inp_3_0_1; + result3 += M4(0.28292638, 0.096855275, -0.08531709, -0.20435618, 0.10923481, 0.05283494, 0.1824189, -0.11217704, -0.04538161, -0.021881856, 0.09900563, 0.14495343, 0.033594746, 0.35605243, 0.31956923, -0.3262553) * inp_3_1_1; + result3 += M4(0.034743957, -0.056341235, 0.1209838, 0.06772071, 0.097947545, 0.021129949, 0.03918012, 0.0075649116, -0.07631773, 0.00071916287, 0.06511134, 0.0109486375, 0.047653943, 0.09503581, -0.06288393, 0.102238424) * inp_3_2_1; + result3 += M4(-0.019787202, 0.04247501, 0.12611373, -0.039756313, -0.13031532, 0.0074847294, -0.09632768, 0.056945175, 0.011510852, -0.014236425, 0.0121115, -0.047466192, 0.0026160968, 0.015195236, 0.08688487, -0.13048987) * inp_3_0_2; + result3 += M4(0.011922017, -0.040727507, 0.118848994, 0.00953689, -0.165974, 0.004633829, -0.04331895, -0.073480025, 0.028550532, 0.044204075, -0.066303216, 0.06444076, -0.09267407, 0.0626365, -0.20238824, 0.16333474) * inp_3_1_2; + result3 += M4(-0.01857171, -0.008621009, -0.054400507, -0.14170729, -0.005015932, -0.04881697, -0.030246232, -0.008143024, -0.01884586, -0.026514944, 0.003788601, -0.060649563, 0.09565807, -0.028913192, 0.097076714, -0.019540707) * inp_3_2_2; + result4 += M4(-0.18114932, 0.02140818, 0.016176756, 0.05789516, 0.31094024, 0.11641281, 0.25946087, -0.21094716, 0.04780183, -0.03082455, 0.0066994634, 0.046175454, 0.007811417, 0.19963393, 0.95683265, 2.3154407) * inp_3_0_0; + result4 += M4(0.022482906, -0.10557376, -0.13497931, -0.12813355, -0.22937997, 0.12935153, -0.04298075, -0.075419456, -0.040094003, 0.14808881, 0.040795475, -0.010447166, 0.008752226, -0.08149401, 0.009286475, 0.095943965) * inp_3_1_0; + result4 += M4(0.09761956, 0.15695432, 0.12567873, 0.17347771, -0.19428809, 0.012556569, 0.12693614, -0.08456924, -0.015522652, 0.005452989, 0.05560473, 0.016288346, -0.036735322, 0.104225494, -0.020187149, 0.14822799) * inp_3_2_0; + result4 += M4(0.027398039, -0.08474282, 0.042534925, -0.019844316, 0.027953062, 0.02630413, 0.061584856, -0.03941869, -0.116407104, -0.040396158, 0.009337222, 0.04567556, 0.11280234, -0.04451639, 0.17864928, 0.18086901) * inp_3_0_1; + result4 += M4(-0.0811594, 0.085324734, -0.25412893, -0.19661549, 0.26668623, 0.06688183, -0.47062737, 0.09065609, 0.20505854, -0.10294042, -0.010707813, -0.065027006, 0.004826583, -0.1321636, -0.3098811, -0.15271185) * inp_3_1_1; + result4 += M4(0.09264006, -0.032731194, 0.09240036, 0.098611996, 0.12010023, -0.11862617, -0.02837475, 0.056740597, 0.012724459, -0.05363478, 0.10584621, 0.015040541, -0.05907198, 0.11391599, 0.19143502, -0.0027243383) * inp_3_2_1; + result4 += M4(-0.051688515, -0.09113618, 0.0044878987, -0.03418274, 0.027030036, -0.018979566, 0.114926, -0.0074516498, -0.0038681186, 0.01432103, -0.06287076, 0.0051641213, 0.03317922, -0.05618104, -0.22950897, 0.10702738) * inp_3_0_2; + result4 += M4(0.099349804, -0.1078796, -0.15446414, -0.14759573, 0.056190792, -0.0043055234, 0.104098715, 0.07413917, 0.087387614, 0.12376164, 0.046574812, 0.07932033, -0.04121102, 0.23887165, 0.32481006, 0.046419457) * inp_3_1_2; + result4 += M4(0.07932458, 0.09117578, 0.0904015, 0.20245345, 0.10085533, -0.021833034, 0.036700178, -0.011505421, 0.049821403, 0.020698125, 0.02338953, -0.04532784, 0.0539348, -0.21502109, -0.13265319, -0.10452221) * inp_3_2_2; + result5 += M4(0.057502948, 0.061667062, 0.016759343, 0.07019181, -0.106142744, 0.38271058, -0.09599142, -0.12504996, -0.049644973, -0.03594548, -0.034835182, 0.05305433, -0.13018999, 1.124966, -1.3024439, 0.42875156) * inp_3_0_0; + result5 += M4(-0.04561249, -0.17226759, 0.12673031, 0.022335723, 0.09045587, 0.44465643, -0.11759979, -0.014856056, -0.011209363, 0.09603372, -0.0787383, -0.022970265, 0.024512213, -0.19467488, -0.08090151, -0.12580127) * inp_3_1_0; + result5 += M4(0.008720371, 0.17581697, -0.03552383, -0.14504492, 0.08120021, 0.16028371, -0.02451649, -0.061432727, -0.009191608, 0.049498986, 0.079434305, 0.08837059, -0.037092987, 0.067979515, -0.06960691, -0.13317259) * inp_3_2_0; + result5 += M4(0.081595644, 0.081433855, 0.010499252, -0.036366597, -0.04942491, 0.5841186, 0.16212952, 0.02753932, 0.020163834, 0.05562324, 0.07950786, 0.066806674, 0.15624711, -0.050528847, 0.058894668, -0.4304952) * inp_3_0_1; + result5 += M4(0.054010607, -0.10567245, -0.007959134, 0.08476525, -0.020621965, 0.8253278, 0.5853185, -0.017596468, -0.0468934, -0.0055799703, 0.08596, 0.051026158, -0.051725596, 0.12566589, -0.4617202, 0.16609883) * inp_3_1_1; + result5 += M4(0.10296848, 0.021544961, 0.016568225, -0.15253365, -0.023999596, 0.21428645, -0.15082721, 0.12700182, 0.005449154, -0.10447164, 0.043784138, -0.084021024, -0.024616443, -0.04020064, 0.36423302, 0.23622979) * inp_3_2_1; + result5 += M4(-0.019628113, 0.10561936, -0.045276668, -0.059872933, -0.06817614, 0.22441876, 0.007887333, 0.015552666, 0.043620065, -0.072342634, -0.04876014, 0.06447673, -0.050164882, 0.053542018, -0.24243161, 0.11103892) * inp_3_0_2; + result5 += M4(-0.010120241, -0.096028104, -0.030988105, 0.0186527, -0.022566989, 0.1167646, 0.06965991, 0.025109788, -0.011098491, 0.06369983, -0.0419245, -0.08365385, 0.0057414896, -0.008070406, 0.50393313, -0.04211062) * inp_3_1_2; + result5 += M4(0.008925139, -0.006516404, -0.19470415, 0.13029473, -0.10724351, 0.114959955, -0.13923648, 0.05700529, 0.0074673067, -0.06513207, -0.06382995, 0.031563938, 0.037139107, -0.043501556, -0.25039876, -0.09979714) * inp_3_2_2; + result6 += M4(0.13183357, -0.0685768, -0.003364797, 0.10596008, -0.2655169, -0.2845787, 0.0051305257, -0.08047208, -0.022705482, -0.03448457, -0.019370059, 0.052688114, -0.73651034, -1.1172142, 0.09569214, 1.147398) * inp_3_0_0; + result6 += M4(-0.18874471, -0.012151557, 0.027356902, 0.088512786, -0.11636543, 0.11325189, 0.11401201, -0.078768514, 0.051422402, -0.038042262, -0.03034242, 0.02788981, 0.037089523, 0.04860719, 0.008045657, 0.09943066) * inp_3_1_0; + result6 += M4(-0.0012201817, 0.12261793, -0.05735522, 0.16233231, -0.034362648, 0.056346737, -0.0071808943, -0.020067843, -0.026238838, -0.03850114, -0.042992923, -0.026584214, 0.01577008, 0.041349415, -0.023376701, -0.011545091) * inp_3_2_0; + result6 += M4(0.0407302, -0.017451532, -0.08599833, 0.2276884, -0.09700851, -0.02604339, -0.016260792, -0.11170316, -0.060572635, -0.116899386, 0.037595097, -0.06492634, -0.11159082, 0.24332798, -0.11609543, -0.093728885) * inp_3_0_1; + result6 += M4(0.008165304, -0.015540151, -0.492284, 0.22752689, -0.12539324, 0.12750767, -0.007828959, 0.12108024, 0.047894582, 0.0081966, 0.108297385, 0.011522855, -0.107434936, -0.2154524, -0.192709, -0.16339536) * inp_3_1_1; + result6 += M4(0.1569919, -0.12034444, -0.035937924, 0.16221236, -0.018787507, 0.035016194, 0.047026344, 0.038144544, 0.05721828, 0.08232297, -0.04861749, -0.031205865, 0.18768746, 0.025578985, -0.10899324, 0.119344324) * inp_3_2_1; + result6 += M4(-0.05233636, 0.035596572, -0.12308809, 0.03233594, -0.0020253353, 0.06268286, 0.006158363, -0.008008608, -0.0253648, 0.020287864, 0.056382015, -0.017452821, 0.10307367, -0.03392304, 0.0138347605, 0.04978332) * inp_3_0_2; + result6 += M4(-0.032000426, -0.079963095, 0.023668919, -0.098663434, 0.12179241, -0.037346005, 0.008348811, 0.07692611, 0.10620806, -0.045953143, -0.050497156, -0.045345847, 0.12713122, 0.15527378, 0.013317257, 0.10662805) * inp_3_1_2; + result6 += M4(0.14502594, -0.103895895, -0.061423052, 0.013106004, 0.03870256, -0.04674004, 0.037784573, 0.024771444, -0.06400123, -0.05290131, -0.032816786, -0.034518547, -0.21931285, -0.09812159, 0.01890469, -0.05288997) * inp_3_2_2; + result7 += M4(0.07233312, -0.046582248, 0.2784537, -0.06462938, 0.036965515, 0.060767014, -0.3364919, -0.08271949, -0.008522387, 0.01818559, -0.075079195, -0.033775598, -2.2845144, 0.7554768, 1.063004, 0.5793396) * inp_3_0_0; + result7 += M4(-0.1663902, -0.061462242, 0.1963004, -0.032433696, 0.05668043, 0.007871934, 0.0050503057, 0.059519272, 0.054455597, -0.019779637, -0.04539206, 0.07735627, -0.116058804, 0.21242124, 0.010074689, 0.090101354) * inp_3_1_0; + result7 += M4(-0.102266766, -0.14984554, 0.24127428, 0.0014910589, -0.05628581, -0.019510163, 0.11317453, 0.028666187, 0.035553005, 0.0046505593, 0.0056852247, -0.029953867, 0.09505077, 0.029150032, 0.059348762, -0.08360827) * inp_3_2_0; + result7 += M4(-0.0384542, -0.034784086, 0.20640644, 0.06396207, 0.19178003, -0.012204543, 0.009071525, -0.23519501, 0.1437744, -0.0005086697, 0.02712074, 0.03989527, 0.17912261, 0.096137345, 0.047170248, 0.04497029) * inp_3_0_1; + result7 += M4(0.19027263, -0.29822338, 0.8178429, -0.19726944, -0.1483865, -0.15237442, -0.6372174, -0.17307808, -0.0020504203, 0.1607978, -0.019121233, -0.041901182, 0.13929054, 0.21972741, 0.07070371, -0.14865905) * inp_3_1_1; + result7 += M4(-0.10169179, -0.033009373, 0.14187475, 0.018824438, -0.014420235, -0.038725648, 0.041112997, 0.091742694, -0.02598256, -0.020774372, 0.011639721, 0.097475685, -0.2068942, -0.019979918, -0.041526254, 0.11178287) * inp_3_2_1; + result7 += M4(-0.0032222753, -0.020519845, 0.12049059, 0.0012252103, 0.014761344, 7.745201e-05, -0.0068900324, 0.14855804, -0.076656364, 0.04295163, -0.023564175, -0.039016467, -0.12474921, 0.029710816, 0.016535856, -0.068068996) * inp_3_0_2; + result7 += M4(0.004348131, -0.022431096, 0.0666243, -0.07138664, -0.032642957, -0.004479147, 0.0039330292, -0.12329353, -0.031076761, -0.04902474, -0.012809761, 0.07962872, 0.031903848, 0.06315789, -0.00830329, 0.031762466) * inp_3_1_2; + result7 += M4(0.029925706, -0.014971277, 0.11419478, 0.089479305, -0.046310183, -0.016204754, 0.04155515, -0.05087867, -0.020297104, -0.025846753, -0.005391528, -0.021830704, 0.10947169, -0.012422593, -0.025585085, 0.0033176525) * inp_3_2_2; + const V4 inp_4_0_0 = inp[4][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_4_1_0 = inp[4][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_4_2_0 = inp[4][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_4_0_1 = inp[4][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_4_1_1 = inp[4][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_4_2_1 = inp[4][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_4_0_2 = inp[4][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_4_1_2 = inp[4][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_4_2_2 = inp[4][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.040254124, 0.023784833, 0.016969068, 0.06669444, 0.10167307, 0.07268246, -0.065858126, 0.04780328, 0.21444958, 0.008188026, -0.37636676, -0.07614952, 0.08462594, 0.071015805, 0.064497784, -0.077906236) * inp_4_0_0; + result0 += M4(0.065531984, 0.14337476, -0.12027812, -0.00444513, -0.011623902, -0.023195753, 0.036224697, -0.077126175, 0.24384212, -0.11727269, -0.016289476, 0.02916831, -0.107921265, -0.0669281, 0.093781605, -0.062601455) * inp_4_1_0; + result0 += M4(0.07672706, -0.13123105, -0.036716808, 0.029415945, 0.014386412, 0.017434973, -0.033882633, 0.09211911, -0.075761616, 0.113707185, -0.0870637, -0.11365591, 0.030938618, 0.05503954, 0.18336627, -0.01053756) * inp_4_2_0; + result0 += M4(-0.059879273, -0.06497769, 0.097304806, 0.031407285, 0.08192102, -0.07759363, -0.17978302, 0.055841055, 0.14720967, -0.15387613, -0.20784663, 0.1310452, 0.11918311, 0.019587727, -0.14397198, 0.047314066) * inp_4_0_1; + result0 += M4(0.072081834, 0.02874765, 0.15299614, -0.10652579, 0.11671089, 0.19809419, -0.020578058, 0.1970861, 0.141228, -0.1301701, -0.24728371, -0.020862784, -0.053485673, -0.24631651, -0.011359131, 0.060595945) * inp_4_1_1; + result0 += M4(-0.027404897, -0.0050776633, -0.061909687, -0.009668925, -0.07316057, 0.09342875, 0.13309799, 0.033108972, -0.11369283, 0.058712542, 0.06881387, -0.004706108, -0.08327273, 0.033919197, 0.0736478, 0.06002427) * inp_4_2_1; + result0 += M4(-0.026296785, -0.015915154, 0.034939528, -0.011709156, 0.0079590995, -0.04153017, -0.07370495, 0.07317423, -0.1111204, -0.058003746, 0.040929377, 0.035913758, -0.019783784, 0.057501335, 0.0789353, -0.078544766) * inp_4_0_2; + result0 += M4(0.016062208, 0.044562172, 0.09162558, 0.013052973, 0.14236775, -0.04207627, 0.07501087, 0.078348465, -0.007054615, 0.13201872, 0.09181997, 0.003803693, 0.0005581723, 0.04514005, -0.22244525, -0.012113264) * inp_4_1_2; + result0 += M4(0.0139282225, 0.0024784468, -0.016542312, 0.00057138613, 0.016903913, -0.034509897, -0.014836745, 0.07536861, -0.16109914, 0.11503454, 0.14188123, -0.040595885, -0.0005724403, 0.05844858, -0.10581434, 0.06386525) * inp_4_2_2; + result1 += M4(0.056380324, -0.014097999, 0.048571397, -0.07120334, 0.02255106, -0.10521682, -0.1785841, 0.07687957, -0.26800177, -0.26358414, -0.2330984, 0.23577537, -0.31038895, 0.10396646, -0.061946068, -0.052372392) * inp_4_0_0; + result1 += M4(-0.009649826, -0.0827058, -0.057233457, -0.08100835, -0.08596979, -0.114758216, 0.061034787, 0.06265703, 0.14481278, -0.22437643, 0.008767626, 0.17491634, -0.037204728, 0.11757873, 0.11193847, 0.037508) * inp_4_1_0; + result1 += M4(-0.013829306, 0.015193981, -0.0698706, -0.0031210757, 0.03382672, 0.14626767, -0.03642308, 0.21278192, 0.24759321, 0.0058563733, 0.10873221, -0.040442366, -0.120922066, 0.013237577, 0.021536343, -0.018291734) * inp_4_2_0; + result1 += M4(-0.001584705, 0.017861264, 0.077201724, 0.02429901, -0.07885612, -0.08545737, -0.04387412, 0.07849732, -0.2472524, -0.16671489, -0.07699655, -0.068864346, 0.28467104, 0.04793587, 0.06700799, -0.03690919) * inp_4_0_1; + result1 += M4(-0.016972855, -0.027317395, 0.08937238, -0.08193722, -0.21248464, -0.03267037, -0.031292073, -0.1795831, -0.08036117, 0.0033038876, -0.21893688, -0.061557226, 0.18104647, 0.009221641, -0.17897351, -0.12037378) * inp_4_1_1; + result1 += M4(-0.08828859, -0.077611454, 0.14840798, -0.042631716, 0.22965327, -0.15689658, 0.03505325, 0.1594837, 0.061658513, -0.06473623, -0.00044867903, 0.009177837, 0.052174944, -0.07058418, 0.0009045427, 0.038987167) * inp_4_2_1; + result1 += M4(0.06816083, 0.010074652, -0.007010727, 0.08498377, -0.022468526, -0.037031803, 0.025970647, 0.087351106, 0.05918878, -0.052506417, 0.06836136, 0.011866433, -0.025732849, 0.14411545, 0.02688138, 0.044894334) * inp_4_0_2; + result1 += M4(0.14771608, -0.07294277, -0.04770057, 0.07690571, -0.0028288786, -0.041936386, -0.011457716, -0.09285959, 0.14629431, 0.122282304, -0.13238996, -0.059781138, -0.020371092, 0.07049048, 0.079961024, -0.05905107) * inp_4_1_2; + result1 += M4(0.012214621, 0.041557748, -0.027715644, 0.07767134, 0.014521211, -0.04077136, 0.041689586, -0.023560915, 0.08131704, -0.027351148, -0.12832664, 0.10837947, 0.06500553, -0.13725108, 0.069873825, 0.021006638) * inp_4_2_2; + result2 += M4(-0.016417256, -0.054461617, 0.13332182, -0.0830487, -0.07646377, -0.054517608, 0.14341286, -0.03387982, 6.961904e-05, 0.0828152, 0.12991548, -0.13555405, -0.056260675, 0.098154396, -0.12730925, -0.080292545) * inp_4_0_0; + result2 += M4(-0.05149783, 0.03463677, -0.053025514, -0.018780118, -0.29047903, 0.068862304, 0.027584314, 0.046060648, 0.23800845, 0.18213424, -0.020995546, 0.28319013, -0.03708082, -0.07812496, 0.21831456, -0.16609986) * inp_4_1_0; + result2 += M4(-0.012538801, 0.12186098, -0.02847482, -0.0027085869, -0.09639111, 0.048150957, -0.083314784, 0.006533883, 0.111615844, 0.010944576, 0.089984044, -0.0954402, -0.0037098385, -0.044876114, 0.009311254, -0.038764834) * inp_4_2_0; + result2 += M4(-0.13063143, -0.031683408, 0.104365185, -0.06675567, -0.053277943, -0.10100952, 0.15071975, 0.0011126195, -0.06907863, -0.08334479, 0.31569028, 0.06571393, 0.060176264, 0.1742087, -0.100910276, 0.03049939) * inp_4_0_1; + result2 += M4(-0.1893854, -0.03995117, -0.042437945, -0.248877, 0.089425266, 0.190167, -0.06470772, 0.13507998, -0.17300014, -0.14408088, -0.1814986, -0.3994995, 0.22721918, 0.25103697, 0.06335937, 0.36730596) * inp_4_1_1; + result2 += M4(-0.1423151, 0.035068993, 0.05811014, -0.12471467, -0.09236915, 0.106061116, 0.044420123, -0.0062890104, -0.044488434, -0.049489286, -0.068022326, 0.0080442345, 0.07412932, -0.09116495, 0.05072049, 0.1380264) * inp_4_2_1; + result2 += M4(-0.08094104, -0.02558297, 0.029419282, 0.02211813, -0.05548028, -0.03104562, 0.046309333, 0.07639432, -0.0067626317, -0.0058812485, 0.039054487, -0.023086097, 0.018449124, 0.018371595, -0.08233855, 0.06776545) * inp_4_0_2; + result2 += M4(-0.12933193, 0.08165892, 0.12952228, 0.009017148, -0.0702291, 0.037656046, 0.056239862, -0.01595208, 0.072816886, -0.036972765, 0.037874095, 0.053464934, 0.059997946, -0.075837925, -0.10976563, 0.046708155) * inp_4_1_2; + result2 += M4(-0.096606866, 0.0049507115, -0.06356404, -0.041436788, -0.08936857, -0.013143858, -0.029884776, 0.059120923, -0.04126984, 0.069472365, 0.0018569627, -0.13340972, 0.041536234, 0.023160797, -0.009154675, 0.02276351) * inp_4_2_2; + result3 += M4(-0.046569087, -0.037572913, 0.040114965, 0.04023332, -0.22488907, 0.030811662, -0.04991544, 0.08694762, 0.19545127, 0.15012771, 0.090112105, 0.09842437, 0.047185127, 0.06985886, 0.06855831, -0.00024043526) * inp_4_0_0; + result3 += M4(0.02661323, -0.0051871394, -0.03923625, -0.12224592, -0.07059724, -0.15135266, -0.08348933, -0.215152, -0.10680237, -0.17321731, 0.11948585, 0.10413774, 0.09362243, 0.015958473, 0.051215254, -0.115710996) * inp_4_1_0; + result3 += M4(0.099804565, -0.031136183, -0.030753588, 0.041192986, -0.21599917, 0.009704519, -0.019216605, -0.048237585, 0.06019497, -0.0332217, -0.22877885, -0.077917784, -0.15717766, 0.026479824, 0.13542108, -0.0548648) * inp_4_2_0; + result3 += M4(0.08888008, 0.03954044, 0.08907399, 0.03885218, -0.24962376, -0.049849823, -0.20030631, 0.22282915, -0.15589108, -0.14870428, -0.105751395, 8.2473925e-05, 0.06426606, 0.006069696, -0.04100779, 0.16185671) * inp_4_0_1; + result3 += M4(-0.03390535, 0.022124652, -0.1647943, -0.054672956, -0.35023, 0.057229776, -0.0230345, -0.48731413, 0.043159362, 0.09309281, 0.0833395, 0.0729439, 0.117533214, -0.11978879, -0.081536785, 0.0395116) * inp_4_1_1; + result3 += M4(-0.01522393, -0.055599768, -0.040624555, -0.0574044, -0.09277572, -0.033566214, 0.058392275, 0.10123689, 0.087351374, 0.0692019, -0.037968222, 0.10588013, 0.07073144, -0.0117773535, 0.010938989, 0.08280045) * inp_4_2_1; + result3 += M4(-0.043670308, 0.0023391445, 0.07342367, 0.012054279, -0.12345156, 0.044143975, 0.07273415, -0.014272413, -0.03295963, 0.029572686, 0.04442286, -0.07135756, 0.04097037, 0.043416295, -0.10699765, 0.0903346) * inp_4_0_2; + result3 += M4(0.037999824, -0.010960676, 0.064092875, 0.021929376, -0.07243741, -0.008380336, -0.12068307, -0.035604183, -0.037169106, 0.055681407, -0.042911265, 0.08133999, 0.042571917, -0.00044882196, -0.024063893, 0.093770884) * inp_4_1_2; + result3 += M4(-0.03408759, 0.030898253, 0.009265578, 0.029569872, -0.11081649, 0.044681963, -0.013290576, -0.07831191, 0.12133847, -0.03399961, 0.066253714, 0.03040812, 0.06263168, -0.01846427, -0.0024431127, 0.05073106) * inp_4_2_2; + result4 += M4(-0.050964892, -0.0063690776, -0.0087824995, 0.08168006, 0.05169279, -0.027573042, -0.06591573, -0.1064297, 0.40523428, 0.05384965, -0.38498634, -0.53910744, 0.16302128, -0.08516283, -0.050172657, -0.01885089) * inp_4_0_0; + result4 += M4(0.07141645, 0.020458274, -0.082033426, -0.080226235, 0.25762627, 0.13549428, -0.050243635, -0.16507979, -0.34844458, 0.094990686, -0.0069557675, -0.043390222, 0.06248015, -0.19814742, -0.02933099, 0.057173267) * inp_4_1_0; + result4 += M4(0.034913354, -0.074864, -0.007230885, 0.061088365, -0.09103237, 0.099735826, -0.0033827743, -0.11815412, -0.103790835, -0.092190355, 0.05633921, 0.015630541, -0.043054793, -0.13092637, -0.010361383, -0.20548466) * inp_4_2_0; + result4 += M4(-0.06581607, 0.014016728, 0.15540999, 0.007427462, 0.15189081, -0.08360716, 0.038675684, -0.19303715, 0.45133808, -0.10893691, -0.20862585, -0.06778942, -0.09668482, -0.060952112, -0.04454259, 0.051577467) * inp_4_0_1; + result4 += M4(-0.009876462, -0.060736664, -0.11327267, 0.14533466, 0.03249, 0.09558259, -0.091297, 0.009654489, -0.32489312, 0.289976, 0.37581176, -0.1458279, -0.008925836, -0.014438416, 0.3333878, 0.0562778) * inp_4_1_1; + result4 += M4(-0.008701809, 0.059735037, 0.01050907, 0.08863172, -0.06171705, -0.08944047, -0.020317025, -0.02864578, 0.09044898, -0.18081737, 0.04534782, -0.05610484, -0.017006055, 0.02615483, -0.032696374, -0.07421204) * inp_4_2_1; + result4 += M4(0.011054926, 0.08320686, 0.07633896, -0.005137874, -0.083826765, 0.045450486, 0.04663647, 0.11206987, -0.009435335, 0.0448625, 0.021221919, 0.30104306, -0.0714608, 0.12832212, -0.13814387, 0.014349162) * inp_4_0_2; + result4 += M4(-0.012469525, 0.08862264, -0.029788077, -0.04284809, 0.038979873, 0.06264196, 0.04764523, -0.08872399, -0.058976427, 0.11027174, 0.11862548, 0.011269148, -0.049080648, -0.067356735, -0.027819974, -0.070202574) * inp_4_1_2; + result4 += M4(-0.014746877, -0.01803976, -0.04730612, 0.016129607, 0.019371342, 0.045644555, 0.047654536, 0.08038766, -0.13981853, -0.29884756, -0.046391927, -0.05194912, -0.26105058, 0.06291727, -0.07431729, -0.11981642) * inp_4_2_2; + result5 += M4(0.032250796, -0.006136215, 0.0071300603, -0.01468875, -0.061703444, -0.068305396, 0.017626345, 0.1022067, -0.04355076, -0.24671909, 0.047739998, 0.23351733, -0.22185671, -0.11264243, 0.11192195, -0.024310715) * inp_4_0_0; + result5 += M4(0.118891105, -0.103900015, -0.019823797, 0.053338822, -0.07843818, 0.1693801, 0.07466978, 0.12700436, 0.12208045, -0.29558787, 0.11044142, 0.109554164, -0.049587514, -0.16902561, 0.14328432, 0.056532238) * inp_4_1_0; + result5 += M4(0.011623804, 0.17211536, -0.04219695, -0.05897373, -0.076629765, -0.020362107, -0.07631434, -0.28538394, 0.0033976177, -0.068981126, 0.22173731, 0.28569517, 0.043858327, -0.053102672, 0.013904859, -0.06938083) * inp_4_2_0; + result5 += M4(-0.074095815, -0.02781768, 0.015512248, 0.00013527388, 0.026245926, 0.06330022, -0.0013558666, 0.06941879, 0.046700757, -0.18201411, -0.049468316, 0.14159635, 0.077171825, 0.030884406, -0.16131774, 0.16664876) * inp_4_0_1; + result5 += M4(-0.02153901, -0.0788423, -0.0088931965, -0.010960566, -0.025125807, 0.072461754, 0.09803667, -0.031877972, -0.052463364, -0.14583865, -0.058291618, 0.061922275, -0.11568664, -0.27605262, -0.34012812, 0.15242305) * inp_4_1_1; + result5 += M4(0.037484467, 0.23888843, -0.16812752, 0.07055779, 0.10309636, 0.0051912637, 0.0779793, -0.2511514, -0.031667314, -0.33499163, -0.102766894, 0.118041776, -0.03721888, -0.094319336, -0.045052636, 0.09336235) * inp_4_2_1; + result5 += M4(0.010764323, 0.05378665, 0.057596494, 0.009610775, 0.036740568, 0.067193605, 0.022911252, 0.043731026, -0.030127859, -0.0049977936, 0.0070923106, 0.024089418, 0.03145476, -0.16820632, 0.048066378, -0.037091974) * inp_4_0_2; + result5 += M4(0.051468357, 0.036376934, 0.12916705, -0.030121034, -0.036983605, -0.020564575, 0.04654972, -0.12568536, 0.12536864, -0.14805642, 0.18087967, 0.021888146, 0.012633722, -0.11187144, -0.013384568, -0.020758668) * inp_4_1_2; + result5 += M4(-0.00792868, -0.016597643, -0.013848122, -0.034259252, -0.017335681, 0.052992567, -0.0307149, 0.0083477665, 0.00092679006, -0.0057602488, 0.018168533, -0.17287752, -0.03981724, -0.038467154, 0.21104631, -0.1606008) * inp_4_2_2; + result6 += M4(-0.009131005, 0.014733754, -0.00081833376, 0.12511231, 0.0029927364, 0.11442367, -0.020121034, -0.013345183, 0.06092362, -0.037546024, -0.0381215, -0.10909266, -0.19103934, 0.12197996, -0.020795433, -0.08174677) * inp_4_0_0; + result6 += M4(0.004873129, 0.023221698, -0.0075842296, 0.08183805, -0.12940039, -0.11669385, -0.014931873, 0.28318465, -0.3532139, -0.07960185, -0.18364964, -0.033198744, 0.037171524, -0.009985573, -0.016391862, -0.080576636) * inp_4_1_0; + result6 += M4(0.022729274, -0.06378711, -0.087427616, 0.083616465, -0.04179661, 0.08040135, 0.005251388, 0.20018259, -0.07717142, 0.044052772, -0.0049221306, -0.09187589, -0.019494846, -0.048276424, 0.05306421, -0.009243385) * inp_4_2_0; + result6 += M4(-0.0056404485, -0.06900967, -0.030558696, 0.12786116, -0.01205978, 0.0010949586, 0.012845277, 0.25668174, -0.19131935, 0.20358385, 0.16306546, 0.25489923, 0.19067988, 0.01745041, -0.0631158, 0.022203408) * inp_4_0_1; + result6 += M4(0.14979564, -0.011132069, -0.14238566, 0.09115176, -0.023083497, -0.039652742, -0.24065877, 0.23451285, 0.020805638, -0.11751017, 0.03316455, -0.026526887, 0.020918002, 0.15013443, 0.045363884, -0.16161148) * inp_4_1_1; + result6 += M4(-0.010881028, -0.03167117, -0.042343885, 0.10072146, -0.15371601, 0.06876375, -0.123833925, 0.42735744, 0.087796554, 0.083633624, 0.05126713, -0.024334084, -0.072717465, 0.06827911, 0.04292081, 0.0063673365) * inp_4_2_1; + result6 += M4(-0.028490946, 0.05002069, -0.02204618, -0.044640772, -0.090053454, -0.049262587, -0.027209666, -0.063275926, -0.07621954, -0.109855615, -0.027028222, -0.1003809, 0.12692624, -0.07292208, -0.04753664, 0.059769783) * inp_4_0_2; + result6 += M4(-0.029767223, 0.08878309, 0.010713954, 0.04707242, 0.014943109, -0.029353192, -0.007129989, 0.1531851, -0.10317129, 0.049915142, 0.008560243, 0.09828438, -0.09224863, -0.024969222, -0.02663715, 0.04368934) * inp_4_1_2; + result6 += M4(0.020361172, -0.023847729, -0.027179327, -0.02753865, -0.0008414369, 0.0088028135, -0.041825175, -0.004697352, -0.07111818, 0.088140875, 0.016414322, 0.033908457, -0.07452986, 0.05907254, -0.013709542, 0.11067007) * inp_4_2_2; + result7 += M4(0.021681812, -0.030750737, 0.18476585, -0.003749813, 0.16888434, -0.058308363, -0.12307798, -0.14237708, 0.06910917, -0.13363609, -0.14190136, 0.4041437, -0.011541818, 0.021994412, -0.12350986, 0.056265596) * inp_4_0_0; + result7 += M4(-0.050269615, 0.00928146, 0.055963118, -0.062200494, -0.14255945, 0.008646936, 0.20283648, 0.119645126, -0.34805486, -0.14542794, 0.32493705, 0.44575825, 0.20927483, 0.07676889, -0.14827348, 0.09446498) * inp_4_1_0; + result7 += M4(0.04829281, -0.06975755, -0.0023850626, -0.02197501, 0.19673394, -0.014057803, 0.05769273, -0.05252644, -0.061207402, 0.06361852, -0.015541932, 0.13022926, 0.026130637, 0.041627593, -0.05050232, 0.032164518) * inp_4_2_0; + result7 += M4(-0.04244844, -0.029559886, 0.06135859, -0.006189883, 0.17864427, 0.069785506, 0.04571249, 0.059397392, -0.046227474, 0.1619696, 0.14253883, -0.029189803, 0.16609927, -0.030937657, -0.10636132, 0.17948565) * inp_4_0_1; + result7 += M4(-0.08251767, 0.07784834, 0.7014627, 0.11873651, 0.26067674, -0.020620268, 0.20609449, -0.18274817, 0.07013485, 0.17402351, 0.14962889, 0.19402057, 0.025927592, -0.2183671, -0.774127, -0.056905355) * inp_4_1_1; + result7 += M4(0.030634975, -0.021602899, 0.014386199, -0.0283986, 0.06459738, -0.032282196, -0.05953874, 0.014938481, -0.050415907, 0.02149553, 0.061751716, 0.029151276, -0.053461093, -0.016440889, -0.045815196, -0.021589514) * inp_4_2_1; + result7 += M4(-0.018579643, -0.013928521, 0.04059711, 0.018799204, 0.026039107, 0.015434944, 0.010800067, -0.06149939, -0.11396021, -0.0074720164, 0.051474486, -0.13716117, -0.047331557, -0.029034512, 0.0021339841, 0.004881613) * inp_4_0_2; + result7 += M4(0.023478985, 0.0017652238, 0.034198742, -0.11484811, 0.049793184, 0.011865047, -0.0037888451, -0.03928599, 0.0914984, 0.059655692, 0.004710378, -0.104674965, 0.018416632, 0.0063515217, -0.011539775, 0.083738476) * inp_4_1_2; + result7 += M4(0.05613091, 0.032254424, 0.039090075, 0.05022915, 0.034277514, -0.010730927, -0.013694739, 0.00819198, 0.039632495, -0.022745872, -0.058205273, 0.054558367, -0.00096786895, -0.033464693, -0.15401304, -0.00928237) * inp_4_2_2; + const V4 inp_5_0_0 = inp[5][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_5_1_0 = inp[5][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_5_2_0 = inp[5][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_5_0_1 = inp[5][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_5_1_1 = inp[5][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_5_2_1 = inp[5][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_5_0_2 = inp[5][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_5_1_2 = inp[5][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_5_2_2 = inp[5][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.08619677, 0.036900286, -0.116892405, 0.011974556, -0.082553364, 0.0005136975, -0.14039314, -0.11124557, 0.1017296, -0.0636615, 0.014600075, -0.098225586, -0.030448291, 0.027048595, 0.020503549, 0.10419736) * inp_5_0_0; + result0 += M4(-0.030211892, 0.005009583, -0.045740638, -0.0006228763, 0.032177363, -0.12431716, 0.1738094, 0.024685275, -0.068154715, 0.06498621, 0.009302527, 0.0068388344, 0.15763418, 0.018065883, -0.058523767, -0.030205872) * inp_5_1_0; + result0 += M4(0.13053875, 0.009920054, 0.06594053, -0.051577058, 0.041818477, -0.13544585, 0.04696698, 0.11088571, 0.008169006, -0.04149569, 0.096615806, 0.03728143, 0.04920373, -0.06610618, -0.08590689, 0.05377632) * inp_5_2_0; + result0 += M4(-0.034899484, -0.011562722, 0.034938134, 0.026265865, 0.09401387, -0.03699825, 0.15448712, -0.03410872, -0.0132615175, 0.0033167922, 0.021548234, -0.00710526, 0.0367564, 0.045955956, -0.11686238, 0.10612351) * inp_5_0_1; + result0 += M4(0.04787384, -0.049759652, -0.015672436, 0.01973098, 0.0009279048, 0.42768317, 0.47786838, 0.09878302, -0.006752275, -0.080970764, -0.1666149, 0.2091795, -0.032831315, -0.03630806, 0.17104104, -0.024154225) * inp_5_1_1; + result0 += M4(0.011805295, -0.05554486, 0.12038188, -0.15036483, 0.021195373, -0.025833873, 0.042569134, -0.02776842, 0.049497373, -0.122140035, -0.06910942, 0.053280406, 0.17084503, 0.0596893, 0.09137874, -0.060728308) * inp_5_2_1; + result0 += M4(-0.015280425, -0.07970221, -0.029302109, -0.00028694372, 0.07132711, 0.0033078126, -0.036094483, 0.027236689, -0.059174497, 0.057640098, 0.028451597, -0.08493248, 0.008739508, -0.06070656, 0.047622174, 0.12447161) * inp_5_0_2; + result0 += M4(-0.086618714, -0.065428205, 0.030763993, 0.048813242, -0.10350522, 0.03602564, -0.09272924, -0.08326141, -0.069374815, 0.038386133, 0.037556503, 0.0037637376, 0.22889163, -0.13463624, 0.029668197, -0.08118802) * inp_5_1_2; + result0 += M4(0.06832685, -0.036657475, 0.07739637, -0.04537427, 0.06613512, -0.07181327, 0.047433443, -0.13230465, 0.046102177, 0.008591806, -0.022872534, 0.013261598, 0.09463203, -0.09336329, -0.00518846, -0.04279869) * inp_5_2_2; + result1 += M4(0.05135006, 0.025457768, -0.03129044, 0.0020666912, -0.10564868, -0.12581445, -0.110445455, 0.15043573, -0.1462252, -0.08105915, 0.14857708, 0.02736926, 0.08703647, -0.063583605, -0.092477955, 0.04287587) * inp_5_0_0; + result1 += M4(0.03673766, 0.07331911, -0.08510954, -0.001231457, 0.04897351, 0.097367704, -0.08141365, 0.00096712564, -0.0049493443, -0.121343024, -0.13588259, 0.02030536, 0.05659328, -0.1299175, -0.13322386, 0.0472295) * inp_5_1_0; + result1 += M4(0.25919482, -0.06164661, -0.01407821, 0.010762975, -0.042549647, -0.0061904797, -0.27493402, 0.0070570423, -0.037698176, 0.005513425, -0.11604465, 0.042653922, 0.08904143, -0.03969584, -0.16537769, 0.11369742) * inp_5_2_0; + result1 += M4(-0.00891578, 0.0034845644, -0.08355478, 0.013851951, 0.04360689, -0.13414562, -0.055357795, -0.012069463, -0.061249644, -0.22317933, 0.08612118, 0.05169604, 0.09022559, 0.028068135, -0.2124163, -0.17308845) * inp_5_0_1; + result1 += M4(-0.020599598, 0.004951441, -0.11632279, -0.0691512, -0.00044424887, 0.20430364, 0.34247226, -0.06716582, -0.110345304, -0.01420282, 0.3538318, -0.14525804, 0.14234526, 0.10409842, 0.0766974, -0.109448306) * inp_5_1_1; + result1 += M4(0.009243657, 0.12677078, -0.06852512, 0.120374426, 0.0753341, 0.037618086, -0.00016632616, 0.017921291, 0.071356595, -0.112582706, 0.00812883, -0.0833917, -0.03411059, -0.11522727, 0.15849163, -0.26892105) * inp_5_2_1; + result1 += M4(0.012049914, -0.055856187, 0.049599905, 0.10830049, -0.040683903, -0.14215946, 0.10483533, 0.0055955295, 0.07001724, 0.113763936, -0.06770016, -0.1177259, 0.05842379, -0.013908719, 0.01254569, 0.20347081) * inp_5_0_2; + result1 += M4(0.057642624, 0.039384652, -0.12233165, -0.05820041, -0.1414254, -0.019116063, 0.12099546, 0.04355352, 0.022849131, 0.059321977, -0.051921044, 0.14979818, 0.21658589, -0.19856817, -0.2660162, -0.04247581) * inp_5_1_2; + result1 += M4(-0.011299239, -0.05326243, -0.1013151, 0.05631885, -0.04029368, 0.040995486, -0.13749479, 0.0021455314, 0.17825736, 0.19415565, 0.1964181, -0.048109397, 0.02867843, 0.015494033, 0.05669802, 0.20109844) * inp_5_2_2; + result2 += M4(-0.030047532, -0.059978407, 0.01420588, -0.090043105, -0.012883665, 0.023169374, 0.0005651511, 0.0386745, 0.09386651, 0.13460395, -0.11574492, 0.08803671, 0.10273649, -0.05321263, 0.099005386, 0.05304952) * inp_5_0_0; + result2 += M4(-0.15405549, -0.032505944, 0.08994283, -0.17971961, -0.0247562, -0.019090218, -0.08942624, 0.13372868, 0.05109986, -0.043970548, 0.08707235, 0.011967677, 0.043884944, -0.06933435, 0.001963502, 0.07665986) * inp_5_1_0; + result2 += M4(-0.06306985, 0.08061473, -0.001718725, -0.08653185, 0.019173281, 0.018367955, -0.15681459, 0.12386136, 0.023186032, -0.07609958, 0.05501072, 0.094118275, 0.060194343, -0.043996047, 0.021270854, 0.10809246) * inp_5_2_0; + result2 += M4(-0.024482662, -0.10631983, 0.004268044, -0.065059274, 0.13093394, 0.002335239, 0.04914575, 0.12729013, 0.15680388, 0.09345998, 0.07123617, 0.02905691, -0.010459302, -0.2559104, 0.1429763, 0.056112856) * inp_5_0_1; + result2 += M4(0.003432408, -0.3699431, 0.10704195, -0.5304259, -0.19219227, 0.17019029, 0.45277864, -0.010221638, -0.008614841, 0.17167573, -0.14349887, 0.71837634, 0.031245168, 0.065272756, -0.0020780729, 0.26817808) * inp_5_1_1; + result2 += M4(0.042282823, -0.03196557, 0.06656363, -0.033248987, 0.06848264, -0.0494077, 0.0005798893, -0.010814694, -0.008647981, -0.024369447, -0.038864832, 0.06686004, -0.037884235, 0.11898186, -0.2924853, 0.24913627) * inp_5_2_1; + result2 += M4(0.04630719, -0.024272243, -0.016746147, -0.08802461, 0.091328524, -0.062480293, -0.020715553, -0.07414549, -0.031161062, 0.07124336, 0.007544982, 0.14347605, 0.054296393, -0.08563085, 0.016239526, 0.05655842) * inp_5_0_2; + result2 += M4(-0.06890359, -0.028243644, -0.00935118, 0.0041620005, -0.08632748, -0.021906171, -0.10208242, -0.09634022, -0.026870364, 0.0017674147, -0.041691516, -0.01288855, -0.03832137, -0.07807739, 0.22896774, 0.15596408) * inp_5_1_2; + result2 += M4(0.0022658138, 0.029420761, -0.09548474, -0.10347767, -0.021742592, -0.03254662, -0.13179669, 0.008116264, 0.045060523, 0.024434991, 0.13914952, 0.052609235, 0.124990135, -0.07908434, 0.08893391, 0.1038348) * inp_5_2_2; + result3 += M4(-0.013022487, -0.05655749, 0.09241707, -0.06681311, 0.033993773, -0.0018267868, -0.05062223, -0.09547787, -0.02890836, 0.039996617, -0.11041391, 0.113548405, -0.09861992, 0.05602147, -0.086761355, -0.028653074) * inp_5_0_0; + result3 += M4(-0.2129928, 0.019406088, 0.13266669, -0.013995146, -0.12171307, 0.05507354, 0.05954758, 0.088955715, 0.107645355, 0.011521309, 0.043459687, -0.078467764, -0.13958776, -0.012516008, -0.16046521, 0.019953115) * inp_5_1_0; + result3 += M4(-0.07010436, 0.019274471, -0.07020737, 0.00026096162, -0.012670181, -0.0189444, 0.1867549, 0.20995474, -0.050733425, -0.0062290323, 0.07894111, -0.028710445, -0.21000817, 0.009464357, -0.030552085, 0.1403396) * inp_5_2_0; + result3 += M4(-0.09396537, -0.01105261, -0.12184349, -0.0004162088, 0.119800255, 0.019810783, 0.17440286, -0.081712335, 0.08554776, 0.006902945, -0.011670557, 0.04037165, -0.22128578, -0.054560017, 0.05911887, -0.18625955) * inp_5_0_1; + result3 += M4(-0.19193503, -0.0217373, -0.007767318, -0.20052655, -0.315011, -0.0170635, 0.14764206, -0.30996975, -0.097641416, 0.0127904685, -0.0038495902, 0.05439913, -0.17097725, 0.077994935, -0.08902109, 0.014534258) * inp_5_1_1; + result3 += M4(-0.051296648, -0.028253313, 0.065184936, -0.056425385, 0.0083700465, 0.0010997957, 0.13598596, -0.16343771, -0.089389406, 0.0061499034, -0.11445137, -0.07582671, -0.47003025, -0.1253498, -0.03412349, -0.12078744) * inp_5_2_1; + result3 += M4(0.019830365, -0.014217189, 0.10557302, -0.0014027354, -0.043215264, -0.0064453892, 0.11188929, -0.055303756, 0.05827603, 0.0076736542, -0.10080767, 0.080206774, -0.24143274, 0.011397971, -0.034095418, -0.055723816) * inp_5_0_2; + result3 += M4(-0.12305643, 0.030867087, -0.066588946, -0.0684208, -0.07684066, -0.006011564, -0.048514873, -0.022975463, 0.046962477, -0.063218206, 0.04615546, 0.016453626, -0.2338124, 0.035106216, 0.10601761, -0.114575386) * inp_5_1_2; + result3 += M4(0.016756019, 0.06401902, -0.040021986, -0.056590453, -0.10231467, -0.011149198, -0.13670088, -0.08691577, -0.11957131, -0.014042816, 0.048864707, 0.050154053, -0.24649796, -0.026487827, 0.021506237, -0.044545732) * inp_5_2_2; + result4 += M4(-0.058258668, 0.011653479, -0.03250637, 0.0928866, 0.15060046, 0.045467336, 0.15287943, -0.22024597, 0.054219525, -0.033904966, 0.0069215507, 0.00017970412, -0.030980606, 0.07395817, 0.04386966, -0.08688773) * inp_5_0_0; + result4 += M4(0.07430633, 0.07437019, -0.02203957, -0.051100615, -0.12894763, -0.06538177, 0.07659497, 0.14042062, -0.16081823, 0.0680576, 0.038981333, -0.05807983, 0.015301596, 0.08266427, -0.23524246, 0.06710496) * inp_5_1_0; + result4 += M4(0.06546034, -0.08460899, -0.010838972, -0.03555585, -0.0062517175, 0.019843254, -0.0011980417, -0.00039139393, -0.048573036, -0.01479708, -0.015174526, -0.03548647, 0.13560979, 0.20247169, -0.14142707, 0.071047105) * inp_5_2_0; + result4 += M4(-0.016476562, -0.00819561, -0.017723704, -0.047305964, -0.12064703, 0.22378218, 0.1630846, 0.09123351, 0.13581872, 0.001173443, 0.11464827, -0.007850379, 0.013134898, -0.0032090058, -0.034668855, 0.020589404) * inp_5_0_1; + result4 += M4(-0.41595262, -0.09709474, 0.06823571, 0.014888401, 0.15959823, 0.07983225, -0.58667624, 0.2550338, 0.1845694, 0.02431382, 0.06499233, -0.118833214, 0.18788978, 0.05590002, 0.113152266, -0.11881982) * inp_5_1_1; + result4 += M4(-0.07761461, -0.058293346, 0.01803313, 0.058438353, 0.13079798, 0.12460156, -0.024445811, -0.026606547, -0.02061763, -0.014837139, -0.023401009, 0.021965954, 0.059381608, -0.024218999, 0.039776426, -0.16864379) * inp_5_2_1; + result4 += M4(-0.017332124, -0.04133359, 0.045941923, 0.13906185, 0.096406415, -0.13622396, 0.21859266, 0.031627238, -0.1303556, -0.044715706, -0.10050429, -0.046631124, -0.09038769, 0.07293431, 0.1153773, 0.10826166) * inp_5_0_2; + result4 += M4(0.15643282, 0.10324319, -0.010635639, -0.09904657, -0.05799351, -0.22726378, -0.10169744, -0.104854524, -0.019357521, -0.108562365, -0.18929788, 0.05305627, -0.131204, -0.056608163, 0.18237141, 0.09693902) * inp_5_1_2; + result4 += M4(-0.03851219, 0.025141092, 0.022767035, 0.048618935, 0.06911714, -0.15745193, -0.009460588, 0.13724358, 0.21318908, 0.10900201, -0.0053719943, -0.116118774, -0.12400516, 0.060818456, 0.16942088, -0.01634364) * inp_5_2_2; + result5 += M4(0.09698608, 0.026600894, -0.06282962, 0.005576882, 0.06611765, 0.32377848, -0.18975173, -0.05466768, -0.060024668, -0.0025439896, 0.003303838, 0.00026120708, 0.01862474, 0.021772774, 0.036497608, -0.00015708529) * inp_5_0_0; + result5 += M4(0.035056256, 0.09978243, -0.10803333, -0.015135669, -0.14331178, 0.50949675, -0.16728583, -0.15675557, 0.01963188, 0.0813095, -0.07830416, -0.008043072, -0.099433854, -0.10969567, 0.09855358, 0.0023154954) * inp_5_1_0; + result5 += M4(-0.0023403377, -0.044798285, 0.00050046784, -0.04411289, -0.18297395, 0.3319683, -0.20301545, -0.07742063, -0.0833587, 0.0069142035, -0.008214602, -0.012090888, -0.12102792, 0.13118547, -0.020407792, -0.057493087) * inp_5_2_0; + result5 += M4(-0.04290189, 0.004197752, 0.054173786, -0.04256465, 0.0051586484, 0.5056183, 0.097300194, -0.04743368, 0.021228958, 0.09366932, 0.13343437, 0.05996553, 0.06958033, -0.10334397, -0.01602539, -0.018332642) * inp_5_0_1; + result5 += M4(-0.021068355, -0.17684124, 0.037242025, -0.04980762, 0.06311729, 1.0244594, 0.39622024, 0.0043471013, 0.029956685, -0.042461537, 0.1380741, 0.029157225, 0.02419411, -0.1411104, 0.04029417, -0.058682036) * inp_5_1_1; + result5 += M4(0.033550393, -0.013144504, -0.05521609, -0.114124805, -0.03578267, 0.44246033, -0.017824171, 0.044483934, 0.15611763, 0.10058675, 0.003831144, 0.029455952, 0.059810065, -0.18396924, 0.038145825, 0.14474481) * inp_5_2_1; + result5 += M4(-0.022374809, 0.045045618, -0.0047080754, 0.08677269, -0.07340093, 0.25254175, -0.029238742, 0.028633058, 0.065307744, -0.03989925, -0.025805753, -0.099939026, -0.05573456, -0.047414444, 0.043095574, 0.03692592) * inp_5_0_2; + result5 += M4(-0.039368667, 0.03342025, 0.059790913, 0.10144083, -0.075773224, 0.4872901, -0.03602646, -0.010884307, -0.036335975, -0.013419043, -0.034071624, 0.042746138, -0.083227694, 0.12715061, 0.064581424, 0.052306026) * inp_5_1_2; + result5 += M4(0.020228395, 0.095249176, -0.119411096, -0.022559868, -0.055999264, 0.22806399, -0.33997774, 0.082449295, -0.09755775, -0.096989006, 0.04387388, -0.021062598, -0.15941606, 0.112267435, 0.07617105, -0.09575019) * inp_5_2_2; + result6 += M4(0.05469036, 0.03342343, 0.021770312, 0.110835746, 0.05680977, -0.0778895, 0.050711554, -0.024741521, -0.09203433, 0.13238351, -0.04872118, -0.1686085, 0.046670318, -0.08508458, 0.04039272, -0.08811937) * inp_5_0_0; + result6 += M4(0.053297825, -0.0239903, 0.08569062, 0.058783315, 0.10465674, 0.038815103, 0.043139536, -0.06579884, -0.13868287, 0.07384181, 0.023872703, -0.057288714, -0.07709621, -0.19531755, -0.04168958, -0.09861565) * inp_5_1_0; + result6 += M4(-0.067949854, -0.03756155, 3.2008353e-05, -0.024942702, 0.045993533, -0.03173156, -0.0073168613, 0.016193338, 0.034363557, -0.03718191, 0.026674073, -0.055586845, 0.006419083, -0.0015491684, -0.028064767, -0.09770451) * inp_5_2_0; + result6 += M4(0.0109729115, 0.020742103, -0.03936538, 0.084315956, 0.04734649, -0.14514065, -0.0057589463, -0.13403784, -0.06647492, 0.067076616, 0.08504993, -0.22503619, -0.1664635, 0.11830319, 0.0034258887, -0.1347454) * inp_5_0_1; + result6 += M4(0.002017004, -0.029851856, 0.15016274, -0.109317616, 0.17447048, -0.1961409, -0.092576824, 0.24705853, 0.037752688, 0.043043647, -0.18306765, 0.12998371, 0.01597145, 0.022569867, -0.11251913, -0.05946482) * inp_5_1_1; + result6 += M4(0.062812366, -0.030802237, -0.034503363, -0.1029137, -0.021570109, -0.00744846, 0.012733414, -0.0016468413, -0.07326628, -0.00782985, 0.07153, 0.008617154, -0.112899974, -0.13654679, -0.0058764005, -0.11014598) * inp_5_2_1; + result6 += M4(-0.027768735, -0.04709874, 0.06611504, -0.090994366, -0.008809776, 0.08818192, 0.008855799, -0.019503737, 0.09518909, -0.07240619, -0.062349316, 0.14017326, -0.09268674, -0.07181296, 0.0422236, -0.12922758) * inp_5_0_2; + result6 += M4(-0.03441505, -0.023750428, 0.047043357, -0.05339059, 0.12522976, 0.08431361, -0.0024175397, -0.012811375, 0.06608681, 0.0015975401, 0.03197356, 0.051992226, -0.05679032, -0.0069855503, 0.0055084415, -0.09357715) * inp_5_1_2; + result6 += M4(0.012080443, 0.054697342, -0.029215833, -0.14609809, 0.09866579, -0.030215101, 0.023371436, -0.06342141, 0.05347571, -0.071824074, 0.013920793, 0.09302227, 0.09128539, 0.11146907, 0.019962724, -0.09253703) * inp_5_2_2; + result7 += M4(-0.105147466, 0.0112444265, 0.053984255, 0.12131753, -0.040302847, 0.039169203, -0.24648727, -0.13148472, 0.050426584, -0.021784807, -0.11796505, -0.12034427, 0.07545748, 0.0020423916, 0.035816867, -0.07286499) * inp_5_0_0; + result7 += M4(0.0055088983, 0.07523934, 0.062021546, -0.07961215, -0.012734579, 0.010482122, 0.03870079, -0.03268848, -0.028236734, 0.027813554, 0.07481855, 0.034975637, 0.016289493, -0.030882124, 0.062161416, -0.036649574) * inp_5_1_0; + result7 += M4(0.023012932, 0.04932317, 0.026274674, -0.103905305, -0.045967713, -0.06412413, 0.098877326, -0.13989787, 0.09648459, -0.013154193, -0.03800215, -0.0031051117, 0.089625075, -0.0660683, 0.046989437, -0.015071315) * inp_5_2_0; + result7 += M4(-0.043384816, -0.018247325, 0.05943973, -0.12374425, 0.04904255, 0.0156879, -0.05375267, 0.10805165, 0.040032357, -0.009622618, 0.01410498, -0.10900583, -0.11417167, 0.022121528, 0.11435251, -0.011809514) * inp_5_0_1; + result7 += M4(-0.025407938, 0.23791826, 0.46826974, 0.04620859, -0.20931284, -0.26947758, 0.056014765, -0.10155064, -0.109176636, -0.3072645, -0.5109159, -0.07638442, 0.034984585, -0.062630124, -0.14421067, 0.006742479) * inp_5_1_1; + result7 += M4(0.104709454, 0.057262886, 0.16372938, 0.030507633, -0.093229525, 0.007709068, 0.094881356, -0.03731367, -0.06572258, -0.020130599, -0.04598404, 0.010390982, 0.1701014, -0.02035937, -0.04741098, -0.04771389) * inp_5_2_1; + result7 += M4(0.008919801, 0.026048765, 0.011644059, -0.049013555, 0.06921417, -0.017201679, 0.035477195, 0.033192433, 0.08135106, -0.022967547, -0.013898442, -0.02301414, -0.035617758, 0.0039148727, 0.009098705, -0.08136681) * inp_5_0_2; + result7 += M4(-0.073810734, 0.07011909, 0.066458635, 0.03856288, -0.29271278, -0.0048771994, 0.09024985, -0.09396611, -0.041181788, -0.042466737, 0.002737812, 0.04506687, 0.21328571, -0.046859078, -0.045218024, -0.094299585) * inp_5_1_2; + result7 += M4(0.0021971157, 0.054297227, 0.15436453, -0.017166387, 0.03960466, 0.033980224, 0.21259756, 0.09134299, -0.033449747, -0.00788985, -0.06531301, -0.026874386, -0.11710958, 0.0033466013, 0.1344271, -0.083653435) * inp_5_2_2; + const V4 inp_6_0_0 = inp[6][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_6_1_0 = inp[6][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_6_2_0 = inp[6][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_6_0_1 = inp[6][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_6_1_1 = inp[6][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_6_2_1 = inp[6][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_6_0_2 = inp[6][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_6_1_2 = inp[6][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_6_2_2 = inp[6][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.04773768, 0.001959462, 0.057930946, -0.09827442, 0.052218422, 0.0063877082, -0.033328712, -0.06460121, -0.01232119, 0.012475813, -0.029344268, -0.009060846, -0.037446085, 0.013201245, -0.11293085, 0.07459699) * inp_6_0_0; + result0 += M4(0.030278446, -0.06631371, 0.10371911, -0.11528509, -0.062486928, 0.056186654, -0.012946878, 0.035941787, -0.070863366, -0.04122392, 0.033540916, -0.0009271403, 0.160896, -0.017202087, -0.0005550714, -0.12686999) * inp_6_1_0; + result0 += M4(0.102951944, -0.07263826, 0.1512848, -0.13043968, 0.008441888, 0.3924855, -0.10288744, -0.11114517, -0.0018250938, 0.015481879, 0.03279379, 0.04459866, 0.06075861, -0.086832516, -0.09535426, 0.0017060342) * inp_6_2_0; + result0 += M4(-0.057549622, 0.014948271, 0.0014016473, -0.03306045, 0.060931765, 0.082405366, 0.01242348, 0.015260926, -0.04429865, -0.044792388, 0.02179715, 0.018821955, -0.039516237, 0.18473051, -0.22071347, -0.037266523) * inp_6_0_1; + result0 += M4(0.10259757, 0.023008056, 0.070955455, -0.17649914, 0.09040476, -0.42065042, 0.055676877, 0.0148492055, -0.005293075, 0.17917627, 0.15663664, -0.16202454, -0.13865252, 0.014088587, 0.13608615, -0.19345745) * inp_6_1_1; + result0 += M4(-0.15989162, 0.13427083, -0.29786888, 0.093550906, -0.030151883, 0.10862266, 0.10953447, 0.069745086, -0.02618948, -0.025868298, -0.11169783, 0.00631567, -0.059330758, 0.16486694, 0.14105, 0.09305139) * inp_6_2_1; + result0 += M4(-0.03628722, -0.0069554755, -0.072481, -0.13077278, 0.032523632, 0.015808582, -0.006633166, -0.0153592415, 0.19204703, 0.19000784, -0.09753196, 0.055886272, -0.052743692, -0.13763134, 0.06448058, 0.16680056) * inp_6_0_2; + result0 += M4(-0.059894715, -0.0133255515, -0.013678723, -0.15701617, -0.013081536, 0.0046300474, 0.061698213, -0.07221047, -0.061949108, 0.069269426, -0.20260338, 0.12874296, 0.18569933, 0.013858427, 0.100956, -0.17616035) * inp_6_1_2; + result0 += M4(-0.25991002, 0.03298657, -0.14688253, 0.06837542, -0.06401629, -0.09839077, -0.054921936, -0.05276473, 0.0020148205, 0.025005847, -0.10156508, 0.08645296, -0.11356976, 0.082593955, -0.13218881, -0.028871438) * inp_6_2_2; + result1 += M4(-0.150547, 0.054902937, 0.08743638, -0.109163485, -0.004064822, 0.014688617, -0.09523924, 0.08531238, -0.047227126, -0.032090753, -0.07533178, -0.021429002, -0.11880135, -0.040820006, -0.13193382, -0.012157055) * inp_6_0_0; + result1 += M4(0.045117386, 0.12848938, -0.003735251, -0.32201138, -0.106285736, -0.059493847, -0.12648083, -0.097637944, -0.061813448, 0.02675488, 0.05256317, -0.014833707, 0.1090593, 0.03882462, 0.059257247, 0.10901662) * inp_6_1_0; + result1 += M4(-0.47226495, 0.059537727, 0.086151265, -0.12649864, 0.18422088, -0.13727866, 0.3496055, -0.12120121, 0.0004614673, 0.043310508, -0.032893207, 0.041297607, -0.052588675, 0.076163456, 0.026309138, 0.03855429) * inp_6_2_0; + result1 += M4(0.057502, -0.058547728, 0.022078164, 0.04180765, -0.098163, -0.09102089, -0.07259237, -0.07664438, 0.026525082, 0.009777429, 0.14917089, 0.1495326, 0.19852416, 0.05333671, -0.14167045, -0.06647103) * inp_6_0_1; + result1 += M4(-0.0714242, 0.1053335, 0.15287296, -0.08933932, 0.4078643, 0.26966506, -0.18579166, 0.117150836, 0.23800363, -0.18168208, 0.3087728, -0.08012253, -0.13966234, -0.08600794, -0.23434724, 0.09054735) * inp_6_1_1; + result1 += M4(0.07561733, -0.054181695, -0.059296504, 0.11398675, 0.1113775, -0.13213989, -0.1101493, 0.1838302, 0.003269095, 0.09090046, -0.05287613, 0.03830091, -0.2077058, -0.13577144, 0.020854933, 0.07044372) * inp_6_2_1; + result1 += M4(-0.10934249, 0.019651866, 0.032717764, -0.09384438, -0.032447584, -0.074489035, 0.033754174, -0.0030005996, 0.06527405, -0.05509112, -0.08247481, -0.00660344, 0.16588798, -0.074636854, 0.10375235, 0.22372392) * inp_6_0_2; + result1 += M4(-0.25989288, -0.02183265, 0.1742702, 0.012360525, -0.09088728, -0.09550382, 0.007551419, 0.09008955, -0.121579915, -0.14574696, -0.008717068, -0.03389179, 0.37796816, 0.06572508, -0.2713046, -0.1331926) * inp_6_1_2; + result1 += M4(0.04897763, 0.010182655, 0.03387247, -0.23113786, 0.0004767232, 0.11502336, 0.08730761, -0.05040379, -0.046073247, 0.06722634, -0.012487664, -0.05279485, 0.001407764, 0.07172754, 0.026461743, -0.016272027) * inp_6_2_2; + result2 += M4(-0.060256526, 0.112150945, -0.025988633, -0.16799934, 0.027502054, 0.012286108, -0.07694939, 0.08059354, -0.022266777, 0.044626787, 0.017066395, -0.027540738, -0.028653417, -0.10717886, 0.08175702, -0.15655318) * inp_6_0_0; + result2 += M4(-0.09728798, 0.18630813, -0.0625653, -0.11316158, 0.004692843, -0.048112217, -0.11782566, -0.0969471, 7.3867835e-05, 0.042700753, -0.046699464, 0.025244784, 0.021610184, 0.08873352, -0.0930031, -0.013723512) * inp_6_1_0; + result2 += M4(-0.028756456, 0.06300878, -0.036910012, -0.23645233, -0.021729387, -0.038263973, -0.064200416, -0.09499333, -0.03474316, 0.005384173, 0.0009628052, 0.0151760215, 0.0004901526, 0.07439028, -0.0022532626, -0.04896856) * inp_6_2_0; + result2 += M4(-0.039166976, 0.04952014, 0.037024565, -0.175038, 0.14617248, -0.044369668, 0.031225849, -0.1662472, -0.14479308, 0.010109956, 0.06498283, 0.06387595, 0.040582776, -0.14286375, 0.0614813, -0.23442) * inp_6_0_1; + result2 += M4(-0.04755763, 0.3012325, -0.122010835, 0.027378252, 0.30109185, -0.1254678, 0.049578574, -0.2645931, -0.16152179, -0.21544388, 0.08801139, -0.099449664, -0.039607633, -0.16900626, 0.07484608, -0.3184762) * inp_6_1_1; + result2 += M4(0.1088548, 0.12254615, 0.14726411, -0.4620232, 0.013625746, -0.013246359, 0.05529667, -0.00992397, -0.0010666037, -0.0148861455, -0.10293956, 0.06193901, 0.007508832, -0.00078815676, -0.014970336, 0.015786596) * inp_6_2_1; + result2 += M4(-0.04635994, 0.07583577, -0.06591772, -0.124390066, 0.054599606, 0.058142394, -0.07236235, -0.09354423, 0.060981758, 0.045049127, 0.11388943, 0.053745512, -0.103569545, -0.077407844, -0.017736936, -0.09980813) * inp_6_0_2; + result2 += M4(0.060915213, 0.12933595, -0.18382381, -0.1757938, 0.12987927, -0.018746467, -0.12101489, 0.10063528, -0.11724033, -0.0566377, -0.07017246, 0.080415994, -0.1981529, 0.035776366, -0.005114726, -0.2337526) * inp_6_1_2; + result2 += M4(-0.30518332, 0.12621066, -0.16452695, -0.21991894, 0.09800236, 0.008548892, 0.040756304, 0.03482984, -0.010884391, 0.06505693, -0.060997058, -0.014016731, 0.0027711578, 0.05262998, 0.019566158, -0.03353553) * inp_6_2_2; + result3 += M4(0.1727755, -0.03763011, -0.024353556, 0.1153669, 0.055638857, -0.006406641, 0.012215018, -0.07547803, -0.019176278, 0.0058627157, -0.007531276, -0.0128019005, -0.044132702, -0.014585372, 0.07086872, -0.08586232) * inp_6_0_0; + result3 += M4(0.4023844, -0.061458018, -0.020569447, -0.056065127, -0.22423393, -0.04879322, -0.056515153, 0.0015336607, 0.04431537, -0.040847298, -0.037138775, -0.049804915, 0.10264614, -0.029966217, 0.0048804926, -0.018913448) * inp_6_1_0; + result3 += M4(0.33691147, -0.022325333, 0.2870626, -0.096973985, -0.35119826, 0.06912846, -0.17820448, 0.008856164, -0.086611405, 0.028947834, 0.017339103, -0.04095514, 0.080151096, 0.0038969882, -0.043211497, -0.1103359) * inp_6_2_0; + result3 += M4(0.13112473, 0.028789757, -0.03465137, 0.027741719, 0.12540708, 0.041666668, 0.0482047, -0.00092091475, -0.2018984, -0.06608104, -0.015719254, 0.1747226, 0.0076687313, -0.0818016, -0.25364584, 0.038222622) * inp_6_0_1; + result3 += M4(0.20331907, 0.1832256, -0.24612497, 0.21600969, -0.20726536, 0.09027787, -0.10975036, 0.37722638, -0.0884568, 0.029331498, 0.06466187, -0.12825322, 0.14845504, 0.1521115, -0.12461017, -0.08129323) * inp_6_1_1; + result3 += M4(0.57582384, 0.084431656, -0.23008075, 0.24977052, 0.33035865, -0.062120315, -0.04381122, -0.19541477, -0.0756561, -0.043074053, 0.0022799775, 0.004413274, 0.075887956, 0.01745265, 0.038218193, 0.17106542) * inp_6_2_1; + result3 += M4(0.17629153, -0.05250689, -0.0027985398, 0.10920531, 0.07742577, -0.0344837, -0.094456695, -0.026847046, -0.17161724, 0.06255551, -0.20143765, 0.23929735, -0.0035225465, -0.04535167, 0.22347286, -0.06719533) * inp_6_0_2; + result3 += M4(0.38663247, -0.060137752, 0.17506874, 0.12503928, 0.03017985, 0.025013078, 0.023787659, 0.011888238, 0.24524051, -0.016398503, -0.039571356, 0.034483798, 0.04039114, 0.042806055, -0.26452905, 0.17221452) * inp_6_1_2; + result3 += M4(0.31489953, 0.0076584965, -0.006009802, 0.29646194, 0.07202351, -0.02412933, 0.053954337, 0.058348548, -0.07993248, 0.013296377, -0.09899627, -0.060507085, 0.0363391, -0.0012775703, -0.101326205, 0.027865807) * inp_6_2_2; + result4 += M4(0.020784322, -0.08085469, -0.01662568, 0.0036544928, -0.055719923, 0.03733591, 0.15311809, 0.06769914, 0.04067207, 0.01013517, 0.04577928, -0.008320985, -0.037479892, -0.044493906, 0.027496453, -0.08657806) * inp_6_0_0; + result4 += M4(0.1844264, -0.18994398, -0.041882403, -0.16638136, 0.22983031, -0.04093075, -0.031717654, 0.066274695, -0.041572757, -0.008294108, 0.0717663, 0.0147034135, 0.1228811, -0.059769716, 0.06499911, -0.07358117) * inp_6_1_0; + result4 += M4(-0.10922153, -0.27854297, 0.09098042, -0.1933134, -0.11917356, -0.07815518, -0.008751191, -0.11327798, 0.021927334, 0.046120528, 0.013780936, -0.016143516, -0.0005557552, -0.05442804, 0.06990909, -0.027121864) * inp_6_2_0; + result4 += M4(0.15096483, 0.119068004, 0.064184986, -0.119605094, 0.08603158, 0.00047630936, 0.02851227, 0.12226796, -0.027884342, 0.15013617, 0.15669696, 0.02584349, 0.026068926, 0.20638704, -0.1678511, -0.062482312) * inp_6_0_1; + result4 += M4(0.12820128, 0.048624434, -0.066702716, -0.3024967, -0.1970876, 0.020530209, 0.077830344, -0.08447526, -0.14719813, -0.1527433, -0.16252525, -0.14208332, -0.08664364, -0.24624044, -0.23259495, 0.094325475) * inp_6_1_1; + result4 += M4(-0.008551754, 0.35518387, -0.011879481, -0.009276819, -0.22661164, 0.0727724, -0.065323345, -0.090120375, 0.07711801, 0.060850076, -0.043359086, 0.025293885, -0.11856221, 0.11024678, 0.03367849, 0.0055428655) * inp_6_2_1; + result4 += M4(0.01058194, -0.10157144, -0.073607236, -0.04064452, 0.1304814, -0.011711504, -0.023931535, -0.049846675, 0.13696872, -0.022219677, 0.21517922, 0.039131165, 0.0029566681, 0.03455885, 0.017687602, 0.23300457) * inp_6_0_2; + result4 += M4(0.07599372, -0.09190264, -0.06670795, -0.011278573, -0.090940855, 0.14588097, -0.049814615, 0.1852138, -0.16191384, 0.07041568, -0.03997698, 0.027623639, 0.10789044, 0.18317771, 0.10181906, 0.19630185) * inp_6_1_2; + result4 += M4(0.34494078, -0.18516955, -0.047164354, 0.020765288, -0.05012332, -0.08287178, -0.008696478, -0.050518088, -0.0477493, -0.052536886, -0.06716131, -0.015497525, -0.11314282, 0.008808684, 0.06105265, 0.08454718) * inp_6_2_2; + result5 += M4(-0.0098594325, -0.0055030943, -0.007857921, -0.011821983, -0.05287394, 0.18185322, -0.07842678, -0.05045482, -0.055094346, 0.0066423384, -0.036352996, -0.029138763, 0.107591696, 0.057252053, -0.018380277, 0.06913811) * inp_6_0_0; + result5 += M4(-0.11480295, 0.07442495, 0.042270523, 0.095394716, -0.04003298, -0.046663422, -0.024837278, 0.012772692, 0.03937366, 0.019569809, -0.020946737, 0.04385851, 0.047111746, 0.07495863, -0.006033504, 0.0077258074) * inp_6_1_0; + result5 += M4(0.27454954, 0.23601109, 0.12949172, 0.005877136, 0.2123036, -0.19559526, 0.033447932, 0.13564067, -0.016131232, -0.009941528, -0.038297217, -0.077464566, 0.16799688, -0.08617262, 0.06524058, -0.13296159) * inp_6_2_0; + result5 += M4(-0.02094186, -0.04838286, 0.09688137, -0.036806263, 0.0065128887, -0.03600461, -0.04719011, 0.0018870253, -0.07924403, 0.090021856, 0.00277038, 0.021571511, 0.10750625, 0.033650897, 0.029239105, -0.15609364) * inp_6_0_1; + result5 += M4(-0.075347096, -0.045295488, 0.05593668, -0.2429266, -0.02558432, -0.09995219, -0.0070652016, -0.04344672, 0.06625958, -0.37590194, 0.07487936, -0.08478763, -0.2569391, 0.2849341, -0.06316496, -0.17823793) * inp_6_1_1; + result5 += M4(-0.14011423, -0.017914226, 0.24613917, -0.24457592, -0.023976726, 0.023810089, -0.025477055, -0.022891687, 0.056751464, 0.08547485, -0.06403005, 0.003865823, -0.12864947, 0.028097872, -0.0037051893, 0.12779927) * inp_6_2_1; + result5 += M4(0.037950262, -0.0073972233, -0.04170087, 0.010716162, -0.04729806, 0.03708199, -0.11025019, 0.05807917, 0.034382865, 0.26279795, 0.0017784073, -0.09346307, -0.044856254, -0.11926652, 0.044202928, 0.18996905) * inp_6_0_2; + result5 += M4(0.04471687, 0.032196492, 0.006301388, 0.04968424, 0.0057244073, -0.056578696, 0.0017138695, -0.051911812, -0.13070044, -0.2021769, 0.069969304, -0.01035776, 0.09795845, -0.22660214, 0.079370625, -0.038810402) * inp_6_1_2; + result5 += M4(-0.078447945, 0.10018317, -0.021208925, 0.24495393, -0.0026559755, 0.19463222, -0.023494383, -0.015209821, 0.0009825485, 0.018631315, -0.03595612, -0.043249756, 0.039936334, 0.073131286, -0.059881702, 0.057013884) * inp_6_2_2; + result6 += M4(0.037209295, -0.050063074, -0.010220902, 0.11707704, -0.02084438, -0.024680117, 0.031885773, -0.09423414, -0.016938316, -0.046386693, -0.014814487, 0.0111893555, -0.032258764, -0.08483458, 0.06323948, 0.05468902) * inp_6_0_0; + result6 += M4(0.015897436, 0.121769734, 0.029597314, 0.15221149, 0.11633909, -0.042338204, -0.011930534, 0.05133176, 0.0027398856, 0.028034959, 0.03518836, 0.07806504, 0.0048895567, 0.01996425, 0.10549172, 0.019790227) * inp_6_1_0; + result6 += M4(-0.0013211244, -0.03798763, -0.018917317, 0.022874637, -0.08522377, -0.12338777, 0.035954826, -0.0966936, 0.0024507872, 0.04857881, 0.005735548, 0.030774018, 0.06731993, 0.049679667, -0.008757346, 0.07279027) * inp_6_2_0; + result6 += M4(0.06292444, 0.10052756, 0.008063465, 0.17784424, 0.07310286, -0.019227033, 0.016693944, -0.017666822, -0.045845564, 0.10794333, 0.06462252, 0.07771655, 0.06256301, 0.12213898, 0.031279724, 0.0010809185) * inp_6_0_1; + result6 += M4(0.2020988, -0.1354307, 0.07126954, 0.22662215, -0.19457316, -0.02094151, 0.1359314, -0.21436588, 0.21037516, -0.20815274, -0.14144185, 0.0114655765, 0.060350437, -0.048541997, 0.1233999, 0.064946786) * inp_6_1_1; + result6 += M4(-0.03801499, 0.056026544, -0.038884852, 0.23788519, -0.122079566, -0.16254437, 0.04029365, -0.066527, -0.045467246, 0.015085265, -0.035734266, 0.06934848, 0.027953278, -0.00040359018, -0.02432993, 0.17086232) * inp_6_2_1; + result6 += M4(0.016163094, -0.03828607, 0.008515226, 0.11465089, 0.1298134, 0.06204608, 0.04309012, -0.021834074, 0.10644005, 0.10702939, -0.10943198, 0.14087749, -0.14724636, -0.17569791, 0.05019082, 0.083955005) * inp_6_0_2; + result6 += M4(-0.09204167, -0.031187754, 0.10056521, -0.01771543, 0.019897467, -0.00941387, -0.005509536, -0.12569466, -0.06307273, 0.08538708, -0.057971165, 0.077682935, -0.17311402, -0.24178128, 0.06330053, 0.11128207) * inp_6_1_2; + result6 += M4(0.046400517, -0.012891216, -0.11019827, 0.26779193, 0.013926303, 0.016950876, 0.07223702, -0.08022898, -0.042762138, -0.018206207, -0.025495933, 0.06634808, -0.05644897, 0.12381476, 0.0046831993, -0.022533525) * inp_6_2_2; + result7 += M4(0.060947925, -0.0131668635, -0.059049744, -0.02420071, -0.027340708, 0.06654622, -0.14738338, -0.10240902, 0.022133015, -0.012878923, -0.049979765, 0.024228211, -0.09164792, 0.02301926, 0.102424234, 0.008795374) * inp_6_0_0; + result7 += M4(-0.075842544, 0.02614748, 0.03232756, 0.06416096, -0.16814534, 0.0034736146, -0.06254206, 0.09317517, -0.036377206, 0.016250707, 0.07924059, 0.003289984, -0.020555865, 0.016522324, 0.13777958, -0.15894508) * inp_6_1_0; + result7 += M4(-0.11553593, 0.037934247, -0.030346276, -0.18000571, -0.034417633, 0.12953782, -0.060644384, 0.138747, 0.03996823, 0.005248729, -0.02440235, -0.054184724, 0.013278288, -0.025382731, -0.0064401207, -0.050892755) * inp_6_2_0; + result7 += M4(-0.012102487, -0.021994375, -0.002057026, -0.02113673, 0.034217566, -0.037720148, -0.04422399, -0.07715419, 0.17933065, 0.048809122, 0.07449377, -0.015710318, 0.13151926, -0.028760374, 0.18738586, -0.10760298) * inp_6_0_1; + result7 += M4(0.2165887, 0.033794247, -0.11268847, 0.21586457, -0.25317687, 0.099120155, -0.5126508, 0.11133834, 0.1583835, 0.17014144, -0.34262654, 0.02169373, 0.12829499, 0.20543833, 0.2551269, 0.055904746) * inp_6_1_1; + result7 += M4(-0.032080367, -0.0028072046, 0.1775265, -0.17336431, 0.26392803, -0.059076168, -0.10762289, 0.07914442, -0.04225748, -0.051785145, -0.0020702602, -0.08700444, 0.015553518, -0.04046392, -0.07668666, 0.10713023) * inp_6_2_1; + result7 += M4(0.062178094, -0.0138251195, -0.062473442, -0.04928566, -0.047398448, 0.018526085, -0.022303054, -0.0022937227, 0.20345382, -0.041759096, -0.11410796, 0.0034076627, -0.18845843, 0.005053759, 0.056776986, 0.0921597) * inp_6_0_2; + result7 += M4(0.18777321, 0.07502034, 0.008985812, -0.19832358, 0.068465255, 0.01314258, -0.041850977, 0.0562032, 0.01363345, -0.047923792, -0.06541371, -0.053187225, 0.34736007, 0.12043036, 0.073892035, 0.14952186) * inp_6_1_2; + result7 += M4(-0.1609609, -0.042031422, -0.028909644, 0.22433753, -0.10052288, -0.00801001, 0.018861134, 0.04836219, 0.11426792, 0.0005085676, -0.038933937, 0.08721044, -0.01724785, -0.015636204, 0.0049444535, -0.0660851) * inp_6_2_2; + const V4 inp_7_0_0 = inp[7][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_7_1_0 = inp[7][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_7_2_0 = inp[7][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_7_0_1 = inp[7][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_7_1_1 = inp[7][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_7_2_1 = inp[7][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_7_0_2 = inp[7][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_7_1_2 = inp[7][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_7_2_2 = inp[7][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.13067406, 0.028832154, 0.039388724, 0.015019381, 0.061779, 0.042300593, -0.12909865, -0.1148127, -0.01529291, 0.072751045, -0.17547236, -0.10018975, -0.044795718, 0.009151746, 0.018336726, 0.036446154) * inp_7_0_0; + result0 += M4(0.116337374, 0.08905745, -0.077871114, -0.013879889, -0.13316694, -0.23820901, 0.08242977, 0.02888628, -0.039076082, -0.13740012, 0.09964702, 0.06071062, 0.11820365, 0.033477437, 0.16741292, 0.03193548) * inp_7_1_0; + result0 += M4(0.05061702, 0.0823785, -0.09602578, 0.031410098, -0.039475903, 0.028294675, 0.07305489, -0.07635677, 0.007946014, 0.091116756, 0.034513436, -0.09802177, -0.006571153, -0.10009209, -0.04186956, -0.0554383) * inp_7_2_0; + result0 += M4(0.03423166, -0.015950177, -0.058272224, 0.0010492966, 0.018822135, 0.026092965, -0.066259615, -0.03219676, -0.069386445, -0.009401991, 0.26162297, -0.04670582, -0.13900985, -0.011975655, 0.1555488, -0.17420706) * inp_7_0_1; + result0 += M4(-0.1779387, -0.07935647, 0.07630096, -0.043877553, -0.075177014, -0.02088941, 0.16713355, -0.027095472, 0.032332443, 0.07213087, 0.011319218, -0.060872484, 0.19048789, -0.17313117, -0.0046990584, -0.120225325) * inp_7_1_1; + result0 += M4(-0.0679712, 0.0014982347, 0.16835289, 0.13275732, 0.045971878, -0.06462141, 0.012273774, 0.0033808034, 0.05756958, -0.049381122, -0.100551225, -0.036820434, -0.12508367, 0.044211876, -0.008688207, -0.08462092) * inp_7_2_1; + result0 += M4(0.07749491, 0.019272378, -0.028934374, 0.018170493, 0.025768165, -0.017576093, -0.103738874, -0.032738257, 0.084851995, 0.02328588, 0.07367822, -0.016028477, -0.06071663, -0.11663664, 0.3232571, 0.032633957) * inp_7_0_2; + result0 += M4(0.0747207, -0.014200549, -0.0086948145, 0.031706877, 0.0893843, -0.16086516, 0.0835786, 0.022921033, 0.13708672, -0.05682044, 0.07720748, 0.032989893, 0.34230405, -0.03602262, 0.12719204, -0.20689873) * inp_7_1_2; + result0 += M4(0.16810031, -0.08451505, 0.31090537, -0.04479524, -0.120775014, 0.082496874, -0.014403937, 0.07312736, -0.07519187, 0.0033120897, 0.025125379, 0.032836307, -0.089279786, -0.0033897697, -0.20561327, 0.029450448) * inp_7_2_2; + result1 += M4(-0.05358433, -0.051166553, 0.01799522, -0.08417149, -0.17365077, 0.048117477, -0.07990638, 0.037287813, -0.20324647, -0.047508366, -0.07467025, -0.013626848, 0.05778924, -0.12558205, -0.0303156, -0.08947) * inp_7_0_0; + result1 += M4(-0.008373269, -0.038494088, -0.01432257, -0.06859234, -0.0030889353, 0.114407144, 0.112283155, 0.07452082, 0.04202021, -0.05332718, 0.056014493, 0.081741214, 0.03734258, 0.046955884, 0.061512005, 0.056836437) * inp_7_1_0; + result1 += M4(0.095733695, 0.07105126, -0.33165723, 0.09798114, -0.00018651325, 0.02871746, -0.0014896247, 0.0015228483, 0.04926809, -0.12781562, -0.034009118, -0.07865962, -0.08457162, -0.02659428, -0.070909, -0.017750109) * inp_7_2_0; + result1 += M4(0.049441442, 0.049887598, -0.015305671, 0.09287625, 0.0011477629, 0.02460837, -0.08218665, -0.06426695, 0.03651719, -0.030062119, -0.1479013, -0.039886933, -0.152968, 0.11601564, -0.046828054, -0.13034426) * inp_7_0_1; + result1 += M4(-0.0666769, -0.046882167, 0.25199586, 0.19112575, -0.11659738, 0.055139177, 0.045638174, -0.12337854, 0.016630938, 0.06459855, 0.10086822, 0.08199916, 0.118646435, 0.11060275, -0.16545276, -0.06970648) * inp_7_1_1; + result1 += M4(0.44034556, 0.04092956, -0.27699018, 0.06271716, 0.07626376, 0.019908637, 0.02313036, 0.04385375, -0.06581417, 0.0014359815, -0.063302204, 0.034963973, -0.09815691, -0.12783496, 0.08379812, 0.09307187) * inp_7_2_1; + result1 += M4(0.007760622, 0.008819667, -0.05412107, 0.0039714575, -0.1251414, 0.03176161, 0.053509824, 0.056864757, -0.14814511, 0.037073277, 0.05188728, 0.038299482, 0.18033518, 0.015588917, 0.057779737, 0.10798925) * inp_7_0_2; + result1 += M4(0.13056533, 0.08232402, -0.29978523, -0.13426647, 0.051910676, 0.08373958, -0.09457672, -0.22553246, -0.0545481, -0.031182704, 0.0020456996, -0.02868866, -0.06648373, -0.18830647, 0.052763414, -0.029948968) * inp_7_1_2; + result1 += M4(0.34867358, 0.06583776, -0.22922067, -0.11264372, 0.034143683, -0.009171592, -0.00949391, 0.012984934, 0.045153793, -0.037343267, -0.037692238, -0.031469643, -0.2382531, 0.053330287, 0.055302203, -0.1825571) * inp_7_2_2; + result2 += M4(0.030271148, -0.007737505, 0.057129323, -0.041894812, -0.026781835, 0.04428295, -0.16144896, -0.027526084, 0.11059383, 0.0065614725, -0.057720657, 0.004098372, 0.14758441, 0.017132191, 0.00446399, 0.05744678) * inp_7_0_0; + result2 += M4(0.034728736, -0.10280771, 0.08125157, 0.03332683, 0.032993034, -0.010467488, 0.060483724, -0.057153646, 0.12141494, 0.0016803875, -0.028403023, 0.053882364, 0.18510398, 0.111922555, -0.21885212, -0.04206883) * inp_7_1_0; + result2 += M4(-0.04772853, -0.11217128, 0.18948436, 0.019152148, 0.030757114, -0.08362043, 0.036688127, -0.059582487, 0.08038792, -0.10257601, 0.097472966, -0.09027937, 0.18736614, -0.0018967049, 0.012998825, -0.029992562) * inp_7_2_0; + result2 += M4(-0.027499855, -0.10176088, 0.00091364334, -0.03837928, 0.23490189, 0.07678607, -0.08136627, 0.028936591, 0.26001254, -0.06483215, 0.07862464, -0.15106715, 0.057786442, 0.0016549892, 0.15167485, -0.10726432) * inp_7_0_1; + result2 += M4(0.02487009, 0.009946823, -0.06896411, 0.06470131, 0.03699393, 0.09275824, 0.04077723, -0.1971703, 0.11484442, -0.05049749, 0.0850754, -0.29247636, 0.120437585, 0.09171946, -0.22753136, -0.06612396) * inp_7_1_1; + result2 += M4(0.07000594, 0.024084648, 0.41553754, 0.22833507, 0.1627025, -0.05361627, 0.011571902, 0.124527864, 0.10049124, -0.1257422, 0.03198915, -0.059686437, -0.04917472, -0.110104494, 0.1244924, 0.068160005) * inp_7_2_1; + result2 += M4(0.04665325, 0.017537083, -0.023751475, -0.026525868, 0.06986137, -0.0419673, -0.07226155, -0.12024144, 0.11888514, -0.06618652, -0.053661197, -0.15042521, -0.014840175, 0.017158445, 0.078231715, -0.024895946) * inp_7_0_2; + result2 += M4(-0.008151341, -0.031842563, 0.10339782, 0.009342193, 0.0834332, -0.001414612, -0.043162216, -0.033515673, 0.18836306, -0.041193325, -0.10078249, -0.1473947, 0.05938955, -0.108871326, 0.078512065, -0.1151615) * inp_7_1_2; + result2 += M4(0.12766203, 0.22947493, 0.18097287, 0.079979375, 0.037532926, 0.02795079, 0.13459583, 0.008273216, 0.10545514, -0.038298555, 0.107081085, -0.028399749, 0.114563294, -0.030273857, 0.12185006, -0.07019807) * inp_7_2_2; + result3 += M4(-0.0359248, 0.017283894, -0.038338896, 8.852221e-05, -0.030350326, 0.053811096, -0.08466654, -0.018384637, 0.07907651, 0.03767366, -0.06292447, -0.06480903, 0.07928441, 0.0055019865, -0.07849808, -0.03511208) * inp_7_0_0; + result3 += M4(-0.008705628, 0.08240074, -0.091059975, 0.17644837, 0.17334434, 0.050576363, 0.04615256, 0.19023484, 0.026610808, 0.05069111, -0.025897656, 0.053042095, 0.070091, 0.06314606, 0.09423873, 0.24063678) * inp_7_1_0; + result3 += M4(0.059357733, -0.09791369, 0.009596558, -0.15852389, 0.055170197, 0.010385632, 0.09325756, -0.027273592, 0.17088908, 0.04583252, 0.048495945, 0.050565727, 0.28928453, -0.036459588, -0.024114065, 0.006234543) * inp_7_2_0; + result3 += M4(-0.042018082, -0.0029178006, 0.0794925, -0.026625965, 0.07733945, -0.018536583, -0.18128335, 0.11651808, 0.16333766, -0.03563363, 0.0490224, -0.14087391, -0.00077277876, 0.00592992, 0.06796556, -0.23428263) * inp_7_0_1; + result3 += M4(-0.017615339, 0.18298455, 0.016097123, -0.051654737, 0.143653, -0.09442327, 0.22942878, -0.03242901, -0.14603686, -0.082938276, 0.0056298785, 0.12434936, -0.13988517, 0.17576301, 0.21395995, 0.0967396) * inp_7_1_1; + result3 += M4(0.39661255, -0.3329107, 0.062054344, -0.17750584, 0.03201465, 0.020365896, 0.02603651, -0.04899849, 0.17996706, -0.009336932, -0.092292815, -0.047145292, 0.39293876, -0.027589593, -0.050139025, -0.04098591) * inp_7_2_1; + result3 += M4(0.022159833, 0.02219056, -0.07036066, -0.0025751526, 0.024623485, -0.014756634, -0.049184352, 0.030593667, 0.081157655, -0.0055734585, -0.07931024, -0.015757801, 0.110377766, -0.04936761, 0.16547492, -0.0987077) * inp_7_0_2; + result3 += M4(0.0270075, 0.18694495, 0.056208022, -0.08387814, -0.07845644, 0.011949885, -0.016939078, -0.061690614, 0.061734054, 0.006281954, -0.17223981, -0.08565108, 0.13835277, -0.08478053, -0.062062893, 0.06344179) * inp_7_1_2; + result3 += M4(0.24890466, -0.12029491, 0.00031744814, -0.20392807, 0.028673409, 0.0034289309, 0.043343283, 0.07637428, 0.026673166, 0.041918024, 0.026808957, -0.02847315, 0.014535576, 0.01997328, -0.06437138, 0.24981296) * inp_7_2_2; + result4 += M4(0.07955387, 0.02920801, 0.0039356514, -0.020531273, 0.27086037, -0.031574782, -0.057735946, -0.027034195, 0.11195528, 0.042918865, -0.08636478, 0.02290785, 0.0066887373, 0.11742869, -0.013265278, -0.0069362707) * inp_7_0_0; + result4 += M4(-0.106391475, -0.09140498, -0.17148654, 0.12906685, -0.016191894, -0.038174044, 0.089073144, 0.2521505, -0.14236915, -0.023523925, 0.11963699, 0.16456422, -0.13486183, -0.027022168, -0.046793513, 0.14376935) * inp_7_1_0; + result4 += M4(0.15040965, -0.053356398, -0.19252855, 0.003616789, -0.07656162, -0.017565565, 0.010892067, -0.12568311, -0.057327043, -0.01570072, -0.0825886, -0.066023186, -0.053973287, -0.08822645, 0.048079897, -0.0874818) * inp_7_2_0; + result4 += M4(-0.07970787, -0.03986214, 0.040805575, 0.032835215, -0.006681357, 0.15279493, -0.042064656, -0.061980218, -0.19581535, 0.04779575, -0.056096062, -0.016176134, -0.14304012, 0.0790924, -0.0040596435, -0.0694475) * inp_7_0_1; + result4 += M4(0.36187243, -0.024287242, 0.13909514, -0.11013583, 0.008367743, -0.15377219, 0.023453519, -0.046148, 0.041336227, 0.0800339, 0.048884287, -0.052332267, -0.105812736, -0.0129545005, -0.10177371, 0.08276029) * inp_7_1_1; + result4 += M4(-0.14234243, 0.30068526, -0.01395596, -0.020150678, -0.002619391, -0.030882766, -0.0073830565, -0.12919247, 0.049711064, 0.035933882, -0.07687213, 0.08845769, 0.11541978, 0.060703345, 0.04693176, 0.033992272) * inp_7_2_1; + result4 += M4(0.000979341, -0.022977252, -0.05856092, 0.008533235, -0.018859994, -0.027529988, -0.00959131, 0.006543818, 0.0088757295, 0.09457897, 0.04723793, 0.07543671, -0.119229294, 0.09193762, -0.042902473, 0.005911796) * inp_7_0_2; + result4 += M4(-0.2719154, 0.0357115, 0.038124163, 0.03350917, 0.05874676, 0.074151084, 0.095171124, 0.07386939, -0.029964093, 0.012157447, 0.09911337, -0.012254807, -0.01261792, -0.18675168, -0.08593714, 0.105773054) * inp_7_1_2; + result4 += M4(0.013380939, -0.13648096, -0.048079025, 0.006938175, -0.033343375, -0.09736838, -0.08687836, -0.07699828, 0.075971305, -0.0057571474, -0.03589876, -0.017933099, 0.0027181774, 0.07744509, 0.124837294, 0.032714948) * inp_7_2_2; + result5 += M4(0.028875036, -0.031110492, 0.038149834, -0.019501051, -0.11432928, -0.1126801, 0.04141345, -0.08375193, 0.14768237, -0.026936755, 0.029749572, -0.07862247, 0.05488157, -0.057243664, -0.027309591, -0.014692148) * inp_7_0_0; + result5 += M4(0.040109817, -0.082867965, 0.13060012, -0.03809029, -0.06899979, 0.042197473, 0.005456445, -0.057270754, 0.1111761, 0.1612422, 0.05277471, -0.09006354, 0.00213591, -0.08687637, 0.11041009, -0.05709528) * inp_7_1_0; + result5 += M4(-0.046579342, -0.018886335, 0.099409774, -0.037032224, -0.02348206, -0.053438433, 0.017320352, 0.04280165, 0.00092986244, -0.1228265, 0.043787174, 0.12060852, 0.03722829, 0.025750121, 0.11384708, 0.1756499) * inp_7_2_0; + result5 += M4(0.0074765706, 0.05790361, -0.0116465045, -0.049124423, 0.06266538, 0.11351701, 0.035390466, 0.06770555, 0.019044822, -0.19484474, 0.16679585, -0.13847041, -0.12544526, -0.18617591, 0.02353378, 0.020221846) * inp_7_0_1; + result5 += M4(-0.007902586, 0.14058022, -0.16530368, -0.06260437, 0.038545534, 0.25054374, 0.13552001, 0.020178216, 0.12771593, 0.19850408, 0.04699, -0.10122105, 0.2017841, 0.26480493, -0.043371145, -0.06270135) * inp_7_1_1; + result5 += M4(0.25010723, 0.2402388, 0.20971651, 0.036180113, -0.029777044, -0.07594215, 0.04137275, 0.048368115, 0.03706764, -0.00073697296, 0.037749782, 0.021037064, -0.13677695, -0.09792497, -0.10095842, 0.24692741) * inp_7_2_1; + result5 += M4(-0.02564651, -0.020244665, -0.008348912, 0.027030928, -0.020515114, -0.033440787, -0.07904484, 0.032425735, 0.036625206, -0.045109116, -0.00799591, 0.020850739, 0.0038102441, -0.09672524, 0.08192917, 0.14849305) * inp_7_0_2; + result5 += M4(0.015751118, -0.04055089, -0.033026878, 0.08955593, -0.003377252, -0.0695461, 6.159837e-05, 0.087183736, 0.04109956, 0.13342987, 0.03369882, -0.05958476, 0.09203602, 0.11256653, -0.01000415, -0.08522292) * inp_7_1_2; + result5 += M4(-0.036779873, 0.31538376, -0.14045164, -0.0030863027, -0.05344898, -0.0057917326, 0.07769719, -0.01430841, 0.055728193, -0.09356526, 0.0502023, -0.059932925, -0.090438254, 0.06502997, 0.1859353, 0.094580725) * inp_7_2_2; + result6 += M4(-0.028811952, 0.06808008, -0.00074339815, -0.013251018, -0.09201377, 0.1598266, -0.02212522, -0.13484718, 0.09378674, 0.0736567, 0.0024271107, -0.13925199, 0.04235034, -0.12660773, 0.01906119, -0.0815016) * inp_7_0_0; + result6 += M4(-0.08425879, -0.031677764, -0.115849026, 0.017986657, 0.023678906, 0.08667273, -0.06329504, -0.10400462, 0.030330384, -0.11987986, -0.030369766, -0.11652716, -0.04199533, -0.01593327, -0.028968424, -0.1081266) * inp_7_1_0; + result6 += M4(-0.08210173, -0.13455419, -0.04753535, -0.035527173, 0.028721347, 0.035182476, 0.045837738, -0.08479002, 0.055135626, -0.03541346, 0.029479181, -0.21670868, 0.047731355, -0.00046996848, -0.047037322, -0.09572143) * inp_7_2_0; + result6 += M4(-0.0338389, -0.036116943, -0.038523655, 0.045946993, 0.037073463, -0.062394448, 0.012121649, -0.24428302, -0.068229295, 0.13113022, 0.12160596, -0.2816442, -0.070545554, 0.10254308, 0.120189466, -0.17537874) * inp_7_0_1; + result6 += M4(0.11855433, 0.08783517, -0.10247937, -0.1274302, -0.020053992, -0.1142122, 0.25415573, -0.23599103, 0.057993405, -0.07266704, 0.2837777, -0.23303199, -0.03932779, -0.20875753, 0.19161949, -0.35420355) * inp_7_1_1; + result6 += M4(-0.34341362, -0.07703186, -0.12074311, -0.011205127, -0.07073266, 0.07917293, -0.017609397, -0.14996485, -0.019230703, 0.09394668, 0.10345531, -0.3261532, -0.023898399, 0.27006006, 0.081257425, -0.1729889) * inp_7_2_1; + result6 += M4(0.008694641, -0.029521143, 0.020018613, -0.073166475, 0.0640718, -0.007258188, 0.06112204, -0.051134977, 0.09982136, -0.041925915, 0.064289495, -0.058863305, -0.030203123, 0.03520795, 0.04954357, 0.045935135) * inp_7_0_2; + result6 += M4(-0.016051898, -0.0927769, -0.13578846, -0.10517915, -0.008618042, -0.042284966, 0.030864306, 0.074726395, 0.09320223, 0.061838787, 0.013353918, -0.026347045, -0.06560178, 0.13890897, 0.14699252, 0.033004515) * inp_7_1_2; + result6 += M4(-0.119441554, -0.15816481, -0.122414395, -0.16438164, -0.06870667, 0.03847008, -0.0034880138, -0.007743884, -0.07260764, 0.04237305, 0.018275991, -0.10002071, 0.094237596, 0.0451565, 0.05818304, 0.03773225) * inp_7_2_2; + result7 += M4(0.017765123, -0.025564613, 0.040225025, -0.08534618, -0.038929053, 0.06172722, -0.24709737, -0.013401355, -0.0020410924, 0.047454473, -0.2064527, -0.0634405, -0.12670997, 0.016485076, 0.053914085, 0.056610946) * inp_7_0_0; + result7 += M4(0.10947243, -0.046322983, 0.10063349, -0.013043788, 0.07481651, -0.054205686, -0.007200137, -0.012790777, 0.10835742, -0.025409449, 0.045701068, -0.019426627, 0.10639986, -0.11198351, 0.107712574, 0.030220548) * inp_7_1_0; + result7 += M4(0.33133078, 0.034053165, -0.12562154, -0.21957374, 0.022210239, 0.06144255, -0.062330592, -0.038895603, 0.054605782, 0.09148644, -0.12929791, -0.007249944, -0.018601814, 0.002457462, 0.049166933, -0.022382302) * inp_7_2_0; + result7 += M4(-0.0034478705, -0.03455267, 0.04882014, 0.027226288, 0.048017103, -0.018127222, -0.08966526, -0.119999066, -0.028970087, 0.07599657, -0.21222481, -0.10170057, -0.036934838, -0.045431033, -0.038236417, -0.0030916482) * inp_7_0_1; + result7 += M4(-0.028794242, 0.12775825, -0.104700975, -0.031223094, 0.013559511, 0.08467438, -0.77689874, 0.04345405, 0.086275175, 0.19565463, -0.4985069, 0.08432266, -0.066670954, 0.005572425, -0.25247312, 0.12706019) * inp_7_1_1; + result7 += M4(-0.058909375, -0.110902905, -0.4302168, 0.048652552, -0.06911404, 0.028950369, 0.04042155, -0.090551324, 0.031534012, 0.10965761, -0.20398866, -0.05768389, -0.07909678, -0.0104359845, -0.1747402, -0.052253652) * inp_7_2_1; + result7 += M4(0.00022790722, -0.015714, -0.03526806, 0.0024462987, -0.024748744, 0.01919833, -0.0092295585, 0.007298631, 0.032980975, 0.009574746, -0.06634956, -0.030421874, -0.18621956, -0.052046597, 0.06406029, -0.021320768) * inp_7_0_2; + result7 += M4(-0.029107574, -0.026585331, -0.10107789, 0.022651138, 0.054188922, 0.0453873, 0.025297597, 0.0074593243, 0.03387115, 0.049139693, -0.044487085, 0.044495225, -0.1205608, 0.081859335, -0.20431356, 0.1471141) * inp_7_1_2; + result7 += M4(0.09772488, -0.07170561, -0.14094384, 0.05157912, -0.04845413, -0.010399627, -0.09966219, -0.003176897, 0.026169071, 0.009433274, -0.041734595, -0.101598084, -0.13892671, -0.014976504, -0.0061525363, -0.00069722114) * inp_7_2_2; + const ivec2 output_base = ivec2(gl_GlobalInvocationID) * ivec2(4, 2); + imageStore(out_image, output_base + ivec2(0, 0), result0); + imageStore(out_image, output_base + ivec2(1, 0), result1); + imageStore(out_image, output_base + ivec2(2, 0), result2); + imageStore(out_image, output_base + ivec2(3, 0), result3); + imageStore(out_image, output_base + ivec2(0, 1), result4); + imageStore(out_image, output_base + ivec2(1, 1), result5); + imageStore(out_image, output_base + ivec2(2, 1), result6); + imageStore(out_image, output_base + ivec2(3, 1), result7); +} + +//!DESC ArtCNN C4F32 (Conv2D-6) +//!COMPUTE 12 16 12 16 +//!HOOK LUMA +//!BIND conv2d +//!BIND conv2d_5 +//!SAVE conv2d_6 +//!WIDTH LUMA.w 1.0 * +//!HEIGHT LUMA.h 1.0 * +//!COMPONENTS 4 +//!WHEN OUTPUT.w LUMA.w / 1.3 > OUTPUT.h LUMA.h / 1.3 > * +#extension GL_EXT_shader_explicit_arithmetic_types_float16 : enable +#ifdef GL_EXT_shader_explicit_arithmetic_types_float16 +# define V4 f16vec4 +# define M4 f16mat4 +# define F float16_t +#else +# define V4 vec4 +# define M4 mat4 +# define F float +#endif + +const ivec2 ksize = ivec2(3, 3); +const ivec2 offset = ksize / 2; +const ivec2 wg_size = ivec2(gl_WorkGroupSize); +const ivec2 isize = wg_size + ksize - 1; +shared V4 inp[8][isize.y][isize.x]; +void hook() { + const uvec2 local_xy = gl_LocalInvocationID.xy; + ivec2 base = ivec2(gl_WorkGroupID) * wg_size; + for (uint y = local_xy.y; y < isize.y; y += wg_size.y) { + for (uint x = local_xy.x; x < isize.x; x += wg_size.x) { + const ivec2 input_base = (base + ivec2(x,y) - offset) * ivec2(4, 2); + inp[0][y][x] = V4(conv2d_5_mul * texelFetch(conv2d_5_raw, input_base + ivec2(0, 0), 0) + conv2d_mul * texelFetch(conv2d_raw, input_base + ivec2(0, 0), 0)); + inp[1][y][x] = V4(conv2d_5_mul * texelFetch(conv2d_5_raw, input_base + ivec2(1, 0), 0) + conv2d_mul * texelFetch(conv2d_raw, input_base + ivec2(1, 0), 0)); + inp[2][y][x] = V4(conv2d_5_mul * texelFetch(conv2d_5_raw, input_base + ivec2(2, 0), 0) + conv2d_mul * texelFetch(conv2d_raw, input_base + ivec2(2, 0), 0)); + inp[3][y][x] = V4(conv2d_5_mul * texelFetch(conv2d_5_raw, input_base + ivec2(3, 0), 0) + conv2d_mul * texelFetch(conv2d_raw, input_base + ivec2(3, 0), 0)); + inp[4][y][x] = V4(conv2d_5_mul * texelFetch(conv2d_5_raw, input_base + ivec2(0, 1), 0) + conv2d_mul * texelFetch(conv2d_raw, input_base + ivec2(0, 1), 0)); + inp[5][y][x] = V4(conv2d_5_mul * texelFetch(conv2d_5_raw, input_base + ivec2(1, 1), 0) + conv2d_mul * texelFetch(conv2d_raw, input_base + ivec2(1, 1), 0)); + inp[6][y][x] = V4(conv2d_5_mul * texelFetch(conv2d_5_raw, input_base + ivec2(2, 1), 0) + conv2d_mul * texelFetch(conv2d_raw, input_base + ivec2(2, 1), 0)); + inp[7][y][x] = V4(conv2d_5_mul * texelFetch(conv2d_5_raw, input_base + ivec2(3, 1), 0) + conv2d_mul * texelFetch(conv2d_raw, input_base + ivec2(3, 1), 0)); + } + } + + barrier(); + V4 result0 = V4(0.09878782, 0.09473654, 0.09866235, 0.09544336); + const V4 inp_0_0_0 = inp[0][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_0_1_0 = inp[0][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_0_2_0 = inp[0][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_0_0_1 = inp[0][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_0_1_1 = inp[0][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_0_2_1 = inp[0][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_0_0_2 = inp[0][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_0_1_2 = inp[0][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_0_2_2 = inp[0][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.021845995, 0.00923297, -0.014651779, -0.0005667969, -0.023344567, -0.01833543, -0.011601852, -0.0020169015, 0.045326777, -0.032315172, 0.007078589, -0.020654466, -0.11703377, -0.011664843, -0.02867888, 0.0016418267) * inp_0_0_0; + result0 += M4(-0.030409543, -0.01275331, 0.03163342, 0.008023201, -0.0063992543, -0.0284605, -0.046062823, -0.046731375, 0.013351812, 0.021334628, 0.011847752, 0.040223304, -0.02904078, -0.10056173, -0.0070626857, -0.0431445) * inp_0_1_0; + result0 += M4(0.0039925133, -0.013273887, 0.024387475, 0.031861275, 0.008615945, 0.0074427924, 0.008972938, 0.027460922, -0.032001305, 0.0031068195, 0.009632848, 0.013365713, -0.058926478, -0.12789509, -0.00612882, -0.011997772) * inp_0_2_0; + result0 += M4(0.009170344, -0.0324075, 0.004619318, -0.034588158, 0.0018333842, 0.051718693, -0.049646277, -0.01178411, 0.002353625, -0.001988641, -0.01177594, -0.021371564, 0.010874673, 0.046233833, 0.0061872797, 0.030681292) * inp_0_0_1; + result0 += M4(0.013369006, 0.012099311, 0.0011759301, 0.0048387344, -0.08040615, -0.008611932, 0.054661606, 0.045823786, -0.042669304, 0.02729385, 0.015340368, -0.07672151, 0.23866998, 0.21135826, 0.25820324, 0.21249358) * inp_0_1_1; + result0 += M4(0.0068678367, -0.006582608, -0.04242511, 0.0067600315, 0.04003407, 0.023596024, -0.040863767, 0.00013780208, 0.011312975, -0.034471445, 0.0010264408, 0.045765247, 0.0036205058, -0.043013114, -0.020834597, -0.037008144) * inp_0_2_1; + result0 += M4(-0.006931655, -0.0037352392, 0.0047042053, 0.005864766, 0.0031939682, -0.022786241, 0.060393747, 0.009342759, -0.0069679413, -0.014066365, -0.0020358474, 0.017902795, 0.02122528, 0.018485093, -0.07797075, 0.012235483) * inp_0_0_2; + result0 += M4(-0.006360104, 0.020608008, -0.037814878, -0.024628675, 0.054318395, 0.021033965, 0.01898423, 0.017190056, 0.016437622, 0.0072630853, -0.007951118, 0.020473938, 0.049010765, 0.049702216, 0.033800196, 0.014753147) * inp_0_1_2; + result0 += M4(-0.011965985, 0.027404882, 0.02935067, 0.0021004486, 0.0022131826, -0.025667844, 0.005243409, -0.039458003, -0.0074959868, 0.023709431, -0.022327172, -0.019713128, 0.018060282, -0.017483944, -0.021819854, -0.14553426) * inp_0_2_2; + const V4 inp_1_0_0 = inp[1][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_1_1_0 = inp[1][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_1_2_0 = inp[1][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_1_0_1 = inp[1][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_1_1_1 = inp[1][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_1_2_1 = inp[1][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_1_0_2 = inp[1][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_1_1_2 = inp[1][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_1_2_2 = inp[1][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.020909442, -0.008989111, -0.0021687713, -0.0069194324, -0.040283523, -0.025767792, -0.061803088, 0.0076894625, -0.038674932, 0.02617475, -0.012287884, 0.013908166, 0.006555676, -0.025049394, 0.0214629, -0.009989944) * inp_1_0_0; + result0 += M4(0.02582961, -0.0068905153, 0.00027230143, 0.014628823, 0.04316013, -0.015099009, 0.0050969617, -0.028622165, 0.03956802, 0.029235221, -0.012187185, -0.008831148, 0.023902493, 0.013305333, -0.009518938, -0.010144944) * inp_1_1_0; + result0 += M4(0.0104014985, 0.012121211, -0.009303343, 0.013048964, -0.03256103, 0.019941146, 0.012937486, 0.008066967, 0.012465702, -0.047337092, -0.0074795485, -0.011997537, 0.0038883304, -0.044082843, 0.028101234, -0.028852245) * inp_1_2_0; + result0 += M4(0.006129608, -0.029761057, 0.020156607, -0.003944418, 0.053577717, 0.011727514, 0.044621803, 0.019679843, 0.037838075, 0.016743049, -0.02557201, 0.007592878, 0.0017753294, 0.033697546, -0.009347553, -0.015898146) * inp_1_0_1; + result0 += M4(0.01766015, 0.0041769426, -0.060872417, -0.036149625, 0.0033517217, 0.051414177, 0.0072023966, -0.026097808, -0.004782113, -0.047765225, 0.06063902, -0.03142622, 0.07265865, 0.04818854, 0.030932182, 0.053911157) * inp_1_1_1; + result0 += M4(-0.028035065, 0.01271305, 0.017770875, 0.040135622, -0.016889933, -0.041969404, -0.001332217, 0.022146843, -0.029414564, 0.012494689, 0.0051135183, 0.022950288, -0.05793264, -0.01467772, 0.0044534863, -0.0069829407) * inp_1_2_1; + result0 += M4(-0.013476227, -0.010227336, 0.035730336, -0.007607085, -0.009037083, 0.011669305, -0.024595153, -0.024000788, -0.01305629, 0.010675441, 0.062531665, 0.0058305357, -0.0035399124, 0.013548699, -0.017104633, -0.025176737) * inp_1_0_2; + result0 += M4(-0.02265931, 0.033375267, -0.018153738, 0.031275585, 0.011745682, -0.014601294, 0.0025895135, 0.02577678, 0.0033817946, -0.028464083, -0.033894673, 0.016219346, -0.051407386, -0.025466394, -0.044046972, -0.013803419) * inp_1_1_2; + result0 += M4(0.025124358, -0.006627566, 0.018165471, -0.045887575, -0.013303172, 0.00233562, 0.014297578, -0.004453115, -0.0072876206, 0.027656792, -0.03509256, -0.014018425, 0.0042956136, -0.0003635888, -0.0038194112, 0.05571797) * inp_1_2_2; + const V4 inp_2_0_0 = inp[2][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_2_1_0 = inp[2][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_2_2_0 = inp[2][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_2_0_1 = inp[2][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_2_1_1 = inp[2][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_2_2_1 = inp[2][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_2_0_2 = inp[2][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_2_1_2 = inp[2][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_2_2_2 = inp[2][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.045293126, -0.009507033, -0.020958012, 0.0028741835, -0.028892173, -0.013422339, -0.01375965, 0.015121977, -0.026627388, -0.026482955, -0.00880384, 0.018158864, 0.01903999, 0.0047557238, -0.004414449, 0.019542456) * inp_2_0_0; + result0 += M4(0.04765631, 0.08073932, 0.04718635, 0.10314033, -0.0497485, -0.03233656, -0.052061938, 0.013144127, -0.034823216, -0.018248862, -0.011374393, 0.010479364, 0.049451914, -0.027185217, 0.0057518627, -0.014667739) * inp_2_1_0; + result0 += M4(0.0682864, 0.0014723825, 0.017564783, -0.020534838, -0.0072129145, -0.033394653, -0.023130465, -0.06629361, 0.020750413, 0.029277522, 0.011851179, -0.0038010993, 0.007314412, 0.08797337, -0.019982358, 0.018098628) * inp_2_2_0; + result0 += M4(0.059612896, 0.048109267, 0.015829114, -0.016320577, -0.029167362, -0.08519065, -0.03226275, -0.041980375, -0.060908087, -0.052325465, -0.070109524, -0.044936456, -0.020929731, 0.042971224, -0.0021150808, 0.0029793526) * inp_2_0_1; + result0 += M4(0.0059181005, -0.12868848, -0.1428892, -0.20816758, 0.21199383, 0.1365571, 0.25739637, 0.13362871, 0.0453919, 0.16896047, 0.10884528, 0.07509096, 0.10747506, -0.22761816, 0.21628167, -0.05490478) * inp_2_1_1; + result0 += M4(0.036632143, 0.10728248, -0.012191513, -0.027990773, -0.13214794, -0.05118176, -0.10765409, 0.00035716637, 0.047775343, -0.034511272, -0.0006371164, -0.03463688, -0.07406134, -0.011930151, -0.07452722, -0.012726115) * inp_2_2_1; + result0 += M4(-0.018006856, -0.024927055, -0.039779406, -0.034424353, 0.008507468, 0.0399062, 0.00968349, 0.021581966, -0.011046537, -0.00012341797, 0.020918565, -0.014472872, 0.02436196, 0.013794884, -0.00067718164, 0.009589558) * inp_2_0_2; + result0 += M4(0.020470805, 0.019855456, -0.043477852, -0.043963335, 0.03349275, 0.043551378, -0.006940629, -0.08597366, -0.0044056503, -0.07239349, -0.05716467, -0.00083604624, -0.0015783524, 0.00075090653, 0.0605259, -0.052989032) * inp_2_1_2; + result0 += M4(-0.014607917, -0.006769994, -0.0026060787, -0.010657442, -0.018661296, 0.0012874923, -0.02776995, 0.041963838, 0.023855781, 0.006731541, 0.008845393, -0.007686197, -0.04012487, -0.02294487, -0.043985743, 0.0011835934) * inp_2_2_2; + const V4 inp_3_0_0 = inp[3][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_3_1_0 = inp[3][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_3_2_0 = inp[3][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_3_0_1 = inp[3][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_3_1_1 = inp[3][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_3_2_1 = inp[3][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_3_0_2 = inp[3][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_3_1_2 = inp[3][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_3_2_2 = inp[3][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.021677352, -0.0117401695, 0.004518356, -0.009685185, 0.094834596, 0.013126099, 0.033670343, 0.004231779, -0.029283414, 0.012214747, -0.022137742, 0.016818568, 0.00095621543, -0.014504671, 0.0045239134, 0.011290582) * inp_3_0_0; + result0 += M4(0.02804712, -0.0113771595, 0.007347934, -0.027659193, 0.17502117, 0.19472298, 0.123926565, 0.14307262, -0.013111147, 0.008779482, -0.009959132, 0.005732099, 0.028414708, -0.04436345, 0.011360493, -0.010027618) * inp_3_1_0; + result0 += M4(-0.003838526, 0.011423468, -0.0011499735, 0.024384381, 0.09888151, 0.15951113, 0.013506597, -0.002353069, 0.06127302, -0.014568737, -0.011889662, -0.023750147, -0.026105855, 0.01895885, 0.011877856, 0.022671351) * inp_3_2_0; + result0 += M4(-0.018721849, 0.033940632, -0.0058633573, -0.0006167294, 0.1878491, 0.093363136, 0.18128133, 0.17116942, 0.012423489, -0.010392725, 0.019000173, -0.0169145, -0.035966814, 0.004880984, 0.011222432, 0.023008749) * inp_3_0_1; + result0 += M4(0.017326716, -0.031237172, 0.03410064, 0.044671513, 0.15124398, 0.2144302, 0.18934388, 0.18356955, -0.00025861885, 0.008206613, -0.009892421, -0.010072149, 0.07948794, -0.013292945, -0.014529488, 0.008760314) * inp_3_1_1; + result0 += M4(-0.029952483, 0.012424221, -0.021917323, 0.014153385, 0.010196946, 0.054626264, 0.07610725, 0.15059759, -0.048268948, 0.01518732, 0.003959537, 0.019882564, -0.034728136, 0.020078616, 0.023970602, -0.054023765) * inp_3_2_1; + result0 += M4(0.018374931, 0.00496525, -0.021751571, -0.025935546, 0.04511196, 0.06007452, 0.11724879, 0.054520566, 0.008097092, -0.009317496, -0.030522656, 0.03273854, 0.012870774, -0.022377662, -0.018366655, 0.033529308) * inp_3_0_2; + result0 += M4(0.026773151, 0.009335391, 0.02321184, -0.0072314255, 0.1914924, 0.15432239, 0.19257082, 0.11107709, 0.020814097, -0.0065054037, 0.025610423, -0.0074282633, -0.018777713, 0.032589786, -0.0071435496, -0.009558263) * inp_3_1_2; + result0 += M4(-0.01614204, -0.013995716, -0.024556905, -0.010945395, 0.025782371, 0.04715687, 0.052295957, 0.17307253, -0.012228171, -0.0034974797, 0.03626981, -0.01724794, -0.0063924934, 0.018752439, -0.025179146, -0.023961835) * inp_3_2_2; + const V4 inp_4_0_0 = inp[4][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_4_1_0 = inp[4][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_4_2_0 = inp[4][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_4_0_1 = inp[4][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_4_1_1 = inp[4][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_4_2_1 = inp[4][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_4_0_2 = inp[4][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_4_1_2 = inp[4][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_4_2_2 = inp[4][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.019233782, -0.015165059, -0.038414046, 0.0044954726, 0.011204252, 0.04189584, -0.021014044, 0.0009775371, 0.04242332, 0.012255439, -0.0007449484, 0.02052313, 0.03485092, -0.012134074, 0.004389388, -0.0014908464) * inp_4_0_0; + result0 += M4(0.028782545, 0.009470256, -0.01541961, 0.015471757, 0.009774452, -0.014652784, 0.0007463575, 0.031451415, -0.07373567, -0.024669297, -0.01780204, -0.03869637, -0.013541652, -0.016476562, 0.02350204, 0.0055448296) * inp_4_1_0; + result0 += M4(0.005574446, -0.0156076485, -0.012073491, 0.021793216, -0.025638446, -0.0064817294, 0.004325301, 0.0032413984, 0.016225765, -0.018339487, 0.009920945, 0.04658623, 0.036285006, -0.012757719, 0.01668213, -0.025542723) * inp_4_2_0; + result0 += M4(0.009313834, -0.022023713, 0.054740716, -0.0046449453, -0.0038328264, -0.004731104, -0.0030217846, -0.009901582, -0.04144257, 0.0039868546, -0.0009157865, -0.023685891, -0.04189296, -0.008065431, -0.0018986162, 0.034864567) * inp_4_0_1; + result0 += M4(-0.033850703, -0.02981953, 0.044203404, -0.05170425, -0.019150872, 0.038871318, -0.011871686, -0.014906511, 0.08776331, 0.010405535, -0.06530442, 0.10109231, -0.01247806, 0.030118234, 0.018255925, -0.04644983) * inp_4_1_1; + result0 += M4(0.013363665, 0.05365835, -0.0080188615, -0.04533615, -0.010505944, -0.019319572, 0.012085702, 0.018746953, -0.030789211, 0.035555065, 0.048638955, -0.060334958, 0.03077203, 0.03312572, -0.003593782, 0.029485438) * inp_4_2_1; + result0 += M4(0.0051345294, 0.023436071, -0.0077538597, 0.0029680484, 0.031210141, -0.016144648, -0.007804191, -0.000639, 0.0038666534, 0.013053829, 0.019085327, 0.006428825, 0.015040178, 0.011052756, -0.0061197295, 0.00064434315) * inp_4_0_2; + result0 += M4(-0.027774539, 0.010080438, -0.007904666, 0.025843294, -0.001809348, -0.0052564964, 0.010171315, -0.036257602, 0.007382936, 0.000710884, 0.03675937, -0.054207988, -0.0033079379, -0.007492857, -0.036551356, 0.037562624) * inp_4_1_2; + result0 += M4(-0.020291371, -0.0135067245, -0.009745377, 0.031590693, 0.009073487, -0.014500891, 0.017604554, 0.006615444, -0.010812366, -0.033496596, -0.030757034, 0.003623485, -0.045518775, -0.018312827, -0.012984233, -0.035579395) * inp_4_2_2; + const V4 inp_5_0_0 = inp[5][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_5_1_0 = inp[5][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_5_2_0 = inp[5][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_5_0_1 = inp[5][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_5_1_1 = inp[5][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_5_2_1 = inp[5][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_5_0_2 = inp[5][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_5_1_2 = inp[5][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_5_2_2 = inp[5][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.021392154, -0.04481118, -0.025659792, -0.018115979, -0.0162344, -0.0031181679, 0.0048183156, -0.012093688, 0.014172713, 0.05281507, 0.044272874, 0.015096085, 0.03004133, 0.0078117596, -0.040290818, 0.011920343) * inp_5_0_0; + result0 += M4(0.003935762, -0.016772285, 0.0074610407, 0.020580398, 0.012782687, -0.014274959, -0.013686723, 0.020124272, -0.026106529, -0.06202789, -0.028806278, 0.017611576, -0.0063033686, -0.009796388, 0.017634671, 0.021701822) * inp_5_1_0; + result0 += M4(-0.01126909, 0.020495001, 0.002539927, 0.009516308, 0.010247538, -0.0006374959, -0.005510141, 0.010154715, -0.014088566, 0.014521846, -0.011839686, 0.004684481, 0.004166807, -0.012444833, 0.006424152, -0.023572352) * inp_5_2_0; + result0 += M4(0.040388003, -0.029881483, -0.057309493, 0.046086986, 0.019913333, 0.0007068011, 0.00027581103, 0.040743127, 0.05739379, 0.0063867355, -0.020870255, 0.020377604, -0.004864155, 0.046745323, 0.009826212, 0.02760339) * inp_5_0_1; + result0 += M4(-0.029892137, 0.010040926, 0.028237386, 0.022597332, -0.064409144, 0.058986817, 0.042260945, -0.0625515, -0.050471894, 0.021828845, 0.058564726, -0.054811925, 0.017653879, 0.007535327, 0.0055531706, -0.022872955) * inp_5_1_1; + result0 += M4(-0.009040554, 0.03354936, -0.011932947, -0.020966467, -0.024817932, 0.014737554, 0.0004824739, -0.011072206, 0.0060642264, -0.041654542, 0.008506339, -0.0116498135, -0.03797305, -0.050029065, -0.012251583, 0.010174026) * inp_5_2_1; + result0 += M4(-0.02201589, 0.029991172, 0.025814207, 0.0199784, -0.002038181, -0.007519278, -0.011738085, -0.0076679164, -0.024628848, 0.01716019, 0.0042316145, -0.022639744, -0.025593556, -0.034525767, 0.021443795, -0.03779618) * inp_5_0_2; + result0 += M4(-0.023332486, 0.0075709624, 0.016141376, -0.01976806, 0.01827179, -0.003539572, 0.018100504, -0.0037530842, 0.038870916, -0.021204714, -0.06045873, 0.022238068, -0.002437607, -0.0025254504, -0.04341895, -0.010414948) * inp_5_1_2; + result0 += M4(0.030545482, -0.010887457, 0.014306388, -0.05985375, 0.007032392, -0.0074627553, -0.005134922, -0.0021265035, -0.0015534473, 0.013533022, 0.005196969, 0.009838008, 0.025642194, 0.047146488, 0.035174802, 0.02292211) * inp_5_2_2; + const V4 inp_6_0_0 = inp[6][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_6_1_0 = inp[6][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_6_2_0 = inp[6][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_6_0_1 = inp[6][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_6_1_1 = inp[6][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_6_2_1 = inp[6][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_6_0_2 = inp[6][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_6_1_2 = inp[6][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_6_2_2 = inp[6][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.04895621, 0.033444706, 0.022162106, 0.026694214, 0.0021245852, -0.005840921, 0.022099504, 0.0002869935, 0.050674517, 0.023502694, 0.028487528, 0.031746116, 0.03148947, 0.036248755, 0.021912456, 0.010571573) * inp_6_0_0; + result0 += M4(-0.052591007, -0.0017953392, -0.050473, -0.031431798, -0.017156571, 0.00080332335, -0.015072964, 0.0118451025, -0.093807325, -0.10117188, 0.005661041, -0.0040574246, 0.09849568, 0.046757482, 0.12010055, 0.103599615) * inp_6_1_0; + result0 += M4(-0.03765376, -0.029832983, -0.011725054, -0.012807199, 0.008137142, 0.0031612592, -0.018345634, 0.028766897, 0.01990054, -0.026210047, -0.0023832824, -0.021838618, 0.057052597, 0.082380325, 0.016509969, 0.002374868) * inp_6_2_0; + result0 += M4(-0.031158147, -0.012876452, 0.024566712, -0.025070176, -0.0054019196, 0.046503052, -0.0097213015, 0.012948774, 0.062119573, 0.075426705, 0.10073122, 0.1607912, 0.029890282, 0.029083041, -0.008166052, 0.030011285) * inp_6_0_1; + result0 += M4(0.051949676, 0.0026599355, 0.06839426, 0.035303876, 0.043927867, -0.020438084, 0.023172678, -0.011855767, -0.22268605, -0.22342284, -0.33833888, -0.34882563, -0.20737693, -0.16748215, -0.14986652, -0.1511559) * inp_6_1_1; + result0 += M4(-0.008782758, 0.031245582, -0.06797611, 0.03258001, 0.013847654, -0.051280174, -0.021121792, -0.028629825, -0.15271252, -0.15525945, -0.09532162, -0.09459921, -0.017235694, -0.029691847, -0.046402782, -0.02710881) * inp_6_2_1; + result0 += M4(-0.007705225, 0.01562444, -0.027051156, 0.019640312, 0.015288926, 0.0095897615, -0.009082686, -0.011777561, 0.111967355, 0.101920836, 0.13098808, 0.11525785, 0.021068454, 0.014203576, 0.010398689, -0.012018553) * inp_6_0_2; + result0 += M4(0.0025176252, -0.021547073, 0.053279445, 0.03631143, -0.029470364, -0.009878799, 0.0047456236, 0.017005615, 0.20778167, 0.1522982, 0.18931435, 0.02524994, -0.011741181, -0.018575177, -0.017983139, -0.018387204) * inp_6_1_2; + result0 += M4(0.033195987, -0.018054826, -0.0082814535, -0.08218203, -0.031923074, 0.027260855, 0.023896065, -0.018352447, 0.020977572, 0.0142076425, 0.01884883, 0.03549403, -0.012022381, -0.009845198, -0.0018749286, -4.8127735e-05) * inp_6_2_2; + const V4 inp_7_0_0 = inp[7][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_7_1_0 = inp[7][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_7_2_0 = inp[7][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_7_0_1 = inp[7][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_7_1_1 = inp[7][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_7_2_1 = inp[7][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_7_0_2 = inp[7][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_7_1_2 = inp[7][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_7_2_2 = inp[7][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.009165479, -0.008698953, -0.021462748, -0.020848881, 0.016930848, -0.0018519993, -0.0026254382, 0.009120888, 0.060157303, -0.004048518, 0.005259344, -0.0062268097, 0.015395012, -0.020801028, 0.016654074, -0.009187287) * inp_7_0_0; + result0 += M4(-0.009528176, -0.04606582, 0.002827408, -0.0070309443, 0.10304533, 0.061039165, 0.063341014, 0.07237408, 0.013601314, 0.048085064, -0.031053858, -0.023337703, 0.02948484, -0.016950078, 0.013391826, -0.019121265) * inp_7_1_0; + result0 += M4(0.0325016, -0.007798743, -0.022440113, 0.012150947, -0.032955628, -0.03427973, -0.015344162, -0.04266901, 0.017220825, 0.02218315, -0.011773896, 0.001618144, -0.0072916434, -0.0053652897, -0.010072158, 0.029030822) * inp_7_2_0; + result0 += M4(0.025213646, 0.02245886, 0.039504524, -0.025092835, 0.15036894, 0.023286892, 0.06597429, -0.045287404, 0.016733807, 0.005125903, 0.07001157, -0.031541523, -0.02124107, 0.017432276, -0.012416234, 0.0007289886) * inp_7_0_1; + result0 += M4(-0.04779597, -0.018533265, 0.002221774, 0.06374125, 0.37603468, 0.42516834, 0.23503834, 0.3698628, -0.23278037, -0.05660784, 0.049247917, 0.22647466, -0.012263151, 0.03471921, -0.030884063, 0.0038005607) * inp_7_1_1; + result0 += M4(-0.0456132, 0.03916306, 0.004180005, -0.047036458, -0.14230324, -0.03966774, -0.17610934, -0.17105536, 0.004771039, -0.08297986, -0.0018637177, -0.029170942, -0.03435574, 0.021944506, 0.007175809, -0.015327818) * inp_7_2_1; + result0 += M4(0.017349165, 0.0053192223, -0.0091194725, -0.016326236, -0.07863331, -0.067475334, 0.018275704, -0.062506095, 0.029034514, 0.02288371, -0.008628643, -0.0024705012, -0.0093607, -0.002580434, 0.020385062, 0.0037343465) * inp_7_0_2; + result0 += M4(0.010348636, -0.03127588, 0.022416286, 0.042963654, -0.17467192, -0.2233974, -0.009850513, -0.04556525, 0.04829571, 0.017565792, -0.086523086, -0.07105858, 0.037150603, -0.0181264, -0.04215805, -0.0015138985) * inp_7_1_2; + result0 += M4(0.010021619, 0.044416822, -0.020417435, -0.0011495892, -0.15771282, -0.14838748, -0.17133443, -0.14307828, 0.042705785, 0.02880333, 0.011857535, -0.06327709, 0.0028345648, -0.011308451, 0.038270682, 0.008408807) * inp_7_2_2; + const ivec2 output_base = ivec2(gl_GlobalInvocationID) * ivec2(1, 1); + imageStore(out_image, output_base + ivec2(0, 0), result0); +} + +//!DESC ArtCNN C4F32 (Depth-To-Space) +//!COMPUTE 12 16 12 16 +//!HOOK LUMA +//!BIND conv2d_6 +//!WIDTH LUMA.w 2.0 * +//!HEIGHT LUMA.h 2.0 * +//!COMPONENTS 4 +//!WHEN OUTPUT.w LUMA.w / 1.3 > OUTPUT.h LUMA.h / 1.3 > * +#extension GL_EXT_shader_explicit_arithmetic_types_float16 : enable +#ifdef GL_EXT_shader_explicit_arithmetic_types_float16 +# define V4 f16vec4 +# define M4 f16mat4 +# define F float16_t +#else +# define V4 vec4 +# define M4 mat4 +# define F float +#endif + +void hook() { + vec4 result = vec4(0.0, 0.0, 0.0, 1.0); + vec2 f0 = fract(conv2d_6_pos * conv2d_6_size); + ivec2 i0 = ivec2(f0 * vec2(2.0)); + result.x = conv2d_6_tex((vec2(0.5) - f0) * conv2d_6_pt + conv2d_6_pos)[i0.y * 2 + i0.x]; + imageStore(out_image, ivec2(gl_GlobalInvocationID), clamp(result, 0.0, 1.0)); +} diff --git a/.config/mpv/shaders/ArtCNN_C4F32_DS.glsl b/.config/mpv/shaders/ArtCNN_C4F32_DS.glsl new file mode 100644 index 0000000..70254f6 --- /dev/null +++ b/.config/mpv/shaders/ArtCNN_C4F32_DS.glsl @@ -0,0 +1,3927 @@ +// MIT License + +// Copyright (c) 2024 Joao Chrisostomo, Kacper Michajłow + +// Permission is hereby granted, free of charge, to any person obtaining a copy +// of this software and associated documentation files (the "Software"), to deal +// in the Software without restriction, including without limitation the rights +// to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +// copies of the Software, and to permit persons to whom the Software is +// furnished to do so, subject to the following conditions: + +// The above copyright notice and this permission notice shall be included in all +// copies or substantial portions of the Software. + +// THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +// IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +// FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +// AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER +// LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, +// OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE +// SOFTWARE. + +//!DESC ArtCNN C4F32 DS (Conv2D) +//!COMPUTE 48 32 12 16 +//!HOOK LUMA +//!BIND LUMA +//!SAVE conv2d +//!WIDTH LUMA.w 4.0 * +//!HEIGHT LUMA.h 2.0 * +//!COMPONENTS 4 +//!WHEN OUTPUT.w LUMA.w / 1.3 > OUTPUT.h LUMA.h / 1.3 > * +#extension GL_EXT_shader_explicit_arithmetic_types_float16 : enable +#ifdef GL_EXT_shader_explicit_arithmetic_types_float16 +# define V4 f16vec4 +# define M4 f16mat4 +# define F float16_t +#else +# define V4 vec4 +# define M4 mat4 +# define F float +#endif + +const ivec2 ksize = ivec2(3, 3); +const ivec2 offset = ksize / 2; +const ivec2 wg_size = ivec2(gl_WorkGroupSize); +const ivec2 isize = wg_size + ksize - 1; +shared F inp[1][isize.y][isize.x]; +void hook() { + const uvec2 local_xy = gl_LocalInvocationID.xy; + ivec2 base = ivec2(gl_WorkGroupID) * wg_size; + for (uint y = local_xy.y; y < isize.y; y += wg_size.y) { + for (uint x = local_xy.x; x < isize.x; x += wg_size.x) { + const ivec2 input_base = (base + ivec2(x,y) - offset) * ivec2(1, 1); + inp[0][y][x] = F(LUMA_mul * texelFetch(LUMA_raw, input_base + ivec2(0, 0), 0).x); + } + } + + barrier(); + V4 result0 = V4(0.00059421, -0.0026045588, -0.0006108253, -0.08492119); + V4 result1 = V4(-0.00035372374, -0.0003572344, -0.0013393819, 0.0005660144); + V4 result2 = V4(0.002993011, 0.0070888526, 0.0020018439, 0.002501177); + V4 result3 = V4(-0.0024211009, -0.05971874, -5.7197096e-05, 0.000981694); + V4 result4 = V4(-0.0008129696, 0.0007712776, 0.00034729243, -0.0001277347); + V4 result5 = V4(-0.00021367395, 9.3650204e-05, 0.0008922946, 0.0001584326); + V4 result6 = V4(-0.0030164458, -9.39177e-06, 0.029349048, 0.0389926); + V4 result7 = V4(-0.0009346589, -0.0003968174, 0.0067445743, -0.00035754472); + const F inp_0_0_0 = inp[0][local_xy.y + 0][local_xy.x + 0]; + const F inp_0_1_0 = inp[0][local_xy.y + 0][local_xy.x + 1]; + const F inp_0_2_0 = inp[0][local_xy.y + 0][local_xy.x + 2]; + const F inp_0_0_1 = inp[0][local_xy.y + 1][local_xy.x + 0]; + const F inp_0_1_1 = inp[0][local_xy.y + 1][local_xy.x + 1]; + const F inp_0_2_1 = inp[0][local_xy.y + 1][local_xy.x + 2]; + const F inp_0_0_2 = inp[0][local_xy.y + 2][local_xy.x + 0]; + const F inp_0_1_2 = inp[0][local_xy.y + 2][local_xy.x + 1]; + const F inp_0_2_2 = inp[0][local_xy.y + 2][local_xy.x + 2]; + result0 += V4(-0.05720956, -0.06903012, 0.068310924, -0.038781982) * inp_0_0_0; + result0 += V4(0.040161997, 0.2013884, -0.070959255, -0.00211659) * inp_0_1_0; + result0 += V4(-0.027866466, -0.1263024, 0.03945074, 0.03977398) * inp_0_2_0; + result0 += V4(0.09448115, -0.012722074, -0.017741358, -0.18534198) * inp_0_0_1; + result0 += V4(-0.025378618, -0.03839837, -0.04376362, 0.11720926) * inp_0_1_1; + result0 += V4(0.012214564, 0.039207757, 0.023578104, 0.12853287) * inp_0_2_1; + result0 += V4(-0.026298959, 0.08818499, -0.040490296, -0.0063463673) * inp_0_0_2; + result0 += V4(-0.033232253, -0.15830266, 0.089201175, 0.059763063) * inp_0_1_2; + result0 += V4(0.021248993, 0.078120664, -0.046352822, 0.08057135) * inp_0_2_2; + result1 += V4(0.0084586125, 0.06546896, 0.089953765, 0.09739724) * inp_0_0_0; + result1 += V4(0.07370753, -0.052235793, 0.06624783, -0.11533037) * inp_0_1_0; + result1 += V4(-0.058357798, 0.024528306, -0.13545036, -0.038999118) * inp_0_2_0; + result1 += V4(-0.008160546, -0.040027905, -0.10843342, -0.1526205) * inp_0_0_1; + result1 += V4(-0.086275786, 0.05316023, 0.049899112, 0.16811445) * inp_0_1_1; + result1 += V4(0.045399483, -0.07085666, 0.029709175, 0.07084875) * inp_0_2_1; + result1 += V4(-0.022196436, -0.056992456, 0.0076457784, 0.063735776) * inp_0_0_2; + result1 += V4(0.034277212, 0.017756267, -0.11179555, -0.055455405) * inp_0_1_2; + result1 += V4(0.013569325, 0.0612484, 0.11416159, -0.037677463) * inp_0_2_2; + result2 += V4(-0.018447109, 0.016015902, 0.0638154, -0.015687577) * inp_0_0_0; + result2 += V4(0.031911608, 0.08540334, -0.15331753, 0.003208568) * inp_0_1_0; + result2 += V4(-0.03360432, -0.01761468, 0.04523877, -0.025072247) * inp_0_2_0; + result2 += V4(-0.07640721, -0.20427635, -0.063998245, -0.07356574) * inp_0_0_1; + result2 += V4(-0.3287912, 0.5197998, 0.35349694, 0.09646598) * inp_0_1_1; + result2 += V4(-0.0007118964, -0.32668594, -0.21552823, 0.10529735) * inp_0_2_1; + result2 += V4(0.120177075, -0.06988313, 0.009631942, 0.011986648) * inp_0_0_2; + result2 += V4(0.25396907, 0.008469441, -0.16536789, -0.12251586) * inp_0_1_2; + result2 += V4(0.04895496, -0.011422383, 0.12547605, 0.015737237) * inp_0_2_2; + result3 += V4(-0.00071473006, 0.034433134, -0.007700647, -0.008681562) * inp_0_0_0; + result3 += V4(-0.039788723, 0.19000232, -0.0065628244, -0.024851965) * inp_0_1_0; + result3 += V4(0.03886775, 0.025879256, 0.04063019, 0.015064802) * inp_0_2_0; + result3 += V4(0.007172039, 0.10771867, -0.05134853, 0.017718824) * inp_0_0_1; + result3 += V4(-0.018345907, 0.23767412, 0.03607096, 0.08546286) * inp_0_1_1; + result3 += V4(0.052992802, 0.18220265, -0.040996663, -0.054348283) * inp_0_2_1; + result3 += V4(0.021435615, 0.11114274, 0.041500676, -0.015510711) * inp_0_0_2; + result3 += V4(-0.088456504, 0.014998645, -0.0077594114, -0.05686206) * inp_0_1_2; + result3 += V4(0.02980781, 0.08559099, -0.0027411773, 0.040014014) * inp_0_2_2; + result4 += V4(-0.010802783, 0.041537613, 0.013188507, -0.0100586405) * inp_0_0_0; + result4 += V4(0.02343228, -0.039955676, -0.064961195, -0.001099957) * inp_0_1_0; + result4 += V4(-0.030414548, 0.008641178, 0.0730152, 0.033116963) * inp_0_2_0; + result4 += V4(-0.00615819, -0.028239103, -0.008127953, -0.058925588) * inp_0_0_1; + result4 += V4(-0.05042115, 0.044934776, 0.10996656, -0.008548018) * inp_0_1_1; + result4 += V4(0.06839975, -0.010754858, -0.09766665, 0.019332128) * inp_0_2_1; + result4 += V4(0.025619071, -0.011547161, 0.011049605, 0.05791401) * inp_0_0_2; + result4 += V4(0.030315332, -0.01088887, -0.054349568, 0.033717196) * inp_0_1_2; + result4 += V4(-0.049095597, 0.0049878936, 0.018198276, -0.06530356) * inp_0_2_2; + result5 += V4(-0.01616407, 0.0008555966, 0.021815524, 0.0802821) * inp_0_0_0; + result5 += V4(0.008259966, -0.011062282, 0.03494704, -0.024195926) * inp_0_1_0; + result5 += V4(0.002716732, 0.008612918, -0.034620512, -0.08136076) * inp_0_2_0; + result5 += V4(-0.028693613, -0.005875763, 0.009658498, -0.09647011) * inp_0_0_1; + result5 += V4(0.01297196, 0.023385055, -0.06589606, -0.0076495893) * inp_0_1_1; + result5 += V4(0.020628722, -0.010835739, 0.0860356, 0.143927) * inp_0_2_1; + result5 += V4(0.03235066, 0.00762383, -0.035273455, 0.02806298) * inp_0_0_2; + result5 += V4(0.015449638, -0.012428944, 0.03868852, 0.029288178) * inp_0_1_2; + result5 += V4(-0.047466204, -0.00035494898, -0.05860554, -0.072583735) * inp_0_2_2; + result6 += V4(-0.041209485, 0.049689256, 0.03848615, -0.02230328) * inp_0_0_0; + result6 += V4(-0.015236934, -0.03890892, 0.24399142, -0.11847331) * inp_0_1_0; + result6 += V4(0.0753005, -0.004737102, 0.12888695, 0.007313608) * inp_0_2_0; + result6 += V4(-0.13407758, -0.032969758, -0.25555563, -0.013154287) * inp_0_0_1; + result6 += V4(0.18857452, 0.032050285, -0.354498, -0.18323424) * inp_0_1_1; + result6 += V4(-0.021725243, -0.0043262867, 0.19019929, 0.027484423) * inp_0_2_1; + result6 += V4(0.17300096, -0.0017002843, -0.05499701, 0.026156604) * inp_0_0_2; + result6 += V4(-0.17121573, -0.013974816, -0.003403842, 0.08982031) * inp_0_1_2; + result6 += V4(-0.049816374, 0.0146233495, -0.022609651, 0.111714736) * inp_0_2_2; + result7 += V4(0.012295933, -0.18987696, -0.046402045, -0.016141297) * inp_0_0_0; + result7 += V4(-0.0012115657, -0.19670378, -0.012887067, 0.06507453) * inp_0_1_0; + result7 += V4(0.029934919, -0.025932675, -0.025668262, -0.0581377) * inp_0_2_0; + result7 += V4(-0.016512442, -0.21443945, 0.01515749, 0.06466304) * inp_0_0_1; + result7 += V4(-0.076333076, 0.49315628, 0.08659942, -0.055057593) * inp_0_1_1; + result7 += V4(0.015373549, 0.115858175, 0.009898049, 0.02554801) * inp_0_2_1; + result7 += V4(-0.008511473, -0.0421585, -0.02655636, -0.052159943) * inp_0_0_2; + result7 += V4(0.07152557, 0.09254572, -0.010450508, -0.003908911) * inp_0_1_2; + result7 += V4(-0.02420516, 0.0012162832, -0.0006933234, 0.029896354) * inp_0_2_2; + const ivec2 output_base = ivec2(gl_GlobalInvocationID) * ivec2(4, 2); + imageStore(out_image, output_base + ivec2(0, 0), result0); + imageStore(out_image, output_base + ivec2(1, 0), result1); + imageStore(out_image, output_base + ivec2(2, 0), result2); + imageStore(out_image, output_base + ivec2(3, 0), result3); + imageStore(out_image, output_base + ivec2(0, 1), result4); + imageStore(out_image, output_base + ivec2(1, 1), result5); + imageStore(out_image, output_base + ivec2(2, 1), result6); + imageStore(out_image, output_base + ivec2(3, 1), result7); +} + +//!DESC ArtCNN C4F32 DS (Conv2D-1-ReLU) +//!COMPUTE 48 32 12 16 +//!HOOK LUMA +//!BIND conv2d +//!SAVE conv2d_1 +//!WIDTH LUMA.w 4.0 * +//!HEIGHT LUMA.h 2.0 * +//!COMPONENTS 4 +//!WHEN OUTPUT.w LUMA.w / 1.3 > OUTPUT.h LUMA.h / 1.3 > * +#extension GL_EXT_shader_explicit_arithmetic_types_float16 : enable +#ifdef GL_EXT_shader_explicit_arithmetic_types_float16 +# define V4 f16vec4 +# define M4 f16mat4 +# define F float16_t +#else +# define V4 vec4 +# define M4 mat4 +# define F float +#endif + +const ivec2 ksize = ivec2(3, 3); +const ivec2 offset = ksize / 2; +const ivec2 wg_size = ivec2(gl_WorkGroupSize); +const ivec2 isize = wg_size + ksize - 1; +shared V4 inp[8][isize.y][isize.x]; +void hook() { + const uvec2 local_xy = gl_LocalInvocationID.xy; + ivec2 base = ivec2(gl_WorkGroupID) * wg_size; + for (uint y = local_xy.y; y < isize.y; y += wg_size.y) { + for (uint x = local_xy.x; x < isize.x; x += wg_size.x) { + const ivec2 input_base = (base + ivec2(x,y) - offset) * ivec2(4, 2); + inp[0][y][x] = V4(conv2d_mul * texelFetch(conv2d_raw, input_base + ivec2(0, 0), 0)); + inp[1][y][x] = V4(conv2d_mul * texelFetch(conv2d_raw, input_base + ivec2(1, 0), 0)); + inp[2][y][x] = V4(conv2d_mul * texelFetch(conv2d_raw, input_base + ivec2(2, 0), 0)); + inp[3][y][x] = V4(conv2d_mul * texelFetch(conv2d_raw, input_base + ivec2(3, 0), 0)); + inp[4][y][x] = V4(conv2d_mul * texelFetch(conv2d_raw, input_base + ivec2(0, 1), 0)); + inp[5][y][x] = V4(conv2d_mul * texelFetch(conv2d_raw, input_base + ivec2(1, 1), 0)); + inp[6][y][x] = V4(conv2d_mul * texelFetch(conv2d_raw, input_base + ivec2(2, 1), 0)); + inp[7][y][x] = V4(conv2d_mul * texelFetch(conv2d_raw, input_base + ivec2(3, 1), 0)); + } + } + + barrier(); + V4 result0 = V4(-0.042714596, 0.011591515, 0.07238511, 0.03595657); + V4 result1 = V4(0.010827413, -0.36382675, -0.014524071, -0.014273523); + V4 result2 = V4(-0.00071941706, 0.03461611, 0.03235031, 0.037781585); + V4 result3 = V4(-0.016128618, 0.036656387, -0.02016149, -0.010464984); + V4 result4 = V4(0.017564462, 0.00023234202, -0.006873899, -1.1628507); + V4 result5 = V4(0.019172806, 0.010472192, 0.009836619, 0.0031299193); + V4 result6 = V4(0.0018006279, 0.02388624, 0.00819407, -0.03491282); + V4 result7 = V4(0.025965977, -0.011213607, -0.0010511605, -0.00097063923); + const V4 inp_0_0_0 = inp[0][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_0_1_0 = inp[0][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_0_2_0 = inp[0][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_0_0_1 = inp[0][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_0_1_1 = inp[0][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_0_2_1 = inp[0][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_0_0_2 = inp[0][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_0_1_2 = inp[0][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_0_2_2 = inp[0][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.020268647, 0.14825523, 0.007372486, -0.045210518, 0.0061434456, 0.23509921, 0.06850672, 0.14130206, -0.04479972, -0.34290636, -0.029150475, 0.011045418, 0.08095481, 0.17917089, -0.12147151, -0.07294466) * inp_0_0_0; + result0 += M4(0.05458638, -0.048679367, 0.022237385, -0.14177488, -0.03144672, -0.04454854, 0.019220626, 0.013696505, 0.075617835, 0.12123587, -0.045615565, 0.11063499, -0.028505491, 0.09205069, 0.07092868, 0.08160769) * inp_0_1_0; + result0 += M4(-0.07180649, -0.026103359, -0.027361687, 0.15016098, -0.050517555, 0.04939807, -0.034428593, 0.09034812, -0.031054338, 0.04080863, 0.060605668, -0.14733653, 0.06970039, -0.074839495, 0.031730924, -0.01834558) * inp_0_2_0; + result0 += M4(0.020511141, 0.19019808, 0.011577099, -0.018903792, 0.1428631, 0.20722544, 0.034837175, -0.05836752, -0.05286037, 0.008573406, -0.01266339, 0.023769394, -0.08835682, 0.21767567, 0.09204842, -0.014379353) * inp_0_0_1; + result0 += M4(-0.074524745, -0.27822876, 0.013350811, 0.03883656, 0.034003742, -0.12169725, -0.001302453, -0.15816908, 0.08625305, -0.04697309, 0.048174124, -0.014137186, -0.059876204, 0.22270301, -0.013324488, 0.2222257) * inp_0_1_1; + result0 += M4(0.026421938, 0.07146637, -0.014214964, 0.004115642, 0.097909145, 0.070237145, -0.105134584, -0.09889645, -0.04722841, 0.034669243, 0.0005260954, -0.008091203, -0.24982406, -0.07029222, 0.17892233, -0.08811164) * inp_0_2_1; + result0 += M4(-0.04663377, -0.27243048, 0.0391867, 0.11637642, -0.05228384, -0.5024352, 0.16150029, 0.020510964, 0.036365733, 0.39841992, -0.057961017, -0.07950254, -0.01859421, 0.20775238, -0.036983132, -0.13551942) * inp_0_0_2; + result0 += M4(0.011411134, 0.22569728, -0.0152920475, -0.022221385, -0.1562097, 0.05529353, -0.09342427, 0.053615596, -0.082741335, -0.16765948, 0.03603018, -0.005320681, 0.043266498, 0.083909445, 0.12812527, 0.030047817) * inp_0_1_2; + result0 += M4(0.078962885, -0.0071162875, -0.04424544, -0.07724012, -0.053223457, 0.009493869, 0.123284, 0.026991306, 0.049395826, -0.029972022, -0.059212867, 0.088321514, -0.009095844, -0.020606572, -0.015364895, -0.055298522) * inp_0_2_2; + result1 += M4(-0.06232669, -0.026769124, 0.021521335, -0.027186217, -0.054370288, -0.18382342, 0.03233994, 0.03575063, 0.03396374, 0.109278314, -0.08659539, 0.019022297, -0.16251917, 0.18142869, 0.006772278, 0.006308613) * inp_0_0_0; + result1 += M4(-0.06621316, 0.008242259, -0.02455648, 0.041844133, 0.24871416, 0.19029002, 0.028239056, 0.038674828, -0.08053818, 0.009687939, -0.21889219, -0.0036235754, -0.07284282, 0.13503881, 0.0470514, -0.008415604) * inp_0_1_0; + result1 += M4(0.3297149, -0.027571684, 0.053300206, -0.05690302, 0.105289154, -0.10117306, 0.018809851, -0.024461899, -0.20733619, 0.031998433, 0.16168839, -0.0073598498, -0.18165122, 0.10275211, -0.16246904, 0.11249039) * inp_0_2_0; + result1 += M4(0.15595962, -0.116506785, -0.031276602, -0.01604919, -0.062258553, 0.066844955, -0.20105594, 0.07654626, 0.06442371, -0.063042715, 0.33330128, -0.05215178, 0.05460772, 0.17684814, 0.0145007055, 0.0033711654) * inp_0_0_1; + result1 += M4(-0.025682015, 0.22786757, 0.037356365, -0.22583298, -0.05409413, 0.09852505, 0.07245512, -0.06894147, -0.035620697, -0.047470212, -0.12066471, 0.19949281, -0.111082375, -0.0654596, 0.0113748815, -0.04759167) * inp_0_1_1; + result1 += M4(-0.35541508, -0.054041676, -0.10126022, 0.28670153, -0.38971886, 0.07401345, -0.278561, 0.30413467, 0.30421135, -0.07436365, 0.063763194, -0.1575792, -0.23363066, 0.019641457, -0.13043486, -0.3374282) * inp_0_2_1; + result1 += M4(-0.093819425, 0.14299177, -0.023607735, 0.015175345, -0.0017927431, 0.14492702, -0.034533955, -0.036500532, -0.035934616, -0.13721408, -0.087653875, -0.007531532, 0.017685894, 0.13622876, 0.061079826, -0.14280173) * inp_0_0_2; + result1 += M4(0.088514924, -0.26559612, 0.075079374, 0.18216874, 0.02842939, -0.14897862, 0.3180968, 0.17789103, -0.008417494, 0.09965723, -0.020617135, -0.1571512, -0.063983515, -0.015497844, -0.13906275, 0.18156528) * inp_0_1_2; + result1 += M4(0.055296432, 0.031179115, -0.032635134, -0.17856987, 0.1516071, -0.065819584, 0.0015008441, -0.37496942, -0.028610846, 0.09001752, 0.038358472, 0.12101329, 0.1332594, -0.055094093, 0.12954836, -0.12312948) * inp_0_2_2; + result2 += M4(0.04436205, 0.03272969, 0.082117066, -0.14897831, 0.02078067, 0.025371421, -0.030298583, 0.059800632, -0.17460795, -0.049655095, -0.09496556, 0.23973551, 0.1732751, 0.05343574, 0.03247581, -0.13606766) * inp_0_0_0; + result2 += M4(-0.044836625, -0.084655724, -0.08816038, 0.20282699, -0.087223254, 0.018615223, 0.062091693, 0.12016283, 0.12447433, 0.017893136, -0.007466032, -0.12877573, -0.20169918, 0.07549086, 0.02625559, -0.014327254) * inp_0_1_0; + result2 += M4(0.000937708, -0.02372029, 0.020972041, -0.128782, 0.062136948, 0.17730762, 0.051112503, -0.23772344, -0.011192493, 0.020326655, 0.019522913, -0.030132089, 0.24831614, -0.05930657, 0.056801796, -0.041750364) * inp_0_2_0; + result2 += M4(0.15253678, 0.043978646, -0.089194424, -0.21455081, 0.052367248, 0.1811088, 0.017147724, -0.12380393, 0.09191318, -0.058358476, 0.06501043, 0.09066592, 0.0033466078, -0.009727251, 0.03180371, -0.055824853) * inp_0_0_1; + result2 += M4(-0.030182308, 0.13921423, 0.22085072, -0.044830274, 0.15198313, 0.026134778, 0.062357165, -0.236567, -0.22224993, -0.171287, -0.04902561, 0.039041862, -0.1989534, -0.03544617, 0.11422371, 0.28444847) * inp_0_1_1; + result2 += M4(-0.09683194, -0.06575642, -0.16387081, 0.24180213, -0.09752453, -0.08713728, -0.07650153, 0.07277323, 0.07279966, 0.08250263, 0.0554538, -0.05801922, 0.26159686, -0.041010123, 0.36876974, -0.0647169) * inp_0_2_1; + result2 += M4(-0.094095476, -0.11886874, 0.00802891, 0.3476756, -0.115224175, -0.37381357, -0.082234, 0.43452987, 0.08289792, 0.3091707, 0.033544444, -0.3748588, 0.22480658, 0.13475405, 0.009263132, -0.13467726) * inp_0_0_2; + result2 += M4(0.094794214, 0.026683906, -0.11798103, -0.06924625, -0.08918871, 0.17676891, -0.2580804, -0.026375275, 0.05834822, -0.14829479, 0.22193226, 0.08323461, -0.17417352, 0.06335608, 0.117469855, 0.066684686) * inp_0_1_2; + result2 += M4(-0.012913879, 0.08232436, 0.11017771, -0.1420779, 0.12082714, -0.11514996, 0.10867421, -0.0032127697, -0.06889167, -0.014451363, -0.19325945, 0.09126042, 0.03257303, 0.07660392, -0.009940959, -0.09966804) * inp_0_2_2; + result3 += M4(-0.03400627, -0.045000874, -0.0949746, 0.026569195, 0.06374851, -0.17913724, -0.19537579, -0.03434123, -0.06285008, 0.15525737, 0.029252583, -0.07730218, 0.053348646, -0.028284214, 0.12554094, -0.03291163) * inp_0_0_0; + result3 += M4(-0.030196393, 0.0037547438, 0.115746655, 0.025105454, 0.07107014, 0.2682187, 0.05420887, 0.19181426, 0.17047271, -0.2724168, 0.04234023, -0.036664255, 0.054103628, -0.086841956, 0.09969301, 0.035592698) * inp_0_1_0; + result3 += M4(0.025260808, 0.10315893, 0.098687105, 0.16703038, -0.08844072, -0.16284281, 0.065202735, -0.07724701, -0.1090906, 0.038361132, -0.14185512, -0.13649403, -0.026836146, -0.16204, 0.045830395, 0.068950005) * inp_0_2_0; + result3 += M4(0.082908, 0.13440077, 0.077045225, 0.07258829, -0.12576218, 0.009103286, 0.14698924, -0.029685715, 0.006657362, -0.09412345, 0.016172243, -0.03407008, -0.023893334, 0.08817615, 0.010146429, -0.02195622) * inp_0_0_1; + result3 += M4(-0.088707946, -0.045973614, -0.24971655, -0.09218938, 0.08437918, 0.1120485, -0.02448813, -0.02257737, -0.13258657, 0.102566965, 0.018650232, 0.071094155, -0.11432819, -0.025290389, -0.08326027, -0.060312666) * inp_0_1_1; + result3 += M4(0.03387024, -0.10360934, -0.028582208, -0.07575261, -0.017623954, -0.11637099, -0.05440311, 0.0050957855, 0.031124162, 0.03894565, 0.10123033, -0.026114851, -0.20205021, 0.07022736, -0.18413247, 0.0194989) * inp_0_2_1; + result3 += M4(-0.108792946, -0.0476312, 0.023044622, -0.24801922, 0.09023104, -0.03946855, -0.0955286, -0.30579472, 0.07547969, -0.028301805, 0.01026302, 0.15100634, -0.06813315, -0.022987626, 0.1409446, 0.093881756) * inp_0_0_2; + result3 += M4(0.19563086, 0.073493905, 0.07173341, 0.122236766, 0.37825328, 0.06642939, 0.026379375, 0.16976514, -0.15878633, 0.008712973, -0.051333435, 0.04743582, -0.044011317, 0.026162548, -0.004637235, -0.07723268) * inp_0_1_2; + result3 += M4(-0.074678436, -0.04435617, -0.008446457, 0.009106448, -0.3312373, 0.020591788, 0.04238421, 0.058908988, 0.14680266, 0.043868694, 0.0080179935, 0.0635707, 0.22655982, 0.061260827, 0.071055666, 0.04536601) * inp_0_2_2; + result4 += M4(0.0229897, 0.02600789, 0.04318227, 0.056938473, -0.013260426, 0.049922977, 0.107270665, -0.11426942, 0.008280311, -0.11023846, -0.15509868, -0.05803795, -0.15925965, 0.22990064, 0.14649814, 0.0013334672) * inp_0_0_0; + result4 += M4(-0.0022188416, 0.028027121, -0.04351062, -0.03842035, 0.17062525, -0.28407684, -0.43236062, 0.05971821, -0.23882908, 0.19171847, 0.25826785, -0.067961186, 0.14045641, -0.07047913, 0.12744413, 0.106645554) * inp_0_1_0; + result4 += M4(0.14434227, -0.15819654, -0.0059702517, -0.016392978, -0.024154976, 0.1443129, -0.07554423, -0.06573592, 0.012800963, 0.07304977, -6.6139386e-05, 0.11498108, 0.02571318, 0.12532328, 0.016042177, 0.3123708) * inp_0_2_0; + result4 += M4(0.18629986, 0.036145207, -0.108486876, -0.136735, -0.19689055, 0.055105306, 0.09007838, -0.016723143, -0.1460224, -0.019618722, 0.0543125, 0.07821289, 0.06944181, -0.09431772, -0.10837417, 0.007129244) * inp_0_0_1; + result4 += M4(-0.071403734, -0.018617045, 0.22160384, 0.1664269, 0.22846742, -0.10504693, 0.1437707, 0.074150465, -0.005945418, -0.052323215, -0.18881448, -0.03688276, -0.117976084, 0.15536022, -0.03742899, 0.20489633) * inp_0_1_1; + result4 += M4(-0.090433575, 0.078805365, -0.03887117, 0.021071453, -0.15162127, 0.05586981, 0.106780864, -0.016416641, 0.13776517, -0.07841334, -0.01674541, -0.07283049, -0.0008834937, -0.03916034, -0.16555677, 0.4699897) * inp_0_2_1; + result4 += M4(-0.25001028, -0.029027645, 0.09952708, 0.101661116, -0.2679267, 0.095195495, 0.09379947, 0.1216375, 0.29544395, 0.027807252, -0.101648994, -0.046678584, 0.09552274, -0.052846547, 0.039143153, -0.0690439) * inp_0_0_2; + result4 += M4(0.22638567, 0.016796492, -0.13556087, -0.19024307, 0.412845, -0.017504351, 0.10858891, -0.053032245, -0.19192916, -0.03050747, 0.013893807, 0.11865209, -0.116778165, 0.02883949, -0.09647645, 0.050611652) * inp_0_1_2; + result4 += M4(-0.16161689, 0.015135912, -0.033341687, 0.038444266, -0.1922627, -0.053408332, -0.16698006, -0.0020355517, 0.14271554, 0.020662053, 0.14828636, -0.034547646, 0.14668879, -0.090679035, 0.007595928, 0.18698914) * inp_0_2_2; + result5 += M4(-0.0038233844, -0.038643777, 0.117101975, -0.059352893, -0.012787684, 0.24478847, 0.043947425, 0.07901965, 0.0504098, -0.10846988, 0.032506287, 0.004304464, 0.045535903, -0.041623328, -0.09968747, -0.021789601) * inp_0_0_0; + result5 += M4(-0.04190915, -0.19893633, 0.055619072, -0.0012225655, -0.12322451, -0.47732323, -0.029736735, 0.09959535, 0.12064738, 0.46465406, -0.016973807, -0.13848215, -0.16638878, 0.10477461, 0.031585794, -0.10217614) * inp_0_1_0; + result5 += M4(0.045396797, 0.16388787, -0.16659987, 0.03792452, 0.15256222, 0.3771389, -0.16345283, 0.032161742, -0.15623413, -0.36288205, 0.064247295, 0.08032743, 0.03550602, 0.04714798, 0.030401254, -0.027422825) * inp_0_2_0; + result5 += M4(0.034030367, -0.009880312, -0.0606243, 0.0031811611, -0.053606708, -0.3738472, -0.24991377, 0.034458816, 0.08033743, 0.15036906, 0.21669243, 0.039792303, -0.013246069, 0.05664165, -0.111542955, -0.0656939) * inp_0_0_1; + result5 += M4(-0.08368354, 0.25769064, 0.17398253, -0.0627979, 0.07862928, -0.042130668, 0.33294833, 0.058403995, -0.11751697, -0.12091897, -0.27666116, 0.044058878, -0.02899958, 0.08770914, -0.114922404, -0.03758022) * inp_0_1_1; + result5 += M4(0.14295524, -0.25768724, -0.10228744, -0.09517184, 0.00926862, -0.3636604, -0.15237527, -0.046143975, -0.056292277, 0.35790715, 0.10204301, 0.07962385, -0.13975208, -0.063685015, 0.1364752, -0.09239288) * inp_0_2_1; + result5 += M4(-0.020055655, -0.11828783, -0.065835916, 0.02850138, 0.06953426, 0.49303243, 0.42563468, -0.04613442, -0.09335638, -0.29731086, -0.19983943, -0.04392246, 0.0021257664, -0.02911612, -0.15023233, -0.018344644) * inp_0_0_2; + result5 += M4(0.09818633, -0.18110804, -0.18017022, 0.069634296, 0.16736735, -0.36072952, -0.47928768, -0.292124, -0.107961655, 0.37833214, 0.2901414, 0.06649407, -0.13551697, 0.078865446, 0.058791302, 0.041213896) * inp_0_1_2; + result5 += M4(-0.18019322, 0.33037, 0.20374258, 0.08476501, -0.25367123, 0.77855486, 0.21106005, 0.013510977, 0.26010516, -0.5287344, -0.19865678, -0.13735598, 0.0902484, 0.027938409, 0.12040936, -0.03467567) * inp_0_2_2; + result6 += M4(-0.20870009, -0.095222, -0.033454984, -0.065400735, 0.19313292, 0.0778578, 0.002091675, -0.39748082, 0.0069972547, -0.00045686567, -0.06270034, -0.115122885, 0.010889092, 0.093473785, 0.09048789, 0.050676074) * inp_0_0_0; + result6 += M4(0.035944436, -0.00023661536, 0.036038686, -0.09033171, -0.18661729, -0.13165267, -0.020340957, 0.03470277, 0.13611473, 0.077908404, 0.015176395, 0.38270426, -0.056219827, -0.009706887, -0.014937278, -0.06941049) * inp_0_1_0; + result6 += M4(0.061547503, 0.028232034, 0.015545255, 0.13273421, 0.23441736, -0.10307353, 0.1523606, 0.0034006871, -0.11043485, 0.0070839, 0.051696766, -0.119535744, 0.033249278, -0.030094182, -0.030192496, 0.22019497) * inp_0_2_0; + result6 += M4(0.30155244, 0.10360127, -0.04568099, 0.015849667, 0.08678474, 0.049520385, 0.01668733, 0.12139963, -0.28237268, -0.0009562847, 0.070742935, 0.2980231, 0.003981847, -0.030517148, 0.0048703533, 0.013675119) * inp_0_0_1; + result6 += M4(-0.02006746, 0.16300954, -0.017004231, 0.023949746, -0.08723611, 0.17485526, -0.048874076, 0.07336817, 0.012077663, -0.1714553, 0.048649255, -0.22175668, 0.036483366, -0.060560513, 0.13527189, -0.012682368) * inp_0_1_1; + result6 += M4(0.10679554, -0.20853277, 0.056777637, -0.010504056, 0.07880457, -0.043011382, 0.024917016, 0.29063034, 0.007874969, 0.13584907, -0.07431608, -0.10681921, -0.122501686, 0.13690814, -0.081902854, -0.022833277) * inp_0_2_1; + result6 += M4(-0.25533035, -0.019635295, 0.068325914, 0.22342893, -0.16536735, 0.07877552, -0.06696354, 0.04288555, 0.30344808, -0.06477599, 0.019130379, -0.38249543, -0.022517884, 0.049166884, -0.034824107, 0.3166459) * inp_0_0_2; + result6 += M4(0.008439721, -0.11620232, -0.0069008577, -0.037752226, -0.16271615, -0.3832438, 0.0734745, -0.032145612, 0.022684911, 0.13126016, -0.09333663, 0.11692364, 0.04440292, -0.08241177, -0.012808084, -0.06410111) * inp_0_1_2; + result6 += M4(-0.037885435, 0.13372825, -0.082009785, -0.17489593, -0.18538077, 0.23994179, -0.100767754, -0.012191402, -0.05329288, -0.11883949, 0.03176475, 0.09746631, 0.057389986, -0.052946683, 0.003021464, -0.251393) * inp_0_2_2; + result7 += M4(-0.05867251, 0.25848675, -0.1612531, -0.08174625, -0.021039482, 0.4373792, 0.060481038, -0.031800665, -0.007747895, -0.36429894, 0.14456034, 0.18798897, -0.048320886, -0.06578663, -0.08032537, 0.056976337) * inp_0_0_0; + result7 += M4(0.018457683, -0.19182694, -0.03582228, 0.15457691, -0.06334163, -0.13673481, 0.10631329, 0.05914127, 0.13031517, 0.15806162, 0.17825839, -0.10722788, 0.16217902, 0.033583954, -0.12307302, -0.03471117) * inp_0_1_0; + result7 += M4(-0.0049308287, -0.1278006, 0.17576715, 0.00090446474, -0.02590912, -0.22393094, 0.32716277, 0.064345494, -0.057403553, 0.068951264, -0.34291607, -0.03876382, -0.1171293, 0.085463725, 0.020035058, -0.06453559) * inp_0_2_0; + result7 += M4(-0.023636397, -0.33568785, -0.0004893112, 0.13354896, -0.0019806025, -0.36691913, -0.3346849, 0.22677845, -0.0026762953, 0.58283377, -0.0128265405, -0.2886498, -0.09229235, 0.06482395, -0.12154484, 0.20681357) * inp_0_0_1; + result7 += M4(-0.03378907, -0.063677326, 0.005017251, -0.10975505, 0.063447826, 0.13067761, 0.012144856, -0.12877822, -0.13016011, -0.1723573, -0.03400687, 0.07360175, -0.09057396, 0.020246202, 0.06956209, -0.028035002) * inp_0_1_1; + result7 += M4(0.1145418, 0.28175843, -0.18074696, -0.10356304, 0.049322665, 0.21088168, 0.08970878, -0.16297705, -0.062385745, -0.19887838, 0.06635873, 0.12842949, -0.12965013, -0.13581395, 0.091474965, 0.17882681) * inp_0_2_1; + result7 += M4(0.03414605, 0.05431703, 0.09918046, 0.09376892, -0.20312515, 0.33837643, -0.1967059, 0.02985413, 0.10720804, -0.36743656, -0.10219911, 0.07127951, 0.18000656, 0.08950406, 0.05820729, 0.29237443) * inp_0_0_2; + result7 += M4(0.09274097, 0.3050205, 0.09827579, -0.12308496, 0.41528732, 0.06950069, -0.13905844, -0.24611962, -0.13515018, -0.06351798, 0.07261992, 0.10880329, 0.07941072, -0.22679578, -0.08862112, 0.11709439) * inp_0_1_2; + result7 += M4(-0.13006866, -0.1612075, 0.015155341, 0.051324762, -0.17869024, -0.2783368, 0.1851676, 0.17934461, 0.15468724, 0.30552292, -0.020170752, -0.111704215, 0.23055096, 0.09930267, -0.16835861, -0.007239737) * inp_0_2_2; + const V4 inp_1_0_0 = inp[1][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_1_1_0 = inp[1][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_1_2_0 = inp[1][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_1_0_1 = inp[1][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_1_1_1 = inp[1][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_1_2_1 = inp[1][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_1_0_2 = inp[1][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_1_1_2 = inp[1][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_1_2_2 = inp[1][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.08056164, 0.024221394, 0.01469956, -0.0018052512, 0.032743286, 0.19394612, 0.02556068, -0.005149667, 0.11348067, 0.33189735, 0.08544284, 0.03634659, -0.029906813, -0.11994978, -0.052395586, 7.1166514e-06) * inp_1_0_0; + result0 += M4(-0.047035396, 0.06665783, 0.013006395, 0.06069598, -0.10577905, -0.080583654, -0.060090564, 0.097482756, -0.07978745, -0.042081367, 0.10970377, 0.06696193, -0.043079987, -0.11010037, 0.089139275, 0.05448903) * inp_1_1_0; + result0 += M4(-0.0024540473, -0.0784394, -0.06775936, -0.0139979655, 0.082527906, -0.058007278, 0.005939752, -0.015822219, -0.053953923, 0.039333954, 0.022269873, -0.01603982, -0.023703689, -0.0076323156, 0.08039281, -0.04987313) * inp_1_2_0; + result0 += M4(-0.0384695, 0.46037552, -0.04974805, -0.030770607, 0.123112746, -0.43623227, 0.07064719, 0.032745123, 0.108739614, -0.026427317, -0.12740321, 0.08232159, -0.07402766, 0.07857299, -0.0047419285, 0.03221524) * inp_1_0_1; + result0 += M4(0.111686476, -0.26939228, -0.01332168, -0.14614257, -0.08132169, 0.22978422, -0.120018594, -0.036263626, -0.10410683, 0.14793888, -0.06916599, -0.13419534, -0.09913267, 0.2571546, -0.009713434, 0.16305831) * inp_1_1_1; + result0 += M4(-0.034815054, -0.058604963, 0.01788539, -0.020877058, -0.0026703759, 0.016175224, 0.11238556, -0.016412891, 0.0396129, -0.10579109, -0.028854193, -0.09521144, 0.045456354, -0.12565531, -0.044188254, 0.012353671) * inp_1_2_1; + result0 += M4(0.0554219, -0.3841396, 0.07359661, -0.006964435, -0.09853514, 0.20009996, -0.13575329, -0.05170514, 0.28403568, -0.31017357, 0.12442697, 0.034799702, 0.20441908, -0.01245577, -0.037548214, 0.0032466718) * inp_1_0_2; + result0 += M4(-0.13931926, 0.20444494, -0.05902571, 0.10644682, 0.17043424, -0.03851538, 0.13023897, -0.071787, -0.1250542, -0.01450753, -0.14225888, -0.017005814, 0.12584496, 0.011672021, -0.028076801, -0.1728474) * inp_1_1_2; + result0 += M4(-0.0027912275, 0.039617404, 0.07478198, 0.039330017, -0.13748494, -0.032679155, -0.05495757, 0.061556093, -0.26208976, -0.05195373, 0.11226525, 0.048988525, -0.12599872, 0.011813674, 0.023555873, -0.015039726) * inp_1_2_2; + result1 += M4(0.025044475, 0.030789735, -0.03794999, 0.08355566, -0.037364226, -0.008631991, 0.047075126, 0.006358587, -0.016443051, -0.010585548, 0.05896397, -0.03327511, -0.012239931, 0.00022359488, 0.02688734, -0.037074383) * inp_1_0_0; + result1 += M4(-0.15739962, 0.016209977, -0.11209033, -0.018605288, -0.12759252, 0.0726407, 0.012900522, 0.08673423, -0.04963404, -0.0518699, 0.102750875, 0.12054366, 0.2524198, 0.19522701, 0.2270189, 0.05231933) * inp_1_1_0; + result1 += M4(0.065714635, -0.03201214, -0.0171613, -0.07176564, 0.08428725, -0.07058684, -0.08709468, -0.07990058, -0.11686441, -0.09357895, -0.046912536, -0.023992062, -0.346282, 0.018036636, 0.03106855, 0.004082807) * inp_1_2_0; + result1 += M4(-0.005530766, -0.030518299, -0.07603567, 0.03752808, -0.03442721, 0.0029709316, 0.016444348, 0.07020296, -0.2016699, 0.21103077, -0.21100645, 0.119907945, 0.07548786, -0.103522554, 0.16498852, -0.012907791) * inp_1_0_1; + result1 += M4(-0.13843097, -0.061295003, 0.08772917, 0.0026598852, 0.119397156, -0.10213916, -0.035292555, -0.010960033, -0.01906532, -0.065163784, 0.027820924, -0.19135024, -0.09620281, 0.021738928, -0.28489172, -0.23192978) * inp_1_1_1; + result1 += M4(0.10790299, 0.027455572, 0.124303855, 0.011661894, 0.015253414, 0.054605566, 0.07886824, -0.019315444, 0.24176191, 0.034416646, 0.15283495, -0.33742723, 0.0823504, -0.14790276, 0.010342285, -0.22003831) * inp_1_2_1; + result1 += M4(-0.008874464, 0.12386641, -0.038760047, -0.016628882, -0.023460234, 0.018141951, 0.01832356, -0.05300698, 0.027816936, -0.029332621, -0.03777799, -0.002010302, -0.04299754, -0.096677415, -0.046877865, -0.019539319) * inp_1_0_2; + result1 += M4(0.17264172, -0.010743867, 0.11931309, 0.051326703, -0.009686467, -0.0062824595, -0.061936192, 0.12647447, 0.20229132, 0.21170805, 0.0062494637, 0.17988499, 0.0199236, 0.12213678, -0.21522295, 0.33548972) * inp_1_1_2; + result1 += M4(-0.072410546, -0.016178316, -0.027966136, -0.08857723, -0.005089261, 0.045857616, 0.046204444, -0.16591106, -0.0718399, -0.16617773, 0.0019136791, 0.15967074, 0.09774043, -0.0921577, 0.054268777, 0.092463665) * inp_1_2_2; + result2 += M4(0.14622211, 0.033930864, -0.020485567, -0.1412074, 0.14930843, 0.029972134, 0.121572874, -0.13651608, 0.30585966, 0.021851046, 0.07745108, -0.30486628, -0.13050433, -0.08180961, -0.027708324, 0.1253036) * inp_1_0_0; + result2 += M4(-0.022820612, -0.047209058, -0.12912439, 0.27083746, -0.18040411, -0.07130721, -0.048366297, 0.23729746, -0.23206307, 0.017609343, 0.019341638, 0.23706292, -0.22414765, 0.045835372, 0.012590579, -0.19633743) * inp_1_1_0; + result2 += M4(-0.013300152, 0.05599519, 0.051164817, -0.10179973, 0.02498066, 0.08604088, 0.11978064, -0.12570824, 0.08215409, -0.012000469, 0.038303167, -0.062917545, -0.012392567, -0.08683338, -0.09427509, 0.092526846) * inp_1_2_0; + result2 += M4(-0.05845668, 0.22507024, 0.0018911348, -0.03416973, -0.109933645, -0.15901743, -0.13169557, 0.2489902, -0.33019328, 0.15455498, -0.11574075, 0.18240502, 0.15918145, 0.04729387, -0.0056689186, -0.14884417) * inp_1_0_1; + result2 += M4(-0.09453401, -0.028965047, 0.20463869, -0.20698904, 0.32099605, 0.23075835, -0.049196653, -0.038442433, 0.26262686, 0.021751644, 0.055904813, -0.24745686, 0.1149247, -0.03805222, -0.11372666, 0.34570286) * inp_1_1_1; + result2 += M4(0.0062108114, -0.16136009, -0.123568416, 0.16272284, -0.034562103, -0.17603487, -0.110900074, 0.031481136, 0.12558918, -0.011668643, 0.027736813, -0.07511172, 0.21581094, 0.120602116, 0.33665705, -0.23707451) * inp_1_2_1; + result2 += M4(-0.003585816, -0.25195944, -0.056518134, 0.14234741, -0.06723524, 0.13331363, -0.07638646, -0.029029816, -0.006666353, -0.36124042, -0.06354365, 0.43837893, -0.11160402, 0.072009884, -0.06312557, 0.1011857) * inp_1_0_2; + result2 += M4(-0.03955385, 0.1990065, -0.018960109, 0.0051917713, -0.06469263, -0.123042256, 0.032065373, -0.17905955, -0.23264244, 0.10426899, -0.14723136, -0.15927729, -0.095671035, -0.26988465, 0.02837742, -0.013923805) * inp_1_1_2; + result2 += M4(0.112933464, -0.043436788, 0.091250494, -0.13463621, -0.031227566, -0.0042501013, 0.17211096, -0.061046902, 0.08391018, -0.0077616447, 0.07812146, -0.009916928, 0.07397046, 0.14718248, -0.04669793, 0.041616086) * inp_1_2_2; + result3 += M4(-0.012139267, -0.046823397, 0.055270605, -0.062974416, 0.011565813, -0.18060294, -0.0098689515, -0.22953819, 0.024000261, -0.23664816, 0.029873438, 0.00925146, 0.13210218, 0.10714866, 0.041282352, 0.054962005) * inp_1_0_0; + result3 += M4(-0.00425852, 0.022288367, -0.00839515, -0.024816163, -0.05498923, 0.14509243, 0.005224275, 0.026971063, -0.12811832, 0.30412883, -0.22113481, -0.12445393, 0.044661216, 0.19499756, -0.16970544, 0.09098386) * inp_1_1_0; + result3 += M4(-0.049442146, -0.02676701, 0.0037601877, -0.19303954, -0.06461184, 0.03424987, 0.033616573, -0.058749903, -0.0767509, -0.02933055, -0.11261291, 0.029727368, -0.047365442, -0.14790945, -0.04035033, -0.030160617) * inp_1_2_0; + result3 += M4(0.0010656733, -0.02668284, 0.19471397, -0.077152856, -0.1119675, 0.16642164, -0.3056485, 0.09701516, -0.032464765, -0.1422366, 0.19361593, -0.022385882, 0.10217149, -0.017202012, 0.26548624, 0.24587213) * inp_1_0_1; + result3 += M4(-0.10229535, -0.048520923, -0.25836796, -0.18611394, 0.20844075, -0.21864392, 0.18385902, -0.012027308, 0.298919, 0.09894794, 0.21712577, -0.16338934, 0.067203484, -0.12321382, 0.42670172, 0.18046945) * inp_1_1_1; + result3 += M4(0.09465788, 0.026927982, 0.0634101, 0.094085574, 0.028902758, 0.026592772, -0.0062900553, -0.069339275, -0.16002378, -0.0043187323, 0.19384632, 0.35121834, -0.46105996, 0.061926972, -0.031174311, 0.16591823) * inp_1_2_1; + result3 += M4(0.021849016, 0.024172232, 0.027865706, -0.024844088, 0.11537251, -0.0017808388, 0.3383794, 0.095728055, -0.03370364, 0.042807557, 0.054379217, 0.016522884, -0.14881603, 0.024019856, -0.14619574, 0.13468431) * inp_1_0_2; + result3 += M4(0.26974118, -0.03020653, 0.0467989, 0.09997283, -0.225319, 0.03123994, -0.18730874, -0.06313059, 0.28838465, -0.021311061, -0.032295976, -0.5687233, -0.19154316, -0.023533309, -0.23153263, -0.6694247) * inp_1_1_2; + result3 += M4(-0.20564198, 0.08846197, -0.08741238, 0.38190806, 0.097369835, -0.020990869, -0.04059183, 0.23045994, -0.08535688, 0.021872237, -0.3087969, 0.44408107, 0.5135046, 0.00416095, -0.1617329, -0.2927917) * inp_1_2_2; + result4 += M4(-0.092348225, -4.899312e-05, 0.03408428, 0.023627887, -0.09361741, 0.16219872, 0.1223944, -0.111906864, -0.10880166, 0.07419288, 0.11647858, -0.037658542, 0.002272355, -0.24778526, -0.13656938, 0.00033563402) * inp_1_0_0; + result4 += M4(-0.11030891, 0.16916846, 0.039946288, 0.03924557, 0.13571824, -0.022200687, -0.051298134, 0.22357553, 0.17479928, -0.12342663, -0.3123425, 0.15854663, 0.101564355, -0.13469937, -0.01255922, 0.0003415467) * inp_1_1_0; + result4 += M4(-0.039500963, -0.13591114, -0.015334244, -0.03921458, -0.18489632, -0.01989155, -0.038351458, -0.046835713, 0.03292734, -0.018222192, 0.028025731, -0.12396908, 0.12390516, 0.25767827, 0.040885437, 0.01972028) * inp_1_2_0; + result4 += M4(0.083130196, 0.06320318, -0.0065529994, -0.05116796, -0.036242407, -0.10908108, -0.07056251, 0.071343794, 0.006586246, 0.010524152, -0.097992346, 0.034147367, 0.3068846, 0.08153612, -0.05943433, -0.06644572) * inp_1_0_1; + result4 += M4(-0.015684007, -0.2458967, -0.02259713, 0.12468715, -0.15357973, -0.021078438, -0.044963464, -0.21710123, -0.110970125, -0.035599485, 0.008899505, -0.102642685, -0.12679641, 0.20587976, -0.1199974, -0.019224681) * inp_1_1_1; + result4 += M4(-0.034645144, 0.09334104, 0.012576891, -0.057651788, 0.1513382, 0.020500252, 0.11296834, 0.10840535, 0.13800332, 0.021486238, 0.08097467, 0.064888544, 0.01159645, -0.049670298, -0.03630892, 0.23323674) * inp_1_2_1; + result4 += M4(-0.16977705, 0.0045283246, 0.007889421, 0.040079966, 0.13847128, 0.0013577606, -0.042398177, 0.0013113774, -0.2161196, 0.13272226, 0.01906356, -0.011640492, -0.061170332, 0.00032892992, -0.009517682, 0.06042073) * inp_1_0_2; + result4 += M4(0.22956204, 0.07805039, 0.05952152, -0.15416096, -0.079069436, -0.042201176, 0.07723746, 0.03249371, 0.022645092, -0.073189326, 0.19537999, -0.06800382, -0.48296648, -0.091830455, -0.072290905, -0.09205237) * inp_1_1_2; + result4 += M4(0.15360396, -0.034861278, -0.09555026, 0.069429584, 0.15559883, 0.036359265, -0.041642964, -0.06434541, 0.09091873, -0.037409402, -0.0210764, 0.06874098, 0.063656576, -0.018393736, 0.37723267, -0.1220581) * inp_1_2_2; + result5 += M4(0.009315057, -0.039793894, -0.039893407, 0.0025300442, 0.04252286, 0.018308887, -0.053301472, -0.15878326, -0.019864243, 0.113979325, -0.07052441, 0.012375545, -0.072993726, 0.11117269, -0.015672868, 0.19543935) * inp_1_0_0; + result5 += M4(0.10393496, 0.04860575, -0.036490183, 0.009639758, -0.036475956, -0.11311589, -0.09545132, 0.1937704, -0.20127577, -0.3004165, 0.01927337, 0.09949358, 0.011086824, 0.07412309, -0.11477256, 0.00016277973) * inp_1_1_0; + result5 += M4(-0.15286039, 0.024039598, 0.060999203, 0.0032689837, -0.10542675, 0.049775787, 0.10901487, 0.023451982, 0.003536342, 0.08355868, 0.026118478, 0.038982097, 0.07624663, -0.19437374, 0.10103605, -0.20783526) * inp_1_2_0; + result5 += M4(0.046537817, -0.067554325, -0.104323365, 0.019169385, -0.09484351, -0.112971164, 0.002150195, 0.1475723, -0.13917124, -0.3035873, -0.3067636, 0.00963338, 0.14426696, -0.23026484, -0.02267922, -0.2867485) * inp_1_0_1; + result5 += M4(-0.22787493, 0.08626521, 0.037516505, 0.052527238, 0.062326893, 0.03717344, -0.036514126, -0.13794681, 0.17301907, 0.018499771, 0.10670954, 0.09111631, 0.07034519, 0.16229908, -0.06396752, 0.020276068) * inp_1_1_1; + result5 += M4(0.20937552, -0.112115905, 0.07686836, 0.048358228, 0.041537207, 0.042966317, 0.05794905, 0.08860813, 0.0010343207, -0.16032727, 0.16665968, 0.06552188, -0.2985938, 0.26402467, -0.04158525, 0.17088705) * inp_1_2_1; + result5 += M4(0.0025579182, 0.024243172, 0.10205318, -0.04828209, 0.0150477905, 0.161029, -0.120338276, -0.06609394, 0.08371926, 0.74200994, 0.30742526, 0.008071951, -0.022323387, 0.39530528, 0.0062952586, 0.3320767) * inp_1_0_2; + result5 += M4(0.11514749, -0.119992435, -0.19644433, -0.076094754, -0.005266124, -0.015505989, 0.108957216, -0.013609759, 0.0806063, -0.6925446, -0.17420325, -0.16026042, -0.096812725, -0.17777766, 0.33779812, 0.05635807) * inp_1_1_2; + result5 += M4(-0.088664286, 0.19366497, 0.10373365, -0.046089854, 0.08397202, -0.081216104, 0.04968403, -0.07730271, 0.0080527365, 0.637737, -0.10831294, -0.25297433, 0.20753402, -0.45137322, -0.178694, -0.23293279) * inp_1_2_2; + result6 += M4(0.08850388, -0.0207107, 0.04370057, 0.36592868, -0.001342386, 0.08674775, -0.063615225, 0.09765095, 0.36543256, 0.07968661, -0.020770753, 0.874285, 0.3238145, -0.016411122, -0.07228315, 0.024823766) * inp_1_0_0; + result6 += M4(0.088917665, 0.029564336, 0.024139253, 0.0076451465, -0.0016998065, -0.12345348, 0.18237911, -0.062208608, -0.1746227, -0.110413626, 0.07799642, -0.3398364, 0.019212412, 0.056892037, -0.0986248, 0.07186395) * inp_1_1_0; + result6 += M4(-0.21642865, 0.041386344, -0.06339776, -0.032001905, 0.19339882, 0.03231188, -0.10204557, -0.13758013, -0.14904295, -0.01914844, -0.122796305, -0.2899267, -0.016563937, -0.04511764, 0.07832353, 0.04315966) * inp_1_2_0; + result6 += M4(0.116379075, 0.0008428704, -0.024717761, -0.20803684, -0.17048179, -0.13372083, 0.043566026, -0.046027888, -0.009384611, -0.07614973, 0.06241372, -0.6883269, -0.41987732, 0.15585467, 0.006527491, -0.08820382) * inp_1_0_1; + result6 += M4(-0.09509065, 0.03147108, -0.06814291, -0.053576887, -0.031626772, 0.12722825, -0.11581037, 0.17612085, 0.10111232, 0.0444588, -0.18220901, -0.053302433, 0.018732227, -0.14842227, 0.080189824, -0.04557651) * inp_1_1_1; + result6 += M4(0.27167615, 0.026115578, 0.056058075, -0.21269938, -0.13086309, 0.061571274, 0.009969623, -0.20542078, -0.20713961, 0.14651333, 0.07305179, -0.041693557, -0.12575068, -0.004305788, -0.0960623, -0.065216325) * inp_1_2_1; + result6 += M4(-0.070646174, -0.061003357, -0.06869981, 0.094543554, 0.083361164, -0.006915605, 0.016996851, -0.05128535, 0.050152298, 0.14309838, -0.09049835, 0.657594, 0.25067973, -0.07734688, -0.0031592245, -0.10498131) * inp_1_0_2; + result6 += M4(-0.11258726, -0.09268773, 0.10271882, -0.21289156, 0.07725714, -0.024649115, -0.0081682205, -0.089328445, -0.023620116, -0.14418346, 0.046693396, -0.69523656, -0.014066392, 0.09000784, -0.07501272, -0.08271815) * inp_1_1_2; + result6 += M4(-0.12243556, 0.029113041, 0.020471686, 0.2813676, 0.010630583, -0.007916172, 0.02552108, 0.32475835, -0.11740228, -0.112512216, 0.16220617, 0.7037821, -0.053055238, 0.018653948, 0.12827374, 0.15126385) * inp_1_2_2; + result7 += M4(-0.068574496, 0.16661608, 0.09277685, -0.10065855, -0.026894188, 0.24174578, -0.0015142026, 0.06333797, -0.03589406, 0.19774821, 0.22234689, -0.3098714, -0.030794185, -0.4666243, 0.119494334, 0.06997651) * inp_1_0_0; + result7 += M4(0.06763326, 0.04033184, 0.05536772, -0.057854787, 0.0012180824, -0.15242608, 0.06596476, -0.1705138, -0.12524039, -0.10267546, -0.25720495, -0.00084344787, 0.0015356123, 0.042152084, 0.12603982, -0.04137867) * inp_1_1_0; + result7 += M4(0.01939239, -0.0051865047, -0.02208035, 0.052681167, 0.032672696, 0.09629823, -0.017163428, 0.0006626341, 0.008928037, 0.40452057, 0.4547712, -0.11422701, -0.034344185, 0.089008346, 0.2120114, -0.107786134) * inp_1_2_0; + result7 += M4(0.12871139, -0.13950281, -0.065428756, 0.3491906, -0.11650786, -0.13134636, 0.13280089, -0.029576441, -0.0059103365, -0.5508263, -0.22791469, 0.6133408, 0.025263406, 0.051196218, -0.16464914, -0.08928937) * inp_1_0_1; + result7 += M4(-0.33673334, -0.26939452, 0.169822, -0.18601708, 0.13333264, -0.008554966, -0.16594854, 0.23139794, 0.11931796, -0.040443167, 0.01947117, -0.07756305, 0.3151091, 0.48643693, -0.1501797, 0.20290323) * inp_1_1_1; + result7 += M4(0.0037983016, 0.15611055, 0.031716086, -0.059497457, -0.083625734, 0.10151506, -0.036348563, -0.12573546, -0.04825114, -0.20393659, 0.12873755, 0.13184042, 0.016729718, -0.09499213, -0.016527524, -0.051121287) * inp_1_2_1; + result7 += M4(-0.16464926, -0.05180886, -0.13005428, 0.1214983, 0.21278372, -0.1711272, -0.060071763, -0.11382805, -0.2974423, 0.49421692, 0.061519757, -0.14829051, -0.009842123, 0.03393404, -0.17658482, -0.21789874) * inp_1_0_2; + result7 += M4(0.41086602, 0.17370336, -0.19637585, -0.0014512275, -0.21273008, 0.20512007, -0.032933477, -0.0783052, 0.16782628, 0.09549614, -0.21877618, 0.07099654, -0.6722047, -0.18026075, 0.20123404, 0.1915319) * inp_1_1_2; + result7 += M4(-0.05910126, -0.04967091, 0.07895229, -0.08397946, 0.05595711, -0.21496674, 0.11178259, 0.20505239, 0.22368243, -0.26222184, -0.045761608, -0.20781557, 0.34694645, 0.033016797, -0.08783061, -0.026765328) * inp_1_2_2; + const V4 inp_2_0_0 = inp[2][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_2_1_0 = inp[2][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_2_2_0 = inp[2][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_2_0_1 = inp[2][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_2_1_1 = inp[2][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_2_2_1 = inp[2][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_2_0_2 = inp[2][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_2_1_2 = inp[2][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_2_2_2 = inp[2][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.04006396, -0.093271196, -0.0096289655, -0.11205657, -0.013179008, -0.4888647, 0.04780535, 0.016062947, 0.006696561, 0.41703635, -0.026678808, 0.21811746, -0.10373398, 0.22838922, -0.042051118, 0.062496066) * inp_2_0_0; + result0 += M4(0.029921327, -0.13498737, -0.21944141, 0.036896, -0.008876765, 0.10946289, 0.027396487, -0.020041306, -0.05376922, -0.07171024, 0.14145331, -0.12944715, -0.11785168, -0.05215759, 0.19542274, 0.045778714) * inp_2_1_0; + result0 += M4(0.010232067, 0.009027865, 0.06280113, -0.005551291, 0.061293773, -0.018812973, 0.07981425, -0.00823472, -0.097053416, -0.016432412, -0.00866586, 0.0040405495, -0.101947494, -0.10372762, -0.055717018, 0.18776363) * inp_2_2_0; + result0 += M4(0.084877305, 0.36530042, 0.04482282, -0.025205128, -0.052687638, -1.4062189, 0.2331636, 0.20114876, 0.17389625, -1.097782, 0.009419999, 0.05726068, 0.005323745, 0.34690902, -0.0043693217, -0.15299302) * inp_2_0_1; + result0 += M4(0.24011506, -0.2369298, 0.12749569, -0.09491782, -0.30143183, 0.50683093, -0.114192486, 0.22762431, -0.27143052, 0.5292441, -0.07288178, 0.15642613, -0.09021754, 0.17313053, -0.0075788074, 0.176452) * inp_2_1_1; + result0 += M4(0.009803549, -0.20905402, -0.02659497, -0.003000505, 0.007216942, -0.014926389, 0.2527909, -0.060462914, -0.034895502, -0.08333173, 0.024605725, -0.008002653, -0.06315284, 0.067963235, 0.07755725, 0.059077345) * inp_2_2_1; + result0 += M4(0.075668044, -0.043190833, 0.0088273985, 0.05178253, -0.2121789, -0.19092418, -0.048636794, 0.07709776, -0.026524719, 0.25015098, -0.098095335, 0.07913606, 0.076073155, -0.011904691, -0.00997183, -0.1295254) * inp_2_0_2; + result0 += M4(-0.32758933, 0.0030028427, -0.015581309, -0.051850066, 0.20927404, 0.18228866, -0.023237212, 0.08565571, 0.33623222, -0.0012938008, 0.050019436, -0.2070059, 0.119549364, 0.09375155, 0.034198433, 0.0281211) * inp_2_1_2; + result0 += M4(0.025983714, -0.02273698, -0.00834317, 0.09938862, -0.06958064, 0.04463224, -0.011163134, -0.00744886, -0.09676307, 0.0104306955, 0.043315828, -0.13753454, 0.06448966, -0.024151303, -0.027766991, 0.041412592) * inp_2_2_2; + result1 += M4(-0.25290313, 0.19666754, -0.09577112, -0.037330758, -0.12433887, -0.10995768, -0.20430726, 0.0113121215, -0.13665694, -0.035303738, 0.09452789, 0.010197449, 0.068448514, -0.2187964, 0.12905982, 0.05560437) * inp_2_0_0; + result1 += M4(-0.87789756, 0.32822713, -0.54594296, 0.066028394, 0.08900635, -0.13787487, 0.2355097, 0.026656104, 0.051272012, 0.0007108152, 0.3357397, -0.041287974, 0.3000717, -0.11498494, 0.24920359, 0.116323985) * inp_2_1_0; + result1 += M4(-0.8281388, -0.05207503, -0.22037, 0.06782141, -0.368362, 0.02836894, -0.24745329, -0.12641783, 0.109644875, -0.056541838, -0.059078168, 0.052099805, 0.30368358, 0.08141452, -0.04582999, -0.058582276) * inp_2_2_0; + result1 += M4(0.049841173, -0.09109075, 0.055836778, -0.012549697, -0.048306625, 0.3592706, -0.08224678, -0.07649658, -0.1710119, 0.08557986, -0.10904593, -0.056076586, -0.028904108, 0.12440374, 0.012864014, 0.08310742) * inp_2_0_1; + result1 += M4(-0.035251543, -0.20624669, 0.06317375, 0.4335416, 0.3559351, -0.12239683, 0.060257185, 0.032789163, 0.29632062, -0.06737258, 0.019616304, -0.122070186, -0.107673295, -0.05875411, -0.08953578, -0.21576707) * inp_2_1_1; + result1 += M4(0.031954102, 0.042747285, -0.1693705, 0.49983233, -0.30091783, 0.033248916, -0.24386583, -0.75089025, 0.032218333, -0.021452343, 0.07603394, -0.38572457, -0.3042465, 0.047610722, -0.21036297, -0.51623404) * inp_2_2_1; + result1 += M4(0.010616683, 0.080342054, 0.015937759, -0.0072870483, -0.059890237, -0.053708665, -0.15250191, 0.06853063, -0.079073265, -0.029861968, 0.06857587, -0.08221009, -0.032185487, -0.015071679, 0.12374374, 0.14812705) * inp_2_0_2; + result1 += M4(-0.016411439, 0.08448781, 0.040359493, -0.08547065, 0.102580406, -0.043145485, -0.019781213, 0.09795827, 0.014702368, 0.046223257, -0.33862883, 0.35797995, -0.0065781316, 0.07393134, -0.067422196, 0.29117906) * inp_2_1_2; + result1 += M4(0.02807433, -0.01187277, 0.07435808, -0.20751515, 0.061271455, 0.05244012, -0.046069704, -0.46324798, -0.081953414, -0.034002166, -0.07702094, 0.24715763, 0.08846798, 0.07901789, 0.06372052, -0.2204595) * inp_2_2_2; + result2 += M4(0.079209946, 0.024314685, 0.06825805, -0.19656268, -0.18495592, -0.22297944, -0.027041707, -0.0039204457, 0.010487721, 0.026769398, 0.27211088, -0.044124667, 0.0708275, 0.13799185, -0.0909649, -0.16712058) * inp_2_0_0; + result2 += M4(0.04129076, -0.034979448, -0.016573476, -0.12149206, 0.06150161, -0.08209856, -0.1905845, 0.0974782, -0.064913124, -0.033978187, 0.042167306, -0.12530461, -0.21253434, -0.072775096, 0.0860898, 0.021017795) * inp_2_1_0; + result2 += M4(0.38701406, -0.036220368, 0.053439543, -0.43865678, 0.07939769, -0.08243855, 0.17258961, -0.22275402, 0.062249318, -0.0686973, 0.2565318, -0.0683011, -0.08728593, -0.0028681478, 0.061261933, 0.18323076) * inp_2_2_0; + result2 += M4(-0.039497472, -0.15987717, 0.09388128, -0.03861348, -0.44152698, -0.37033457, -0.21767667, 0.28547382, -0.26163006, -0.25115827, -0.30968404, 0.26306158, 0.03804344, 0.19295283, 0.12113197, -0.11471205) * inp_2_0_1; + result2 += M4(-0.30163613, -0.26301563, -0.034511514, -0.45088667, 0.30495808, 0.31131884, -0.31674165, 0.4868328, 0.49399623, 0.3275035, -0.36139163, 0.26530102, -0.10982368, 0.21751544, 0.07969837, 0.29188502) * inp_2_1_1; + result2 += M4(0.23773795, -0.36192465, -0.05976584, -0.19862168, 0.36314234, -0.08991466, 0.35342932, -0.02457932, 0.10577849, 0.037139118, 0.1183281, 0.01917593, -0.09016436, 0.0890603, 0.36950955, -0.08724207) * inp_2_2_1; + result2 += M4(-0.07765637, -0.07627282, -0.011678986, 0.08661498, -0.2874765, -0.2616753, -0.08173318, 0.091032155, -0.03560941, -0.046116207, -0.033399954, 0.16050923, 0.2213573, 0.040242396, -0.1254936, -0.040743522) * inp_2_0_2; + result2 += M4(-0.011835813, 0.1610244, -0.060223717, 0.026901042, 0.027034983, -0.039814804, -0.2395877, 0.039017636, -0.06570181, -0.22634281, -0.013846767, -0.3682364, -0.06921134, 0.004998505, -0.055614, 0.1219175) * inp_2_1_2; + result2 += M4(0.26495653, 0.00018914929, -0.096524045, -0.070989974, 0.3021856, -0.1294938, 0.31535223, -0.16457504, -0.156344, 0.10761199, -0.0054053986, -0.0012636378, 0.103739135, 0.020149903, 0.24023418, 0.12121273) * inp_2_2_2; + result3 += M4(-0.031075776, -0.4635887, -0.47420534, -0.07199863, 0.07125954, -0.12359186, -0.491971, -0.008747496, -0.00752531, -0.33726844, 0.041804176, -0.027972763, -0.020819692, 0.12383843, 0.36148933, 0.07167745) * inp_2_0_0; + result3 += M4(0.037511352, -0.9477205, 0.17954215, 0.03551973, 0.1667754, 0.050922755, 0.019038, 0.021886162, -0.070391804, 0.49917763, -0.14287363, -0.12820308, 0.0030683058, 0.49931148, -0.10055244, 0.177764) * inp_2_1_0; + result3 += M4(-0.024921156, -0.4117021, 0.09828512, -0.06818989, -0.013338524, 0.06989925, -0.089514956, 0.02602123, 0.07610413, -0.059325233, -0.13381743, 0.06674027, -0.0043520755, 0.16602825, -0.02947413, 0.0313993) * inp_2_2_0; + result3 += M4(-0.04545174, 0.044156343, 0.20290965, 0.08909125, 0.014040267, -0.047601722, -0.75170505, -0.104715414, -0.039344367, 0.17603794, -0.35120603, 0.23853277, 0.053033274, -0.17841052, 0.1820609, -0.058806483) * inp_2_0_1; + result3 += M4(-0.40018386, 0.123856135, -0.16877863, -0.116433814, 0.39704683, -0.026472786, 0.1411099, 0.18997066, 0.5697698, -0.19037497, 0.42247203, 0.07268722, 0.020476446, -0.039052613, 0.07832102, 0.048717983) * inp_2_1_1; + result3 += M4(0.2724097, -0.06511224, -0.13722713, -0.00060539367, -0.20470375, 0.00876838, -0.050319098, 0.18581828, -0.18101513, 0.006082236, -0.02139074, 0.19804642, -0.31850263, -0.0954505, -0.30005115, 0.08748218) * inp_2_2_1; + result3 += M4(-0.0954268, 0.00050760794, -0.26310194, -0.012543817, -0.03426465, -0.03957793, -0.1720142, 0.17730446, 0.13332754, 0.004262412, 0.09753719, 0.16221963, 0.073697865, -0.050598513, 0.41145912, -0.10411897) * inp_2_0_2; + result3 += M4(0.3464752, -0.021848112, -0.10102162, 0.12555195, -0.36431295, -0.06230273, -0.055010866, 0.064280584, -0.71468693, -0.0010118448, 0.05051672, -0.60622525, 0.15103918, 0.14874057, -0.034544896, -0.23608753) * inp_2_1_2; + result3 += M4(-0.18470794, 0.0020429478, 0.092647046, 0.001578774, 0.07782735, -0.056376178, -0.04893872, 0.14143008, 0.2539951, 0.005463176, -0.07962956, -0.03562753, 0.23646769, -0.16915001, -0.11215036, -0.13418357) * inp_2_2_2; + result4 += M4(-0.4048387, 0.2746327, 0.29115272, 0.014415946, 0.027654655, 0.061988186, -0.05398835, 0.015199468, -0.022000216, 0.3168487, 0.2148722, 0.13543734, 0.1928623, -0.17625928, -0.084206864, -0.0791183) * inp_2_0_0; + result4 += M4(-0.6260922, 0.85466826, 0.77320504, 0.10223002, 0.2373547, -0.34480003, -0.06116979, 0.0547156, 0.30961192, -0.4166198, -0.32632014, 0.06924924, 0.36943367, -0.5072109, -0.481058, -0.031789046) * inp_2_1_0; + result4 += M4(-0.10124026, 0.3977555, 0.34342486, 0.25692475, -0.024685882, -0.015863132, -0.25324908, 0.07294063, 0.037476826, 0.027836466, 0.02573071, -0.15145361, 0.044554383, -0.038837407, -0.31043664, -0.21714881) * inp_2_2_0; + result4 += M4(0.046663757, 0.014939641, 0.06879724, -0.04942035, -0.045889072, -0.11144033, -0.19458978, 0.021895248, 0.03571556, -0.17301705, -0.24958733, -0.023675848, -0.037575014, 0.066391654, 0.13448313, -0.089484215) * inp_2_0_1; + result4 += M4(-0.048059803, -0.21505676, -0.118837744, -0.13431357, 0.04294499, 0.22801062, 0.17858784, -0.28958902, -0.2126441, 0.21744238, 0.059451975, -0.23975925, -0.0014333368, 0.088576786, 0.10778986, 0.31530976) * inp_2_1_1; + result4 += M4(0.049664397, -0.016129503, -0.11917058, -0.39864028, 0.14846401, 0.020106375, -0.18104424, 0.30159464, 0.00887667, 0.052817456, 0.014414665, 0.20041718, -0.112646736, 0.22074835, 0.023366554, 0.37090588) * inp_2_2_1; + result4 += M4(-0.037570477, 0.059925936, 0.0005708728, 0.04009829, -0.10829278, 0.062199626, 0.0501179, -0.014424939, 0.2726312, -0.028666759, 0.013104774, -0.026145717, -0.113269396, -0.021442631, 0.16822442, -0.062231436) * inp_2_0_2; + result4 += M4(0.23156382, 0.04554089, 0.09250202, -0.07079888, -0.15285629, 0.059867956, -0.0085961195, -0.05141432, -0.49627265, 0.04150607, 0.025709234, 0.016941035, -0.064730234, -0.08857849, -0.04150067, 0.022848075) * inp_2_1_2; + result4 += M4(-0.05030157, 0.057781357, -0.08614188, 0.06977365, 0.052806154, 0.087339506, -0.08356403, 0.07599338, 0.08267073, -0.022146773, 0.24039426, 0.019475978, -0.18833315, -0.005756401, 0.00854118, 0.009617167) * inp_2_2_2; + result5 += M4(0.06307451, 0.14723757, 0.0039552962, -0.46614376, 0.07030183, 0.2916851, 0.106686614, -0.14141798, 0.007910899, 0.06727706, -0.15440355, -0.10023372, -0.10300651, 0.026727919, -0.21182077, 0.23669715) * inp_2_0_0; + result5 += M4(0.13375978, 0.1353753, 0.08232549, -0.7362596, 0.11077691, 0.013017048, 0.043357693, -0.031101087, -0.13479967, -0.36879787, -0.08803066, 0.20864883, -0.10869737, -0.36136195, -0.15707602, 0.37448788) * inp_2_1_0; + result5 += M4(-0.095676385, 0.23106195, -0.02147711, -0.2541901, -0.08606613, 0.10505495, 0.11301647, 0.043804143, -0.006948173, -0.1263802, -0.04224032, -0.0042616166, -0.11794068, 0.22114182, 0.027413925, 0.14881836) * inp_2_2_0; + result5 += M4(0.011850981, -0.07968426, -0.1710306, 0.08712769, -0.10804343, 0.27625656, 0.46241727, 0.023772454, -0.08796408, 0.24824676, -0.06773852, -0.15036978, 0.05319369, -0.20618536, -0.1458318, -0.12122452) * inp_2_0_1; + result5 += M4(-0.23144136, 0.06455041, 0.01652961, -0.11405431, 0.5178468, 0.179509, 0.041685622, -0.15093309, 0.49060193, -0.15313472, 0.054447133, -0.087239854, -0.06193237, -0.009340936, 0.07510365, -0.020017758) * inp_2_1_1; + result5 += M4(0.18669872, 0.07155456, -0.11710658, 0.004780165, -0.45215398, -0.183132, 0.42877966, -0.043604154, -0.2451027, 0.04137121, 0.06478309, -0.07089735, -0.2714047, -0.061828386, 0.120099574, -0.18344322) * inp_2_2_1; + result5 += M4(0.035631984, 0.38638332, 0.05854191, -0.023932468, 0.010584838, 0.11353454, 0.3659448, -0.07387023, -0.0034249292, 0.9132789, -0.11330348, 0.02410176, -0.06093434, 0.0474977, -0.120164394, 0.1047797) * inp_2_0_2; + result5 += M4(-0.0998373, -0.024269396, 0.046595313, -0.17640395, 0.17191735, 0.06510432, -0.14431018, -0.10624873, -0.13430345, -0.47117662, 0.3615993, 0.2840675, -0.08423247, -0.14638855, -0.026378112, 0.06795413) * inp_2_1_2; + result5 += M4(0.035158098, 0.34198627, -0.007857903, -0.041475654, -0.1796877, 0.14854921, 0.22959937, -0.07888798, 0.14298303, -0.2011923, 0.023641603, -0.04346798, -0.12600255, 0.30773756, 0.14908876, 0.030534623) * inp_2_2_2; + result6 += M4(0.13131043, 0.15043007, 0.020211749, 0.4891068, 0.45132312, -0.010635054, 0.0011205637, -0.3122684, 0.050189145, 0.236809, 0.008488413, 0.32962832, -0.15746759, -0.19045612, 0.10334398, -0.3065638) * inp_2_0_0; + result6 += M4(-0.10746205, 0.184805, 0.019237475, 0.69931763, -0.26008403, 0.049077857, -0.13350248, -0.10074571, -0.12030742, -0.21424854, 0.029700996, -0.5003061, -0.07593551, -0.006682179, 0.036656495, -0.31372914) * inp_2_1_0; + result6 += M4(-0.021457711, -0.0019900585, 0.05084926, 0.081936136, 0.3753494, 0.09493894, -0.18673326, -0.11794002, 0.25595453, 0.08400333, -0.018064985, -0.048310984, 0.16797653, -0.060853757, 0.06483727, 0.011189334) * inp_2_2_0; + result6 += M4(0.13941164, -0.063394785, -0.0034332005, 0.17111054, -0.3990753, 0.02632524, -0.06816667, -0.21834038, -0.4288934, -0.22325225, 0.037174102, -0.5405136, 0.010273852, -0.0105224075, 0.013248547, 0.40732837) * inp_2_0_1; + result6 += M4(-0.08962223, -0.2226498, -0.1872196, -0.10598174, 0.3465477, 0.18969187, 0.053831596, 0.14565082, 0.123044804, 0.06839405, -0.1236372, 0.10534083, -0.038496677, -0.025535641, 0.04961797, -0.050057862) * inp_2_1_1; + result6 += M4(-0.086797, 0.042154882, -0.014092746, -0.044417284, -0.44362223, 0.13151413, -0.12720887, 0.10942756, -0.41959015, -0.036553595, -0.17896748, -0.06546312, 0.1287178, 0.06980131, 0.047464374, -0.04425047) * inp_2_2_1; + result6 += M4(0.058752462, -0.046499122, -0.06560196, 0.076821715, 0.065221585, -0.06323381, 0.075904384, -0.2815891, 0.10167673, 0.085431844, 0.0006833184, 0.19864999, -0.003908989, 0.014096975, 0.061565712, 0.18922071) * inp_2_0_2; + result6 += M4(-0.023859497, -0.04909467, 0.10589662, -0.1687173, -0.10612011, 0.036622375, 0.0424893, -0.035365675, 0.27256072, 0.17770343, -0.01699957, 0.044754315, -0.016159957, 0.050832182, 0.011317852, 0.08291619) * inp_2_1_2; + result6 += M4(-0.100903265, 0.040046252, -0.006190383, 0.12496574, -0.08680196, 0.116084926, -0.008635489, 0.05128598, 0.18719034, -0.08555466, 0.16260944, 0.41563207, -0.17537746, 0.03593093, -0.08937214, -0.11530117) * inp_2_2_2; + result7 += M4(-0.01982062, 0.19227089, 0.07580118, -0.01564463, -0.015477902, -0.06434723, -0.04389325, -0.26967463, -0.032943662, -0.087399565, 0.045613937, -0.26502544, -0.059663635, 0.07896823, -0.13964859, -0.07113337) * inp_2_0_0; + result7 += M4(0.015122787, 0.057662565, -0.07610588, -0.10633816, 0.19621149, 0.114655145, 0.0044023055, -0.11868959, -0.087640546, -0.09909117, -0.30400592, 0.087860994, -0.1193111, -0.07933329, 0.09902344, 0.08256956) * inp_2_1_0; + result7 += M4(-0.11638451, -0.075316876, -0.3201672, 0.004718106, -0.0046146857, 0.14694384, 0.21839611, -0.07057222, -0.027985927, 0.2378717, 0.12468581, 0.04222978, 0.0016323507, -0.024048518, 0.59261656, -0.16611645) * inp_2_2_0; + result7 += M4(-0.22592212, 0.31972498, -0.08404233, 0.25021684, 0.008496462, -0.28084508, 0.06923707, -0.504983, -0.23233496, -0.29443064, 0.030090403, -0.43786904, 0.15586951, -0.1291383, -0.20086162, 0.35093188) * inp_2_0_1; + result7 += M4(-0.6406366, -0.2729402, 0.051681057, -0.18627988, 0.20781448, 0.29175138, -0.11135165, 0.13569482, 0.64130014, 0.37666848, -0.13812494, 0.23377776, 0.33473015, 0.36425686, -0.1265133, 0.15076241) * inp_2_1_1; + result7 += M4(-0.21743536, -0.000865273, -0.040638417, -0.03576051, 0.07567566, -0.18737459, -0.0038226645, 0.16512613, -0.025816003, -0.06373682, -0.14041999, 0.31136355, 0.18746994, 0.03762397, 0.34165812, -0.09347466) * inp_2_2_1; + result7 += M4(0.08801469, -0.26115394, -0.23565757, 0.15650904, -0.071703225, 0.15424898, 0.47631714, -0.5078269, 0.2222719, 0.07514514, 0.30085883, -0.46507084, -0.3119526, 0.11053857, -0.19479504, 0.33909222) * inp_2_0_2; + result7 += M4(0.25041574, 0.11308088, 0.081072845, -0.12108119, -0.11785, -0.19794494, 0.06143605, -0.20587383, -0.72203565, -0.028817391, 0.20734191, 0.25097057, 0.05389864, -0.21997295, -0.37290296, -0.07274896) * inp_2_1_2; + result7 += M4(0.16635342, -0.0983293, 0.041527614, -0.01580731, -0.05419251, -0.30510548, 0.022088433, -0.005240212, 0.23356004, -0.10731173, -0.039573394, 0.08254777, -0.05703987, -0.21068281, -0.06326769, 0.13715531) * inp_2_2_2; + const V4 inp_3_0_0 = inp[3][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_3_1_0 = inp[3][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_3_2_0 = inp[3][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_3_0_1 = inp[3][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_3_1_1 = inp[3][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_3_2_1 = inp[3][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_3_0_2 = inp[3][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_3_1_2 = inp[3][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_3_2_2 = inp[3][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.14220184, 0.29581806, -0.1050509, 0.043722827, -0.022809098, 0.014713366, 0.014747514, -0.0151712205, -0.043942932, 0.008298421, 0.04066298, 0.033041958, -0.018717512, 0.23739426, 0.022260787, -0.046938676) * inp_3_0_0; + result0 += M4(-0.11163785, -0.23318845, 0.18948416, -0.03891877, -0.10855645, -0.07921256, 0.055309527, -0.116694175, 0.008841264, -0.0031489702, 0.022865087, -0.053723924, -0.024241634, -0.06823317, 0.00038335618, -0.025687473) * inp_3_1_0; + result0 += M4(0.002644073, -0.045697205, -0.03577432, 0.123700306, 0.012543277, 0.048040003, -0.025159027, -0.023060577, 0.027704353, -0.013723579, -0.04032055, 0.0072777257, 0.049085204, -0.0488234, 0.013184984, 0.08190091) * inp_3_2_0; + result0 += M4(0.11121829, 0.5713805, -0.098629035, -0.023255708, 0.08053442, -0.041370448, -0.05503379, -0.045689344, -0.0048542405, -0.044403378, -0.023725266, -0.10501844, 0.053676195, -0.37625402, -0.0012022955, 0.05435941) * inp_3_0_1; + result0 += M4(-0.079213396, -0.29827237, -0.0061785034, -0.06528836, -0.08570464, -0.0123205725, -0.09306517, 0.040397964, 0.09289772, 0.07834141, -0.0033718874, 0.10375401, -0.00702443, 0.11942383, 0.017393963, 0.053092834) * inp_3_1_1; + result0 += M4(0.12211842, -0.15758839, -0.10383393, 0.036095593, 0.124916494, 0.10678813, -0.039751172, 0.012379173, 0.041472487, -0.06389625, 0.04722299, -0.04202216, -0.059994843, 0.11173252, -0.004779031, -0.03157209) * inp_3_2_1; + result0 += M4(0.059037857, 0.23064092, -0.07214555, -0.17619008, -0.025874231, -0.11362508, 0.028976435, 0.03689161, -0.0012436241, 0.039338402, -0.028161326, -0.015724905, -0.0072414353, -0.03485324, -0.057183366, 0.054221116) * inp_3_0_2; + result0 += M4(0.014086952, -0.16905811, 0.11196831, -0.042952076, -0.023245735, -0.043856297, -0.0698888, -0.011209277, -0.044448152, 0.055338155, -0.028425442, 0.052961417, 0.01909251, 0.09022248, -0.0002994758, -0.11610538) * inp_3_1_2; + result0 += M4(0.047645338, -0.02096107, -0.050075144, -0.019411907, 0.046437737, 0.10304194, 0.040795293, 0.052342955, -0.05327969, -0.05934678, 0.025403949, 0.014482732, 0.008135477, -0.039806854, 0.009638727, -0.0019236362) * inp_3_2_2; + result1 += M4(0.030199047, -0.20870818, 0.107358895, -0.032064687, -0.02958267, -0.0196711, -0.026792657, -0.031558525, -0.07817445, 0.01813162, 0.009675942, 0.012233323, -0.015329561, -0.16804257, 0.05125411, -0.0046946756) * inp_3_0_0; + result1 += M4(0.034792785, -0.07371596, -0.011460319, 0.10177153, -0.075484, 0.054401577, 0.0646406, -0.17295581, 0.03523714, -0.0014632451, 0.01590928, -0.023483954, 0.015525324, 0.15043561, 0.14282876, -0.047376197) * inp_3_1_0; + result1 += M4(0.25155142, 0.08308516, -0.040026754, -0.05491031, 0.022805769, 0.0011284436, 0.0027504563, -0.021688981, -0.110222556, -0.041732293, -0.1316083, 0.06754725, 0.14578243, -0.08555171, -0.027260132, 0.060346637) * inp_3_2_0; + result1 += M4(-0.05066411, -0.10231594, 0.11965813, -0.072973646, 0.056161065, 0.10944876, 0.017292485, 0.13306467, 0.048061624, 0.0010493994, 0.02265206, 0.018558223, -0.04680016, 0.032021124, -0.061369233, -0.03628745) * inp_3_0_1; + result1 += M4(-0.1643362, 0.023754412, -0.04421771, 0.051398635, 0.08111207, 0.1028633, -0.00028525895, -0.11980875, 0.009836645, -0.09633457, -0.0001076693, 0.10617298, 0.19398087, -0.011596129, 0.0011294374, -0.09799514) * inp_3_1_1; + result1 += M4(0.10975527, 0.064917125, 0.011518881, 0.0023385242, 0.08232439, -0.03420218, 0.005478659, 0.040814776, 0.08117036, 0.117313966, 0.03403432, -0.044782173, -0.25941944, 0.13522075, -0.11086715, 0.07043135) * inp_3_2_1; + result1 += M4(-0.016384318, 0.009222316, 0.050930314, 0.0040175584, 0.0076967096, 0.027830876, 0.043031912, 0.119638085, 0.014207303, 0.0099121835, 0.026899142, -0.019493736, -0.012690073, 0.09567006, 0.024153594, 0.04894755) * inp_3_0_2; + result1 += M4(-0.090977706, 0.013185333, 0.033491775, 0.09460563, -0.07065113, 0.05860558, -0.0001504292, 0.0417031, 0.025144998, 0.08045827, 0.04922298, -0.06822206, -0.14287035, -0.18531598, -0.04301882, 0.2223528) * inp_3_1_2; + result1 += M4(0.0094115315, 0.007858021, -0.05448468, 0.089828864, -0.07290204, 0.0018030866, 0.0012039106, 0.06237634, -0.050015524, 0.0108173685, -0.007279163, -0.053459134, 0.13459387, -0.029871335, 0.025917185, -0.22171456) * inp_3_2_2; + result2 += M4(0.11647479, 0.10076411, 0.11930618, -0.5001232, 0.040037896, -0.0004366756, -0.020107023, -0.090618476, 0.0030575655, 0.050145853, 0.0317201, 0.083271354, 0.09702204, 0.017685521, 0.14457823, -0.10257005) * inp_3_0_0; + result2 += M4(-0.13331696, -0.07726072, -0.029039314, 0.22883713, -0.01739428, 0.0469286, 0.03554923, 0.003434962, -0.009423783, -0.023191646, -0.014845551, -0.032700337, -0.079510346, -0.043419976, 0.0156192, 0.107626915) * inp_3_1_0; + result2 += M4(-0.15507331, -0.068423375, -0.041539546, 0.24189207, -0.09052856, -0.03045898, -0.0594716, -0.06372859, 0.044895723, -0.011765843, 0.01841326, -0.012792601, -0.03711853, -0.030372167, 0.02337175, -0.14652345) * inp_3_2_0; + result2 += M4(0.15467784, 0.35823032, 0.09850777, -0.15597041, 0.11420279, 0.075547986, 0.032267794, -0.14880848, -0.090415016, -0.017048024, -0.053521473, -0.11122125, -0.058699213, -0.03621905, -0.15886551, -0.061645642) * inp_3_0_1; + result2 += M4(-0.16869839, -0.04382488, 0.10822959, -0.076615535, 0.028365385, 0.16310996, 0.013281907, 0.14903001, 0.015622588, 0.011959068, -0.021492178, 0.1770453, 0.3412857, 0.14367792, -0.04293763, 0.00018098926) * inp_3_1_1; + result2 += M4(-0.05968951, 0.007490492, -0.10713938, 0.025387928, -0.15001795, 0.06333462, -0.013492463, 0.08956875, 0.019784143, -0.0657527, 0.055030365, -0.06502322, -0.0992953, -0.045847125, -0.015561308, 0.19500968) * inp_3_2_1; + result2 += M4(0.34842512, 0.17871244, -0.03964059, -0.27120742, 0.022584952, -0.13696362, -0.02976433, -0.07317687, 0.031326186, 0.0064884964, -0.044022623, 0.037614394, -0.0705752, -0.10642723, 0.058439463, 0.2230188) * inp_3_0_2; + result2 += M4(-0.059847344, -0.01139373, 0.13806899, 0.08948678, 0.01390379, -0.097241, 0.02743823, 0.016725708, -0.010654057, 0.025405332, -0.0010878934, -0.08476517, -0.08760278, 0.05094644, -0.19358766, -0.14211519) * inp_3_1_2; + result2 += M4(-0.17474808, -0.22108728, -0.21780892, 0.35220462, 0.009163019, -0.06104532, -0.053446397, -0.04392871, 0.0015393725, -0.00069702463, 0.03886848, -0.02923031, 0.00527017, 0.034089398, 0.16028263, -0.055244535) * inp_3_2_2; + result3 += M4(-0.018567495, 0.0026103545, 0.36512035, -0.018511413, 0.042726085, -0.121779025, -0.0759674, -0.027829297, 0.040537566, 0.032802176, -0.032742567, 0.01259471, 0.022687757, -0.14804396, -0.33376685, -0.033556912) * inp_3_0_0; + result3 += M4(-0.116059996, 0.12173986, -0.18802345, 0.13156602, -0.07677582, 0.06166233, -0.055367634, -0.043565907, -0.045016497, -0.056485992, -0.0025054468, 0.062424377, -0.11418986, 0.19949088, 0.16542612, 0.05149701) * inp_3_1_0; + result3 += M4(0.028589878, 0.08787085, -0.15834384, 0.008276506, 0.055699687, 0.0517054, -0.035402454, 0.022119103, 0.013805701, -0.07114713, -0.012704838, -0.095399395, 0.058038633, 0.020338465, 0.19678909, 0.13581684) * inp_3_2_0; + result3 += M4(-0.055346105, -0.022346426, 0.28103238, 0.06451777, -0.012666116, 0.049827963, 0.052170645, -0.009899708, -0.0043233866, -0.008591818, -0.002752428, -0.12905397, -0.04443095, 0.13801019, -0.030456353, 0.17349862) * inp_3_0_1; + result3 += M4(0.021500591, -0.04334728, -0.09889436, -0.0042085215, -0.027597575, 0.11979061, 0.09731146, 0.056554627, 0.03162167, 0.08822394, 0.056181837, -0.09152388, 0.13347569, -0.059502367, 0.043407016, -0.0048634615) * inp_3_1_1; + result3 += M4(0.051889032, -0.13060205, -0.053255986, 0.047219437, -0.036587156, -0.00361318, 0.11671864, -0.0060794465, -0.006730907, -0.01520898, 0.005964793, 0.040629286, 0.043768957, -0.052364953, -0.09406933, -0.09536944) * inp_3_2_1; + result3 += M4(0.048058864, 0.03373609, 0.28471413, -0.11747176, 0.03439936, -0.13080667, 0.030491013, 0.027022334, -0.0003300306, -0.039328486, 0.010704635, 0.21759433, 0.00070556474, 0.018552786, 0.168483, -0.176763) * inp_3_0_2; + result3 += M4(0.09441553, -0.015840568, -0.079968214, -0.21781057, 0.07723678, -0.046124, -0.07330958, 0.09381263, -0.01420818, -0.009802088, -0.0352734, 0.055251617, -0.028345533, -0.10139458, -0.08185518, 0.06420966) * inp_3_1_2; + result3 += M4(-0.065675996, -0.03485548, -0.1351602, 0.04892821, -0.02004268, -0.0053299735, 0.028146671, 0.008350671, -0.016548887, 0.07172998, -0.0016435798, -0.07355486, -0.06291693, 0.0022400378, -0.04194968, -0.100256324) * inp_3_2_2; + result4 += M4(0.10275624, -0.050601494, 0.055006552, -0.100944854, -0.047467656, 0.004118076, 0.054911327, 0.11621958, 0.0030265562, 0.029584533, 0.077024624, -0.017295482, 0.09255058, 0.12823223, 0.10996005, -0.006581182) * inp_3_0_0; + result4 += M4(-0.023460632, -0.07407528, -0.23225261, 0.01596762, 0.035419896, -0.102963164, -0.057545274, 0.21702328, 0.013119259, -0.019170007, 0.017791761, 0.0027059524, 0.14498927, -0.2147906, -0.1968048, 0.12059705) * inp_3_1_0; + result4 += M4(0.09735267, -0.008516496, 0.10029414, -0.12141932, -0.08180664, -0.010001622, -0.040972203, 0.17372316, -0.18491365, 0.103480205, -0.031467967, -0.068326965, 0.018889373, -0.0072864112, -0.010454968, -0.049856994) * inp_3_2_0; + result4 += M4(-0.14227402, 0.048893057, 0.15169342, 0.0589829, -0.0111398725, -0.0007021414, -0.021915037, 0.0072053983, 0.013556308, -0.06439848, -0.026270576, 0.02535592, -0.025688693, -0.03547005, -0.11827166, 0.008322918) * inp_3_0_1; + result4 += M4(0.015891457, -0.017897032, 0.007903984, 0.047343597, 0.09363182, 0.024844792, -0.05830995, 0.17132264, -0.06561783, 0.06570166, -0.015288811, 0.09247123, -0.0013438858, 0.11100324, 0.16285086, -0.082568325) * inp_3_1_1; + result4 += M4(-0.17172615, 0.11925204, 0.109492764, 0.016225312, 0.010063468, -0.025177682, 0.026810376, 0.17247847, 0.0182892, -0.08003335, -0.032131247, -0.04426509, 0.027547639, 0.0038644287, 0.0622444, 0.026596734) * inp_3_2_1; + result4 += M4(0.18723038, -0.06356827, -0.09350727, 0.010388782, -0.03361306, -0.0015997153, 0.053034473, -0.068830036, 0.028943738, -0.033172213, 0.0083861165, 0.025625488, -0.101140805, 0.006527277, 0.14642856, -0.020703917) * inp_3_0_2; + result4 += M4(0.054269917, 0.035792064, -0.050312504, 0.08075724, 0.06187946, 0.021648116, 0.05535476, 0.15620534, 0.11397159, -0.0029014526, -0.019254057, -0.10412736, 0.079952665, -0.019412525, -0.06043989, -0.0028609503) * inp_3_1_2; + result4 += M4(-0.02539215, 0.01437164, 0.020025266, -0.059849497, 0.0072748433, 0.042192727, 0.06783724, 0.05773892, 0.06520988, -0.0026089048, 0.01743468, 0.08910741, -0.20436613, 0.026470054, -0.098164715, 0.011565031) * inp_3_2_2; + result5 += M4(-0.10841221, -0.0363878, -0.231216, -0.17400073, -0.022624917, -0.0694818, -0.092000924, -0.083555214, 0.0055065965, 0.09846925, 0.030156685, 0.01904306, -0.020952217, 0.059327304, 0.030406477, -0.1143399) * inp_3_0_0; + result5 += M4(-0.13173077, -0.26147693, 0.14895892, 0.15694575, 0.035660498, -0.0038643396, 0.10676744, -0.060635388, 0.037966434, -0.04905565, -0.0766657, -0.008407624, -0.16902927, -0.29815325, 0.014726095, 0.076710515) * inp_3_1_0; + result5 += M4(0.102596186, -0.05005975, -0.048240762, 0.04147368, -0.102371044, -0.044269536, -0.083829276, -0.017138937, -0.02299257, -0.04585765, 0.047417827, -0.052792363, 0.16407567, 0.2157907, -0.10534021, 0.07732776) * inp_3_2_0; + result5 += M4(0.11040525, -0.09375575, -0.2989762, 0.09015296, 0.009494491, -0.018460311, -0.0009432192, 0.10526945, -0.043539457, -0.059871405, -0.020558301, -0.023958672, -0.14667718, -0.09243026, -0.107162826, 0.11911795) * inp_3_0_1; + result5 += M4(-0.1350197, -0.13791439, 0.06368997, 0.0135857, 0.13447742, 0.109225266, 0.16954204, 0.026523715, 0.059673406, 0.031501997, -0.017856803, 0.07762521, 0.17063937, 0.086128615, 0.12133009, -0.03999287) * inp_3_1_1; + result5 += M4(0.21358466, 0.010802508, 0.030539487, -0.100231655, -0.0720297, -0.024601962, 0.019359145, 0.23460163, -0.01684153, 0.045131125, 0.019434633, 0.059938397, -0.010893166, -0.23570989, -0.040062375, -0.21358533) * inp_3_2_1; + result5 += M4(-0.053052325, 0.7387682, -0.17492625, 0.017032824, 0.0071524233, -0.013409763, -0.057646163, -0.023101417, 0.0070181526, 0.088075995, -0.073717274, -0.009228015, 0.089969486, 0.17503998, -0.017464302, -0.033747226) * inp_3_0_2; + result5 += M4(-0.060896996, -0.20927513, 0.14395653, 0.055566028, 0.057375714, 0.023686128, -0.09188384, -0.14255336, -0.041927703, -0.104409404, 0.056969125, -0.049685113, 0.04641332, -0.26447034, -0.025084667, 0.05080997) * inp_3_1_2; + result5 += M4(0.10447019, 0.0021664004, 0.03300909, 0.013241151, -0.06567862, 0.019394988, -0.055819668, -0.09805172, 0.02324118, 0.033387065, 0.054767907, -0.00011540235, -0.1324057, 0.30173886, 0.126969, 0.103199705) * inp_3_2_2; + result6 += M4(-0.36202443, 0.17659415, 0.049923707, 0.15764862, 0.012453831, -0.0056842333, -0.003600969, 0.0120022455, 0.09898221, 0.052056625, 0.03754402, 0.14247002, -0.06303877, 0.020438142, -0.03389578, -0.27174982) * inp_3_0_0; + result6 += M4(-0.07228018, -0.031460524, 0.019936912, -0.18113697, -0.02745625, 0.04275978, -0.0007969192, -0.07990229, -0.16646542, 0.025946287, -0.020801041, -0.0667422, -0.20107456, -0.08823643, -0.012090548, -0.028368922) * inp_3_1_0; + result6 += M4(0.015523248, -0.043354906, -0.023148216, -0.19232436, 0.04778691, 0.060575824, -0.07492828, -0.007404456, 0.11407589, -0.013511919, -0.0016491567, -0.020163843, 0.45946974, -0.031038936, 0.020621896, -0.032983396) * inp_3_2_0; + result6 += M4(0.073867336, -0.1483454, 0.07699858, 0.30727065, 0.0850781, 0.05013866, -0.012111206, 0.0920334, -0.06709266, -0.025296757, -0.028023398, -0.200641, 0.09505046, -0.032021288, 0.09732993, 0.107672535) * inp_3_0_1; + result6 += M4(0.011917727, -0.18573129, -0.039482113, -0.10653897, -0.010152601, 0.033033486, 0.12093644, 0.014134082, 0.12168461, -0.046516348, 0.022690218, 0.12506135, -0.036886904, 0.21988527, -0.016690405, 0.09360803) * inp_3_1_1; + result6 += M4(0.09410977, 0.057722185, 0.045246158, -0.070580885, -0.035504244, -0.08016729, 0.02729342, 0.06084015, -0.22293359, 0.06739874, -0.032340545, 0.09744865, -0.24910265, -0.14061959, -0.06767582, 0.1866403) * inp_3_2_1; + result6 += M4(0.20498458, 0.19927391, 0.107652985, -0.064823136, -0.014122271, 0.019808032, 0.035629053, -0.006818886, 0.003651494, -0.050823458, 0.013990394, 0.052466553, -0.14694835, 0.056151833, -0.026632998, 0.09014523) * inp_3_0_2; + result6 += M4(0.032013252, -0.045949485, -0.13705537, 0.061154846, -0.026881302, 0.00795819, 0.003864972, -0.02222533, 0.00807324, 0.025598124, 0.00879293, -0.029155701, 0.16247916, -0.11350233, 0.04666391, -0.027355118) * inp_3_1_2; + result6 += M4(-0.09051523, -0.11054118, -0.03317729, 0.19976345, -0.048919074, 0.028446138, 0.006867744, 0.06268193, 0.14603335, -0.011673084, 0.0077291573, -0.104334645, 0.019944651, 0.123291865, -0.035155844, -0.121591695) * inp_3_2_2; + result7 += M4(-0.05570162, -0.04828354, 0.025604865, 0.022930326, -0.006984085, -0.02662257, -0.11230645, -0.043253038, 0.052033827, -0.039332032, 0.007263562, -0.026950626, -0.03708213, 0.29722342, -0.104873344, -0.10744328) * inp_3_0_0; + result7 += M4(-0.13841997, -0.09366951, 0.057500567, -0.027023107, 0.08486296, 0.013217785, 0.010380215, -0.007562276, -0.0484528, 0.050976504, -0.1337574, -0.0021196397, -0.040356092, -0.24493831, -0.16932893, 0.061209347) * inp_3_1_0; + result7 += M4(0.0021701625, -0.10160458, -0.15599388, -0.1465994, 0.040690985, 0.025823733, 0.02045705, -0.0101641165, 0.017131211, -0.003134739, 0.110624395, -0.006075952, 0.02849226, -0.023113988, 0.27202505, 0.058406536) * inp_3_2_0; + result7 += M4(0.044703823, 0.15965404, -0.011037147, 0.5109806, 0.10312813, -0.022608232, 0.01945682, 0.1116657, -0.046794675, -0.107846156, -0.0085611185, 0.033983912, 0.056398768, -0.36921877, 0.047346402, -0.044937726) * inp_3_0_1; + result7 += M4(0.09941285, 0.19292344, 0.026810154, -0.21716522, 0.1708566, 0.009213916, 0.042141065, 0.049008094, 0.011651048, 0.16956031, 0.06624104, -0.02835029, 0.065781936, 0.19285975, -0.13246283, 0.18810649) * inp_3_1_1; + result7 += M4(0.04972977, 0.22763842, 0.28708026, -0.18241341, 0.05483751, 0.0013328108, 0.032350052, 0.07145266, -0.049057122, -0.044888075, -0.052508757, -0.018042825, 0.0497444, 0.16587968, -0.13421802, -0.118445605) * inp_3_2_1; + result7 += M4(0.0046838266, -0.4409666, -0.2597612, 0.41250828, -0.18498208, 0.04249205, -0.013993952, -0.038135, 0.03919663, 0.108871385, -0.041990787, -0.015019912, 0.032063566, 0.24547447, 0.10318247, -0.014512095) * inp_3_0_2; + result7 += M4(0.08283574, 0.18859686, -0.0856765, 0.03837081, -0.15208305, 0.09135492, 0.06807662, -0.08459724, -0.009910099, -0.13344067, 0.011595474, -0.008545678, -0.05208831, 0.00376925, 0.11690895, -0.21521091) * inp_3_1_2; + result7 += M4(-0.034031004, 0.020283002, 0.16722825, -0.2274462, -0.10500842, -0.106952816, -0.09739804, -0.043050934, 0.0352815, -0.021185046, 0.014114931, 0.056368798, -0.10320414, -0.2784876, -0.0018532448, 0.16714536) * inp_3_2_2; + const V4 inp_4_0_0 = inp[4][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_4_1_0 = inp[4][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_4_2_0 = inp[4][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_4_0_1 = inp[4][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_4_1_1 = inp[4][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_4_2_1 = inp[4][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_4_0_2 = inp[4][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_4_1_2 = inp[4][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_4_2_2 = inp[4][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.015347963, -0.068664856, 0.04645804, -0.112937756, -0.06175871, -0.1433821, 0.0025176874, 0.069849715, 0.086089835, 0.0019525258, -0.12190901, 0.10086868, 0.025729029, -0.093065195, 0.03597414, -0.08442831) * inp_4_0_0; + result0 += M4(-0.022431038, -0.03091568, -0.037138887, 0.09393001, -0.084375724, 0.06609799, 0.011646566, -0.05158206, -0.07297696, 0.021687489, 0.060903136, -0.07121508, -0.020559458, 0.0127250785, -0.024569467, 0.13495246) * inp_4_1_0; + result0 += M4(-0.0018076265, 0.01161834, -0.07099824, 0.023369938, 0.18064553, 0.047237743, 0.029539233, -0.09658718, -0.04571645, 0.06547593, 0.096877344, -0.040239953, -0.027432956, -0.005315208, -0.003156292, -0.07669967) * inp_4_2_0; + result0 += M4(-0.054001864, 0.20098436, -0.075695276, 0.012816671, -0.034243528, 0.0369853, 0.0294349, 0.014773263, 0.09470427, -0.5302787, 0.12485596, 0.052819043, -0.0327127, -0.16616333, -0.08262571, 0.020234514) * inp_4_0_1; + result0 += M4(0.016046144, -0.024816377, 0.03831941, -0.04718623, 0.08795951, 0.046626084, -0.0014814431, 0.14859195, -0.08441955, 0.23019505, -0.08293948, -0.02791357, -0.048614882, 0.19230148, 0.008847433, -0.11809789) * inp_4_1_1; + result0 += M4(0.055004288, -0.02935283, 0.001169136, -0.016408088, -0.17689867, -0.08972158, -0.04804486, -0.020838732, 0.0470175, 0.01945906, 0.059018467, 0.0671052, 0.1538387, -0.0051397923, 0.059761774, 0.079815395) * inp_4_2_1; + result0 += M4(0.052666795, -0.047520895, 0.11395038, 0.020103414, 0.12042282, 0.09387562, -0.07250865, -0.092701346, -0.213393, 0.37187365, -0.12505738, -0.08431384, -0.03445421, 0.1239568, 0.01918598, 0.015214686) * inp_4_0_2; + result0 += M4(-0.007434616, -0.001700406, 0.020891687, 0.019420985, -0.025226265, -0.09403224, -0.053130418, -0.03489649, 0.20018843, -0.22188586, 0.14417626, -0.021490153, 0.14246203, -0.046728626, 0.03610042, 0.07541829) * inp_4_1_2; + result0 += M4(-0.028029917, -0.0024124293, -0.033305515, 0.034131464, -0.05318704, 0.026769286, 0.08884552, 0.04889907, -0.017540498, 0.043866806, -0.14486933, 0.028184127, -0.13232058, -0.014637747, -0.030744046, -0.017228112) * inp_4_2_2; + result1 += M4(0.062242445, 0.003806714, 0.020724425, -0.024530057, -0.012798401, 0.068941124, -0.023947805, -0.0113810925, -0.047811907, -0.15170345, 0.028711537, 0.007991358, 0.04701127, 0.025249818, 0.0047800844, 0.0761221) * inp_4_0_0; + result1 += M4(-0.016507741, 0.0010444475, -0.10129273, 0.024638347, 0.2018351, 0.031926427, 0.05961932, -0.07143418, -0.06696651, 0.02543501, 0.0574603, 0.15273589, -0.043569755, 0.03250557, -0.011830026, 0.0005050185) * inp_4_1_0; + result1 += M4(-0.11386541, 0.010085473, 0.039012723, -0.008058504, -0.27889687, 0.0074400264, 0.027503373, 0.088229984, 0.13352963, 0.02258644, 0.009098703, -0.116981216, -0.18986647, -0.0058585242, -0.0305771, -0.05416138) * inp_4_2_0; + result1 += M4(0.014168622, -0.05011436, -0.08866536, -0.046353772, -0.06601335, 0.07485206, 0.005486981, 0.10850929, -0.020481676, 0.14530374, 0.2014894, -0.08188897, -0.01661501, -0.027097693, 0.042672105, -0.15946302) * inp_4_0_1; + result1 += M4(-0.07654896, 0.016076213, 0.09259981, -0.04827227, -0.12736493, -0.20943747, -0.12114548, 0.14080308, 0.23179926, -0.021129597, -0.08774192, 0.026381092, 0.14526787, -0.024885917, 0.04497208, 0.08400469) * inp_4_1_1; + result1 += M4(0.02684115, -0.14352526, -0.020265132, 0.15845658, 0.32814395, 0.10192891, 0.14333038, -0.45814818, -0.08770206, -0.02511608, -0.12954372, 0.07361434, -0.009698944, 0.010982917, -0.026692523, 0.15227987) * inp_4_2_1; + result1 += M4(0.016972719, 0.057248022, -0.006755407, 0.06422271, 0.060040038, -0.17989522, 0.0419648, -0.08762649, -0.0043210527, -0.04547064, -0.0063789706, -0.031473164, 0.021232963, 0.11072973, 0.035959743, 0.06449844) * inp_4_0_2; + result1 += M4(0.11196047, 0.052243356, 0.024443861, -0.060018744, -0.097404055, 0.20103906, -0.055618595, -0.017013773, -0.07736854, -0.033415396, -0.058290437, -0.10571163, -0.015254149, 0.030456558, -0.035810467, -0.08826208) * inp_4_1_2; + result1 += M4(-0.017307289, 0.08638532, -0.02579791, -0.053784084, 0.008788286, -0.12661941, -0.042239256, 0.26640934, -0.06532419, 0.07678242, 0.017023697, 0.07988674, -0.0010988557, -0.0037944408, -0.012944977, -0.10235324) * inp_4_2_2; + result2 += M4(-0.034974206, 0.06794813, 0.0035073175, -0.13393807, -0.061614662, -0.06021737, -0.074327454, 0.28772807, -0.06250681, -0.10218942, 0.12662503, 0.022742214, -0.10975214, -0.0063361567, -0.003025205, -0.085636094) * inp_4_0_0; + result2 += M4(0.016527109, -0.057549138, -0.06709942, 0.09974007, 0.030098781, 0.10552096, 0.14710502, -0.4480764, -0.0112706125, 0.01515357, 0.04363119, -0.014222173, 0.07512766, 0.03233325, -0.02863624, 0.19654723) * inp_4_1_0; + result2 += M4(0.043013055, 0.041099627, -0.123709075, 0.07187111, -0.07306719, -0.09428668, -0.04394538, 0.10755012, 0.02070349, 0.0828876, 0.13716455, 0.019693887, 0.063882254, 0.008052695, -0.013758167, -0.048417274) * inp_4_2_0; + result2 += M4(-0.009172881, 0.051556833, 0.060726427, 0.054615013, 0.03054924, 0.07875937, -0.008581751, -0.23570366, -0.019702753, -0.1866054, -0.015674567, 0.3555879, -0.06266117, -0.050504964, 0.01076697, 0.16294156) * inp_4_0_1; + result2 += M4(-0.10031015, -0.04609069, 0.18867433, -0.055574246, -0.10392824, -0.16170603, -0.20977044, 0.35697988, 0.35071892, 0.14930168, -0.18897198, -0.07844448, -0.055208653, -0.012442662, -0.012745678, -0.22062813) * inp_4_1_1; + result2 += M4(-0.034917817, -0.016817078, -0.04597928, -0.06561386, 0.24788813, 0.110733375, 0.2607216, -0.12861831, -0.15483572, 0.0019037564, -0.14894713, -0.08121656, -0.025103018, -0.007391733, 0.09671456, -0.004736849) * inp_4_2_1; + result2 += M4(0.019239163, -0.061022103, -0.02641717, -0.02905679, 0.04629351, 0.051416274, 0.07986066, -0.028329363, -0.02207861, 0.25481695, -0.079589345, -0.31572682, -0.0018124239, 0.08753095, 0.006467953, -0.20358352) * inp_4_0_2; + result2 += M4(-0.010853391, 0.009191581, 0.0020763124, 0.00044691635, 0.014615017, -0.059548005, 0.08654007, 0.0050915014, -0.04509479, -0.18360062, 0.06771911, -0.00044550904, 0.027544696, -0.07103817, -0.027311513, 0.11955296) * inp_4_1_2; + result2 += M4(0.13112625, 0.026925191, 0.016991375, 0.10075743, -0.14101198, 0.022351323, -0.22590432, 0.06986497, -0.08234276, -0.0381189, 0.048623137, 0.1010553, 0.07715705, -0.008273326, -0.0035380786, 0.032877263) * inp_4_2_2; + result3 += M4(0.049718, -0.0606453, -0.0944228, -0.0024191968, -0.008600836, 0.1367621, 0.16765337, 0.047311954, 0.029113218, -0.14446715, 0.033425666, -0.10763291, 0.05308789, 0.021063123, -0.1392104, 0.06417157) * inp_4_0_0; + result3 += M4(-0.0403097, 0.001017961, 0.01609335, -0.123920076, 0.036830857, 0.08942833, -0.20540363, 0.19357881, 0.06437233, 0.1803794, -0.03597348, -0.003695139, 0.01393767, -0.09938359, 0.07078445, -0.17746519) * inp_4_1_0; + result3 += M4(0.008557043, 0.02948618, -0.041898903, 0.12602842, -0.059987336, -0.20075257, -0.13947296, -0.31092528, -0.1132687, -0.005653307, 0.028461065, 0.078161046, 0.028711727, -0.02853606, 0.02708031, 0.11947079) * inp_4_2_0; + result3 += M4(0.034526832, 0.020657927, 0.059900936, 0.007056605, -0.030451095, -0.12218506, 0.2213549, -0.04818652, -0.22491327, 0.10216525, -0.40150827, 0.13270788, -0.04383447, -0.043958217, -0.13285235, -0.025379898) * inp_4_0_1; + result3 += M4(-0.06988003, 0.034596894, -0.0026508719, 0.04078883, 0.027662968, -0.035777435, 0.13871337, 0.14527074, 0.23947015, -0.10171578, 0.29536808, -0.027721278, -0.000103672144, 0.060061257, 0.12627032, 0.009035187) * inp_4_1_1; + result3 += M4(-0.031302888, -0.0895872, -0.035844233, -0.14865923, 0.008552225, 0.23973386, 0.09681701, 0.30540127, 0.101203315, -0.0079374565, -0.012015204, -0.08439947, -0.013489955, -0.045119133, -0.07636911, -0.13508363) * inp_4_2_1; + result3 += M4(-0.09356465, 0.059054006, 0.10897642, 0.006153388, 0.07690732, -0.0763855, -0.34810522, 0.15194388, 0.2304762, 0.024355706, 0.21850228, 0.12032501, 0.021008208, 0.0115743885, 0.11795112, 0.065826215) * inp_4_0_2; + result3 += M4(0.20204175, -0.024561848, -0.069184594, 0.10076785, -0.17356102, -0.058159776, 0.08010355, -0.45695424, -0.45804262, -0.0034749857, -0.19004934, 0.1519923, -0.03731987, 0.0048805373, -0.041497987, 0.28867304) * inp_4_1_2; + result3 += M4(-0.048924565, 0.044160094, 0.059675954, -0.028196245, 0.11724903, 0.031242423, -0.03143809, -0.016586293, 0.12866212, -0.046329815, 0.03429844, -0.24092107, -0.029159248, 0.07122084, 0.01537091, -0.1994948) * inp_4_2_2; + result4 += M4(-0.07022611, -0.1489489, -0.049414024, -0.026796605, 0.044553045, 0.029765077, -0.10146301, 0.11443817, -0.027537528, 0.17826001, 0.058376607, -0.035831317, -0.021918504, -0.11589114, -0.06050097, -0.05082394) * inp_4_0_0; + result4 += M4(-0.04688623, 0.19128789, 0.043254264, -0.07466518, 0.21171208, -0.19197467, 0.050670788, -0.086094186, 0.08168199, -0.09633471, -0.08804017, 0.04045423, -0.12381782, 0.14991587, 0.08327295, -0.011405639) * inp_4_1_0; + result4 += M4(0.054191362, -0.029317293, 0.027033674, 0.03895992, -0.18602686, 0.19731207, 0.09325744, 0.03494674, 0.041359335, -0.07043728, -0.032838073, -0.03673499, 0.06255654, -0.01031302, -0.041171655, -0.017683838) * inp_4_2_0; + result4 += M4(0.097610936, 0.051053572, 0.026763389, 0.05238207, -0.1972272, -0.013619113, 0.077562205, -0.11514781, -0.16075905, -0.12547234, -0.032063875, 0.13928266, -0.023862006, 0.019713186, 0.052911054, 0.11128267) * inp_4_0_1; + result4 += M4(-0.028301813, -0.0837762, -0.020459857, 0.08439594, -0.08888771, 0.12981653, -0.119595625, 0.0062344214, 0.078405134, 0.033431035, -0.034099188, -0.29706937, 0.13518852, -0.08675123, -0.09147663, -0.020852897) * inp_4_1_1; + result4 += M4(-0.12631403, -0.00073663425, 0.013419659, -0.015249826, 0.36151773, -0.08041647, -0.058474917, 0.0053324434, -0.09226296, 0.057632837, 0.049839847, 0.0831306, -0.15372884, 0.0042750374, 0.0017865851, -0.11391898) * inp_4_2_1; + result4 += M4(-0.07926971, -0.027371088, -0.01110064, -0.017107418, 0.17038901, 0.06714438, -0.08350233, -0.031930126, 0.31153667, -0.05438068, -0.048561644, -0.07731436, 0.09884543, -0.007631899, -0.0013403071, -0.035442516) * inp_4_0_2; + result4 += M4(0.14012894, 0.0028412007, -0.062296163, -0.08842521, -0.34216368, -0.028954593, 0.089838505, 0.10713954, -0.20487824, 0.024797026, 0.016134374, 0.22162604, 0.04851766, 0.042203438, 0.00096152845, 0.062135063) * inp_4_1_2; + result4 += M4(-0.025321418, 0.0444421, 0.009977276, 0.051531363, 0.08019694, -0.09846713, 0.056881953, -0.038393106, 0.013713512, 0.04312247, 0.11063409, -0.03899735, -0.044035774, 0.019130269, 0.036256697, 0.08657744) * inp_4_2_2; + result5 += M4(0.030981408, 0.08781324, 0.0465234, 0.028900536, -0.08502707, 0.047651898, 0.051460773, 0.11776715, 0.008373296, -0.059764728, -0.0953337, -0.122322835, 0.052956562, -0.044707738, 0.008952465, -0.045302067) * inp_4_0_0; + result5 += M4(0.07303235, 0.036684416, -0.013709382, -0.015096143, -0.009532191, 0.23011005, -0.11166426, -0.08966601, -0.058177434, -0.14690246, 0.111598514, 0.20627128, 0.056426786, 0.05660523, 0.0047775772, 0.017691562) * inp_4_1_0; + result5 += M4(-0.0065977685, -0.020389399, -0.04035871, -0.056656703, -0.001296415, -0.28594384, 0.13048528, 1.6333655e-05, 0.036310315, 0.08479238, -0.0068808305, -0.041508738, -0.03145242, 0.0749781, -0.06828677, -0.040379528) * inp_4_2_0; + result5 += M4(0.03188623, -0.11244197, 0.13534582, -0.008461294, 0.08006386, -0.025378594, -0.016635874, -0.20673247, -0.11248133, 0.0967427, -0.007489057, 0.17561181, -0.005050758, -0.01930356, 0.1797711, 0.11191476) * inp_4_0_1; + result5 += M4(-0.15243255, 0.018820502, -0.008216767, -0.026068626, 0.10426205, -0.18403246, -0.08314527, 0.22374412, 0.15961742, -0.21690856, -0.0077303206, -0.21131787, -0.039587844, -0.17945555, -0.07393377, -0.12739745) * inp_4_1_1; + result5 += M4(0.04706311, 0.026824584, -0.081707716, 0.062018704, -0.17168696, 0.30135295, 0.040612355, -0.0057184286, -0.070350975, 0.13984181, -0.058176886, 0.07217856, -0.04006961, 0.12129718, -0.069553226, 0.0813602) * inp_4_2_1; + result5 += M4(0.036619246, 0.14100142, 0.023282213, 0.051742148, -0.016604811, -0.12804525, -0.09562551, 0.07746391, -0.06442569, 0.17474443, 0.09775942, -0.15528885, -0.06495131, 0.22383533, -0.039015647, -0.02622935) * inp_4_0_2; + result5 += M4(0.022782035, -0.11527496, -0.06607121, -0.022222778, -0.109326735, 0.2814242, 0.27344614, -0.077948414, -0.0309022, 0.13699773, 0.11074792, 0.13306884, 0.08793571, 0.078675315, -0.0011466475, 0.079729445) * inp_4_1_2; + result5 += M4(-0.072083555, -0.023365624, 0.0013773862, -0.023897903, 0.1909737, -0.27293402, -0.1859008, -0.050656065, 0.1253508, -0.22552036, -0.13976125, -0.037139904, -0.007087417, -0.2299057, 0.111989535, -0.06787896) * inp_4_2_2; + result6 += M4(0.05125755, 0.020197475, 0.051851336, -0.04044587, 0.123426095, 0.04441016, -0.014034072, 0.12893628, -0.16182423, 0.10722033, -0.0011704656, -0.3681144, 0.10618148, 0.07166449, 0.035273563, -0.109781794) * inp_4_0_0; + result6 += M4(0.02106569, -0.040576797, -0.049933493, 0.00552437, -0.08974453, 0.1483031, -0.034924146, -0.0021361308, 0.04079294, -0.11598749, -0.003729837, 0.06637196, -0.0458319, -0.13152426, -0.06391264, 0.19713907) * inp_4_1_0; + result6 += M4(-0.21092935, 0.02182073, 0.03705599, 0.09195985, 0.11813646, -0.17102215, 0.00767189, -0.17389582, 0.2084574, -0.0021891808, -0.019679487, -0.030480323, -0.14351867, 0.08145486, 0.018724296, 0.10749066) * inp_4_2_0; + result6 += M4(0.07340585, 0.029559419, -0.041336842, 0.0030860824, -0.21102114, -0.08455312, 0.03509718, -0.14093173, -0.24958752, -0.069229946, 0.09697096, 0.46258098, -0.18969557, -0.039852537, -0.061017238, 0.0780439) * inp_4_0_1; + result6 += M4(-0.049350746, -0.06178836, -0.046902917, 0.11307912, 0.0908593, -0.24150716, 0.14461373, -0.054369617, -0.0010273365, 0.084890105, -0.09785255, -0.002330616, -0.004343787, 0.091098666, -0.03035586, -0.05609253) * inp_4_1_1; + result6 += M4(0.1906352, 0.03562363, 0.05633377, -0.24253497, -0.22601411, 0.2752202, -0.16600806, 0.2319767, -0.19106264, -0.0181399, 0.032506607, -0.12824795, 0.13629645, -0.073911026, 0.08124848, -0.14383006) * inp_4_2_1; + result6 += M4(0.00283909, 0.005476308, -0.007212551, -0.051652085, 0.21574217, 0.007472785, -0.06870259, -0.005254144, 0.1919404, 0.018648757, 0.04264531, -0.3499618, 0.1969271, -0.038681425, 0.075780615, -0.22787845) * inp_4_0_2; + result6 += M4(0.044691067, 0.008617043, -0.01647189, -0.051183738, -0.05136751, 0.14447081, -0.07357494, -0.08821368, 0.06784491, 0.037806783, 0.015042085, 0.20493537, 0.07330816, 0.011998123, 0.0027163553, 0.13485123) * inp_4_1_2; + result6 += M4(-0.16050476, -0.008769032, 0.015945897, 0.14171965, 0.040322777, -0.14308958, 0.17062505, 0.07755573, 0.13424328, -0.028520895, -0.076917514, 0.13208783, -0.07813255, 0.064059675, -0.05208738, -0.022037482) * inp_4_2_2; + result7 += M4(-0.027150644, 0.015814956, -0.05754513, -0.04873897, 0.11025416, -0.435392, 0.19333814, 0.1508991, -0.024739647, 0.235516, 0.008029071, 0.16134943, -0.028440928, 0.11872575, 0.005241932, 0.052433252) * inp_4_0_0; + result7 += M4(0.05012264, 0.04066345, 0.16703197, 0.07589541, -0.1270166, 0.22868992, -0.17756659, -0.25659922, -0.08701758, -0.23962207, 0.12861854, -0.005225858, 0.046291653, -0.067466155, 0.18713556, 0.10580186) * inp_4_1_0; + result7 += M4(0.03803395, 0.044674866, -0.14320253, -0.060602285, -0.01924285, 0.18292303, 0.058129393, 0.07757843, 0.027198482, -0.102262065, -0.27906904, -0.0512138, 0.035892766, -0.10657082, -0.28256884, -0.09792226) * inp_4_2_0; + result7 += M4(-0.012270241, 0.053292412, 0.016127117, 0.19542322, 0.057889953, 0.16662508, -0.03501168, -0.11492125, -0.090744615, 0.09574408, 0.11650677, -0.41509, -0.013611491, 0.23077895, 0.07481661, -0.20365353) * inp_4_0_1; + result7 += M4(-0.050340824, -0.054458, 0.06925373, -0.015471931, 0.20114389, 0.2039917, -0.030549502, 0.015708799, 0.18677916, 0.118704855, -0.21017921, 0.2957251, -0.117368944, -0.09008227, -0.08263792, 0.026435705) * inp_4_1_1; + result7 += M4(-0.054188915, 0.029804207, -0.009779273, -0.081521824, -0.15916476, -0.36768237, 0.075100474, 0.0754138, 0.0321642, 0.12112747, 0.029604962, 0.065914765, 0.0464749, 0.075301185, 0.1676729, 0.18092157) * inp_4_2_1; + result7 += M4(-0.05563333, -0.12616087, 0.012166298, -0.04718368, -0.104780555, 0.29519585, -0.16578898, -0.07897049, 0.27093765, -0.37851065, -0.006221345, -0.16941196, 0.07149533, -0.3072529, -0.006891178, 0.0058584786) * inp_4_0_2; + result7 += M4(0.08174425, 0.0066998987, -0.1545479, -0.045850534, -0.21832131, -0.36911124, 0.2271025, 0.24205635, -0.25416878, 0.21453868, -0.0020685422, -0.076271765, 0.027678948, 0.06828489, -0.16908534, -0.028928304) * inp_4_1_2; + result7 += M4(0.020836782, -0.004165595, 0.09501674, 0.050931085, 0.25541326, 0.04736341, -0.15443301, -0.12439448, -0.053851433, -0.07920274, 0.19243084, 0.17072554, -0.06956967, 0.036722843, 0.03300749, -0.030620713) * inp_4_2_2; + const V4 inp_5_0_0 = inp[5][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_5_1_0 = inp[5][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_5_2_0 = inp[5][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_5_0_1 = inp[5][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_5_1_1 = inp[5][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_5_2_1 = inp[5][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_5_0_2 = inp[5][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_5_1_2 = inp[5][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_5_2_2 = inp[5][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.12003355, -0.16197917, 0.059405312, 0.07180529, -0.05629396, 0.013290857, -0.0052766665, 0.09455482, 0.01543527, 0.011780181, 0.057772804, -0.13602418, -0.061191246, -0.16955279, 0.124109864, -0.1183837) * inp_5_0_0; + result0 += M4(0.05955308, 0.053755064, -0.05912226, 0.059642237, -0.0071855322, -0.029552229, 0.03535187, -0.15141864, -0.009641184, -0.026793739, -0.050860763, 0.11444209, 0.08226794, -0.07105464, -0.042521194, 0.07108895) * inp_5_1_0; + result0 += M4(-0.013662906, 0.015743596, -0.014923373, -0.093593605, 0.03436503, 0.041070525, 0.059213225, 0.02759247, 0.02458038, -0.031689767, -0.009155178, 0.044973597, 0.07871554, -0.00091928855, -0.032794576, -0.061289173) * inp_5_2_0; + result0 += M4(-0.04006067, 0.033175442, -0.03350228, -0.034955546, 0.08868477, -0.3529098, 0.026085868, 0.01780157, -0.070186034, 0.14003612, -0.09421042, 0.029189141, -0.22171648, 0.48245174, -0.08523667, -0.048465196) * inp_5_0_1; + result0 += M4(-0.031620048, 0.048981346, 0.119027406, -0.053538505, -0.10466223, 0.20030582, 0.0031505707, 0.18679461, -0.0039542615, -0.1092992, -0.030247496, -0.081444435, 0.090862796, -0.09707826, 0.04802185, 0.1843612) * inp_5_1_1; + result0 += M4(0.025353258, -0.08440316, -0.071790025, 0.0939602, -0.02492188, -0.010279576, -0.0085374415, -0.07879575, -0.05467549, 0.10885414, 0.06744527, -0.038631376, -0.005260795, 0.0062984955, -0.011207649, 0.0042925635) * inp_5_2_1; + result0 += M4(0.04318823, 0.017087901, 0.015507152, -0.0399064, -0.05217652, 0.18274924, -0.024354495, -0.018944124, 0.14000441, -0.16249917, 0.06768747, 0.034056284, 0.33973533, -0.24633941, 0.06325992, 0.051955324) * inp_5_0_2; + result0 += M4(0.090544865, 0.03812243, -0.04685882, 0.07921033, 0.13163239, -0.08538402, 0.047212694, -0.10792595, -0.10553096, 0.11198856, 0.01893768, -0.002910181, -0.22805168, 0.09493717, -0.1350254, -0.028514877) * inp_5_1_2; + result0 += M4(-0.0020659876, 0.02641642, 0.050112758, -0.056890834, -0.028001526, 0.0004420334, -0.08067158, 0.030398091, 0.030433327, -0.033877548, -0.034929655, 0.02662399, -0.10773558, -0.006818527, 0.056062534, -0.04896137) * inp_5_2_2; + result1 += M4(0.03258047, -0.052619673, 0.05270988, 0.040191118, -0.09071488, -0.06996327, 0.16471885, -0.06737587, 0.052756038, -0.0022453472, 0.092932105, -0.010896488, 0.04580427, 0.085039, -0.07618685, 0.064979956) * inp_5_0_0; + result1 += M4(0.1951554, 0.036085036, -0.009290518, 0.069995, 0.14538154, 0.063646965, 0.092518404, 0.059114642, 0.063923776, -0.06806279, -0.09183431, 0.05754977, 0.35395905, 0.19334923, 0.10200411, -0.02997106) * inp_5_1_0; + result1 += M4(-0.24828573, -0.004792883, 0.022715965, -0.09860157, 0.025934624, -0.023228055, -0.05306074, 0.06148609, 0.061106965, 0.08510779, 0.0964113, -0.060335647, -0.5500463, -0.015466951, 0.0038261348, 0.029761259) * inp_5_2_0; + result1 += M4(-0.05167719, 0.029057823, -0.014516638, -0.116867214, -0.030308379, 0.09485954, -0.063914984, 0.05470092, 0.041646264, -0.0063661053, -0.116822705, -0.105100274, -0.019247223, -0.0832243, -0.12425487, -0.0118761435) * inp_5_0_1; + result1 += M4(-0.021092294, -0.029194383, -0.050390244, 0.00158418, 0.16306238, -0.13986772, 0.005240572, -0.10477794, -0.16051888, 0.063361645, 0.0143055245, -0.039061237, -0.20482795, -0.17144455, -0.057555333, -0.08863986) * inp_5_1_1; + result1 += M4(-0.015010751, -0.011550606, -0.11363092, 0.118543334, -0.10496344, 0.04566546, -0.038451992, -0.06844769, -0.02229933, -0.15297353, 0.044718236, 0.04278037, 0.30405974, 0.074570045, 0.15799953, -0.19066344) * inp_5_2_1; + result1 += M4(0.04853332, -0.032755524, 0.0049538394, 0.031706464, 0.0047149574, -0.07018417, 0.01809364, -0.031045804, -0.017443474, 0.00020574062, -0.08245773, 0.1705651, 0.06239835, -0.024232745, 0.065580495, -0.02700926) * inp_5_0_2; + result1 += M4(0.08792307, 0.11839337, 0.15449655, -0.019440375, -0.10750216, 0.14731896, -0.095238104, 0.033393282, 0.015933257, -0.044214644, 0.080685206, 0.07126956, -0.07176213, 0.14139394, -0.09018208, 0.08857924) * inp_5_1_2; + result1 += M4(-0.03942989, -0.0033529664, -0.045179617, -0.046639547, 0.0153619535, -0.045801118, 0.0061453776, 0.08117962, 0.0061470335, 0.08383105, 0.008545463, -0.1630509, 0.11137197, -0.22180216, -0.007165417, 0.13725665) * inp_5_2_2; + result2 += M4(-0.07162368, 0.008320469, -0.016239693, 0.07078737, 0.023477828, -0.047015175, 0.07388938, -0.0029179566, 0.09491361, 0.03563946, 0.011633351, -0.25174063, -0.059890006, -0.018932959, -0.18780632, 0.2579437) * inp_5_0_0; + result2 += M4(0.028248543, 0.019484054, -0.027846083, 0.041749362, -0.08646284, -0.030927047, 0.09021006, -0.09275915, -0.08607313, -0.10149054, -0.1400739, 0.2731593, -0.13838679, 0.021160038, 0.034722634, -0.057621293) * inp_5_1_0; + result2 += M4(-0.03982442, 0.026836047, -0.03613328, -0.04447033, -0.0022374494, 0.052297074, -0.036316257, 0.05577091, -0.008493564, 0.031058041, -0.043638617, -0.11503755, -0.0076658786, -0.058363948, -0.2052407, -0.025714977) * inp_5_2_0; + result2 += M4(-0.095139764, 0.0247599, -0.011542132, -0.07359805, -0.13077253, -0.063271865, -0.07238107, 0.069741495, -0.0064015957, 0.083768986, 0.017574271, 0.011000743, 0.12050844, 0.3159717, 0.0133289695, -0.5839281) * inp_5_0_1; + result2 += M4(0.0070453915, -0.18619055, -0.05005009, 0.050016135, 0.3226143, 0.05727172, -0.16433138, 0.21040182, -0.026514474, 0.09263667, 0.2196227, -0.18017212, -0.25222498, -0.3095673, 0.0573257, 0.1467147) * inp_5_1_1; + result2 += M4(0.111105636, 0.05933965, 0.19296558, -0.059382055, -0.0032696927, 0.01649373, 0.120798446, -0.13421486, 0.063438565, -0.05486111, -0.086723626, 0.23265551, 0.28463507, 0.10272014, 0.43203583, -0.019537918) * inp_5_2_1; + result2 += M4(0.026049253, -0.004973095, 0.08159644, -0.03636471, 0.011969807, 0.06550089, 0.062204897, -0.00113211, -0.0769578, -0.11944113, 0.051923975, 0.039290503, 0.021110805, -0.22022353, 0.07161828, 0.38350755) * inp_5_0_2; + result2 += M4(0.02627604, 0.053603858, -0.124548875, 0.013245878, -0.03297196, -0.06992905, -0.10844409, -0.14215866, 0.035372898, 0.035923637, -0.11074343, 0.03117478, -0.04783038, -0.029917013, -0.034464158, 0.030497307) * inp_5_1_2; + result2 += M4(0.0071609905, -0.03536496, 0.00039634493, 0.034345772, -0.07917082, -0.012948089, -0.021412505, 0.09780846, 0.015765065, -0.0051242504, 0.085272364, -0.04523213, 0.07473343, 0.1924517, -0.1613756, -0.0695631) * inp_5_2_2; + result3 += M4(0.0936764, 0.0727645, -0.09191257, 0.028542265, -0.004242984, -0.12925819, -0.05965603, -0.0916298, 0.044130825, 0.055520903, -0.11651543, 0.05937713, 0.02960808, 0.20339587, -0.04215195, 0.105516575) * inp_5_0_0; + result3 += M4(-0.00086285215, -0.0053421725, 0.09163141, -0.02215397, 0.017044332, 0.18502776, -0.052835803, 0.14749831, -0.09115981, -0.020195, 0.08422582, -0.047440406, 0.0036308488, -0.08399501, -0.14179623, 0.2076642) * inp_5_1_0; + result3 += M4(0.065958485, -0.05092897, -0.12486665, -0.01591939, -0.026933705, -0.00034600915, -0.04012294, 0.01835805, 0.025524888, 0.11017898, 0.051572528, 0.0050430587, -0.0061673275, -0.14830218, -0.070066296, -0.17512442) * inp_5_2_0; + result3 += M4(-0.006322129, -0.05130162, -0.10250846, 0.078147486, 0.010313552, 0.09160393, -0.19518466, 0.10126341, 0.08569675, -0.02202771, 0.10800954, 0.09647128, 0.14175075, -0.21591015, 0.42399246, -0.009744689) * inp_5_0_1; + result3 += M4(-0.08427477, 0.035397388, 0.04334003, 0.11795246, 0.17240937, -0.07412815, 0.2852057, 0.03035263, -0.1237582, -0.045732386, -0.23397751, -0.021895723, -0.282495, 0.10910523, 0.18405761, 0.02430514) * inp_5_1_1; + result3 += M4(-0.055420503, -0.035713453, -0.05819, -0.034817934, -0.07711311, 0.0031517823, 0.0824834, 0.03513442, 0.037209656, -0.02826138, 0.019423742, -0.048010595, -0.1830242, 0.19548298, 0.18720385, 0.25826752) * inp_5_2_1; + result3 += M4(-0.012711321, -0.014773102, 0.08445789, -0.0011040412, -0.03532163, 0.03572516, 0.095552124, 0.16370453, -0.16713002, 0.0035945307, 0.13715753, -0.2738259, -0.17380354, 0.05297608, -0.28510606, -0.06673679) * inp_5_0_2; + result3 += M4(0.065061085, -0.002477947, 0.06363547, 0.14726545, -0.19244426, 0.011858805, -0.17093466, -0.2225141, 0.29929358, -0.025185632, 0.06759338, 0.06628545, 0.4007033, -0.08818937, 0.025526904, -0.34851858) * inp_5_1_2; + result3 += M4(-0.056808334, 0.04388231, 0.092988245, -0.32249317, 0.14241633, -0.09635709, -0.028627941, -0.24672635, -0.12270784, -0.010564661, -0.08020065, 0.19258168, 0.074817345, 0.0062310006, -0.2813075, -0.05714053) * inp_5_2_2; + result4 += M4(0.14351599, -0.23870468, -0.026942117, 0.01242863, -0.0042657256, 0.11563464, 0.08670423, -0.051678367, 0.14876002, -0.11070847, -0.11774867, -0.064385824, 0.06939922, -0.16355611, -0.1529536, 0.05954419) * inp_5_0_0; + result4 += M4(-0.12006971, 0.20102823, -0.083869666, -0.09750756, 0.27393854, -0.302599, -0.23688407, 0.08711506, -0.07741656, 0.096549965, -0.014315022, 0.04604538, 0.05278051, -0.09231464, 0.042200197, -0.15771396) * inp_5_1_0; + result4 += M4(0.07737635, 0.012567092, -0.004091606, -0.029619686, -0.11469922, 0.12536775, 0.06810136, -0.06348559, 0.140911, -0.113748066, 0.015589228, 0.0025230474, -0.07012043, 0.22377232, 0.113108814, 0.08852651) * inp_5_2_0; + result4 += M4(0.0056582396, 0.078882545, 0.0077623185, 0.032017227, -0.055795144, -0.13769925, -0.054563537, 0.032173645, 0.029430533, 0.0018932626, -0.013880744, -0.041406777, 0.07825584, 0.1353202, 0.007053003, -0.21357124) * inp_5_0_1; + result4 += M4(0.031096337, -0.06709735, 0.042306617, 0.08148489, -0.099168226, 0.26118174, 0.027319256, -0.15638678, -0.075788885, -0.05370201, 0.13126755, 0.07045495, -0.22505215, 0.13080864, -0.036012262, 0.3554495) * inp_5_1_1; + result4 += M4(-0.091560796, 0.043158796, -0.035778236, -0.08161522, 0.09801841, -0.055962037, 0.0025960545, 0.082062796, -0.010049943, 0.08080348, 0.05516002, -0.05857115, 0.31706148, -0.091393486, -0.11543547, 0.014303345) * inp_5_2_1; + result4 += M4(0.033979546, -0.016973428, 0.021975696, -0.06751869, 0.11583836, 0.01712324, -0.029094141, -0.015134157, -0.29137477, 0.07932426, 0.10633309, 0.042257246, -0.29559028, 0.05290787, 0.009760574, 0.06686467) * inp_5_0_2; + result4 += M4(0.024116596, 0.010916278, -0.0033806204, 0.035124186, -0.12094391, -0.015575345, 0.071325466, 0.05094787, 0.21398658, -0.03600775, -0.119391106, -0.018717255, 0.080642305, -0.13165694, -0.05458357, -0.17661105) * inp_5_1_2; + result4 += M4(-0.11885578, -0.02852532, 0.05854512, 0.11888104, -0.07900621, -0.015379971, 0.029345816, 0.032982536, -0.038481638, 0.038634837, -0.055058125, 0.024901068, -0.07451205, -0.060470708, 0.16448991, -0.03274605) * inp_5_2_2; + result5 += M4(0.0062863613, 0.094014004, 0.06838872, 0.017027162, -0.0066087837, 0.109006256, 0.009656355, -0.12624873, 0.039297182, 0.055420354, 0.010825974, 0.024931299, -0.038787495, 0.25810665, 0.19611731, 0.21545151) * inp_5_0_0; + result5 += M4(0.07559675, -0.0463294, -0.037242327, 0.035878398, -0.038687695, -0.1375315, -0.025202958, 0.16201124, 0.013408605, 0.014355783, -0.096680835, 0.022255216, 0.03341664, 0.21360716, -0.19629255, -0.080730826) * inp_5_1_0; + result5 += M4(0.05780671, 0.03151051, -0.09533458, -0.036138754, 0.085325405, 0.079871885, -0.05447282, -0.015572637, -0.038760122, 0.0092937825, 0.050205197, 0.044981916, 0.070406854, -0.21447529, 0.086107105, -0.1265078) * inp_5_2_0; + result5 += M4(-0.038627252, -0.083129525, 0.17659403, -0.00029304123, -0.05110783, -0.11466111, 0.041817386, 0.08996499, 0.0058902204, -0.101673685, -0.097280845, 0.016377315, 0.123583294, -0.37882477, 0.18708384, -0.21274601) * inp_5_0_1; + result5 += M4(0.017891554, -0.0924529, -0.11230249, -0.04422683, 0.19535036, -0.07621418, -0.015419963, -0.052413005, -0.12729426, 0.25029254, 0.109996825, -0.03906445, -0.15298806, 0.20329486, -0.15516731, 0.16511911) * inp_5_1_1; + result5 += M4(-0.116612375, 0.08374208, -0.053796217, -0.06865302, -0.13067329, 0.0070271594, 0.0050101983, -0.036871094, 0.045488104, -0.20447975, 0.019111462, -0.009512405, -0.11449201, 0.08815275, -0.0013520175, -0.04141479) * inp_5_2_1; + result5 += M4(0.012299937, 0.040253855, -0.020103863, 0.014504533, 0.0070058526, 0.34766734, -0.011668727, 0.011997763, 0.05332768, -0.12484089, 0.1411861, 0.017044658, 0.07146129, -0.17852463, -0.046510007, 0.261115) * inp_5_0_2; + result5 += M4(0.013000854, 0.01427056, 0.06157069, 0.034582317, -0.06337898, -0.1682466, 0.1966991, 0.033848155, 0.081196725, -0.09845173, -0.17626299, -0.04258284, 0.040944576, 0.01767872, 0.096687, -0.13569689) * inp_5_1_2; + result5 += M4(0.0011596079, -0.02902239, 0.039856132, 0.06654238, 0.06272485, -0.040144224, -0.14967823, -0.011194731, -0.08152785, 0.17720066, 0.02770775, -0.029510932, -0.015763372, -0.008295878, -0.17469892, -0.06197967) * inp_5_2_2; + result6 += M4(0.12634937, 0.0047176755, -0.0023666045, -0.17185715, 0.041995194, 0.08580433, -0.019855058, -0.16372326, 0.0005703018, -0.051382005, 0.09084429, -0.0923641, 0.5026688, -0.13673092, -0.041429102, 0.2305102) * inp_5_0_0; + result6 += M4(-0.17184043, -0.046707463, -0.09629054, 0.17896427, -0.14317074, -0.034042265, -0.028564677, -0.09288513, -0.04052649, -0.103569254, -0.11988994, -0.016139982, -0.2713395, 0.21981595, -0.13325606, 0.13163035) * inp_5_1_0; + result6 += M4(0.17869763, 0.04220423, 0.020358948, 0.0024650232, 0.24445039, -0.09796552, 0.030105257, -0.017725293, -0.083676815, 0.10193483, -0.007315185, 0.041317523, -0.058383707, -0.1376982, 0.0880252, -0.056816675) * inp_5_2_0; + result6 += M4(-0.099820845, 0.03825947, 0.02760095, 0.12253293, -0.15873304, -0.03239704, 0.12766914, 0.076064214, 0.12373115, 0.028318314, -0.05778652, 0.000201399, -0.03422849, 0.14859863, -0.07394239, -0.45415223) * inp_5_0_1; + result6 += M4(0.0046086614, -0.029323088, 0.0037501832, 0.027988294, 0.03323502, -0.051436786, -0.05228498, 0.044276025, 0.034207437, 0.16238986, 0.010878247, 0.08464746, 0.1487494, -0.26896262, 0.20652126, -0.18100755) * inp_5_1_1; + result6 += M4(-0.035197876, -0.04366502, 0.035339285, 0.050565384, -0.29892582, 0.072769985, -0.1155187, 0.13084127, 0.20492572, -0.10352106, 0.05120397, -0.16049863, -0.16324668, 0.18290119, -0.10591192, 0.4367685) * inp_5_2_1; + result6 += M4(0.06542644, -0.014019163, 0.049701963, -0.17240004, 0.05597519, 0.061345052, -0.050692916, -0.055611074, 0.015141942, 0.019591434, -0.02537892, 0.16448306, 0.10904281, 0.019480957, -0.057452843, 0.29781646) * inp_5_0_2; + result6 += M4(0.02090635, 0.048748102, -0.0068986276, 0.07381991, 0.12719898, 0.06750788, -0.011535723, 0.03762042, -0.08301663, -0.14192106, 0.064508125, -0.18024893, -0.19493704, 0.038035985, -0.10094456, -0.37358606) * inp_5_1_2; + result6 += M4(-0.061400414, 0.034934737, -0.03841873, -0.13124485, 0.12522037, -0.020985782, 0.077340946, -0.02178773, -0.20025279, 0.067012675, 0.0019786628, 0.14482464, -0.09902924, -0.08181926, 0.19886817, -0.0876146) * inp_5_2_2; + result7 += M4(0.005649079, -0.059613556, 0.02964755, -0.008253926, -0.032677952, 0.0048968527, -0.05435635, 0.037290543, 0.005426379, 0.14760187, -0.13819705, -0.20871899, 0.05374583, -0.60471654, 0.12308755, 0.09233771) * inp_5_0_0; + result7 += M4(0.008553421, -0.0645067, 0.038095362, 0.13192508, -0.05705614, -0.03130014, -0.05336549, -0.004368372, -0.020328974, 0.056116655, 0.16079322, 0.080766626, 0.03758701, 0.27084115, -0.19478312, -0.11305778) * inp_5_1_0; + result7 += M4(0.025759513, -0.11544007, -0.13009948, -0.09325596, 0.031546887, 0.009393887, 0.10479527, -0.010015455, 0.021379417, 0.02588358, 0.09822233, 0.013954054, 0.006573289, 0.28000477, 0.47753495, -0.035638705) * inp_5_2_0; + result7 += M4(0.0641764, 0.13217968, 0.039280195, -0.16454938, -0.025768677, -0.022151973, 0.05872212, -0.23989552, 0.085176446, -0.17971896, -0.09992917, 0.27695453, 0.15325901, 0.043672174, -0.09613854, 0.21809594) * inp_5_0_1; + result7 += M4(0.0074359905, 0.1685519, -0.09009094, 0.08143212, 0.17212771, 0.2637319, -0.08570341, 0.16874231, -0.11409092, -0.17448346, 0.046117924, -0.05846929, -0.06711896, 0.17457324, 0.10569317, -0.16965592) * inp_5_1_1; + result7 += M4(0.024910688, 0.02056893, -0.012128357, 0.040595967, 0.031881515, -0.038413577, -0.04442754, 0.06732903, 0.07553692, 0.11135082, 0.034813605, -0.05207529, -0.12512033, -0.3301706, -0.12434907, -0.04464195) * inp_5_2_1; + result7 += M4(-0.05928546, -0.033062376, 0.030242398, -0.051686622, 0.10269837, -0.053202778, 0.031299736, -0.19218338, -0.16345605, 0.08292737, 0.21957637, 0.13657396, -0.3350501, 0.51627177, -0.172988, 0.0145964045) * inp_5_0_2; + result7 += M4(-0.01876092, -0.030428665, -0.021914767, -0.04481331, -0.24269202, 0.023109574, 0.02617615, 0.024787918, 0.19887243, 0.08684815, -0.20336089, -0.14958073, -0.037786152, -0.34368092, 0.090763696, 0.18229406) * inp_5_1_2; + result7 += M4(-0.072768904, -0.041036393, 0.10446251, 0.07985334, 0.006942449, -0.14677073, 0.026783535, 0.07301252, -0.09170757, -0.15814917, -0.097314164, -0.02838477, 0.29388687, -0.03887368, -0.18596645, -0.14245121) * inp_5_2_2; + const V4 inp_6_0_0 = inp[6][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_6_1_0 = inp[6][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_6_2_0 = inp[6][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_6_0_1 = inp[6][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_6_1_1 = inp[6][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_6_2_1 = inp[6][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_6_0_2 = inp[6][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_6_1_2 = inp[6][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_6_2_2 = inp[6][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.012106466, -0.15345298, -0.08378939, 0.12622406, 0.012718541, -0.008613582, 0.033625353, 0.025256662, -0.044943176, 0.1857792, -0.029300677, -0.03670613, 0.039346103, 0.111817226, 0.01024991, -0.0119714085) * inp_6_0_0; + result0 += M4(-0.037384275, -0.14414127, 0.0962, -0.046945114, -0.0671494, -0.039485455, 0.012243028, -0.0028543829, 0.008464603, 0.08692771, -0.03990161, 0.13193013, -0.04097, -0.04636373, -0.19106796, 0.0985175) * inp_6_1_0; + result0 += M4(-0.018671004, -0.017943678, 0.04398808, 0.094916835, 0.07654241, 0.033742562, -0.039423797, -0.045341562, -0.0029132208, -0.0017163929, 0.011742977, -0.0020405827, 0.06202555, 0.1921562, 0.021508468, -0.09311479) * inp_6_2_0; + result0 += M4(0.08258628, -0.15739617, 0.032765172, -0.054458193, -0.059486303, 0.03932351, 0.00085268443, -0.018396974, -0.045281533, 0.8353495, -0.19662504, -0.14061503, 0.092955, 0.43550152, -0.17532475, -0.011303331) * inp_6_0_1; + result0 += M4(-0.21856928, 0.08050352, 0.03677221, 0.0651133, 0.06932937, 0.0042430065, -0.042399313, 0.03919132, 0.18629305, 0.08669851, 0.05961686, -0.27594873, 0.18094176, -0.21195422, -0.028879004, -0.07385303) * inp_6_1_1; + result0 += M4(0.036994472, 0.01662979, -0.054696392, -0.10013999, -0.086165935, -0.028104296, 0.012374445, 0.030374156, 0.04777046, -0.09116055, 0.10015607, -0.17447135, 0.20724836, -0.09685017, -0.046217337, 0.014567777) * inp_6_2_1; + result0 += M4(-0.18870883, 0.24891973, -0.058342047, -0.102999404, 0.06289564, -0.04927099, -0.035229925, -0.027459668, -0.11389219, 0.281945, -0.042358447, -0.08145434, 0.09102512, 0.18765716, -0.03359404, -0.12243276) * inp_6_0_2; + result0 += M4(0.2887588, 0.06335172, 0.05468212, 0.10598921, -0.02554402, 0.006700232, 0.008271227, -0.046788972, -0.6011407, 0.043958507, -0.12628426, 0.022061458, -0.08201852, -0.053557277, -0.12616639, -0.11289462) * inp_6_1_2; + result0 += M4(-0.0662575, 0.025483217, 0.06843246, -0.057116106, -0.010014512, 0.03863418, 0.047006205, 0.038808186, -0.32513607, 0.028112732, 0.061865132, 0.052737467, 0.12510483, 0.06065424, 0.0061625503, -0.08212802) * inp_6_2_2; + result1 += M4(-0.05537547, -0.10584454, 0.17445882, 0.039320838, 0.029352712, 0.10009384, 0.018403254, -0.008451422, -0.010438245, -0.049993772, 0.013073953, 0.0012875921, -0.14018881, -0.16595082, 0.0052606612, -0.002602665) * inp_6_0_0; + result1 += M4(0.5974986, 0.38695624, 0.16659424, 0.21760575, 0.16671526, -0.064696155, 0.14363948, -0.07474475, -0.041908372, -0.08203296, -0.118649796, -0.017634304, -0.41561303, 0.008651487, -0.25636798, -0.017652659) * inp_6_1_0; + result1 += M4(-0.14412911, -0.007872712, 0.015968226, -0.014418979, -0.20120674, 0.023706729, -0.09115236, 0.07184485, -0.31529373, -0.09372805, -0.093335286, -0.07609914, -0.3186875, 0.028608622, -0.04111354, -0.05754573) * inp_6_2_0; + result1 += M4(-0.039024632, -0.04611198, 0.056130063, -0.0019070219, -0.09471824, 0.04971225, -0.11604436, 0.034022447, -0.012728234, -0.18483748, 0.12125591, 0.07499227, 0.02772473, -0.2146635, 0.09928117, -0.010939701) * inp_6_0_1; + result1 += M4(-0.14313851, -0.26408833, -0.12528805, -0.2300533, -0.12326439, -0.056244265, -0.0924131, 0.0392229, -0.29384363, -0.31348163, 0.330936, 0.025901005, -0.19144477, -0.08315651, 0.044882346, 0.40910354) * inp_6_1_1; + result1 += M4(-0.13263476, 0.09399424, -0.18401755, 0.060563993, 0.20146129, 0.012537847, 0.19415396, -0.17056547, -0.036495067, -0.09367358, -0.025172954, -0.29933095, 0.13618505, 0.026404368, -0.046856225, 0.18194523) * inp_6_2_1; + result1 += M4(-0.10728768, -0.040524904, -0.0256625, -0.026695987, 0.037023287, -0.15622687, 0.029011453, -0.069045186, 0.018591557, 0.048545625, 0.10051945, 0.07578343, 0.006115621, -0.26347432, -0.13156949, -0.012525573) * inp_6_0_2; + result1 += M4(-0.036134083, 0.029875446, 0.0019903486, -0.06975292, -0.023380252, 0.07665267, -0.07290828, 0.09365051, -0.07313285, 0.09349326, 0.37566623, -0.46782276, -0.0868402, -0.0695731, 0.035579726, 0.17563824) * inp_6_1_2; + result1 += M4(0.0058661443, -0.05787653, -0.0070689344, 0.057756037, 0.016281847, 0.000754575, -0.01613972, 0.09095201, 0.010673997, 0.07296203, 0.06352837, -0.46791345, 0.05497706, 0.073918924, -0.10419392, 0.06697151) * inp_6_2_2; + result2 += M4(-0.30791253, 0.054929286, -0.11619131, 0.20885357, -0.003551234, -0.011490099, 0.010738854, -0.0023565886, -0.04622841, 0.117540166, -0.020852482, -0.05393148, 0.26176038, 0.10078302, 0.019561853, -0.41914457) * inp_6_0_0; + result2 += M4(-0.19308683, -0.05961244, 0.14863037, -0.06427681, -0.07715048, -0.03101713, 0.005530758, -0.14717019, -0.17455803, 0.012907689, 0.09311841, 0.13581964, -0.044078086, 0.053658266, -0.15522219, -0.013672103) * inp_6_1_0; + result2 += M4(0.04293136, 0.029523639, -0.071078524, -0.26523545, 0.094132036, 0.032061774, -0.037358224, 0.09966991, 0.111482225, -0.02270647, 0.12524423, -0.11504007, -0.0038967214, 0.06406252, 0.11020652, -0.11673919) * inp_6_2_0; + result2 += M4(0.15995932, 0.01628486, -0.10748732, -0.08356608, 0.021173634, 0.064193584, 0.008848415, -0.072128735, 0.044811167, 0.24923256, 0.2170841, -0.13928747, 0.15425721, -0.02810852, 0.04772339, -0.051768236) * inp_6_0_1; + result2 += M4(0.17703275, -0.10982029, -0.115383305, 0.44708803, -0.004119606, 0.025502378, 0.032340597, 0.17390364, -0.41836554, -0.08544096, 0.19394878, -0.2471876, -0.20595935, -0.2773386, 0.005247382, -0.19914868) * inp_6_1_1; + result2 += M4(0.24976474, 0.22905642, 0.24719793, -0.14712569, 0.020671936, -0.02012602, 0.009262729, -0.09029471, 0.4186103, -0.086724505, 0.25843936, -0.17639849, 0.0411741, -0.052974965, -0.007161358, -0.07557877) * inp_6_2_1; + result2 += M4(-0.08693387, 0.088292375, -0.010787665, -0.05368293, -0.0497267, -0.054036945, 0.03659949, 0.01648016, 0.2731276, 0.20715119, 0.084664635, -0.4510117, 0.12420691, 0.1324471, 0.024092857, -0.015220077) * inp_6_0_2; + result2 += M4(0.004188181, -0.07960533, -0.012280582, 0.014133065, -0.00037244317, -0.0054945317, -0.0008293582, -0.08630114, -0.17743078, 0.3379718, 0.0042328853, 0.11659004, -0.0779983, -0.036052812, 0.06280147, -0.07078268) * inp_6_1_2; + result2 += M4(-0.12103991, -0.13086842, -0.0691693, 0.02434762, -0.014101179, 0.016723646, -0.06618713, 0.11079065, 0.36945522, 0.08123133, 0.059545223, -0.16160169, -0.18173711, -0.1070442, 0.08762668, 0.07940788) * inp_6_2_2; + result3 += M4(0.0038555262, -0.035539962, -0.15305716, -0.040686075, -0.001395411, -0.006230044, 0.08067099, 0.02537404, 0.020188874, 0.037195217, -0.0063610673, 0.018840492, 0.04581549, -0.2953481, 0.16795851, 0.018277468) * inp_6_0_0; + result3 += M4(0.044500068, 0.48384443, -0.251938, 0.31228992, -0.054366183, 0.09986723, -0.13791041, 0.12415033, 0.03818242, -0.075632244, 0.16462453, 0.05111858, -0.08858612, -0.32170576, 0.06191775, 0.017193083) * inp_6_1_0; + result3 += M4(0.06857752, -0.33082834, -0.13673152, -0.19575082, 0.039417002, -0.08244813, 0.0009284936, -0.11823014, -0.059374202, 0.026232705, -0.0029804094, 0.008301534, 0.096700616, 0.046536308, 0.002709834, -0.029206563) * inp_6_2_0; + result3 += M4(-0.0071823034, 0.08439951, 0.18662809, 0.123422585, 0.07848613, -0.013321786, 0.08114353, 0.049146492, -0.014172599, -0.106093876, 0.43698654, 0.08134191, -0.1051863, 0.0103056645, 0.16959958, 0.101134695) * inp_6_0_1; + result3 += M4(0.2656892, -0.18195593, 0.5030563, 0.050045732, 0.029901233, -0.031708173, 0.06740759, 0.066785894, -0.21847509, 0.038321655, -0.059498433, 0.038515206, -0.03182428, 0.048759192, 0.025033671, -0.06781109) * inp_6_1_1; + result3 += M4(-0.24185222, -0.10268158, 0.059367534, -0.042547498, -0.10144291, 0.0710651, -0.041285533, 0.0139204, -0.06819188, -0.00238278, 0.014819355, 0.076350845, 0.32023802, 0.020679062, 0.09375915, -0.09526196) * inp_6_2_1; + result3 += M4(0.08537252, 0.0057462896, -0.12523384, 0.13038383, -0.017883396, -0.02239685, -0.098460004, 0.002886984, 0.10167507, 0.0015704846, -0.017546427, 0.060097456, -0.022908391, 0.027439581, 0.29503915, -0.043815017) * inp_6_0_2; + result3 += M4(-0.051369827, 0.040966537, -0.26092237, 0.101121426, -0.035460584, -0.05978096, 0.03460531, -0.24298002, 0.53973204, -0.07241015, 0.07205192, 0.5240865, -0.05638357, -0.02844116, 0.008436423, -0.23450613) * inp_6_1_2; + result3 += M4(-0.10621907, 0.027842356, -0.049255498, -0.42702007, 0.06065241, 0.037673924, 0.015880253, 0.092496835, -0.28590575, 0.028880058, 0.023324812, 0.5276617, -0.08194627, -0.040459733, 0.009024029, -0.16347758) * inp_6_2_2; + result4 += M4(-0.0036340184, -0.19224647, 0.122025914, 0.044550303, -0.03944944, 0.00025841105, -0.034183946, 0.030966835, -0.036516797, -0.13000216, 0.0123277595, -0.041757237, -0.11440482, 0.06848479, 0.014669274, -0.0016524862) * inp_6_0_0; + result4 += M4(0.3280191, -0.28087407, -0.53217494, -0.14237612, 0.10763859, -0.0402313, -0.017866354, 0.036505796, 0.043750647, 0.06835897, -0.036990255, -0.06274793, -0.40183654, 0.4600486, 0.4631865, -0.0560154) * inp_6_1_0; + result4 += M4(-0.0034581015, 0.25419223, 0.13969666, -0.024186742, -0.036613047, 0.014686457, 0.03856947, -0.051897224, 0.049743965, 0.024846803, -0.07048087, -0.061835982, -0.016084349, 0.031234695, 0.051300075, -0.16437761) * inp_6_2_0; + result4 += M4(-0.034397483, 0.0024732144, -0.08201674, -0.019793672, 0.06486806, -0.022493416, -0.06811711, -0.13785273, -0.1567208, -0.05678462, 0.20837055, 0.046358436, -0.018036349, 0.18258855, 0.16738671, 0.05476182) * inp_6_0_1; + result4 += M4(-0.092339724, 0.18858752, 0.034547217, 0.11541137, -0.11787786, 0.07035984, 0.06415264, 0.07906819, 0.06359256, -0.2824897, -0.14351916, -0.0854402, -0.17815758, 0.063458644, -0.072746515, -0.096280366) * inp_6_1_1; + result4 += M4(-0.0557854, 0.020173848, -0.003971126, 0.056449562, 0.082830966, -0.024724817, 0.015091682, 0.025925938, 0.13794515, -0.12205794, -0.08458665, -0.34304833, 0.09521836, 0.10625166, -0.07884946, -0.3412227) * inp_6_2_1; + result4 += M4(0.18805267, -0.038490828, -0.025904175, -0.008483034, -0.047314472, 0.06923969, 0.040638484, 0.029876344, 0.1917949, 0.0509993, 0.081868425, 0.02926477, -0.09164984, -0.011828185, -0.10790521, 0.080319576) * inp_6_0_2; + result4 += M4(-0.05598666, 0.072711565, 0.10128454, 0.016907338, -0.059954006, -0.105596386, -0.06877422, -0.05849031, 0.5586191, 0.02948197, 0.08816101, 0.09812052, -0.11868488, -0.28614712, 0.15188959, -0.11080101) * inp_6_1_2; + result4 += M4(-0.17027429, -0.025383769, 0.1169771, -0.012234105, 0.054236878, 0.041374665, 0.041269615, 0.04356989, 0.23114279, -0.02649456, -0.17426552, -0.080268, -0.18888266, -0.03767309, 0.033702627, -0.2538175) * inp_6_2_2; + result5 += M4(-0.004918348, 0.19905144, 0.05262634, 0.069202065, -0.039908826, 0.0833353, 0.026864378, 0.10965801, 0.005247605, 0.0055892146, -0.11265625, 0.016843623, 0.023402216, -0.07743773, -0.22316042, -0.35602027) * inp_6_0_0; + result5 += M4(-0.040287238, -0.33916506, -0.16253309, 0.2871137, 0.008959897, 0.12299351, -0.043768045, -0.003122143, -0.11948717, 0.14991072, -0.006827206, -0.08529128, -0.10718264, 0.06527513, 0.09372023, -0.38260207) * inp_6_1_0; + result5 += M4(0.20020314, -0.008048079, -0.18600494, -0.08164018, -0.02846727, -0.1514154, 0.022539655, -0.061827984, -0.050332196, -0.029327614, 0.17235793, 0.017677268, -0.16149905, -0.07287796, -0.06718061, -0.01375314) * inp_6_2_0; + result5 += M4(0.118015416, -0.086825274, 0.07507014, -0.11611629, -0.011043244, -0.17142507, 0.029793518, -0.17836748, -0.0017105595, -0.110007964, -0.17448409, 0.04322612, 0.026848376, -0.2228803, -0.23631029, 0.23014198) * inp_6_0_1; + result5 += M4(0.109121315, -0.30629945, 0.044800602, 0.00031975657, -0.003881907, -0.05468688, 0.008386701, -0.00925419, -0.38520077, 0.14721003, 0.019947473, 0.021119498, -0.1846955, -0.09388212, -0.107238755, -0.007386925) * inp_6_1_1; + result5 += M4(-0.2803955, 0.07304927, -0.08881065, -0.13521475, -0.03575965, 0.12258199, -0.042164072, 0.16698818, -0.05332283, 0.0064989896, 0.19709145, -0.061822847, 0.09997842, 0.11037973, -0.082862906, 0.021769479) * inp_6_2_1; + result5 += M4(-0.017753689, 0.7216013, -0.040688187, -0.0039997245, 0.02397351, 0.1162306, 0.008456707, 0.06458571, 0.098280385, -0.01937478, -0.3917561, -0.248364, -0.026535183, 0.40029076, -0.08676536, 0.10481424) * inp_6_0_2; + result5 += M4(0.038752086, -0.19745655, 0.07278577, 0.10173609, -0.0028424757, -0.02649189, 0.056131862, 0.050097574, -0.13234589, 0.15139034, -0.07750276, -0.4894782, -0.0868365, -0.16052026, 0.08192918, 0.11276872) * inp_6_1_2; + result5 += M4(-0.13758172, 0.18617037, 0.21518631, -0.043789245, 0.07482252, -0.04646531, -0.072005406, -0.14747803, -0.19270235, 0.05757941, 0.033084534, -0.19923544, 0.0076074735, -0.13343146, 0.04625468, 0.16586748) * inp_6_2_2; + result6 += M4(0.3692552, 0.18700288, 0.046469208, -0.83745253, 0.16609484, -0.023618586, 0.047567476, 0.25111392, -0.052940432, 0.020116925, -0.035472732, 0.12248557, -0.15619072, 0.07367641, -0.014206049, 0.35193592) * inp_6_0_0; + result6 += M4(-0.17344889, -0.035080187, 0.016237963, 0.24028131, -0.061824355, 0.020947462, -0.013190794, -0.1326595, 0.13987835, -0.061027236, 0.044086207, 0.13641013, 0.012129531, 0.03541953, 0.18398593, 0.25241706) * inp_6_1_0; + result6 += M4(0.45027927, -0.13119091, 0.14480837, -0.3900522, -0.039011486, -0.032457303, -0.041927848, -0.1141818, -0.048385255, 0.036863778, -0.09468647, -0.14622603, -0.017622251, 0.055058237, -0.07404342, -0.08019119) * inp_6_2_0; + result6 += M4(-0.5126082, 0.0250307, 0.05720017, 0.34627405, -0.08955548, 0.07276102, -0.06251175, -0.3268237, 0.067469105, 0.123653635, 0.03377985, 0.48476285, 0.05552931, -0.053781208, -0.0002798505, 0.2947853) * inp_6_0_1; + result6 += M4(-0.015389773, -0.031241164, -0.13403958, 0.048113085, 0.0054829135, -0.115541756, 0.04782047, 0.12844259, 0.010296193, -0.17678712, -0.071923204, -0.07861362, 0.007796647, -0.21490929, -0.08351756, -0.02593395) * inp_6_1_1; + result6 += M4(-0.44125608, 0.17373408, -0.07024419, 0.53966373, -0.028802782, 0.059344836, 0.021555273, 0.15413366, -0.100253135, 0.10107631, -0.05112034, 0.076062314, -0.012534987, -0.017741298, -0.07552009, -0.024660543) * inp_6_2_1; + result6 += M4(0.2836132, -0.01932003, -0.0136915445, -0.5124644, 0.044597175, -0.033958435, 0.007405325, 0.11399435, 0.01970318, -0.028952098, 0.02431384, -0.03813878, 0.092619576, 0.17260937, 0.06430765, 0.00641455) * inp_6_0_2; + result6 += M4(-0.11700236, -0.12621722, 0.0036962251, 0.340042, 0.009588825, 0.059699494, -0.07709355, -0.1449235, 0.019256035, -0.19967644, 0.10564262, -0.056742966, -0.040997576, -0.047084644, -0.010661702, -0.0022625392) * inp_6_1_2; + result6 += M4(0.13365895, 0.0034713922, -0.04030902, 0.024485944, -0.023411265, -0.024093764, 0.07691721, 0.05109017, -0.080172874, 0.0145921325, 0.06321368, 0.29013556, -0.05296626, 0.039180975, -0.09404607, 0.102516964) * inp_6_2_2; + result7 += M4(-0.0142698195, -0.35068092, 0.09134653, 0.100349456, 0.027457558, -0.25371256, -0.05916039, -0.047232125, 0.06380676, -0.068687566, -0.010155156, 0.042301953, 0.09267003, 0.14634989, 0.0026647695, -0.0049481075) * inp_6_0_0; + result7 += M4(-0.09915805, 0.08602638, 0.1746032, 0.037031297, -0.02763648, 0.07252486, -0.09003767, -0.023388645, -0.061541844, 0.2054888, 0.2198256, -0.10380363, 0.00073509815, 0.01588891, -0.115924574, -0.07018012) * inp_6_1_0; + result7 += M4(-0.05837695, -0.17103878, -0.05001107, -0.03663052, -0.017222203, 0.1871162, 0.1700977, 0.01788191, 0.0024174396, -0.1487449, -0.03310217, -0.014056119, 0.14408614, -0.1415077, -0.45177191, 0.05164154) * inp_6_2_0; + result7 += M4(-0.084672846, 0.12466793, -0.1432201, -0.3398579, 0.010911488, -0.093502656, 0.00756657, 0.17970008, 0.1492752, 0.21295321, -0.19132859, 0.5085314, -0.19924381, 0.17707938, 0.02740011, 0.46549532) * inp_6_0_1; + result7 += M4(0.41169757, 0.5967105, 0.026373118, 0.07418247, 0.09373894, 0.21151355, 0.05413694, -0.099333405, -0.2888301, 0.05785326, 0.14055033, -0.11988609, -0.269145, -0.048865616, -0.024069898, 0.04433855) * inp_6_1_1; + result7 += M4(0.097007565, 0.18792208, 0.047719333, -0.02351276, -0.023761727, -0.12780339, -0.061044425, 0.00915271, -0.07568198, -0.119766876, 0.17411695, 0.15572698, -0.2480675, 0.0790848, -0.060102552, 0.06784786) * inp_6_2_1; + result7 += M4(0.14531173, -0.2054003, -0.7614083, -0.23984447, -0.026955362, 0.33937895, 0.101706505, -0.15278089, -0.038381867, -0.18224654, -0.52462786, 0.4673273, -0.069073536, -0.33421674, -0.09704695, 0.10429694) * inp_6_0_2; + result7 += M4(-0.2850001, 0.25573727, 0.15921137, 0.0010903815, -0.12251482, -0.260288, 0.033454634, 0.098720774, 0.92828685, 0.06440317, -0.24102682, 0.09411055, -0.3397009, 0.22110723, 0.09996403, -0.020825688) * inp_6_1_2; + result7 += M4(-0.06272972, -0.4137962, 0.37996432, 0.38542953, 0.08703189, -0.08905659, -0.18196754, 0.024184512, 0.25047547, -0.016506394, 0.028860852, 0.031100653, -0.11408193, 0.111942284, 0.14682114, 0.04318035) * inp_6_2_2; + const V4 inp_7_0_0 = inp[7][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_7_1_0 = inp[7][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_7_2_0 = inp[7][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_7_0_1 = inp[7][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_7_1_1 = inp[7][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_7_2_1 = inp[7][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_7_0_2 = inp[7][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_7_1_2 = inp[7][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_7_2_2 = inp[7][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.014353114, -0.11275372, 0.017101286, 0.04500403, -0.028307123, -0.027228843, 0.03751128, -0.04944511, -0.06487342, -0.111867905, 0.124301545, -0.045297578, 0.021065714, 0.0335565, 0.055671465, 0.0467294) * inp_7_0_0; + result0 += M4(0.052967153, 0.032695595, -0.0132920565, 0.053149506, -0.03851454, 0.121283025, 0.003841687, 0.053148795, 0.17063406, 0.15267807, 0.041710112, -0.15338065, -0.04026101, 0.005603595, -0.052845787, -0.025693765) * inp_7_1_0; + result0 += M4(-0.028077211, -0.027225709, -0.0051577147, -0.11659893, -0.01417866, -0.00052974204, -0.04348931, 0.08966539, 0.006414392, -0.06365352, 0.039985918, -0.24214837, 0.03032394, -0.0004049964, -0.028789049, 0.026453212) * inp_7_2_0; + result0 += M4(-0.046294864, 0.22096519, -0.021905879, -0.18977551, 0.0692849, -0.079159915, 0.019926084, 0.117099494, -0.18453087, -0.17593549, 0.004554182, 0.05615213, 0.09616826, 0.22854215, -0.02020335, 0.07491898) * inp_7_0_1; + result0 += M4(0.053866386, -0.11384861, -0.03276426, 0.013385152, -0.08028509, 0.5418343, -0.056845386, 0.40829384, -0.13290142, 0.27085716, -0.040069412, 0.28983802, -0.024209587, -0.25874156, 0.032672346, -0.14334495) * inp_7_1_1; + result0 += M4(0.10088695, -0.024727784, 0.034140524, 0.078566186, 0.001957661, 0.06481202, 0.18895929, 0.079009496, -0.134042, -0.048751436, 0.027198179, 0.18978055, -0.08585495, 0.08180948, -0.027686188, -0.008015847) * inp_7_2_1; + result0 += M4(0.03346555, 0.0151627585, -0.045812663, 0.07184466, 0.2848006, 0.05750056, 0.018815454, 0.05078782, 0.14931768, -0.018108085, 0.08897964, -0.020083474, -0.101658605, -0.2438199, 0.038232405, -0.0028725616) * inp_7_0_2; + result0 += M4(-0.10693435, 0.008253324, 0.004617819, 0.03426456, 0.43525624, 0.25294906, 0.054209054, 0.04168832, 0.1367255, -0.076938614, -0.10859612, -0.018767882, 0.014070651, 0.15839024, -0.022569476, 0.064987905) * inp_7_1_2; + result0 += M4(-0.033445988, 0.01778602, 0.034630578, -0.029133061, 0.16804501, -0.03651849, 0.03725318, 0.02294806, 0.09204603, 0.046556253, -0.08887389, 0.028313152, 0.06748311, -0.0025560146, 0.01351426, -0.01065418) * inp_7_2_2; + result1 += M4(0.040308073, 0.04505658, -0.028936354, 0.05357192, 0.069005154, -0.022885451, -0.04451302, -0.03266394, -0.015595519, 0.041988354, 0.041710246, 0.06770739, -0.03120778, -0.055994637, 0.052312985, -0.032743722) * inp_7_0_0; + result1 += M4(0.016969742, -0.048291955, -0.071368635, 0.047664452, -0.05572528, -0.10641916, 0.11160313, -0.014072517, 0.34282428, -0.2082821, 0.14904083, -0.14416885, -0.090661965, -0.061563205, -0.07512007, 0.06139925) * inp_7_1_0; + result1 += M4(-0.19702905, 0.030960094, -0.05458272, -0.0754698, -0.2766572, -0.01714257, -0.26215035, -0.17854984, -0.12216617, 0.042103052, -0.065890305, 0.16145104, 0.3728696, 0.025717204, 0.038364805, -0.06061092) * inp_7_2_0; + result1 += M4(-0.03357625, -0.061053906, 0.0053991075, -0.06292604, 0.11292377, 0.11852541, 0.025336754, 0.023148049, 0.0272661, 0.009107645, -0.11430631, 0.0349591, 0.03963782, 0.04256717, -0.1300768, 0.060850278) * inp_7_0_1; + result1 += M4(-0.095392935, -0.027390571, 0.015524171, 0.054022916, -0.009220926, -0.15404417, -0.19279191, -0.07210376, -0.06588157, 0.14132205, -0.022582307, -0.09584702, -0.0476393, 0.057289902, 0.028087042, -0.078038074) * inp_7_1_1; + result1 += M4(0.22010638, 0.025682257, 0.13692182, 0.11521366, -0.51115274, -0.043630525, -0.37905124, -0.7190254, -0.014344466, -0.14322762, 0.042048674, -0.36055204, -0.2126895, -0.10081747, 0.028942827, 0.04278908) * inp_7_2_1; + result1 += M4(0.034696974, 0.010013742, 0.033755627, -0.020153072, 0.0029146264, -0.16775467, 0.022721024, 0.022360275, 0.029730726, -0.15672398, 0.030952197, -0.13791305, -0.0092123365, 0.020230466, -0.025414525, 0.0035857607) * inp_7_0_2; + result1 += M4(0.02151872, 0.079521835, 0.051630046, -0.15491311, 0.03575967, -0.25270543, -0.30480486, 0.46502337, 0.067274645, 0.12940463, -0.053315967, 0.18826471, 0.08342076, -0.081227385, 0.105936, 0.07108182) * inp_7_1_2; + result1 += M4(-0.04203556, 0.03520508, -0.043292966, 0.03562582, 0.0074006454, -0.014183344, -0.08961154, -0.43540156, -0.15724301, -0.051220912, -0.12103146, 0.18422587, -0.038501363, 0.007947142, -0.02641826, -0.07334442) * inp_7_2_2; + result2 += M4(-0.03443398, 0.0077519407, -0.089413844, 0.17306937, 0.01868346, 0.007816045, 0.04195766, -0.023894185, -0.043585904, -0.07678083, -0.045774665, -0.026052441, 0.04755804, -0.0015195918, 0.012173942, -0.19940287) * inp_7_0_0; + result2 += M4(-0.01257784, 0.08401328, 0.042236045, -0.102779076, -0.29758537, -0.0030091677, -0.050751425, 0.12300386, -0.05593892, 0.07293752, -0.04916725, -0.1674086, -0.0052278875, -0.09500247, -0.09886488, 0.36195952) * inp_7_1_0; + result2 += M4(0.04362559, -0.06273948, 0.023371696, 0.101177715, 0.0863567, -0.04032845, 0.1717006, 0.047807705, 0.106685065, -0.010567523, 0.049855568, 0.1358614, -0.016453585, 0.0739066, 0.04314656, -0.17515093) * inp_7_2_0; + result2 += M4(0.13032791, 0.1103069, 0.0876338, -0.1359878, 0.10360484, 0.057464816, -0.074109405, 0.05356139, 0.026399983, -0.09806969, 0.062716335, -0.018326327, 0.09460351, 0.029219367, 0.09259965, 0.072329156) * inp_7_0_1; + result2 += M4(-0.20484379, -0.16170463, -0.011605044, 0.056872673, -0.11182432, 0.21517394, 0.010260593, 0.40527734, 0.04237112, 0.028367715, -0.050859418, 0.3298651, 0.03210299, 0.05331277, 0.06977549, -0.18202697) * inp_7_1_1; + result2 += M4(-0.0368897, 0.016391978, -0.024294581, -0.009350654, 0.1955551, -0.028641196, 0.499472, -0.023318058, -0.09908497, 0.20021608, 0.15166949, -0.06593413, -0.093563184, -0.01030146, -0.16426736, 0.1239057) * inp_7_2_1; + result2 += M4(-0.055037364, -0.021643072, -0.021387717, -0.029731398, 0.094444685, -0.07963394, 0.021096926, -0.0284398, 0.15600166, 0.051011793, 0.018822383, -0.20377164, -0.06093815, -0.122096315, -0.09575318, 0.07561008) * inp_7_0_2; + result2 += M4(0.102123156, -0.03031301, 0.066700675, -0.020931395, -0.16889022, -0.1305484, 0.08320382, 0.21251659, -0.03229301, -0.16032566, -0.14695112, 0.08483938, 0.00030656724, 0.1682771, -0.037963215, -0.019027025) * inp_7_1_2; + result2 += M4(0.034280032, 0.062147725, -0.044607468, -0.10986789, -0.045719683, -0.041917246, 0.2606613, 0.23340343, -0.0060716677, -0.011685313, 0.09870094, 0.10358789, 0.053007178, -0.09497951, 0.14624749, -0.018423423) * inp_7_2_2; + result3 += M4(-0.023918586, 0.08953427, 0.01771276, 0.05539354, 0.0028634146, 0.009650554, 0.18742946, -0.013471182, 0.009523058, 0.20777467, 0.31837824, 0.12164815, -0.027161406, -0.12503518, 0.053555198, -0.08024025) * inp_7_0_0; + result3 += M4(-0.010696416, -0.20303713, -0.07494842, -0.06720856, 0.036300484, 0.06688092, -0.23665178, -0.028879825, 0.07920989, 0.06684934, -0.09307057, -0.12861334, -0.016808033, 0.068868615, 0.016922612, 0.0935384) * inp_7_1_0; + result3 += M4(0.040408652, -0.026042184, -0.042566612, -0.13783605, -0.041067638, 0.04742047, -0.08538231, -0.12444389, 0.020503249, 0.013062706, -0.16142748, 0.13985167, 0.001934984, 0.14903793, 0.07425482, -0.05194177) * inp_7_2_0; + result3 += M4(-0.021580713, -0.052124616, 0.25143862, -0.08356271, -0.02948785, 0.056538586, -0.19342871, -0.03082576, 0.06952971, -0.024033487, -0.20058027, -0.070293054, -0.025813319, 0.1556333, 0.06812163, 0.007927993) * inp_7_0_1; + result3 += M4(-0.09415238, 0.0819948, -0.020783098, -0.061048, 0.031241082, -0.25082436, 0.17802086, 0.11500772, -0.032032706, -0.017166939, 0.17285053, 0.10988556, -0.0014609772, -0.12550686, -0.32190156, -0.12481579) * inp_7_1_1; + result3 += M4(0.026642501, 0.0027076115, -0.0127527015, -0.030659534, -0.23827177, -0.08147645, -0.06555366, -0.0722888, -0.109351926, 0.037317634, -0.0675982, 0.11558462, 0.049270067, -0.11005517, 0.03807277, 0.029940536) * inp_7_2_1; + result3 += M4(0.058748785, -0.05442449, -0.15973112, 0.064877376, -0.034439556, -0.034699302, 0.22719848, -0.111805916, -0.06498236, 0.010337431, -0.2207168, 0.15086775, -0.0013910768, 0.020652262, 0.047396146, -0.18456744) * inp_7_0_2; + result3 += M4(0.07299843, 0.063161835, 0.09055556, 0.073410906, -0.2721035, -0.089366235, -0.19288264, -0.4911799, -0.2704215, -0.098629974, 0.18357053, -0.31222442, 0.16648315, -0.0030768674, 0.115959756, 0.07765713) * inp_7_1_2; + result3 += M4(-0.07566839, 0.06178913, -0.020680057, 0.20640337, 0.6270522, -0.021944718, -0.09193208, -0.60390484, 0.30230644, -0.07720848, 0.04565392, -0.28929085, -0.12785488, -0.0036496334, -0.02822165, 0.26953188) * inp_7_2_2; + result4 += M4(0.0023062807, -0.034817286, -0.042075228, 0.06544454, 0.005506302, -0.0864455, -0.1226953, -0.013349928, 0.1547137, -0.11107969, -0.011432964, 0.058164947, 0.0428984, 0.043311194, 0.016129535, 0.04118873) * inp_7_0_0; + result4 += M4(-0.1534756, 0.16967072, 0.11172404, -0.11816128, 0.086648315, -0.1714072, 0.06653684, 0.089376345, 0.14469789, -0.21376182, 0.025603222, -0.05220291, 0.06091292, 0.052578565, -0.11138733, 0.0048681847) * inp_7_1_0; + result4 += M4(-0.041845363, 0.013118367, 0.024128294, 0.014151567, -0.08004441, 0.03486238, -0.24785793, 0.15483975, 0.05084481, -0.19106285, -0.11259754, 0.018545493, -0.008554448, -0.14740153, 0.057274133, 0.0051899627) * inp_7_2_0; + result4 += M4(0.064041376, -0.032968413, 0.013469658, -0.08303931, 0.1341178, 0.11964721, -0.009992949, 0.12108774, 0.09818911, 0.14065015, -0.07883844, -0.110692464, -0.033610746, 0.037767347, 0.034289274, -0.081328794) * inp_7_0_1; + result4 += M4(-0.08536015, -0.046906322, -0.05603467, 0.15344562, -0.152151, 0.2835985, 0.08837327, 0.24121024, -0.090531245, 0.29047784, -0.028336503, -0.0079366965, 0.0021427502, -0.09222166, 0.082214415, 0.049104534) * inp_7_1_1; + result4 += M4(-0.03418688, -0.027119642, -0.033249117, -0.04254291, -0.11109964, 0.014894068, -0.2578382, 0.6063039, 0.0059784884, 0.12751795, -0.082763284, 0.13159256, 0.008276564, 0.05974327, -0.024297485, 0.05277847) * inp_7_2_1; + result4 += M4(-0.03444889, -0.017802611, 0.0074504083, 0.016012343, -0.15777689, 0.03241681, 0.013117755, -0.01719593, 0.036037434, -0.03379203, 0.102202065, -0.02253011, -0.06792619, 0.0014595084, -0.017348377, 0.009831464) * inp_7_0_2; + result4 += M4(0.1639479, -0.045117706, -0.03546795, -0.08156594, -0.45054284, 0.07469492, 0.011867304, 0.018695822, -0.49507293, -0.03135175, 0.013335458, 0.1188135, 0.07899112, 0.006609462, 0.099146456, -0.042408854) * inp_7_1_2; + result4 += M4(0.12333911, 0.026525073, 0.022529328, 0.07107176, -0.24384674, 0.10793493, -0.17994872, -0.13251431, 0.06154726, -0.015966468, 0.06687427, -0.07726767, -0.040318996, 0.042070385, -0.11340186, -0.038753133) * inp_7_2_2; + result5 += M4(0.012673467, -0.037103087, 0.050768357, 0.11804936, -0.019557068, 0.0804737, -0.042042516, 0.05063627, -0.012027864, -0.1778315, 0.018416423, 0.10421972, 0.03836791, -0.038451895, -0.02987596, -0.092936814) * inp_7_0_0; + result5 += M4(0.081070006, 0.21753052, -0.039890427, -0.050826468, 0.05336978, 0.025667759, 0.035597946, -0.0027159257, 0.13079563, 0.077491805, 0.0008582202, -0.027367916, -0.03181248, -0.19372894, -0.03209458, 0.13858509) * inp_7_1_0; + result5 += M4(-0.090944424, -0.2096128, 0.09019298, -0.031379037, -0.13405223, -0.0067626154, 0.1769988, 0.054293416, -0.1751145, -0.042708788, 0.09452406, -0.014315755, -0.043122165, 0.13656834, 0.03425129, 0.014349805) * inp_7_2_0; + result5 += M4(0.041083314, 0.1534725, 0.023191346, -0.10281753, -0.06915832, -0.06962649, 0.0956159, -0.058003347, 0.0382738, 0.06731591, 0.032283228, -0.11744953, 0.014508298, -0.059293862, -0.13243897, 0.061025135) * inp_7_0_1; + result5 += M4(-0.141368, -0.050856274, -0.030658523, 0.17189708, 0.13174817, 0.0645548, -0.059649896, -0.02070111, 0.18805191, 0.028028676, -0.053158768, -0.09673214, -0.092923135, 0.24802732, 0.15580657, -0.10671394) * inp_7_1_1; + result5 += M4(0.09939962, 0.09758035, -0.024120683, 0.09566199, -0.60467446, -0.09358554, 0.3542098, 0.020203883, -0.13448891, 0.19609664, -0.05980421, -0.03988452, 0.136309, -0.2209743, -0.018121988, -0.05301252) * inp_7_2_1; + result5 += M4(-0.03687012, -0.18174249, -0.11188414, -0.02836825, 0.044762637, -0.24598104, 0.0068728975, 0.24393502, -0.09776831, -0.24554634, -0.015937854, 0.043758687, -0.005986967, -0.099301524, 0.18006183, -0.0048940037) * inp_7_0_2; + result5 += M4(0.010051847, 0.14913419, 0.04709535, -0.1599654, 0.011909533, -0.040965673, -0.005180561, 0.37368757, -0.056836154, 0.17044185, -0.0014325223, 0.16753975, 0.10263891, -0.12474947, -0.25155222, -0.048479144) * inp_7_1_2; + result5 += M4(0.036764596, -0.09817697, 0.007691489, -0.022019843, -0.2540071, -0.11688611, 0.33893287, 0.19115168, 0.060142547, -0.26031005, 0.049264375, 0.13124378, -0.13203354, 0.25323352, 0.065698855, 0.05051374) * inp_7_2_2; + result6 += M4(0.103523776, 0.02477652, 0.11931213, 0.22718367, 0.06380224, -0.06312115, -0.03342871, -0.4218613, -0.19583617, -0.110368855, -0.013944256, 0.12757345, -0.1519957, -0.09970155, -0.024198022, 0.14459626) * inp_7_0_0; + result6 += M4(-0.047426138, -0.0148957195, -0.042323805, 0.087921016, -0.1303865, 0.05344321, 0.00063070335, 0.1077284, 0.29951233, -0.08278956, 0.05315382, -0.36245754, 0.13688883, -0.0050035845, 0.007669434, -0.2535922) * inp_7_1_0; + result6 += M4(-0.13914482, 0.08349452, -0.013398495, -0.15577376, 0.30625576, 0.04390654, -0.14788996, 0.009021893, -0.18404761, 0.15880117, 0.028981408, 0.24488695, -0.0344917, 0.06377489, 0.0041787643, 0.09069907) * inp_7_2_0; + result6 += M4(-0.021672724, 0.10200765, -0.08164302, -0.29037845, -0.06524793, -0.022847952, 0.028325712, 0.2354771, 0.13164325, 0.038568657, -0.16452388, -0.19628757, 0.19386996, -0.03581283, -0.00604313, 0.050671853) * inp_7_0_1; + result6 += M4(0.035448324, -0.1123009, 0.09017061, -0.08369615, 0.1547177, -0.05313325, 0.13626438, 0.14329228, -0.03914897, -0.07970992, 0.031553738, 0.12308475, -0.021477817, 0.18625718, -0.056503914, 0.025862794) * inp_7_1_1; + result6 += M4(-0.01362803, 0.009873275, -0.021020252, 0.087704435, -0.14416143, 0.08732547, -0.14793603, -0.03519952, 0.08739808, -0.05324601, 0.07178301, -0.08709111, 0.20508981, -0.076404765, 0.04942568, -0.17588924) * inp_7_2_1; + result6 += M4(-0.013772979, -0.11576433, 0.01059106, 0.11937095, 0.0012364802, 0.097883895, -0.0006651487, 0.06130685, -0.103754304, 0.067012094, 0.044164915, 0.35208485, -0.21629731, 0.07848428, 0.012615492, 0.08878749) * inp_7_0_2; + result6 += M4(-0.015643293, 0.06297431, -0.04773868, -0.008664792, -0.011143935, 0.09854246, -0.055016216, -0.052518137, 0.05246791, 0.08729363, -0.17093359, 0.06510517, -0.11441792, -0.1609416, 0.06776908, -0.06430595) * inp_7_1_2; + result6 += M4(0.123950824, -0.051986836, 0.014396684, 0.012277637, 0.06813568, 0.23590678, -0.023414893, -0.58936876, -0.070839845, 0.008637937, 0.034731027, -0.33632293, -0.05807661, 0.012112994, -0.051097997, 0.16272677) * inp_7_2_2; + result7 += M4(0.03890071, -0.33123735, 0.07610937, 0.017791811, 0.0057243104, 0.026786948, -0.087388285, -0.01708201, -0.008149538, -0.25381488, 0.044889413, -0.04300029, 0.005804609, 0.2458334, -0.08152119, -0.11150984) * inp_7_0_0; + result7 += M4(0.0422852, 0.13573533, -0.06058061, -0.0424984, 0.03687254, -0.03310906, 0.09053876, -0.07896283, 0.10294674, 0.052148327, -0.058537725, 0.00015676564, -0.084710106, 0.0056222873, 0.12804465, 0.035081454) * inp_7_1_0; + result7 += M4(-0.042567257, 0.12327564, -0.035985358, 0.022775404, 0.03893252, 0.05088072, 0.25473788, -0.061396737, -0.15365401, 0.002246268, 0.022066768, -0.032394666, 0.032087665, -0.11022627, 0.044275492, 0.042746745) * inp_7_2_0; + result7 += M4(0.020063348, 0.2125661, 0.049881417, 0.093660116, 0.120162055, -0.098703384, -0.0842956, -0.082464784, 0.08245367, -0.0054075294, 0.036755443, -0.18863225, 0.05575246, -0.24835603, -0.12517622, 0.21147853) * inp_7_0_1; + result7 += M4(-0.1254844, -0.016756577, 0.06075211, -0.07974918, 0.17144044, 0.20313495, -0.07901684, 0.1899529, 0.1122259, 0.1490667, -0.004221913, 0.12265247, -0.05538133, -0.13985953, 0.0050306907, -0.049673144) * inp_7_1_1; + result7 += M4(-0.08064654, -0.10558799, -0.0926085, -0.05734894, 0.05110601, -0.049914468, 0.20254362, 0.15950541, 0.14961079, -0.21021506, -0.043306883, -0.0031992765, 0.0018046714, 0.27162942, 0.07231483, -0.047220748) * inp_7_2_1; + result7 += M4(-0.03405335, -0.06100464, -0.14044772, 0.008790728, -0.22311267, 0.12704943, 0.315955, -0.07793368, -0.06166175, 0.27874878, 0.45222285, -0.21086659, -0.11326259, -0.001237944, 0.22471191, 0.10012642) * inp_7_0_2; + result7 += M4(0.08034098, -0.04164105, 0.109292865, 0.06862852, -0.9858028, -0.29458532, 0.005978831, -0.08900043, -0.35984895, -0.31873637, -0.04210668, 0.3260013, 0.25243136, 0.108902775, -0.15964879, -0.13984245) * inp_7_1_2; + result7 += M4(0.115727626, 0.06112435, -0.0116834, -0.007107361, -0.20668198, -0.0906514, 0.030455202, 0.09493923, 0.06987535, 0.31463626, -0.25152567, -0.05157696, -0.10789083, -0.058889717, -0.0033864905, -0.039781593) * inp_7_2_2; + const ivec2 output_base = ivec2(gl_GlobalInvocationID) * ivec2(4, 2); + imageStore(out_image, output_base + ivec2(0, 0), max(result0, V4(0.0))); + imageStore(out_image, output_base + ivec2(1, 0), max(result1, V4(0.0))); + imageStore(out_image, output_base + ivec2(2, 0), max(result2, V4(0.0))); + imageStore(out_image, output_base + ivec2(3, 0), max(result3, V4(0.0))); + imageStore(out_image, output_base + ivec2(0, 1), max(result4, V4(0.0))); + imageStore(out_image, output_base + ivec2(1, 1), max(result5, V4(0.0))); + imageStore(out_image, output_base + ivec2(2, 1), max(result6, V4(0.0))); + imageStore(out_image, output_base + ivec2(3, 1), max(result7, V4(0.0))); +} + +//!DESC ArtCNN C4F32 DS (Conv2D-2-ReLU) +//!COMPUTE 48 32 12 16 +//!HOOK LUMA +//!BIND conv2d_1 +//!SAVE conv2d_2 +//!WIDTH LUMA.w 4.0 * +//!HEIGHT LUMA.h 2.0 * +//!COMPONENTS 4 +//!WHEN OUTPUT.w LUMA.w / 1.3 > OUTPUT.h LUMA.h / 1.3 > * +#extension GL_EXT_shader_explicit_arithmetic_types_float16 : enable +#ifdef GL_EXT_shader_explicit_arithmetic_types_float16 +# define V4 f16vec4 +# define M4 f16mat4 +# define F float16_t +#else +# define V4 vec4 +# define M4 mat4 +# define F float +#endif + +const ivec2 ksize = ivec2(3, 3); +const ivec2 offset = ksize / 2; +const ivec2 wg_size = ivec2(gl_WorkGroupSize); +const ivec2 isize = wg_size + ksize - 1; +shared V4 inp[8][isize.y][isize.x]; +void hook() { + const uvec2 local_xy = gl_LocalInvocationID.xy; + ivec2 base = ivec2(gl_WorkGroupID) * wg_size; + for (uint y = local_xy.y; y < isize.y; y += wg_size.y) { + for (uint x = local_xy.x; x < isize.x; x += wg_size.x) { + const ivec2 input_base = (base + ivec2(x,y) - offset) * ivec2(4, 2); + inp[0][y][x] = V4(conv2d_1_mul * texelFetch(conv2d_1_raw, input_base + ivec2(0, 0), 0)); + inp[1][y][x] = V4(conv2d_1_mul * texelFetch(conv2d_1_raw, input_base + ivec2(1, 0), 0)); + inp[2][y][x] = V4(conv2d_1_mul * texelFetch(conv2d_1_raw, input_base + ivec2(2, 0), 0)); + inp[3][y][x] = V4(conv2d_1_mul * texelFetch(conv2d_1_raw, input_base + ivec2(3, 0), 0)); + inp[4][y][x] = V4(conv2d_1_mul * texelFetch(conv2d_1_raw, input_base + ivec2(0, 1), 0)); + inp[5][y][x] = V4(conv2d_1_mul * texelFetch(conv2d_1_raw, input_base + ivec2(1, 1), 0)); + inp[6][y][x] = V4(conv2d_1_mul * texelFetch(conv2d_1_raw, input_base + ivec2(2, 1), 0)); + inp[7][y][x] = V4(conv2d_1_mul * texelFetch(conv2d_1_raw, input_base + ivec2(3, 1), 0)); + } + } + + barrier(); + V4 result0 = V4(-0.02816354, -0.055914808, -0.005309126, 0.04302756); + V4 result1 = V4(-0.014681287, -0.016003639, 0.00277319, -0.0058796373); + V4 result2 = V4(0.02500318, 0.020994185, -0.031882454, 0.008797194); + V4 result3 = V4(0.02854713, 0.0019857346, -0.014389184, -0.0067033246); + V4 result4 = V4(0.0074750828, 0.03989044, -0.008352795, 0.023925535); + V4 result5 = V4(-0.0012237664, -0.00821828, -0.032822374, 0.015555121); + V4 result6 = V4(0.0007366013, 0.012672618, 0.030530484, -0.0013905298); + V4 result7 = V4(-0.00665594, 0.019364757, 0.016776288, 0.005514103); + const V4 inp_0_0_0 = inp[0][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_0_1_0 = inp[0][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_0_2_0 = inp[0][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_0_0_1 = inp[0][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_0_1_1 = inp[0][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_0_2_1 = inp[0][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_0_0_2 = inp[0][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_0_1_2 = inp[0][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_0_2_2 = inp[0][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.00973409, -0.2905453, 0.16804078, 0.03635058, 0.006616991, -0.0051788976, 0.13990617, -0.2115806, 0.03791847, -0.021446934, -0.021149958, -0.16244367, -0.00543431, -0.078437224, 0.07517865, -0.24875812) * inp_0_0_0; + result0 += M4(0.16061167, 0.7075375, 0.65901136, -0.003121915, -0.108868085, 0.032168996, -0.4784643, -0.22404712, 0.23408975, 0.1489741, 0.10012224, -0.24961211, 0.013702174, 0.056856558, 0.3949789, 0.05728903) * inp_0_1_0; + result0 += M4(-0.07653732, 0.058309093, -0.2743541, -0.21182717, -0.060219403, -0.45752004, -0.39590853, -0.16866995, -0.094204135, 0.022472931, -0.028624104, 0.036514435, 0.053413846, -0.02451724, 0.27651215, 0.15742646) * inp_0_2_0; + result0 += M4(0.002592745, -0.030824926, 0.12114033, 0.050930567, -0.04900121, 0.06812072, -0.104584135, -0.1769679, 0.055577897, -0.16978319, -0.051331874, 0.05407539, 0.087580524, -0.2494271, -0.15750952, -0.06727893) * inp_0_0_1; + result0 += M4(-0.22075485, -0.60167396, -0.11148448, -0.051743947, -0.035690382, -0.017755114, -0.1048373, -0.75410384, -0.0017477311, 0.79013854, 0.070787504, 1.113939, 0.42162004, 0.08894495, 0.0162932, -0.6922328) * inp_0_1_1; + result0 += M4(-0.041542415, -0.1072675, -0.1547168, -0.057783205, -0.18774375, -1.0897189, 0.22137026, 0.49475524, 0.16061123, 0.18809871, -0.09942451, 0.12167183, 0.18478668, 0.052944053, 0.008523406, -0.49077532) * inp_0_2_1; + result0 += M4(0.079150654, -0.09704456, -0.025152894, 0.0662591, -0.049504023, -0.061450716, -0.006600424, -0.17110133, -0.022903575, -0.04218302, -0.035543904, -0.16162673, -0.010834032, -0.17441283, -0.06410564, -0.010752595) * inp_0_0_2; + result0 += M4(0.00037973173, 0.041147046, -0.0467547, -0.018489948, 0.006920091, 0.10765793, -0.03490517, -0.03536748, 0.0046151318, 0.06889305, -0.23292892, -0.005253062, -0.04773103, -0.35578787, 0.29783678, -0.48508322) * inp_0_1_2; + result0 += M4(0.07547907, 0.048772506, -0.14922605, 0.017899437, -0.037430517, -0.08345768, -0.08171882, 0.11549391, 0.0005753293, 0.19681996, 0.0007395721, 0.13482398, 0.04092026, 0.25392926, 0.13197581, -0.02444149) * inp_0_2_2; + result1 += M4(0.026670206, -0.4946369, 0.3635779, -0.09936638, -0.23612276, 0.12949154, -0.19376677, -0.018545061, -0.042181347, -0.8171006, -0.11456052, -0.12682119, 0.25297365, -0.11276777, 0.29135993, -0.30411947) * inp_0_0_0; + result1 += M4(-0.18254642, -0.196034, -0.1642319, 0.09249603, -0.18092251, 0.16449213, -0.1416846, -0.031061044, -0.026164776, 0.036878493, 0.16753155, 0.2940041, 0.101618774, -0.027227087, -0.17554337, -0.10692067) * inp_0_1_0; + result1 += M4(0.03190994, -0.08537802, -0.05265426, 0.2876244, -0.226532, -0.110195614, 0.09589837, 0.20734823, 0.061036523, 0.06264236, -0.06855547, -0.2823261, -0.026292771, -0.0022096266, -0.03458269, 0.28914374) * inp_0_2_0; + result1 += M4(0.11070176, -0.26740578, -0.1026421, 0.4110956, 0.09973385, -0.08346745, -0.3098377, 0.01835725, 0.1627276, -0.052195985, -0.48610088, -0.011137913, -0.22427069, 0.19412372, 0.062320832, 0.072610706) * inp_0_0_1; + result1 += M4(-0.14468084, -0.11145455, 0.1275323, -0.013943981, 0.21764868, 0.08969234, -1.2398715, -0.032734215, 0.36903408, 0.31528226, -0.07379252, -0.0041661304, -0.16513638, 0.29776296, -0.2183875, 0.18277328) * inp_0_1_1; + result1 += M4(0.13366769, -0.19119081, 0.23958637, -0.054906853, -0.045737054, -0.36034152, 0.2197925, -0.13690129, 0.06692774, 0.104316145, 0.060143124, 0.36369458, 0.20639238, 0.13639095, 0.091172956, -0.2692958) * inp_0_2_1; + result1 += M4(0.018454649, -0.05970896, -0.12773207, -0.13395509, -0.13538544, -0.021243846, -0.29808754, -0.072587125, 0.04806527, -0.09977992, 0.14219216, 0.096854396, 0.28429163, 0.14802298, 0.29175624, 0.26465315) * inp_0_0_2; + result1 += M4(0.064868286, 0.12650129, -0.04001578, -0.19142, -0.15243354, 0.04739349, -0.17602153, 0.089925356, -0.009179498, 0.2031116, 0.031400472, 0.11040097, 0.09661687, 0.05683243, -0.25136912, -0.11845621) * inp_0_1_2; + result1 += M4(-0.006583343, -0.027446115, 0.052255236, -0.048547603, 0.04551308, 0.08371158, 0.06561082, -0.17494093, -0.08677734, 0.11848272, -0.09256678, 0.12511909, 0.03584318, -0.03873551, -0.033272453, -0.3697406) * inp_0_2_2; + result2 += M4(0.077423126, 0.16964856, -0.17045945, 0.13343857, -0.012152219, 0.007827578, -0.07009769, 0.017719552, -0.07333286, 0.04077868, -0.024390765, 0.12850142, -0.03029182, 0.118830204, 0.1101359, -0.040818922) * inp_0_0_0; + result2 += M4(0.04737959, -0.57087344, 0.41235384, 0.1218992, -0.11092868, 0.030822208, 0.14311466, -0.092787445, 0.0027061475, -0.23113571, -0.29040268, 0.031662967, 0.04665202, -0.2214472, 0.124013655, 0.04762459) * inp_0_1_0; + result2 += M4(0.109790795, -0.13166402, -0.10937001, 0.13497192, -0.09461978, 0.11224206, -0.13746579, -0.210441, -0.058519382, 0.07024931, 0.058509335, 0.0596217, 0.057765707, 0.1522484, -0.112002224, -0.17201875) * inp_0_2_0; + result2 += M4(-0.23446816, -0.012046481, -0.2965843, 0.02298828, -0.019495957, -0.014813968, -0.07092402, -0.036055468, -0.017873934, 0.111397855, 0.09068365, -0.013072809, -0.024324076, -0.12630874, -0.12351092, -0.026566792) * inp_0_0_1; + result2 += M4(-0.0441673, 0.6080127, -0.4925612, 0.17336337, -0.21843402, 0.6022208, -0.89766985, -0.31109822, -0.01132926, -0.38773924, 0.4651305, 0.38577083, 0.20481502, 0.07963986, 0.17493346, 0.22013973) * inp_0_1_1; + result2 += M4(0.17083597, 0.12362538, -0.27829507, -0.1323653, -0.46952274, 0.45709655, -1.3564483, -0.09467831, 0.109629124, 0.09952558, -0.1851101, -0.06606823, 0.093976825, -0.063372426, -0.1879661, 0.08313608) * inp_0_2_1; + result2 += M4(-0.03973812, -0.031842444, 0.093453266, -0.04741993, -0.039069645, -0.054418374, -0.045754157, -0.029643415, -0.0028617077, -0.036310848, -0.2293659, -0.012074187, -0.07525764, 0.05500191, 0.07562592, -0.115233526) * inp_0_0_2; + result2 += M4(0.036355898, -0.034812134, 0.1152061, 0.029086314, -0.18425488, -0.21790303, 0.0787836, -0.09064558, 0.0409123, 0.2763841, 0.055201523, 0.09320933, -0.18550111, -0.19603312, 0.15517412, 0.18693168) * inp_0_1_2; + result2 += M4(0.040125795, -0.113297805, 0.025580121, 0.030720403, 0.004614835, -0.13644749, -0.033115827, -0.28015882, 0.082783215, -0.04702188, -0.075818196, 0.019709801, 0.22457251, -0.36561012, 0.18594532, -0.10976233) * inp_0_2_2; + result3 += M4(0.21994363, 0.18810263, 0.03882187, 0.031097172, 0.028676543, -0.01652421, 0.0009278432, -0.097504616, 0.060369167, 0.022149583, 0.12658578, -0.047912594, 0.087797225, 0.0830042, -0.059321098, -0.09670434) * inp_0_0_0; + result3 += M4(-0.24017385, 0.20781578, 0.2484141, 0.07595827, 0.31128934, -0.077589154, -0.22300583, -0.08513767, -0.088106796, 0.07169701, 0.21182175, -0.16114962, -0.20586795, -0.09325638, -0.036742713, 0.04096944) * inp_0_1_0; + result3 += M4(-0.015692951, -0.03014106, -0.008278672, -0.0012050589, 0.31460193, -0.22267194, -0.15603703, -0.016500553, -0.08611368, 0.0129460925, 0.13168901, -0.17860411, 0.17449656, 0.16480394, -0.111943886, -0.119625956) * inp_0_2_0; + result3 += M4(0.3417092, 0.19531095, -0.12030788, -0.07435814, -0.00526715, 0.04863232, -0.108501635, -0.10556784, 0.10033676, 0.0058830003, 0.14145415, -0.10324726, 0.04020823, -0.11052599, 0.1680087, 0.019774001) * inp_0_0_1; + result3 += M4(0.17469816, -0.108954616, -0.022078786, -0.57005113, 0.35266578, -0.15694757, -0.15896995, -0.07326995, -0.105245724, 0.04300008, 0.056248702, -0.061844226, -0.061631538, 0.15420584, -0.24465819, -0.04917201) * inp_0_1_1; + result3 += M4(-0.029127898, 0.10533356, -0.05784396, -0.36961702, 0.27379173, -0.08493819, -0.4078918, 0.2997451, -0.13829932, 0.035396393, 0.5777129, -0.06907513, -0.21687625, 0.0904391, -0.18873766, 0.042626336) * inp_0_2_1; + result3 += M4(-0.113065094, -0.008775924, -0.0840243, -0.08211604, -0.13342449, -0.0070020193, -0.03519927, -0.04905381, 0.11932424, 0.07503596, 0.082997814, 0.26825115, 0.2309719, -0.06072887, -0.13271064, -0.16668823) * inp_0_0_2; + result3 += M4(-0.13799047, 0.20521674, -0.009416285, -0.60644346, -0.12462929, -0.17963387, -0.00022621856, -0.6172592, -0.12347812, 0.11500762, -0.015037872, 0.3211392, -0.2576381, 0.20789056, 0.09743092, 0.17717129) * inp_0_1_2; + result3 += M4(-0.12627003, -0.014355152, 0.05081674, 0.18330996, -0.17688012, -0.09465515, -0.5051855, -0.53248626, 0.044556856, -0.081473775, 0.12005949, -0.15343209, 0.008224941, -0.17976554, -0.060513843, -0.31796342) * inp_0_2_2; + result4 += M4(-0.0647204, 0.09654864, -0.15104817, -0.04117688, 0.035523016, -0.046621397, -0.16918875, -0.05828916, -0.0629011, -0.09747466, -0.043645624, -0.13677382, -0.059999257, -0.11347389, 0.008796834, -0.16867939) * inp_0_0_0; + result4 += M4(-0.356825, -0.11862738, 0.11185236, -0.18727553, 0.10917819, -0.056881405, -0.12957531, 0.05320026, 0.24368936, 0.12946552, 0.073803104, -0.14360286, -0.071822084, 0.036721706, -0.23379014, -0.43976963) * inp_0_1_0; + result4 += M4(-0.09626581, 0.2864044, -0.20154244, -0.1094759, 0.12988517, 0.12269461, -0.03490066, -0.12602843, -0.10067345, -0.19819431, -0.10748926, -0.13594708, -0.00062526186, 0.004989592, 0.026069064, -0.010176603) * inp_0_2_0; + result4 += M4(0.0010864082, 0.15448679, -0.20172782, -0.095403604, 0.098961875, -0.048226472, -0.11919011, -0.022309378, 0.086312205, -0.19949594, -0.3084711, -0.08324916, 0.19120875, 0.25057435, 0.10739944, 0.09866035) * inp_0_0_1; + result4 += M4(0.44983077, -0.26926205, -0.20882393, 0.4908703, 0.55888087, -0.3844248, 0.17641366, 0.47042987, -0.32669616, -0.3570138, -0.14759587, -0.20607074, 0.02512093, 0.30407578, -0.044438023, -0.057541154) * inp_0_1_1; + result4 += M4(0.1176155, 0.113683954, 0.15930681, 0.17338523, 0.15644524, -0.14696267, 0.40857235, 0.20752317, -0.13565753, -0.019979121, 0.11889125, -0.10791812, 0.22435357, 0.113052554, -0.03955994, -0.08461989) * inp_0_2_1; + result4 += M4(-0.047255587, 0.16348606, -0.046946447, 0.056087777, 0.11520522, -0.008176931, -0.088727005, -0.075671315, 0.04560841, -0.167085, 0.0037524768, 0.153626, 0.10664237, -0.16228183, -0.08856867, -0.033942416) * inp_0_0_2; + result4 += M4(0.08530228, 0.036670424, 0.034691263, -0.20549068, 0.17499734, -0.0066715935, -0.24056336, -0.6436748, 0.0014624022, 0.1331887, 0.20349261, 0.39051116, 0.19860937, -0.09635772, -0.3097962, -0.061393823) * inp_0_1_2; + result4 += M4(-0.04709873, 0.12436787, 0.09431891, 0.06727294, 0.11121267, -0.13708098, -0.4096628, -0.5281741, 0.02461811, 0.086295374, -0.040318497, 0.11986206, 0.008481668, -0.07885111, -0.14814031, 0.06536796) * inp_0_2_2; + result5 += M4(-0.1205189, -0.13522245, -0.13375437, -0.33984226, 0.059571605, 0.040225558, 0.045981076, -0.22930293, 0.015563473, 0.06315636, 0.11301604, -0.07917363, 0.14391504, -0.025930865, 0.039270613, 0.21071853) * inp_0_0_0; + result5 += M4(-0.168494, -0.15959108, -0.03137135, -0.031032706, -0.012562032, 0.05714811, 0.0873991, -0.11245921, 0.114595555, 0.068395376, -0.08256869, 0.059741195, 0.31202134, -0.091089986, 0.11305526, -0.043918602) * inp_0_1_0; + result5 += M4(0.01850779, -0.23716848, -0.10720259, 0.17940275, 0.02630356, -0.031081656, 0.03651098, 0.11984031, 0.04672979, -0.23975179, -0.06333951, 0.0773084, 0.063252, 0.023403741, -0.005932706, 0.09592404) * inp_0_2_0; + result5 += M4(0.13276811, 0.14552811, 0.0012012721, 0.048469163, 0.1799069, 0.09026324, 0.17791766, 0.039031304, -0.17148705, -0.018644629, 0.032975942, -0.08356387, -0.07501362, -0.08741777, 0.17653543, -0.037628986) * inp_0_0_1; + result5 += M4(0.052284062, 0.30748817, 0.017134773, 0.054767136, 0.08047865, 0.12932916, 0.43879172, 0.4796407, 0.1070753, -0.22417559, -0.075027876, -0.04380084, 0.12943043, -0.26664734, -0.28268087, -0.36309803) * inp_0_1_1; + result5 += M4(0.022102708, -0.27027315, -0.05346116, -0.22804186, 0.075889595, 0.36816397, 0.29277337, 0.18898353, 0.059737135, -0.062378123, 0.30335823, -0.025132932, -0.15769532, -0.01610137, 0.15320984, -0.06287545) * inp_0_2_1; + result5 += M4(-0.05120104, 0.040515866, -0.11039598, -0.022910422, 0.068926826, -0.021788657, 0.14885426, 0.04582351, -0.1011755, -0.008622556, 0.019709354, -0.033576366, -0.2670982, 0.13014965, -0.19012322, -0.09114442) * inp_0_0_2; + result5 += M4(0.06225843, -0.092458956, -0.008116768, 0.07783341, 0.007597398, -0.01865556, 0.10360059, -0.00978511, -0.02124729, 0.031475246, 0.017553534, 0.07894418, 0.09715431, -0.016325492, 0.19725467, -0.07008915) * inp_0_1_2; + result5 += M4(0.074878536, -0.07708234, -0.07687017, 0.06568579, -0.14378831, -0.12435922, 0.07116281, 0.057560194, -0.13975972, -0.10590216, -0.082184136, -0.06793749, -0.032578167, 0.16950749, -0.09511035, 0.09423518) * inp_0_2_2; + result6 += M4(-0.047091704, 0.1762099, 0.040428344, -0.10331589, 0.016791053, -0.002741752, -0.026449017, 0.003729791, 0.06808642, 0.2392403, 0.08078326, -0.16181335, 0.119027816, 0.027509267, -0.088286825, -0.0015622613) * inp_0_0_0; + result6 += M4(-0.15559126, 0.19469191, -1.6796982, 0.07050413, 0.14751838, -0.136357, 0.11992304, 0.21932352, 0.04491368, 0.25785303, -0.33661342, 0.06752385, 0.006559123, -0.39538005, -0.14140283, 0.02698698) * inp_0_1_0; + result6 += M4(0.04060059, 0.004955614, 0.17289354, -0.020432219, 0.04132994, -0.2269096, 0.009849744, -0.048955765, 0.07166714, 0.15780523, 0.030655716, 0.007910881, -0.01654475, -0.1261956, -0.033270393, 0.06643357) * inp_0_2_0; + result6 += M4(0.23296551, 0.39368978, 0.10173819, 0.016990587, 0.10725656, -0.21445906, -0.0460863, 0.12937367, 0.22015992, -0.056731716, -0.15625024, 0.11746047, -0.054077156, -0.29911926, -0.066048205, -0.13064308) * inp_0_0_1; + result6 += M4(0.14043681, 0.16510749, 0.37955365, 0.024925599, -0.10113562, -0.91881996, -1.4156492, 0.49913162, 0.056183968, -0.32814565, 0.36283296, -0.21359983, 0.018981446, 0.078645796, 0.48507872, -0.040559407) * inp_0_1_1; + result6 += M4(-0.11389132, -0.025869433, 0.17677203, -0.0012497363, -0.42856163, -0.7060819, -0.9791711, 0.06421006, 0.15110345, 0.05471478, -0.1331566, 0.06792761, -0.15620281, -0.17329371, 0.0050743627, -0.08315401) * inp_0_2_1; + result6 += M4(0.01762451, 0.34044358, -0.038219716, -0.00977577, 0.07978265, -0.07561531, 0.025359692, -0.009767879, 0.054548223, 0.056554604, -0.008550653, -0.024759918, 0.08444629, 0.4397034, -0.13774768, -0.0475808) * inp_0_0_2; + result6 += M4(0.07251138, 0.14877741, 0.14064711, -0.01770789, -0.12055167, -0.13074405, -0.03881797, 0.18801236, 0.244702, 0.10442613, -0.09986584, 0.14181675, -0.3256468, 0.24721909, -0.13838233, 0.05967567) * inp_0_1_2; + result6 += M4(0.08274853, -0.05230511, -0.015015344, -0.008427317, -0.1261798, 0.17729543, 0.20077544, -0.10061183, 0.09802276, -0.02198857, 0.20390317, -0.027713804, 0.28264147, -0.3060371, 0.012613725, -0.03912084) * inp_0_2_2; + result7 += M4(-0.06321895, 0.1795193, 0.30838016, -0.03319495, -0.022143506, -0.08803499, 0.04103361, -0.032351818, 0.02227362, -0.08811049, -0.0959823, 0.02694849, -0.0043757185, 0.013062695, 0.15145485, 0.026561698) * inp_0_0_0; + result7 += M4(0.16038859, -0.28498343, -0.53026897, 0.025555888, 0.099517666, -0.0127455015, 0.09401707, 0.056986097, -0.04029349, 0.19178541, 0.023709709, -0.02593737, -0.20253864, 0.28925106, -0.16694629, -0.026898233) * inp_0_1_0; + result7 += M4(0.061291948, -0.4159536, -0.21278694, 0.0041169757, 0.18120582, -0.11143881, 0.12851085, -0.04763011, 0.24448766, -0.15402062, -0.16995446, 0.051363885, -0.189586, 0.11198077, 0.087760806, 0.007919328) * inp_0_2_0; + result7 += M4(0.03529199, -0.08172859, 0.20492913, 0.010756407, -0.021344246, -0.103721984, -0.13724221, -0.03416302, 0.098283276, -0.08297246, -0.23792939, 0.053858396, 0.028365767, 0.17811257, -0.04905931, -0.027732367) * inp_0_0_1; + result7 += M4(-0.09731158, 0.07015159, 0.025875507, -0.08366549, 0.026216093, 0.20282517, -0.047570836, 0.12024377, 0.039535135, 0.06453895, 0.096107006, -0.120748885, 0.36688223, -0.32637262, -0.23932144, -0.017603891) * inp_0_1_1; + result7 += M4(0.0009714144, 0.0901112, -0.14175467, 0.15882266, 0.0050029205, 0.06735896, -0.04336168, 0.09880196, -0.088926695, 0.050075166, 0.13868159, 0.048162885, 0.11580188, 0.14974794, 0.16592643, -0.17951703) * inp_0_2_1; + result7 += M4(0.030689232, 0.25767696, -0.006166152, -0.036973067, 0.031712633, -0.048197642, -0.14026803, -0.028327234, 0.016440952, 0.13980462, 0.08790442, 0.08222346, 0.042942114, 0.23712075, 0.23788041, 0.027321558) * inp_0_0_2; + result7 += M4(0.008700281, 0.08348494, -0.20075266, 0.02521982, 0.021076478, 0.09265842, -0.06407022, -0.00076757924, 0.101533175, -0.19637956, -0.16996434, 0.09663022, -0.05636163, -0.2059281, 0.34135315, -0.16630952) * inp_0_1_2; + result7 += M4(0.03454254, 0.26498768, 0.13600038, 0.02592277, 0.0008362706, -0.100303456, 0.05319897, -0.009874358, 0.14062883, 0.09164722, -0.15648055, 0.08009963, 0.078154504, 0.094008006, -0.21762596, -0.018340524) * inp_0_2_2; + const V4 inp_1_0_0 = inp[1][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_1_1_0 = inp[1][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_1_2_0 = inp[1][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_1_0_1 = inp[1][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_1_1_1 = inp[1][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_1_2_1 = inp[1][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_1_0_2 = inp[1][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_1_1_2 = inp[1][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_1_2_2 = inp[1][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.050353423, -0.046809703, -0.074424565, -0.049597032, -0.059440833, -0.016547872, -0.030117158, -0.10792511, 0.067184374, 0.046471834, -0.0028451944, 0.08514948, 0.08273609, 0.029481065, -0.41196913, -0.12889831) * inp_1_0_0; + result0 += M4(0.06213183, 0.05712363, -0.120768435, 0.0054600067, -0.06808212, -0.2668333, -0.23615515, 0.13161564, -0.093465604, -0.15012908, -0.0579171, -0.070676625, 0.093419425, -0.9064117, -0.3119384, -0.27338335) * inp_1_1_0; + result0 += M4(0.012120313, -0.008722017, -0.06845569, 0.00030523405, 0.068179175, -0.094685584, 0.3295802, 0.08102866, -0.07075261, -0.11404178, -0.058991797, 0.10451936, -0.019411365, -0.031391826, 0.11522716, -0.07312307) * inp_1_2_0; + result0 += M4(0.06082993, -0.23506641, -0.0674635, 0.06528714, -0.012952341, 0.04296578, 0.035333797, -0.17849007, 0.14081058, -0.0053381305, -0.012471617, 0.13901459, -0.02180143, -3.354169, 0.018167697, -0.17981246) * inp_1_0_1; + result0 += M4(0.011075656, 0.09919327, -0.068206266, 0.24021362, -0.035487056, -0.3568312, 0.002771683, 0.09228731, -0.14318392, 0.31760496, 0.15125819, -0.036176164, -0.057475246, -0.06588559, 0.10080686, 0.08425073) * inp_1_1_1; + result0 += M4(-0.028857037, 0.052384343, -0.15574992, 0.035086505, 0.24430661, 0.44947267, -0.25937915, 0.5916093, -0.050427713, 0.06593315, 0.04158293, 0.067717426, 0.0035418617, 0.082726985, 0.0015692243, -0.13341355) * inp_1_2_1; + result0 += M4(-0.07018673, 0.57565486, -0.12212208, -0.021671755, 0.04045959, -0.027279906, 0.0033897066, -0.12028911, -0.051435515, -0.25275406, -0.05656492, 0.13834813, -0.026642008, -0.035601966, 0.007892064, -0.11206658) * inp_1_0_2; + result0 += M4(-0.13334328, -0.36171016, 0.20771265, -0.18690872, -0.0052082087, 0.15840878, -0.012833503, 0.14350723, -0.038447812, 0.2642458, 0.10113913, 0.1956421, -0.016976172, -0.018625548, -0.036039453, 0.13024461) * inp_1_1_2; + result0 += M4(-0.025897514, 0.022892162, -0.085544705, -0.1056002, 0.0076056076, 0.00021891292, 0.14977726, -0.058212887, 0.057734717, 0.029316211, 0.016036771, 0.2862503, -0.029245151, -0.04861973, 0.06345646, 0.0025747707) * inp_1_2_2; + result1 += M4(0.12230406, 0.110402204, 0.0022191075, 0.0208074, 0.1359608, -0.39918938, -0.19621581, -0.03328318, -0.14194785, -0.1326139, -0.016295277, 0.25213736, -0.11394504, 0.1707785, -0.50810874, 0.09009043) * inp_1_0_0; + result1 += M4(0.039731972, 0.019554405, -0.050087366, -0.116993316, 0.036561966, -1.6013801, 0.025701985, -0.20249905, -0.087569736, -0.110885486, 0.086238414, 0.18336657, -0.118454196, -0.14258544, 0.21710697, 0.12274369) * inp_1_1_0; + result1 += M4(-0.04302544, 0.03054647, -0.03619867, -0.012912802, -0.21779968, 0.05877272, -0.062298175, 0.05893563, -0.08509494, -0.09765255, 0.1835829, -0.301379, 0.016239118, 0.013196551, 0.046792064, 0.14568199) * inp_1_2_0; + result1 += M4(-0.47913632, 0.07477867, -0.013720931, -0.16285127, 0.09672787, 0.26150432, -0.07223319, 0.026923614, 0.15294167, -0.3069324, -0.05468833, 0.009024659, -0.2764688, 0.025165537, 0.21237579, 0.14874646) * inp_1_0_1; + result1 += M4(-0.12191206, -0.031483904, 0.25469255, 0.04896874, -0.03953795, -0.13158178, 0.23139334, -0.062157433, 0.21271344, 0.15276282, -0.10278962, 0.045026843, -0.13069059, -0.019814454, 0.12993966, 0.12076317) * inp_1_1_1; + result1 += M4(-0.021779012, -0.06921528, -0.04792355, -0.054524377, 0.21400808, 0.051987875, 0.17276382, 0.07044453, -0.08517467, 0.018291483, 0.110145435, -0.07507238, -0.014085478, 0.0014016334, 0.0069213454, 0.21427554) * inp_1_2_1; + result1 += M4(0.3039211, 0.21061566, -0.21254519, 0.11502978, 0.004645631, -0.035205964, -0.15530144, 0.016145334, -0.3796126, -0.26098803, -0.06447568, -0.18469138, 0.00040711233, -0.019105973, 0.14028107, -0.029840464) * inp_1_0_2; + result1 += M4(-0.10201214, -0.12005942, 0.28632927, -0.0048452117, 0.10168667, 0.1222315, -0.065509446, -0.018354936, 0.20522162, 0.45282546, -0.32358447, -0.21195723, 0.05026903, -0.0347392, 0.049776144, 0.04231012) * inp_1_1_2; + result1 += M4(0.052235685, 0.06476681, -0.007898288, -0.014652278, -0.010168681, -0.06502043, 0.11613052, 0.016242228, -0.008920748, 0.060279775, -0.083112516, 0.11410098, -0.0022111523, 0.012418391, 0.003915518, 0.11510619) * inp_1_2_2; + result2 += M4(0.009627145, -0.02091571, -0.040712036, -0.086539805, -0.077503406, -0.06554453, -0.0375449, 0.0003467931, -0.112540826, -0.042942278, -0.004069735, 0.06633014, 0.11937579, 0.112028055, -0.19244236, -0.011381193) * inp_1_0_0; + result2 += M4(-0.010039437, -0.17678991, -0.014025697, -0.13453454, -0.078378275, 0.21216086, -0.046340372, 0.004593987, -0.030087475, 0.093752, 0.0021318006, -0.07141553, 0.21013309, 0.29048875, -0.38266456, -0.06400555) * inp_1_1_0; + result2 += M4(0.050876804, 0.009760382, -0.019924283, 0.059721947, 0.041578773, -0.07134676, -0.05581895, 0.117495336, -0.111501575, 0.033511136, -0.055773247, -0.066173546, 0.13521561, 0.054245476, -0.0018692814, -0.12549134) * inp_1_2_0; + result2 += M4(0.05737616, 0.27942115, -2.298544, 0.027574228, 0.0033914193, -0.029851897, -0.029384125, -0.06649299, 0.13537526, -0.10982203, -0.015818523, 0.03578428, 0.082637616, 0.25502712, -0.95422614, -0.024462754) * inp_1_0_1; + result2 += M4(0.07468704, 0.19655287, 0.020330673, -0.15325862, -0.07257556, 0.021362118, -0.097650744, -0.07458505, -0.07285997, -0.2091995, 0.053149696, -0.035658777, 0.12165436, 0.019479273, -0.051164947, -0.05572143) * inp_1_1_1; + result2 += M4(0.05212816, 0.05875644, 0.007962393, 0.042551465, 0.06982919, -0.5235366, 0.36652777, 0.018920891, 0.02451188, -0.01821463, -0.0820836, -0.012211782, 0.13590047, -0.09741252, -0.024899637, 0.06283093) * inp_1_2_1; + result2 += M4(0.13758332, -0.11508548, -0.06850991, 0.027755717, -0.0053178435, -0.031295706, -0.009957828, 0.01909424, -0.14549612, 0.005653666, -0.060142104, -0.0726525, 0.019328095, -0.08044059, 0.0045705475, -0.025495505) * inp_1_0_2; + result2 += M4(0.17690514, 0.47819778, -0.56697905, -0.32600853, -0.15631567, 0.050864168, -0.070710234, -0.0061398265, 0.22401346, -0.66397154, 0.67689145, 0.12443163, -0.005753283, -0.003162449, 0.038585782, -0.021491662) * inp_1_1_2; + result2 += M4(0.052644014, -0.01084531, -0.009258209, -0.04327573, 0.08937049, 0.05608117, 0.0020092733, -0.13975157, 0.18227273, 0.010968768, 0.05547196, 0.27393818, 0.014354109, 0.04734593, -0.04274871, 0.08966255) * inp_1_2_2; + result3 += M4(-0.15466352, 0.1753106, -0.057654276, -0.080346055, -0.08684239, -0.060628965, -0.018058756, -0.019003063, 0.1649216, 0.0056091007, 0.018234013, 0.115384765, 0.2728903, -0.050012514, 0.07286001, 0.21214484) * inp_1_0_0; + result3 += M4(-0.055282563, 0.042270336, -0.14920826, -0.05565247, -0.17509723, -0.007836413, 0.025385581, -0.060870547, 0.15458457, 0.026210451, 0.0056088725, 0.009496039, 0.4410752, -0.02443769, 0.018905113, 0.34486783) * inp_1_1_0; + result3 += M4(0.13845061, -0.041570053, 0.05206113, 0.032746986, 0.3097028, -0.079597846, -0.0045065354, 0.036300916, -0.24376567, 0.1437171, -0.07567566, 0.12263813, -0.10524432, -0.032756347, -0.04089654, 0.11922382) * inp_1_2_0; + result3 += M4(-0.3450517, -0.0293347, -0.008506553, 0.27482376, -0.104029484, 0.015886096, 0.047152877, -0.022681655, 0.05039552, -0.06931879, -0.24398392, -0.19114342, 0.33690536, -0.1760741, 0.062387463, -0.60001916) * inp_1_0_1; + result3 += M4(-0.33937278, 0.03221792, -0.20601016, 0.09151184, 0.088146046, 0.010388135, 0.037717123, -0.33787167, 0.031349875, 0.2467585, 0.11280596, -0.081789084, 0.100762054, 0.11897287, -0.14958718, -0.4274934) * inp_1_1_1; + result3 += M4(-0.16177538, -0.10681617, 0.097662374, 0.027116643, -0.15535423, 0.0071900445, 0.098842345, -0.09686859, -0.020677991, 0.1223462, -0.18145184, -0.12322052, -0.049173184, -0.04933215, 0.011176784, 0.10453388) * inp_1_2_1; + result3 += M4(0.0143258395, -0.047530204, 0.06751263, -0.009686652, 0.049010016, 0.08026732, 0.0735831, 0.06534365, -0.11096335, 0.07671127, -0.17131972, -0.18913133, 0.03580388, 0.02546478, 0.031590775, -0.46314153) * inp_1_0_2; + result3 += M4(-0.11024047, 0.059999876, -0.24776231, 0.069180936, 0.099450134, -0.0028138063, 0.14560589, -0.27537617, -0.13162738, 0.2602523, -0.082328625, 0.5751915, -0.016883427, 0.035476677, -0.058363155, -0.087529816) * inp_1_1_2; + result3 += M4(-0.06527366, -0.07321466, -0.11013269, 0.10700489, 0.12794274, 0.143373, -0.1998652, 0.085530356, 0.27018106, 0.03430492, 0.01313275, -0.19258638, 0.099327035, 0.031997293, -0.01579704, -0.028137546) * inp_1_2_2; + result4 += M4(0.034241717, 0.14560685, -0.07059983, -0.048365757, -0.06923395, 0.02788708, 0.07024026, -0.07239688, -0.05073314, 0.06361448, 0.1036229, 0.13770972, 0.16711862, -0.06759201, 0.06868784, 0.21040082) * inp_1_0_0; + result4 += M4(7.889136e-05, 0.1448967, 0.0120723415, -0.04398796, -0.0025940053, 0.19994844, 0.045044854, 0.122164845, 0.00011145298, 0.039136488, -0.058423296, 0.011019284, 0.3187712, 0.002346311, 0.3133367, 0.3366688) * inp_1_1_0; + result4 += M4(-0.020006701, -0.09640312, 0.034889605, 0.032910477, 0.0859932, -0.16727556, 0.18134122, 0.08072309, -0.005591878, 0.2618464, 0.11717167, 0.13277426, 0.005803244, -0.07343049, -0.0007594699, 0.07177366) * inp_1_2_0; + result4 += M4(0.24020621, 0.17265165, 0.27775222, 0.37951496, 0.007373834, 0.013477186, -0.05720337, -0.08359239, 0.06963244, -0.20801787, -0.16162816, -0.16387402, 0.17029399, -0.06789564, 0.057876557, 0.15928234) * inp_1_0_1; + result4 += M4(0.08696715, 0.22902814, -0.098804325, 0.17399752, -0.031757943, 0.009000329, -0.10855027, 0.11406956, -0.10605073, 0.038545147, 0.12092632, -0.28194898, 0.10004931, -0.29438514, 0.14205848, 0.025120387) * inp_1_1_1; + result4 += M4(0.00935219, -0.043909084, -0.057207387, -0.006858439, -0.18782052, -0.24575754, -0.18026431, -0.1580193, -0.070116736, 0.11748019, -0.13015077, -0.10171491, -0.0051615736, 0.079644755, 0.08537926, -0.025504366) * inp_1_2_1; + result4 += M4(-0.01457055, -0.23596151, -0.12770654, -0.44953966, 0.010319849, -0.04212761, 0.036205474, 0.15004651, 0.096164376, -0.12687105, -0.16168225, -0.24025269, 0.03186571, -0.10847563, 0.039552685, -0.35295856) * inp_1_0_2; + result4 += M4(0.21015891, 0.15100212, 0.16399124, -0.008079374, -0.016138272, -0.14525296, 0.14673626, -0.13265406, -0.5422777, 0.11019852, -0.004156365, -0.4378592, -0.09075403, 0.051770605, -0.01216994, 0.030551502) * inp_1_1_2; + result4 += M4(-0.02542582, 0.09128689, 0.034989987, -0.031978976, 0.024582174, 0.12885588, -0.010468548, -0.012032657, -0.11233656, -0.1878876, 0.05700864, -0.119735524, -0.052216183, -0.04510211, -0.006198828, -0.018065663) * inp_1_2_2; + result5 += M4(-0.105741695, 0.030120268, 0.010589346, -0.046851862, 0.026937151, -0.0458042, 0.047890246, 0.009865603, 0.06446395, 0.093772225, -0.027894363, -0.013303434, -0.03599333, -0.056318723, -0.02722959, 0.051560834) * inp_1_0_0; + result5 += M4(-0.11275904, -0.07030927, 0.03613805, 0.15197079, -0.016481595, -0.06677235, -0.015963154, 0.04019457, -0.0041889963, 0.07911886, -0.10162684, -0.11922954, -0.016879966, 0.46875194, 0.13243358, -0.3028) * inp_1_1_0; + result5 += M4(-0.021431329, 0.02845094, 0.01917349, 0.26935023, 0.060816262, 0.09210378, 0.115646675, 0.09598305, 0.028917888, 0.046315048, 0.015928345, -0.014620898, -0.11740344, 0.014200038, -0.074817106, -0.22283669) * inp_1_2_0; + result5 += M4(0.1585673, 0.06564245, 0.1417825, 0.5254424, -0.036929425, -0.06180608, -0.0807507, -0.14706615, -0.03911734, 0.103862874, -0.057435155, -0.1461882, 0.048298948, 0.1106879, 0.009483295, -0.14538456) * inp_1_0_1; + result5 += M4(-0.02021285, 0.09545987, -0.041405242, 0.101548724, 0.107480176, 0.03692547, 0.1562033, 0.07395896, -0.094443955, 0.031959772, -0.1996548, -0.024069501, 0.055082295, 0.097889505, 0.15689933, -0.56664586) * inp_1_1_1; + result5 += M4(-0.019528514, 0.107269466, -0.07345283, -0.20095979, -0.11035748, 0.19620666, 0.11484614, -0.021132847, -0.0682673, -0.2231472, 0.02069023, 0.16370034, -0.04632951, 0.009400556, -0.10660355, -0.038149126) * inp_1_2_1; + result5 += M4(-0.2066398, 0.043647215, -0.117421776, 0.4549806, -0.018461045, 0.031187935, -0.016856091, -0.040724073, 0.07212592, -0.10981493, 0.07991286, -0.08563667, 0.0069989623, -0.05383134, 0.024289882, -0.08455121) * inp_1_0_2; + result5 += M4(-0.18827014, 0.46627483, 0.13979256, 0.49860772, 0.03180757, -0.05099197, -0.089179605, -0.051073954, 0.080238454, -0.49372384, -0.40864962, -0.054953966, -0.041159134, -0.060741015, 0.042637322, 0.010033197) * inp_1_1_2; + result5 += M4(0.06931211, 0.0026396862, 0.04362702, -0.01646692, 0.03317615, 0.038116433, -0.0047815028, 0.3006265, -0.06136993, 0.008267831, -0.22555752, 0.08187919, -0.042554468, 0.022714254, -0.036368567, -0.044143267) * inp_1_2_2; + result6 += M4(0.09332225, 0.2107942, 0.046468645, -0.0058521875, 0.027462866, 0.10704902, 0.028843805, -0.020340594, -0.054080028, -0.32308847, -0.020423707, 0.05962786, 0.07113592, -0.66309863, 0.10095243, 0.016556656) * inp_1_0_0; + result6 += M4(0.05626527, -0.047850717, 0.06214642, -0.040974036, 0.13208567, 0.24890055, 0.0488758, 0.012708694, -0.120700605, 0.06647558, -0.0031055915, 0.046462968, 0.053927135, -0.4851143, -1.8134881, 0.068895124) * inp_1_1_0; + result6 += M4(0.021884387, -0.029397087, -0.02141641, -0.014501913, 0.015087727, -0.15378447, -0.11168834, 0.026766786, -0.04538178, 0.18765987, -0.067522295, 0.023636453, 0.03069237, -0.025058249, 0.10501401, -0.028931929) * inp_1_2_0; + result6 += M4(0.0017545207, 0.009366909, -0.565109, 0.26265666, 0.030296054, -0.016820515, 0.067068055, 0.07988171, -0.052892324, -0.20996697, -0.0074573974, -0.09472669, -0.30473316, -1.5234005, -0.3962788, 0.04463244) * inp_1_0_1; + result6 += M4(-0.027665226, -0.01698808, -0.09775606, -0.13257034, 0.16224389, 0.10846303, -0.16721332, -0.22938298, -0.08694459, -0.083731174, -0.013726704, 0.12140914, -0.06224736, 0.16626489, -0.27240467, -0.093341865) * inp_1_1_1; + result6 += M4(0.05643772, 0.15685016, 0.03795502, 0.010408171, -0.12951964, 0.29687145, 0.4011162, 0.05241936, -0.089510605, -0.109212585, 0.14673002, -0.01251537, -0.004850159, -0.03634716, 0.07179159, -0.013744846) * inp_1_2_1; + result6 += M4(-0.13582695, 0.37709188, 0.016129958, 0.09733396, 0.017633319, -0.19455892, -0.033723895, -0.028679593, -0.07662824, -0.46093917, -0.01839582, -0.07459589, 0.04401736, -0.15561318, 0.013520649, 0.029707436) * inp_1_0_2; + result6 += M4(-0.13236041, 0.20047903, -1.4458611, 0.0042178226, -0.14593826, -0.1340935, 0.062991686, 0.041445494, 0.15104139, -0.124417625, 1.6492378, -0.14513507, 0.0465085, 0.0039506154, 0.035408624, -0.032591578) * inp_1_1_2; + result6 += M4(-0.05919881, 0.16983312, 0.08900627, -0.01912651, 0.28432667, 0.07467849, -0.11141047, -0.013259035, -0.07218165, -0.16358578, 0.10745998, 0.044914685, -0.0027635738, -0.059950642, -0.011715925, 0.0082511045) * inp_1_2_2; + result7 += M4(0.00079846574, 0.11804416, 0.39774996, -0.0188999, -0.020984879, 0.1424132, -0.045651954, 0.04802473, -0.07093976, -0.15494217, -0.14104928, -0.0023575677, 0.013031488, 0.1184644, 0.20706058, -0.028626304) * inp_1_0_0; + result7 += M4(0.07073396, 0.047589906, 0.21066403, 0.070525676, 0.0014766767, -0.008504743, 0.16058329, 0.047966074, 0.057557244, -0.031994525, -0.33618268, 0.026231483, -0.14226823, -0.17986543, 0.3749392, 0.025390334) * inp_1_1_0; + result7 += M4(-0.01336333, -0.039813794, 0.028163971, -0.04683214, -0.1481976, -0.15717982, -0.09003236, 0.035600007, 0.0035262385, -0.10815804, -0.15353194, 0.09247015, 0.061191954, -0.04596074, 0.19901207, -0.010301933) * inp_1_2_0; + result7 += M4(-0.071889736, -0.07307619, -0.28616777, -0.08834103, 0.05495883, -0.07238764, 0.009196725, -0.015408031, -0.02424489, 0.05812557, 0.0020887218, -0.04214564, -0.105822794, -0.0055916696, 0.28408337, 0.0051373746) * inp_1_0_1; + result7 += M4(0.12658006, -0.14945039, -0.51529, 0.09083091, -0.07647365, 0.23932236, -0.096072294, -0.022568945, 0.023276795, -0.061652094, -0.19689299, -0.08721155, -0.03799168, -0.26181933, 0.5297491, 0.136994) * inp_1_1_1; + result7 += M4(-0.0073459907, -0.110861465, -0.1085393, -0.035288736, 0.098410346, -0.012924912, -0.078053445, 0.066206686, -0.04341607, -0.13493924, -0.08633322, 0.033935037, 0.0491683, -0.073946364, 0.15834758, -0.02127443) * inp_1_2_1; + result7 += M4(0.07542379, -0.12709174, 0.27380553, 0.08961021, -0.026780073, -0.01095716, 0.15072188, 0.008027963, -6.0380182e-05, 0.1422573, 0.030468704, -0.006553803, -0.021494344, -0.018053466, -0.068701476, 0.01639046) * inp_1_0_2; + result7 += M4(-0.05820514, 0.10647802, 0.27567282, 0.13490169, 0.00027440005, -0.02319636, -0.12695146, 0.052700393, 0.2946579, 0.017761704, -0.18812853, -0.12112882, 0.009524831, 0.09213997, 0.22466551, 0.030493941) * inp_1_1_2; + result7 += M4(-0.048544433, 0.006095917, 0.0888653, 0.01692638, 0.004513951, 0.025711872, 0.100203514, 0.013254646, 0.06259611, 0.091392644, -0.14288813, -0.13578561, 0.0032735362, 0.034511343, -0.02331332, 0.008500248) * inp_1_2_2; + const V4 inp_2_0_0 = inp[2][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_2_1_0 = inp[2][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_2_2_0 = inp[2][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_2_0_1 = inp[2][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_2_1_1 = inp[2][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_2_2_1 = inp[2][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_2_0_2 = inp[2][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_2_1_2 = inp[2][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_2_2_2 = inp[2][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.14798167, 0.32969707, 0.35978433, -0.025166519, -0.07360234, 0.012388937, -0.09057915, 0.16475534, 0.21649787, 0.123509444, 0.3188876, -0.17394201, 0.032422878, 0.058578346, -0.041246872, 0.103866) * inp_2_0_0; + result0 += M4(0.065757975, -0.17898147, 0.3018122, 0.24880421, -0.08287398, 0.12209362, 0.09045875, 0.19394627, 0.021012923, 0.3386004, 0.21701767, 0.10220124, -0.0063404455, 0.07541256, -0.13295992, -0.26279962) * inp_2_1_0; + result0 += M4(0.07471258, 0.01625216, 0.101945125, 0.23299837, -0.0053609177, 0.16368029, 0.16530351, 0.3085733, -0.010843449, -0.057353172, 0.05077031, 0.08996226, 0.12557954, 0.13247977, -0.2434184, -0.062008843) * inp_2_2_0; + result0 += M4(0.07892017, -0.19662769, 0.20632322, 0.11177333, 0.065786585, -0.0077009504, -0.03237114, 0.054863397, 0.05309001, 0.0723526, -0.055593383, 0.29698423, -0.006024631, 0.044887517, 0.12367398, 0.074423164) * inp_2_0_1; + result0 += M4(0.024105964, -0.19590275, -0.38412267, 1.4240489, -0.00096269476, 0.19807102, 0.10541693, -0.11132736, 0.21926005, 0.5186404, -0.33780947, -0.2656679, 0.06544344, -0.10347784, 0.21115482, -0.63277185) * inp_2_1_1; + result0 += M4(-0.007660955, 0.14912277, -0.0012517645, 0.09301334, -0.03030125, 0.22706062, 0.062119618, -0.05686286, 0.096497245, 0.011387127, -0.08199684, -0.0014882354, 0.13522181, -0.014533298, 0.19079797, 0.01602368) * inp_2_2_1; + result0 += M4(0.02832157, -0.072065726, 0.08799233, 0.055657417, 0.03586983, 0.08324128, -0.09169483, 0.15052103, 0.065381736, -0.046825428, -0.030092219, 0.048315108, 0.020341216, 0.043230332, -0.077777006, 0.20855433) * inp_2_0_2; + result0 += M4(-0.100543156, -0.23298465, -0.15601614, 0.3822486, 0.00255601, -0.014198933, 0.1152892, 0.009894752, -0.0731281, 0.19547898, 0.09876246, -0.1384148, -0.06909734, -0.2016004, 0.05133047, 0.121334925) * inp_2_1_2; + result0 += M4(0.0008580311, 0.020834906, 0.104385406, 0.20686999, 0.039967004, 0.02231306, 0.0143063925, 0.05704368, -0.02781981, 0.08419426, -0.02055487, 0.015645076, 0.03185749, 0.13832857, 0.3300484, 0.23756409) * inp_2_2_2; + result1 += M4(-0.014646334, 0.193703, 0.21865068, 0.1512659, -0.03620869, 0.31267473, 0.031476807, 0.099512264, -0.06288779, -0.80396616, -0.0031370872, 0.13106087, 0.025451878, -0.23182608, 0.029182073, 0.37473318) * inp_2_0_0; + result1 += M4(-0.019765534, -0.015463853, -0.15314803, 0.629602, 0.3701295, 0.13982703, -0.023968458, 0.2805536, 0.24783622, -0.08060455, -0.07505057, 0.29910687, 0.0047641774, 0.14478186, -0.013111975, -0.103981376) * inp_2_1_0; + result1 += M4(-0.14914878, -0.16744123, 0.13028428, -0.19000438, 0.029777955, 0.07690664, 0.07095186, -0.11045454, -0.019116696, -0.016993696, 0.034676082, -0.10987831, 0.044353545, -0.086995676, 0.10650643, -0.07612089) * inp_2_2_0; + result1 += M4(-0.06546048, -0.18269108, 0.11226446, 0.1259433, -0.09634822, 0.14238119, 0.5685708, -0.08376794, 0.375088, -0.3783969, -0.8373722, -0.34600207, 0.18039258, 0.16030999, 0.069623016, -0.19501628) * inp_2_0_1; + result1 += M4(0.121734336, 0.44253471, -0.20267347, -0.20281743, 0.078100055, 0.006850094, -0.56120986, 0.09676285, 0.05967764, 0.15608798, -0.30019233, -0.3082072, 0.015091912, 0.39740068, -0.08576616, -0.1746624) * inp_2_1_1; + result1 += M4(-0.21738003, 0.0644141, -0.076813586, 0.27681845, 0.0208218, -0.00016772863, -0.24254076, -0.10827645, -0.025245795, -0.06569688, 0.019631762, -0.2352679, -0.17238232, 0.18914285, 0.089545295, 0.38894153) * inp_2_2_1; + result1 += M4(0.22535558, -0.07903611, -0.3908496, 0.10928906, -0.13099486, 0.08887396, 0.32293352, 0.063354105, -0.023962392, 0.09522632, -0.054138266, 0.10658677, -0.049707532, -0.29504964, 0.15979308, -0.14996131) * inp_2_0_2; + result1 += M4(-0.05500486, 0.13170563, 0.23967214, -0.1585575, 0.030043853, -0.053449742, -0.30708346, 0.16330789, 0.08346525, -0.13098939, -0.05193513, 0.12270213, -0.10243151, -0.0179288, 0.010035965, 0.16323087) * inp_2_1_2; + result1 += M4(0.061432607, -0.059181537, 0.036301028, 0.19237389, -0.098314375, 0.031184586, -0.12905139, 0.1262295, 0.0066269664, -0.0325591, 0.04694461, 0.088054225, 0.094405696, 0.044605356, 0.14346221, -0.3402185) * inp_2_2_2; + result2 += M4(-0.090132065, 0.0013867198, -0.17575788, -0.030437393, -0.0056479, -0.04885836, 0.05486155, -0.07175495, 0.11895235, -0.08370183, -0.18873478, 0.046603035, -0.024090894, -0.049802396, 0.17142203, 0.074900344) * inp_2_0_0; + result2 += M4(0.07589163, 0.15743928, -0.26108593, 0.0490332, -0.11990651, -0.029694492, 0.0783449, -0.053165443, 0.1756661, -0.12829363, -0.059792813, 0.24232492, 0.16930164, 0.055432186, 0.1529013, 0.06908528) * inp_2_1_0; + result2 += M4(-0.002898305, 0.13875051, -0.023811057, 0.09005341, -0.20992334, -0.05217095, 0.15754569, -0.09545166, 0.06764274, 0.017226892, -0.005018973, -0.034012653, -0.039837632, -0.049978387, 0.20307639, -0.14002554) * inp_2_2_0; + result2 += M4(0.16155547, 0.20902802, -0.16797282, -0.0011661586, -0.0026229748, 0.043825503, 0.131158, -0.02872627, 0.023362624, -0.04318203, 0.002647419, 0.12905684, 0.06976089, 0.13359642, -0.18916087, -0.060273334) * inp_2_0_1; + result2 += M4(0.14770259, -0.6030893, 0.28123626, -0.35997632, 0.16351381, -0.49432242, 0.91551846, 0.26499605, 0.18039218, -0.22716516, -0.1092489, 0.6843979, 0.28705052, -0.27803588, 0.14257433, 0.080402285) * inp_2_1_1; + result2 += M4(0.15671887, 0.16275057, -0.04220065, 0.08955454, -0.16156888, -0.105369695, 0.1412348, 0.020355534, -0.08625957, 0.12686269, 0.004688464, 0.19197595, 0.0934681, 0.21850333, 0.17202729, 0.1246091) * inp_2_2_1; + result2 += M4(-0.06469733, 0.063847564, -0.0737831, -0.11086153, -0.05387153, 0.08163555, 0.017200531, -0.04286831, -0.023168579, 0.16447546, -0.07716168, -0.056515682, 0.017320625, 0.026413534, -0.0027386176, 0.12700069) * inp_2_0_2; + result2 += M4(0.069572195, 0.10989559, -0.08345742, -0.14026967, 0.011300764, 0.018233528, 0.033457924, 0.0661669, 0.36802906, 0.05073546, -0.090222426, 0.095999464, -0.05007687, 0.07416598, -0.034617137, 0.15506592) * inp_2_1_2; + result2 += M4(0.0075443992, 0.09218535, 0.021907257, 0.24363445, 0.051151756, -0.045401227, 0.06260131, -0.064708665, 0.059091195, -0.0018249397, -0.016233532, 0.040986232, 0.047326323, 0.28709084, 0.09570187, 0.24448664) * inp_2_2_2; + result3 += M4(0.2685766, 0.18301097, -0.17105378, -0.06528451, -0.0007337671, 0.05386833, -0.018203814, -0.02068733, -0.4102558, 0.15415688, 0.09972097, 0.08369299, -0.029018193, -0.037276182, 0.008924699, 0.12222542) * inp_2_0_0; + result3 += M4(0.4391307, -0.029349325, -0.03210177, 0.0754953, 0.20973799, 0.1062292, -0.17323662, -0.054460317, -0.16163473, 0.22031242, 0.098089926, 0.013387313, -0.18300214, 0.15658887, 0.037854254, 0.011919025) * inp_2_1_0; + result3 += M4(0.0070181475, 0.07032167, 0.19497313, 0.06842968, -0.1265164, 0.05689864, -0.06154129, -0.12920445, -0.012065589, 0.037939847, 0.30810964, 0.011577699, 0.17309047, -0.01862103, 0.10220324, 0.29973254) * inp_2_2_0; + result3 += M4(0.31923738, 0.12975454, -0.28034595, 0.19512357, -0.12528826, 0.028097697, 0.05986118, 0.0032601315, -0.20051119, -0.027024012, 0.17180178, 0.23867859, 0.06355175, -0.051550746, 0.08755422, 0.11043871) * inp_2_0_1; + result3 += M4(0.027882274, -0.021074127, -0.25341523, -0.28833082, -0.24950516, 0.21721418, 0.027259434, 0.16804479, -0.22666211, 0.32887012, 0.35872096, -0.10538488, -0.34914768, 0.025243253, 0.3066556, 0.28278568) * inp_2_1_1; + result3 += M4(0.0059141954, -0.02006126, 0.08285728, -0.026303358, 0.066330574, -0.12707698, 0.12860902, -0.1026879, 0.07057301, -0.040765714, 0.20299037, 0.025773192, 0.51236236, 0.0844771, 0.2166118, 0.0769804) * inp_2_2_1; + result3 += M4(-0.09691124, -0.17734091, -0.16368139, 0.21991438, 0.093676895, 0.12049627, -0.037783634, 0.045934517, 0.1098542, -0.039753765, 0.07490589, 0.058368325, -0.0301953, 0.09809937, 0.051264275, 0.14757736) * inp_2_0_2; + result3 += M4(-0.076082446, 0.09214525, -0.17534271, 0.38814884, 0.029871792, 0.10519365, -0.15527949, 0.53442013, -0.08794864, 0.21905257, -0.0120418845, 0.25324836, 0.089029, 0.06474662, 0.31822667, 0.43938985) * inp_2_1_2; + result3 += M4(0.1802647, 0.020040901, -0.01262005, -0.06721949, 0.09334214, -0.0060265893, 0.00029382613, -0.02283571, 0.011216388, 0.10540019, 0.20456208, -0.0341242, -0.18825503, 0.042143803, 0.2433884, 0.29167935) * inp_2_2_2; + result4 += M4(0.03917384, 0.19171996, 0.35897788, -0.035745744, -0.0056778784, 0.11087332, 0.040208973, -0.05626218, -0.08261591, -0.045704328, 0.121067226, -0.05183238, -0.021853054, 0.15057355, 0.11258637, 0.16716263) * inp_2_0_0; + result4 += M4(0.0787703, 0.014477287, 0.016759448, 0.02922606, -0.07746891, -0.10071476, -0.16266973, -0.027350623, -0.119010374, -0.06335973, 0.020502957, 0.015856797, -0.23794225, 0.06888505, 0.15281926, 0.136032) * inp_2_1_0; + result4 += M4(-0.024153247, -0.020140907, 0.10472193, 0.063509874, 0.121605545, 0.14821392, -0.16273807, 0.100088455, -0.0019362759, 0.057722345, -0.02037534, 0.07538998, -0.19317825, 0.15163663, 0.43742216, 0.29304233) * inp_2_2_0; + result4 += M4(0.056429822, 0.20682736, -0.06913481, 0.3664237, -0.06036475, 0.12012815, -0.0050623915, -0.17446505, -0.024140958, -0.04331742, 0.10718152, 0.06466814, -0.1253321, -0.12547116, 0.07918919, -0.010291679) * inp_2_0_1; + result4 += M4(-0.34819266, -0.64322764, -0.18650332, -0.32853603, -0.45525074, -0.14293408, -0.018485148, -0.4928596, -0.1226723, -0.06398023, 0.1588924, 0.22833918, -0.39246163, 0.06805584, 0.028107537, -0.10490754) * inp_2_1_1; + result4 += M4(-0.054888908, 0.04982286, -0.0060292208, -0.024865909, 0.014331968, -0.23263083, 0.059174422, -0.17842662, -0.011708225, 0.017989712, 0.17128073, -0.016141003, -0.31791595, -0.18085133, 0.25932223, 0.18938261) * inp_2_2_1; + result4 += M4(0.035071395, 0.12994127, 0.12453648, -0.09343104, -0.030116221, 0.13095681, 0.021388326, 0.13062276, 0.032947365, -0.055599324, -0.056569736, 0.12875494, -0.20802794, -0.07583426, 0.05496649, 0.03960439) * inp_2_0_2; + result4 += M4(0.14446259, 0.054287024, 0.045010276, 0.21771728, -0.0025658596, 0.28008524, 0.088319875, 0.49949625, -0.11571129, 0.007224913, 0.081445895, 0.28446135, -0.14856477, 0.16881977, 0.1619648, 0.41252476) * inp_2_1_2; + result4 += M4(-0.12660632, 0.16946502, 0.045095824, -0.12160026, 0.098165855, -0.16977406, 0.07873497, -0.031269796, -0.04300626, 0.09427546, -0.050327994, 0.07100062, -0.3121061, 0.20957707, 0.028779844, 0.020830618) * inp_2_2_2; + result5 += M4(0.05594034, -0.27323946, -0.10411966, 0.19273478, -0.06887628, -0.05155524, 0.08415508, 0.22326843, -0.04541371, -0.1974212, -0.07474692, 0.016079674, -0.23771256, 0.11231506, -0.13174021, -0.041805673) * inp_2_0_0; + result5 += M4(-0.17470378, -0.13262028, -0.3045934, -0.23256221, -0.030805834, 0.182573, 0.069530904, 0.008251476, 0.142016, -0.008546693, -0.12632295, -0.32238746, -0.35908225, -0.061007906, -0.33944154, -0.2645622) * inp_2_1_0; + result5 += M4(-0.024161972, 0.06570817, 0.0028879254, 0.06239786, -0.06497316, 0.21702552, -0.010258944, 0.19166872, -0.0033892482, 0.03582859, -0.054844134, 0.1518353, -0.25082752, 0.2837798, -0.18608347, 0.41113275) * inp_2_2_0; + result5 += M4(0.06747966, -0.0057703955, 0.063500226, 0.105181664, -0.057158154, -0.1290059, -0.042310875, -0.12260737, 0.013109046, -0.19605474, -0.07424287, -0.08444099, -0.068970144, -0.11076139, -0.18823707, 0.039594453) * inp_2_0_1; + result5 += M4(-0.07699123, -0.13033818, -0.16277117, -0.36149937, -0.2283251, -0.14638117, -0.17533408, -0.28321895, 0.24702573, -0.14470875, -0.092630565, 0.10027762, -0.12768812, 0.0357125, -0.06146514, 0.12526575) * inp_2_1_1; + result5 += M4(0.07096949, 0.13597254, -0.15845811, 0.2046907, -0.113468185, -0.022919554, 0.015036124, 0.09972615, 0.04426655, 0.009127988, -0.07133441, 0.26635978, -0.21387924, 0.22665285, -0.31868616, 0.10117811) * inp_2_2_1; + result5 += M4(-0.04168437, -0.108219735, -0.008220711, 0.040169477, -0.009767064, -0.022632834, -0.03489749, -0.020245953, 0.012904271, 0.0058327247, -0.049515173, -0.16984537, 0.12049866, -0.11099652, -0.08166101, 0.06628959) * inp_2_0_2; + result5 += M4(-0.032379933, -0.0536348, 0.04880159, 0.014004403, 0.05574491, 0.17830066, -0.00487589, 0.07933988, 0.15870495, -0.0075573875, -0.14323002, -0.15597491, -0.10453179, -0.08835103, -0.14172937, -0.08488344) * inp_2_1_2; + result5 += M4(-0.093279175, 0.111123145, -0.009972042, -0.010945283, 0.044537004, 0.06435724, -0.09753193, -0.09625517, -0.0448321, 0.06894434, -0.05543332, 0.0088264765, -0.24253574, 0.18463078, -0.15143481, -0.015086551) * inp_2_2_2; + result6 += M4(-0.14101617, 0.45603985, 0.11462078, 0.15035559, -0.043287028, -0.52733994, -0.050076496, -0.05160513, 0.038330566, -0.06499483, -0.063733235, -0.1876216, -0.039066933, 0.050710674, 0.15228713, -0.02570981) * inp_2_0_0; + result6 += M4(-0.21618348, -0.16782708, 0.18072358, 0.015840255, 0.062031657, 0.017695678, 0.081718795, 0.06210786, 0.08719056, 0.22781125, -0.0009219294, 0.08272198, -0.061176464, 0.40369153, 0.36968786, 0.066784635) * inp_2_1_0; + result6 += M4(0.001435731, 0.015904447, -0.13786788, -0.0052644447, -0.01821759, -0.07131523, -0.060587518, -0.08045374, -0.06320833, 0.17945474, -0.062166512, -0.0019211707, -0.1726007, 0.6196538, 0.010415715, -0.030465433) * inp_2_2_0; + result6 += M4(-0.032673076, 0.21294901, -0.002008417, 0.124084175, -0.18396752, -0.083575934, 0.03617782, -0.14779688, 0.06381524, 0.36120465, -0.007982644, -0.25186777, -0.088355936, 0.10022911, 0.0012239299, -0.029040184) * inp_2_0_1; + result6 += M4(-0.024227023, -0.11458965, 1.1322322, -0.15262376, 0.21433035, 0.591815, 0.43304297, 0.030893482, 0.076957524, 0.652114, 0.14043349, 0.02515424, 0.20544682, 0.12705134, 0.7626254, 0.14499094) * inp_2_1_1; + result6 += M4(0.043009542, 0.0006286714, -0.0069515225, -0.021069944, -0.0143068135, -0.1210831, 0.113472976, 0.02957111, -0.046939064, -0.04457818, -0.09583104, 0.039483666, 0.07673319, 0.43753898, 0.077740304, 0.035796806) * inp_2_2_1; + result6 += M4(0.21361329, 0.044898354, 0.11632864, 0.037453037, -0.011976736, -0.14009582, 0.011824996, 0.037873846, 0.017858554, 0.3504187, -0.040843245, -0.06727661, -0.07826574, 0.43344057, -0.02636409, 0.04546663) * inp_2_0_2; + result6 += M4(-0.16143668, 0.14270769, 0.20747927, 0.055327367, 0.13745679, -0.17875391, -0.061554633, -0.062469535, 0.26956376, 0.03319949, -0.062331617, 0.013035938, 0.07776556, 0.022040557, 0.15146402, 0.16426323) * inp_2_1_2; + result6 += M4(-0.15287, -0.01402495, -0.07529775, -0.026113965, -0.0013235839, 0.0374326, 0.019171692, 0.042563066, 0.081450544, 0.1506115, -0.0259815, -0.023641048, -0.13419153, 0.2728413, -0.13001315, -0.07124397) * inp_2_2_2; + result7 += M4(-0.20676173, 0.017402256, 0.6366335, -0.032154344, -0.024140522, 0.05937407, 0.1413502, 0.022396233, -0.13420899, 0.10011038, 0.058690336, -0.027011182, -0.008634274, -0.043286756, 0.17064366, 0.011459937) * inp_2_0_0; + result7 += M4(0.036658127, 0.124612376, 0.36770982, 0.04180192, -0.05743151, -0.030430704, 0.070063576, -0.022618817, -0.13503619, 0.060629062, 0.045400027, -0.07597667, 0.007879579, -0.30695942, 0.045526125, -0.032661542) * inp_2_1_0; + result7 += M4(0.13303798, -0.15701066, -0.003759278, 0.026077427, 0.31546238, 0.008026783, 0.29732296, -0.09413903, -0.031766776, -0.02239174, -0.023291357, 0.017597865, 0.27031928, 0.022237126, 0.31170833, 0.07464661) * inp_2_2_0; + result7 += M4(-0.18840568, -0.26675048, -0.27112442, -0.07382757, 0.013058193, 0.0047183875, 0.13746461, 0.027802348, -0.086207464, 0.12491161, -0.1684139, -0.060159087, -0.02137234, -0.047705747, -0.05748505, 0.019910768) * inp_2_0_1; + result7 += M4(0.22780561, -0.4007392, 0.43293673, 0.15633248, -0.09347943, -0.2660596, -0.13969366, 0.09837358, -0.20455904, 0.19487731, -0.23239242, -0.03697396, 0.047783602, -0.08274263, -0.1626889, 0.15236942) * inp_2_1_1; + result7 += M4(-0.051888753, -0.00042802707, 0.08672579, -0.036712416, 0.06717615, 0.103258856, -0.22366904, 0.0125487875, -0.019851524, -0.055699356, -0.1136299, 0.030360853, 0.037519373, 0.019084461, 0.11896503, 0.031885304) * inp_2_2_1; + result7 += M4(-0.0379545, 0.2113392, -0.04047959, -0.01832525, -0.015454086, -0.019668167, 0.066109665, -0.012503281, -0.016549157, 0.028441655, 0.2580847, -0.0040072077, 0.024469642, 0.07551917, -0.08341632, 0.04620936) * inp_2_0_2; + result7 += M4(0.15153699, -0.2522845, 0.18018436, 0.09741081, -0.038173787, 0.030702803, -0.10061468, -0.021667069, 0.017508151, 0.0060765124, 0.30460465, -0.030662311, -0.05648762, 0.25791484, 0.1781746, 0.045209818) * inp_2_1_2; + result7 += M4(-0.06814371, 0.07210286, 0.030608222, 0.037311446, 0.00046949348, -0.057223305, -0.11727483, -0.1063119, 0.04792679, -0.09716068, 0.0592881, -0.031629097, -0.061547503, 0.22438234, -0.1489272, 0.22301634) * inp_2_2_2; + const V4 inp_3_0_0 = inp[3][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_3_1_0 = inp[3][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_3_2_0 = inp[3][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_3_0_1 = inp[3][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_3_1_1 = inp[3][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_3_2_1 = inp[3][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_3_0_2 = inp[3][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_3_1_2 = inp[3][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_3_2_2 = inp[3][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.058534563, -0.08267206, -0.21695007, 0.18747747, 0.01720489, -0.023020057, 0.15023144, -0.09669919, 0.02729793, 0.112311065, -0.25918895, 0.23445289, 0.16632354, -0.17474616, 0.07854869, -0.16751495) * inp_3_0_0; + result0 += M4(0.012020389, -0.15200801, 0.04013857, 0.26122445, 0.09409885, 0.08966963, 0.06217526, -0.010806612, -0.13151187, -0.058675487, -0.043021776, 0.15083072, 0.22495933, 0.22885889, 0.37611896, -0.30112284) * inp_3_1_0; + result0 += M4(-0.055003427, -0.001034001, 0.06553042, -0.014416176, 0.023581995, 0.124274336, -0.055304617, -0.017361103, -0.003999049, -0.09707139, -0.15993911, 0.12694289, 0.17240335, -0.025398273, 0.04965644, -0.060369372) * inp_3_2_0; + result0 += M4(-0.07267709, 0.16061275, -0.021404492, 0.10077634, -0.3484654, 0.13236116, -0.018846026, 0.07820672, 0.06836986, 0.01328081, 0.05409976, 0.15940472, 0.086702205, -0.16181922, -0.063018546, -0.15048644) * inp_3_0_1; + result0 += M4(-0.16778232, -0.16919425, 0.32210878, 0.30770034, -0.10026125, 0.50551236, 0.15202284, 0.25049973, 0.08387161, -0.09930171, -0.04543509, -0.007290529, 0.13551292, 0.21227215, 0.16385181, -0.01219463) * inp_3_1_1; + result0 += M4(-0.037734684, -0.015427, 0.034323335, 0.025884293, -0.0360236, 0.02818554, 0.13304651, 0.29946503, -0.054653373, 0.031857137, 0.33291104, 0.14177413, 0.07515797, -0.07744632, -0.048287045, 0.09698878) * inp_3_2_1; + result0 += M4(0.0342761, 0.112171024, 0.009366116, 0.008959323, 0.08427646, -0.08984434, 0.13423735, 0.24364305, 0.041010898, 0.11919051, 0.02213782, 0.26701698, -0.006046792, -0.01970774, 0.022577964, -0.016565017) * inp_3_0_2; + result0 += M4(-0.0030109207, 0.060629986, 0.05698365, 0.07006874, -0.012725099, -0.124994144, -0.14158584, 0.24625891, 0.006550355, -0.10211694, 0.028206406, 0.04633239, -0.021093545, 0.052575707, 0.079059996, -0.051767126) * inp_3_1_2; + result0 += M4(0.021437345, 0.024834415, -0.002384857, -0.009486033, 0.064322285, -0.0024126503, 0.1333588, -0.049991407, 0.016967114, 0.08633528, 0.20782527, -0.011901945, 0.04061016, 0.0820391, -0.03549982, -0.027612321) * inp_3_2_2; + result1 += M4(-0.029237268, -0.2418947, 0.077807836, 0.0018296613, -0.026609482, -0.09135472, 0.18337487, 0.11731806, 0.26917633, -0.00089886, -0.011611949, 0.08119477, 0.057736166, -0.037667263, -0.015940651, -0.22332524) * inp_3_0_0; + result1 += M4(-0.3137956, -0.027481757, 0.15234096, -0.47996718, -0.018590739, 0.07049502, -0.14070325, -0.28256378, -0.12689131, 0.21311055, 0.016073389, -0.09805352, -0.012172061, 0.00086137524, -0.40366814, 0.20937651) * inp_3_1_0; + result1 += M4(-0.00936943, -0.04331876, -0.04187395, -0.12605527, 0.1339605, 0.13177249, -0.052429, 0.17844312, -0.06493971, -0.046479378, -0.018690975, 0.013983085, -0.051454343, -0.06899801, -0.041142467, 0.03337519) * inp_3_2_0; + result1 += M4(0.032279886, -0.05677682, 0.112556025, -0.06994456, -0.03957209, 0.23136573, 0.32293984, 0.0015096692, 0.1875921, 0.14868146, 0.03746478, 0.09948961, -0.20458047, -0.024151998, -0.058608137, -0.247089) * inp_3_0_1; + result1 += M4(-0.077878065, -0.16984342, 0.01351916, 0.033311576, -0.017209582, 0.06575362, -0.30508158, -0.63436157, -0.03780812, 0.082569815, -0.3485529, 0.40524092, -0.0039053683, 0.016290994, -0.2491248, -0.015534804) * inp_3_1_1; + result1 += M4(0.014489613, 0.035196666, -0.0538664, 0.010219747, -0.055602953, -0.035206888, 0.11388407, 0.4155998, 0.071787044, 0.10476, -0.1130021, 0.43028483, 0.010997933, 0.033939384, 0.02075493, -0.036647473) * inp_3_2_1; + result1 += M4(0.027308658, -0.00040981415, -0.12508406, 0.033449247, 0.40246475, 0.26886454, 0.0063552144, -0.09522072, 0.31523877, 0.08121834, 0.18689191, 0.101244755, -0.21848562, -0.053225577, -0.007637685, -0.0023690152) * inp_3_0_2; + result1 += M4(-0.030737527, -0.051708885, 0.03739987, -0.10389346, -0.044733025, 0.18452685, -0.0024768233, -0.2882316, -0.06661157, -0.26502532, 0.036552217, 0.09694698, -0.018443136, -0.03144525, -0.01704141, -0.1724951) * inp_3_1_2; + result1 += M4(-0.004441743, -0.009387335, -0.0119206505, 0.064697534, -0.020856265, -0.060958643, 0.03542067, 0.54511946, -0.15183821, 0.017029079, -0.073157966, 0.18637957, 0.011311436, -0.021767158, -0.032159485, -0.03869201) * inp_3_2_2; + result2 += M4(-0.38375163, 0.10435395, -0.114343464, -0.059575524, 0.13168043, -0.017272063, 0.030857636, 0.0011205697, 0.08873851, -0.015325343, 0.10864721, -0.01915886, 0.0049161534, -0.012174386, 0.14130558, 0.014378584) * inp_3_0_0; + result2 += M4(-0.39819527, 0.24949522, 0.058650177, -0.14375944, -0.014436218, -0.087249786, 0.015214913, 0.10094625, 0.068316616, 0.18515319, 0.05541381, -0.077787705, 0.20808883, -0.096720874, 0.08026607, 0.24277318) * inp_3_1_0; + result2 += M4(-0.046407808, 0.002938751, 0.029356267, -0.08213436, 0.09551396, -0.030745754, 0.02229406, -0.01108846, 0.017611383, 0.023462726, 0.085913725, -0.031210227, -0.015188519, -0.088449866, -0.09824411, 0.11063738) * inp_3_2_0; + result2 += M4(-0.765912, 0.1923157, -0.11000628, -0.18087971, 0.29408768, -0.03546295, 0.37590536, 0.092811055, 0.033951934, 0.023527252, 0.09871188, 0.029839018, 0.048000067, 0.10560536, 0.1679474, 0.11155312) * inp_3_0_1; + result2 += M4(-0.65977836, 0.35553306, 0.09419664, -0.06708742, -0.013754005, -0.08726835, -0.17867324, 0.12793075, 0.269035, -0.17282525, 0.24977434, 0.11201502, 0.32118317, -0.2285605, 0.1508041, 0.26154104) * inp_3_1_1; + result2 += M4(-0.12370831, 0.050049916, 0.026183298, -0.063300624, -0.09115904, 0.10956271, 0.10879264, 0.10794349, 0.22316198, -0.045302544, -0.052448425, -0.16525525, -0.033937674, -0.031299837, 0.03792323, 0.119254544) * inp_3_2_1; + result2 += M4(-0.21032552, -0.04836635, 0.059867993, -0.022304572, 0.1426408, 0.02585757, 0.1508405, -0.21335323, -0.017627332, -0.0023905688, 0.11327619, 0.08282954, -0.0017292941, 0.01570474, -0.01105298, 0.043770354) * inp_3_0_2; + result2 += M4(-0.17816527, 0.011505419, 0.07443795, -0.025017885, 0.14794275, 0.19249506, 0.2712048, -0.23908898, 0.17727052, 0.07436263, 0.13082689, 0.061943088, 0.19826703, -0.0071340753, 0.11247669, 0.14090584) * inp_3_1_2; + result2 += M4(-0.026698045, 0.001220745, 0.048322555, 0.048156608, -0.60087246, -0.032335244, 0.2670392, -0.048305262, 0.11375207, -0.0033873676, 0.06327501, 0.11530058, 0.01065437, -0.06694463, 0.051224068, 0.120340146) * inp_3_2_2; + result3 += M4(0.07284516, -0.23217297, -0.002598979, 0.09973781, 0.13975388, -0.027732007, 0.02992973, -0.07000489, -0.018336449, -0.12717557, -0.009848464, 0.16519193, -0.27603018, -0.011629583, -0.016334843, -0.038882125) * inp_3_0_0; + result3 += M4(0.19739366, 0.029705213, 0.022679528, 0.1480558, 0.04137465, 0.05263497, -0.00777127, -0.016311573, 0.111884736, -0.01672714, 0.2099409, 0.22467138, -0.0060768165, -0.21767901, -0.06799207, 0.051756307) * inp_3_1_0; + result3 += M4(-0.024204006, -0.03449814, 0.026007997, -0.03219569, -0.11151443, -0.0038574652, 0.08009479, -0.11074792, 0.15369965, 0.016292907, 0.07730027, 0.08438262, 0.114305794, 0.09139034, 0.025949497, -0.062349193) * inp_3_2_0; + result3 += M4(0.30558234, -0.22188488, -0.12635924, -0.6348308, -0.23768991, 0.024640478, -0.022938564, -0.11173081, 0.21153735, -0.15561613, 0.16058336, 0.17775838, -0.36279455, 0.12208751, -0.1062096, 0.26480907) * inp_3_0_1; + result3 += M4(0.0622446, 0.014908604, 0.07157153, -0.5516658, 0.022517314, 0.2458744, -0.12926257, 0.17871156, 0.25097668, 0.20877951, 0.24111104, 0.114362665, 0.13183704, -0.090798, 0.22634578, 0.18340142) * inp_3_1_1; + result3 += M4(-0.00920285, -0.0685326, -0.189622, 0.053395983, 0.018070891, 0.17210516, 0.06269431, -0.06509988, 0.21491195, 0.006693742, -0.06663099, 0.05911801, 0.100524455, 0.122591406, 0.13012399, -0.23824808) * inp_3_2_1; + result3 += M4(0.048976675, -0.27702254, -0.027180698, -0.6654293, -0.20287286, -0.07013911, 0.03208923, -0.17066808, 0.22477177, -0.14781, 0.11822354, 0.066514835, -0.13554192, 0.09925652, -0.07581494, 0.18332276) * inp_3_0_2; + result3 += M4(-0.021756848, -0.09349331, 0.013657232, -0.5790786, -0.13597181, -0.09976687, 0.06201825, 0.4401853, 0.06481538, 0.13982825, 0.20622955, 0.25086674, -0.06165809, -0.041849703, 0.10213637, 0.12482804) * inp_3_1_2; + result3 += M4(0.018142967, 0.0038623998, 0.007037394, 0.00059219054, 0.3152469, 0.16650225, -0.068798795, 0.26503477, 0.10805224, -0.03642072, 0.03871398, 0.18378225, 0.11262567, -0.0010103745, 0.09697435, -0.09409963) * inp_3_2_2; + result4 += M4(0.17474085, -0.04980379, 0.15372992, 0.14411943, -0.011710013, 0.13538133, -0.11486645, -0.14619313, -0.07880484, -0.06900089, 0.42904586, 0.17555922, -0.18244074, -0.05201728, -0.20749576, -0.01042585) * inp_3_0_0; + result4 += M4(0.025384119, -0.25608438, 0.23688622, 0.15146211, -0.010784338, -0.27337, 0.0827411, -0.071610026, -0.092635326, 0.12953115, 0.26450783, 0.2987299, -0.14343199, -0.23712218, -0.14002666, 0.057215285) * inp_3_1_0; + result4 += M4(0.015038858, -0.03813447, 0.056175046, 0.04263707, 0.0118990615, 0.31871966, -0.19225664, -0.11234522, -0.04105065, 0.13085602, 0.2557004, 0.14220361, 0.011485285, 0.05361946, 0.10180392, 0.03490709) * inp_3_2_0; + result4 += M4(0.06076774, -0.37149101, 0.025851754, -0.12047196, -0.035953376, 0.47370252, 0.16423027, -0.0673372, -0.12655781, -0.06616689, 0.37357056, 0.18191256, -0.07700886, 0.21954961, -0.089262374, 0.30424225) * inp_3_0_1; + result4 += M4(0.14625123, -0.15502419, 0.054219056, -0.17736357, 0.13664928, -0.13019273, -0.27580035, 0.0521699, -0.2446673, 0.34599185, 0.027042225, 0.06351339, -0.07497566, -0.49129882, -0.07385034, -0.087985136) * inp_3_1_1; + result4 += M4(0.0019628303, 0.00013280261, 0.06443812, 0.010985561, -0.12019817, 0.33791456, 0.2585265, 0.07602394, -0.045397405, 0.027223555, 0.028554142, -0.040651303, -0.018324032, -0.15908504, 0.010486933, -0.07503881) * inp_3_2_1; + result4 += M4(0.038083274, -0.18235637, -0.066698745, -0.5058892, -0.067678556, 0.35296583, 0.16949536, -0.16359212, -0.21453044, -0.032573298, 0.10404396, -0.049900003, -0.06855341, 0.120962285, -0.06626313, 0.15220198) * inp_3_0_2; + result4 += M4(0.0109871775, -0.10816531, -0.063197896, -0.33376604, -0.04669717, -0.09676746, -0.04275124, -0.056628846, -0.19187354, 0.25965554, 0.14733441, 0.11788299, -0.11146972, -0.06829089, 0.01073942, 0.11837586) * inp_3_1_2; + result4 += M4(-0.019016001, -0.020372467, -0.02291969, 0.022698285, -0.11680618, 0.15217352, 0.3282598, -0.0439835, -0.12201311, 0.069069184, 0.149647, 0.039209466, -0.037240166, -0.10747331, -0.02172351, -0.08826641) * inp_3_2_2; + result5 += M4(0.019840166, -0.06181727, 0.14222327, 0.17917559, -0.035763416, -0.12893444, -0.084954835, -0.043033402, -0.068251446, -0.002812812, -0.107642114, 0.24211544, -0.12643388, -0.09841472, -0.15779707, -0.6051122) * inp_3_0_0; + result5 += M4(0.05454774, 0.07682123, 0.034559008, -0.24346364, 0.020827362, -0.06584504, -0.0056850114, -0.053709242, -0.03188751, 0.11759836, -0.1178612, 0.23259772, -0.0539883, -0.08213933, -0.07912998, -0.14198215) * inp_3_1_0; + result5 += M4(0.12078032, -0.10450228, 0.03827481, -0.06621465, 0.04285826, -0.124861315, -0.0046536014, 0.11013294, -0.03810551, 0.14046112, 0.0005526692, 0.14568546, 0.07775516, 0.10267673, 0.14614473, 0.28691715) * inp_3_2_0; + result5 += M4(-0.03217419, 0.25927565, 0.071673594, -0.08457725, 0.1546867, -0.010579179, -0.001387946, 0.09392151, -0.12921023, -0.028091574, -0.26816922, 0.084991366, 0.056670528, -0.1504099, -0.040755834, -0.4869911) * inp_3_0_1; + result5 += M4(0.0013995785, 0.23561674, 0.25974888, -0.14824633, 0.12471756, -0.14643112, -0.009456599, -0.14839844, -0.11986328, 0.063610844, -0.30340317, 0.044824358, 0.026667086, 0.072877906, 0.05555367, -0.41920543) * inp_3_1_1; + result5 += M4(0.097624615, 0.014444517, -0.0136684, -0.027330529, 0.14607185, 0.46903804, 0.15576625, 0.06154415, -0.016773771, 0.09159693, -0.17241305, -0.042314645, -0.079406634, 0.124126114, 0.06438929, -0.09387847) * inp_3_2_1; + result5 += M4(-0.11906939, 0.02034849, 0.030269135, -0.17779353, -0.010973351, 0.1639962, 0.23628642, 0.18063055, -0.15246627, -0.023771457, -0.28708884, -0.18488741, 0.120001964, 0.018080931, -0.06272283, -0.04118312) * inp_3_0_2; + result5 += M4(-0.12625262, 0.008316212, -0.04138115, -0.095510066, 0.26595443, -0.2009985, 0.25843897, -0.031679258, -0.26262575, 0.030705791, -0.22027838, -0.12344691, 0.07513727, 0.010777727, -0.06073883, -0.012409973) * inp_3_1_2; + result5 += M4(-0.0034503017, 0.008154137, 0.012336985, -0.061151337, -0.18714279, 0.017955994, 0.11175068, -0.10800975, -0.083521836, 0.060158, -0.08686018, 0.042005144, 0.022592612, 0.0012510516, -0.01516854, -0.097913854) * inp_3_2_2; + result6 += M4(-0.0017869193, -0.22986798, -0.022328213, 0.03801556, -0.050030906, -0.045862682, -0.015420725, -0.015010319, -0.032529578, 0.111728564, 0.0760141, 0.087046, 0.02885678, 0.20267792, 0.1885614, -0.09043646) * inp_3_0_0; + result6 += M4(-0.16050087, 0.022562942, -0.18160018, 0.06610709, -0.03135219, 0.085650764, 0.09794036, -0.059744872, -0.21719149, 0.17258601, 0.0049531157, 0.075172625, 0.11409518, 0.008569935, 0.17913039, 0.037813663) * inp_3_1_0; + result6 += M4(0.037501205, -0.0263542, 0.015046902, 0.029913085, -0.08123129, 0.106906526, 0.12852493, -0.012850448, -0.21055417, 0.15080416, -0.07958182, 0.0025546588, 0.097868614, -0.0024404689, -0.15359125, -0.0035282439) * inp_3_2_0; + result6 += M4(-0.14149998, 0.11445414, 0.0044851066, 0.049062133, -0.036440693, -0.068187654, 0.2357466, 0.008546502, -0.124260455, 0.17017806, 0.087895915, -0.0610435, 0.11334801, 0.19967702, 0.039386716, -0.03207605) * inp_3_0_1; + result6 += M4(-0.10868707, -0.1830082, -0.21345106, 0.077289596, -0.07365736, 0.4673585, 0.35748494, -0.08752111, -0.15984589, 0.47734797, -0.09837698, 0.06799788, 0.064178385, -0.4400765, 0.079284, 0.02338205) * inp_3_1_1; + result6 += M4(-0.02154515, -0.013499519, 0.028091516, 0.009506083, 0.03623487, 0.10572431, -0.122433506, 0.047206417, -0.07241629, 0.35506696, 0.02883558, -0.07923319, 0.083307266, -0.1302157, -0.07361634, -0.015637545) * inp_3_2_1; + result6 += M4(-0.084878385, 0.027462108, 0.04622544, -0.0075728325, 0.073470384, -0.2892803, -0.31980026, 0.27047557, -0.11455268, -0.00838944, 0.014691762, 0.037093077, 0.035062805, -0.06846471, 0.0557262, -0.008442687) * inp_3_0_2; + result6 += M4(-0.12246098, -0.103739195, -0.0058314125, 0.016955493, 0.318048, -0.00018005638, -0.306629, -0.07962692, -0.1484962, -0.12201055, -0.08032803, 0.014402754, 0.007292962, -0.31601855, 0.10337287, -0.010671918) * inp_3_1_2; + result6 += M4(0.027842296, -0.0038718951, 0.04369523, 0.02405883, -0.053789336, -0.0279039, -0.14543176, 0.09750471, -0.055104915, 0.16526844, -0.0060611386, 0.016362505, 0.024724854, -0.040237606, 0.0015387846, -0.01970051) * inp_3_2_2; + result7 += M4(0.07799608, -0.03756142, -0.15946124, 0.030217864, 0.08607164, 0.17471892, 0.08624368, 0.0045786146, 0.07044087, 0.028068539, -0.06528517, 0.025315324, 0.030368216, 0.01471786, -0.648812, -0.009863933) * inp_3_0_0; + result7 += M4(0.02292787, -0.017326167, -0.07848829, 0.03720695, -0.034441825, 0.02965932, -0.21812427, -0.07649149, -0.04161487, -0.2019438, -0.23876616, 0.04698337, -0.034467332, 0.18653259, -0.36914194, 0.04170335) * inp_3_1_0; + result7 += M4(0.011701725, -0.016690679, -0.13723364, 0.043153375, 0.11420859, 0.1237593, 0.11257727, -0.017927894, 0.070698805, 0.013200926, -0.085107155, 0.08930653, 0.011315696, 0.05854115, -0.18638979, 0.033048) * inp_3_2_0; + result7 += M4(-0.008442322, 0.029425137, -0.25667918, 0.033553775, 0.19272333, 0.04340016, 0.07303243, 0.06513279, 0.052829947, 0.13275717, 0.35959122, 0.07377083, 0.030978408, -0.31547382, -0.20079869, 0.02423032) * inp_3_0_1; + result7 += M4(-0.048716236, 0.15976153, -0.14868331, 0.09602924, -0.101685226, 0.33166257, -0.5513272, 0.037471116, 0.0736064, -0.18596496, 0.53179204, 0.012391486, -0.042396203, 0.014146373, -0.72128665, -0.0101347305) * inp_3_1_1; + result7 += M4(0.008836737, 0.048219725, 0.06047796, 0.07236714, -0.15650013, 0.3703931, 0.011843346, 0.00947209, -0.08357066, -0.020797452, 0.4892843, 0.111511394, -0.0020968642, 0.036360387, -0.15283315, -0.0016491066) * inp_3_2_1; + result7 += M4(0.00902981, -0.20167586, -0.15373093, 0.02432798, -0.11945541, 0.08256757, 0.14022216, -0.110512376, -0.0626592, 0.014022612, 0.27587077, 0.09828396, 0.06361625, -0.15622514, 0.009687524, -0.039123245) * inp_3_0_2; + result7 += M4(-0.017314475, -0.05310819, -0.108744346, -0.015228726, -0.18041962, -0.6175114, -0.07958901, 0.100302145, -0.099540524, -0.15658498, 0.40941125, 0.040705808, -0.005762831, -0.037789654, -0.36949483, 0.0025697378) * inp_3_1_2; + result7 += M4(0.0010597089, 0.040891714, 0.13572384, 0.012261106, -0.05278703, -0.18582681, -0.073954985, -0.016551588, -0.11223141, -0.08771503, 0.017168771, 0.06880364, 0.026438978, 0.08435423, 0.033355653, -0.00829886) * inp_3_2_2; + const V4 inp_4_0_0 = inp[4][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_4_1_0 = inp[4][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_4_2_0 = inp[4][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_4_0_1 = inp[4][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_4_1_1 = inp[4][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_4_2_1 = inp[4][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_4_0_2 = inp[4][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_4_1_2 = inp[4][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_4_2_2 = inp[4][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.04305409, 0.11176719, 0.08597714, 0.00049601786, -0.062116448, -0.017947877, -0.21897869, -0.022407915, -0.003971403, -0.17125294, 0.072130404, 0.07831358, 0.60045433, 0.4922693, 0.017562635, 1.2532773) * inp_4_0_0; + result0 += M4(-0.06263793, -0.10810063, 0.048341513, 0.033160172, -0.19500294, -0.04675883, -0.4002144, -0.14051639, 0.06720143, 0.22420949, 0.56135184, -0.08857201, -0.26179764, 0.28116164, -0.20511062, 0.009111406) * inp_4_1_0; + result0 += M4(-0.016187077, -0.08897449, 0.21898264, -0.00950795, -0.033877086, -0.13508922, -0.24069354, -0.15611845, 0.0008279733, 0.110152185, -0.028671898, 0.07176969, -0.31599745, -0.4928454, -0.013503589, -0.55562186) * inp_4_2_0; + result0 += M4(-0.05818953, 0.027291035, -0.052520476, -0.1955628, 0.017190797, -0.027439956, 0.067244, -0.019712083, 0.023169432, 0.05637902, -0.053515404, 0.25675163, 1.2109313, 1.7048917, -0.91695136, 2.1668386) * inp_4_0_1; + result0 += M4(0.20479065, 0.07864295, -0.04785691, 0.23942699, 0.49933773, 0.2936974, -0.8557609, -0.15096465, 0.39180985, -0.026214255, -0.32314906, -0.1414668, 0.0048528165, 0.44652796, -0.08378215, 1.3877233) * inp_4_1_1; + result0 += M4(-0.019790411, 0.004489421, -0.1839837, -0.076589614, 0.02528201, 0.17397436, -0.1297137, -0.061592605, 0.047706757, 0.32120365, -0.25539586, 0.3379385, -0.047388483, -0.95197576, -0.65991455, -0.4835222) * inp_4_2_1; + result0 += M4(0.023583742, 0.20350221, 0.03874766, -0.03570739, -0.01830487, 0.021995382, -0.022943925, 0.5269705, -0.01726829, 0.19895968, 0.0310699, 0.0841442, 0.27791443, 0.43230355, 0.9290483, 0.2149712) * inp_4_0_2; + result0 += M4(0.0698528, -0.095751725, -0.018925322, -0.17468323, 0.035944324, -0.015047672, 0.23744197, 0.39720836, 0.012356704, 0.03078174, -0.05721653, 0.057529688, -0.124955714, -0.7226543, 0.9914917, 0.11677116) * inp_4_1_2; + result0 += M4(-0.109197564, -0.059206225, 0.099042386, -0.031215744, 0.045129422, -0.047674976, 0.08938741, 0.04268483, 0.053480405, -0.09282501, 0.17190757, 0.33064157, -0.08043694, -0.5275766, 0.1736941, -0.35548675) * inp_4_2_2; + result1 += M4(0.115241274, 0.23834142, -0.22037292, -0.10773489, -0.20203483, 0.2564087, -0.12480241, -0.014368536, 0.09855736, 0.1417844, -0.09845811, 0.14975907, -0.46074733, 0.062055077, 0.24731185, -1.3025191) * inp_4_0_0; + result1 += M4(0.12858908, 0.056481436, 0.13710234, -0.032665927, -0.080657765, -0.23290908, 0.098453395, 0.12761988, 0.23997094, 0.3216201, -0.1042049, 0.28961274, -0.39917043, -0.20419855, 0.09971636, 0.6437219) * inp_4_1_0; + result1 += M4(0.086334385, 0.1389801, 0.01838412, -0.06806034, -0.046940796, -0.005889171, -0.027570356, -0.17938402, -0.01332321, 0.016332142, -0.024383062, 0.20279832, 0.22654916, 0.06664337, 0.32538632, -0.33960968) * inp_4_2_0; + result1 += M4(-0.013266585, 0.084680825, 0.11511902, -0.051530734, 0.19516058, 0.1262526, -0.15671806, 0.116464585, -0.6919797, -0.041155636, 0.40505388, 0.10380915, 1.0243481, -0.45496213, -1.023632, -0.38543403) * inp_4_0_1; + result1 += M4(-0.3199287, 0.10961233, 0.2809706, 0.13942754, -0.06333182, 0.2228361, 0.40465695, -0.004015398, -0.19529878, 0.21502659, -0.34753472, 0.059127867, -0.15143098, -0.35828757, 0.45172203, -0.3196675) * inp_4_1_1; + result1 += M4(0.083587795, -0.06833488, 0.009357782, -0.14922418, 0.09992282, 0.15072636, 0.047865238, -0.19624999, -0.18515311, -0.3278566, -0.1259383, -0.2291827, 0.04791808, 0.0922475, -0.047212943, -0.21117374) * inp_4_2_1; + result1 += M4(0.29294783, 0.04636893, -0.030649351, 0.1589842, -0.033546854, 0.092204526, -0.3581079, -0.25244322, -0.14708053, 0.06940555, 0.14047131, 0.10408999, -0.07738764, 0.17149006, 1.2557439, 0.3894146) * inp_4_0_2; + result1 += M4(-0.089484476, -0.33820024, 0.20849167, 0.1614044, 0.13212253, 0.047157973, -0.51512915, -0.2746234, 0.23242816, 0.08945186, 0.19532014, -0.042705078, -0.19105509, -0.17811388, 0.010501524, -0.3545278) * inp_4_1_2; + result1 += M4(0.019447548, 0.007892576, 0.06607077, -0.104389586, -0.0975221, 0.064485066, -0.11721102, -0.08844911, -0.024724124, 0.12946258, -0.015253397, 0.055234097, 0.110158324, 0.05599077, 0.24299455, 0.22943555) * inp_4_2_2; + result2 += M4(0.06243231, -0.03080686, -0.010034511, 0.010906477, -0.083122596, -0.029972939, -0.1699356, -0.03393727, 0.07949472, -0.022816116, 0.24316265, -0.004902569, 0.27971682, 0.05745822, 0.086882725, 0.13561091) * inp_4_0_0; + result2 += M4(-0.03348177, 0.16825163, -0.2858046, 0.008476143, -0.050870344, 0.08688432, -0.036886882, 0.08342965, 0.15195124, -0.1400096, 0.24082322, -0.048991017, -0.16710205, 0.2213648, -0.28270057, 0.019434704) * inp_4_1_0; + result2 += M4(-0.021879468, 0.029086184, 0.06375903, -0.036705192, -0.07152258, -0.08405272, 0.009126181, 0.041362375, 0.010069433, -0.03296121, 0.051549606, 0.070626736, -0.0701935, -0.038468104, -0.20310104, 0.027696736) * inp_4_2_0; + result2 += M4(0.13280624, 0.0029688375, 0.063456334, -0.028322415, -0.2665115, -0.10824069, -0.11066845, -0.12142015, -0.13628188, -0.007641665, 0.11414588, -0.02057948, -0.15871942, -3.8885188, 1.58179, 0.10343098) * inp_4_0_1; + result2 += M4(0.040351696, -0.16582695, -0.17164497, -0.007849884, -0.20808913, 0.30068874, 0.0835827, -0.069587596, 0.03504311, -0.42582002, -0.16951635, -0.22155721, -0.45369977, 0.43222344, -0.4066853, 0.24775113) * inp_4_1_1; + result2 += M4(0.1143635, -0.016784213, 0.0472682, 0.027353937, -0.30716023, -0.070385255, 0.20868735, -0.15181156, 0.060414966, 0.051172152, 0.15772508, 0.6396605, -0.3225857, -0.06471235, -0.23874941, -0.044259693) * inp_4_2_1; + result2 += M4(0.10806135, 0.017882362, -0.042468145, 0.08220766, -0.12985216, -0.15932857, 0.28344554, 0.00066246133, 0.19643955, 0.04992641, 0.3398252, 0.12404135, -0.22131181, -0.20275827, 0.71895754, 0.33842087) * inp_4_0_2; + result2 += M4(-0.10851297, 0.38080224, -0.45152915, -0.085034646, 0.0716164, -0.29138008, -0.51535314, 0.08845703, 0.08584361, 0.22396721, 0.1635391, -0.32108584, 0.09885805, 0.8477584, -0.17397182, 0.3018451) * inp_4_1_2; + result2 += M4(-0.10493052, 0.08810675, -0.06452757, -0.1613554, -0.0011969488, 0.07247748, -0.33340722, 0.23338965, -0.19328506, 0.06157833, 0.14561516, 0.05837044, 0.074669376, -0.010393692, -0.16974366, 0.26621738) * inp_4_2_2; + result3 += M4(-0.22222115, 0.0074784025, 0.047398493, -0.043663613, -0.06080802, -0.078227445, 0.08049125, 0.004488113, 0.0991715, 0.036138956, -0.096216515, 0.12484699, -0.24911477, 0.6779984, 0.21604092, 0.77542776) * inp_4_0_0; + result3 += M4(0.030274367, 0.076183334, 0.031904638, -0.040991828, 0.061965287, -0.15433551, 0.094006486, 0.039096843, 0.024390098, 0.007882412, -0.0916322, -0.10465828, 1.0467867, 0.43756014, -0.45471016, 0.4175311) * inp_4_1_0; + result3 += M4(0.15954503, 0.028513957, -0.03199022, 0.028530428, -0.12293308, -0.03854867, -0.0066049723, -0.0062664445, 0.28839985, -0.02763895, 0.041259628, 0.08943823, -0.19038096, 0.25889587, 0.111525126, 0.41104788) * inp_4_2_0; + result3 += M4(0.041438863, 0.0803227, 0.16269784, 0.14344642, -0.20871715, -0.13722162, 0.19706678, -0.082898095, 0.10506128, 0.067395546, -0.123247206, -0.078830846, -0.5529698, 0.3499168, 0.19171025, -0.13291214) * inp_4_0_1; + result3 += M4(-0.021569727, 0.03996306, -0.09489145, 0.28711125, 0.21166669, 0.067331664, -0.061321113, 0.19850886, -0.3052251, 0.1652337, -0.059395615, -0.33339286, 0.044252418, 0.43579766, -0.10196087, -0.630944) * inp_4_1_1; + result3 += M4(-0.1560882, 0.023954758, 0.15639585, 0.314397, 0.04370558, -0.04073754, 0.098097526, -0.23425387, 0.006138961, 0.124991335, 0.3479183, -0.20222782, -0.27129135, 0.089798786, 0.031734347, 0.0014838318) * inp_4_2_1; + result3 += M4(0.1959224, -0.051791076, 0.11577392, 0.45096672, -0.30047828, -0.08729232, 0.33429983, 0.040639695, 0.043423086, -0.031868048, 0.04343922, -0.18168741, 0.9951363, 0.6779704, 0.19688551, 0.81282854) * inp_4_0_2; + result3 += M4(0.110027246, -0.10094923, -0.052526306, -0.12501228, -0.27323133, -0.4786127, -0.38895276, -0.94579303, 0.03283588, -0.18848437, 0.055940457, 0.35748008, -0.47208208, 0.49668717, 0.061124697, -0.9958602) * inp_4_1_2; + result3 += M4(-0.33333632, 0.105203375, -0.061146054, 0.31423125, 0.05308085, -0.013111337, 0.30190304, 0.64082, 0.0968669, 0.020935085, -0.002691396, 0.0055832, -0.2549382, 0.5169665, 0.05373311, 0.37135825) * inp_4_2_2; + result4 += M4(-0.018554613, -0.31538603, -0.027073208, -0.016269749, 0.08721572, -0.0978943, -0.11694246, 0.07132488, -0.1633322, -0.08412939, 0.060046867, 0.054399405, -0.24835192, -0.43097737, 0.6438047, 0.84883213) * inp_4_0_0; + result4 += M4(0.008297077, 0.3070949, 0.23559389, 0.10120678, 0.1063028, 0.14788942, -0.15700959, 0.21542779, -0.23130956, -0.15931411, 0.1638324, -0.24973845, -0.11564923, 0.5542824, 0.24268627, 0.90316206) * inp_4_1_0; + result4 += M4(-0.017849084, -0.19411187, -0.033079863, -0.062527016, 0.106704175, -0.17120638, -0.023030141, 0.033408403, -0.13115425, -0.032268446, 0.117338836, 0.057866845, -0.2980991, -0.111615874, -0.0158531, -0.5238175) * inp_4_2_0; + result4 += M4(-0.06477427, 0.17674847, 0.22984941, 0.27743047, 0.16878267, -0.21353288, 0.039101083, 0.0021998256, 0.0317513, 0.1677063, -0.048979975, -0.19397894, -1.6818529, 0.119567774, 0.20270815, -0.2815504) * inp_4_0_1; + result4 += M4(0.05881081, 0.026019238, 0.12755994, 0.31477025, 0.10886015, -0.18924402, 0.25566214, 0.22322816, -0.37583232, 0.21965338, -0.007663065, -0.38772458, 0.5927244, -0.51076436, 0.18607512, 0.053665124) * inp_4_1_1; + result4 += M4(-0.07345876, 0.13525315, 0.06285085, 0.14679123, 0.1347598, 0.040965777, -0.13841116, -0.116792835, -0.06403706, 0.1522847, -0.02061705, -0.032410428, -0.016132811, -0.42665946, -0.3188076, 0.27266532) * inp_4_2_1; + result4 += M4(-0.087834165, -0.07839777, 0.1506058, 0.3557263, 0.066434175, 0.13599882, 0.110494606, -0.20529054, -0.09943617, -0.2899718, -0.095053196, 0.16347927, 0.15770288, -0.30951142, 0.76602536, 0.3098032) * inp_4_0_2; + result4 += M4(0.27171537, 0.088698454, 0.024937956, 0.05871026, -0.3523191, 0.29500192, 0.11641451, -0.25327176, 0.05277166, -0.3232964, -0.09708374, 0.04349622, 0.23741995, -0.71324193, 0.1851881, -0.09442719) * inp_4_1_2; + result4 += M4(0.036605358, 0.15635848, -0.023374999, 0.30927876, -0.029212039, 0.14914301, 0.2779765, -0.010274902, -0.09040753, -0.21608385, -0.13206193, 0.030652693, -0.1215538, 0.38372636, 0.43953812, 0.30959544) * inp_4_2_2; + result5 += M4(-0.02372011, -0.014935471, 0.0046966528, 0.041532308, -0.08713677, 0.102717265, 0.084658965, -0.21433803, -0.088726446, 0.07258954, -0.1777257, -0.1785439, -0.20974338, 0.63156265, 0.09205572, -0.24030016) * inp_4_0_0; + result5 += M4(0.14261784, 0.021301309, 0.016872916, 0.30446127, -0.09667691, 0.12914002, 0.09567189, 0.022265786, -0.111078255, 0.044935968, -0.14371537, -0.016974835, 0.18495229, 0.14913443, 0.030482247, 0.120692655) * inp_4_1_0; + result5 += M4(-0.044102244, -0.091261394, -0.033437748, -0.30377164, -0.039902624, -0.0713258, 0.12725319, -0.20821251, 0.05562083, 0.18455294, -0.112763606, 0.13647695, -0.43052682, -0.08831913, 0.19765604, -0.49446633) * inp_4_2_0; + result5 += M4(-0.020785145, -0.050931253, -0.08109034, 0.05910568, -0.0062823356, 0.3255998, 0.14434633, 0.39494473, 0.12303079, -0.08310123, -0.021128759, 0.21541841, -1.9671965, -0.7371834, -0.5168264, -0.18985191) * inp_4_0_1; + result5 += M4(0.027101878, -0.08842568, -0.012144593, 0.08992351, -0.020138465, 0.3067692, 0.09032445, -0.017230976, -0.14870377, -0.37536424, -0.2890627, 0.08392149, 0.23425648, 0.91296816, 0.17762998, 0.23526564) * inp_4_1_1; + result5 += M4(0.0672514, 0.018849773, -0.05773434, 0.017648185, 0.09298665, 0.010716047, 0.06307072, 0.006801315, 0.07954308, 0.23055385, 0.0393071, 0.35691229, 0.065422736, -0.06471603, 0.33816966, -0.471639) * inp_4_2_1; + result5 += M4(-0.08225651, 0.05632306, -0.035111938, -0.030768128, -0.24232209, -0.16741686, 0.15765136, 0.2368801, -0.01259822, 0.053519137, -0.045613293, -0.042108674, -0.61746305, 0.56319, -0.23051819, 0.197345) * inp_4_0_2; + result5 += M4(-0.20756823, 0.38793558, 0.14884292, -0.007983229, -0.027410332, -0.60050946, -0.28704426, 0.27561533, -0.16390233, 0.12511982, 0.22906592, 0.22610174, 0.50863, 0.36241955, -0.10465414, 0.44608098) * inp_4_1_2; + result5 += M4(-0.06989171, -0.028340604, 0.09668498, 0.0348285, -0.0067173922, 0.07211928, -0.04110069, 0.2631417, 0.10073734, 0.04803034, 0.044985283, -0.002657226, 0.2764329, 0.20462798, 0.08578274, 0.31915313) * inp_4_2_2; + result6 += M4(0.032785777, 0.15885757, -0.027589627, 0.016733928, 0.029733058, -0.06476136, 0.0021533875, -0.066802375, 0.008806604, -0.16958116, 0.02088448, 0.0010474634, -0.29112884, -1.6132256, -1.7260915, 0.34106126) * inp_4_0_0; + result6 += M4(0.12322075, -0.10652362, -0.08984651, 0.013572062, 0.08170077, 0.04724855, -0.010108016, -0.037087526, 0.029392263, 0.1821705, 0.105637565, -0.019256163, -0.56992877, 1.0325651, -0.03334818, 0.14209521) * inp_4_1_0; + result6 += M4(-0.052494686, -0.105625585, 0.019894024, -0.027618747, 0.03428332, -0.09801582, -0.030065225, -0.0061193993, -0.012288469, 0.16192077, 0.033170305, 0.01367951, -0.1779692, -0.38380915, 0.08621929, -0.062460866) * inp_4_2_0; + result6 += M4(0.0368347, 0.12542813, 0.04380804, -0.033293262, 0.023384377, -0.016387435, -0.536373, 0.04929447, -0.097531185, 0.0028912555, -0.1794702, 0.037355762, -0.60289866, 0.07661829, -2.9835203, 0.29708284) * inp_4_0_1; + result6 += M4(-0.078338705, 0.007893033, -0.26153123, -0.08710498, -0.19241379, 0.29445362, -0.9674952, 0.07221217, -0.03219465, 0.46199805, 0.66272104, -0.18116875, -0.3322162, -1.213149, -1.0827179, 0.23517527) * inp_4_1_1; + result6 += M4(0.027267402, 0.08066793, 0.011767587, -0.032864526, 0.20028964, 0.08806489, 0.24974431, 0.0219503, -0.023652226, 0.2216681, -0.13682073, 0.045651093, -0.46100193, 0.8369607, 0.23994556, 0.07360858) * inp_4_2_1; + result6 += M4(-0.054726627, 0.10524355, -0.04689709, 0.04616609, -0.22773783, 0.45156208, -0.05400684, 0.22083044, -0.17462498, -0.16437173, -0.26941505, 0.15800458, -0.13797864, -2.6323333, -1.5196991, 0.04762208) * inp_4_0_2; + result6 += M4(-0.13177747, 0.15229201, -0.7652503, 0.10133035, 0.21490802, 0.042347305, 0.26624078, -0.22924802, -0.48565182, 0.016563121, 0.0045131897, 0.008790221, -0.10966729, 1.0263358, -0.352884, 0.47062835) * inp_4_1_2; + result6 += M4(-0.023600928, 0.22463967, -0.042015925, -0.0233899, -0.041405104, -0.1937879, -0.36887828, -0.0052565024, -0.06255296, 0.037563305, -0.17711361, 0.05712629, 0.10749479, 0.7987707, 0.19939129, 0.16435558) * inp_4_2_2; + result7 += M4(-0.004418903, 0.3166235, 0.29223296, 0.015304121, 0.08466793, -0.18584673, -0.06541433, -0.02270776, 0.009344044, 0.20567061, 0.39762345, 0.042079635, -0.26761764, -0.82151717, -0.4652876, 0.506165) * inp_4_0_0; + result7 += M4(-0.04465701, 0.4396988, 0.5603336, 0.0051679043, 0.13228583, -0.016537944, -0.28920653, 0.007170126, 0.094849035, -0.0015922618, 0.67430943, 0.039542858, 0.75927895, -0.6441329, 0.26150444, 0.6896651) * inp_4_1_0; + result7 += M4(-0.12183013, 0.4683825, 0.21179545, -0.016460383, 0.092247896, -0.09603741, -0.13345097, 0.01408285, -0.00270894, 0.20367518, 0.076567546, -0.00911101, 0.32144699, -0.16310102, 0.5939863, 0.13743041) * inp_4_2_0; + result7 += M4(-0.005855817, 0.21719484, 0.113287, 0.03918942, 0.053082608, 0.10152378, -0.15179963, -0.039251637, 0.052032035, -0.22566451, -0.063187204, 0.0036690927, 0.9743889, -1.3120145, -0.8437327, 1.260124) * inp_4_0_1; + result7 += M4(0.08126965, 0.17834574, 0.4298001, -0.036700815, 0.25315952, -0.14485209, -0.41929123, 0.35981572, -0.047610704, -0.11161931, -0.1125463, -0.0064353365, 0.15277267, -0.31722865, 0.10171603, 0.9509688) * inp_4_1_1; + result7 += M4(0.049401242, 0.045618303, 0.08995752, -0.04812938, 0.29819807, -0.36165085, -0.3333235, -0.068012096, -0.06253801, -0.1752275, -0.09843542, -0.05615687, -0.23092799, 0.15508914, 0.0968813, 0.07054126) * inp_4_2_1; + result7 += M4(-0.06192428, 0.25644004, 0.05498207, 0.037272707, 0.028004821, 0.06913183, -0.15415372, -0.06578213, -0.045622293, -0.3174076, -0.043959387, 0.0038883523, -0.04896643, 0.0067820773, -1.111823, 0.97609) * inp_4_0_2; + result7 += M4(-0.2121365, 0.5326121, 0.21101592, 0.09105239, 0.023586927, 0.22343849, -0.14279713, -0.095309116, -0.019170366, -0.09621605, -0.05418587, 0.08818929, -0.11956935, -0.3027655, 0.33258468, 0.67414373) * inp_4_1_2; + result7 += M4(-0.031838927, 0.13877393, 0.17086424, 0.06789686, 0.14482678, 0.64110893, -0.18934365, -0.11943048, -0.09563664, 0.039406456, 0.10457144, -0.035684735, -0.11465652, -0.069124416, -0.38361502, 0.34649462) * inp_4_2_2; + const V4 inp_5_0_0 = inp[5][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_5_1_0 = inp[5][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_5_2_0 = inp[5][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_5_0_1 = inp[5][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_5_1_1 = inp[5][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_5_2_1 = inp[5][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_5_0_2 = inp[5][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_5_1_2 = inp[5][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_5_2_2 = inp[5][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.032165144, -0.17283043, 0.40634465, 0.18554355, -0.03646573, 0.16061564, 0.1202025, 0.13494422, 0.03973842, 0.012507408, -0.03709211, 0.097898535, -0.022682887, -0.042406686, -0.158498, -0.021587644) * inp_5_0_0; + result0 += M4(-0.061221074, 0.4302052, -0.017923988, -0.049919378, -0.04308044, 0.051651303, -0.031040499, 0.107649356, -0.014500954, 0.3040428, -0.1764697, 0.2050797, 0.047170892, -0.040330313, -0.4301044, 0.383825) * inp_5_1_0; + result0 += M4(0.06048482, -0.103105925, -0.026729293, -0.09565454, -0.059778493, 0.0039278227, -0.28696537, 0.092242114, -0.10437447, -0.021426082, -0.17093132, 0.05321713, 0.015657196, -0.08444574, 0.09244955, -0.011346713) * inp_5_2_0; + result0 += M4(-0.065622956, -1.0223327, 0.18716943, 0.39013413, 3.759452e-05, -0.008561076, 0.036871698, 0.23893104, 0.04100186, 0.18658964, 0.06566288, 0.13253917, 0.026072484, 0.15335394, -0.16708277, -0.06232867) * inp_5_0_1; + result0 += M4(0.0705219, 0.2731388, 0.37419394, -0.5099221, 0.10106326, -0.04581044, 0.08015889, 0.03420968, 0.105513, -0.12692529, -0.032456324, -0.36409527, 0.09334486, -0.12180118, 0.051589683, -0.16843452) * inp_5_1_1; + result0 += M4(-0.02791653, -0.073268086, 0.08332121, -0.104257494, -0.05604274, 0.117989816, 0.1395331, 0.23207246, 0.014246145, -0.20598823, 0.33341828, 0.23594002, 0.06164089, 0.23849802, -0.24719124, 0.16600807) * inp_5_2_1; + result0 += M4(-0.017438488, -0.11099849, 0.04943488, 0.022647617, 0.058134593, 0.13425589, 0.116507016, -0.026565833, 0.03181883, 0.03217316, -0.013940923, 0.09611051, -0.0032853952, 0.052377317, -0.057842232, -0.05447562) * inp_5_0_2; + result0 += M4(0.06765013, 0.13481544, -0.048973545, -0.2124814, 0.027399477, 0.10596413, 0.15481697, 0.21284012, -0.036326382, 0.050706357, -0.05354311, -0.091235146, -0.015660161, 0.26561028, 0.10215399, 0.2868995) * inp_5_1_2; + result0 += M4(-0.04957627, -0.048332002, -0.016767919, -0.09268265, -0.0036624842, 0.09760619, 0.0975638, -0.0022976487, 0.032292455, -0.064868934, -0.123962924, 0.05621701, -0.0035493325, -0.03155808, 0.04369656, 0.14986138) * inp_5_2_2; + result1 += M4(-0.13882595, 0.026293863, 0.19750905, -0.013672408, 0.0857836, 0.044011034, 0.043221448, -0.030713022, -0.093520366, -0.1585751, 0.12062129, -0.08471291, 0.15737423, 0.109550856, 0.014284752, 0.054470185) * inp_5_0_0; + result1 += M4(0.25198418, -0.0902725, -0.027173793, -0.68578213, -0.05146121, 0.09703619, 0.22356944, 0.088729665, -0.20296568, 0.216776, 0.09760393, -0.17919743, -0.31320816, -0.11960541, -0.015387656, -0.15049535) * inp_5_1_0; + result1 += M4(0.14004284, 0.06771928, -0.043470144, -0.043430574, 0.01414718, -0.09780925, 0.09684625, -0.14533332, -0.031170845, -0.05573361, 0.0725194, -0.028513705, -0.1524789, -0.00488204, 0.06385702, -0.12565415) * inp_5_2_0; + result1 += M4(-0.5980765, -0.10799803, 0.014967883, -0.008653867, 0.094177134, 0.09414159, -0.00071129476, 0.14932473, 0.13517241, -0.059837095, -0.011171581, -0.23530217, 0.21400566, -0.013023068, 0.09824032, -0.038958725) * inp_5_0_1; + result1 += M4(-0.028823052, 0.11022507, -0.1449101, 0.3164187, -0.07676177, 0.056961577, 0.187237, -0.027592823, -0.015379031, 0.08239875, -0.05506426, 0.001831446, -0.010472539, 0.32377413, 0.18965952, -0.023738606) * inp_5_1_1; + result1 += M4(0.09264047, -0.0029376545, 0.021067226, 0.0608879, -0.082351126, 0.05936524, 0.036029242, 0.09726498, 0.010211812, 0.088664204, -0.022089057, -0.098787196, -0.12641083, 0.050763812, -0.058340017, -0.030372087) * inp_5_2_1; + result1 += M4(0.15021048, -0.13689055, -0.01343731, -0.43789294, 0.051746387, 0.07769025, -0.028072603, 0.032349005, 0.08593159, -0.023610476, -0.16594267, -0.10593114, 0.08988229, 0.065051965, 0.047421977, -0.10344295) * inp_5_0_2; + result1 += M4(-0.027393915, -0.20911823, -0.14861438, 0.07305741, 0.010071254, -0.006128178, 0.041901074, -0.04421154, 0.09441486, -0.00011363394, -0.091649316, -0.09320238, -0.09316372, -0.189048, -0.12609997, 0.0780263) * inp_5_1_2; + result1 += M4(-0.0013726715, -0.009078485, -0.023953171, -0.1463101, -0.0006862536, -0.0008995612, 0.10402892, -0.092954285, -0.03070975, -0.049529374, 0.065487094, 0.07884637, -0.04302176, 0.07587188, 0.0020856916, -0.08507492) * inp_5_2_2; + result2 += M4(0.10301719, -0.022910483, -0.06746284, 0.20937121, 0.051624082, -0.07133462, -0.0021036996, -0.044607222, -0.023507895, 0.0340289, -0.07798698, -0.019175507, -0.035228696, 0.035518996, -0.0021251217, 0.042910658) * inp_5_0_0; + result2 += M4(0.054237112, -0.034621216, 0.15788543, 0.23602548, 0.18491454, 0.07353308, -0.1131845, 0.1156592, -0.07567536, -0.19284339, 0.24879329, -0.19427714, -0.111234866, 0.18764073, 0.1485776, 0.123295985) * inp_5_1_0; + result2 += M4(-0.112203136, -0.12003465, -0.041917715, -0.03238734, -0.07198111, 0.028996484, 0.1111366, -0.124065146, -0.10561945, -0.009082544, 0.006997792, -0.23555192, 0.038605206, 0.027334265, 0.0646343, -0.053433992) * inp_5_2_0; + result2 += M4(-0.13104938, -0.30081755, -0.04565684, 0.16132258, 0.15536843, -0.10211957, 0.19431044, 0.050139476, 0.063079715, -0.029818468, -0.0050877226, -0.01849609, -0.050283793, 0.045031067, 0.023956012, 0.02018957) * inp_5_0_1; + result2 += M4(-0.01382849, -0.15523173, 0.28399482, -0.7521889, 0.24544442, 0.012596007, -0.03206668, 0.008040535, -0.23877345, 0.038458355, 0.22159629, -0.3853706, -0.22539756, 0.015639903, 0.4748152, -0.16719179) * inp_5_1_1; + result2 += M4(-0.10120006, -0.13266163, 0.040841457, -0.30963138, 0.037651785, 0.07730276, 0.07580404, -0.026615815, -0.12387708, 0.014711871, 0.016514767, -0.17926922, -0.13275193, 0.13773493, 0.13179703, 0.12123983) * inp_5_2_1; + result2 += M4(0.07339468, 0.06203622, -0.12329334, 0.08337741, 0.12093235, -0.0960478, 0.085040405, 0.024159962, -0.030216862, 0.068158925, -0.04042995, -0.06740357, -0.057916418, 0.016825855, -0.08366378, 0.115069166) * inp_5_0_2; + result2 += M4(-0.47783527, 0.07719642, 0.01707533, 0.14425534, 0.013818421, -0.023337537, 0.09349242, -0.036243826, -0.071517676, 0.026565881, 0.01973659, -0.16347322, -0.086143896, 0.28260255, -0.0801551, -0.019386794) * inp_5_1_2; + result2 += M4(-0.16804834, -0.06665571, -0.021137923, -0.07496317, -0.05221263, -0.0091073625, 0.07460384, 0.021114651, -0.0012520734, -0.024890244, 0.045420658, -0.22388467, -0.03264385, 0.09342122, -0.016314741, 0.029080233) * inp_5_2_2; + result3 += M4(-0.13623719, -0.074121214, 0.36390996, -0.0684557, -0.10150539, 0.022530444, -0.073087454, 0.041017555, -0.3129346, 0.10789508, 0.0730042, -0.03168122, -0.085479625, -0.10615614, 0.074155, 0.12174722) * inp_5_0_0; + result3 += M4(-0.44083247, 0.10533798, 0.19465177, -0.007246912, 0.054594878, 0.29730833, -0.08960047, 0.048678644, -0.26166618, 0.20802842, -0.44012845, -0.105084956, -0.056705445, -0.1789505, 0.1450788, 0.1183812) * inp_5_1_0; + result3 += M4(0.011550804, 0.038025778, -0.09636769, -0.14296567, -0.060081266, 0.05173794, -0.03250187, 0.22262566, -0.20090915, -0.0074857175, -0.5433949, -0.013365135, -0.014985263, -0.091340505, -0.031966522, 0.111169465) * inp_5_2_0; + result3 += M4(0.004021542, 0.16898811, -0.09772042, 0.1567671, 0.034985278, 0.009708978, 0.12037031, 0.18072696, -0.14124206, 0.1100557, -0.2309795, 0.12046959, -0.07495155, -0.09570597, 0.054468986, -0.04671279) * inp_5_0_1; + result3 += M4(0.03887686, 0.06836991, -0.22931919, -0.17009152, 0.19544592, 0.034817964, 0.015159909, 0.07725526, -0.037827812, 0.18052754, -1.0727265, -0.2248324, -0.23478907, -0.56630945, 0.107048504, -0.19957283) * inp_5_1_1; + result3 += M4(-0.0036268253, 0.059987787, -0.18994491, -0.026699148, 0.084675685, 0.089063816, -0.0665738, 0.2585772, -0.09294153, 0.049071066, -0.7784702, 0.09769145, 0.041793436, -0.030230202, 0.18409672, 0.18032874) * inp_5_2_1; + result3 += M4(-0.024319798, 0.15822768, -0.001500388, 0.14373888, 0.06296548, -0.07551756, 0.08211885, 0.09191918, -0.062487926, -0.03944449, 0.05229111, -0.040973827, -0.045246325, -0.04971226, 0.056707844, -0.07201494) * inp_5_0_2; + result3 += M4(0.31380945, 0.03942549, 0.5274574, -0.20498534, 0.045373682, -0.14587434, -0.014487029, 0.055261523, -0.038807593, -0.042912625, -0.28775012, 0.267774, 0.04890975, -0.16255964, 0.13299824, 0.4969454) * inp_5_1_2; + result3 += M4(-0.054900225, 0.0057915607, -0.047852773, 0.055206086, -0.060202286, -0.0153405685, 0.0303107, 0.13728504, -0.025481522, 0.036968987, -0.39513066, -0.08825466, -0.045987137, 0.0058396184, -0.0012962446, 0.095448785) * inp_5_2_2; + result4 += M4(-0.1294866, 0.02138291, -0.10303458, -0.22781478, -0.037161604, 0.08325151, 0.17125261, 0.005365751, 0.08294989, 0.085749105, -0.023346728, 0.055940583, 0.031337112, -0.113238096, 0.019536298, 0.14558831) * inp_5_0_0; + result4 += M4(-0.2114343, -0.14057158, -0.22970642, 0.00230447, -0.04878319, 0.33474055, 0.14460452, 0.13668068, 0.04356139, 0.056840193, -0.20109622, -0.022539018, 0.11512222, -0.19470896, 0.08962883, 0.1093798) * inp_5_1_0; + result4 += M4(0.03561315, -0.0040265564, -0.07582593, -0.14932466, -0.15610832, 0.21156691, 0.15697283, 0.053123556, 0.08185663, 0.12814, -0.09372812, -0.023147078, 0.14258163, -0.3290908, 0.14480329, 0.06404412) * inp_5_2_0; + result4 += M4(-0.1817035, 0.6072989, 0.0121303, -0.09942631, -0.064160556, 0.08650752, 0.19564025, 0.20608908, 0.07955238, 0.22513014, 0.22756377, -0.012018911, -0.043492977, 0.0025760017, 0.06848729, -0.09504291) * inp_5_0_1; + result4 += M4(0.122640625, 0.13967396, -0.123871244, -0.01828265, -0.0077766003, 0.07873682, 0.2725281, 0.022284776, -0.1532384, 0.23962492, -0.09862019, 0.040687796, -0.14854011, 0.2165895, -0.091223635, -0.23024976) * inp_5_1_1; + result4 += M4(0.14727849, 0.023067847, -0.099636264, 0.087126836, -0.10521028, 0.23338217, 0.06673692, 0.10734836, 0.093235046, 0.013245227, 0.17138568, 0.049127664, 0.07836385, 0.18599589, 0.08656943, -0.02972075) * inp_5_2_1; + result4 += M4(-0.089823686, -0.24819332, 0.18235214, 0.21639885, -0.09998666, 0.074534655, 0.30893874, 0.046496145, 0.07078351, -0.017009815, 0.026666401, -0.06423154, -0.00861895, -0.315302, -0.0304769, -0.22908765) * inp_5_0_2; + result4 += M4(0.026014168, 0.059482165, 0.34938964, 0.026913688, -0.17125194, -0.037049152, 0.1546895, 0.00034647883, 0.13521168, -0.07905523, -0.115048535, -0.033067502, 0.020866629, -0.96416926, -0.12991461, 0.2761755) * inp_5_1_2; + result4 += M4(0.0951916, -0.05240331, 0.04774486, 0.09090494, -0.12669313, 0.05543682, 0.011621517, 0.021827646, 0.039317675, -0.12534136, -0.06112589, -0.13986771, 0.0062395176, -0.3093545, -0.012223232, -0.24065082) * inp_5_2_2; + result5 += M4(0.3580817, -0.030778589, 0.0023805082, 0.035009954, 0.0034672893, 0.0059434483, -0.0628913, 0.16034299, 0.23968749, -0.05559468, 0.05995156, 0.21254182, -0.05512007, 0.027894514, 0.041044015, 0.0061496403) * inp_5_0_0; + result5 += M4(0.15321243, -0.31154323, 0.23011236, 0.026688907, 0.084365875, 0.23364569, -0.23044062, 0.11522651, -0.14199208, -0.18805383, 0.17606153, -0.072431125, 0.016062351, 0.08771873, 0.1227515, 0.18588558) * inp_5_1_0; + result5 += M4(0.021638915, -0.1425942, 0.057660725, -0.14851098, -0.04993011, 0.11703775, -0.14750518, -0.04756683, -0.02192176, -0.022002079, 0.12551798, -0.30334336, -0.023573454, 0.096975565, 0.045306653, -0.20732892) * inp_5_2_0; + result5 += M4(0.44978943, -0.2567354, 0.0013764008, -0.17940071, -0.078582495, 0.16570877, -0.034276266, -0.0017920799, 0.08697219, -0.0046514263, 0.05688368, 0.064191505, -0.054974906, -0.099886514, -0.036527075, 0.02958098) * inp_5_0_1; + result5 += M4(0.35954377, -0.017478041, 0.37014934, 0.041308004, -0.29862127, 0.19218269, -0.066696, 0.24381845, 0.34958637, 0.09147496, -0.051891852, -0.23789744, -0.038027, 0.08605349, -0.26660883, -0.18267189) * inp_5_1_1; + result5 += M4(0.079664245, -0.09594503, 0.05957056, -0.17564584, -0.06229915, 0.06231958, -0.14381641, 0.043530345, 0.14392576, 0.09072856, 0.1968185, -0.08853048, 0.17321119, 0.11203383, 0.07038388, 0.14226396) * inp_5_2_1; + result5 += M4(-0.00042395102, 0.014946294, 0.023875011, 0.18470277, -0.07724871, 0.019676274, -0.08447591, 0.09785722, -0.05185168, 0.063181706, -0.015388867, 0.08823325, -0.0064603076, 0.020791758, 0.0704453, 0.13020808) * inp_5_0_2; + result5 += M4(0.050801434, 0.18725401, -0.010562123, 0.08028587, -0.23434429, -0.052683614, -0.16841152, -0.0050541786, -0.119861215, 0.011041457, 0.07538003, -0.0576978, -0.26533553, 0.24711394, 0.015776431, -0.15346095) * inp_5_1_2; + result5 += M4(-0.032450754, -0.12898251, 0.0024378377, 0.047607746, -0.16179182, -0.0187819, -0.08517621, -0.0223974, -0.14000109, -0.008272115, 0.052717913, -0.018218433, 0.053910594, 0.1002998, 0.18950114, 0.15682216) * inp_5_2_2; + result6 += M4(-0.1427125, 0.23437913, -0.19240436, -0.21301696, -0.05031248, -0.009001654, 0.0017474538, -0.057970677, -0.012916516, -0.5946413, -0.054588284, 0.042539444, -0.028404504, 0.026533889, 0.025201924, -0.054962076) * inp_5_0_0; + result6 += M4(-0.0033247152, 0.09590354, 0.08760663, 0.0639957, -0.008410897, -0.22076, -0.05176233, 0.009790802, -0.14042431, -0.8530195, 0.19282465, 0.037369356, -0.06338543, 0.037549436, -0.2126743, 0.084449716) * inp_5_1_0; + result6 += M4(0.019052837, -0.13937615, -0.004341943, 0.036190584, -0.101516, 0.23998937, 0.06911134, 0.0124720065, -0.012925929, -0.06131768, -0.028915402, -0.046869628, -0.016983677, -0.02170675, 0.004891294, 0.025728356) * inp_5_2_0; + result6 += M4(-0.12403779, 0.07421022, 0.34714708, -0.0223222, 0.06382637, -0.06160024, 0.07190467, -0.012482603, -0.058164466, -0.5699183, -0.0031118088, 0.17073964, -0.090972625, -0.0014863753, 0.052913733, -0.03770148) * inp_5_0_1; + result6 += M4(0.37018707, 0.2087395, -0.1475791, 0.059893996, -0.08057628, 0.1406719, -0.04590291, 0.06397182, 0.23615834, -1.5653652, 0.51516014, 0.20767792, 0.043807745, -0.087411895, 0.4643824, -0.2431659) * inp_5_1_1; + result6 += M4(0.079334244, -0.027253637, -0.0052656233, -0.029792368, -0.015247179, 0.2450802, 0.1775175, 0.00032651974, -0.12888901, -0.09902306, -0.004560338, 0.033486564, -0.094092734, 0.15750176, 0.09947276, 0.08891794) * inp_5_2_1; + result6 += M4(0.14165, -0.40835375, 0.09504864, -0.31362104, 0.003275484, -0.0650579, 0.08259899, 0.035699498, -0.11981345, -0.5901641, -0.06041057, 0.0023245036, -0.010753459, -0.065767966, -0.04868017, -0.06148768) * inp_5_0_2; + result6 += M4(0.027657935, -0.2260556, -0.23709708, 0.116437845, -0.07683634, 0.19843261, 0.00125323, -0.031681817, -0.14730798, -0.24181736, 0.16877827, -0.061411735, -0.3334591, 0.031892557, -0.18347023, 0.023881098) * inp_5_1_2; + result6 += M4(0.031834584, -0.15610348, -0.021291824, 0.007144067, -0.06358461, -0.03350419, -0.003166176, 0.023516508, -0.07478699, 0.089031644, 0.036733273, -0.029883197, -0.14786538, -0.057040893, 0.0007235234, 0.007946586) * inp_5_2_2; + result7 += M4(0.20947367, -0.02882115, -0.21274045, -0.041673575, 0.020862905, 0.09812621, -0.01479245, 0.02998886, 0.0107883755, 0.016010856, -0.22037174, -0.031329464, 0.055873174, -0.19674042, -0.3776389, 0.04349502) * inp_5_0_0; + result7 += M4(0.09069688, 0.21014254, -0.5963385, 0.23423222, -0.13329448, -0.010570761, 0.017618233, -0.059912294, -0.14212526, 0.18916553, -0.0846305, 0.074028835, -0.004880115, -0.7172515, -0.84330726, -0.0040603173) * inp_5_1_0; + result7 += M4(0.0012102613, 0.13532892, -0.05921219, 0.026914231, 0.15885527, 0.062068883, 0.32618, 0.01983221, 0.07677748, 0.04760899, 0.1103253, 0.006299967, 0.039212476, -1.1822422, -0.39486572, 0.05188824) * inp_5_2_0; + result7 += M4(-0.018755654, -0.102507636, -0.19209415, -0.084044166, -0.0798725, 0.10826704, 0.09652802, 0.034425687, -0.07725495, 0.11021416, -0.031259567, -0.007052309, -0.008249081, -0.4450515, -0.073312104, 0.05304058) * inp_5_0_1; + result7 += M4(0.18562579, 0.09863308, -0.21657364, 0.4491991, -0.12871006, 0.035518132, 0.06760292, -0.012468921, -0.08468648, 0.097889595, -0.080418415, 0.06603839, 0.16029134, -1.2780255, -0.5123939, 0.041578036) * inp_5_1_1; + result7 += M4(0.056347378, 0.051266428, 0.0022314512, 0.019211384, 0.020051816, -0.023065113, 0.14817172, 0.035325315, -0.08813334, 0.21792139, -0.107613645, 0.21637446, -0.2626353, -1.9893125, -0.75468266, -0.028491504) * inp_5_2_1; + result7 += M4(0.014368917, 0.14294952, -0.38320738, 0.069414675, -0.06767831, 0.054307967, 0.063735984, 0.011272922, -0.051130503, 0.13047454, -0.10262314, -0.039571315, 0.002974242, -0.06390101, -0.021223033, 0.051700383) * inp_5_0_2; + result7 += M4(0.12085619, 0.26397443, -0.35913265, 0.13870652, -0.085972324, 0.17778155, 0.16959728, 0.04841899, -0.039187692, 0.048627313, 0.04736234, 0.008120106, 0.005444394, -0.6916086, -0.0025219654, 0.0066267964) * inp_5_1_2; + result7 += M4(0.07963682, 0.0122, 0.0042353515, 0.039935257, -0.0026367644, 0.10086984, 0.16151382, -0.00224164, -0.0431847, 0.02793446, 0.04340155, -0.04289826, -0.12281766, -0.67523026, -0.2171474, 0.0055699674) * inp_5_2_2; + const V4 inp_6_0_0 = inp[6][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_6_1_0 = inp[6][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_6_2_0 = inp[6][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_6_0_1 = inp[6][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_6_1_1 = inp[6][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_6_2_1 = inp[6][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_6_0_2 = inp[6][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_6_1_2 = inp[6][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_6_2_2 = inp[6][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.01231854, 0.09099252, 0.022946244, 0.08297145, -0.019116273, 0.0044271145, -0.10540851, -0.71004, 0.054459836, 0.18380989, 0.10206366, -0.3996084, 0.040124927, 0.07276976, 0.020511072, 0.1330955) * inp_6_0_0; + result0 += M4(0.00021396385, 0.07681068, -0.110088296, 0.113275394, -0.08838272, -0.031898905, -0.1391735, -0.56498015, -0.116450675, 0.16922408, 0.014033328, -0.53578943, 0.017148921, 0.012417857, -0.06743708, 0.06633183) * inp_6_1_0; + result0 += M4(-0.018098854, 0.13624974, -0.050053332, 0.11684962, -0.112249084, -0.010404017, -0.03036778, -0.3882712, 0.0527868, 0.055063315, 0.23352724, -0.32933038, 0.0252686, 0.013159813, 0.14096543, 0.024057312) * inp_6_2_0; + result0 += M4(-0.006187361, -0.038151503, 0.12015587, 0.090155534, -0.12143108, 0.059106637, -0.02472574, -0.36617404, 0.077264026, -0.22946018, -0.12138909, 0.01245029, 0.0045329197, 0.118264735, -0.09885005, 0.023871241) * inp_6_0_1; + result0 += M4(-0.031079983, 0.16016267, -0.12949716, 0.018936016, 0.21122845, 0.047992267, -0.1304207, -0.7452054, 0.21628508, 0.08039188, -0.042096667, 2.0649621, 0.078132614, 0.06496065, -0.07262386, -0.26538965) * inp_6_1_1; + result0 += M4(0.007734712, 0.16729037, 0.0046540704, 0.1503623, -0.019264821, 0.0066001816, -0.07285762, -0.5107723, 0.026378466, -0.058916178, -0.051529136, -0.48107275, 0.06602731, 0.031347938, -0.021869797, -0.087218374) * inp_6_2_1; + result0 += M4(0.052176222, 0.08475405, -0.0034809965, 0.08416541, -0.024401365, -0.025390834, -0.1866351, -0.6035755, 0.015564103, -0.02148876, -0.097081766, -0.24936226, -0.004921415, 0.020326754, -0.064142264, 0.06511841) * inp_6_0_2; + result0 += M4(0.077070825, 0.04553424, 0.18983321, -0.11692988, -0.071956605, 0.08778152, 0.31043553, -0.8349807, -0.14642672, -0.010712844, -0.056916144, -0.38834596, 0.03953989, -0.018705364, -0.019029478, 0.025981316) * inp_6_1_2; + result0 += M4(0.08911253, 0.07433768, 0.3026482, 0.09396495, 0.062067073, -0.13855615, 0.08529063, -0.31261137, 0.0827767, 0.017423075, 0.23351908, -0.22865114, -0.0006988492, -0.075410254, -0.10356574, -0.01920228) * inp_6_2_2; + result1 += M4(0.16692086, 0.1681319, -0.027668705, 0.0357351, 0.04478783, -1.3615508, 0.16238359, -0.20622155, 0.009226322, -0.6058478, 0.17141175, 0.07177683, 0.029655004, -0.042278104, 0.020429065, -0.11754116) * inp_6_0_0; + result1 += M4(-0.056276344, 0.011924444, 0.059304144, -0.029761907, 0.05648901, -0.78232783, 0.36322165, -0.09229923, 0.026683338, 0.06979355, 0.010189042, 0.023326937, 0.049643185, 0.21630695, 0.11989661, -0.3066141) * inp_6_1_0; + result1 += M4(-0.09902089, -0.051658772, 0.2163726, -0.03195207, 0.18893668, -0.14336692, 0.053387668, 0.22460079, 0.12283925, -0.07993935, 0.10816793, -0.16779625, 0.039105576, 0.031379238, -0.05974648, -0.35771257) * inp_6_2_0; + result1 += M4(-0.09528121, 0.19282289, 0.017492024, 0.11162626, -0.10649452, -0.40120256, -0.47130665, 0.16766542, -0.21852969, 0.08778599, 0.047800153, -0.14059094, 0.13896649, 0.032391652, 0.1289267, -0.13490139) * inp_6_0_1; + result1 += M4(0.1292054, -0.1111432, 0.06200731, 0.29972285, -0.14519946, -0.10362366, 0.2859835, 0.24241869, 0.10103597, 0.27169287, -0.49954337, -0.25025198, -0.059664782, -0.36696061, 0.022811987, -0.34421882) * inp_6_1_1; + result1 += M4(-0.046978038, -0.04253035, 0.06526447, 0.10294911, 0.16374624, -0.038954288, -0.0042913673, -0.102291785, 0.04000935, -0.082533866, -0.030262243, 0.4581597, -0.07894119, -0.10607972, 0.005460443, -0.38020784) * inp_6_2_1; + result1 += M4(0.040628765, 0.047096476, -0.1863696, 0.13811508, -0.17536464, -0.089079626, -0.13970748, 0.10210413, 0.090243645, -0.18709767, -0.2934424, 0.058423646, 0.008852994, -0.060686994, 0.12708178, -0.15863706) * inp_6_0_2; + result1 += M4(-0.08507474, 0.034850825, 0.036077287, -0.04457459, 0.014989728, -0.027375894, -0.13266571, 0.0063332724, -0.08948693, 0.026754241, 0.13646348, -0.26877627, 0.049975876, 0.050452083, -0.042310357, -0.20615625) * inp_6_1_2; + result1 += M4(-0.062459026, 0.062402043, 0.03471043, 0.15582362, -0.009285016, 0.051886212, -0.035492063, -0.24650547, -0.12275343, -0.05556574, 0.11676633, 0.1353064, 0.037673105, 0.066162795, 0.048917163, -0.3046069) * inp_6_2_2; + result2 += M4(0.070931084, -0.06814794, 0.113183714, 0.004157034, -0.004254921, 0.03653723, 0.023653282, -0.09949031, -0.09417475, -0.0713506, -0.01598105, -0.031386707, 0.06412983, -0.003332516, -0.009654981, 0.04679722) * inp_6_0_0; + result2 += M4(-0.13971889, -0.0029955038, 0.030724976, -0.034747105, -0.14185427, 0.12672651, 0.18157749, 0.064015634, -0.097591154, -0.008662035, -0.29854622, -0.00653906, 0.02662604, 0.05727379, 0.06844569, 0.03300791) * inp_6_1_0; + result2 += M4(-0.033787895, 0.03541103, 0.054050397, 0.017982055, -0.08776553, -0.03193391, 0.19953401, -0.1316237, -0.07819319, 0.032412138, 0.06304561, 0.1025258, 0.1197548, 0.03981806, 0.015472792, 0.036228433) * inp_6_2_0; + result2 += M4(0.058652364, -0.0861795, 0.087295026, 0.10473103, -0.040200293, -0.035208263, -0.21640055, -0.08914, 0.0055242474, 0.10682182, -0.2256692, 0.05267613, 0.058232304, -0.014754205, 0.056355882, -0.06968194) * inp_6_0_1; + result2 += M4(-0.06704611, -0.031780377, 0.068716496, -0.118073754, 0.08682216, 0.1617414, 0.009050403, 0.07027602, -0.1738756, -0.48633447, 0.26489118, -0.057144582, 0.07888944, -0.0443077, 0.06588128, 0.057636745) * inp_6_1_1; + result2 += M4(0.034971684, 0.11079261, 0.06916056, 0.07523564, 0.028880967, -0.05108757, 0.16491084, 0.15834938, -0.040426135, 0.11316172, -0.0044639097, 0.11993115, 0.043255787, -0.00079452124, -0.009261113, -0.043736085) * inp_6_2_1; + result2 += M4(0.08138826, 0.0016276254, 0.07471297, 0.031534787, -0.105642766, -0.14206013, -0.22113106, -0.029810762, -0.050457705, 0.048949435, 0.07358891, 0.011684654, 0.0672174, -0.015926696, -0.027410462, 0.0012992502) * inp_6_0_2; + result2 += M4(0.10355078, -0.04237281, 0.093611315, 0.023524906, 0.06956513, -0.0036909562, -0.011060128, 0.11688776, -0.08327058, 0.16784748, -0.2818095, -0.23129402, 0.03794536, 0.024148932, -0.046350144, -0.11938077) * inp_6_1_2; + result2 += M4(0.046911, 0.081882015, 0.01653193, 0.021760836, 0.434652, -0.18082868, -0.0397183, -0.08962073, 0.17877527, 0.32300794, -0.04681892, 0.18382329, 0.067989945, 0.016401801, -0.09724542, -0.10025261) * inp_6_2_2; + result3 += M4(0.051057804, 0.0016520222, 0.062105983, 0.12056436, -0.0899936, 0.14890116, 0.03038474, 0.085802756, -0.11033149, 0.0116347, -0.012035132, 0.043016437, -0.17182148, 0.059349585, -0.012545658, -0.0043172557) * inp_6_0_0; + result3 += M4(0.096188225, -0.055897813, 0.08319754, 0.1716169, -0.12413419, -0.037092984, 0.14436567, 0.25694096, 0.21850088, 0.15040623, 0.2170757, 0.014042242, -0.2146602, -0.0037457165, 0.0019651288, 0.008467248) * inp_6_1_0; + result3 += M4(0.0997741, 0.057268076, 0.12669899, 0.14344324, 0.082451485, -0.08715962, 0.07051524, -0.03754199, -0.16043258, 0.099826835, 0.07494132, -0.05123001, -0.12620164, 0.02840918, 0.0409345, 0.083929986) * inp_6_2_0; + result3 += M4(0.06308289, 0.04494612, -0.059385598, 0.114793494, 0.07921799, -0.0849568, -0.07156668, 0.076185755, 0.0035632171, -0.032233942, -0.03886473, 0.13073006, -0.1613391, -0.020031687, -0.06823047, 0.015578669) * inp_6_0_1; + result3 += M4(0.16801131, 0.12674585, -0.10847146, 0.08851929, 0.11157141, -0.0124572385, 0.031209966, 0.028390775, -0.13068324, 0.0045572207, -0.018403428, -0.29661167, -0.33593568, -0.002522017, -0.12786467, -0.012923993) * inp_6_1_1; + result3 += M4(0.08172253, 0.047185775, -0.019886838, 0.12756981, -0.05896981, 0.040990353, 0.1998765, 0.22073689, 0.1850459, -0.1774633, -0.16563854, -0.14595324, -0.30819464, -0.03032705, -0.06872377, -0.047536645) * inp_6_2_1; + result3 += M4(0.16373189, 0.025689907, 0.092418514, 0.23576991, 0.1352804, 0.035673857, -0.14253241, 0.16173278, 0.027204184, -0.04201797, 0.087649174, -0.1178203, -0.13154314, -0.016642634, 0.0045087817, -0.041030984) * inp_6_0_2; + result3 += M4(0.10113867, -0.04428575, -0.07010475, 0.11292271, -0.04571282, 0.0067607, 0.091835685, -0.1201531, 0.09398738, -0.26875952, -0.28279656, -0.38650483, -0.40327892, -0.039298613, -0.1094611, 0.11580644) * inp_6_1_2; + result3 += M4(0.014223586, 0.037842594, 0.011228763, 0.19101292, -0.22455701, 0.09835347, -0.06911222, -0.10460006, 0.10029441, 0.062288076, -0.02185914, -0.061974194, -0.36016008, 0.055539478, -0.100118056, 0.08895932) * inp_6_2_2; + result4 += M4(-0.11505866, 0.044597026, 0.22064252, 0.10775354, -0.1314016, 0.033694018, -0.009609121, 0.081915446, -0.022803884, 0.021888038, -0.0870109, -0.010788616, 0.057929434, 0.031752393, 0.026358262, 0.016398786) * inp_6_0_0; + result4 += M4(-0.089867964, -0.06908006, 0.3446153, 0.22101057, -0.15763664, 0.18939929, 0.13540536, 0.12814148, 0.090492286, -0.064007975, 0.07912236, 0.26258776, -0.009567706, 0.062413286, 0.08137614, -0.0001498577) * inp_6_1_0; + result4 += M4(-0.16480406, 0.14242022, 0.18511924, 0.06320044, -0.18933049, 0.0562187, -0.022504414, -0.020608587, 0.091771245, -0.11644348, -0.025648538, -0.089701496, 0.0043869917, -0.060820483, 0.062451825, 0.058923345) * inp_6_2_0; + result4 += M4(-0.13495824, 0.050304305, 0.2319598, 0.014136923, 0.038995493, -0.054977044, 0.25926968, -0.043866914, 0.18534565, -0.04039906, 0.08340674, 0.15519133, 0.017672537, 0.098669365, 0.053521566, 0.0021278427) * inp_6_0_1; + result4 += M4(-0.12071067, 0.024922159, 0.09990344, 0.123467684, 0.27024847, 0.22152676, 0.060609728, -0.20015186, -0.3647942, -0.030035714, 0.2577276, -0.48194617, -0.06986185, 0.0850343, -0.064970545, -0.083682455) * inp_6_1_1; + result4 += M4(-0.10906172, 0.062115267, 0.08882411, -0.0068026655, -0.090618365, 0.013813046, 0.11744967, -0.04803899, -0.1744502, 0.20182723, -0.022632668, -0.257664, 0.077535875, -0.0007203639, 0.0050463737, -0.014575507) * inp_6_2_1; + result4 += M4(-0.17387472, -0.017165119, 0.2196452, 0.17036793, 0.07965726, -0.12493114, -0.18868835, 0.071414165, 0.18446684, -0.2393954, -0.026303943, -0.047208134, -0.01585925, 0.054541755, 0.041949503, -0.053614605) * inp_6_0_2; + result4 += M4(-0.16839804, 0.045744903, 0.1355874, 0.07131851, -0.03876846, 0.102758825, -0.09127093, 0.084079534, 0.12902468, 0.062742546, -0.17598057, 0.42879, 0.07996395, -0.00681647, -0.04797707, 0.07783823) * inp_6_1_2; + result4 += M4(-0.07931935, 0.08416527, 0.04629002, 0.1603966, 0.08727672, -0.43798846, -0.20340535, 0.12898126, 0.019336661, 0.06438968, -0.06975458, -0.03562858, 0.057531197, 0.13945173, 0.052155957, -0.0045181024) * inp_6_2_2; + result5 += M4(0.030622005, 0.033648875, -0.13777481, 0.15526626, -0.035708513, 0.18079267, 0.124137096, 0.113988414, 0.06987326, 0.04900433, 0.009237052, -0.014229328, 0.06131387, 0.01557479, 0.074212946, 0.14779621) * inp_6_0_0; + result5 += M4(-0.06724888, -0.06945944, -0.03951733, 0.15693723, -0.16678195, 0.18380629, -0.15140302, -0.20907994, -0.040329836, -0.016879939, 0.005247614, 0.26749894, 0.039124787, -0.17014629, -0.031521734, 0.15898965) * inp_6_1_0; + result5 += M4(-0.06293328, -0.04847373, -0.09275776, 0.07814272, -0.39857167, 0.2055412, -0.21595891, 0.10131444, -0.033698026, 0.03664209, -0.09061471, -0.07494496, 0.07696634, 0.0012257962, -0.00016431425, 0.06366333) * inp_6_2_0; + result5 += M4(0.043890856, -0.00793157, -0.12026016, -0.047832433, 0.02862347, -0.056616865, -0.11114893, -0.10505224, -0.107157126, -0.18314476, -0.0828965, 0.21451165, 0.004773741, -0.004738795, 0.06366432, 0.22281435) * inp_6_0_1; + result5 += M4(-0.025479365, 0.06651183, -0.14315747, 0.12306561, -0.17136574, 0.066617385, -0.012325118, -0.06866185, 0.46885177, -0.88736266, -0.102902316, -0.2828635, 0.09272901, -0.063434675, 0.01574494, 0.007375193) * inp_6_1_1; + result5 += M4(-0.08663941, -0.009495437, -0.07875745, -0.08350019, -0.11980464, -0.2110022, 0.07229205, -0.13001315, 0.14270237, 0.05151154, -0.4315972, 0.045271885, 0.12048727, -0.11735883, 0.051436003, 0.15412854) * inp_6_2_1; + result5 += M4(0.087487034, 0.017998181, -0.12783113, -0.043093428, 0.022735367, -0.035608437, 0.024330879, 0.15068266, -0.20691997, -0.0054504676, 0.041575022, -0.243494, 0.05537266, -0.017127575, 0.034660775, 0.10041992) * inp_6_0_2; + result5 += M4(-0.16778582, -0.13401148, -0.015800253, 0.027800046, 0.31985217, 0.072311915, 0.34029612, 0.17704113, 0.049451526, 0.023873998, -0.069473416, 0.3196018, 0.040731203, 0.08344375, 0.054476954, 0.047070134) * inp_6_1_2; + result5 += M4(-0.015255039, 0.043247603, -0.00014471203, -0.11655925, 0.32191315, -0.018302968, 0.2619458, -0.07209381, -0.038179863, 0.2416478, 0.22229129, -0.1490129, 0.098998554, 0.030524861, 0.04652615, 0.19174734) * inp_6_2_2; + result6 += M4(-0.0054473733, 0.067063466, 0.06823057, 0.064516105, 0.043021705, 0.04897483, 0.029995786, -0.10215093, 0.110203154, 0.19435984, -0.0569155, 0.030893091, -0.010661117, 0.056097552, 0.030715019, 0.018484868) * inp_6_0_0; + result6 += M4(-0.062822275, 0.07521274, -0.007929009, 0.07175033, -0.031541668, 0.16003549, 0.018907294, 0.12415543, -0.13718969, -0.046264257, 0.16082197, 0.017948817, -0.07873198, 0.10366774, 0.03960055, 0.020668423) * inp_6_1_0; + result6 += M4(-0.07692578, 0.20961724, 0.01354989, 0.0041837213, -0.07013785, 0.15288238, 0.20706408, 0.07847916, 0.004052316, -0.061049223, -0.055710487, -0.02467601, -0.009446496, 0.033483155, 0.018704252, 0.008584069) * inp_6_2_0; + result6 += M4(0.044097174, -0.043551724, 0.061233778, 0.0321452, 0.09666465, 0.10479835, -0.11845245, -0.08803998, -0.0069932207, 0.00819712, 0.07323805, 0.09940119, -0.004126533, 0.13461123, 0.045838382, -0.049093816) * inp_6_0_1; + result6 += M4(0.0053979447, -0.077058345, -0.0038344897, 0.0719337, 0.07505565, 0.121630974, -0.16723238, -0.10887044, 0.12251016, -0.17831406, 0.1079947, -0.15539046, 0.02391581, 0.1618384, -0.14408867, -0.016452366) * inp_6_1_1; + result6 += M4(-0.09009834, -0.029852021, 0.14784035, -0.026464064, -0.15962908, 0.20117453, 0.11284715, 0.028830288, -0.054821603, -0.44161305, 0.04227926, 0.031299304, 0.08641188, 0.065547705, 0.0047196704, 0.03939317) * inp_6_2_1; + result6 += M4(0.044776578, -0.008652853, 0.12938873, 0.11171814, 0.16194141, -0.07667376, -0.057078365, -0.015170452, -0.14803539, -0.31466535, 0.051019568, 0.08542885, -0.006926177, 0.16131495, 0.07432172, -0.013930539) * inp_6_0_2; + result6 += M4(-0.087520055, -0.056832645, 0.010856316, 0.04177043, 0.061435044, -0.19447272, -0.2736066, -0.031030942, -0.24909818, -0.10766145, -0.067647755, 0.051106073, -0.00767404, 0.11462535, 0.013143749, 0.019922461) * inp_6_1_2; + result6 += M4(0.11938081, 0.029797485, 0.054951224, 0.0004187531, 0.23983611, 0.117955215, 0.20727374, 0.06512334, -0.076417685, 0.03149121, -0.17576326, -0.030175462, 0.080979064, 0.17874187, 0.044735294, 0.0048423605) * inp_6_2_2; + result7 += M4(0.03400089, 0.04921694, 0.27210364, 0.05072277, -0.10441755, -0.05182022, -0.0026635404, 0.056830935, 0.08254403, -0.15286063, -0.32687026, 0.004862999, -0.042072285, 0.06696901, -0.19231883, -0.0048277443) * inp_6_0_0; + result7 += M4(0.073315375, -0.040931437, 0.032351, 0.03557823, 0.109853536, -0.23763627, 0.19032846, 0.06562803, 0.08075361, 0.22219746, 0.19440892, -0.0057362746, -0.023556305, -0.027693825, -0.6525373, 0.015639974) * inp_6_1_0; + result7 += M4(0.07475429, 0.1793883, 0.030254774, 0.05467757, -0.14202604, 0.06304213, -0.07639892, -0.029303914, 0.058994807, -0.13070546, -0.18210283, -0.039206542, -0.049562097, -0.035817076, -0.41571015, -0.030183014) * inp_6_2_0; + result7 += M4(-0.10269313, 0.28263223, 0.2219601, -0.020736469, -0.12776718, 0.11246052, 0.15715519, 0.011642224, 0.10231811, 0.0075764074, -0.12445573, -0.0386185, 0.019501502, 0.06931784, -0.23888451, 0.018780526) * inp_6_0_1; + result7 += M4(0.06725344, 0.10823444, 0.18342838, -0.0029197328, 0.20367783, -0.17928654, 0.19976248, 0.24374752, -0.16427252, 0.007913998, 0.07557366, 0.101611935, -0.10227458, -0.05205662, -0.47026187, 0.0064496645) * inp_6_1_1; + result7 += M4(0.0032077604, 0.2783979, 0.26086158, 0.070586085, -0.13269812, -0.18812749, 0.21460396, -0.104481734, -0.084048174, 0.10300007, 0.020246375, -0.08484233, -0.06794632, -0.13087802, -0.32931918, -0.0010161671) * inp_6_2_1; + result7 += M4(0.001039722, 0.11514648, 0.10063334, 0.047795504, 0.0877899, -0.0148860775, -0.10532218, 0.056101102, 0.06223619, 0.035663653, -0.078576766, 0.021514872, -0.023836583, 0.022035373, -0.11905083, 0.010254982) * inp_6_0_2; + result7 += M4(0.017065566, 0.2158297, 0.07417096, 0.11424432, 0.12657474, 0.4434362, 0.004432999, -0.017752793, -0.21423887, -0.01039919, -0.098380454, -0.015807962, -0.05269289, 0.00017251779, -0.24819106, -0.024341995) * inp_6_1_2; + result7 += M4(-0.09856863, 0.29583266, 0.23068905, 0.06716765, 0.081535675, -0.009279454, -0.34590578, -0.16883141, -0.037199505, 0.04256068, 0.08576453, -0.0031449336, -0.038238805, -0.06439944, -0.16475017, 0.020458268) * inp_6_2_2; + const V4 inp_7_0_0 = inp[7][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_7_1_0 = inp[7][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_7_2_0 = inp[7][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_7_0_1 = inp[7][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_7_1_1 = inp[7][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_7_2_1 = inp[7][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_7_0_2 = inp[7][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_7_1_2 = inp[7][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_7_2_2 = inp[7][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.0025648084, 0.12526289, -0.14678705, -0.20021191, -0.046807274, -0.01686291, -0.09808052, -0.022675278, 0.03534894, -0.039643355, 0.12639496, -0.04211764, -0.021788446, -0.20868531, 0.21366677, 0.175423) * inp_7_0_0; + result0 += M4(-0.3026701, -1.5252979, -0.25879425, -0.044997208, 0.011189659, 0.037653044, 0.1640758, 0.07475355, 0.0017667233, -0.07372018, -0.038618185, -0.03615947, -0.2126783, -0.1061896, 0.39010486, 0.295421) * inp_7_1_0; + result0 += M4(-0.20572528, -0.28741428, 0.12653723, -0.084643185, 0.06082303, 0.085642144, 0.014465041, 0.030912746, 0.0017500189, 0.008217061, 0.0149926115, -0.042117372, -0.054201145, 0.14428295, 0.19283321, -0.25995392) * inp_7_2_0; + result0 += M4(-0.06252718, 0.089259274, 0.0022112362, -0.46951604, -0.008346746, 0.047610294, 0.07676301, 0.058288552, -0.016456489, -0.017622821, -0.020205861, 0.012302029, 0.074509226, -0.07129192, 0.10394136, 0.12221057) * inp_7_0_1; + result0 += M4(-0.004245082, -0.27393815, -0.27035642, -0.36941934, -0.032338016, 0.0364357, -0.11017005, -0.13537496, 0.0533642, 0.0005205563, 0.013267756, -0.06888909, 0.06560021, -0.12103099, 0.23193897, -0.02271881) * inp_7_1_1; + result0 += M4(-0.10273085, 0.011859719, -0.028414164, -0.24363193, 0.08455475, 0.013105101, -0.17271374, 0.119755924, 0.0153439315, -0.036716696, 0.08454803, -0.13076177, 0.055063963, -0.12813814, 0.07016775, -0.16438487) * inp_7_2_1; + result0 += M4(-0.041865863, -0.030979594, 0.060428467, -0.11376036, 0.030387161, 0.109690845, 0.047884576, -0.026200855, -0.010907044, -0.076233275, 0.030132938, -0.03462662, -0.025294013, 0.050076324, 0.009761742, -0.0813617) * inp_7_0_2; + result0 += M4(0.03703045, -0.02160848, -0.12644905, -0.04780207, 0.023734236, 0.07776927, 0.06599846, -0.009449072, -0.010327277, -0.08116192, 0.01921808, 0.045049377, 0.029745542, -0.18814455, -0.014886403, -0.0013435339) * inp_7_1_2; + result0 += M4(-0.04433287, -0.019759031, -0.031930804, -0.1356627, -0.0191406, -0.03747117, -0.047807746, -0.009009785, -0.051523708, 0.033809472, 0.08383874, -0.013744574, 0.07185183, -0.047077347, -0.013521437, -0.059219062) * inp_7_2_2; + result1 += M4(0.28843054, -0.25796375, -0.5877547, -0.011973724, 0.14814524, -0.15180282, -0.04453052, -0.24524786, -0.024242822, -0.013110795, -0.041762378, 0.23210354, -0.09606809, -0.14494194, 0.3518875, -0.024674369) * inp_7_0_0; + result1 += M4(-0.2455814, -0.4979598, 0.1657619, 0.15377375, 0.10516929, -0.07207404, 0.0020917002, -0.3801542, -0.03977665, -0.2002733, -0.05886868, 0.3682456, 0.071297295, 0.03868418, -0.065145634, 0.14696194) * inp_7_1_0; + result1 += M4(0.10822069, 0.08206827, -0.16062826, -0.09697469, 0.024189314, -0.08056657, -0.014331855, -0.44773558, 0.069561034, 0.041404806, -0.03767991, 0.30086318, 0.14757726, 0.15713966, -0.10964593, 0.14131321) * inp_7_2_0; + result1 += M4(0.09925729, -0.08878316, -0.2507936, 0.023167718, 0.11461078, -0.13421379, -0.04581909, -0.26081997, -0.055447813, 0.040214993, 0.05908097, 0.26105702, -0.17789166, 0.07863633, 0.30369294, 0.14754723) * inp_7_0_1; + result1 += M4(-0.18158494, -0.34316045, 0.48023736, 0.2730216, 0.16630661, 0.3341356, -0.122051485, -0.3366689, -0.03678378, 0.09521366, 0.0009976161, 0.1753873, 0.009166908, 0.022797368, 0.27146277, -0.113864675) * inp_7_1_1; + result1 += M4(0.041470826, 0.089445114, -0.047926847, -0.10239888, -0.046512537, 0.22696862, 0.12981784, -0.5809384, 0.018433359, -0.015404439, -0.00964156, 0.2261011, -0.08172258, 0.18121171, 0.01259903, 0.039109502) * inp_7_2_1; + result1 += M4(0.03518853, 0.007889052, 0.05324295, -0.028484104, -0.008522066, -0.012769131, -0.07928536, -0.15839511, -0.105335444, 0.032355875, 0.01508761, 0.22439949, 0.04630704, -0.017959382, -0.02340951, -0.11146924) * inp_7_0_2; + result1 += M4(0.033710063, 0.10001246, 0.015358725, 0.027672805, 0.017057784, 0.1878902, -0.015772091, -0.15147465, 0.011984561, 0.02918992, 0.07771228, 0.23467055, 0.069261536, -0.021490177, 0.16307217, -0.028804705) * inp_7_1_2; + result1 += M4(0.043618053, -0.015504806, -0.019166525, 0.027746234, 0.030604072, 0.017952675, 0.04415187, -0.09515134, -0.04567094, -0.006029701, -0.021109806, 0.140879, -0.0099356705, 0.09682651, -0.020528479, -0.00024386801) * inp_7_2_2; + result2 += M4(0.021549305, 0.099326536, 0.043911707, 0.054056592, -0.0023230196, 0.03999367, 0.043753807, 0.003063588, -0.01731856, -0.013823191, 0.008290244, 0.016949324, -0.08382676, 0.055040475, 0.051967587, 0.053922664) * inp_7_0_0; + result2 += M4(-0.16891643, 0.07061636, -1.4503644, -0.0056925244, -0.049581006, 0.033327784, -0.056672618, -0.019410936, -0.029678352, 0.022078699, 0.028606586, 0.048223116, 0.11085622, -0.16196068, 0.21870309, 0.13649808) * inp_7_1_0; + result2 += M4(0.11502068, 0.017529063, -0.23306581, -0.19868103, -0.034657627, -0.0044330903, 0.08659655, 0.114791095, 0.042793263, -0.04234944, -0.00694115, 0.08295241, 0.10340021, -0.13499334, 0.13025004, 0.13799603) * inp_7_2_0; + result2 += M4(0.09892189, -0.016424406, -0.2066706, 0.12350171, -0.03158015, 0.024397701, -0.00865445, 0.037127934, 0.0063031246, -0.04572847, 0.08756439, 0.031835385, 0.1180093, 0.009751706, 0.047152735, 0.11225161) * inp_7_0_1; + result2 += M4(-0.62929285, 0.397846, -0.6638081, 0.0013092268, 0.24246462, -0.07590893, 0.13833924, -0.10425346, -0.04332452, 0.045004047, 0.043573678, 0.08407402, 0.16554138, -0.2627138, 0.23132728, 0.058877945) * inp_7_1_1; + result2 += M4(0.110183395, -0.07977462, 0.0122079495, -0.18582295, 0.14411642, 0.02603325, -0.037123483, 0.065656975, 0.021856556, -0.08003947, 0.04024855, 0.0008351486, 0.23239839, -0.17722906, 0.063009135, 0.17553511) * inp_7_2_1; + result2 += M4(0.10135686, -0.047256086, 0.007585672, 0.007102436, 0.003607729, -0.043348387, 0.04746483, -0.018561093, 0.06902273, -0.032546375, 0.046427876, 0.021165675, 0.02319588, -0.015397912, -0.052085582, 0.053064834) * inp_7_0_2; + result2 += M4(-0.10677383, -0.13637324, 0.024599362, 0.039329786, 0.060702775, -0.057782713, -0.054117203, -0.024914186, -0.10224434, 0.08296002, -0.001128595, 0.07357599, 0.13979411, 0.031920835, 0.028207088, 0.09893815) * inp_7_1_2; + result2 += M4(-0.046456262, -0.019670827, -0.078224815, -0.078441784, 0.13658261, 0.040628888, 0.024616253, -0.009235978, 0.059899412, -0.056890212, 0.007007438, 0.012702514, 0.06479871, -0.099561945, -0.09196759, 0.021337587) * inp_7_2_2; + result3 += M4(0.2770843, 0.013149988, -0.042622216, 0.041015144, -0.22036408, 0.080840014, 0.011452011, 0.022036038, 0.13456473, -0.063971974, 0.0018988677, -0.023521842, -0.0006928711, 0.096433185, 0.13893716, 0.11341459) * inp_7_0_0; + result3 += M4(0.44847995, -0.73745227, 0.1682718, -0.3265818, -0.37244025, 0.058515035, 0.015252173, 0.032462012, 0.16546327, -0.04892529, -0.023886753, -0.05649095, 0.080640405, 0.16599071, -0.033286024, -0.22828318) * inp_7_1_0; + result3 += M4(0.0057077277, -0.13732924, -0.07188825, 0.0715182, -0.10463529, -0.039711874, 0.06204329, 0.022880994, 0.10745927, -0.027616361, -0.014605211, -0.031169904, -0.21925765, -0.05121392, 0.026651358, -0.032939285) * inp_7_2_0; + result3 += M4(0.123817965, 0.021003744, -0.084730506, 0.06836476, -0.3755028, 0.099626854, -0.08390442, 0.025404619, 0.22355863, -0.04411984, 0.09736561, -0.013341983, 0.08997362, 0.056509376, 0.034114253, 0.043466788) * inp_7_0_1; + result3 += M4(0.44270706, -0.0683795, 0.41327858, -1.166456, -0.5600959, 0.026772229, -0.22455886, 0.11989965, 0.0923035, -0.008618152, 0.0827072, -0.0921251, -0.14101982, 0.09475878, -0.055802915, 0.12503462) * inp_7_1_1; + result3 += M4(-0.3582938, -0.15613678, -0.078350164, -0.27746207, -0.41561893, 0.028780913, -0.078577, 0.18830773, 0.07804633, -0.036509305, -0.06176025, 0.0069189426, -0.11904288, -0.09882205, 0.23796675, 0.14364761) * inp_7_2_1; + result3 += M4(-0.029145889, -0.018105073, 0.05896387, 0.0029995858, -0.16947377, 0.022588518, -0.057111166, 0.07239648, 0.17606618, -0.009242618, 0.014176087, -0.08714544, -0.025814915, 0.090591304, 0.045414526, 0.08219933) * inp_7_0_2; + result3 += M4(0.041378107, -0.17849189, 0.08720181, -0.646194, -0.16831556, 0.05882143, -0.03847985, 0.23061049, 0.1389938, -0.05897706, -0.003541238, 0.09181541, -0.05018364, 0.21415457, 0.12638731, 0.44888103) * inp_7_1_2; + result3 += M4(0.018162427, -0.0051253447, -0.011680524, -0.107667096, -0.07367797, 0.026347395, 0.014787265, 0.057079323, 0.09755196, -0.033560645, -0.011545112, 0.0075151133, 0.0658228, -0.009581344, 0.08284546, 0.3095749) * inp_7_2_2; + result4 += M4(-0.079737715, -0.40348387, -0.26426393, -0.011289091, 0.0008866716, 0.08877403, 0.029058682, -0.002246997, -0.059729423, -0.088090286, -0.028212033, 0.009995482, -0.11797592, 0.09991555, -0.053679023, 0.013930643) * inp_7_0_0; + result4 += M4(0.57345444, -0.09387439, 0.35804713, -0.19315228, -0.017343676, 0.020514041, 0.14166196, 0.048639208, -0.08445982, -0.048066605, -0.077345535, -0.056066938, -0.24219427, 0.05647145, -0.2837218, -0.29364616) * inp_7_1_0; + result4 += M4(0.085741974, -0.49717352, 0.02962002, -0.033564236, 0.013486055, -0.11915149, 0.043650985, 0.07057155, -0.03231146, -0.050805684, 0.0388232, -0.0038629111, -0.11800806, 0.16445115, -0.20787911, -0.22196995) * inp_7_2_0; + result4 += M4(0.030490879, -0.4314764, -0.049261753, 0.18679148, -0.05455237, 0.015970761, 0.08853225, -0.13648161, -0.028622895, -0.1687855, -0.086259864, 0.08524485, -0.15395486, 0.100878164, 0.1540579, 0.09067588) * inp_7_0_1; + result4 += M4(0.42765537, -1.9201854, 0.010603859, -0.6963597, 0.015766239, 0.35401875, -0.010124867, 0.013946631, -0.10193607, -0.032334324, 0.09939644, 0.025689755, -0.08708885, 0.14129621, 0.18144359, -0.12881632) * inp_7_1_1; + result4 += M4(0.19141695, -0.18786584, -0.376979, 0.015583803, 0.025960565, 0.1198561, 0.09320064, 0.04630147, -0.01210611, -0.115236856, -0.046195645, -0.009790737, -0.13853866, 0.0087757865, -0.08943575, 0.070630655) * inp_7_2_1; + result4 += M4(-0.0010412656, -0.07117385, -0.006827727, -0.042927478, -0.041195534, 0.06866054, 0.07333482, 0.022468455, -0.029916646, -0.090581685, -0.0010470517, 0.039250698, -0.049642786, -0.013365773, 0.00030125616, 0.11373884) * inp_7_0_2; + result4 += M4(0.06734494, -0.15719602, -0.09600298, -0.46393052, -0.03186202, 0.11232978, 0.092726916, 0.19069138, 0.05551586, -0.11680064, -0.007558469, 0.035032336, -0.080813065, 0.18509631, 0.0031644418, 0.3684431) * inp_7_1_2; + result4 += M4(0.049931854, 0.027430901, -0.02175178, -0.0431114, -0.06867864, 0.10252557, -0.099218115, -0.033484507, 0.07566836, -0.11976758, 0.034866773, 0.09144374, 0.027752424, 0.042649746, 0.14925283, 0.31625772) * inp_7_2_2; + result5 += M4(-0.10893411, -0.008008089, -0.033243228, -0.34840506, 0.13377258, -0.07408689, 0.055212706, 0.14590612, -0.075179085, 0.019402541, -0.05829244, -0.15030795, -0.118763804, -0.00339957, -0.17599902, -0.0661123) * inp_7_0_0; + result5 += M4(0.10968293, 0.12893628, 0.41332203, 0.4638949, 0.19314818, -0.06839382, 0.044725202, 0.14144407, 0.03231626, 0.1284611, -0.0041659335, -0.45071155, 0.09169449, 0.11251113, -0.19100508, -0.4401045) * inp_7_1_0; + result5 += M4(-0.116008095, -0.4304109, 0.0067123496, -0.2914923, 0.096316285, -0.07121619, 0.07716929, 0.060829744, -0.02667789, 0.04735419, -0.071996935, -0.2833726, -0.120445386, -0.30460852, -0.21741919, -0.5111675) * inp_7_2_0; + result5 += M4(0.15396431, 0.059088722, 0.019183923, -0.033558667, 0.1326206, -0.0015199828, 0.11263575, 0.054716207, -0.03429147, 0.057047248, -0.048843246, -0.23856844, -0.08047074, -0.0583619, -0.15793824, -0.24397174) * inp_7_0_1; + result5 += M4(-0.10265652, 0.35704884, 0.43083915, 0.41368887, 0.12113184, -0.091761775, 0.006309817, 0.017715422, -0.11447838, 0.0012242236, -0.10764651, -0.42687738, 0.039671645, -0.21236551, -0.039478373, -0.30968052) * inp_7_1_1; + result5 += M4(0.18843968, -0.2350124, -0.019170957, -0.0691535, 0.09529857, -0.100980476, -0.06172172, 0.20962296, -0.028389372, -0.06276643, -0.0602007, -0.27551156, -0.15288739, -0.2860923, -0.051773462, -0.34352845) * inp_7_2_1; + result5 += M4(0.024042439, -0.005430514, 0.04384521, 0.045466665, 0.07861826, -0.08976203, 0.004388678, 0.06327909, 0.041972958, 0.03819288, -0.03636325, -0.21627569, 0.052073456, 0.063, -0.0017517147, 0.17293297) * inp_7_0_2; + result5 += M4(-0.039760187, -0.06190854, 0.05333062, -0.063601844, 0.09475966, -0.054131187, 0.020155566, 0.23628078, -0.020934671, -0.032518595, -0.008303033, -0.28182665, 0.014770909, -0.006195597, -0.024138452, 0.14770478) * inp_7_1_2; + result5 += M4(0.0033399519, -0.045446016, 0.022862913, 0.03829475, -0.02759851, -0.0657359, 0.049873903, 0.06989323, 0.05821027, 0.013484184, -0.048395537, -0.34920686, -0.016318822, -0.08493274, -0.027380776, 0.13732822) * inp_7_2_2; + result6 += M4(0.063858, 0.17975937, 0.27430567, 0.070124075, 0.010893028, 0.1625576, 0.08223857, 0.023882516, 0.05555982, -0.45737204, -0.012592253, 0.008212768, 0.018622011, -0.21203488, 0.03804557, -0.10322732) * inp_7_0_0; + result6 += M4(0.22367126, -0.27785185, -0.5485573, 0.032211665, -0.085173056, 0.22053249, -0.02428382, -0.011948985, 0.1814899, -0.16410795, -0.0024127504, 0.006097258, -0.028911812, -0.2904567, -0.10260736, -0.019928899) * inp_7_1_0; + result6 += M4(-0.26699287, 0.014501981, 0.0024913673, -0.03131132, -0.015583287, 0.07814092, 0.05178981, 0.010634761, 0.061294556, -0.17706826, 0.029143605, 0.0014303023, 0.16574372, -0.05003147, 0.56075877, -0.046562485) * inp_7_2_0; + result6 += M4(0.14946893, -0.18638834, 0.16153859, -0.28075913, 0.05694367, 0.14506286, 0.019418847, -0.010065474, 0.040359017, -0.88142097, -0.031873234, -0.006095112, 0.0043407925, -0.42950183, 0.03937959, -0.014487534) * inp_7_0_1; + result6 += M4(-0.04213115, 0.039264034, -1.476328, 0.22680476, 0.06273493, 0.11199137, 0.25075033, 0.021825919, 0.048435688, -0.6183676, 0.085707314, -0.056665014, 0.031227764, -0.32503843, -0.030608246, 0.07617304) * inp_7_1_1; + result6 += M4(0.05376526, 0.22797531, 0.40660712, -0.033960424, 0.08294127, 0.08539029, 0.015474785, 0.034975685, 0.02849205, -0.19692415, 0.07359567, 0.031673267, -0.012328677, -0.07949001, 0.38798198, 0.016132504) * inp_7_2_1; + result6 += M4(0.05585863, 0.00093287084, 0.019845022, -0.03503344, 0.11194936, 0.17812492, 0.06366071, 0.01418595, 0.018196419, -0.31741604, 0.026138872, -0.01738281, 0.03510042, -0.41914243, -0.023240814, -0.002430336) * inp_7_0_2; + result6 += M4(-0.02000724, 0.11472896, -0.022283651, -0.015328622, 0.14447932, 0.2224949, -0.006977726, -0.006962552, -0.026312059, -0.10852069, 0.055961847, 0.016283438, 0.18790397, -0.11394312, -0.09107971, 0.0045249294) * inp_7_1_2; + result6 += M4(0.010605566, 0.0784789, -0.036820155, 0.008404077, 0.11753294, 0.0987805, 0.107818775, -0.015405861, -0.006504625, -0.16418372, -0.007620516, 0.026731528, 0.092712246, 0.13523081, 0.004538151, 0.01887436) * inp_7_2_2; + result7 += M4(-0.04576845, -0.33329424, -0.14109035, 0.08503191, 0.013913061, 0.015043651, 0.106135435, 0.034806777, 0.04579647, -0.10357108, 0.2137351, 0.012389517, 0.11726017, 0.04425815, 0.08580434, -0.02033563) * inp_7_0_0; + result7 += M4(-0.08590565, -0.22857638, 0.34313104, -0.31230778, -0.069640994, -0.069582544, 0.1658746, 0.029551849, 0.053820264, -0.08880734, 0.20652655, -0.018208902, 0.104174234, -0.08724792, 0.2592679, -0.0037244805) * inp_7_1_0; + result7 += M4(0.0016008765, 0.022337046, -0.08957179, 0.16456534, -0.06976552, 0.20566517, -0.3157708, 0.016905164, -0.0012781883, -0.011794765, 0.19740543, 0.019428613, 0.15914935, 0.060073264, 0.07994299, -0.06332651) * inp_7_2_0; + result7 += M4(0.09119301, -0.20002475, -0.07669936, 0.1643349, -0.060126692, 0.16764893, -0.11436837, 0.015953891, 0.052920435, -0.059379105, 0.2306045, 0.025482927, -0.040881097, 0.1826107, -0.049378753, 0.008433811) * inp_7_0_1; + result7 += M4(0.027494263, -0.3948501, 0.13247472, 0.39170027, -0.112362884, 0.026262274, -0.1713266, -0.016728168, -0.009385176, -0.042910732, 0.12577814, 0.00023914242, 0.023254072, 0.04880443, -0.26621515, -0.0038994795) * inp_7_1_1; + result7 += M4(0.011830901, -0.63424397, 0.21526353, 0.23073396, -0.018827513, 0.078263186, 0.002266272, -0.0144259, -0.0065053087, -0.08099685, 0.07995013, -0.028439919, 0.031789385, 0.1926061, -0.08635181, -0.071400106) * inp_7_2_1; + result7 += M4(0.039354414, -0.0734294, -0.014211014, 0.017328981, 0.04569441, 0.09054408, -0.1105997, 0.0002912659, 8.348863e-05, -0.052722927, 0.13510354, -0.0033420618, 0.04445888, -0.019111622, -0.0010565611, 0.006738578) * inp_7_0_2; + result7 += M4(0.029739989, -0.11730508, 0.15684448, -0.037513692, 0.020392368, 0.15130892, 0.011011553, -0.0030526363, -0.036450185, -0.17872739, 0.17532124, -0.003100543, 0.0442909, 0.0076653264, 0.05813181, -0.030679816) * inp_7_1_2; + result7 += M4(0.012197272, -0.052711457, 0.097683325, 0.06498083, 0.054925352, -0.04803322, 0.14027563, -0.018213192, 0.00988908, -0.111124165, 0.048256498, 0.014215208, 0.02339212, -0.007800636, -0.25679168, 0.037007354) * inp_7_2_2; + const ivec2 output_base = ivec2(gl_GlobalInvocationID) * ivec2(4, 2); + imageStore(out_image, output_base + ivec2(0, 0), max(result0, V4(0.0))); + imageStore(out_image, output_base + ivec2(1, 0), max(result1, V4(0.0))); + imageStore(out_image, output_base + ivec2(2, 0), max(result2, V4(0.0))); + imageStore(out_image, output_base + ivec2(3, 0), max(result3, V4(0.0))); + imageStore(out_image, output_base + ivec2(0, 1), max(result4, V4(0.0))); + imageStore(out_image, output_base + ivec2(1, 1), max(result5, V4(0.0))); + imageStore(out_image, output_base + ivec2(2, 1), max(result6, V4(0.0))); + imageStore(out_image, output_base + ivec2(3, 1), max(result7, V4(0.0))); +} + +//!DESC ArtCNN C4F32 DS (Conv2D-3-ReLU) +//!COMPUTE 48 32 12 16 +//!HOOK LUMA +//!BIND conv2d_2 +//!SAVE conv2d_3 +//!WIDTH LUMA.w 4.0 * +//!HEIGHT LUMA.h 2.0 * +//!COMPONENTS 4 +//!WHEN OUTPUT.w LUMA.w / 1.3 > OUTPUT.h LUMA.h / 1.3 > * +#extension GL_EXT_shader_explicit_arithmetic_types_float16 : enable +#ifdef GL_EXT_shader_explicit_arithmetic_types_float16 +# define V4 f16vec4 +# define M4 f16mat4 +# define F float16_t +#else +# define V4 vec4 +# define M4 mat4 +# define F float +#endif + +const ivec2 ksize = ivec2(3, 3); +const ivec2 offset = ksize / 2; +const ivec2 wg_size = ivec2(gl_WorkGroupSize); +const ivec2 isize = wg_size + ksize - 1; +shared V4 inp[8][isize.y][isize.x]; +void hook() { + const uvec2 local_xy = gl_LocalInvocationID.xy; + ivec2 base = ivec2(gl_WorkGroupID) * wg_size; + for (uint y = local_xy.y; y < isize.y; y += wg_size.y) { + for (uint x = local_xy.x; x < isize.x; x += wg_size.x) { + const ivec2 input_base = (base + ivec2(x,y) - offset) * ivec2(4, 2); + inp[0][y][x] = V4(conv2d_2_mul * texelFetch(conv2d_2_raw, input_base + ivec2(0, 0), 0)); + inp[1][y][x] = V4(conv2d_2_mul * texelFetch(conv2d_2_raw, input_base + ivec2(1, 0), 0)); + inp[2][y][x] = V4(conv2d_2_mul * texelFetch(conv2d_2_raw, input_base + ivec2(2, 0), 0)); + inp[3][y][x] = V4(conv2d_2_mul * texelFetch(conv2d_2_raw, input_base + ivec2(3, 0), 0)); + inp[4][y][x] = V4(conv2d_2_mul * texelFetch(conv2d_2_raw, input_base + ivec2(0, 1), 0)); + inp[5][y][x] = V4(conv2d_2_mul * texelFetch(conv2d_2_raw, input_base + ivec2(1, 1), 0)); + inp[6][y][x] = V4(conv2d_2_mul * texelFetch(conv2d_2_raw, input_base + ivec2(2, 1), 0)); + inp[7][y][x] = V4(conv2d_2_mul * texelFetch(conv2d_2_raw, input_base + ivec2(3, 1), 0)); + } + } + + barrier(); + V4 result0 = V4(0.054830547, 0.0012965808, 0.0064878096, 0.03045313); + V4 result1 = V4(-0.010292834, -0.017231606, 0.048370507, 0.0039505763); + V4 result2 = V4(-0.026531944, 0.012619296, -0.0048070257, -0.015144841); + V4 result3 = V4(-0.008347533, 0.010614438, -0.011837911, 0.009907202); + V4 result4 = V4(0.0066377404, -0.004486842, -0.018436108, -0.025362387); + V4 result5 = V4(-0.008088878, -0.01595404, 0.0020544769, -0.010945363); + V4 result6 = V4(0.019478869, 0.046713892, 0.043661587, 0.0020997524); + V4 result7 = V4(-0.008225499, 0.005836407, 0.00083672185, -0.028556151); + const V4 inp_0_0_0 = inp[0][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_0_1_0 = inp[0][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_0_2_0 = inp[0][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_0_0_1 = inp[0][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_0_1_1 = inp[0][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_0_2_1 = inp[0][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_0_0_2 = inp[0][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_0_1_2 = inp[0][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_0_2_2 = inp[0][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.10982058, -0.012740591, -0.006514866, 0.091516994, 0.29076537, 0.04349718, -0.009592644, 0.120071895, 0.29256305, 0.031112367, 0.047033552, 0.063008554, 0.2589514, 0.016059287, -0.0016483165, 0.10072922) * inp_0_0_0; + result0 += M4(-0.009976189, -0.034660067, -0.05988702, -0.037850473, -0.39774182, 0.008394261, -0.028436223, -0.22318241, 0.041616186, 0.01329385, 0.091405146, 0.0769655, -0.8712419, -0.050434224, -0.02453685, -0.031755432) * inp_0_1_0; + result0 += M4(-0.1691034, -0.033751413, -0.00948145, 0.0715841, -0.255899, 0.0100278435, -0.074026436, -0.20854044, 0.26269788, -0.015019593, -0.004113398, -0.1179569, 0.461238, -0.027665736, 0.07147676, -0.009157258) * inp_0_2_0; + result0 += M4(0.12896824, 0.09816039, 0.060741358, 0.08859413, -0.6366761, -0.046409193, 0.09188169, 0.11090699, -0.12806052, 0.028848626, -0.027123263, -0.106597364, -0.04566316, -0.016934546, -0.12885474, 0.13219365) * inp_0_0_1; + result0 += M4(-0.017897213, 0.25291327, 0.3699928, 0.3285568, -0.34114113, 0.016561827, 0.301675, -0.042429924, -0.3662829, -0.06127097, 0.04657896, -0.2437102, -0.384972, 0.08152618, -0.04296214, -0.28528953) * inp_0_1_1; + result0 += M4(0.08983714, 0.028156592, -0.075813256, -0.0015062761, -0.62384427, 0.026193274, -0.0770493, -0.29609, 0.41501474, -0.0013042127, 0.08811731, -0.0047251973, 0.07794938, -0.00055200455, 0.004936193, 0.0004992934) * inp_0_2_1; + result0 += M4(0.1599993, 0.051199175, -0.041085795, 0.14333038, 0.101438776, -0.0034577614, -0.054910917, 0.04861873, -0.1797071, -0.024281384, 0.10847992, -0.02191547, -0.33707967, -0.035223458, -0.010600252, 0.044390634) * inp_0_0_2; + result0 += M4(-0.059028365, 0.00056772155, 0.03863578, -0.13610825, -0.19611482, 0.01729689, -0.006402672, -0.019272286, -0.05055594, 0.013851041, 0.09243736, -0.02772995, 0.45680425, 0.047742736, -0.062269267, 0.14888741) * inp_0_1_2; + result0 += M4(0.07281392, 0.010458436, -0.015886214, 0.112827696, -0.1359395, 0.012323563, -0.016377, 0.03181373, -0.12467687, -0.006931877, 0.06592483, 0.018392684, -0.20582324, 0.019906094, 0.031877812, 0.07099835) * inp_0_2_2; + result1 += M4(-0.020107215, -0.05823192, 0.031058766, 0.031742103, -0.043240853, 0.024135886, 0.025899712, 0.09811553, 0.04911715, -0.07329647, -0.09429901, 0.08409397, -0.050274916, 0.05744452, -0.024009125, 0.030989407) * inp_0_0_0; + result1 += M4(-0.15032606, 0.09779696, -0.0343981, -0.12072217, -0.14514653, 0.04845875, -0.38898492, -0.06414933, -0.059351712, -0.1031306, -0.00257354, 0.012975814, 0.03865802, -0.10297252, -0.090366215, 0.113541104) * inp_0_1_0; + result1 += M4(0.006900664, -0.057086907, 0.053365584, 0.012915767, 0.03874495, -0.016744567, -0.08258552, 0.18280841, 0.020274008, 0.02681632, -0.06740229, -0.023802891, 0.050390042, 0.064588524, 0.0024872737, 0.11499453) * inp_0_2_0; + result1 += M4(0.08900168, -0.024585227, -4.393836e-05, -0.028076846, -0.11092466, 0.01795373, 0.08868382, 0.0009326618, -0.0005106514, 0.048026018, -0.0717146, -0.0043635056, -0.097015284, 0.09610532, 0.001636637, -0.02076414) * inp_0_0_1; + result1 += M4(-0.15526688, -0.1691233, 0.0693444, 0.12443224, 0.066984996, -0.49856913, -0.09991012, -0.28552386, 0.047772437, -0.05612997, -0.15591313, 0.037226766, 0.1865264, -0.57897836, -0.079939954, -0.51583236) * inp_0_1_1; + result1 += M4(-0.029476834, 0.11924295, 0.121609665, -0.021347066, -0.005625574, 0.13789868, 0.115449235, 0.3076058, -0.027459567, 0.059878554, -0.17003097, -0.06481992, 0.05404227, 0.041201327, 0.01696872, -0.029329) * inp_0_2_1; + result1 += M4(-0.0060892333, 0.05331656, 0.110168815, 0.10189149, 0.03358667, -0.097010806, -0.12102958, -0.097367086, -0.0052978084, 0.046278205, -0.06052234, 0.049059737, 0.0020159371, -0.080543764, -0.057223875, 0.012026612) * inp_0_0_2; + result1 += M4(-0.10299796, -0.17477255, 0.005007318, 0.2004568, -0.020753425, -0.027088644, -0.18493366, 0.03994144, -0.1488216, 0.11311822, 0.0015615877, -0.04890067, 0.07713986, 0.18248764, -0.24135862, -0.09876588) * inp_0_1_2; + result1 += M4(-0.147391, 0.056327097, -0.029427713, -0.17713077, -0.04469036, 0.060747553, -0.063875146, -0.0080002025, -0.027666062, 0.07703426, -0.090916045, -0.10940525, 0.0389736, 0.031133438, 0.05053823, 0.028630167) * inp_0_2_2; + result2 += M4(-0.057276152, 0.00078679423, 0.0408744, 0.022297073, 0.015301215, -0.04425997, 0.037435897, 0.06761282, 0.048210915, 0.01085797, -0.019703774, 0.030927764, 0.14718978, 0.12519802, 0.16016772, 0.03417672) * inp_0_0_0; + result2 += M4(0.0084984405, -0.036148183, -0.007619507, -0.05109775, -0.047221463, -0.1615655, -0.04290973, 0.0075745117, 0.08399659, 0.11573714, -0.0517214, -0.039162513, -0.0467893, 0.1202751, 0.066238165, -0.093324155) * inp_0_1_0; + result2 += M4(-0.04199616, 0.056634095, 0.02235933, 0.022045027, 0.11466109, -0.009668763, 0.13878249, 0.025846217, 0.07263205, -0.008121716, -0.039129794, 0.047639374, 0.09433126, 0.02704143, 0.071120635, -0.05351851) * inp_0_2_0; + result2 += M4(-0.05992555, 0.10942353, 0.0031044867, -0.045486856, 0.18733808, 0.0028055531, -0.09175669, -0.030181708, 0.08488209, -0.030838845, -0.057479724, 0.00064490386, -0.07514476, -0.09360068, 0.17441988, 0.026088655) * inp_0_0_1; + result2 += M4(0.22528516, 0.14562652, -0.36024526, 0.10402698, 0.3946752, -0.11583821, -0.1981431, -0.082013644, 0.11698827, -0.075526804, -0.11166025, -0.21014425, -0.23172316, -0.40062264, 0.43937913, 0.19389632) * inp_0_1_1; + result2 += M4(0.026450804, -0.066216044, 0.033631686, 0.10120838, -0.11859728, -0.1559114, 0.016163705, 0.16819659, 0.069713905, 0.026020955, -0.15332925, 0.020154823, 0.0446039, 0.10539022, 0.055499826, 0.0130553115) * inp_0_2_1; + result2 += M4(-0.1684037, -0.116589256, 0.11253206, -0.008386985, 0.11980866, 0.050803475, 0.050068505, 0.022354554, 0.19349831, -0.11571167, -0.04694596, -0.0054878863, -0.03736956, 0.08897893, 0.12670177, 0.033199914) * inp_0_0_2; + result2 += M4(-0.43475744, 0.13772966, 0.237789, -0.22752352, 0.21577641, 0.08492413, -0.096339256, 0.033130866, 0.08949253, 0.023196192, -0.099681474, -0.08569851, -0.104312934, 0.16826648, 0.057733756, -0.008398696) * inp_0_1_2; + result2 += M4(0.061192896, 0.034518342, 0.05700942, -0.15431897, -0.020047251, -0.10320459, -0.008780876, 0.008486292, 0.07375619, 0.041690726, -0.12648103, 0.0077065364, 0.09187749, -0.09938572, -0.059948005, -0.023804665) * inp_0_2_2; + result3 += M4(-0.06725944, 0.03286578, -0.007734225, 0.026448352, -0.085323654, -0.026685596, -0.053297203, -0.20300888, 0.025629446, 0.0025500143, 0.016327277, 0.048129305, 0.012929533, 0.0583211, 0.05188446, 0.13630399) * inp_0_0_0; + result3 += M4(-0.02862313, -0.08906275, -0.06691831, -0.02449247, 0.2138148, 0.021986913, 0.016723104, -0.5861432, -0.12450941, -0.061607152, 0.01106368, 0.010797367, 0.1372415, 0.08150557, 0.013545674, -0.15680812) * inp_0_1_0; + result3 += M4(0.043749206, 0.06667972, 0.03642912, -0.008158083, 0.2948974, -0.03496908, 0.0906917, -0.14049256, 0.013556757, -0.11214098, 0.0010274185, 0.041708805, 0.108135685, -0.0786029, 0.013609907, 0.079803474) * inp_0_2_0; + result3 += M4(-0.022389261, 0.07272213, 0.05119382, 0.079796635, -0.14026248, -0.017950958, -0.16332246, -0.037766658, -0.032462332, 0.008219144, 0.039300688, 0.013795919, 0.0014832972, -0.06991738, -0.12428483, -0.0060676765) * inp_0_0_1; + result3 += M4(-0.31921273, -0.0703039, -0.10103519, 0.3126733, -0.7845808, -0.07435058, -0.056235623, 0.053529203, -9.007399e-05, -0.03541949, -0.09128613, -0.042781524, 0.037208367, -0.28883278, 0.28332347, -0.07338347) * inp_0_1_1; + result3 += M4(0.12874386, 0.03007934, 0.027846077, 0.051513646, 0.25407577, -0.004487952, 0.10492367, -0.050154407, -0.06282506, -0.018956054, -0.10584363, -0.03215706, -0.14389335, 0.09960718, 0.07148565, -0.020797543) * inp_0_2_1; + result3 += M4(0.15774553, 0.15204975, -0.06643703, -0.07841874, -0.08816316, -0.0052060243, -0.022231286, 0.049692273, 0.081600696, -0.006822501, -0.020093966, 0.0039005424, 0.02539474, 0.0426019, 0.011218777, 0.0012189132) * inp_0_0_2; + result3 += M4(0.21383998, 0.039247356, 0.25203094, -0.28953102, -0.25474125, -0.03827542, -0.08541483, -0.0069801663, 0.03193942, 0.071598805, -0.05606597, 0.019687962, -0.063227646, 0.024089387, 0.03058773, 0.120866746) * inp_0_1_2; + result3 += M4(0.03986828, 0.14077576, -0.13876048, 0.011365385, -0.0075535867, 0.08901462, -0.08254162, 0.07051075, -0.058690306, -0.024374142, -0.13574947, 0.05008099, 0.08815143, -0.010121152, -0.011422719, -0.03709452) * inp_0_2_2; + result4 += M4(0.051281404, -0.03782294, 0.025835853, -0.056877207, -0.07859473, 0.018050497, 0.08758217, -0.17096779, -0.022018308, 0.031662114, 0.00942085, -1.6647848e-05, -0.014446886, -0.047296382, -0.023423195, 0.016275676) * inp_0_0_0; + result4 += M4(0.0048740045, 0.020889705, 0.017901434, -0.011705453, 0.05204315, 0.057203855, 0.19615111, 0.06608282, 0.14422786, 0.08305203, 0.015646417, -0.19646332, 0.134904, 0.0556263, 0.03491973, 0.0024849037) * inp_0_1_0; + result4 += M4(-0.021601832, -0.01379818, -0.03194438, 0.06687667, -0.069935486, 0.09274412, 0.025026627, 0.047901314, -0.10800558, 0.05906842, 0.04834568, -0.003381115, -0.12542026, 0.03208325, -0.03488763, -0.060235254) * inp_0_2_0; + result4 += M4(0.020030232, -0.028058836, -0.0337571, 0.0776937, -0.15539144, 0.10156384, 0.010436925, -0.092925884, 0.06297018, 0.08137466, 0.07226492, 0.0673315, -0.12145713, 0.06252977, 0.06872234, -0.08176458) * inp_0_0_1; + result4 += M4(-0.18246815, 0.0984792, -0.16689564, -0.10678902, -0.13269553, -0.06485133, -0.10494646, -0.12062552, -0.1280414, 0.14527173, 0.03377167, -0.0032539053, 0.36644167, -0.6223342, 0.21247585, -0.47251016) * inp_0_1_1; + result4 += M4(0.04034909, 0.0533942, 0.0039818794, -0.23308986, 0.08956089, 0.073255755, 0.10276742, 0.1417679, -0.102938384, 0.08783126, 0.04735973, 0.052596416, -0.06803056, 0.14252707, -0.082245395, 0.4382288) * inp_0_2_1; + result4 += M4(-0.0977779, -0.001968041, -0.027544986, -0.17584802, 0.05022558, -0.0074931043, -0.006445876, -0.11201318, 0.017534407, 0.07563944, -0.009787373, -0.068408474, 0.08161332, -0.032400206, 0.09716443, 0.012793285) * inp_0_0_2; + result4 += M4(0.019772273, -0.16194232, 0.08118386, -0.11017329, -0.027476585, 0.11962858, -0.087394014, -0.25397804, 0.0011119988, 0.091664195, 0.076695554, -0.08385371, -0.052885603, 0.12951685, -0.04826801, 0.23776641) * inp_0_1_2; + result4 += M4(-0.066594854, 0.11551415, -0.07419491, 0.16868998, -0.07188582, 0.10680877, -0.042380374, 0.1910413, -0.13705616, 0.09942634, -0.023658782, 0.031736117, 0.06737333, -0.039768115, 0.038838893, -0.27369988) * inp_0_2_2; + result5 += M4(0.0154745225, 0.017104393, -0.0050691343, -0.087723784, 0.025048187, -0.06093857, 0.01625022, 0.11829746, -0.048894852, 0.053379536, 0.01184427, -0.101745844, -0.121396765, -0.0070769317, -0.014296338, -0.10671555) * inp_0_0_0; + result5 += M4(0.03211086, -0.10416982, 0.017256986, 0.053225942, 0.017530173, -0.22437902, 0.023781708, 0.016116241, -0.06763079, -0.0050163623, 0.029018518, -0.0822437, 0.059028234, -0.10730533, -0.01410919, -0.12963182) * inp_0_1_0; + result5 += M4(-0.018984515, -0.011460061, -0.011605786, -0.01051599, -0.029741142, 0.21336283, 0.016556146, -0.00938771, -0.058469325, -0.12141413, -0.008489555, -0.014319098, -0.061594155, -0.03190426, 0.0055355197, 0.16515489) * inp_0_2_0; + result5 += M4(-0.09325728, 0.20043908, -0.038125373, -0.10577004, -0.0085631255, -0.12915641, 0.02049322, 0.11545498, 0.08479529, 0.12962444, 0.030004704, -0.08601475, 0.10801825, -0.0316153, 0.0015300467, -0.1432845) * inp_0_0_1; + result5 += M4(-0.47656843, -0.08622528, 0.04650464, 0.058655147, 0.038684655, -0.1103069, 0.024933843, -0.0734585, -0.08502867, -0.056103922, -0.037508775, -0.06297659, 0.1651581, -0.13589522, -0.113060765, -0.012947148) * inp_0_1_1; + result5 += M4(-0.14323075, -0.52012247, -0.013353716, -0.11537064, -0.008263955, -0.16005804, -0.025743697, -0.035305392, 0.005480209, -0.010242344, -0.024090962, 0.062970884, -0.031443458, 0.14990155, 0.002599178, 0.017292667) * inp_0_2_1; + result5 += M4(0.06217138, -0.15589373, 0.0427672, -0.035835527, -0.022398526, -0.06286331, -0.029754438, 0.016399672, 0.0143705895, -0.10320985, -0.009439498, -0.079153724, -0.019458398, 0.093156576, -0.041739464, 0.12525265) * inp_0_0_2; + result5 += M4(-0.027242051, 0.042486157, 0.049183488, -0.12694106, 0.061916534, -0.03918012, 0.019351417, 0.03769737, 0.028784147, 0.024148377, 0.022552356, -0.006455193, 0.15982468, 0.046071324, 0.013818503, -0.03650466) * inp_0_1_2; + result5 += M4(-0.015875053, 0.02279782, 0.023816364, -0.17201911, 0.018937368, -0.21505135, 0.011202766, 0.04400766, -0.045916524, -0.13069485, -0.008001815, 0.061571945, 0.011856554, -0.1408151, 0.040537097, -0.1264704) * inp_0_2_2; + result6 += M4(0.005923681, 0.005352953, -0.05858726, -0.0147767225, -0.050185766, 0.42076784, -0.09101376, 0.05470133, 0.013834389, -0.059668437, -0.047901224, 0.009360044, 0.060512207, 0.0033295883, 0.019845197, -0.025903147) * inp_0_0_0; + result6 += M4(0.021825632, -0.036418106, -0.02204049, 0.010476625, 0.12299869, -0.120608255, 0.2828243, 0.054611277, -0.015105706, -0.18700546, -0.14215119, -0.0024587978, -0.06819282, 0.0014524257, 0.09742223, 0.09239228) * inp_0_1_0; + result6 += M4(-0.023038361, -0.021974817, 0.030154571, -0.05224688, 0.017465075, 0.0023901768, 0.1876502, -0.015490592, 0.027054146, 0.085192464, 0.031080857, 0.017735621, 0.06502142, 0.0020099327, -0.07679857, -0.053366505) * inp_0_2_0; + result6 += M4(0.27612054, -0.068569474, 0.06668788, -0.024399295, -0.0354254, -0.1653161, -0.08574822, 0.06265596, 0.12067656, -0.037515216, 0.087070346, 0.052339975, -0.16693386, 0.35158756, -0.033580568, 0.048351478) * inp_0_0_1; + result6 += M4(-0.1451627, -0.13946442, -0.28245252, 0.18192442, -0.3191277, 0.1618985, -0.09399271, 0.14887439, 0.265996, -0.14910762, 0.26838923, 0.053043276, -0.32943666, -0.15529445, 0.3741341, -0.08322686) * inp_0_1_1; + result6 += M4(-0.111949034, 0.19337775, -0.06063224, -0.0019687032, -0.06869703, -0.23666489, 0.19445013, 0.06011342, 0.074637, -0.04439144, -0.048433952, 0.023817211, 0.12003794, 0.0027114318, 0.004754325, -0.035510935) * inp_0_2_1; + result6 += M4(-0.007629276, -0.016277451, -0.04153511, -0.026758553, -0.020788198, -0.29086918, 0.04163388, 0.010739646, 0.085602984, 0.019719234, -0.024032822, 0.027797762, 0.020408398, -0.065539986, 0.0052375905, -0.0031114172) * inp_0_0_2; + result6 += M4(-0.275924, 0.0053848987, 0.15395723, -0.051964633, 0.0053957747, -0.00085099175, 0.02753248, 0.09841061, 0.089889795, 0.014566465, 0.020319387, 0.062932044, 0.21208787, 0.16902515, -0.1467211, -0.010305351) * inp_0_1_2; + result6 += M4(0.17459784, -0.00029953953, -0.08352034, -0.026927141, 0.055285975, 0.106429756, -0.067698866, 0.025931839, 0.12085982, -0.061094202, -0.16430715, 0.024005966, -0.05673644, -0.057041544, 0.037052598, 0.020889034) * inp_0_2_2; + result7 += M4(-0.050024923, -0.036741998, 0.007931197, -0.0029766373, 0.0649808, -0.05594009, 0.02902618, -0.02127805, -0.024034005, 0.0036661315, -0.002485365, -0.053174797, 0.021335995, 0.07008121, -0.046694595, 0.023708422) * inp_0_0_0; + result7 += M4(0.06528063, 0.0016456957, -0.042569224, 0.08140906, 0.021788433, 0.09517711, -0.0015035786, 0.006665169, -0.070820145, -0.0005145233, 0.013988036, 0.025469568, -0.001545416, -0.17194119, -0.033752214, 0.00048347015) * inp_0_1_0; + result7 += M4(-0.05239349, 0.03667953, -0.033824805, 0.07528028, -0.20120917, 0.109877646, 0.018602708, -0.013749203, 0.0040373662, 0.08121354, -0.013561525, -0.11111449, -0.07492937, -0.07009904, -0.052078832, -0.029187785) * inp_0_2_0; + result7 += M4(0.06349731, -0.099767044, 0.027604964, 0.06477159, -0.09783192, 0.046788488, -0.0028254415, 0.00043641008, -0.04802619, -0.036774475, -0.028270615, -0.03370047, -0.008838439, -0.056983374, -0.100692995, -0.0651946) * inp_0_0_1; + result7 += M4(-0.02697025, -0.270191, 0.11418859, 0.025727864, 0.071478225, 0.006399729, -0.036792737, -0.08307892, 0.043991014, 0.121841215, 0.04848309, -0.09797963, 0.22107884, 0.008562042, -0.1554039, 0.07078047) * inp_0_1_1; + result7 += M4(-0.08243478, 0.0020487066, 0.06639316, -0.085234255, -0.1592255, -0.11378887, -0.002977941, -0.7125677, 0.012963613, 0.11818882, -0.044977147, -0.0566414, -0.16333202, -0.07057539, 0.074934684, 0.101134926) * inp_0_2_1; + result7 += M4(-0.019556068, 0.029935293, -0.007651191, 0.028322104, -0.012664136, 0.034410194, 0.012694688, 0.03455805, 0.004967433, -0.005150465, -0.0062974123, 0.010333286, -0.041668605, 0.055488486, -0.0058849417, -0.0859952) * inp_0_0_2; + result7 += M4(0.032658786, 0.023452517, -0.099079505, 0.08692457, 0.07745965, 0.03449986, 0.01379791, -0.014052497, -0.030491939, -0.005606245, -0.021408932, -0.05623972, 0.025385473, 0.063120745, -0.0036256856, 0.019120505) * inp_0_1_2; + result7 += M4(-0.18216048, -0.016892454, 0.06824489, -0.33376846, -0.03804535, 0.014542662, 0.06660792, 0.089577034, 0.013053466, 0.030362114, 0.0005584482, 0.12014436, -0.00020366225, 0.0449048, 0.029045431, 0.08328062) * inp_0_2_2; + const V4 inp_1_0_0 = inp[1][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_1_1_0 = inp[1][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_1_2_0 = inp[1][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_1_0_1 = inp[1][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_1_1_1 = inp[1][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_1_2_1 = inp[1][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_1_0_2 = inp[1][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_1_1_2 = inp[1][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_1_2_2 = inp[1][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.30269557, 0.024474755, 0.072306074, -0.012991355, 0.17527738, 0.010800459, -0.00096780446, 0.072000556, -0.30456918, -0.005365625, 0.03481661, 0.16322997, -0.61982894, -0.063553266, -0.1000607, -0.10658447) * inp_1_0_0; + result0 += M4(0.16335219, 0.018097393, -0.0010507766, -0.07043353, -0.06914506, -0.037559446, 0.043663267, -0.027523873, -0.8229066, 0.07463837, 0.17863247, 0.024560291, -0.75537246, -0.005596127, 0.046378642, -0.10640086) * inp_1_1_0; + result0 += M4(0.16047691, 0.029817173, 0.0048504593, 0.0782252, 0.05638609, 0.06369435, -0.03562657, -0.0060637677, -0.1415451, 0.0072941426, 0.04346028, 0.098513216, 0.17277186, 0.026861845, 0.044620182, 0.035208605) * inp_1_2_0; + result0 += M4(0.3584926, 0.056591805, 0.08261641, -0.06662095, 0.09711191, 0.047636468, -0.025771942, -0.051268168, 0.7935556, 0.12037038, -0.23237751, 0.035849806, 0.6076683, 0.06551957, -0.02528956, 0.02825518) * inp_1_0_1; + result0 += M4(0.37324554, 0.11062583, 0.07739545, -0.2523104, -0.026436845, -0.06383766, -0.15515967, -0.12802836, 0.32211027, 0.07670768, 0.010752895, 0.06034309, 0.018552115, -0.019111773, 0.15711148, 0.033862527) * inp_1_1_1; + result0 += M4(-0.33724996, -0.0035219744, 0.0005007514, -0.19320634, -0.039336964, 0.027562212, -0.14899504, -1.6607336, -0.2617643, 0.100311756, 0.061402686, 0.026553908, 0.04316806, -0.010881177, -0.018212492, -0.0010177726) * inp_1_2_1; + result0 += M4(-0.43921602, -0.012323956, 0.14045729, 0.0633853, 0.077174604, -0.017157676, 0.12514064, 0.11404692, -0.071571626, 0.055610113, -0.0015186972, 0.0011426981, 0.03418083, 0.04378983, -0.075370684, 0.017247284) * inp_1_0_2; + result0 += M4(0.39954907, 0.046008635, 0.08850861, 0.05915571, -0.42833132, 0.016262649, 0.14638217, 0.035248242, -0.24839708, -0.02133576, 0.07961118, 0.10459972, -0.101847984, -0.010747174, 0.019404406, 0.10121528) * inp_1_1_2; + result0 += M4(-0.08269866, 0.00688575, 0.10716432, 0.05514754, -0.384778, 0.03511083, -0.7797304, 0.46902186, 0.1304648, -0.011732216, 0.056029465, -0.20490888, -0.36163238, -0.013551068, -0.09974534, -0.1968689) * inp_1_2_2; + result1 += M4(0.03181346, -0.005073577, -0.0132824015, 0.010721783, 0.03866599, -0.017298562, -0.044141285, 0.01892538, 0.027609875, 0.0690624, 0.13973358, 0.022184154, -0.022919571, -0.0404139, -0.0062865894, -0.18302135) * inp_1_0_0; + result1 += M4(0.036394123, -0.06723908, 0.05656019, -0.0487031, -0.004957291, 0.024583632, -0.06758531, 0.015293052, -0.07354126, -0.022916403, -0.1085896, 0.11678869, 0.042573653, 0.04405999, 0.06869961, -0.0046094386) * inp_1_1_0; + result1 += M4(-0.019397294, -0.09568965, 0.13015778, 0.08441093, -0.03433671, 0.002452876, 0.13544545, -0.025439415, 0.1073646, 0.11668207, -0.16208902, -0.032764878, -0.022722026, -0.16466609, 0.043614812, 0.07122477) * inp_1_2_0; + result1 += M4(-0.030047065, 0.0113305375, 0.08112173, 0.027220847, 0.032589316, 0.005793805, -0.09789739, 0.10665455, -0.05670955, 0.1605578, 0.20278448, 0.3262937, -0.03152907, -0.02711759, 0.1960279, 0.037902206) * inp_1_0_1; + result1 += M4(-0.06732175, 0.09075589, 0.059716046, 0.09257597, -0.03157995, -0.0699462, -0.009831851, -0.16099973, 0.20591694, 0.10295932, -0.6288529, 0.0024988367, -0.039713223, -0.25592822, 0.03758623, 0.06858805) * inp_1_1_1; + result1 += M4(0.06519385, 0.17362168, -0.09969061, -0.16651925, 0.11196604, 0.12122083, 0.035175093, -0.032635886, 0.043285746, 0.06778545, 0.16352718, -0.15932071, -0.04434414, 0.0003528175, 0.13820007, 0.1674394) * inp_1_2_1; + result1 += M4(0.11447479, -0.016538067, 0.021553246, 0.08342736, 0.010986007, -0.11829318, 0.11487773, -0.17347062, -0.027311489, -0.08904312, 0.036699004, 0.14675663, -0.1231484, 0.15359169, 0.08499425, 0.17710738) * inp_1_0_2; + result1 += M4(-0.075537615, 0.13846144, -0.04160933, 0.062621385, -0.0051212977, -0.024924116, 0.038809385, -0.20541279, 0.08553491, 0.061504062, -0.3024476, -0.1819159, 0.106576174, 0.027823731, 0.065816246, 0.1088652) * inp_1_1_2; + result1 += M4(-0.033302438, 0.08049959, -0.0025926507, -0.17453663, -0.49338788, 0.07417215, -0.20396125, 0.1693647, 0.06905949, 0.07936141, -0.14016181, -0.010198017, -0.057946414, -0.08739994, 0.22005717, 0.26872683) * inp_1_2_2; + result2 += M4(0.022753663, 0.035411138, -0.1354691, 0.0076684523, 0.019066427, -0.023406312, 0.052692134, -0.011588697, -0.022667633, -0.010193716, -0.0985684, 0.022027202, -0.058258355, -0.0876388, 0.026646296, -0.13696992) * inp_1_0_0; + result2 += M4(0.11024083, 0.0042924155, -0.17406626, 0.07390863, -0.060180243, -0.045007274, -0.06408562, -0.0891837, 0.10861634, 0.054801397, -0.2165749, 0.06857541, -0.047029186, -0.0654428, -0.04817841, 0.0420361) * inp_1_1_0; + result2 += M4(0.06859174, 0.18640882, 0.017156472, 0.03057497, 0.07479399, 0.024887502, 0.06418304, 0.02584432, -0.031406976, -0.005787644, -0.009339056, -0.008957542, 0.0103491, 0.057798054, -0.02751038, -0.03289279) * inp_1_2_0; + result2 += M4(0.07493084, 0.051820397, -0.16289212, 0.03160181, -0.08288271, 0.0661164, -0.16012284, 0.084629446, 0.19783445, -0.26249158, 0.07055087, 0.12808587, -0.022840956, 0.0036855547, 0.049803365, -0.059684306) * inp_1_0_1; + result2 += M4(0.22209504, -0.03546477, -0.19937533, 0.09869711, 0.10014813, -0.38678938, 0.4144948, 0.21822804, 0.11514099, 0.3643559, -0.41228855, -0.24910495, 0.086637005, 0.0053489283, -0.1275489, -0.070925) * inp_1_1_1; + result2 += M4(-0.060611747, 0.061933815, -0.08615913, -0.01295277, -0.14138399, 0.16389652, 0.08678853, 0.38904756, 0.01739179, -0.09852084, -0.20937067, 0.19373156, -0.054982513, 0.01186394, 0.02588956, 0.07218609) * inp_1_2_1; + result2 += M4(0.028843088, 0.12052598, -0.14811821, 0.019479118, 0.027513694, 0.16287196, 0.11698507, -0.103557646, 0.28963044, 0.0003964868, -0.05982367, 0.029035741, 0.0008978427, -0.23884556, -0.12006983, 0.020042367) * inp_1_0_2; + result2 += M4(0.14947018, -0.017167613, -0.19448759, 0.059883833, -0.06284381, 0.29311362, 0.36026067, 0.04379264, 0.1915929, -0.2665795, -0.12984599, 0.08890368, -0.00023197167, 0.10725576, -0.027011951, 0.009788535) * inp_1_1_2; + result2 += M4(0.050289962, -0.03545846, -0.042906597, 0.03214387, -0.6424356, 1.0542774, 0.42425898, -0.06613076, -0.024413206, -0.20536068, -0.043584146, -0.0047029504, -0.08573395, -0.12284028, 0.064642794, 0.05384897) * inp_1_2_2; + result3 += M4(-0.020012267, 0.012859643, 0.015370767, 0.07618518, -0.038946133, -0.0071750456, -0.03493357, -0.025624147, 0.09811349, 0.045265503, 0.025548207, 0.018746309, 0.12870269, 0.088603266, 0.028311914, -0.12095206) * inp_1_0_0; + result3 += M4(-0.13689539, 0.01248729, -0.04580356, 0.01621743, 0.12967376, 0.032390703, 0.12357428, -0.0989263, 0.11705827, -0.22203815, -0.09600206, 0.17552039, 0.11204767, 0.16064024, -0.085557, -0.01693152) * inp_1_1_0; + result3 += M4(-0.12909119, 0.022679834, -0.06860134, 0.02731248, -0.07287666, -0.04076358, -0.036916994, 0.07345657, 0.25613928, -0.23727654, 0.008401201, -0.21287763, -0.087643944, -0.0030912769, 0.01616772, 0.08233766) * inp_1_2_0; + result3 += M4(-0.0849945, 0.040283732, -0.0002361443, 0.05403328, 0.017037027, 0.0015854764, -0.023552608, 0.10702082, -0.2776833, -0.17257352, -0.20315248, 0.09896589, -0.07247323, 0.039611705, -0.08314167, -0.034638207) * inp_1_0_1; + result3 += M4(0.08833979, -0.025370013, 0.042159013, -0.04433219, 0.13150145, 0.12805696, 0.40037584, 0.25763384, 0.06593088, 0.1972655, 0.20752302, -0.26399875, -0.02485801, 0.07402455, -0.052619148, 0.066685215) * inp_1_1_1; + result3 += M4(0.08259008, 0.025988085, -0.14765613, -0.14172907, 0.056767177, 0.032773487, -0.24328338, 0.009497725, 0.21833076, -0.034707095, -0.046802852, -0.050703935, 0.11939457, 0.10291383, -0.030698648, 0.12951323) * inp_1_2_1; + result3 += M4(0.06176872, 0.05075453, 0.02771466, 0.022697663, -0.06550375, 0.11939141, 0.053551078, -0.017284516, -0.06873912, -0.15980148, -0.09160511, -0.07310046, -0.18072455, -0.15445977, -0.22140184, 0.09153849) * inp_1_0_2; + result3 += M4(-0.024409248, 0.0024001535, -0.07802349, 0.053587735, -0.12622099, -0.09523909, 0.20193392, 0.1647152, 0.117360495, 0.25452694, -0.10429262, 0.16203742, -0.09467241, 0.38643107, -0.1329574, 0.15046106) * inp_1_1_2; + result3 += M4(0.08801183, 0.079525605, -0.17040928, 0.039099287, -2.0701196, 1.0211174, -0.112164974, -0.11844553, 0.029075297, -0.11323424, 0.014148607, 0.1310756, 0.15000159, -0.30582106, 0.03360387, -0.14169903) * inp_1_2_2; + result4 += M4(-0.016603397, 0.013941391, -0.015546802, 0.1714543, -0.026720505, 0.014055414, 0.02051034, -0.029670438, -0.13825439, -0.044931296, -0.07340305, 0.22062492, -0.042984795, -0.10420866, -0.004644297, -0.009833013) * inp_1_0_0; + result4 += M4(-0.023275193, 0.04257238, -0.026264105, -0.0508946, 0.023640722, 0.040554818, 0.061302382, 0.018225372, -0.06066702, 0.02117856, 0.19365843, -0.17996845, -0.004065635, 0.006170249, -0.005316913, 0.1931039) * inp_1_1_0; + result4 += M4(-0.11080621, 0.12125387, -0.09969529, 0.07826912, -0.00467889, -0.08452116, -0.11980451, 0.024678951, -0.01928157, 0.044728525, 0.16327979, -0.26458976, 0.03224589, 0.02401515, -0.039033264, 0.053628873) * inp_1_2_0; + result4 += M4(-0.14608693, -0.007973844, -0.082519025, -0.05725343, -0.09058293, -0.07408936, 0.06420212, 0.1469696, -0.08183665, 0.19863471, -0.2528339, 0.16488287, -0.029332854, 0.020286981, -0.15635143, 0.30133048) * inp_1_0_1; + result4 += M4(-0.23231204, 0.10305437, -0.14025065, -0.2212385, 0.2867491, -0.064046875, 0.3145619, 0.055842843, 0.06859873, 0.22729145, 0.27076298, 0.15291668, 0.14494711, -0.049178306, -0.117558606, -0.1358841) * inp_1_1_1; + result4 += M4(-0.19027685, 0.0658207, 0.10741228, -0.013328404, 0.01085595, 0.021311216, -0.2613098, 0.036061294, -0.010575938, -0.13170883, 0.11104949, -0.66600585, 0.03113766, -0.02486045, -0.0242793, -0.11614288) * inp_1_2_1; + result4 += M4(-0.032819185, 0.014689205, -0.0027553523, -0.050498907, 0.025851093, 0.04340202, -0.013173224, -0.06984222, -0.18823458, -0.0840787, -0.12827387, -0.039105415, -0.055798266, 0.05020136, -0.07649838, 0.29797465) * inp_1_0_2; + result4 += M4(-0.2808994, 0.09720502, -0.000854193, -0.102636635, -0.12361861, -0.09703597, 0.089782685, -0.10886694, -0.07962227, 0.13679606, 0.123063125, 0.13545127, 0.023218371, 0.18287455, -0.15057807, -0.4666422) * inp_1_1_2; + result4 += M4(-0.15712953, 0.075165324, -0.040125176, 0.19242266, -0.25188085, 0.13886544, 0.61723804, 0.116459906, 0.03286226, -0.017309083, 0.011404921, -0.37526968, 0.045802023, -0.11269483, 0.10749571, 0.07697939) * inp_1_2_2; + result5 += M4(-0.03911439, 0.026189936, 0.007847939, -0.040387575, -0.038696777, 0.09524303, -0.018494349, -0.12762623, 0.020617101, -0.11656945, -0.008982797, -0.0022253338, 0.029266238, -0.23067324, -0.050875355, -0.084742144) * inp_1_0_0; + result5 += M4(-0.06777168, -0.21798666, -0.022399884, 0.067011766, 0.05105622, -0.089263536, 0.02690526, 0.11249946, -0.19087774, -0.07889786, -0.060218334, 0.27934235, 0.008272654, 0.18985388, -0.054262936, -0.06694628) * inp_1_1_0; + result5 += M4(-0.10240771, -0.04430134, -0.0037491682, 0.014672962, 0.033399668, 0.13299502, 0.023993675, 0.034441773, 0.15730496, -0.09426704, -0.0149276825, 0.10052365, -0.030169783, -0.17205209, 0.02082356, -0.012137901) * inp_1_2_0; + result5 += M4(0.00850388, -0.17375591, 0.021272168, -0.0028996866, -0.021047948, -0.102435, -0.059557483, -0.013514055, -0.04658541, -0.15552434, 0.08742993, -0.050793927, -0.022599846, -0.18440396, 0.019807735, -0.15563595) * inp_1_0_1; + result5 += M4(-0.023653727, -0.11540974, 0.099953406, 0.14761837, -0.0059183715, 0.19195135, 0.33243492, 0.105192214, 0.06144109, -0.48182294, -0.07469599, 0.06416651, -0.076081716, -0.12234789, 0.012383203, -0.22974844) * inp_1_1_1; + result5 += M4(-0.025606385, -0.161005, -0.0249916, 0.03627222, -0.1308855, 0.05132972, -0.015126548, -0.10892074, 0.14474423, -0.24236955, -0.08069982, 0.117432386, -0.0076897796, 0.0032170191, -0.031750042, -0.08547233) * inp_1_2_1; + result5 += M4(0.023146098, 0.08316227, 0.059037372, -0.055162914, -0.07097596, -0.049974356, -0.0436943, 0.04592139, -0.02501389, -0.04799623, 0.10315793, -0.06637637, 0.09045691, -0.6113871, 0.0697879, -0.0823258) * inp_1_0_2; + result5 += M4(0.03099753, 0.06475188, 0.060946546, -0.015843933, -0.16026522, -0.13000119, 0.19894855, -0.011193683, 0.14915963, -0.09406111, 0.033710547, 0.09237775, -0.011312366, -0.17021745, -0.036476675, -0.28746206) * inp_1_1_2; + result5 += M4(0.016429052, -0.05797785, 0.066454455, 0.07269945, 0.2145377, 0.133942, -0.044717114, -0.34782046, -0.08404225, -0.10399573, 0.014317495, -0.0896574, -0.097591184, -0.30324572, -0.010489775, -0.07374811) * inp_1_2_2; + result6 += M4(0.016494539, -0.121091604, 0.06054299, 0.03004157, -0.06542263, 0.058107913, -0.086591534, 0.026495336, 0.010657284, -0.061960723, 0.12176603, -0.071122155, 0.23403807, 0.10989286, 0.1848039, -0.056117553) * inp_1_0_0; + result6 += M4(-0.054966435, 0.07282338, -0.02435177, 0.021567814, 0.096014254, -0.023505222, 0.17366008, -0.014335525, -0.0011055338, -0.1318606, 0.086757325, -0.055904664, 0.17704555, -0.15156521, 0.17922059, 0.03214013) * inp_1_1_0; + result6 += M4(-0.0786131, -0.020328617, -0.04547878, 0.0013788455, -0.11473682, -0.012737104, -0.10713952, -0.011520205, -0.09900169, -0.16086456, 0.14561777, -0.035957765, 0.008269635, 0.017093785, -0.1037307, 0.0036418466) * inp_1_2_0; + result6 += M4(0.031397294, -0.07540801, -0.037602127, 0.06567893, 0.050398745, 0.08258671, 0.16388349, 0.009146902, -0.30595106, 0.39656153, -0.50477564, -0.0014968803, 0.061396755, 0.088925414, -0.08439351, 0.013863179) * inp_1_0_1; + result6 += M4(-0.10432704, -0.06577285, 0.093821384, 0.04107468, -0.07777119, -0.2249931, -0.24430999, -0.02417863, 0.17419653, -0.3386946, 0.16103752, 0.10330558, 0.07329377, 0.15135153, -0.32571897, -0.008295151) * inp_1_1_1; + result6 += M4(0.016331948, -0.06236673, 0.14914186, 0.14669977, -0.027860314, 0.11981889, 0.25596422, 0.03605577, -0.19203454, -0.3623619, 0.02186408, 0.19966854, -0.08421466, 0.07800755, 0.16180833, -0.050675165) * inp_1_2_1; + result6 += M4(0.12513113, -0.19236597, -0.055917047, 0.059285834, 0.04631141, -0.06637595, 0.069366336, 0.11438423, -0.026736215, 0.036037363, 0.021823253, -0.053096615, 0.14108121, 0.19560942, -0.30060548, -0.012995197) * inp_1_0_2; + result6 += M4(0.16300343, 0.12243012, -0.14078994, 0.036281344, -0.11110958, 0.1166609, 0.046082694, -0.047192413, 0.073975876, 0.31089678, -0.12439041, 0.037810072, 0.017263288, -0.108918145, 0.039634183, 0.022181584) * inp_1_1_2; + result6 += M4(0.18956064, -0.022126596, -0.14967448, 0.0975421, 0.8716915, 1.1406955, 0.18743217, -0.262032, 0.008468656, -0.16995469, 0.38257113, 0.07979466, -0.20802194, 0.17705217, 0.15278205, -0.052346867) * inp_1_2_2; + result7 += M4(-0.014168415, 0.0028227556, -0.011094773, 0.03414833, -0.016941529, 0.018039742, 0.023924772, 0.044051953, -0.06597208, 0.14796792, -0.00030572028, 0.0016482981, -0.039208032, 0.12105214, 0.012112879, -0.058318406) * inp_1_0_0; + result7 += M4(-0.02254172, 0.07434322, 0.030422486, 0.025256548, 0.060421214, 0.00039682197, 0.03704722, -0.003694749, -0.17357789, 0.08272758, 0.06215911, -0.077005, -0.0050363303, -0.019033076, -0.02483429, 0.043140613) * inp_1_1_0; + result7 += M4(-0.04218801, -0.13153923, 0.03815967, -0.07583708, -0.014611307, -0.14244065, -0.022095192, -0.08031202, -0.017516967, 0.3088922, -0.017189479, 0.06363921, 0.027827049, -0.053178754, -0.025168562, 0.025001332) * inp_1_2_0; + result7 += M4(-0.025126325, -0.00031959143, 0.0066268165, -0.016415348, -0.081795506, -0.08576364, 0.01052557, -0.016369233, -0.008558037, 0.05234396, 0.05808942, 0.06265084, 0.039303627, -0.10785717, -0.032388244, 0.176247) * inp_1_0_1; + result7 += M4(-0.18299799, -0.024562242, -0.029792702, -0.07807039, 0.16036591, 0.17115456, 0.14453392, 0.098073915, -0.09789746, -0.4444426, 0.2066417, 0.0061070966, -0.124437496, -0.23774308, 0.06040171, 0.09863888) * inp_1_1_1; + result7 += M4(-0.040129814, 0.123747505, 0.12618391, -0.58781093, 0.006509252, -0.052109238, -0.059657697, 0.05094686, 0.21263094, 0.1718124, 0.13251536, -0.29256305, -0.013811634, 0.036461562, -0.039024904, -0.08942828) * inp_1_2_1; + result7 += M4(-0.07205996, -0.023193875, 0.02413695, -0.005410371, -0.0329929, -0.05130934, 0.008741132, -0.037632667, 0.014091258, -0.019722303, -0.02750181, 0.020811226, -0.12573652, 0.03452404, -0.011810205, -0.08503362) * inp_1_0_2; + result7 += M4(-0.06660542, -0.004078647, 0.008184792, -0.15180305, 0.16185701, -0.10736026, -0.11906615, -0.20625357, -0.18091203, 0.03147689, 0.13583875, -0.16741589, -0.034853216, -0.05600319, 0.05886042, 0.1576273) * inp_1_1_2; + result7 += M4(-0.09327809, -0.05312218, 0.04556382, -0.39802355, 0.3064705, -1.3490797, 0.3018286, 0.23860133, 0.061773017, 0.13580303, 0.05393095, -0.18875845, -0.04584805, 0.009606055, -0.007949275, -0.08936126) * inp_1_2_2; + const V4 inp_2_0_0 = inp[2][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_2_1_0 = inp[2][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_2_2_0 = inp[2][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_2_0_1 = inp[2][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_2_1_1 = inp[2][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_2_2_1 = inp[2][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_2_0_2 = inp[2][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_2_1_2 = inp[2][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_2_2_2 = inp[2][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.021997444, 0.044049546, -0.030772122, 0.41508996, -0.19588752, 0.0075623174, -0.115546905, -0.059804954, -0.6696464, -0.04947869, 0.110914424, -0.018229363, 0.060386267, 0.044989806, 0.04060435, 0.15933013) * inp_2_0_0; + result0 += M4(-0.16872247, 0.12348137, 0.08762962, 0.0060786083, -0.05960576, -0.02287395, -0.07336312, -0.28710604, -0.283261, 0.05996977, 0.14308323, 0.24931699, 0.1593908, 0.01737162, 0.03557824, 0.057269245) * inp_2_1_0; + result0 += M4(0.04366554, -0.010207282, 0.009146312, -0.0108441245, -0.1516246, -0.022801729, 0.011468555, 0.06972773, -0.40637326, 0.011701978, -0.034046967, -0.007526116, -0.29465833, -0.017827703, 0.015436831, 0.10179091) * inp_2_2_0; + result0 += M4(-0.012710725, 0.018422538, 0.077280074, -0.037839267, -0.33691335, -0.031597123, 0.06198087, 0.03641066, -0.21688773, 0.02239475, 0.011060993, 0.15002233, 0.25705907, 0.11278149, -0.06355379, 0.009697891) * inp_2_0_1; + result0 += M4(-0.1155845, -0.01163228, 0.1422029, -0.07330355, -0.008602184, 0.11368691, 0.03082402, 0.18690431, 0.16100468, -0.08916578, 0.5522677, 0.17935137, -0.14923705, 0.042491175, -0.04387118, -0.036680695) * inp_2_1_1; + result0 += M4(0.48946202, 0.021047471, -0.054350443, -0.18858969, -0.00542162, 3.6431604e-05, -0.05637342, 0.008359004, -0.3686211, -0.03162433, 0.059451472, -0.0092607085, -0.12588061, 0.004459396, 0.038965862, 0.13677111) * inp_2_2_1; + result0 += M4(0.18901907, -0.04228128, 0.013302958, 0.029529579, 0.0341256, -0.010738776, -0.008861197, -0.051687468, -0.027258344, -0.012591743, 0.03346695, -0.023558926, -0.114794, 0.008244787, -0.0088010775, 0.033434853) * inp_2_0_2; + result0 += M4(-0.16742985, 0.026331449, 0.05012329, 0.048419163, 0.41793993, 0.025040464, 0.01610751, -0.09716056, 0.09943026, -0.0015133824, 0.0033379279, -0.18956405, 0.10443189, 0.021406546, -0.035613455, -0.061603043) * inp_2_1_2; + result0 += M4(0.021601658, -0.015586206, 0.018320113, 0.053182647, -0.124976344, -0.0051255194, -0.070529625, 0.035067342, 0.16870965, 0.0024438957, -0.06977562, -0.11300458, 0.1596587, 0.007964323, 0.034449283, -0.018044638) * inp_2_2_2; + result1 += M4(-0.008813268, 0.018908674, -0.07150236, 0.052042812, 0.02642266, 0.08658468, 0.07085128, -0.023014054, -0.061222788, 0.066560015, -0.35415155, -0.18382077, -0.007835073, 0.012178085, 0.0703424, 0.1085751) * inp_2_0_0; + result1 += M4(-0.006009746, 0.012783441, -0.13207084, -0.19561172, -0.062245026, -0.043850552, 0.023896812, -0.20729296, -0.15156464, 0.025482161, -0.2708885, -0.42137152, 0.021738213, 0.18821439, -0.019050872, 0.09660338) * inp_2_1_0; + result1 += M4(-0.033591483, 0.008725917, 0.028338626, -0.05716644, 0.009005115, -0.1712277, -0.0821282, 0.1127398, -0.0010452829, 0.13593921, 0.017277464, -0.055401348, -0.011198611, 0.054470792, -0.05236175, -0.059327457) * inp_2_2_0; + result1 += M4(0.1736332, -0.22738853, -0.14361833, -0.21622773, -0.010308091, -0.0042392923, -0.1603784, -0.0063405503, -0.09024079, -0.13907702, -0.39666745, -0.4329024, 0.030122086, 0.16427542, -0.012811582, 0.15375149) * inp_2_0_1; + result1 += M4(0.09846725, -0.08639054, -0.0447524, -0.13340083, -0.19458963, 0.33186463, 0.09810691, 0.07893366, 0.4220245, -0.75361836, 0.19528766, -0.31414455, 0.1293179, -0.0013319645, 0.13985872, 0.29513425) * inp_2_1_1; + result1 += M4(0.13184151, -0.087994754, 0.1844651, -0.17508732, 0.049291972, 0.053399846, -0.031077217, 0.041508056, 0.025074461, 0.0017657205, -0.24002784, 0.0049937614, 0.11017485, -0.09641372, -0.16722536, -0.16167179) * inp_2_2_1; + result1 += M4(0.09991439, 0.023448879, -0.075822555, 0.02100272, -0.036018115, -0.069850296, 0.057555184, 0.094630055, -0.022452323, 0.09070093, -0.15554021, 0.05747267, -0.07371389, 0.038306884, -0.020492801, 0.0019010724) * inp_2_0_2; + result1 += M4(-0.009647361, 0.023211418, -0.06521856, -0.0144808795, -0.034097657, -0.18075426, -0.03551263, 0.11647566, 0.0071723526, -0.20010452, -0.21579625, 0.17365079, -0.01047968, 0.027456664, -0.07157368, 0.005232428) * inp_2_1_2; + result1 += M4(0.10803588, 0.04938575, -0.0038869027, -0.013368346, -0.100351274, 0.028455064, -0.040416975, -0.08912241, -0.041403398, 0.036996566, -0.042103283, 0.31879035, 0.027408354, 0.013636946, -0.09977277, 0.07362493) * inp_2_2_2; + result2 += M4(-0.11624354, -0.074867785, 0.10025746, 0.013830487, -0.029371267, -0.09734533, 0.027255073, 0.046926424, 0.08359563, 0.011743867, -0.16400759, 0.03056084, 0.041996956, -0.107946776, 0.025973141, 0.048463963) * inp_2_0_0; + result2 += M4(0.05525578, -0.308283, 0.041809913, -0.032293487, 0.07349483, -0.13939571, -0.04460139, 0.02715225, 0.2179399, -0.13865696, -0.27787468, 0.11205488, -0.06393625, -0.074597225, -0.002686919, 0.028047793) * inp_2_1_0; + result2 += M4(-0.094650224, -0.10884903, 0.008471161, 0.010110828, 0.0044701477, 0.016495997, -0.060995277, 0.16716228, 0.057599105, -0.011413096, -0.1769324, 0.07813809, -0.018895393, 0.06649551, 0.03401761, -0.061807733) * inp_2_2_0; + result2 += M4(-0.016222082, -0.1361606, 0.010170801, 0.0078088753, -0.006569495, -0.038807865, 0.0071600596, 0.006556699, 0.33211276, -0.11541637, -0.27552143, 0.032811254, 0.14589228, -0.31307983, -0.041263882, 0.045589656) * inp_2_0_1; + result2 += M4(-0.19408686, 0.07328485, -0.2723991, 0.03292708, -0.03276843, -0.0021388177, 0.025440231, 0.020864552, 0.4946809, -0.5028873, 1.2360919, 0.18543124, -0.14062038, -0.45266026, -0.051517818, -0.07946748) * inp_2_1_1; + result2 += M4(0.101486355, -0.110838085, -0.100334816, -0.06806774, 0.038783833, -0.14677909, -0.02135858, 0.042495932, 0.23560962, -0.11233732, -0.31377485, 0.20676668, 0.115377106, 0.21643944, 0.07656673, -0.029281162) * inp_2_2_1; + result2 += M4(-0.022647236, -0.056124248, -0.029345546, -0.08842019, -0.026206177, -0.2001142, 0.024282888, -0.018178977, 0.17126927, 0.114405416, -0.14800842, 0.057950426, 0.0019471733, 0.04153646, -0.033398405, -0.018740349) * inp_2_0_2; + result2 += M4(-0.028510725, -0.13194804, -0.058474723, 0.15739538, -0.22837207, 0.2936676, 0.17756914, -0.17392308, 0.29371956, -0.06232126, -0.17738655, 0.12433346, 0.00036821538, -0.04049821, 0.12775612, -0.03410144) * inp_2_1_2; + result2 += M4(-0.049271945, 0.07341013, -0.029218232, 0.044777937, 0.047895044, 0.016777143, 0.0770696, -0.080288544, 0.12856913, 0.077402525, -0.09243285, 0.14783, 0.018761791, -0.07868494, 0.0038686912, 0.023355907) * inp_2_2_2; + result3 += M4(-0.0029995563, -0.13207191, 0.01146984, -0.19970092, -0.06331003, 0.037494518, 0.06209565, 0.11000684, 0.15045387, -0.09143123, -0.14541022, -0.115673035, -0.04994145, 0.04097571, -0.113562085, 0.053608663) * inp_2_0_0; + result3 += M4(-0.18109503, 0.06472273, 0.12718305, 0.120410495, -0.09936854, -0.035682097, -0.008422925, 0.088556394, 0.31332913, -0.027132012, -0.075477965, -0.005758827, 0.11464046, 0.028312951, -0.027150951, -0.16116877) * inp_2_1_0; + result3 += M4(0.0877825, 0.17123228, 0.2082314, -0.12994865, -0.0070057088, -0.016857732, 0.04226811, 0.056832854, -0.08325704, -0.11599846, 0.11562998, -0.04030524, -0.020303925, -0.009562874, 0.00033680667, -0.09528862) * inp_2_2_0; + result3 += M4(-0.085425824, 0.07744438, 0.019893674, -0.0326164, -0.19022621, -0.056022335, 0.077502415, 0.06535808, -0.16737926, -0.052317273, -0.06842497, -0.023366082, -0.1893424, -0.15218306, -0.024155376, 0.0037170032) * inp_2_0_1; + result3 += M4(0.16134766, 0.022937534, 0.012012558, 0.014299104, -0.1540332, 0.050365888, -0.07502351, 0.4454789, -1.3961762, -0.409505, -0.20002379, 0.11962769, 0.115599185, -0.25595054, 0.033835527, 0.082020186) * inp_2_1_1; + result3 += M4(-0.038860165, 0.012057152, 0.014026204, -0.15625226, 0.18684216, -0.3406752, -0.04533004, 0.03181735, 0.07668722, -0.40258294, 0.22383828, 0.096628584, -0.14252743, 0.12657546, -0.0005994765, 0.027612105) * inp_2_2_1; + result3 += M4(-0.08842523, -0.07339288, -0.0291693, 0.010607715, 0.01738062, 0.028641904, -0.008154934, -0.06921586, -0.1265699, -0.033918753, 0.025832465, -0.05287533, 0.059064966, -0.019668518, 0.012982388, -0.08999742) * inp_2_0_2; + result3 += M4(0.02235242, -0.14085144, 0.06261052, 0.038736455, 0.04892613, 0.18863972, 0.13817543, -0.2107788, -0.4000103, -0.25693175, -0.006828332, 0.014900624, 0.07850594, -0.11873039, 0.022611257, -0.08396981) * inp_2_1_2; + result3 += M4(-0.000430553, 0.10634275, -0.038480487, 0.06344152, 0.089059435, -0.087476514, -0.086669914, -0.07314378, 0.103207834, -0.1929012, 0.14462645, 0.006974721, 0.054145847, 0.07826243, -0.016338583, 0.03196374) * inp_2_2_2; + result4 += M4(0.06768001, -0.00499547, -0.003675126, 0.0021674372, -0.005389211, 0.01193385, 0.0058679217, 0.22818673, 0.10959775, 0.090091, 0.17508048, -0.26410308, 0.032208588, -0.023449732, 0.030592103, 0.04377794) * inp_2_0_0; + result4 += M4(-0.005548309, 0.038780797, 0.07501425, -0.09693298, 0.08645423, 0.010519084, 0.042117484, -0.18862607, -0.2615312, 0.16094548, 0.19046587, -0.057982862, 0.13564762, 0.015395081, 0.10041826, 0.1280523) * inp_2_1_0; + result4 += M4(0.051592816, -0.1338818, 0.007333832, -0.123867884, -0.12680902, 0.06317454, 0.06440648, 0.12702128, -0.13188729, -0.036226053, 0.06359583, -0.11264101, 0.0660465, -0.006911252, -0.014305653, -0.028108718) * inp_2_2_0; + result4 += M4(0.049971808, -0.05761393, 0.11083267, -0.18402518, 0.06735368, 0.0041248915, 0.026761187, 0.010691537, -0.06932569, 0.2151191, 0.19134477, 0.15462732, 0.1109586, -0.15138485, -0.15404533, -0.21345302) * inp_2_0_1; + result4 += M4(0.018412264, -0.033277724, 0.0898307, 0.2566932, -0.051799186, 0.02853305, -0.12949951, 0.029116428, -1.2733469, -0.5277587, -0.36332208, -0.35201743, 0.19711241, -0.14139847, 0.20627017, -0.36296353) * inp_2_1_1; + result4 += M4(0.07577946, -0.0005393289, -0.026576016, 0.22958, 0.013882234, -0.012866181, 0.16016053, 0.082879774, -0.4841638, 0.0410127, 0.026998263, -0.011007121, 0.064556554, 0.059679985, -0.110813856, -0.11247338) * inp_2_2_1; + result4 += M4(0.0187036, -0.026425784, 0.04100837, -0.040003598, -0.026095727, 0.018318983, -0.00015628185, -0.18648197, -0.048101194, 0.035294995, 0.1561849, 0.0048523545, 0.03734202, 0.051587924, 0.0284748, 0.110711984) * inp_2_0_2; + result4 += M4(-0.09949442, 0.003933561, 0.016302442, 0.19469865, 0.08564367, -0.06126775, -0.0131361075, -0.07832848, -0.2131697, 0.14222373, -0.04763422, -0.03758709, 0.015545757, -0.01926171, 0.120433465, -0.17747171) * inp_2_1_2; + result4 += M4(-0.031215243, 0.0013107703, -0.06944148, -0.29730096, -0.034608968, 0.057521135, 0.076586805, 0.339433, 0.04639953, 0.11480179, 0.034000043, 0.19678573, -0.0015786143, 0.029393451, -0.031088682, 0.07424715) * inp_2_2_2; + result5 += M4(0.084909126, 0.26261202, 0.006332271, -0.06169323, -0.0049925353, -0.12078485, 0.03131402, 0.021565568, -0.04591256, -0.11447064, -0.08151524, 0.19689722, -0.025483731, 0.10425385, 0.043867875, 0.101235926) * inp_2_0_0; + result5 += M4(0.1826475, 0.09245448, 0.017294127, 0.15367286, 0.041482806, -0.11556683, 0.008357756, 0.06606663, 0.03601229, 0.24304186, 0.010745679, 0.020015173, 0.10999528, -0.07473047, 0.014502385, 0.08732145) * inp_2_1_0; + result5 += M4(-0.0055459463, -0.15590164, -0.012428197, -0.26767948, -0.037749413, 0.2883306, 0.0138880145, 0.0993656, 0.024365727, -0.04036223, 0.008223542, -0.15287904, 0.0076344674, 0.1015054, 0.001841306, 0.020273104) * inp_2_2_0; + result5 += M4(0.0696052, -0.16385162, 0.0054490613, 0.19719483, -0.022028316, 0.03143943, -0.044547305, -0.019765042, -0.03168259, 0.013942067, -0.06350953, 0.08778414, 0.0052135354, -0.14678457, 0.16753992, -0.11525738) * inp_2_0_1; + result5 += M4(-0.028089492, 0.08591536, 0.039103355, -0.0011989027, -0.033978198, 0.067759655, 0.0030280973, 0.06262906, 0.1330275, -0.11050622, -0.018213795, -0.06664296, 0.09275364, -0.14832732, 0.060728148, -0.045669857) * inp_2_1_1; + result5 += M4(0.0054600644, 0.2107651, 0.02991181, 0.007781589, -0.039414156, -0.08060699, -0.04085221, -0.0261821, 0.08123445, 0.16569555, 0.03717093, -0.03405933, 0.011837371, -0.15332748, 0.0045701964, 0.020739155) * inp_2_2_1; + result5 += M4(-0.048538465, 0.12959155, -0.02496248, -0.124020666, -0.0075986707, -0.01746584, 0.036758613, 0.1080295, 0.02932849, -0.07417961, -0.044769544, 0.07281821, 0.06306576, -0.032910217, 0.01845823, 0.00016905635) * inp_2_0_2; + result5 += M4(-0.0060093035, -0.04267317, 0.03150853, 0.18961181, -0.041447956, 0.19851932, -0.0159659, -0.08628438, -0.23440832, -0.07044305, 0.02353935, 0.14871973, -0.005455909, -0.049727786, 0.0042388714, -0.12666693) * inp_2_1_2; + result5 += M4(0.047896713, 0.03794731, 0.014777414, -0.112578444, 0.04885318, -0.041999713, -0.004987667, 0.047805145, -0.082744926, 0.044025544, 0.041299365, 0.32537654, -0.020033896, 0.016646098, 0.03738507, -0.008161087) * inp_2_2_2; + result6 += M4(-0.21378931, 0.025034526, -0.054272383, -0.019605987, -0.21245867, 0.1425532, -0.06789373, 0.06773302, 0.30062482, -0.4553844, 0.28158724, 0.11054188, -0.16239841, 0.055942602, -0.19231087, 0.03758331) * inp_2_0_0; + result6 += M4(-0.101065405, -0.23890175, -0.107009605, -0.02441922, -0.027624216, -0.10614663, 0.0009074589, 0.037790842, 0.08398399, -0.22567214, 0.19783333, 0.19830455, -0.06674321, 0.12420932, 0.013650824, -0.01383124) * inp_2_1_0; + result6 += M4(-0.06046827, 0.073138736, 0.053774636, -0.04245042, -0.019614398, -0.12021351, 0.0640192, -0.012950124, -0.014771404, -0.0427789, 0.13314049, 0.087598614, -0.040899213, -0.178054, 0.007863442, 0.02005637) * inp_2_2_0; + result6 += M4(-0.08274766, -0.29248264, 0.06568095, 0.056109387, 0.06571921, -0.06501575, 0.009707104, 0.03690564, 0.06955326, -0.49741158, 0.3535879, 0.22558925, -0.17582366, 0.2541142, -0.040331922, -0.0079253325) * inp_2_0_1; + result6 += M4(0.02198145, 0.069614016, -0.19633263, -0.059362266, 0.141866, 0.19931817, -0.33870012, -0.06054324, -0.5628778, -0.29990846, -0.7620501, 0.18394424, -0.32113722, 0.25916022, 0.43595913, 0.0062956167) * inp_2_1_1; + result6 += M4(-0.061240643, 0.16374242, 0.16411644, 0.03160084, -0.20708153, 0.2418872, 0.09821428, -0.051060483, -0.31409428, -0.38504866, 0.28581563, 0.039346352, 0.13049528, -0.19173239, -0.08671701, -0.015251079) * inp_2_2_1; + result6 += M4(-0.0058384403, -0.018982723, 0.011247627, 0.023360295, -0.11788587, -0.05886444, 0.060266808, -0.016258547, 0.032792643, 0.13078995, 0.16720574, 0.1021891, -0.012916022, 0.12341831, -0.017956322, 0.0076645515) * inp_2_0_2; + result6 += M4(-0.08174487, -0.07655943, -0.069761775, -0.03984005, -0.18635997, -0.0769797, 0.058497705, -0.012397948, -0.26593667, -0.35763168, 0.3053035, 0.16697241, 0.025686216, -0.04025118, -0.05504943, -0.011258202) * inp_2_1_2; + result6 += M4(0.13846257, -0.020727726, 0.07195738, 0.07012813, 0.037056886, 0.084274344, 0.032341506, -0.03719822, -0.17256403, -0.07522735, 0.29564136, 0.10684864, 0.023120116, -0.10850621, 0.05907603, 0.0064585027) * inp_2_2_2; + result7 += M4(0.045512248, -0.14047314, -0.035316534, -0.021711236, -0.036649406, 0.024272496, -0.016466994, -0.02366704, -0.18736261, 0.16358788, 0.07416578, 0.029167552, 0.025188375, 0.05859252, 0.015015997, -0.028118413) * inp_2_0_0; + result7 += M4(0.20272353, 0.017243473, 0.085268095, 0.08761214, 0.09177632, 0.09122613, 0.003279683, 0.09298329, -0.05158523, 0.32321978, -0.019729676, 0.15123686, -0.030318592, -0.066809036, -0.028933106, 0.027836226) * inp_2_1_0; + result7 += M4(0.038886297, -0.075095125, 0.042839754, 0.111518875, -0.068027765, 0.05661839, -0.024160957, -0.048064195, 0.016453968, 0.30065125, 0.07987168, 0.120915346, 0.061439663, 0.025587967, 0.0131863, 0.20637646) * inp_2_2_0; + result7 += M4(0.006688766, 0.060313687, 0.0837338, 0.15295516, 0.13921517, -0.079802856, -0.01659336, 0.06276737, -0.07732095, 0.048029214, 0.0381174, 0.036477562, -0.20164026, -0.05498727, -0.10001294, -0.23249875) * inp_2_0_1; + result7 += M4(0.051556252, -0.05396095, 0.040760484, 0.09800702, 0.02520163, -0.11875378, -0.01601254, -0.06958395, 0.30008873, 0.35510468, -0.105978206, 0.07572828, 0.31786868, -0.019430265, -0.013444821, -0.41228822) * inp_2_1_1; + result7 += M4(-0.08480888, -0.013091551, 0.057829924, -0.1287473, 0.13693194, 0.0879522, 0.006954083, 0.12910074, -0.04565487, 0.3312227, 0.010747744, 0.30918542, 0.010689856, -0.0077504627, 0.062206283, 0.082858674) * inp_2_2_1; + result7 += M4(0.11036713, -0.12419677, -0.016698154, -0.044147998, 0.005315988, -0.0006600803, -0.01754046, 0.16190018, -0.0629583, 0.034030754, 0.05002628, 0.048739817, 0.07426313, 0.05956884, 0.011966195, -0.017436745) * inp_2_0_2; + result7 += M4(-0.042909056, 0.054021057, 0.029829059, -0.019860597, 0.0011133277, -0.0040212767, 0.015729701, 0.11518584, 0.0102282455, -0.055085283, -0.0012885286, 0.059330195, 0.043187365, 0.0011614253, 0.0035695732, -0.117765844) * inp_2_1_2; + result7 += M4(-0.053579032, -0.14519134, -0.0009934311, 0.30362862, -0.054370902, 0.022161335, 0.048316855, -0.26521692, -0.09139777, 0.024469515, 0.019602634, 0.16453758, 0.0048577576, 0.032204863, 0.007978113, 0.06834206) * inp_2_2_2; + const V4 inp_3_0_0 = inp[3][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_3_1_0 = inp[3][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_3_2_0 = inp[3][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_3_0_1 = inp[3][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_3_1_1 = inp[3][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_3_2_1 = inp[3][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_3_0_2 = inp[3][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_3_1_2 = inp[3][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_3_2_2 = inp[3][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.024283165, 0.0497675, 0.04209054, 0.092265576, 0.088880785, -0.046750903, -0.045728102, -0.17453833, 0.29950008, 0.0146090435, -0.0011412527, -0.14314497, -0.23439139, 0.015760273, -0.16294831, 0.30919287) * inp_3_0_0; + result0 += M4(0.061753, -0.033532623, 0.03762749, 0.19825752, 0.18266286, -0.01920836, -0.035078272, -0.32341257, 0.10836479, -0.039737623, 0.0729989, 0.19063786, 0.32724187, -0.0011040698, 0.058104776, -0.08130756) * inp_3_1_0; + result0 += M4(-0.21395864, -0.026054421, -0.038373783, 0.13997832, -0.36665928, -0.029073277, -0.033403404, 0.04015593, -0.21957956, -0.028362159, -0.1450803, -0.13167295, -0.3943738, -0.002117162, 6.80439e-05, 0.18164949) * inp_3_2_0; + result0 += M4(-0.1434857, -0.08827172, -0.027521979, 0.23548244, -0.3949513, -0.015710838, 0.058741063, 0.064829126, 0.465586, 0.026308114, 0.040384986, -0.2314333, 0.107608266, -0.02262083, -0.015638571, 0.06151825) * inp_3_0_1; + result0 += M4(-0.26365027, -0.053397793, -0.04360752, 0.19367543, 0.13468939, -0.08598628, 0.12173429, 0.27593765, 0.11159633, -0.04606838, 0.18434636, -0.15351029, -0.31877097, -0.08277191, 0.13640311, 0.43145153) * inp_3_1_1; + result0 += M4(-0.29464522, -0.016439011, -0.0007571344, -0.0901558, -0.16341409, -0.017229151, 0.06966537, 0.03856679, 0.025108457, -0.012485797, -0.039611492, -0.08781126, 0.0012011288, -0.023230432, -0.084057346, -0.08234134) * inp_3_2_1; + result0 += M4(-0.028691113, -0.024441332, 0.022529928, -0.036946177, 0.21718341, -0.018645508, -0.003931241, 0.07723482, -0.1957138, 0.0037524952, 0.057339102, -0.01670828, 0.42378765, 0.036199115, -0.12905419, -0.08846306) * inp_3_0_2; + result0 += M4(-0.22478113, -0.02726013, -0.0001153188, -0.15506884, 0.2507988, 0.008661592, -0.002995308, -0.06615709, 0.012039729, -6.456574e-05, -0.05536171, 0.11630848, -0.3596208, -0.018060783, 0.045303576, -0.122143075) * inp_3_1_2; + result0 += M4(0.2922931, -0.0013313533, 0.021835366, -0.02792814, 0.067805834, -0.016357137, -0.008075278, 0.07338922, -0.28518853, -0.02674647, -0.045892086, -0.11064384, 0.1366556, 0.001744449, -0.062589146, -0.029331636) * inp_3_2_2; + result1 += M4(0.03306756, 0.08148378, 0.070178896, 0.052487683, 0.07591529, -0.090010285, 0.007501459, 0.056432553, -0.06423492, 0.1266206, -0.021761503, -0.13821425, 0.02684785, -0.17751159, 0.12499386, -0.057041626) * inp_3_0_0; + result1 += M4(-0.06305808, -0.003029339, -0.19723316, -0.024612572, 0.11675237, 0.13206732, -0.03728425, -0.27787682, -0.13386591, -0.074129164, -0.09049858, 0.070392884, 0.14579253, 0.046249837, 0.072523214, -0.046256673) * inp_3_1_0; + result1 += M4(-0.0063220146, 0.1374682, 0.015501421, -0.080531456, 0.044265956, 0.0005256883, -0.10039987, 0.010353571, 0.035639998, 0.034562804, -0.08557062, -0.067820825, -0.02594958, -0.06751282, -0.06054404, 0.023464454) * inp_3_2_0; + result1 += M4(-0.085628495, 0.026122717, -0.06251034, -0.07813039, 0.064764075, -0.061093684, -0.07498958, -0.012146885, -0.17425966, -0.13078488, 0.06621085, -0.23579246, 0.04649797, 0.15963934, -0.11426605, -0.05393359) * inp_3_0_1; + result1 += M4(0.03467501, 0.16204786, 0.24464224, -0.12930612, -0.02998436, -0.12982363, 0.25033334, -0.073294155, -0.076955386, -0.14043267, 0.042640664, -0.098987386, 0.36499172, -0.07694139, -0.3014398, -0.2403275) * inp_3_1_1; + result1 += M4(0.081303716, 0.0056330943, -0.18961811, -0.12822051, -0.018000025, -0.011524642, -0.0653646, 0.092894234, -0.16605528, 0.10648042, 0.04756378, 0.08239565, 0.10655016, 0.17190112, -0.07503134, 0.154786) * inp_3_2_1; + result1 += M4(0.07877548, -0.08406755, -0.12263102, -0.09839205, -0.075989164, 0.016300429, 0.075301066, -0.06671542, -0.013989192, 0.07865056, -0.02705995, -0.024814703, -0.23029742, 0.13086364, 0.09879467, -0.024085043) * inp_3_0_2; + result1 += M4(-0.04949895, -0.09944479, -0.035490494, -0.1424056, -0.0015483812, -0.26415774, 0.11374783, 0.036845163, -0.049487595, 0.17304853, 0.04286757, -0.041421346, -0.096647084, -0.039364494, -0.07092455, 0.0992368) * inp_3_1_2; + result1 += M4(-0.0024822522, 0.12610573, -0.17481326, -0.2254312, -0.04052593, 0.033977542, 0.0023851853, -0.01991922, -0.09567233, -0.23604324, -0.06909622, 0.021230001, -0.17774828, -0.04969453, -0.049829256, -0.019926505) * inp_3_2_2; + result2 += M4(0.0062232227, 0.094732285, 0.015565098, 0.04789409, 0.026134744, -0.008908634, -0.041622743, 0.022860143, -0.08880754, -0.19595368, 0.05804228, 0.011920187, -0.024099331, -0.18070142, 0.25316343, -0.060002785) * inp_3_0_0; + result2 += M4(0.005514768, -0.062968925, 0.073958896, -0.04179116, 0.039438695, -0.21735449, 0.12938812, -0.0050266474, 0.011303574, 0.23483977, 0.039844885, -0.05560983, 0.063854314, -0.060952738, -0.1393973, -0.37114406) * inp_3_1_0; + result2 += M4(-0.08650923, -0.022224752, 0.046040937, -0.03707218, -0.057128944, -0.04894333, 0.028075451, 0.029029025, -0.008812495, 0.052698623, -0.023792142, 0.053784177, -0.034399096, -0.07688924, 0.089087985, -0.028468607) * inp_3_2_0; + result2 += M4(-0.09355074, 0.046843387, 0.087332726, -0.0765222, 0.0110076, 0.17207216, -0.039755315, 0.02719246, 0.04381996, 0.20847405, 0.10894148, -0.022410456, -0.1150142, -0.036474664, 0.17182417, -0.07701843) * inp_3_0_1; + result2 += M4(-0.06772556, 0.08335604, 0.123895146, -0.07623608, 0.13438194, -0.23226596, 0.110187896, 0.16492964, 0.095936894, -0.14422974, 0.15958638, 0.03922633, 0.05117355, -0.36853608, 0.263776, 0.010799132) * inp_3_1_1; + result2 += M4(0.050241955, -0.048252743, -0.12763028, 0.06064551, -0.014493719, 0.0017694595, -0.015567814, 0.011761102, -0.063168906, -0.23498815, -0.024338067, 0.123438045, -0.118218645, -0.078737825, 0.020180874, 0.057110343) * inp_3_2_1; + result2 += M4(0.04900988, 0.08846855, 0.0063234842, -0.02012749, -0.054708242, 0.06490428, 0.09369349, 0.005039888, -0.177668, 0.01925192, 0.031191912, -0.060283747, -0.0040654177, 0.054145835, 0.051896956, -0.08723232) * inp_3_0_2; + result2 += M4(-0.096907, -0.021857888, 0.031266436, 0.1563737, 0.023062097, 0.13897826, 0.0296652, 0.014089084, 0.08765817, -0.05589916, 0.08080417, -0.08152843, -0.012584313, 0.11186676, 0.048213404, 0.015569989) * inp_3_1_2; + result2 += M4(-0.004038501, 0.16766591, -0.06617166, 0.10924829, -0.0071942075, -0.047832843, -0.008327084, 0.13958019, -0.08314241, 0.012938414, -0.07989016, 0.027157735, -0.14717053, 0.013168049, 0.056328453, -0.018062972) * inp_3_2_2; + result3 += M4(-0.11588345, -0.048860267, 0.04026564, 0.17827415, 0.0998871, -0.012426343, -0.009579661, 0.1319731, -0.091814525, -0.103054315, 0.20802924, 0.11932583, -0.120917186, 0.122815885, -0.05694828, -0.13992405) * inp_3_0_0; + result3 += M4(0.014388141, -0.07566682, -0.08008407, -0.13993433, 0.23215155, 0.0134389885, -0.026175631, -0.008143313, 0.034986496, -0.10352601, -0.0503453, -0.01887341, -0.08861837, -0.003583383, -0.06424219, -0.22196539) * inp_3_1_0; + result3 += M4(0.09338533, 0.028920205, 0.09371106, -0.07352844, 0.15835868, -0.02322297, 0.0988949, -0.030822724, 0.0024296145, -0.087591305, 0.22056332, 0.14175497, 0.14240375, -0.12589665, -0.0123874, 0.026726576) * inp_3_2_0; + result3 += M4(0.101009525, 0.049909282, -0.04649289, -0.09258099, 0.06756247, 0.12446199, 0.10324761, 0.035537526, -0.17805111, -0.11862091, 0.16292283, 0.032120794, -0.43927768, -0.16580313, -0.13630247, 0.116159216) * inp_3_0_1; + result3 += M4(-0.11253715, 0.035468232, -0.006094205, -0.00010499996, -0.03449603, 0.18416508, -0.22004342, 0.46060896, -0.3149324, -0.161782, -0.012070646, 0.0034640853, -0.07505667, -0.22911847, 0.029920409, 0.27075434) * inp_3_1_1; + result3 += M4(-0.045219302, -0.10022268, 0.28776914, -0.050829034, -0.1324678, 0.033043787, 0.04906001, 0.058482345, 0.17684563, -0.41000494, 0.39598793, 0.010794503, 0.061513547, -0.09219405, 0.11772378, 0.043420322) * inp_3_2_1; + result3 += M4(-0.05644918, 0.046518896, 0.05667718, -0.061204486, 0.20956382, 0.06949218, 0.045475535, -0.0062713427, -0.112300575, 0.06525255, 0.044088792, -0.05253521, -0.14794695, 0.00177525, 0.025166538, 0.01934682) * inp_3_0_2; + result3 += M4(-0.09059353, -0.32730135, 0.15618397, 0.08136938, 0.12091326, 0.050191343, -0.0126025975, -0.1528945, -0.1624242, -0.15662487, 0.005773003, 0.18454179, -0.07416858, -0.101768754, 0.060565114, -0.13774152) * inp_3_1_2; + result3 += M4(-0.14014047, 0.21495755, 0.1400506, -0.0013616432, 0.01401761, 0.10157003, 0.14277904, 0.06724122, 0.14065036, -0.16474451, 0.056039203, -0.09650645, 0.0794867, 0.090995364, 0.017693464, 0.045717765) * inp_3_2_2; + result4 += M4(-0.08290411, 0.07583921, -0.04734093, -0.12625407, -0.0842713, 0.027178466, 0.004364405, 0.006723222, 0.048661474, 0.09233898, 0.12611432, 0.31598994, 0.12500937, -0.07337151, -0.05784687, -0.06958127) * inp_3_0_0; + result4 += M4(0.057006232, -0.06276555, 0.13384582, -0.054232262, 0.031532332, -0.041165788, 0.08581619, 0.02009011, 0.029177727, 0.037220247, 0.027474059, 0.21850125, 0.12020816, -0.05292536, 0.0070272335, -0.066589676) * inp_3_1_0; + result4 += M4(-0.09705502, -0.007289397, 0.09680575, 0.11166659, 0.0034842931, -0.0844569, 0.114105746, 0.28044242, -0.20696156, -0.03241134, -0.010843034, 0.23451081, 0.09897717, -0.055849615, -0.030103019, -0.003095836) * inp_3_2_0; + result4 += M4(0.029930903, 0.008243335, 0.12038666, -0.14418308, -0.0015808095, -0.05616462, 0.01209605, 0.053444922, -0.10969763, 0.0577243, 0.20015837, 0.41953164, 0.12984945, 0.08349547, 0.050895657, 0.26564953) * inp_3_0_1; + result4 += M4(-0.06064571, 0.060401887, -0.036347233, 0.06238602, -0.14779256, 0.049735166, -0.102892995, 0.07332941, -0.013753356, -0.114176646, -0.10219833, 0.10913866, -0.09358662, -0.3322366, -0.07978764, -0.30454326) * inp_3_1_1; + result4 += M4(-0.036417656, -0.074414335, -0.05450449, 0.090627216, 0.007347477, 0.016971903, 0.00850598, 0.15366736, -0.101376526, -0.033855323, 0.1703145, 0.017130794, -0.01863804, -0.014399785, 0.015363004, -0.35543576) * inp_3_2_1; + result4 += M4(0.08879393, -0.046444066, 0.15485217, -0.02280739, -0.0014371987, 0.005564266, 0.07250395, 0.12936455, -0.111821726, -0.011816954, 0.035920687, 0.08683232, 0.004791557, 0.008852828, 0.0027795548, -0.31812134) * inp_3_0_2; + result4 += M4(-0.05225231, -0.16132718, 0.029878085, 0.13999972, 0.11916739, -0.0927804, 0.028337408, 0.051797315, 0.004983357, -0.017986676, -0.0845371, 0.061577987, 0.03583781, -0.077512816, -0.048737008, -0.2468147) * inp_3_1_2; + result4 += M4(-0.15567273, 0.016630119, -0.1259014, 0.17257217, 0.042694878, -0.06027838, -0.019028008, 0.011012398, -0.024295779, -0.06981502, 0.064501025, 0.29617837, 0.024673456, 0.007618219, 0.027032338, 0.43974623) * inp_3_2_2; + result5 += M4(-0.044054244, -0.22991493, 0.028760482, 0.11415289, -0.03990307, -0.014809855, 0.01915687, -0.08390316, 0.022934312, 0.07109665, -0.019307228, 0.079597086, 0.022698887, -0.06078006, -0.030629935, -0.03551745) * inp_3_0_0; + result5 += M4(0.057413004, -0.12888329, -0.01309833, 0.10970439, 0.08519955, -0.10797157, -0.09017191, -0.09058301, -0.021061527, 0.12536007, 0.0009481246, 0.013948104, 0.23868974, -0.25675, 0.0360314, 0.09580469) * inp_3_1_0; + result5 += M4(0.13406447, -0.23385373, -0.013457494, 0.06326356, 0.09611541, 0.23785551, -0.018960256, 0.038806852, -0.031713154, 0.16223979, 0.027510801, 0.10484777, 0.038933262, 0.1478121, 0.012894038, 0.1713614) * inp_3_2_0; + result5 += M4(0.05781802, -0.25729373, -0.024763575, 0.103165254, 0.013313597, 0.19201177, -0.04671426, -0.037270553, -0.11421036, 0.14077225, -0.03230022, 0.16660379, -0.0109087275, 0.10391722, 0.012093664, -0.067868076) * inp_3_0_1; + result5 += M4(0.07763934, -0.14978814, -0.03393292, 0.41640243, -0.08365926, -0.11057797, 0.0645677, 0.022094479, 0.0071299206, 0.2865454, 0.06872672, 0.17326848, 0.15701757, -0.19093269, 0.04973328, -0.008444333) * inp_3_1_1; + result5 += M4(-0.007034914, -0.03130845, 0.015889382, 0.20091657, 0.038499758, -0.01991946, -0.025980828, 0.036220644, -0.046328038, 0.20740509, 0.022268564, 0.10047856, 0.025131112, -0.07421299, -0.0066541648, 0.027847596) * inp_3_2_1; + result5 += M4(-0.05832757, -0.22972517, -0.08122026, 0.09228985, 0.038165085, 0.023070628, -0.023780597, 0.0122694, -0.03132796, 0.10273563, 0.022454556, 0.15121804, -0.037277255, -0.15060231, -0.025135025, 0.034539178) * inp_3_0_2; + result5 += M4(-0.10743921, -0.038944654, -0.016727895, 0.33521724, -0.040666234, 0.10731634, -0.08402313, -0.033649124, 0.010878088, 0.16072121, -0.0029569878, 0.009882774, -0.09027276, 0.080400966, 0.011087642, -0.07735867) * inp_3_1_2; + result5 += M4(0.09296584, -0.4422661, -0.008140259, 0.22512265, 0.07227426, 0.19396716, -0.010994545, 0.01596842, -0.017072415, -0.057259444, -0.025023792, -0.054752175, 0.01964511, 0.04410241, -0.017442709, 0.026149442) * inp_3_2_2; + result6 += M4(-0.14465208, 0.052414786, -0.10324293, 0.043296814, -0.0065701497, 0.284348, 0.088501304, 0.02364426, -0.018061107, -0.27728018, 0.06673837, -0.043344155, -0.055777367, 0.095413126, -0.084193215, -0.019277465) * inp_3_0_0; + result6 += M4(-0.03289761, 0.060269997, -0.037370358, 0.03455, 0.23031938, -0.0960787, 0.16084133, -0.015020456, -0.036135703, 0.0015686582, -0.024946745, 0.0014197099, 0.017655753, 0.0874854, -0.027340759, 0.09841798) * inp_3_1_0; + result6 += M4(-0.1289917, -0.098799415, -0.14170569, 0.0020071268, -0.0690942, 0.050342314, 0.040754493, -0.011776017, -0.105071805, 0.040584493, -0.06626002, -0.035702202, -0.16230677, -0.07215765, 0.022972744, -0.06026864) * inp_3_2_0; + result6 += M4(0.037230387, -0.043833714, 0.09105837, -0.014592812, 0.12744612, 0.32406375, 0.13302492, 0.01414794, 0.011576483, -0.5599568, 0.022151038, 0.024990482, 0.014135616, 0.20804837, -0.033429373, 0.04993635) * inp_3_0_1; + result6 += M4(-0.2591266, -0.1823409, -0.071213484, -0.010348561, -0.012311407, 0.10029026, -0.3059883, 0.16752581, -0.13978365, -0.2672502, -0.22415243, 0.049176916, -0.12087738, 0.14781684, -0.12381877, -0.0030827867) * inp_3_1_1; + result6 += M4(-0.022580065, -0.058024984, 0.091736086, -0.02749568, 0.016032806, -0.032259338, -0.014710801, -0.031026777, -0.23686303, 0.13892634, 0.2228778, -0.017671678, -0.024856837, 0.18229605, 0.16825965, -0.06214024) * inp_3_2_1; + result6 += M4(-0.08364155, -0.02936373, 0.09070326, 0.03580639, -0.0351979, 0.18541162, 0.0020878087, -0.008411181, -0.036377754, 0.08249375, -0.07135602, -0.0076352847, -0.15029375, 0.24912156, 0.10706906, -0.0847039) * inp_3_0_2; + result6 += M4(-0.18271367, -0.13727036, 0.10006786, -0.039201215, -0.2927287, -0.21505424, 0.19938983, 0.011092712, 0.12819457, 0.12716632, -0.09388147, -0.020313218, -0.09050144, -0.11972295, 0.15428178, -0.0041933535) * inp_3_1_2; + result6 += M4(0.12788516, -0.03425613, -0.050770186, -0.015303022, 0.034824573, -0.0037806693, -0.029709935, -0.073458716, -0.034717567, -0.035268117, 0.03545894, 0.0040188264, 0.016481591, -0.008730628, 0.034666605, -0.05890681) * inp_3_2_2; + result7 += M4(-0.055325568, -0.07653447, 0.0064974306, -0.036004025, -0.050747108, -0.049278356, -0.0015913406, -0.0295292, 0.05677361, 0.11795071, 0.007659743, 0.14516187, 0.063124515, -0.02677223, 0.059773576, 0.07873373) * inp_3_0_0; + result7 += M4(-0.018679123, -0.06523358, 0.014471994, -0.034016907, -0.11572341, 0.19372271, 0.02323371, -0.025854953, 0.07890665, -0.003981726, -0.0016486332, 0.0019313947, 0.046618175, -0.45814046, -0.025193462, -0.15063004) * inp_3_1_0; + result7 += M4(-0.031975295, 0.042037755, 0.018787742, -0.035285443, 0.011452343, 0.07545121, -0.016744, 0.045516856, -0.03898138, 0.006110149, 0.00040688645, 0.2023965, -0.029057851, 0.113781966, -0.0040228264, -0.05689903) * inp_3_2_0; + result7 += M4(-0.10792631, -0.0074666715, 0.009675205, -0.045531865, -0.15179047, -0.009790886, -0.025036544, -0.047867645, 0.26350698, -0.14740969, -0.0101214005, 0.3249405, 0.082714014, 0.016668236, 0.013723304, -0.018905688) * inp_3_0_1; + result7 += M4(0.055604637, 0.14202286, -0.093780614, -0.047645394, 0.012365282, 0.15699707, 0.0076153325, 0.016230915, 0.024937283, 0.02176795, -0.08995523, 0.2716097, 0.26775718, 0.18402198, -0.046548117, -0.015260937) * inp_3_1_1; + result7 += M4(0.068360254, -0.0986738, -0.045730673, 0.18361628, -0.04210607, -0.04912704, -0.06883431, -0.287089, 0.13788974, 0.11286571, -0.06858426, 0.34948456, 0.0033379109, -0.037565716, -0.052660394, -0.06377529) * inp_3_2_1; + result7 += M4(0.077899106, -0.04598531, 0.015534113, -0.00073033787, -0.026151834, 0.00032459627, -0.0029609238, -0.013592551, 0.05483648, 0.05432821, -0.017464997, 0.09295904, -0.008487986, 0.09710061, 0.015405445, 0.049106844) * inp_3_0_2; + result7 += M4(-0.0056601516, 0.025121285, -0.061511125, 0.042798955, -0.02476289, -0.064376734, 0.00019398564, -0.14655946, 0.09633312, -0.0421261, 0.034395702, 0.18609671, 0.16801009, 0.019355727, -0.03428645, 0.0912915) * inp_3_1_2; + result7 += M4(-0.05483083, -0.115898006, -0.02791033, 0.29514515, -0.06980501, -0.011925553, -0.042923976, 0.0023969517, 0.03060759, 0.03044715, -0.014774592, 0.12648693, -0.0123675605, 0.03650439, 0.016308002, 0.06412725) * inp_3_2_2; + const V4 inp_4_0_0 = inp[4][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_4_1_0 = inp[4][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_4_2_0 = inp[4][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_4_0_1 = inp[4][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_4_1_1 = inp[4][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_4_2_1 = inp[4][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_4_0_2 = inp[4][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_4_1_2 = inp[4][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_4_2_2 = inp[4][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.18671563, 0.011007786, -0.019565666, -0.16721845, 0.3396576, -0.0040437514, 0.029993847, 0.10844761, -0.10774442, 0.01726972, 0.01727367, -0.24374896, 0.053115454, -0.059017625, 0.071100354, 0.01158527) * inp_4_0_0; + result0 += M4(0.16077441, 0.008739098, -0.0958093, -0.31102344, 0.360259, 0.022435881, 0.00294363, 0.29604894, -0.03139089, 0.06157452, 0.0039129914, -0.4264208, -0.10862725, -0.023980858, 0.036441203, 0.11493091) * inp_4_1_0; + result0 += M4(-0.1828809, -0.012715486, 0.008071946, 0.0034295933, 0.7968775, 0.034102093, -0.02228984, -0.08469485, -0.049122155, 0.012258304, -0.014740524, -0.038235273, -0.17386423, -0.006689065, 0.014004448, -0.0023374695) * inp_4_2_0; + result0 += M4(0.049398612, -0.019011958, 0.096648306, -0.06975673, -0.2859634, 0.002320488, 0.027722683, 0.08107191, 0.51173383, 0.03163909, -0.074041896, -0.092033714, 0.17895018, 0.006966968, -0.0079196915, -0.01761527) * inp_4_0_1; + result0 += M4(-0.14754301, 0.14123687, -0.023562888, -0.123279326, 0.1995399, 0.021962682, -0.017955476, 0.08554631, -0.22334902, 0.05179767, -0.054125935, 0.042983744, -0.09859608, 0.029277636, 0.025738848, -0.29354262) * inp_4_1_1; + result0 += M4(0.2905504, -0.0055426797, 0.040520735, 0.006563564, -0.06513221, -0.0014715588, 0.037878856, -0.05056981, 0.4913108, 0.040443465, -0.043129094, 0.097800545, 0.08404051, 0.04351597, 0.08522453, -0.02732656) * inp_4_2_1; + result0 += M4(0.080269516, -0.0311205, 0.079562254, 0.08109762, 0.57053447, -0.030450398, 0.04647022, -0.0718735, -0.16160007, 0.007957556, 0.07915407, -0.0581235, -0.39995733, -0.010502564, 0.034433004, 0.054193277) * inp_4_0_2; + result0 += M4(-0.15542449, -0.023501785, -0.010192405, 0.08507459, 0.1975596, 0.0037485538, -0.12301532, -0.028392443, -0.070247084, 0.032272387, -0.042492792, 0.16417025, -0.25550207, 0.01390695, -0.07521389, 0.04799159) * inp_4_1_2; + result0 += M4(0.08423475, -0.02638225, 0.04063541, 0.012670396, 0.0068036937, -0.025370894, 0.0004282429, 0.015731903, -0.011617622, -0.02155093, 0.024528667, 0.026475519, -0.23353197, 0.0022783815, 0.07034933, -0.04010941) * inp_4_2_2; + result1 += M4(-0.07825759, -0.038268555, -0.14281398, 0.12364303, 0.031731438, -0.19155267, 0.1114541, 0.046652257, 0.12904848, 0.11521979, -0.09940924, -0.036593784, 0.010878354, 0.05868903, -0.18103519, 0.12952593) * inp_4_0_0; + result1 += M4(0.0868141, 0.23006985, 0.019333737, -0.15485746, 0.03593383, -0.047892574, 0.0980809, 0.16176724, 0.14827013, -0.0354172, 0.03207481, 0.036897894, -0.036856364, -0.12252235, -0.104194045, 0.0070654177) * inp_4_1_0; + result1 += M4(-0.031276423, 0.08201624, 0.15860677, -0.049821, -0.0132355755, -0.017923497, -0.0698732, -0.024869822, 0.08522283, -0.07772247, -0.082442336, 0.056966454, 0.037081074, -0.01685068, -0.12089761, 0.015036329) * inp_4_2_0; + result1 += M4(0.06920925, -0.14711545, -0.043020148, -0.27729544, 0.032940667, -0.12623659, -0.049926672, -0.08014844, -0.10112552, 0.05759975, 0.00666061, -0.06391868, 0.009890536, -0.006222198, -0.013850685, 0.058191296) * inp_4_0_1; + result1 += M4(-0.05096672, 0.09124099, 0.44005808, 0.29929984, 0.015805753, -0.062670395, 0.1964175, 0.16380383, -0.0716157, 0.20988245, 0.1529413, 0.06861653, 0.121379115, -0.33514094, -0.02916709, 0.04951275) * inp_4_1_1; + result1 += M4(0.016275372, -0.22383131, 0.003793926, -0.07776438, 0.015962467, -0.033935986, -0.03924903, -0.10662822, 0.02068318, -0.051470168, -0.049629997, 0.08728509, -0.017298343, -0.20376, -0.015252269, -0.050460514) * inp_4_2_1; + result1 += M4(0.024207205, 0.060881548, 0.028375672, -0.17706855, 0.06188294, 0.08860895, 0.010041935, 0.034763977, 0.015148256, -0.07430798, -0.08011852, 0.057848807, 0.008911355, -0.019565018, -0.16178733, -0.04136675) * inp_4_0_2; + result1 += M4(0.06454287, 0.10210875, -0.033464856, -0.07513092, 0.023692554, 0.08148411, 0.10072244, 0.056796115, -0.010498132, 0.016708005, 0.07634566, 0.016010612, 0.0049315076, 0.1741713, -0.06222367, -0.08142443) * inp_4_1_2; + result1 += M4(0.087150246, -0.05966943, 0.045536947, 0.117682226, -0.04751186, -0.10200599, 0.059109718, -0.019480744, 0.059142776, 0.015344558, -0.054946624, -0.073430985, -0.021776598, 0.061559692, -0.107282475, 0.03965959) * inp_4_2_2; + result2 += M4(0.0020025254, 0.022251166, 0.00020157064, -0.040389594, 0.03649809, 0.12783991, -0.1926349, 0.033586685, 0.04192445, 0.17252682, -0.033448916, 0.008182044, 0.0678849, -0.037545826, -0.12726957, 0.069658935) * inp_4_0_0; + result2 += M4(-0.08797048, -0.33720347, -0.06843994, -0.009388004, 0.007355689, 0.16356027, -0.14867967, 0.074103355, 0.034870073, 0.023578513, -0.031897698, 0.032564428, -0.107870474, -0.035462074, -0.26793018, 0.026975883) * inp_4_1_0; + result2 += M4(-0.043934062, 0.13283846, -0.017962202, -0.06690337, 0.041170668, -0.03378914, -0.0321454, -0.011846852, 0.009516877, -0.026580429, 0.0038966432, 0.052053582, 0.092849925, 0.045884762, -0.016070126, 0.042846553) * inp_4_2_0; + result2 += M4(0.11459171, 0.16836528, 0.0067692325, -0.079261854, -0.0998232, 0.14362013, 0.079440504, -0.01310343, -0.06368294, 0.037007377, -0.040556017, 0.04391934, 0.25572732, 0.022206828, -0.14677086, 0.0815601) * inp_4_0_1; + result2 += M4(-0.27271116, 0.049193546, 0.03336971, -0.008202585, -0.1564803, 0.05234511, 0.0049210233, 0.061044786, -0.19119234, 0.078088306, 0.14981882, -0.10732807, 0.422677, 0.052270968, -0.26214805, 0.087457865) * inp_4_1_1; + result2 += M4(-0.04687676, 0.015422423, -0.00086431607, -0.01271057, -0.011118379, 0.04597728, -0.053011242, -0.056572095, -0.055644285, 0.03096736, 0.02310477, -0.055334385, 0.18751022, -0.10813116, -0.08271084, 0.09245653) * inp_4_2_1; + result2 += M4(-0.086186506, 0.1830434, -0.11030644, -0.023001134, -0.0015605387, 0.05605546, 0.015870629, 0.07216331, -0.047273155, -0.008794701, -0.07601067, 0.056934644, 0.1943258, 0.10497332, -0.027516173, -0.0063392227) * inp_4_0_2; + result2 += M4(-0.10981476, -0.10139037, -0.10839621, 0.14178525, -0.049079288, 0.139396, -0.028117048, 0.013654328, -0.13395016, -0.08480129, 0.035256725, -0.017280353, 0.15663345, -0.15014705, -0.11252795, 0.03081507) * inp_4_1_2; + result2 += M4(-0.08621381, 0.033718638, -0.13189682, 0.15058693, -0.0071148723, -0.024167918, 0.04010849, -0.013371304, -0.06671668, 0.044749618, -0.010760944, -0.11224522, 0.09868325, -0.024926199, -0.08014657, -0.09766281) * inp_4_2_2; + result3 += M4(0.17560296, -0.065775886, -0.006459535, -0.08693382, 0.0053581237, 0.0005426898, -0.02508934, 0.10989717, 0.11865435, 0.05586065, 0.09484076, 0.11796001, 0.07598771, -0.088916354, -0.016355693, -0.03920977) * inp_4_0_0; + result3 += M4(0.26716024, 0.09332428, -0.035672527, -0.033889934, 0.10380577, -0.10792809, 0.032491803, 0.11598221, -0.16717017, 0.049164187, -0.00051478465, 0.1332475, 0.23637128, -0.15503877, 0.083327465, 0.025073275) * inp_4_1_0; + result3 += M4(-0.028856063, 0.02228463, -0.0022270556, -0.15169096, -0.41227904, -0.0053139855, -0.37183005, 0.049269505, -0.12184315, -0.04017246, -0.05167311, -0.031152649, 0.07082666, 0.037031624, 0.10764349, -0.026905924) * inp_4_2_0; + result3 += M4(-0.01049915, 0.11739014, 0.08397187, -0.07710815, 0.23864214, 0.043800138, 0.12961175, 0.027600035, 0.18636715, 0.04545033, 0.0034640585, 0.039043125, 0.06100653, -0.08165919, -0.014627799, 0.0049396595) * inp_4_0_1; + result3 += M4(-0.05829264, -0.10692941, -0.021784848, -0.06650629, -0.00804042, 0.049246345, -0.09714333, 0.16783571, 0.06641079, 0.2334157, 0.093779504, -0.11016423, -0.006515934, -0.05372289, 0.019857274, -0.18465406) * inp_4_1_1; + result3 += M4(-0.13213427, -0.027656022, 0.050408516, -0.037032105, -0.032862313, 0.08121426, -0.07104203, -0.092463195, -0.069118746, -0.025219934, -0.12793308, 0.023097545, 0.07132469, 0.17039154, 0.07423295, -0.0036142585) * inp_4_2_1; + result3 += M4(-0.04168379, 0.0033692447, 0.012247811, 0.09033096, 0.17067008, 0.09933842, 0.016770627, -0.007999331, 0.14856173, -0.06804571, 0.105862424, 0.07969015, 0.08403425, 0.02671861, 0.06085429, -0.023640487) * inp_4_0_2; + result3 += M4(-0.094923325, -0.19971143, -0.05059042, 0.053266875, 0.04858924, -0.15709706, 0.02546693, -0.13396575, -0.013702026, 0.17228442, 0.0046156617, 0.028252859, -0.09793701, -0.065703064, -0.115298204, 0.18663837) * inp_4_1_2; + result3 += M4(-0.09268958, 0.06416263, 0.07325169, 0.021971846, 0.06529956, 0.05037626, -0.0048930887, -0.13996537, 0.021141198, -0.1462973, -0.084567554, -0.01506454, 0.046998132, 0.0940624, -0.009522079, 0.05108342) * inp_4_2_2; + result4 += M4(0.069145024, -0.002882422, 0.14015664, -0.3613045, -0.03500846, 0.010326944, -0.17969237, 0.03879933, -0.10790703, 0.05544771, -0.16222806, 0.25108773, -0.102622315, -0.05397919, 0.11332763, 0.0912472) * inp_4_0_0; + result4 += M4(-0.11699772, -0.07309899, 0.11169658, 0.20529273, -0.12752043, -0.010938826, -0.087930165, -0.31073257, 0.12356881, -0.004743108, -0.10544772, 0.026410654, -0.034311354, -0.032509685, 0.12069683, -0.16127245) * inp_4_1_0; + result4 += M4(2.5769134e-05, -0.12754111, -0.013598903, 0.18318334, 0.037678923, 0.029320713, -0.1304927, -0.078414895, 0.042846095, 0.0010713389, -0.031247243, -0.22965492, -0.016956974, 0.006286483, 0.02243632, 0.07687705) * inp_4_2_0; + result4 += M4(-0.025986128, -0.08457622, 0.0944553, 0.21025968, 0.006382023, -0.10306406, 0.10097979, 0.23452103, -0.061959043, -0.0061988565, -0.17389442, -0.03595001, -0.18099315, 0.057607207, 0.08662925, -0.013712116) * inp_4_0_1; + result4 += M4(-0.052100703, -0.30572578, 0.14966764, 0.045666996, -0.24847466, 0.20545833, -0.023848133, -0.08467902, 0.1645116, 0.017262885, -0.0007100575, -0.07007358, 0.02723553, 0.15521146, 0.057702918, -0.17873062) * inp_4_1_1; + result4 += M4(-0.15634713, -0.12681459, -0.011408221, -0.032487165, -0.08068434, -0.0351298, 0.012920307, -0.0006185524, 0.09506192, -0.042032827, -0.007050135, -0.0031894052, 0.041373055, 0.04421661, 0.06818887, -0.0038908457) * inp_4_2_1; + result4 += M4(0.037681356, -0.029321436, -0.013248218, 0.089514375, -0.008286719, -0.009140873, 0.110401236, 0.004529786, -0.055987794, 0.009363701, -0.03484658, -0.01143862, -0.045685917, 0.071437545, 0.07896014, 0.23226053) * inp_4_0_2; + result4 += M4(-0.0583445, -0.08874884, 0.032947738, -0.06377378, 0.08441811, -0.12823875, 0.06867126, -0.18895656, 0.036097523, 0.0049911137, 0.017927792, -0.18964991, -0.15198527, 0.15733323, -0.038631085, 0.027422786) * inp_4_1_2; + result4 += M4(-0.045293506, -0.074421905, -0.07400106, -0.056590274, -0.023945067, -0.014327954, 0.041554324, 0.19357534, 0.010129685, -0.017104065, 0.04833267, 0.099298745, -0.0653345, 0.09198819, -0.025699483, -0.09877697) * inp_4_2_2; + result5 += M4(0.05126989, -0.11165201, -0.03949107, 0.012827274, -0.006800151, 0.09410788, 0.019508006, -0.107812144, -0.06189274, 0.052835558, 0.019383252, -0.014363576, -0.0042283707, -0.040233325, -0.030328318, 0.038988646) * inp_4_0_0; + result5 += M4(0.22562496, -0.0056842566, -0.03390179, -0.23338172, -0.21150047, 0.34632647, 0.006602348, -0.07612761, -0.18690059, -0.102153264, -0.032041606, 0.07698139, -0.10188392, -0.13299339, -0.032924596, -0.04988135) * inp_4_1_0; + result5 += M4(0.06044232, 0.064126134, -0.0237404, -0.029693652, -0.036573835, -0.25192642, 0.016799156, 0.020292873, -0.0040292405, 0.017333206, 0.025323324, 0.052257467, 0.04532647, -0.016759923, -0.005387829, -0.004145057) * inp_4_2_0; + result5 += M4(-0.03471845, 0.027523719, 0.019660402, 0.013593585, -0.01743864, 0.14991951, 0.025586575, -0.011178313, 0.028091853, -0.19830616, 0.022843217, 0.0051481067, -0.02228959, -0.24773867, -0.018356087, 0.12924021) * inp_4_0_1; + result5 += M4(0.09892557, -0.04075304, 0.0035159294, -0.10459814, -0.15160754, -0.0030324275, 0.016313735, 0.054924972, -0.051287953, -0.13989593, -0.02803562, -0.083574645, -0.07067514, -0.054376304, -0.04322344, -0.049143065) * inp_4_1_1; + result5 += M4(0.053454738, 0.12871616, 0.059428584, -0.00423104, 0.0081377905, -0.093068875, -0.03779241, 0.01766545, -0.019672636, 0.03187528, 0.012627105, -0.0010256567, -0.02833987, 0.020976631, -0.03236893, -0.10342855) * inp_4_2_1; + result5 += M4(-0.026647745, -0.037815906, -0.020683073, -0.05764755, 0.07456962, -0.22506273, -0.018697001, -0.059746843, -0.025869744, 0.0815025, 0.048052017, 0.0666039, 0.036375795, 0.019151406, 0.009605656, -0.006283438) * inp_4_0_2; + result5 += M4(0.032922212, -0.16051689, -0.028198011, -0.07303507, -0.074081145, 0.25798026, 0.027467784, 0.026003916, 0.060250074, -0.03564738, -0.07060636, -0.049254812, 0.012059596, -0.1604841, 0.024879508, 0.084039226) * inp_4_1_2; + result5 += M4(-0.03193242, 0.02572299, 0.048717547, 0.089661784, 0.022612734, 0.102245755, 0.00841563, 0.014134972, -0.0017746104, 0.05108323, 0.00070015993, 0.047171485, 0.010799258, -0.06220687, 0.017520819, 0.0025798979) * inp_4_2_2; + result6 += M4(0.105994225, -0.19868919, 0.011871991, 0.0076910174, -0.14289175, -0.02238566, -0.018845633, -0.02703022, 0.022486374, -0.056684755, 0.1003435, -0.039022073, -0.058879618, 0.06729891, 0.12517802, 0.003658135) * inp_4_0_0; + result6 += M4(0.14659826, 0.08146107, 0.06869505, 0.05703236, -0.028249646, 0.17645714, -0.21517038, 0.0076926774, 0.1773575, 0.19912657, 0.011452382, -0.07637672, -0.25087115, -0.105868444, -0.09984039, 0.00850327) * inp_4_1_0; + result6 += M4(0.012133553, -4.635346e-05, -0.044151314, 0.0471454, 0.08650078, 0.013975081, 0.03158762, -0.011354539, 0.0780001, 0.06690665, 0.08589582, -0.01869028, -0.01677636, -0.12475332, 0.024094861, -0.0044213566) * inp_4_2_0; + result6 += M4(0.07298494, -0.15864012, 0.20889348, -0.021786392, 0.11997609, -0.14258158, 0.13700382, -0.02590116, 0.005856892, -0.022935728, -0.011136262, -0.12636122, -0.026897948, 0.09783801, 0.01365595, 0.08559514) * inp_4_0_1; + result6 += M4(0.008573796, 0.36784512, -0.09835621, -0.037670255, -0.022125605, 0.012232725, 0.017062489, 0.0096913, 0.055019606, -0.025391987, -0.022888258, -0.049804796, -0.105870776, -0.20554258, 0.14477159, 0.12848486) * inp_4_1_1; + result6 += M4(-0.030278437, -0.1380488, 0.114217125, 0.075079, -0.047917333, 0.050868314, -0.19001642, 0.03261282, -0.0044744117, 0.09962044, -0.04763892, 0.018165126, 0.034206823, -0.11597154, 0.11092557, 0.03325106) * inp_4_2_1; + result6 += M4(0.04633899, 0.03912767, -0.09579782, 0.060845785, -0.029730491, -0.06978176, -0.13629054, 0.023090914, 0.08038462, -0.18146084, 0.071845144, -0.0055421204, 0.09605012, 0.0964328, 0.013261676, 0.04259341) * inp_4_0_2; + result6 += M4(0.066784844, -0.14903262, 0.024951074, 0.075918905, -0.17786124, -0.09201577, 0.24612312, -0.013250502, 0.03977437, 0.02722111, -0.0096855955, -0.049702514, 0.22972526, 0.08658453, -0.18677714, 0.00039259586) * inp_4_1_2; + result6 += M4(0.04781108, -0.068694636, -0.10319322, 0.020910783, -0.04294151, -0.047346912, -0.15175053, -0.00068040827, 0.0031489204, 0.02630967, -0.09309033, 0.040807083, 0.09417282, -0.1022639, -0.005895056, 0.0477383) * inp_4_2_2; + result7 += M4(0.049177706, -0.030941142, 0.0070032566, -0.08539875, 0.021399044, -0.029841773, -0.0073910006, -0.0038321654, 0.06277513, 0.039198477, -0.030060902, 0.027599119, -0.042601507, 0.10326694, -0.012771646, -0.03979841) * inp_4_0_0; + result7 += M4(-0.078266025, 0.046536334, 0.033601347, 0.009142793, -0.034472767, -0.23237887, -0.041013196, -0.017589966, -0.0101782745, -0.08564077, 0.04426092, 0.00503341, 0.11267203, 0.26962793, -0.051341593, -0.034072153) * inp_4_1_0; + result7 += M4(0.06208209, -0.18352069, -0.004219006, -0.037164498, 0.027144313, -0.049438242, 0.013342793, 0.103080325, 0.029959202, -0.01693596, -0.004267126, -0.04411009, 0.01046045, 0.15092407, -0.030891724, 0.25189477) * inp_4_2_0; + result7 += M4(-0.036467325, -0.045477964, -0.011840119, -0.015907153, 0.013154312, -0.008553453, 0.008570545, 0.029735109, 0.044728443, 0.081235975, -0.04847781, -0.00295823, -0.12288811, -0.0010027557, 0.0066455165, -0.068108626) * inp_4_0_1; + result7 += M4(0.16969146, -0.100116886, 0.008268357, 0.10946563, -0.10654125, 0.06998944, 0.029377474, -0.015355576, -0.16766389, -0.20505778, 0.017986748, 0.033132747, 0.10764003, -0.02415494, 0.034058247, 0.07083134) * inp_4_1_1; + result7 += M4(0.054632343, -0.018059323, 0.008385867, 0.017824594, 0.05275564, -0.034722816, 0.013699103, 0.13630769, -0.006114431, -0.076319136, 0.05666484, -0.015281957, 0.067867644, 0.05887549, 0.026778, 0.021443866) * inp_4_2_1; + result7 += M4(0.009649359, -0.0076094316, 0.04627633, -0.123604715, -0.023757117, 0.007498384, 0.0037702848, 0.0042312513, 0.044805396, 0.05304793, -0.017555103, 0.11178705, 0.020255571, 0.01510768, -0.011929654, 0.016395317) * inp_4_0_2; + result7 += M4(0.060495935, -0.075412564, -0.011714262, -0.028777624, 0.036349464, 0.010554533, -0.017276483, 0.014811549, -0.040656872, 0.097686425, 0.06282261, -0.09207576, -0.04596563, 0.07891032, 0.020275546, -0.24185641) * inp_4_1_2; + result7 += M4(0.0663436, -0.08257041, -0.008731263, 0.34673077, -0.08118538, -0.0046493784, 0.010682317, -0.15008071, 0.101572864, 0.062296055, 0.034948315, -0.010925607, 0.0053622792, 0.07923177, 0.009801937, 0.18502559) * inp_4_2_2; + const V4 inp_5_0_0 = inp[5][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_5_1_0 = inp[5][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_5_2_0 = inp[5][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_5_0_1 = inp[5][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_5_1_1 = inp[5][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_5_2_1 = inp[5][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_5_0_2 = inp[5][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_5_1_2 = inp[5][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_5_2_2 = inp[5][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.07869333, -0.00035128652, 0.022898614, -0.012425706, -0.04523789, -0.00554883, 0.035654984, -0.09758672, 0.17274638, -0.00078226364, 0.11401323, 0.22211851, -0.20208736, -0.017870452, -0.06545396, 0.08890102) * inp_5_0_0; + result0 += M4(-0.32873765, 0.0016164917, 0.01716955, 0.24452612, 0.3071801, -0.0024067913, -0.034127872, -0.06382891, 0.060509503, -0.005660867, 0.15617707, 0.29242027, -0.03558213, -0.024359392, 0.06148011, 0.12935658) * inp_5_1_0; + result0 += M4(0.26454037, 0.00089075457, 0.018350126, 0.07323487, 0.68328065, -0.0024056665, -0.04161967, -0.18188752, -0.07905459, -0.023154857, -0.0092441635, -0.04956989, -0.2314631, 0.0039305864, -0.022860853, -0.07631401) * inp_5_2_0; + result0 += M4(-0.0038970276, -0.014908787, 0.0684872, -0.12164261, -0.5654355, 0.008098003, 0.02807298, 0.07976401, -0.2742832, 0.06580561, 0.012161846, 0.23362854, 0.3323281, 0.00038569167, -0.059329838, -0.14608262) * inp_5_0_1; + result0 += M4(-0.318843, -0.05809332, -0.0905257, 0.13430594, 0.1763401, 0.13379827, -0.05285944, -0.25087997, -0.25691295, 0.09705721, -0.0086598, 0.16804737, 0.16234742, -0.018796036, -0.0146961305, 0.012803926) * inp_5_1_1; + result0 += M4(-0.3687057, 0.027534785, 0.089020625, 0.048740935, 0.33015457, 0.055929296, 0.0423266, -0.00042862532, -0.65630263, 0.044620927, -0.042774618, -0.064371966, -0.07599462, -0.012021491, 0.050905824, -0.008724924) * inp_5_2_1; + result0 += M4(-0.18874244, 0.013953216, -0.03258164, 0.075005144, 0.025068179, -0.01680127, 0.02372482, 0.05022162, 0.11775188, -0.0077294754, 0.025189329, 0.08765877, -0.19321209, 0.011285351, -0.03456609, -0.07313599) * inp_5_0_2; + result0 += M4(-0.48788357, -0.050879117, -0.021839213, -0.07366132, -0.21457158, 0.040539674, 0.05531499, 0.08236575, 0.31520548, -0.041763797, 0.056597754, -0.113837786, -0.151603, 0.015293674, -0.047634486, 0.103072695) * inp_5_1_2; + result0 += M4(-0.0777336, -0.008974059, 0.014881637, -0.083502695, -0.1704324, 0.038487818, 0.06559258, 0.12768595, 0.15679763, 0.013372798, -0.030217202, -0.037186217, 0.02880897, 0.0055609215, 0.007871192, -0.033056986) * inp_5_2_2; + result1 += M4(-0.12952425, 0.03721746, -0.035637632, 0.011933187, -0.036226973, -0.06437253, 0.13445026, 0.03394418, 0.1516447, 0.035568077, 0.24680257, -0.15145738, -0.016980328, -0.085753605, -0.17648911, -0.0068147765) * inp_5_0_0; + result1 += M4(-0.078856885, -0.07582558, 0.10946699, -0.029691309, 0.059291027, -0.17677361, 0.08992794, 0.04016863, -0.00038459155, -0.29349446, 0.13076018, 0.15964578, 0.03102614, 0.044825442, -0.042552024, -0.017371753) * inp_5_1_0; + result1 += M4(-0.043538082, 0.04203705, -0.0026763624, 0.02145284, -0.08864483, 0.034567166, -0.059803315, -0.021143297, -0.03709001, 0.09168868, 0.08747861, 0.08939103, -0.11063337, -0.10472133, -0.038399506, 0.059378058) * inp_5_2_0; + result1 += M4(0.026306508, -0.09015751, -0.05076055, 0.049613666, -0.050214484, -0.110159375, 0.18269265, -0.10263938, 0.0027290583, 0.10587823, 0.2078708, 0.18030132, -0.013006935, 0.026716385, -0.05439159, -0.016593486) * inp_5_0_1; + result1 += M4(-0.0018730204, -0.12725502, -0.095247835, -0.18146436, -0.027124807, 0.24049643, 0.20137446, 0.071600236, -0.064398095, 0.019145656, -0.30381453, -0.1900997, 0.06479129, -0.10385521, 0.0926918, 0.10271915) * inp_5_1_1; + result1 += M4(-0.12086527, 0.06267545, 0.049382135, -0.11529424, -0.112643935, -0.034091912, -0.035225626, -0.016406411, 0.118374266, 0.030822283, 0.1584464, 0.08448635, -0.034706075, -0.21329069, -0.064829126, 0.0451281) * inp_5_2_1; + result1 += M4(0.039971948, 0.04942478, 0.031031318, -0.08522106, 0.13778934, -0.090367086, -0.07451306, -0.15202044, 0.02120986, 0.06494965, 0.047448635, 0.043437555, -0.09407728, -0.054798916, -0.0114540905, 0.12336493) * inp_5_0_2; + result1 += M4(0.035171557, -0.037406277, 0.027900036, -0.08886569, 0.021939408, -0.07062506, 0.0062860283, -0.12200291, 0.0012390914, -0.09562543, 0.1194021, 0.09370839, 0.02484605, -0.051458817, -0.03631423, -0.013663657) * inp_5_1_2; + result1 += M4(0.030942678, -0.08716443, 0.03165094, 0.10127806, 0.016895788, 0.065503776, -0.04853291, -0.12899692, -0.028207228, -0.014250527, -0.034553766, 0.03330464, 0.0475289, 0.038898353, -0.062322, -0.044877715) * inp_5_2_2; + result2 += M4(0.021333138, 0.013268967, -0.015901806, -0.046588786, 0.0034785832, 0.0831568, 0.043451313, 0.0009396029, -0.06399435, 0.054420426, 0.0063771103, -0.027554097, -0.034235477, -0.023794109, 0.0054998253, 0.0046750433) * inp_5_0_0; + result2 += M4(-0.048246786, 0.22831313, -0.014618013, 0.008491458, 0.06813362, 0.10156819, -0.019818539, 0.07891646, 0.123127885, 0.16703428, 0.0045574415, 0.0676125, 0.02016334, -0.18210115, 0.009630271, 0.029004991) * inp_5_1_0; + result2 += M4(-0.01673904, 0.04105361, -0.03589782, -0.0071025356, 0.085280895, -0.006099745, 0.0333405, 0.023406666, 0.002361316, -0.030961443, 0.0341426, -0.037059058, 0.030845396, 0.010022956, -0.036231074, -0.08843495) * inp_5_2_0; + result2 += M4(-0.0046882043, -0.04331871, 0.0053232284, 0.022607893, -0.057038147, -0.08441694, 0.100728266, -0.044547223, -0.21838132, -0.09227369, -0.1598035, 0.102324896, 0.10879561, -0.08552537, 0.12732802, -0.062754355) * inp_5_0_1; + result2 += M4(-0.19478069, 0.069152564, 0.059341524, -0.08595255, 0.16276842, 0.1780508, 0.10221329, -0.032430016, 0.035120975, 0.0007167226, 0.024983447, -0.014336769, -0.027756715, -0.17439899, -0.041124605, 0.12268519) * inp_5_1_1; + result2 += M4(0.03140482, -0.032615893, -0.07159878, 0.019304452, 0.074276455, 0.096589126, 0.03794335, -0.029392608, 0.0015624304, -0.1876843, 0.02035078, 0.12729327, 0.05165021, 0.029002959, -0.08181941, 0.013726391) * inp_5_2_1; + result2 += M4(0.057264715, -0.020870764, -0.014013703, -0.006178171, -0.14789797, 0.06832935, 0.0068656513, -0.016575057, -0.05024657, 0.1306498, -0.07247172, -0.00039102216, -0.030370452, -0.09067211, 0.10256602, 0.04603874) * inp_5_0_2; + result2 += M4(-0.04731265, -0.0450603, 0.00024730418, 0.018841753, 0.012970629, -0.07924305, -0.09827355, 0.032717872, 0.1290668, 0.059932217, -0.007988637, 0.003939825, 0.062332142, -0.05914839, 0.018148884, -0.01327255) * inp_5_1_2; + result2 += M4(0.107830815, 0.013075259, -0.11039031, 0.052275967, 0.027585676, -0.043224003, 0.09770686, -0.13639812, -0.028442947, 0.00020570598, 0.019433506, -0.027970882, 0.0061857193, -0.037253305, -0.018408528, 0.0474903) * inp_5_2_2; + result3 += M4(0.015677845, -0.00671084, 0.019166647, -0.033845436, 0.060717802, 0.06417002, 0.090390675, -0.004397716, -0.16850543, 0.06244075, -0.07570655, 0.022061221, 0.022521907, 0.011098941, -0.024522034, -0.038981784) * inp_5_0_0; + result3 += M4(-0.021185506, 0.08965549, 0.039249115, 0.07136724, -0.080724545, -0.013874093, 0.07638509, 0.072556265, -0.19393668, 0.1401979, 0.034555063, 0.14185809, 0.09639788, -0.10919841, 0.086399354, -0.15379573) * inp_5_1_0; + result3 += M4(-0.17099692, -0.08714954, -0.03801139, -0.065560766, -0.09060775, 0.05145639, -0.09605068, 0.06911095, 0.07026578, 0.09323299, 0.05844946, 0.050781656, 0.085839376, 0.117615536, 0.102985196, -0.05098219) * inp_5_2_0; + result3 += M4(-0.002876606, -0.02218488, 0.060924545, -0.18816549, 0.1337594, -0.075137, 0.039093472, -0.003535261, 0.04947663, -0.080551505, -0.18947463, 0.13170737, -0.29970402, -0.0010217266, -0.08042049, 0.05852891) * inp_5_0_1; + result3 += M4(0.11629283, -0.052787248, 0.08910508, 0.011113786, 0.055172123, 0.060877237, 0.18369572, -0.12718171, -0.12961869, 0.2022103, -0.28783035, 0.11361625, 0.121732086, -0.19074959, -0.006026067, -0.074463435) * inp_5_1_1; + result3 += M4(0.07337377, 0.16794255, 0.13359612, 0.04595141, -0.24953586, 0.05813992, -0.17401415, 0.07559845, 0.094264, -0.1356181, 0.05777148, 0.027211571, 0.04444463, -0.009073971, 0.055189658, -0.037160527) * inp_5_2_1; + result3 += M4(-0.25800025, -0.12835032, -0.060990572, 0.08991051, 0.107343994, -0.01543463, 0.07718182, -0.028928423, 0.017609239, 0.020304795, 0.013512198, -0.06750834, -0.11718272, -0.048897132, -0.0774759, -0.013367303) * inp_5_0_2; + result3 += M4(-0.13356136, 0.22312234, 0.047576934, -0.011558663, 0.15920341, 0.021484494, 0.11451094, 0.11846407, 0.0022281893, 0.015195137, -0.066550754, -0.11097011, -0.14604366, 0.07637948, -0.020782305, 0.09131394) * inp_5_1_2; + result3 += M4(-0.040715873, 0.08183543, 0.14434236, -0.017248407, -0.055361044, 0.16718467, -0.15207382, 0.057854794, 0.0938, -0.14241678, 0.0013146093, -0.014982696, -0.029765692, -0.062207278, 0.060647294, 0.061205126) * inp_5_2_2; + result4 += M4(0.040047716, -0.03474733, -0.010585424, -0.13982292, 0.0058999523, -0.05611864, -0.020375658, 0.1171784, -0.13653414, -0.010510062, -0.23348054, 0.32841045, 0.085443914, 0.05582177, 0.17286402, -0.07536615) * inp_5_0_0; + result4 += M4(-0.105701044, 0.0055946168, -0.068424866, 0.28518826, -0.1419545, -0.0033480595, -0.15887958, -0.1284714, 0.092785075, -0.013294496, -0.13797504, -0.11374121, -0.05244038, -0.041745532, -0.044629905, 0.14592455) * inp_5_1_0; + result4 += M4(-0.039473385, 0.016667891, 0.0031978255, 0.22926466, -0.035728347, -0.0048006247, -0.037035193, 0.022211924, 0.075197875, -0.011515439, -0.0002350182, -0.110827066, 0.062430806, 0.08953754, -0.100933895, -1.0008845) * inp_5_2_0; + result4 += M4(0.04095642, 0.03523955, 0.021876441, 0.07468147, -0.03628491, -0.13145937, -0.026317293, -0.18755473, -0.09626215, -0.028636714, -0.0940683, -0.0022245885, 0.1907466, -0.0075104735, 0.08550026, -0.23362629) * inp_5_0_1; + result4 += M4(0.09143216, -0.1266632, 0.05783249, -0.25104415, -0.16001162, 0.1260253, -0.01635084, 0.14715743, -0.06203885, 0.31056342, -0.021755705, -0.15887757, 0.16263153, -0.047489706, 0.036556732, -0.49565074) * inp_5_1_1; + result4 += M4(-0.05200418, 0.123212405, -0.01685267, -0.2663876, 0.00015575066, 0.23154494, -0.05773033, 0.03588002, -0.06586105, -0.02152106, 0.06252535, -0.00962661, 0.015322261, 0.052863587, -0.013198681, -0.58656317) * inp_5_2_1; + result4 += M4(-0.00039269286, -0.052142624, -0.042898796, -0.018772414, 0.093489796, -0.10340082, 0.016464384, -0.032887347, 0.048430678, -0.031949352, 0.0027134572, -0.17016664, 0.052216176, 0.0075392616, -0.092704825, -0.33045995) * inp_5_0_2; + result4 += M4(0.11755991, -0.042255007, -0.017143914, -0.20726724, -0.08805177, -0.013268589, 0.055681717, 0.31767672, 0.101473354, -0.024414746, 0.0074703894, -0.1769745, 0.029685616, 0.0989569, -0.005018177, -0.17162028) * inp_5_1_2; + result4 += M4(-0.008338706, 0.01324496, -0.067789726, -0.111777425, 0.002397612, 0.11389789, -0.002835333, -0.2839883, 0.0054740873, -0.020009434, 0.085438564, 0.019215684, 0.025188267, -0.039302133, 0.01737349, -0.45482114) * inp_5_2_2; + result5 += M4(0.011233528, -0.030370748, -0.0056033977, 0.1405769, -0.013632174, 0.1811034, 0.01791712, -0.0217345, -0.07560408, 0.075660355, 0.0057367035, 0.0065147276, 0.021670358, 0.11397549, -0.051262494, 0.06001228) * inp_5_0_0; + result5 += M4(-0.038376495, 0.052995272, -0.033120967, -0.08012776, -0.07851079, 0.19220532, 0.07857965, -0.059333064, -0.2307005, 0.052897662, -0.0027991813, 0.06745769, 0.28804463, 0.17595169, 0.08324931, 0.08291818) * inp_5_1_0; + result5 += M4(-0.00089322776, -0.12731972, 0.005975614, 0.021670679, -0.096803114, -0.13316235, 0.004712358, 0.026525665, -0.020871181, -0.09755728, -0.016133219, -0.071284294, -0.08137697, 0.21427888, 0.018336821, -0.33874258) * inp_5_2_0; + result5 += M4(0.03580351, 0.0019478424, 0.0070350426, 0.008283084, 0.045394633, 0.025900071, 0.042914424, 0.041449305, 0.045430068, -0.25429165, 0.06961166, -0.08076151, -0.065529324, 0.13570659, -0.057939768, -0.091177434) * inp_5_0_1; + result5 += M4(0.014707097, -0.14771028, -0.09050319, 0.037257493, 0.03551058, -0.072607145, -0.01910474, -0.16191821, 0.025728233, -0.033240207, -0.022957142, 0.027783198, 0.12536895, 0.24879834, -0.0027322322, -0.27055278) * inp_5_1_1; + result5 += M4(0.08564408, -0.096858606, -0.03321823, 0.00391585, -0.0714128, 0.09010456, 0.07945547, -0.017609628, 0.021018073, -0.10225811, -0.007876666, -0.052467708, 0.018096993, 0.33184934, 0.032097474, -0.104311384) * inp_5_2_1; + result5 += M4(-0.048686717, -0.06793839, 0.029256001, -0.008618766, -0.031727325, 0.026663907, -0.017281586, 0.022322832, 0.04476352, -0.16771935, -0.013644622, -0.0037746977, 0.01837814, 0.11802892, 0.02561466, -0.16415071) * inp_5_0_2; + result5 += M4(-0.04738057, -0.22266848, -0.057847474, -0.061348636, 0.09780719, 0.13411331, 0.047367968, 0.07509483, -0.10801688, 0.06818776, -0.006035024, -0.03861783, 0.038379334, -0.018639319, -0.04932617, -0.17377199) * inp_5_1_2; + result5 += M4(-0.024082847, 0.011026896, 0.011392431, -0.0006626239, -0.013934467, -0.026957529, 0.019667279, -0.081639156, -0.0017702146, -0.06961195, -0.021819504, -0.09337104, 0.03227134, 0.06111691, -0.035430565, 0.05397633) * inp_5_2_2; + result6 += M4(0.08723617, -0.15685703, -0.011420155, -0.011860816, -0.019349966, -0.17326365, 0.023602288, -0.0006519195, 0.18131952, 0.2316517, -0.008294209, 0.047665905, -0.08477736, -0.046739988, 0.011925728, 0.02837569) * inp_5_0_0; + result6 += M4(0.05739363, -0.08614754, -0.16947506, -0.0020167672, -0.15113881, 0.13837765, -0.076638274, -0.0018632106, -0.10137812, -0.0672288, 0.011497005, 0.016244607, -0.10425687, -0.2854549, -0.13122094, -0.029997258) * inp_5_1_0; + result6 += M4(-0.057944074, -0.030108927, -0.1373179, 0.014940308, 0.036806006, 0.067855015, 0.17665218, 0.015243376, -0.046586033, 0.09691151, 0.034589026, -0.0027722016, 0.120801926, 0.09981655, 0.06498883, -0.02791484) * inp_5_2_0; + result6 += M4(-0.1055818, -0.20216429, 0.07618889, 0.05045324, -0.124078676, 0.0971568, -0.083990894, -0.0037262768, -0.16862415, 0.17035407, -0.20748077, 0.074987166, 0.009541244, 0.052398782, -0.018709803, -0.0114659285) * inp_5_0_1; + result6 += M4(-0.15500383, -0.13540241, -0.04381884, -0.03180128, 0.17580117, -0.13147719, 0.15651031, -0.06405652, 0.22646862, -0.17062064, -0.0012268446, -0.03821348, 0.09470291, -0.039777637, 0.06915523, -0.085813634) * inp_5_1_1; + result6 += M4(0.08187127, -0.06517709, -0.10847888, 0.085252166, 0.16315693, -0.036993474, -0.22202265, 0.0655328, -0.10142412, 0.17265755, -0.023184417, -0.005069489, 0.06851217, -0.2839705, -0.07529304, -0.036122385) * inp_5_2_1; + result6 += M4(0.014243031, 0.0743126, -0.12589347, 0.024750315, -0.014277149, -0.086918235, -0.0027030325, 0.060844444, -0.023898343, 0.13895226, 0.02028287, 0.05840617, 0.09580089, -0.060213435, -0.012504373, -0.075233646) * inp_5_0_2; + result6 += M4(0.020566981, 0.0024632663, 0.057662457, -0.018373294, 0.06949214, 0.16002536, -0.106589325, -0.011401631, -0.0647302, -0.21078208, 0.15034719, -0.012464964, 0.06277858, 0.1289562, 0.015662557, -0.022599358) * inp_5_1_2; + result6 += M4(-0.05505452, 0.03801007, 0.15293477, 0.049188383, 0.079358615, -0.09684197, -0.20114851, 0.086659975, 0.013301751, 0.018846836, 0.023613641, -0.036579743, -0.0149609, 0.015458627, 0.0065408773, -0.030299045) * inp_5_2_2; + result7 += M4(0.09383784, -0.029282423, -0.0015916231, -0.028218687, 0.037501723, -0.090598546, -0.025329769, 0.032853372, -0.12469133, -0.13983399, 0.008903812, 0.05373196, -0.09197212, -0.0056824116, 0.03545236, 0.035810795) * inp_5_0_0; + result7 += M4(-0.120160215, -0.10225633, 0.058183365, 0.0026089968, -0.008311286, 0.050880123, -0.015544347, -0.04903525, -0.00052959606, -0.23820823, -0.030964691, 0.059779994, 0.09381282, 0.31728634, -0.07896495, 0.030616276) * inp_5_1_0; + result7 += M4(0.008316228, -0.014775666, -0.0074982387, -0.008071902, 0.018461678, -0.15894704, 0.020570362, -0.0845733, -0.044071596, -0.06492385, -0.018960292, -0.20498532, 0.0025616996, -0.06250713, 0.016197, 0.1513245) * inp_5_2_0; + result7 += M4(0.098134495, 0.024417605, 0.0019695126, 0.18716235, 0.15864988, -0.057607673, -0.05244622, 0.017549768, -0.21017174, 0.050304946, -0.07619447, -0.089705996, 0.108391434, -0.041835867, 0.041826982, -0.03904611) * inp_5_0_1; + result7 += M4(-0.08746314, -0.09396118, -0.022764442, 0.22329745, -0.18711771, -0.0009974316, 0.016967025, -0.13114603, -0.16269569, 0.10433014, 0.10256059, -0.13948326, 0.12696609, -0.04163431, -0.09377791, 0.047001574) * inp_5_1_1; + result7 += M4(-0.07977763, 0.19222559, 0.04622463, 0.207601, -0.014672887, -0.023854997, 0.06709907, -0.052483622, -0.037427552, 0.0782116, 0.0015768566, -0.15164335, -0.0064576617, 0.07888817, -0.022705128, 0.28746942) * inp_5_2_1; + result7 += M4(0.04720968, 0.0049305507, 0.03612931, -0.028772319, 0.13834672, -0.0059638037, 0.02689541, 0.018205956, -0.08386549, -0.06962395, -0.024217827, 0.0055049807, 0.013359512, -0.02760608, -0.016856447, -0.032100037) * inp_5_0_2; + result7 += M4(-0.039101366, -0.08461363, 0.012724582, 0.04656306, -0.1325854, 0.13503754, 0.021149468, 0.05541479, 0.08042394, -0.018439054, 0.06391846, -0.012647834, -0.14745922, 0.010879956, 0.0025640684, -0.013240188) * inp_5_1_2; + result7 += M4(-0.02938828, -0.060744494, 0.009262373, 0.003389516, -0.004608473, 0.07026646, 0.06646974, -0.16484001, 0.052399166, 0.025905645, 0.00056221406, -0.1480289, 0.03031097, 0.041789845, -0.033455618, 0.21912785) * inp_5_2_2; + const V4 inp_6_0_0 = inp[6][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_6_1_0 = inp[6][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_6_2_0 = inp[6][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_6_0_1 = inp[6][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_6_1_1 = inp[6][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_6_2_1 = inp[6][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_6_0_2 = inp[6][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_6_1_2 = inp[6][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_6_2_2 = inp[6][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.16726878, 0.02337552, 0.077711836, -0.035303667, 0.28888148, 0.011903164, 0.009890893, 0.13408768, -0.014630918, -0.024531221, -0.14364067, 0.35552832, 0.051582493, -0.027729131, -0.008941915, -0.050198626) * inp_6_0_0; + result0 += M4(0.06031827, 0.01283958, -0.054500632, -0.29180694, 0.1926464, 0.046478286, -0.012953861, 0.028309867, 0.07338482, -0.09366655, -0.18952733, 0.4947672, 0.13597332, 0.029126797, 0.003940812, 0.022494985) * inp_6_1_0; + result0 += M4(-0.06131129, 0.0065805055, 0.03400541, 0.0868839, -0.47281447, -0.0378859, -0.0038852096, -0.13411734, 0.0014843142, -0.0239335, -0.12203969, 0.25322163, -0.3501995, 0.03919864, -0.028649045, -0.12838832) * inp_6_2_0; + result0 += M4(-0.057226177, -0.015708182, 0.029291067, -0.09890923, -0.8038662, 0.029186271, 0.031551156, 0.11095968, -0.18775234, -0.10426555, -0.21890208, 0.44498083, -0.35465837, 0.014768906, 0.04590378, 0.020186672) * inp_6_0_1; + result0 += M4(-0.1810541, -0.05556737, -0.02345663, -0.019031838, -0.18267672, -0.0110956505, 0.059411153, -0.1799912, -0.42325044, -0.046144508, -0.3669907, 0.41050506, -0.03827697, 0.43151984, 0.060965925, 0.037502024) * inp_6_1_1; + result0 += M4(-0.25076795, -0.040769655, 0.014912258, 0.062949985, 0.62499535, 0.040447697, 0.13525623, 0.024621977, -0.0022891725, 0.047021404, -0.14613773, 0.12370907, -0.31843406, -0.056210525, 0.107680835, 0.0869449) * inp_6_2_1; + result0 += M4(0.075500175, -0.04237024, 0.0061615417, 0.014606728, 0.20219068, -0.037102263, -0.01404636, -0.14407852, 0.25612894, -0.03724413, -0.1371565, 0.05132959, 0.11178826, 0.013937922, -0.078624934, -0.08033157) * inp_6_0_2; + result0 += M4(-0.37913552, 0.033618778, 0.0004890857, 0.06519555, -0.018196115, 0.0033920875, 0.050734352, -0.030579861, -0.64095217, -0.009908416, -0.22201966, -0.0823433, 0.14061137, 0.09472235, -0.069085084, -0.018985178) * inp_6_1_2; + result0 += M4(-0.12943813, -0.03931841, 0.013589274, -0.009239447, -0.040991627, 0.0061563873, 0.013980528, 0.04348537, -0.028306589, -0.02088455, -0.118037865, 0.041151322, -0.5478752, -0.047780987, -0.07446175, 0.051432613) * inp_6_2_2; + result1 += M4(-0.008555478, 0.04565402, -0.20191152, 0.08482234, 0.028767552, -0.12927094, 0.061445545, 0.08831772, -0.11385296, -0.12331531, -0.17769542, 0.05100599, -0.058694936, 0.050537553, 0.09582638, -0.019451087) * inp_6_0_0; + result1 += M4(0.22051308, 0.22837734, -0.074975744, -0.07225254, -0.100266196, 0.07685327, -0.07391262, 0.17098041, -0.032100398, -0.3787696, -0.26682273, -0.02349713, -0.013915506, 0.035658278, 0.18581918, 0.010441641) * inp_6_1_0; + result1 += M4(0.058614206, -0.21317482, 0.022746429, -0.14420031, -0.0020425997, 0.11044943, -0.032726903, -0.17901061, -0.0031252138, 0.006142974, -0.024956953, -0.10176778, -0.0004878129, 0.01368177, 0.11592114, 0.041805103) * inp_6_2_0; + result1 += M4(0.19395952, -0.060396094, 0.07851155, -0.13842146, -0.066420026, -0.06402058, -0.07195997, -0.19818011, -0.081449166, -0.09736735, -0.24441877, 0.07259191, 0.053844456, -0.027458532, -0.07396858, 0.018261602) * inp_6_0_1; + result1 += M4(-0.03908553, 0.08431586, 0.1502409, -0.17488427, 0.0420161, 0.0352037, 0.005702128, 0.019561678, 0.49739978, -0.3714236, -0.48853144, -0.4776428, 0.16517457, 0.0024230934, -0.17026031, 0.24317311) * inp_6_1_1; + result1 += M4(0.041106287, 0.069029324, -0.051005654, 0.15695803, -0.07960427, -0.08153068, 0.009307281, 0.083104655, 0.05567405, -0.36288092, -0.06000766, -0.44933298, -0.09430687, -0.10819884, 0.08357422, -0.013167584) * inp_6_2_1; + result1 += M4(0.068717465, -0.017653326, -0.0044030654, -0.14711158, -0.012968301, -0.22838975, -0.038133487, 0.06696954, 0.0026133382, 0.14791167, -0.04691662, -0.08854464, -0.006476051, 0.0850852, -0.010678731, 0.03420895) * inp_6_0_2; + result1 += M4(-0.008083416, -0.034217224, 0.04163466, 0.013660057, 0.0340068, -0.013922894, 0.039221708, -0.08806377, -0.03705716, 0.05893824, -0.04710652, -0.51105094, 0.06246556, 0.0031851276, -0.0036289543, -0.012623156) * inp_6_1_2; + result1 += M4(0.050628018, 0.05477649, -0.012073569, 0.020351788, 0.030532775, -0.0074954936, -0.03253457, -0.027320608, -0.03623883, -0.098306954, -0.05111786, -0.106320605, 0.0041741705, 0.0805276, -0.0028842492, 0.031043177) * inp_6_2_2; + result2 += M4(-0.051816043, -0.08162155, -0.035834722, 0.04149071, -0.017222058, 0.1202846, -0.02230568, -0.021887813, -0.107688256, -0.14901721, 0.32219905, -0.051110163, 0.020707764, -0.077505805, -0.00611336, 6.571097e-05) * inp_6_0_0; + result2 += M4(-0.13764429, -0.16772093, -0.1534153, -0.17853442, 0.04130026, -0.074790895, -0.02435289, -0.08679415, -0.06861776, -0.10177034, 0.39531022, -0.18689139, 0.015560553, -0.03354407, -0.09339321, -0.083455384) * inp_6_1_0; + result2 += M4(-0.033349402, 0.15530822, -0.019670071, -0.11229556, -0.08714364, -0.17163718, 0.035208836, -0.120149784, -0.003269507, 0.21157314, 0.16743843, -0.19911668, 0.064635165, -0.11787982, 0.042104848, 0.08591811) * inp_6_2_0; + result2 += M4(-0.03812131, 0.18001193, 0.08615761, -0.08233446, -0.011098239, 0.00524373, 0.030241583, 0.0036737868, -0.10505102, -0.30685636, 0.30573812, -0.029944759, -0.008553355, 0.0051635103, -0.03841724, 0.023594452) * inp_6_0_1; + result2 += M4(-0.024761254, -0.05848222, -0.032456666, 0.01979826, 0.050810054, -0.1760262, 0.04564554, 0.10715419, -0.8558648, -0.38139126, 0.86497164, -0.09869271, -0.09056967, 0.24813749, -0.37562025, 0.050213464) * inp_6_1_1; + result2 += M4(-0.0031948248, -0.14299113, 0.03162738, 0.1303994, 0.03930452, -0.018447455, 0.029013438, -0.06324793, -0.026344039, -0.026901193, 0.2294999, -0.15878648, -0.044261668, 0.0896783, 0.19630735, -0.21652722) * inp_6_2_1; + result2 += M4(-0.10854681, 0.07352848, 0.0009575898, -0.07184708, 0.07462978, 0.23633583, -0.018467274, 0.020680806, -0.046588037, -0.14631374, 0.16218774, -0.02519933, 0.00081205636, -0.03667594, 0.00037472384, 0.014701852) * inp_6_0_2; + result2 += M4(-0.012597556, 0.040239267, -0.1545256, 0.04088659, -0.0071228, 0.029709334, -0.07729832, 0.029503794, 4.3520216e-05, -0.3444901, 0.14977348, -0.0904957, 0.09486538, -0.056630686, -0.04801506, -0.0655883) * inp_6_1_2; + result2 += M4(-0.032831248, -0.095781, -0.08001119, 0.07166758, -0.044561706, -0.02722725, -0.0078305295, -0.055165008, 0.0053979997, -0.0075720716, 0.04506346, -0.0030553632, 0.056965515, -0.15107843, 0.08087521, -0.016785566) * inp_6_2_2; + result3 += M4(-0.011304765, 0.042982396, 0.07333254, -0.15808621, -0.010596216, 0.024228621, -0.06672704, 0.01127709, -0.11750455, 0.048861068, -0.031668387, -0.045650184, -0.03780641, -0.019473178, 0.0013867359, -0.04830007) * inp_6_0_0; + result3 += M4(-0.0046306285, -0.10906396, 0.13108574, -0.22441192, -0.034656122, 0.07466032, 0.051100947, -0.04088952, 0.0022658426, 0.022575997, 0.053428896, -0.2216837, -0.04348988, -0.06219343, 0.032726657, -0.10037727) * inp_6_1_0; + result3 += M4(-0.15779862, -0.13251221, -0.014556472, -0.09607967, 0.2680997, -0.15307818, -0.22778739, -0.00489924, 0.12760034, 0.011123271, 0.14743617, 0.029021882, 0.022585029, -0.10740373, -0.055735435, 0.15033849) * inp_6_2_0; + result3 += M4(-0.1484505, -0.017671613, -0.0032535237, 0.06376863, 0.009464662, -0.049705524, -0.11347451, 0.052946683, -0.1362056, -0.058462933, -0.0800612, -0.021057282, 0.084422134, -0.0019610696, 0.040895924, 0.059515502) * inp_6_0_1; + result3 += M4(-0.15065177, -0.12641229, 0.068029374, -0.0946125, -0.45817226, -0.1478491, -0.02126277, -0.031390682, -0.09608857, -0.1526375, 0.16725342, -0.2977865, 0.10580002, 0.068876594, 0.18560548, -0.19339715) * inp_6_1_1; + result3 += M4(0.03611996, -0.15198688, 0.120738015, -0.029970955, -0.20053011, -0.29047492, 0.020352677, -0.04749614, 0.16482808, 0.07731309, 0.2239227, -0.3563899, 0.0051016877, 0.19389103, -0.18571039, -0.078352235) * inp_6_2_1; + result3 += M4(-0.0422524, 0.034567285, -0.0154731395, -0.0010164597, -0.06711847, 0.14366814, 0.042417593, -0.15601753, -0.394073, 0.02146194, -0.06259202, 0.0063437214, -0.040900424, -0.06296466, -0.055456385, -0.0039197397) * inp_6_0_2; + result3 += M4(-0.27073866, -0.044074923, -0.026710993, 0.040608283, -0.06941842, -0.3380804, -0.0075574806, 0.08325098, -0.34815624, -0.26169232, 0.12886062, 0.07943478, -0.07662732, -0.029616397, -0.016310096, 0.05584229) * inp_6_1_2; + result3 += M4(0.027694073, -0.11943827, 0.022466535, 0.036501616, 0.0016555354, 0.18194753, 0.046705216, 0.020957671, -0.11640241, 0.007398838, 0.20677792, -0.029324407, 0.05397739, -0.0072574904, 0.0914181, 0.070041664) * inp_6_2_2; + result4 += M4(0.07863554, -0.036211852, 0.07442452, 0.065366924, -0.04510162, 0.0030608699, -0.0056208484, -0.28072548, 0.16514198, -0.011676702, 0.25184974, 0.04918739, 6.7890556e-05, -0.022788605, -0.05768242, 0.002378575) * inp_6_0_0; + result4 += M4(0.11896412, 0.048449878, 0.115514375, -0.069473594, 0.07949468, 0.122040115, -0.0037255713, 0.112943925, 0.19794042, -0.18011995, 0.10669835, -0.110208444, 0.0076629603, -0.005969908, -0.042079974, -0.2219789) * inp_6_1_0; + result4 += M4(0.0261149, 0.044957407, 0.0017095043, -0.23372293, 0.00072821684, 0.04222988, -0.02462424, -0.009386419, 0.18656869, -0.034705825, 0.09576087, -0.13062485, 0.034064356, 0.04706837, 0.0108686825, -0.4326083) * inp_6_2_0; + result4 += M4(0.1909092, -0.109210275, -0.025459444, 0.066925555, 0.040790316, 0.04747867, 0.13884526, 0.023584604, 0.013651083, -0.306847, 0.28757414, 0.050726544, 0.002901525, 0.032665133, -0.0086309025, 0.07343837) * inp_6_0_1; + result4 += M4(-0.022420825, -0.20841351, -0.08048325, 0.12100547, -0.21724851, -0.07345898, -0.0106133735, 0.0895624, 0.2022069, -0.39320457, 0.071119554, -0.0863043, -0.10923801, 0.079745725, -0.1292732, 0.20092624) * inp_6_1_1; + result4 += M4(-0.06487443, 0.019293578, 0.093959495, -0.11587859, 0.1920757, -0.054173063, 0.072559506, -0.105986014, 0.123024404, -0.20599556, -0.12720715, -0.2572074, 0.2344029, -0.1650412, 0.012668855, 0.2621401) * inp_6_2_1; + result4 += M4(0.03779558, -0.024345582, -0.04235648, -0.28064886, 0.10811407, -0.05817636, -0.011114456, -0.23404925, 0.20522195, -0.116229795, 0.011712314, 0.052991785, 0.02051668, 0.008213255, -0.0801853, -0.034602016) * inp_6_0_2; + result4 += M4(0.002073337, 0.09030672, -0.025383666, 0.26505256, 0.05167131, -0.05913865, -0.02019792, 0.05260761, 0.07007701, -0.23771165, -0.09253976, -0.076662965, 0.040042397, 0.027673334, -0.1385559, 0.025858862) * inp_6_1_2; + result4 += M4(-0.060122848, -0.017264307, 0.03408162, -0.037669934, -0.0051638624, 0.060466327, -0.051729687, 0.061894096, 0.06570809, 0.020399906, -0.02639405, -0.32674098, 0.03620623, -2.700061e-05, 0.057435904, -0.16229191) * inp_6_2_2; + result5 += M4(0.019151725, -0.00067892525, 0.01249173, -0.025109585, -0.057257466, 0.09643532, 0.032189075, 0.0030910573, 0.09102012, 0.13997632, -0.076211736, -0.049396016, 0.0758233, -0.04184735, 0.041656617, -0.023186633) * inp_6_0_0; + result5 += M4(0.12635179, -0.20093161, -0.041765526, -0.15793595, -0.020173667, -0.21873972, -0.0035302062, -0.026682058, 0.1779854, -0.12745951, 0.0244154, -9.597553e-05, -0.03827408, -0.15596522, 0.09020815, -0.109819844) * inp_6_1_0; + result5 += M4(-0.00075776194, 0.11454285, 0.01392678, 0.121896744, 0.030620914, -0.0029977555, 0.013663747, 0.00084922696, 0.07865007, -0.049442574, 0.021680849, 0.042142052, -0.020498823, -0.22637348, 0.0614096, -0.04863722) * inp_6_2_0; + result5 += M4(-0.035151657, -0.042745184, -0.055083673, 0.047766786, 0.1135874, 0.08016404, -0.07168598, 0.005107598, 0.11475242, -0.10980326, -0.050768673, -0.042571474, 0.010000346, 0.12790751, 0.033862002, 0.11367156) * inp_6_0_1; + result5 += M4(-0.041150346, -0.07492101, 0.12285059, -0.03447812, -0.020447701, -0.03266682, 0.021030348, -0.09602725, 0.1304616, -0.06513713, -0.083017, 0.13124208, 0.044711158, 0.23591313, 0.21460588, -0.11631257) * inp_6_1_1; + result5 += M4(0.029400103, 0.043555398, -0.013762911, 0.073865004, -0.07119288, -1.0364439e-05, 0.0126738325, 0.14511266, 0.19465037, 0.0013221118, -0.016896866, -0.03914429, 0.09753666, 0.17093673, -0.1356848, -0.14183028) * inp_6_2_1; + result5 += M4(-0.025005903, 0.010155256, -0.025936427, -0.0405672, -0.02723638, 0.06003205, -0.031763673, 0.012658598, 0.005140826, 0.025754128, -0.08343783, 0.10173264, -0.017245816, -0.06569329, 0.0026540714, 0.047640856) * inp_6_0_2; + result5 += M4(-0.034346513, -0.16129138, -0.009168271, 0.11254457, -0.010352256, 0.1587262, 0.014414777, -0.08211211, 0.1135565, -0.07931767, -0.017976725, 0.033258602, 0.031663466, -0.036053393, 0.21427007, 0.046158317) * inp_6_1_2; + result5 += M4(-0.09185946, -0.14098816, -0.0015973342, 0.09322096, 0.045175068, 0.07779206, 0.0012580156, 0.028436018, 0.10802001, -0.10910535, 0.003451664, -0.043159433, 0.031708997, -0.1731695, 0.041159328, -0.15916665) * inp_6_2_2; + result6 += M4(-0.0958679, -0.26637122, -0.026185092, 0.055466387, -0.04198706, -0.020821463, -0.09545562, 0.03068713, -0.20666893, 0.12167395, 0.026612062, -0.08212436, -0.0040794667, -0.086372055, -0.08609278, -0.02917526) * inp_6_0_0; + result6 += M4(0.18580501, 0.017033009, 0.110363975, -0.0418414, -0.025084877, -0.12840068, 0.07177904, 0.0127869, -0.43072087, 0.043192487, 0.010066773, -0.11958247, -0.13177611, 0.0924337, 0.06621749, 0.012264197) * inp_6_1_0; + result6 += M4(-0.015664237, -0.013518279, -0.111916706, 0.03054919, 0.12574184, 0.18625127, 0.15648505, -0.009408972, -0.0780395, 0.06971044, 0.0397292, -0.053990994, -0.013551904, 0.18145713, 0.07709254, 0.051109567) * inp_6_2_0; + result6 += M4(-0.05058331, -0.12537445, 0.050288465, -0.035371277, 0.13732839, -0.5179359, 0.017640235, 0.03727855, -0.3730922, 0.1254433, -0.05149198, -0.036945563, 0.022061089, -0.07633489, -0.047491677, -0.0004574731) * inp_6_0_1; + result6 += M4(0.0029672752, -0.0951583, 0.19591388, 0.0049881227, -0.13086346, -0.73776966, -0.22234154, 0.056313418, -0.27, -0.30227312, 0.3365131, 0.321545, 0.25795555, 0.015529492, 0.05726952, 0.03807587) * inp_6_1_1; + result6 += M4(-0.09282181, -0.08185934, 0.107564256, 0.0097432, -0.09269917, 0.09159919, -0.04614701, 0.06642886, 0.089561746, -0.10309312, 0.16146429, -0.09713908, 0.032345425, -0.037576836, -0.20319611, -0.15360212) * inp_6_2_1; + result6 += M4(0.032014478, -0.13974293, 0.052892286, 0.020222604, -0.16960494, -0.2826723, 0.29836568, 0.025542576, -0.04915736, 0.24182443, 0.042811643, -0.0973593, -0.060745683, 0.08006753, -0.014213451, -0.04268057) * inp_6_0_2; + result6 += M4(0.06054807, 0.062498067, 0.013407407, 0.061428536, 0.1297064, -0.22709037, -0.04131349, -0.06487632, 0.07992309, 0.21329872, -0.10006117, -0.092103615, -0.06569273, -0.1263074, -0.053103503, -0.0495854) * inp_6_1_2; + result6 += M4(-0.077612616, -0.022991799, 0.06686076, 0.00031374677, 0.059132006, 0.036846858, -0.0721737, 0.035311807, 0.1696031, 0.21869786, 0.14040108, -0.12660657, -0.17465432, 0.12630653, -0.009293485, -0.03878277) * inp_6_2_2; + result7 += M4(0.05440344, 0.031686533, -0.020907454, 0.10951271, 0.040619228, -0.15170762, -0.014436217, 0.004299437, 0.0035665198, 0.038972534, 0.01877531, -0.0003444911, 0.05165928, 0.03648476, -0.0172968, 0.00632726) * inp_6_0_0; + result7 += M4(0.17325996, -0.14213556, -0.028062949, 0.18187171, 0.019167548, -0.044269823, -0.004191864, 0.002324773, 0.040318165, 0.17592503, -0.06979839, 0.011143587, 0.02297659, -0.11920922, -0.048505023, -0.025443109) * inp_6_1_0; + result7 += M4(0.08409119, -0.015401151, 0.03091349, 0.037520166, -0.051030744, 0.06852024, 0.037610646, -0.042096093, 0.07281579, 0.12589635, -0.03785591, 0.18377404, 0.021303631, -0.22469413, -0.029890792, -0.13206983) * inp_6_2_0; + result7 += M4(0.14067635, -0.036883865, -0.0025350545, 0.033165004, -0.08287977, 0.1829904, 0.010653497, -0.043646075, 0.038258407, 0.052552413, 0.0017300351, 0.016791333, 0.005788829, 0.04430054, 0.01148681, 0.017427737) * inp_6_0_1; + result7 += M4(0.044377204, -0.2762078, 0.015994258, 0.06664877, 0.090133816, 0.07393251, -0.060353596, 0.23897074, 0.6179383, 0.15073742, -0.12735355, 0.16166665, -0.29235646, 0.10062159, -0.023016633, 0.043823622) * inp_6_1_1; + result7 += M4(0.17045426, 0.018254476, -0.05128312, 0.06370928, -0.0019476673, -0.24873239, -0.008143482, -0.22970337, 0.113136314, -0.048174266, -0.034583163, 0.17667745, -0.18698286, -0.3460756, -0.09774891, -0.3594588) * inp_6_2_1; + result7 += M4(0.04260384, -0.029794449, 0.0069529004, -0.019075565, 0.16143136, -0.0505453, 0.008099726, 0.26149747, 0.10733593, 0.04892239, -0.03790028, -0.18737046, 0.0594152, -0.0020483532, -0.02393423, 0.041325405) * inp_6_0_2; + result7 += M4(-0.04716326, -0.0848431, -0.009930468, 0.09281659, -0.0010374289, 0.015504248, 0.033682622, 0.053844802, 0.17517996, 0.027516868, -0.046616595, 0.11026857, -0.043579206, -0.0022518858, 0.013194802, 0.16172068) * inp_6_1_2; + result7 += M4(0.05315299, 0.051655922, -0.011361677, 0.00078263704, -0.012073149, 0.0028341622, -5.791313e-05, -0.020606972, 0.063796036, 0.04006447, -0.00550045, 0.36251128, 0.06067084, 0.005258376, -0.0012393355, -0.31838936) * inp_6_2_2; + const V4 inp_7_0_0 = inp[7][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_7_1_0 = inp[7][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_7_2_0 = inp[7][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_7_0_1 = inp[7][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_7_1_1 = inp[7][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_7_2_1 = inp[7][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_7_0_2 = inp[7][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_7_1_2 = inp[7][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_7_2_2 = inp[7][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.13234818, 0.024140459, 0.02059781, 0.06852567, -0.43825418, 0.018238941, -0.122793674, 0.3793741, -0.45896035, 0.016663015, -0.07337706, 0.5490679, -0.017448904, 0.012453136, -0.16871272, -0.2665986) * inp_7_0_0; + result0 += M4(-0.08695993, 0.02502302, 0.11226634, -0.056313213, 0.0063000424, 0.029156705, -0.030290717, 0.23947251, -0.25632492, -0.029924147, 0.017257797, -0.13141802, -0.2502964, -0.10639868, -0.1390605, -0.26825) * inp_7_1_0; + result0 += M4(0.04827805, 0.0064410353, 0.0142085375, -0.029163508, -0.63364595, 0.008122169, -0.016164683, 0.089902334, 0.26723737, -0.010226287, -0.080133036, -0.013090045, 0.27368426, -0.010752454, 0.02717971, 0.09543269) * inp_7_2_0; + result0 += M4(-0.2704793, 0.1909402, 0.10042331, 0.040969882, -0.38325265, -0.032312315, 0.031240776, 0.15624237, -0.2482152, -0.024394402, -0.10327549, 0.15105595, 0.03178416, -0.08104968, 0.083295025, -0.102572456) * inp_7_0_1; + result0 += M4(-0.46608293, 0.2581852, -0.038559817, 0.097761236, 0.40059385, 0.028512845, -0.07379742, -0.011084663, -0.46189255, 0.063741334, 0.067148454, -0.0013313569, 0.33348557, 0.1115847, 0.030679429, 0.18109667) * inp_7_1_1; + result0 += M4(0.13822377, 0.04204411, 0.020339737, -0.0012192341, -0.16125815, -0.013855569, -0.03607968, 0.124595635, -0.10623776, -0.005419131, -0.07400978, 0.04839035, -0.21052846, -0.025509095, -0.065525725, 0.011313502) * inp_7_2_1; + result0 += M4(-0.24804014, -0.01698101, -0.021685282, -0.1646782, -0.77832264, -0.014908361, -0.19158065, -0.028142458, 0.4732883, -0.0567988, -0.07517578, 0.114466675, 0.008870034, 0.0071364488, 0.033320315, -0.029111737) * inp_7_0_2; + result0 += M4(0.3797558, -0.0031718987, 0.040338196, -0.12195105, -0.04232809, 0.0067141633, -0.098415874, -0.012539671, -0.3970521, 0.043328803, -0.0860958, 0.15677075, -0.10516383, 0.0012027385, -0.027895002, 0.08783902) * inp_7_1_2; + result0 += M4(-0.051467173, 0.0086186575, 0.0026782842, -0.07827038, -0.24736173, 0.017300595, -0.058101714, -0.04303714, -0.47835463, -0.0074044233, 0.002885336, 0.02689168, 0.07279945, 0.009417397, 0.024617016, -0.03448469) * inp_7_2_2; + result1 += M4(0.120639876, 0.020868301, -0.034151245, 0.01596658, -0.036627162, 0.05034021, 0.020224286, 0.19381411, 0.083688706, 0.16616055, 0.049868044, 0.08023313, -0.09315864, 0.014191121, -0.014214762, 0.1224369) * inp_7_0_0; + result1 += M4(0.07042414, -0.118559286, 0.0019590901, 0.09782385, 0.02881862, -0.4078902, -0.18111974, -0.081410505, -0.08575127, -0.019851848, 0.009251313, -0.20036396, -0.02814018, 0.1724281, -0.016811747, -0.13820945) * inp_7_1_0; + result1 += M4(0.00832213, 0.006434059, 0.039778367, 0.033260122, 0.086187065, 0.049207654, -0.10078501, -0.0166481, 0.0032611024, 0.14055222, -0.010150389, 0.073782206, -0.06512125, -0.101720855, -0.035533793, -0.06191057) * inp_7_2_0; + result1 += M4(0.053763367, -0.069144346, -0.20957503, -0.008475853, 0.11309106, -0.05643106, -0.057507116, -0.1396303, 0.05890346, -0.21478657, -0.038411908, -0.08232966, -0.011029945, -0.13585196, -0.003445853, -0.07545529) * inp_7_0_1; + result1 += M4(-0.019711347, 0.20943874, -0.21868145, 0.0804203, 0.29745734, 0.16547026, 0.085580975, 0.19694416, 0.112818934, -0.034139078, -0.028760202, -0.19049959, 0.043886617, 0.04856925, 0.055728722, 0.17125185) * inp_7_1_1; + result1 += M4(0.016649177, 0.00501597, -0.012714835, -0.017148575, 0.026360888, 0.08068654, 0.011417158, -0.035976347, -0.047410972, 0.13938464, 0.024304058, -0.05510768, -0.051847547, 0.06317871, -0.06413971, -0.091084) * inp_7_2_1; + result1 += M4(0.1454137, 0.042932123, 0.11815033, -0.059083346, 0.028317006, 0.10444435, 0.01732113, 0.028499572, 0.19098248, -0.12168602, -0.117420115, -0.18469682, -0.02500652, 0.006244789, -0.003142881, 0.04107069) * inp_7_0_2; + result1 += M4(-0.0016273146, -0.26632673, 0.08947516, -0.04918196, 0.07012229, -0.15446419, -0.12814572, -0.13558093, 0.12853512, 0.17451707, -0.08464202, -0.059710413, 0.021987932, 0.048532978, -0.067074046, -0.07095954) * inp_7_1_2; + result1 += M4(0.12174815, 0.017727569, -0.0016656194, 0.0651322, -0.0042228177, -0.09287039, -0.08434903, 0.09181954, 0.055689488, -0.10255101, -0.12400715, -0.41026542, 0.028954132, -0.024644546, 0.03617046, 0.03233503) * inp_7_2_2; + result2 += M4(0.020622054, 0.106160074, -0.07232268, 0.088880114, 0.04194982, -0.073700055, -0.0018225019, 0.03528085, -0.05522113, -0.12694271, 0.11073129, 0.24080318, 0.031235753, -0.09278874, 0.041168455, -0.05719343) * inp_7_0_0; + result2 += M4(0.061155282, 0.13887388, -0.07663722, -0.0007587725, 0.042244315, 0.055959538, -0.030442063, -0.027642366, 0.05914553, 0.27082765, -0.096839264, -0.023224281, -0.16004892, -0.22175674, 0.09217488, -0.13198678) * inp_7_1_0; + result2 += M4(0.020568248, -0.12714969, -0.02009391, 0.07749078, 0.017737765, 0.0045806, 0.0045985733, 0.030062703, -0.09190093, -0.058277532, 0.027318913, 0.020496784, 0.009242568, 0.16957264, 0.020597862, -0.05769434) * inp_7_2_0; + result2 += M4(-0.071334586, 0.08517156, -0.09522769, 0.04766956, -0.013629994, 0.12580644, 0.15124352, -0.10273451, 0.04600422, -0.0019151275, -0.015777286, 0.07841785, -0.07107558, -0.005298428, 0.036940023, -0.042208157) * inp_7_0_1; + result2 += M4(0.028360212, -0.22684225, -0.009063659, 0.21087845, -0.040492717, -0.21401477, -0.019912632, 0.08306076, -0.08369832, 0.15740356, -0.027352918, 0.10341503, 0.108977176, 0.1241696, -0.2058242, -0.058593374) * inp_7_1_1; + result2 += M4(0.04030781, -0.0015453289, -0.080386624, -0.073584706, 0.06508918, 0.06421752, 0.020496856, -0.01442261, -0.018723447, -0.11739721, 0.05159809, 0.0510422, -0.038075637, -0.08721064, 0.11245838, -0.01027726) * inp_7_2_1; + result2 += M4(0.123719096, -0.086290866, -0.02953306, 0.012487517, 0.058338538, -0.28617778, 0.06058064, 0.04701797, -0.12604283, 0.2627012, 0.005426399, -0.02776385, 0.035178278, -0.09496975, -0.03458914, 0.022614961) * inp_7_0_2; + result2 += M4(-0.043985445, 0.20527525, 0.1133241, 0.015265315, 0.0043510045, 0.020892188, -0.021317627, -0.030664029, -0.05490803, -0.060274836, 0.10031827, 0.17601359, -0.040775437, 0.0023056045, 0.07625351, -0.020901848) * inp_7_1_2; + result2 += M4(-0.027881717, 0.052852046, -0.08201233, 0.004607959, -0.0041412394, -0.06508582, 0.06523831, 0.054485995, -0.015364985, 0.17650962, 0.084719524, -0.039732866, 0.037317257, 0.058177054, -0.031347405, -0.016701564) * inp_7_2_2; + result3 += M4(-0.079142794, 0.020865908, -0.025012389, 0.061442696, 0.00046456518, -0.0076775257, -0.08181043, -0.22849555, -0.04719709, -0.07264326, -0.110643126, -0.14200874, 0.19270246, -0.047899306, 0.031535115, -0.18195975) * inp_7_0_0; + result3 += M4(0.0014382731, 0.01902578, 0.036787193, -0.050848518, 0.037131432, 0.07913654, 0.057818256, -0.23181073, -0.017667694, -0.014536636, 0.11511683, -0.06638014, 0.05730292, -0.013213898, -0.041609623, -0.32897407) * inp_7_1_0; + result3 += M4(-0.012513578, -0.03199077, -0.011343825, 0.108299285, 0.08520598, 0.03587075, 0.055777445, -0.18219969, 0.020219756, -0.022256203, -0.0034907956, 0.077401996, -0.018888174, 0.07118487, -0.07521588, -0.05902322) * inp_7_2_0; + result3 += M4(-0.18665208, -0.031329613, -0.052610084, -0.0202129, -0.12930258, 0.056678157, 0.0035870606, -0.10903017, -0.22052027, -0.21295534, 0.0641488, 0.006575033, 0.23252448, 0.02751876, 0.2414994, -0.18703108) * inp_7_0_1; + result3 += M4(0.27316484, -0.18469532, -0.05333985, 0.14527515, -0.004299906, -0.16162455, -0.051801134, -0.0697147, 0.16622977, 0.1762794, 0.012692535, -0.099797025, -0.23517591, 0.07453538, -0.3477133, 0.15215652) * inp_7_1_1; + result3 += M4(-0.08222191, -0.0924424, -0.13454486, 0.024854574, -0.033335134, 0.15770987, 0.09670961, 0.03560501, 0.030030804, -0.12069965, -0.004479698, -0.23019435, 0.06902405, 0.0485293, 0.06832267, 0.008212818) * inp_7_2_1; + result3 += M4(-0.12941474, -0.088538855, -0.16145591, 0.04118807, -0.11231108, 0.0038192105, -0.06965243, -0.022071244, 0.077731125, 0.15280017, 0.0040792474, -0.027544567, 0.09617461, -0.017672416, 0.0022583858, 0.06582279) * inp_7_0_2; + result3 += M4(-0.030117944, -0.12556112, 0.07855222, -0.07041124, -0.09424343, -0.016811552, -0.06816887, -0.008770295, 0.08754525, -0.16535464, 0.06419486, 0.03041267, 0.0097553395, 0.041041676, -0.0650508, 0.026939217) * inp_7_1_2; + result3 += M4(-0.033823106, -0.11061437, -0.03672665, -0.043687828, 0.016310422, 0.112685375, -0.021530747, 0.010922581, -0.17197768, 0.13647681, 0.031206718, -0.07963588, -0.02933936, 0.008593718, 0.028987492, -0.06305942) * inp_7_2_2; + result4 += M4(-0.047512725, 0.024654962, 0.004643964, 0.26897344, 0.070306435, 0.112824, 0.053099077, -0.1434266, 0.03842663, -0.03992556, 0.033379946, 0.107225664, 0.13365781, -0.037673056, 0.21686989, -0.53475374) * inp_7_0_0; + result4 += M4(0.030065678, 0.083722286, -0.05224997, -0.21260102, 0.010389271, -0.06578777, -0.057258826, -0.10819672, -0.04085065, 0.071403295, -0.04003213, 0.07820922, -0.02843226, -0.23045602, 0.14640798, 0.21712236) * inp_7_1_0; + result4 += M4(0.029375335, 0.01530824, 0.052318417, -0.037822567, 0.07263983, -0.013356238, -0.094286054, -0.096665934, -0.0056734295, -0.037345275, 0.04929006, 0.107552186, -0.014330267, -2.1985888e-05, -0.05051373, 0.08536556) * inp_7_2_0; + result4 += M4(0.008718212, 0.009928445, 0.00046487228, 0.022819841, 0.09483474, 0.030926187, -0.011275541, 0.13425766, 0.184821, -0.066433184, 0.10382169, -0.099208705, 0.035321396, -0.09237296, 0.21718387, 0.1294959) * inp_7_0_1; + result4 += M4(-0.047972325, 0.07110202, 0.11825178, 0.06483475, 0.08112725, -0.10962242, 0.03660568, 0.26444703, 0.15646888, -0.041350093, -0.060285214, -0.1307824, -0.059748475, 0.22015378, -0.17793809, 0.01958505) * inp_7_1_1; + result4 += M4(-0.0012753924, 0.0862962, 0.0026247662, -0.09131616, -0.018739192, 0.071253836, -0.05191729, 0.21759342, -0.06978092, -0.04853693, 0.106194675, 0.29386562, -0.0040828367, -0.023282863, -0.019179676, -0.11184075) * inp_7_2_1; + result4 += M4(0.11370803, 0.031004118, -0.028854689, -0.1002713, 0.014114363, -0.023677448, -0.05228997, 0.035635523, -0.02329999, -0.054726932, 0.043629427, -0.03266707, -0.046005413, 0.034397162, 0.049573578, 0.110119104) * inp_7_0_2; + result4 += M4(0.21991117, -0.08071918, 0.12767422, 0.033683427, 0.050345413, 0.020746185, -0.1031993, 0.27932635, -0.008108492, -0.056558486, 0.08301507, 0.44316688, 0.0068652625, -0.034775894, -0.0100502, -0.08829247) * inp_7_1_2; + result4 += M4(-0.045197904, -0.0039110426, 0.008551729, 0.074192815, 0.034783233, 0.005694333, 0.029502572, 0.046073496, 0.06818265, 0.0034356776, -0.10520141, -0.029901898, 0.025677385, 0.004649126, -0.014201963, -0.009314913) * inp_7_2_2; + result5 += M4(-0.0152262505, 0.04112893, -0.012193331, 0.09269423, 0.045208376, 0.14724231, -0.014657305, -0.061980486, 0.18461047, -0.043901265, 0.029602895, 0.10525452, 0.10954091, -0.11964209, 0.0033518581, -0.24894364) * inp_7_0_0; + result5 += M4(-0.12376315, -0.11762766, 0.0038412586, -0.043043792, 0.03970286, 0.2391605, 0.0028833454, 0.06441764, -0.12192651, -0.2876178, 0.02315545, 0.12040522, 0.242298, -0.06216442, -0.04319146, -0.18767585) * inp_7_1_0; + result5 += M4(-0.009807402, -0.06350806, -0.018244635, 0.0036108517, 0.046721287, -0.01664753, 0.022530906, 0.06195682, 0.08243953, -0.2068215, 0.0010408794, 0.012249968, 0.0011985519, 0.17430706, -0.01604266, 0.05597206) * inp_7_2_0; + result5 += M4(0.0331121, 0.2132486, 0.018717118, 0.08270584, 0.058101498, 0.12564899, 0.0088256635, 0.031151576, -0.027145183, -0.16707194, -0.020464635, 0.18196811, 0.02538494, 0.24251193, 0.08546804, -0.2179097) * inp_7_0_1; + result5 += M4(-0.102173194, 0.16821802, -0.034983687, 0.16153032, -0.035508722, 0.4272775, 0.044508364, 0.1498723, 0.060956605, -0.2567921, -0.032972004, -0.07443882, -0.012709201, -0.078562036, 0.32701463, 0.22750773) * inp_7_1_1; + result5 += M4(-0.005661811, -0.04283017, 0.030498324, -0.08435541, 0.043476727, 0.23815215, 0.037590496, 0.035874996, -0.0168875, -0.10105766, -0.009729588, -0.01862814, -0.0022954084, -0.10926876, 0.06535011, 0.008848365) * inp_7_2_1; + result5 += M4(0.053151302, -0.20101906, -0.06660011, 0.06758124, 0.06296126, 0.026565203, -0.04855645, 0.10597188, -0.084681444, -0.06543283, -0.039568894, 0.002655453, 0.020315137, 0.09464992, -0.0031060046, -0.016402066) * inp_7_0_2; + result5 += M4(-0.016726276, 0.26303118, -0.052008346, -0.13394625, 0.117321774, 0.22990148, -0.033415716, -0.10480937, 0.0890672, -0.16193764, 0.07916709, 0.15453972, 0.041005164, -0.042691853, 0.038163647, 0.0322729) * inp_7_1_2; + result5 += M4(-0.027041586, -0.03554421, -0.015481368, 0.077423766, 0.030307984, -0.027284933, -0.019532818, 0.018685386, 0.075268984, -0.333208, 0.014211208, -0.00033899894, -0.005806998, 0.03051582, -0.008191966, -0.02886768) * inp_7_2_2; + result6 += M4(-0.014872829, -0.02321414, 0.00489583, 0.01924416, -0.15218875, -0.04618979, 0.07350328, -0.008297021, -0.4236741, -0.05810434, -0.063896775, -0.029798493, -0.15132132, -0.0416993, 0.044762846, -0.104156815) * inp_7_0_0; + result6 += M4(0.022956135, -0.0023403126, -0.047048185, 0.017426884, -0.014484376, -0.03440669, -0.16587481, -0.021950213, -0.0460931, -0.041721676, -0.14123705, -0.02087679, 0.11961106, 0.10613775, 0.12240612, -0.061052103) * inp_7_1_0; + result6 += M4(0.005877017, 0.025301978, 0.05443906, 0.06069619, 0.052617826, -0.10428248, 0.099501655, -0.039056007, -0.17485978, 0.076176606, -0.00089645135, -0.0003865021, 0.047758367, -0.13440448, -0.04847185, -0.029566327) * inp_7_2_0; + result6 += M4(0.007236993, -0.102605596, -0.05802096, 0.036356803, 0.16754487, -0.16840936, 0.16197258, 0.043191057, -0.24089858, -0.0012793159, -0.21263, 0.03682201, 0.17951293, -0.10115861, 0.16826086, -0.18623632) * inp_7_0_1; + result6 += M4(-0.036979362, -0.0062729586, 0.28175145, 0.08105705, -0.24217941, -0.0317539, 0.0013010842, 0.0139259845, -0.048095934, -0.10652068, 0.36398926, -0.009815652, -0.055901844, 0.16276228, -0.32601035, 0.31223118) * inp_7_1_1; + result6 += M4(0.120920025, 0.11975834, -0.11491352, -0.021084255, 0.05748386, -0.08073311, -0.07892196, 0.010723322, 0.023018999, 0.09767648, -0.087181315, -0.008482152, -0.077214934, -0.034772787, 0.026836116, -0.011319538) * inp_7_2_1; + result6 += M4(-0.18652977, 0.07718767, -0.114250064, 0.036094118, -0.12500831, 0.092108615, -0.084842, -0.034727436, -0.04290265, -0.16524102, 0.21705121, -0.0062293923, 0.056003887, -0.020803714, -0.038386784, -0.046298534) * inp_7_0_2; + result6 += M4(-0.031938035, -0.31181517, 0.13145946, -0.012869959, 0.26267383, -0.008760284, -0.027948705, -0.05201039, -0.23893741, 0.15011923, 0.042576697, -0.048681576, -0.02999273, 0.0630577, -0.074624844, 0.052970782) * inp_7_1_2; + result6 += M4(-0.036090072, 0.042140193, 0.05210011, 0.069158755, -0.06686733, -0.02453599, 0.0010439788, -0.009910277, 0.054839734, -0.24132515, -0.20682353, 0.021605317, 0.013303519, -0.03426659, 0.03487262, -0.014674249) * inp_7_2_2; + result7 += M4(-0.02102193, 0.0035500196, 0.016372157, 0.013960896, 0.039535347, 0.014720616, 0.011953596, -0.028945958, -0.13731441, 0.14999218, 0.019043447, -0.056968886, 0.14384778, 0.077612296, -0.047982696, -0.0096788565) * inp_7_0_0; + result7 += M4(0.025285816, 0.17647319, 0.00147858, -0.06293042, 0.07901491, 0.008939415, 0.005800431, 0.07993876, 0.026949039, -0.13902293, 0.012317744, 0.04698391, 0.12897827, -0.29269418, 0.04207743, -0.037707347) * inp_7_1_0; + result7 += M4(-0.024639513, -0.012540064, 0.000104586776, -0.08256717, -0.08135283, 0.037238933, 0.034043007, 0.061925434, 0.043009643, 0.048277095, -0.014939118, -0.041639775, 0.03691335, -0.06905864, 0.0010431814, 0.16429694) * inp_7_2_0; + result7 += M4(-0.09154465, 0.07758772, 0.030311756, -0.074405074, -0.015287525, 0.019609263, 0.012912235, -0.10051786, 0.13249321, -0.036514886, 0.05441133, 0.105387226, 0.049750704, 0.0023911544, 0.0657314, -0.011020473) * inp_7_0_1; + result7 += M4(0.16349766, 0.21930553, 0.25630805, -0.09835134, -0.064368404, 0.050222535, 0.008777958, -0.015757414, -0.08548143, -0.013160285, -0.0025046426, -0.09314837, -0.1415013, 0.07129445, 0.43791455, -0.012009919) * inp_7_1_1; + result7 += M4(-0.038309116, 0.1674021, 0.048630405, -0.020286104, 0.0031749187, -0.06025599, 0.035346877, 0.19861764, -0.0027232647, 0.02493601, 0.07113758, 0.04787715, 0.0060196156, -0.00339514, 0.014146109, 0.010153284) * inp_7_2_1; + result7 += M4(-0.015669102, 0.065125085, 0.02909808, -0.098975055, -0.036952786, -0.0011229445, -0.005792147, -0.07868097, 0.062462553, -0.06982226, 0.03999935, 0.005694036, 0.010188598, 0.07394883, 0.014077988, -0.04385791) * inp_7_0_2; + result7 += M4(-0.060688168, -0.09090148, 0.09340644, -0.06260428, -0.07208855, -0.024901878, -0.009066221, 0.06757054, -0.04243263, 0.081757195, 0.017139152, -0.16694625, -0.014496033, -0.012155245, 0.040567834, 0.023896586) * inp_7_1_2; + result7 += M4(0.09606695, -0.0035116659, 0.040588666, 0.06580704, -0.0073454226, 0.032742504, -0.016482571, -0.025873497, -0.026671821, -0.043061186, 0.033182908, -0.11756651, -0.019081619, -0.02530556, -0.026103446, 0.016588146) * inp_7_2_2; + const ivec2 output_base = ivec2(gl_GlobalInvocationID) * ivec2(4, 2); + imageStore(out_image, output_base + ivec2(0, 0), max(result0, V4(0.0))); + imageStore(out_image, output_base + ivec2(1, 0), max(result1, V4(0.0))); + imageStore(out_image, output_base + ivec2(2, 0), max(result2, V4(0.0))); + imageStore(out_image, output_base + ivec2(3, 0), max(result3, V4(0.0))); + imageStore(out_image, output_base + ivec2(0, 1), max(result4, V4(0.0))); + imageStore(out_image, output_base + ivec2(1, 1), max(result5, V4(0.0))); + imageStore(out_image, output_base + ivec2(2, 1), max(result6, V4(0.0))); + imageStore(out_image, output_base + ivec2(3, 1), max(result7, V4(0.0))); +} + +//!DESC ArtCNN C4F32 DS (Conv2D-4-ReLU) +//!COMPUTE 48 32 12 16 +//!HOOK LUMA +//!BIND conv2d_3 +//!SAVE conv2d_4 +//!WIDTH LUMA.w 4.0 * +//!HEIGHT LUMA.h 2.0 * +//!COMPONENTS 4 +//!WHEN OUTPUT.w LUMA.w / 1.3 > OUTPUT.h LUMA.h / 1.3 > * +#extension GL_EXT_shader_explicit_arithmetic_types_float16 : enable +#ifdef GL_EXT_shader_explicit_arithmetic_types_float16 +# define V4 f16vec4 +# define M4 f16mat4 +# define F float16_t +#else +# define V4 vec4 +# define M4 mat4 +# define F float +#endif + +const ivec2 ksize = ivec2(3, 3); +const ivec2 offset = ksize / 2; +const ivec2 wg_size = ivec2(gl_WorkGroupSize); +const ivec2 isize = wg_size + ksize - 1; +shared V4 inp[8][isize.y][isize.x]; +void hook() { + const uvec2 local_xy = gl_LocalInvocationID.xy; + ivec2 base = ivec2(gl_WorkGroupID) * wg_size; + for (uint y = local_xy.y; y < isize.y; y += wg_size.y) { + for (uint x = local_xy.x; x < isize.x; x += wg_size.x) { + const ivec2 input_base = (base + ivec2(x,y) - offset) * ivec2(4, 2); + inp[0][y][x] = V4(conv2d_3_mul * texelFetch(conv2d_3_raw, input_base + ivec2(0, 0), 0)); + inp[1][y][x] = V4(conv2d_3_mul * texelFetch(conv2d_3_raw, input_base + ivec2(1, 0), 0)); + inp[2][y][x] = V4(conv2d_3_mul * texelFetch(conv2d_3_raw, input_base + ivec2(2, 0), 0)); + inp[3][y][x] = V4(conv2d_3_mul * texelFetch(conv2d_3_raw, input_base + ivec2(3, 0), 0)); + inp[4][y][x] = V4(conv2d_3_mul * texelFetch(conv2d_3_raw, input_base + ivec2(0, 1), 0)); + inp[5][y][x] = V4(conv2d_3_mul * texelFetch(conv2d_3_raw, input_base + ivec2(1, 1), 0)); + inp[6][y][x] = V4(conv2d_3_mul * texelFetch(conv2d_3_raw, input_base + ivec2(2, 1), 0)); + inp[7][y][x] = V4(conv2d_3_mul * texelFetch(conv2d_3_raw, input_base + ivec2(3, 1), 0)); + } + } + + barrier(); + V4 result0 = V4(-0.016542107, -0.012679774, -0.017688308, 0.0048230723); + V4 result1 = V4(0.002919079, -0.0065332386, -0.060906243, -0.015134616); + V4 result2 = V4(-0.01801499, -0.0032619475, -0.0062636537, 0.004419572); + V4 result3 = V4(-0.0059241373, -0.013414753, 0.015237642, -0.008156484); + V4 result4 = V4(0.0011550249, -0.032338362, -0.012596041, -0.009159248); + V4 result5 = V4(-0.04556048, 0.0011225869, -0.021639528, -0.02443676); + V4 result6 = V4(0.024590693, -0.02941249, -0.0149086, -0.023160407); + V4 result7 = V4(0.0007290187, -0.010429996, -0.06336649, -0.011101873); + const V4 inp_0_0_0 = inp[0][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_0_1_0 = inp[0][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_0_2_0 = inp[0][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_0_0_1 = inp[0][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_0_1_1 = inp[0][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_0_2_1 = inp[0][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_0_0_2 = inp[0][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_0_1_2 = inp[0][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_0_2_2 = inp[0][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.050084125, 0.011325267, 0.03905409, 0.28082657, 0.075469054, -0.008193264, 0.034493946, 0.013142418, -0.02122179, -0.027524106, -0.1729417, -0.08972137, 0.07738356, 0.009138024, 0.0071516414, 0.1854231) * inp_0_0_0; + result0 += M4(-0.01855109, 0.024444751, -0.070182405, 0.058751844, -0.08322817, -0.021590779, -0.1341947, 0.3573937, -0.108749315, 0.041122083, 0.10334136, -0.14147314, -0.08528963, -0.0050656125, 0.045218155, -0.4296871) * inp_0_1_0; + result0 += M4(0.0035430503, 0.018665286, 0.015904365, 0.03131911, -0.046010375, 0.059393555, 0.21222147, -0.16424854, -0.13312043, -0.07158205, -0.18523844, -0.52106565, 0.07094656, 0.0021211952, -0.06564686, 0.16554663) * inp_0_2_0; + result0 += M4(0.017739372, 0.0023111654, -0.1251821, -0.19510305, 0.08178124, -0.0031667405, 0.0593662, 0.15396512, -0.015187601, -0.028620917, -0.290968, -0.056516875, 0.0332856, 0.010859935, -0.080543876, -0.0037281413) * inp_0_0_1; + result0 += M4(-0.025135472, 0.023864137, -0.057448756, -0.03442884, 0.11550942, -0.10850868, 0.29050592, -0.005255575, -0.03386252, 0.006812388, -0.353441, 0.07509677, -0.096932195, -0.00842387, 0.10004468, -0.036403757) * inp_0_1_1; + result0 += M4(0.009376374, 0.0029212954, -0.070137, -0.2663141, 0.14669581, 0.23949608, 0.034024604, 0.08857758, -0.23379914, -0.15621044, -0.0400368, -0.54812866, 0.013621858, 0.02337291, -0.06899478, -0.06675567) * inp_0_2_1; + result0 += M4(0.06399371, 0.010321662, 0.009413287, 0.08853818, 0.06916661, 0.02321199, -0.18504642, 0.17936738, -0.07753787, -0.041417316, 0.0033812264, -0.16644792, 0.0023637733, -0.012235416, -0.08722863, 0.10052439) * inp_0_0_2; + result0 += M4(-0.07459823, 0.030876542, 0.07654594, 0.13852786, -0.1404074, -0.053831626, 0.22613738, 0.20265292, -0.124435894, -0.01632648, -0.14340241, 0.04823094, 0.089095764, 0.033899773, 0.02491223, 0.20127468) * inp_0_1_2; + result0 += M4(0.04396496, 0.011924869, -0.029322898, 0.04432441, 0.06990681, 0.06408676, -0.05587314, 0.10004018, 0.06642851, -0.014157152, -0.07679483, -0.18803637, -0.07471932, -0.01494545, 0.038381, -0.1822777) * inp_0_2_2; + result1 += M4(-0.017871566, -0.041596025, 0.32224208, 0.016512657, 0.00508703, 0.048751228, 0.12879516, 0.045008127, 0.09034886, -0.038664747, 0.10238643, -0.066557266, -0.02791805, -0.054194644, 0.086112715, -0.031732492) * inp_0_0_0; + result1 += M4(-0.003704424, -0.020565212, -0.3136572, -0.037200455, -0.1784549, -0.09110337, 0.029692614, -0.09057145, -0.010382863, -0.07367683, -0.087211154, -0.10693934, -0.0014508942, 0.09694302, -0.15624073, -0.01370392) * inp_0_1_0; + result1 += M4(-0.008113902, -0.0014286042, 0.42281562, -0.045003124, 0.041234497, 0.062886186, 0.122424535, 0.02314279, -0.001083323, -0.01264907, 0.009040765, -0.01429229, -0.00010829072, -0.016989667, 0.14959723, 0.006822573) * inp_0_2_0; + result1 += M4(-0.0066052354, -0.007328133, -0.05545804, -0.028420491, -0.062478587, -0.031995762, -0.14429249, -0.116246946, 0.026747463, -0.041652326, -0.04969374, -0.0667569, 0.05258227, 0.018456772, -0.18474315, 0.013049629) * inp_0_0_1; + result1 += M4(-0.0037995127, -0.03843067, 0.10581279, 0.013679892, -0.020294208, 0.13637277, 0.02544319, 0.15271997, 0.0071817287, -0.04525665, 0.23252755, -0.10723104, 0.01890405, -0.03340116, 0.16292317, 0.023409538) * inp_0_1_1; + result1 += M4(0.006661697, -0.0094777, -0.064126715, 0.0017646403, -0.002192948, -0.030412296, 0.19438899, -0.011306443, -0.00104239, -0.052301046, -0.18872653, 0.024933362, 0.0031348662, 0.023994213, -0.2035901, -0.017689131) * inp_0_2_1; + result1 += M4(0.018339697, 0.009256576, 0.22590935, -0.06576637, 0.037864428, 0.009654998, -0.005438166, 0.0059928983, 0.008466759, 0.003179748, -0.022330668, -0.04849996, 0.0022550432, -0.01399647, -0.02096306, -0.041134126) * inp_0_0_2; + result1 += M4(0.006801038, 0.011600131, -0.22520253, -0.03621297, 0.0069761374, -0.0030935777, -0.036739305, -0.0013867997, -0.0103504, -0.007979353, 0.027838033, 0.0050616497, 0.005577895, 0.03348561, 0.014656373, -0.0050173285) * inp_0_1_2; + result1 += M4(0.00035079816, 0.0030824412, 0.28137797, 0.00095397764, -0.0058895512, 0.025194025, -0.033050053, -0.004739523, -0.0026151284, 0.018386485, 0.0008312886, -0.020002274, 0.0004895481, -0.0016054516, -0.034663394, 0.013620786) * inp_0_2_2; + result2 += M4(-0.025834234, 0.004361098, 0.011241019, -0.018341137, 0.0022237708, -0.000808556, -0.019275058, 0.024911843, -0.0021157733, 0.011792845, 0.018057384, -0.010296266, -0.0074022426, 0.0032578576, -0.00897053, -0.012268648) * inp_0_0_0; + result2 += M4(-0.0594218, -0.027025925, 0.014039617, -0.02184239, -0.09020728, -0.0022100045, 0.0042070947, -0.030025607, -0.033037934, -0.035481334, 0.022689689, -0.02616385, -0.012762042, 0.041177, -0.002869835, 0.0006208272) * inp_0_1_0; + result2 += M4(-0.012530844, -0.02094423, -0.00437871, -0.0138727315, 0.060289416, 0.06659194, -0.10565998, 0.009702638, -0.07174413, -0.040633556, 0.0386967, 0.0041002557, 0.03822132, -0.017502738, -0.0052290238, -0.00036737192) * inp_0_2_0; + result2 += M4(-0.028754015, 0.016205607, 0.005112095, 0.0239719, -0.08401191, -0.037812985, -0.039320022, 0.049222887, -0.0021033597, -0.048998397, 0.0076606683, 0.01361554, -0.043039523, -0.027094271, -0.005291174, -0.010883237) * inp_0_0_1; + result2 += M4(0.01627023, -0.00762941, -0.00080632005, 0.021211404, 0.20159216, 0.17768899, 0.21231668, 0.24435699, -0.093186125, -0.042097103, 0.061804675, 0.101889156, 0.09773501, -0.03514878, -0.0011517085, 0.031506952) * inp_0_1_1; + result2 += M4(-0.040042855, -0.015471295, -0.015428241, 0.039255697, 0.030589487, -0.07444299, -0.07285818, -0.038294997, -0.054270312, -0.02890017, -0.034612767, 0.03797289, -0.036023382, 0.021515746, -0.0041990154, 0.01738835) * inp_0_2_1; + result2 += M4(-0.12061757, -0.009343633, -0.00081862457, -0.008557594, 0.0157209, 0.07520143, -0.0057730125, -0.037164804, -0.023208179, -0.026747117, 0.02937458, -0.02085094, -0.019180479, -0.001153464, -0.0123294825, 0.00057600276) * inp_0_0_2; + result2 += M4(-0.07491442, 0.0012998895, -0.003791768, -0.0018487296, 0.011851669, -0.04956705, -0.04037895, 0.0035907337, 0.011612738, 0.051951934, 0.02765865, 0.03238063, -0.024823004, 0.031854708, 0.0016208817, 0.010899303) * inp_0_1_2; + result2 += M4(0.03014621, -0.042644065, 0.006469791, -0.017715499, -0.015943421, 0.02756462, -0.0066749803, 0.038881935, -0.020365236, -0.010369052, 0.016093656, 0.0077305282, 0.049845703, -0.030355452, -0.0064737713, -0.018258851) * inp_0_2_2; + result3 += M4(-0.078773834, -0.016008634, -0.007935509, -0.001396128, 0.054233056, 0.0035843593, 0.015553826, 0.0026222363, -0.05675569, 0.006963015, -0.016199075, -0.007500399, 0.04218557, -0.009065071, -0.0028575014, 0.0016697721) * inp_0_0_0; + result3 += M4(-0.096383415, 0.010926693, -0.028683553, -0.007648038, -0.024882574, 0.023757296, 0.038190883, 0.0096803475, -0.06872187, -0.09900396, 0.022616332, 0.01139855, -0.21759689, 0.027885599, 0.022720288, -0.0060495557) * inp_0_1_0; + result3 += M4(-0.05951591, 0.026032036, -0.009158509, 0.0063456916, -0.024268983, -0.06693157, 0.04884325, 0.02376814, -0.08697725, -0.025094235, 0.008715934, -0.014071452, -0.038649008, -0.021583658, 0.0088210525, 0.0007642979) * inp_0_2_0; + result3 += M4(0.05229015, 0.032827277, 0.004427977, 0.01396573, 0.05961745, 0.008633765, 0.014677919, -0.013303794, 0.011513263, -0.051826224, -0.029732209, 0.011103, 0.0019684895, 0.027300525, 0.01646766, 0.0023945945) * inp_0_0_1; + result3 += M4(0.026070546, -0.113941304, -0.0002405115, 0.002818134, 0.31538942, 0.014483092, 0.025939906, -0.035604917, 0.03252292, -0.0068924283, 0.035239175, 0.0012859845, 0.16931184, -0.09490419, 0.06653527, -0.015014678) * inp_0_1_1; + result3 += M4(0.03613594, -0.036518693, 0.004710271, 0.0033459312, 0.056379013, 0.052322853, -0.07846089, -0.25096613, -0.006002274, -0.19779839, 0.010680657, -0.0020964164, 0.052844316, 0.047519457, 0.009496485, 0.010146979) * inp_0_2_1; + result3 += M4(-0.058442213, -0.018870808, 0.0011031982, -0.0015571571, -0.0010916296, -0.0033068894, 0.027714644, -0.015485217, -0.059925172, -0.0061753164, 0.0014754878, -0.009641381, -0.05915063, 0.010575672, -0.0035367615, 0.0002553907) * inp_0_0_2; + result3 += M4(-0.10965299, 0.03346314, 0.0015841913, -0.012393825, 0.10672976, -0.052294686, -0.053476516, -0.052087646, 0.033924025, -0.049459033, -0.0037261224, -0.055700976, -0.027407493, 0.013178274, -0.021325173, -0.0065716277) * inp_0_1_2; + result3 += M4(-0.023626707, -0.054254208, -0.0025664438, 0.057461217, -0.06782892, 0.060140558, 0.032029916, -2.0816886, -0.04932835, -0.041099142, 0.018772643, 0.012928383, -0.04103815, -0.03920651, -0.020854194, 0.015807824) * inp_0_2_2; + result4 += M4(-0.01289379, -0.0070452425, 0.007505676, 0.008018532, 0.00627048, 0.017560653, -0.06317347, -0.008233337, 0.02157538, 0.033503562, -0.02323948, 0.006499736, -0.00054582214, 0.023411544, -0.002362799, -0.005648069) * inp_0_0_0; + result4 += M4(-0.0050366605, -0.012969378, -0.018873924, -0.01141787, 0.039177284, 0.052830983, 0.13202119, -0.0842506, -0.039367992, -0.09508656, -0.019069986, 0.047900178, -0.001291695, -0.0015365388, 0.0045803576, -0.024888445) * inp_0_1_0; + result4 += M4(-0.0032193027, 0.004804373, -0.01857103, 0.004124962, 0.04113418, -0.029371548, -0.017747998, -0.08516284, 0.0012016459, -0.014943191, -0.07220075, 0.03819413, -0.006938766, -0.0014203513, 0.009422985, 0.004410304) * inp_0_2_0; + result4 += M4(0.042007565, 0.031422462, -0.035660017, 0.04698539, 0.015569978, 0.015705317, 0.081193365, -0.04071247, -0.023311192, -0.019290227, 0.039105233, -0.03195655, 0.0017112943, 0.043241616, 0.023499122, -0.032004416) * inp_0_0_1; + result4 += M4(0.015962446, 0.015347915, -0.051607084, 0.005601069, 0.32964543, 0.12579475, 0.04610197, 6.200917e-05, 0.0716747, 0.023456257, -0.11930905, -0.030191997, 0.027482346, -0.03263236, 0.023119524, 0.004183345) * inp_0_1_1; + result4 += M4(0.03917032, 0.0056261914, -0.05610095, 0.009960206, 0.015520569, 0.06267059, 0.16553426, -0.02010012, -0.024812296, -0.020280052, -0.13751085, -0.013581094, 0.004869674, 0.014552553, -0.07951488, 0.009768775) * inp_0_2_1; + result4 += M4(-0.014322015, 0.08621455, -0.04344676, 0.009875786, 0.0026412352, -0.0077130427, 0.020648358, -0.016539896, 0.0036327185, -0.015483406, -0.0538694, 0.0053454577, -0.019284973, -0.054858893, -0.01628997, -0.0070626675) * inp_0_0_2; + result4 += M4(-0.016621089, 0.0081797615, -0.10295796, -0.005728805, 0.05631096, -0.086629316, -0.017370053, -0.042710636, 0.008218702, 0.13222654, 0.10951487, 0.017404452, -0.017342474, 0.043236215, -0.018527396, -0.03745143) * inp_0_1_2; + result4 += M4(-0.022747595, 0.06096653, -0.059444312, 0.0038460172, 0.01158954, 0.014732194, 0.02134244, 0.051906865, -0.0296352, 0.026961008, -0.053348456, -0.03643577, 0.0074761016, -0.028639847, 0.107226305, -0.019053055) * inp_0_2_2; + result5 += M4(-0.058057223, -0.039166585, 0.016640013, 0.015895281, -0.008452976, 0.017194986, 0.012341754, -0.015883062, 0.06288335, -0.047669325, -0.03428946, -0.025943978, -0.086632036, 0.024514856, 0.012214399, -0.0005448519) * inp_0_0_0; + result5 += M4(0.108249374, 0.016742574, 0.027921552, 0.018645188, 0.04553082, 0.059700355, -0.20957518, 0.1510889, -0.18399017, -0.039760534, -0.14547798, -0.16409859, 0.15494652, -0.014586802, 0.0361119, -0.021014791) * inp_0_1_0; + result5 += M4(-0.0333254, -0.009196911, -0.006961476, 0.021157758, -0.06481886, 0.0057613165, 0.12950577, -0.061620865, -0.14778855, -0.029510964, -0.029036159, 0.05396873, -0.021684581, -0.01220097, 0.012617503, 0.035705253) * inp_0_2_0; + result5 += M4(0.072661586, -0.021702189, -0.04158937, -0.012955859, 0.21056259, 0.02581396, -0.012816757, -0.04235959, -0.14589727, 0.043966237, -0.004286118, 0.020072805, -0.06324599, -0.026485743, 0.013703415, -0.0018785495) * inp_0_0_1; + result5 += M4(0.11000013, -0.041045997, -0.032035988, 0.007968857, 0.32520214, -0.15416919, 0.22168629, 0.31035063, -0.8326168, -0.05459754, -0.12952703, -0.18654208, 0.06105866, 0.041240346, -0.055467404, -0.026087457) * inp_0_1_1; + result5 += M4(-0.028301246, -0.056161396, -0.004700935, -0.028534684, 0.06380836, 0.21001332, 0.034014743, -0.11567242, 0.1396275, -0.19471501, -0.33776173, -0.023274034, -0.1089506, -0.029636431, 0.038700502, 0.00016737756) * inp_0_2_1; + result5 += M4(-0.024325654, -0.011601796, -0.096013404, 0.012228482, 0.10135071, 0.02378393, -0.01687777, -0.0575494, -0.16002157, -0.04933964, -0.05483927, -0.037313033, 0.050847594, 0.0064098234, -0.021452649, -0.0054918393) * inp_0_0_2; + result5 += M4(0.015146107, -0.09046074, -0.0039179586, -0.033066064, -0.3870267, 0.11426056, 0.14134352, -0.051078025, -0.20435314, 0.005509383, -0.20035794, -0.021291165, -0.0027239271, -0.05983914, 0.05280896, 0.04786474) * inp_0_1_2; + result5 += M4(-0.06103365, -0.032689698, 0.0016097855, 0.02102138, 0.2968155, -0.062097516, -0.104581796, 0.041469987, -0.12192299, -0.0065730982, -0.092781015, 0.0981968, 0.011944244, 0.013649742, 0.022564681, -0.021659542) * inp_0_2_2; + result6 += M4(0.11077963, 0.0011563837, -0.020882158, -0.0020795912, -0.0786811, 0.014214256, 0.015662903, 0.016882181, -0.30587372, 0.033704683, 0.012865511, 0.014549307, 0.04320479, 0.020851586, -0.024538603, -9.427432e-05) * inp_0_0_0; + result6 += M4(0.040177345, 0.0134358285, -0.029296411, 0.067432664, 0.19949926, -0.02194099, -0.02440344, 0.08097038, -0.041496076, 0.04633682, 0.062154904, -0.05480727, -0.24887241, 0.05525719, 0.07487823, 0.04832519) * inp_0_1_0; + result6 += M4(0.20286922, 0.0057481565, -0.016141923, 0.035026092, -0.050194476, 0.063432954, 0.13011551, 0.0523196, -0.092645906, 0.02987317, 0.05786584, -0.15279952, 0.09147116, 0.0019088131, 0.0058786185, 0.010905708) * inp_0_2_0; + result6 += M4(0.22396933, -0.03834644, 0.02748083, -0.06860154, 0.12852079, -0.04496647, 0.0844889, 0.030927813, -0.33666012, -0.005711643, 0.03257282, -0.03837854, -0.0011762482, -0.025935419, -0.013378392, -0.015012171) * inp_0_0_1; + result6 += M4(-0.18189368, -0.15784307, 0.025255619, 0.029570572, 0.11988644, 0.17366901, 0.2352522, 0.16982158, 0.09998576, -0.06848574, 0.055721313, -0.002694097, -0.06832549, -0.20364797, 0.090322375, 0.0009486827) * inp_0_1_1; + result6 += M4(-0.021874918, -0.021511186, -0.007370704, 0.0023035852, -0.058854107, -0.0037493664, 0.026673635, -0.0057249884, 0.011881192, -0.1349753, -0.021164447, -0.14210021, 0.007355388, 0.011178779, 0.026148302, 0.0056277495) * inp_0_2_1; + result6 += M4(0.25154752, 0.024832219, 0.006589518, -0.0057187276, 0.04539431, 0.037196115, 0.016173976, 0.0051059304, -0.17792349, 0.011545101, 0.0026983162, 0.04348514, -0.013908699, -0.010357224, -0.025162924, -0.02410551) * inp_0_0_2; + result6 += M4(-0.2870902, 0.0020163858, 0.021209292, 0.025311703, 0.099115975, -0.052700743, -0.053314462, -0.03868319, 0.09428621, 0.017449796, 0.024728855, 0.008780251, 0.049800154, -0.00546953, 0.0131761655, 0.038137753) * inp_0_1_2; + result6 += M4(0.10019241, 0.026749019, 0.021972235, -0.0031393464, -0.07198951, -0.037454784, -0.0085364105, 0.027606621, -0.10679027, 0.035117567, -0.0023179913, -0.06936379, -0.07426625, -0.06542811, -0.0021566902, 0.0019493703) * inp_0_2_2; + result7 += M4(0.016778281, 0.027244873, 0.1785118, -0.028542737, -0.02158157, 0.0018936591, 0.044226184, 0.005454867, 0.006133459, -0.0022196944, 0.05522412, 0.0016904869, 0.010006922, 0.0077003897, 0.14999124, 0.018117785) * inp_0_0_0; + result7 += M4(0.0027752982, -0.0011517212, -0.11453347, -0.006889162, 0.0013214573, 0.014642321, -0.009536182, 0.06629019, 0.014946253, -0.01821599, -0.036175184, -0.027156498, -0.008841768, 0.042829454, -0.012587802, -0.038321946) * inp_0_1_0; + result7 += M4(0.0029785964, 0.03305846, 0.20846348, -0.016032532, 0.016099088, 0.0047752312, 0.21619861, 0.009659423, -0.013535722, 0.03346688, -0.014527106, -0.124695465, -0.00046251842, 0.012625537, 0.12431096, -0.00020890926) * inp_0_2_0; + result7 += M4(0.0024013943, -0.052964713, -0.09795327, 0.04927752, -0.00896287, -0.033386085, -0.17224927, 0.022460157, -0.035059433, -0.027771607, -0.061376143, 0.009803232, 0.042268053, -0.008064652, -0.021386102, -0.019951392) * inp_0_0_1; + result7 += M4(0.0030796481, -0.025629131, 0.060133893, 0.02577895, 0.16429196, -0.061604384, 0.27389398, 0.24194263, -0.11225831, -0.0100386245, 0.08777596, 0.11811642, -0.0058315797, -0.049185995, -0.08956391, -0.06419162) * inp_0_1_1; + result7 += M4(-0.0013952986, -0.014312465, 0.0081506325, 0.060935892, -0.004787767, 0.026864463, -0.037531868, -0.086743966, 0.019121658, -0.17381035, -0.35539955, 0.059250716, -0.0075980066, -0.0065173106, 0.034874164, -0.047306087) * inp_0_2_1; + result7 += M4(-0.003411818, 0.03353024, 0.24050865, -0.010094028, 0.011867048, 0.014723875, -0.019341152, 0.016229203, -0.008229837, 0.0034855935, 0.06604283, -0.0018945972, -0.009332319, -0.0042675044, -0.007325845, -0.014454763) * inp_0_0_2; + result7 += M4(0.0003701205, 0.021963142, -0.26295194, 0.075434074, -0.026853768, -0.0359465, 0.037549775, -0.107349336, 0.007897477, 0.077532426, 0.095322214, 0.014742816, 0.017885676, 0.039552286, -0.07062351, 0.06477598) * inp_0_1_2; + result7 += M4(-0.0053137187, 0.0039010711, 0.26665658, 0.0011285796, 0.0138741415, 0.069002256, -0.03234969, -0.03120307, -0.0027824824, 0.030501414, 0.13849977, -0.005607998, 0.010689414, 0.026879018, -0.04614842, 0.012998317) * inp_0_2_2; + const V4 inp_1_0_0 = inp[1][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_1_1_0 = inp[1][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_1_2_0 = inp[1][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_1_0_1 = inp[1][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_1_1_1 = inp[1][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_1_2_1 = inp[1][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_1_0_2 = inp[1][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_1_1_2 = inp[1][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_1_2_2 = inp[1][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.069759585, -0.01573197, -0.019362776, 0.23598818, -0.04912704, -0.013924066, 0.04628924, -0.12344715, -0.020282255, -0.021566777, -0.048429627, -0.34257057, -0.08174711, -0.0009847737, 0.06897319, 0.019713469) * inp_1_0_0; + result0 += M4(-0.029824898, -0.0070922943, 0.048803955, -0.10334113, 0.024044944, 0.005320066, 0.09797858, -0.20305471, 0.059991308, -0.00934283, -0.098593146, 0.25650647, 0.001406327, -0.024399182, -0.042362742, -0.31486136) * inp_1_1_0; + result0 += M4(0.07022933, 0.022159398, -0.020647798, 0.6392809, 0.031926244, -0.044625495, -0.19889951, -0.19427465, -0.011934095, -0.002966804, -0.089966506, 0.04981931, -0.019965818, 0.0019160038, -0.07461672, -0.14302221) * inp_1_2_0; + result0 += M4(0.027679078, -0.014971468, 0.012308202, -0.081432745, 0.11803643, 0.0120128, -0.16855171, 0.25168505, -0.12739635, -0.020168182, 0.0064175962, -0.10148978, 0.02268503, 0.05391281, 0.05604633, 0.10306229) * inp_1_0_1; + result0 += M4(0.030125475, 0.027856808, 0.15825862, 0.08692091, -0.25286105, -0.015990704, -0.06339778, -0.008698826, 0.07821253, 0.022914948, -0.037823234, -0.18075646, -0.09930718, -0.01728723, -0.068361096, -0.06910528) * inp_1_1_1; + result0 += M4(0.08636643, 0.10044524, -0.012154737, 0.23643473, 0.09127728, 0.06186279, -0.26712304, 0.24551098, -0.0482596, -0.022057222, 0.047239028, -0.09296678, -0.0068342444, 0.09386074, -0.1275545, 0.20772336) * inp_1_2_1; + result0 += M4(-0.074230246, -0.008949588, -0.0043404317, -0.28251222, 0.076502964, 0.0046890667, -0.25128037, 0.06507089, -0.066883706, -0.035244968, -0.013487795, -0.20238803, 0.104889385, -0.006779997, -0.05340542, -0.11138533) * inp_1_0_2; + result0 += M4(0.12301065, -0.008550837, -0.0516488, 0.19054751, -0.17213024, -0.013116637, 0.095610835, -0.44067273, 0.013825274, 0.02581849, -0.037420906, -0.10775812, 0.13375175, -0.063953236, 0.015891433, -0.3149349) * inp_1_1_2; + result0 += M4(-0.067207485, 0.031286363, 0.02840882, -0.40900674, -0.0082170395, 0.021382434, -0.03838344, -0.19516744, -0.036277033, 0.00034281323, -0.07211101, -0.2361534, -0.03302797, 0.01692043, 0.114838436, -0.11760255) * inp_1_2_2; + result1 += M4(-0.029706296, -0.05248761, -0.33545738, -0.12596764, -0.015084135, -0.052900173, -0.21451795, -0.09247048, 0.09419264, 0.0156194465, 0.03142249, -0.038329862, 0.07068911, 0.019921113, 0.04984978, 0.1038811) * inp_1_0_0; + result1 += M4(-0.012716611, -0.04260189, -0.25355944, -0.018495861, 0.009794862, 0.06644613, -0.14286776, 0.09717802, 0.016163072, -0.11943416, -0.28763446, -0.07038638, 4.5881323e-05, 0.08324362, -0.026893144, 0.03285746) * inp_1_1_0; + result1 += M4(-0.008414961, -0.043285243, -0.08509111, -0.00172135, -0.00911804, -0.11219939, -0.16589727, -0.002465509, -0.0068474705, -0.04103227, -0.62504536, -0.014356414, -0.014680181, -0.015523176, 0.4186634, 0.0031351268) * inp_1_2_0; + result1 += M4(-0.01396166, 0.024831569, -0.089373894, -0.1036001, -0.03851702, -0.067040466, -0.1321764, -0.111300245, 0.031170268, -0.040760603, -0.097344846, -0.052310213, -0.0155425845, 0.07169252, -0.08741599, 0.13948059) * inp_1_0_1; + result1 += M4(-0.004784282, -0.11388955, -0.3687792, -0.0014438336, 0.008865337, 0.06712148, -0.11676311, 0.010888562, 0.038391903, -0.0058718063, 0.18395917, -0.04148364, -0.012247986, -0.025193544, -0.41034153, -0.0660706) * inp_1_1_1; + result1 += M4(-0.007774285, -0.011684829, -0.1261301, -0.008266488, 0.004665687, 0.01296363, -0.07926099, 0.00039324735, -0.003218291, -0.03723256, -0.023750132, 0.01778312, -0.008515377, 0.042133063, -0.22591662, -0.02799224) * inp_1_2_1; + result1 += M4(0.0009856308, -0.04092987, -0.042002074, -0.0023758663, 0.005487486, 0.014913833, -0.04651767, 0.023761598, -0.01015791, -0.01038192, -0.0594634, -0.056171156, -0.015122081, 0.009180416, 0.03187551, 0.016158033) * inp_1_0_2; + result1 += M4(-0.006504527, 0.0012869429, -0.040399574, -0.055316262, 0.002899159, -0.006958559, -0.06554664, -0.009679741, -0.010512587, -0.015364673, -0.026660308, 0.0017851419, -0.0008710558, -0.010404262, 0.11519802, -0.01665407) * inp_1_1_2; + result1 += M4(-0.007862216, 0.0003762563, -0.036025226, 0.027081454, -0.0072422125, -0.0019626904, -0.07563435, -0.002883421, 0.0001578607, -6.29984e-05, -0.1759683, -0.026070148, 0.0032333322, -0.039243754, 0.10713396, 0.014173934) * inp_1_2_2; + result2 += M4(-0.018290471, -0.008456612, 0.014321202, -0.015954705, 0.04432792, 0.049570207, 0.015845405, 0.002891528, -0.0062128846, -0.019229969, -0.0013510644, 0.0030160812, 0.17636502, 0.0477721, 0.008577081, -0.023127135) * inp_1_0_0; + result2 += M4(-0.068967335, -0.067173734, 0.020672966, -0.016111633, 0.0168461, 0.10798353, -0.049942844, 0.032419384, -0.013251344, -0.043575652, 0.0065951026, 0.015024389, -0.03153569, -0.05764462, -0.004872319, -0.06236922) * inp_1_1_0; + result2 += M4(-0.049503498, 0.018817697, -0.0205654, 0.0070158853, -0.0017866828, -0.055189367, 0.0030540507, -0.013144511, -0.07728904, 0.0059341067, 0.024631834, -0.00017130763, 0.09031055, -0.008405811, 0.00959548, 0.018110791) * inp_1_2_0; + result2 += M4(-0.031645045, -0.007563045, 0.04191059, 0.0135494415, -0.14752215, -0.032768063, -0.015438905, 0.013153754, -0.011449229, -0.02259906, 0.020613346, 0.0066561773, -0.044300422, -0.0073168925, -0.057878617, 0.002732759) * inp_1_0_1; + result2 += M4(-0.18678784, -0.09959061, 0.011212419, 0.05955596, 0.026348552, 0.16489275, 0.31075048, 0.073002934, -0.182382, -0.09003974, 0.06571621, 0.06007381, 0.1871938, -0.0865607, 0.044542335, 0.023401545) * inp_1_1_1; + result2 += M4(-0.013724682, -0.009321084, 0.011152485, -0.0033966685, -0.043078344, 0.036416885, 0.015623447, 0.055957038, -0.01849877, -0.072857074, -0.01046809, 0.026011404, -0.06919331, 0.091046415, -0.04164453, 0.046394613) * inp_1_2_1; + result2 += M4(0.0012422197, -0.002631582, 0.003743998, 0.015123382, -0.015633993, -0.035724614, 0.026706185, -0.017725002, -0.06825478, -0.00901042, 0.00061856484, -0.0063771904, 0.13396682, -0.033139773, -0.009686248, -0.03838249) * inp_1_0_2; + result2 += M4(-0.09512716, -0.08837415, 0.018194735, 0.008871673, 0.062261507, -0.065781176, -0.055187, 0.027707918, -0.0053967116, -0.044796087, 0.010361364, -0.008945669, -0.061361406, 0.008197509, 0.047274556, -0.005719721) * inp_1_1_2; + result2 += M4(0.029693535, -0.017528165, -0.007855424, -0.0074159503, -0.01266465, 0.025099238, -0.006872992, 0.019218933, -0.04778084, -0.06347614, 0.03295207, 0.00090956315, 0.02077793, -0.062143005, -0.034944285, -0.024958752) * inp_1_2_2; + result3 += M4(-0.09974788, 0.020605205, -0.0024725075, 0.0028876564, 0.038388405, -0.020979702, 0.017852712, -0.0020744698, -0.008816921, 0.038277615, 0.0064083883, -0.004805702, -0.021744244, -0.013467642, 0.014029597, -0.00802205) * inp_1_0_0; + result3 += M4(-0.29090038, -0.07220626, 0.003039927, 0.00031529332, 0.081712596, -0.053949203, 0.0560472, -0.019879429, 0.04487666, -0.07840531, 0.022384407, 0.0037922375, -0.12139882, 0.058006596, -0.07355735, -0.002001135) * inp_1_1_0; + result3 += M4(-0.12707077, 0.0029293671, 0.002925028, -0.011142545, 0.0012060722, -0.0059201643, -0.022559587, 0.0047758655, -0.012047067, 0.006398406, -0.00014037399, -0.007924496, -0.08267729, 0.03089181, -0.011231169, 0.010514431) * inp_1_2_0; + result3 += M4(-0.016742278, -0.007793414, -0.020882057, -0.0062197475, -0.029902719, -0.054846365, -0.027987752, 0.0056060706, -0.034713805, -0.047086217, 0.004880524, 0.01464124, -0.012823535, 0.025803465, -0.031325895, -0.0010646778) * inp_1_0_1; + result3 += M4(-0.27933434, -0.14838761, -0.11952433, 0.0036372135, 0.058186408, 0.06696874, -0.06479991, -0.010031049, -0.13002986, -0.01275557, 0.016198829, -0.009882386, 0.089558944, -0.079711266, -0.08013397, 0.065905005) * inp_1_1_1; + result3 += M4(0.023724329, 0.03271399, 0.0075594573, 0.015919626, 0.01905627, 0.036951147, 0.029244334, -0.023265809, -0.11982203, -0.07621513, -0.007814278, 0.024171054, 0.11532883, 0.05751838, 0.04637661, 0.017592529) * inp_1_2_1; + result3 += M4(-0.03479878, -0.022777118, 0.012533797, 0.007029099, -0.0046606115, -0.027692024, 0.039454233, 0.0031962066, -0.07223084, 0.023742193, 0.011920917, -0.0152232265, -0.037636317, 0.03351182, 0.003346064, -0.004711423) * inp_1_0_2; + result3 += M4(-0.15771055, -0.076403245, 0.013966556, 0.0042798854, 0.05392789, -0.10186627, -0.021976942, 0.013428745, 0.0008405691, -0.0656948, 0.0028464287, 0.030519322, -0.16605647, 0.1102983, 0.04253903, -0.029273903) * inp_1_1_2; + result3 += M4(-0.024137326, -0.008258713, -0.011959554, -0.65658355, 0.05886992, 0.0021063786, -0.0040613245, -1.4775715, -0.004617782, -0.01655899, 0.044767484, -0.44391325, -0.030074531, -0.100835845, -0.00067998114, -0.6768125) * inp_1_2_2; + result4 += M4(-0.0019363825, -0.043588802, 0.054561615, 0.0024997436, -0.016966254, -0.034322012, 0.1413046, -0.018009556, -0.001101635, -0.02704994, -0.07043372, -0.02230024, -0.0015380388, 0.005272876, -0.037090015, 0.006166373) * inp_1_0_0; + result4 += M4(-0.0050472687, -0.07574829, -0.15483479, 0.043677237, 0.023145339, -0.0086202165, -0.0049951524, -0.0060210736, -0.017921211, -0.05777129, -0.048439827, 0.026267895, -0.100406535, -0.061962795, 0.09865183, 0.055020455) * inp_1_1_0; + result4 += M4(-0.0055961697, -0.04754439, -0.0017440156, -0.005986155, -0.030325167, -0.021534791, 0.084809996, 0.023918811, 0.017858705, -0.022967286, -0.095544815, 0.0074437135, 0.019627845, -0.019305013, -0.01984569, 0.040462747) * inp_1_2_0; + result4 += M4(0.048991658, -0.13385503, -0.046927042, 0.016631545, -0.029064609, 0.0006330952, 0.008242063, 0.028124796, 0.0060957284, -0.040064096, -0.032486413, 0.013428372, -0.08499794, -0.006317721, -0.12359131, 0.058705498) * inp_1_0_1; + result4 += M4(-0.006022805, -0.1837393, -0.12978028, -0.0013139789, -0.055542786, -0.13720812, 0.23876561, -0.053139366, 0.15966879, 0.008683597, -0.14635624, 0.0126981875, 0.32272208, 0.06236775, -0.10698612, 0.14063711) * inp_1_1_1; + result4 += M4(-0.009701131, -0.03646291, -0.037340086, 0.039884623, 0.009189008, -0.0064634443, -0.0565141, -0.0011173718, -0.019694382, -0.04803177, 0.069370545, 0.050015707, -0.05899881, -0.003470957, -0.20582588, 0.05659334) * inp_1_2_1; + result4 += M4(0.013319271, -0.21169075, -0.040460724, -0.007307999, 0.025113398, -0.13337378, 0.062859945, -0.014940971, 0.009030944, -0.015980482, -0.052400064, -0.005603718, -0.015142185, 0.105756275, -0.005185126, 0.03659301) * inp_1_0_2; + result4 += M4(0.029834945, -0.24019423, -0.059754893, 0.01608155, -0.050190847, -0.07629842, -0.036545094, -0.033685338, -0.04057415, -0.1007561, -0.03597081, 0.02017857, 0.021963967, 0.15769747, 0.012509617, 0.071566634) * inp_1_1_2; + result4 += M4(0.0071591125, -0.081908636, -0.23059505, 0.0007022638, 0.0049481234, 0.06784498, 0.14878985, 0.02515274, 0.015787132, -0.054703876, -0.17242855, -0.0075456346, -0.05905788, -0.035373684, -0.027502216, -0.050735876) * inp_1_2_2; + result5 += M4(0.1399075, -0.011689272, -0.019618753, 0.07614495, 0.09006709, 0.08453059, 0.013071986, 0.04905171, -0.046357352, -0.037395712, -0.04851694, -0.031871088, -0.22293495, -0.09758526, 0.027082501, -0.07850271) * inp_1_0_0; + result5 += M4(0.12827924, -0.07307409, 0.009706256, 0.037915763, -0.023452701, -0.056642782, 0.09213479, -0.16854583, -0.010336425, -0.019925116, -0.019452507, -0.027321696, 0.15007468, 0.028512416, -0.14916861, 0.060340323) * inp_1_1_0; + result5 += M4(0.0071526146, -0.012299189, 0.01801723, -0.05339408, 0.18717697, 0.0010336664, -0.035712525, 0.06225803, -0.06730897, -0.048067704, -0.01911119, -0.025771273, 0.0284756, -0.01424645, -0.049994357, 0.07865) * inp_1_2_0; + result5 += M4(0.054180637, -0.030158587, 0.028763872, 0.011243639, -0.11195821, 0.048051868, -0.036910217, -0.121535614, 0.034089345, -0.010673306, -0.118964724, 0.006967483, -0.43662754, 0.10253554, 0.19969112, -0.09384508) * inp_1_0_1; + result5 += M4(0.17829208, -0.017263798, 0.095714435, 0.015920453, 0.047719326, 0.27315283, 0.06549526, 0.034134313, -0.107288554, -0.07971154, 0.023380052, -0.1049888, 0.07676816, -0.1270428, -0.30297834, -0.016645133) * inp_1_1_1; + result5 += M4(-0.080704, -0.04045251, 0.057528976, -0.060223106, 0.030582413, -0.029517375, -0.035083197, 0.13772357, 0.11981866, -0.0055306703, -0.05157847, 0.019871347, -0.31669575, -0.10019969, 0.05156495, 0.13592085) * inp_1_2_1; + result5 += M4(-0.07726804, 0.010888947, 0.0045093806, -0.031755887, 0.069382794, -0.114867374, -0.027609147, 0.007948753, -0.05999028, -0.0076457877, -0.022484811, -0.034255974, -0.040651836, -0.03269805, -0.09060754, 0.020044835) * inp_1_0_2; + result5 += M4(-0.22580162, -0.026431922, 0.0066301497, -0.083136596, 0.036208548, 0.038507033, 0.033245984, 0.0031778018, -0.06463218, -0.002233673, -0.047485773, -0.055477843, 0.24420127, -0.12433101, -0.15715355, 0.0033607255) * inp_1_1_2; + result5 += M4(0.18169144, -0.117782086, -0.049622487, -0.007055393, -0.2349688, 0.045167558, 0.06171585, -0.032344848, -0.086783715, -0.12275233, -0.040596236, 0.016874569, -0.28013673, 0.041738532, 0.076820694, -0.038521003) * inp_1_2_2; + result6 += M4(0.4646428, -0.106396586, -0.008314068, 0.04745663, -0.025684066, -0.0687092, 0.004304384, -0.012457071, -0.10869589, -0.0013894064, 0.0054308963, -0.034909822, -0.04161765, -0.069621116, -0.062489342, -0.052697487) * inp_1_0_0; + result6 += M4(-0.13566065, -0.19315332, -0.011638345, -0.07154829, 0.09162782, -0.063815884, 0.088597, 0.040585265, 0.17736122, -0.09628029, 0.049993422, -0.039434943, -0.23161477, 0.03393691, -0.03461162, -0.09007837) * inp_1_1_0; + result6 += M4(0.096893504, -0.073935166, 0.013661386, 0.1132911, 0.025515532, -0.027286345, -0.0048642736, 0.037666928, -0.048467107, -0.08495862, 0.020949233, -0.088655114, -0.029095348, 0.0017143011, 0.046989925, 0.0054008774) * inp_1_2_0; + result6 += M4(0.21191326, -0.042432927, -0.005542918, 0.0049734917, -0.08363724, 0.012624439, -0.01816311, 0.00029272735, -0.12316026, -0.038396236, 0.017166546, 0.012600694, -0.087789804, 0.055348933, 0.032430384, -0.15191323) * inp_1_0_1; + result6 += M4(0.05356737, -0.19634083, -0.044354584, -0.15601216, -0.29275194, 0.15823555, 0.08218647, -0.12905455, -0.0021870707, -0.017191757, 0.008696628, -0.016767973, -0.2398507, -0.017669896, -0.004906887, 0.0259101) * inp_1_1_1; + result6 += M4(0.033864714, -0.018132137, -0.033162106, 0.0486692, -0.0010737425, 0.058966868, 0.032421466, 0.064478435, -0.038641904, -0.005040093, 0.009166323, -0.061544646, 0.17484759, 0.029496586, -0.04968734, 0.05957608) * inp_1_2_1; + result6 += M4(-0.4815216, -0.07188454, -0.012073379, 0.009241282, -0.28480425, -0.013349487, -0.0076810173, 0.04503337, -0.36490703, 0.0014258957, -5.720579e-05, -0.08018242, 0.07554508, 0.065987855, 0.0073008398, 0.029608311) * inp_1_0_2; + result6 += M4(0.27818504, -0.24485376, -0.0066393493, -0.062494364, 0.064903826, -0.055958327, -0.0057145157, -0.1297167, 0.0024186247, -0.08357713, 0.0039343257, -0.039283898, -0.18243206, 0.06448699, 0.028300015, 0.09711386) * inp_1_1_2; + result6 += M4(-0.1664957, -0.09776599, -0.016569579, -0.034156576, -0.05563782, -0.052336413, 0.022353496, -0.00014532752, -0.010451572, -0.05604475, 0.008415247, -0.06049494, 0.077859275, 0.019115182, 0.0045760144, -0.019009842) * inp_1_2_2; + result7 += M4(0.0055705504, -0.026394561, -0.1139865, -0.044170834, 0.019989682, -0.018016277, -0.23643732, -0.008260699, 0.0014235481, -0.0050782706, 0.026109695, -0.03192164, 0.0016869969, -0.043272555, -0.03469904, -0.026431138) * inp_1_0_0; + result7 += M4(0.004675645, -0.11380706, -0.016251858, -0.16694085, -0.010026139, -0.14811772, -0.16526401, 0.1084492, 0.005308494, -0.02474828, -0.14797011, 0.0033176611, 0.015307528, 0.058559656, 0.15691474, -0.1340313) * inp_1_1_0; + result7 += M4(-0.0028032598, -0.05997547, -0.121733114, -0.09554267, -0.0004986317, -0.049930423, -0.1273882, 0.013951515, 0.00014469973, -0.002117326, -0.28851274, -0.032613505, -0.0025998768, 0.05574168, 0.07926589, 0.0036856018) * inp_1_2_0; + result7 += M4(-0.005603397, -0.036351632, -0.11528746, -0.022929851, -0.016323281, 0.027111532, -0.06355817, -0.102257326, 0.0077102194, 0.033174835, 0.12208106, -0.07609491, -0.12240418, 0.0012740727, -0.08517984, 0.045448177) * inp_1_0_1; + result7 += M4(0.026478117, -0.047482636, -0.24134436, -0.19304702, -0.020660242, 0.003701428, -0.24806923, 0.07357205, -0.040037777, 0.017275618, 0.06370994, -0.09546771, -0.054608576, -0.023270067, -0.14147069, 0.082173534) * inp_1_1_1; + result7 += M4(-0.0056879753, -0.0789688, -0.036169644, -0.08457389, -0.005534551, 0.03795418, 0.12144431, 0.06957072, -0.0027520072, -0.049243074, -0.114631444, -0.15805164, 0.006229704, 0.054365523, -0.0737803, -0.07932503) * inp_1_2_1; + result7 += M4(-0.0027459075, -0.0031624225, -0.2853663, -0.016258257, -0.004350614, -0.006499531, -0.07625435, 0.019749388, -0.0043036724, 0.0026062243, -0.034052182, -0.0254773, -0.007793149, 0.0050190384, 0.014368649, -0.008314004) * inp_1_0_2; + result7 += M4(-0.012016951, -0.14817005, -0.37908626, 0.0062397486, 0.022265838, -0.031428758, -0.18387163, -0.065556504, -0.013573682, -0.010420115, -0.05035488, -0.034537543, 0.016361326, 0.09706439, 0.12125735, 0.08310228) * inp_1_1_2; + result7 += M4(-0.0032962672, -0.057069913, -0.2866559, 0.01628468, 0.012958846, -0.06301743, -0.14468633, -0.052856874, -0.0067473697, -0.021823918, -0.32554987, -0.012471529, 4.9743405e-05, -0.011773439, 0.039131045, 0.028107878) * inp_1_2_2; + const V4 inp_2_0_0 = inp[2][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_2_1_0 = inp[2][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_2_2_0 = inp[2][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_2_0_1 = inp[2][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_2_1_1 = inp[2][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_2_2_1 = inp[2][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_2_0_2 = inp[2][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_2_1_2 = inp[2][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_2_2_2 = inp[2][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.06259104, -0.007911529, -0.033087455, 0.09226988, -0.07786077, -0.01577213, -0.08678229, -0.24408747, -0.039184645, -0.02137133, 0.015986593, -0.118641235, 0.01882303, -0.024270365, -0.16987392, -0.15344885) * inp_2_0_0; + result0 += M4(0.14670405, 0.04385066, -0.0486158, -0.006886528, 0.06561302, 0.010654134, -0.25718275, 0.11941544, 0.014750529, -0.024777737, -0.06386406, 0.114893936, -0.119082555, -0.00048255626, 0.15127754, -0.06443381) * inp_2_1_0; + result0 += M4(0.073016174, -0.008870542, 0.19351654, -0.09719472, -0.11198074, 0.0290701, 0.023286037, -0.057860527, 0.014365183, -0.0026683658, 0.0041949, -0.02270391, -0.0044946442, -0.06463224, -0.08278831, -0.10824213) * inp_2_2_0; + result0 += M4(0.07936937, 0.014984422, 0.09283034, 0.12912495, -0.19152328, -0.060032662, 0.120669484, -0.29279032, -0.01796172, -0.0113306595, 0.114664845, -0.13806632, -0.15837833, -0.07952474, -0.09303139, -0.084077515) * inp_2_0_1; + result0 += M4(-0.65202504, -0.0027762896, -0.33984727, -0.18644305, 0.075471565, 0.02684578, -0.22864924, -0.19950864, -0.17015947, 0.07735234, -0.43614385, -0.6078004, -0.00021246736, 0.072867185, -0.33468452, -0.15514167) * inp_2_1_1; + result0 += M4(0.14552318, -0.2215449, 0.045654118, -0.017868856, -0.14882736, -0.05951145, 0.123094864, -0.23920804, 0.0658428, -0.26702496, -0.055465832, 0.25096157, -0.099843405, -0.13427813, 0.03559234, -0.21518996) * inp_2_2_1; + result0 += M4(0.15783593, -0.0041399, 0.0020199376, 0.31567332, -0.21559085, -0.013718181, 0.06864336, 0.10989995, -0.09445197, 0.0027337098, 0.068018034, -0.03058095, -0.16046366, -0.017405983, -0.06688804, -0.40090325) * inp_2_0_2; + result0 += M4(-0.21699506, 0.011274276, 0.123575896, -0.6198383, 0.086284466, 0.0052944883, -0.30053416, -0.12883341, -0.03160203, 0.011840349, 0.026714055, -0.12557992, -0.13357289, -0.05784815, -0.09033823, -0.031946022) * inp_2_1_2; + result0 += M4(-0.016761016, 0.018148478, -0.040655173, 0.5077567, -0.035978027, 0.017774666, -0.12156969, -0.37683502, 0.039764706, -0.046592835, -0.0076407106, -0.13444586, -0.047292627, -0.089782365, 0.010468214, -0.49796557) * inp_2_2_2; + result1 += M4(0.20441686, 0.105641656, -0.57313365, 0.039662212, -0.056281734, -0.0032463258, 0.12104667, 0.08683196, -0.19730814, 0.05890102, -0.41860288, 0.05867849, -0.017145434, 0.001774893, -0.25436202, 0.039173983) * inp_2_0_0; + result1 += M4(-0.0038675999, -0.13757882, -0.42988667, -0.07135995, 0.007278631, -0.083656915, 0.058825217, -0.099255435, 0.006978729, -0.2647683, -0.28938037, -0.03733833, -0.037920482, -0.06694141, -0.40598732, -0.01538189) * inp_2_1_0; + result1 += M4(0.009998102, 0.020497074, -0.18007217, 0.023767253, 0.008274002, 0.054186467, -0.08604311, 0.037877038, -0.009494318, -0.06919818, -0.13998544, 0.02897189, 0.0011283894, 0.038402133, -0.357374, -0.02176028) * inp_2_2_0; + result1 += M4(-0.0067111147, -0.038228486, 0.35508108, -0.3360015, -0.016141115, 0.0339894, 0.08852273, 0.03516315, -0.019841066, 0.030301504, 0.01180214, -0.3614631, 0.07711318, -0.009658857, -0.26690215, -0.30690867) * inp_2_0_1; + result1 += M4(0.003324947, 0.006942956, -0.03625221, 0.14541042, 0.01747195, -0.119628154, -0.22727552, -0.021256894, -0.058296442, -0.034491703, -0.10815976, 0.10701775, -0.012522395, 0.14182894, -0.08321797, 0.0030181266) * inp_2_1_1; + result1 += M4(0.0007243287, -0.03981442, 0.14314127, -0.011543288, -0.0016491759, -0.034187082, 0.015851242, 0.005562158, -0.0025102352, 0.021291113, 0.11228219, -0.0025074272, 0.006264527, 0.012934666, 0.03688195, 0.028460085) * inp_2_2_1; + result1 += M4(0.003825073, 0.0053533437, -0.052753773, 0.13051084, -0.019932156, -0.01216888, -0.101206355, -0.047114212, 0.0030692355, 0.0016778547, 0.03255571, 0.081206575, 0.03073618, -0.016007476, -0.15195127, -0.050261617) * inp_2_0_2; + result1 += M4(-0.00061310123, 0.0029938128, -0.076946884, -0.04023276, -0.0059665437, -0.0036570185, -0.058270033, -0.043692518, -0.008154179, 0.025144642, 0.077070415, -0.04914022, 0.012160264, 0.008769339, -0.27849194, 0.018670456) * inp_2_1_2; + result1 += M4(-0.0018538286, -0.020888457, -0.14603226, 0.004458962, -0.0051186327, 0.005187376, -0.088105775, -0.023515442, 0.0015456943, -0.02115476, 0.061274562, 0.008745916, -0.00017942826, 0.0014278735, 0.0021558965, -0.02485254) * inp_2_2_2; + result2 += M4(0.04387733, 0.011177, -0.013155367, 0.0038707254, 0.033662025, 0.07323885, 0.014289165, 0.020749439, 0.014215851, -0.04377387, 0.02840525, 0.023437489, -0.069018185, 0.029670266, -0.0093726795, 0.037346628) * inp_2_0_0; + result2 += M4(-0.1662737, 0.014679469, -0.03971628, 0.03979063, -0.09359844, -0.10326178, 0.042040948, -0.017902981, 0.048015613, 0.07861354, -0.05978879, 0.01613378, 0.0764324, 0.059389252, 0.0019603793, 0.0019048663) * inp_2_1_0; + result2 += M4(0.07047738, 0.012104223, 0.010471003, 0.016561575, -0.014056279, 0.052423958, -0.004780873, 0.008856081, -0.03842137, -0.029917346, -0.017814208, 0.016944503, -0.07138358, -0.04974661, 0.0056911004, -0.021948488) * inp_2_2_0; + result2 += M4(-0.02167664, 0.058325823, 0.00016128928, -0.00394003, 0.0980444, 0.082544304, 0.038742963, -0.042758625, 0.064785205, 0.027517313, 0.0054561617, -0.017314855, -0.14048225, 0.03143404, 0.01539274, -0.07431104) * inp_2_0_1; + result2 += M4(-0.3627822, -0.2677452, -0.07767445, -0.06756611, -0.0081676245, 0.1942054, 0.09633285, 0.3299528, -0.3213503, -0.3397066, -0.12813206, -0.12383137, 0.02204129, -0.068835855, -0.027104858, -0.040614042) * inp_2_1_1; + result2 += M4(0.028998533, 0.034165263, 0.01882919, 0.022605037, 0.010741659, -0.08068657, 0.040684298, -0.044681616, 0.07946782, 0.08955503, 0.020676995, 0.017162135, -0.014604344, 0.025126308, -0.01885885, 0.04648592) * inp_2_2_1; + result2 += M4(0.031499267, 0.010798005, -0.024340192, 0.0053935014, -0.03673988, -0.03745097, -0.028180122, -0.010525879, -0.0043634507, -0.008282364, 0.012158862, -0.007480346, 0.003468437, -0.10743966, -0.04802061, 0.013861989) * inp_2_0_2; + result2 += M4(0.015782064, 0.05101154, 0.013595114, 0.0018728715, -0.09477508, 0.033218864, 0.054674916, 0.007754477, 0.06362434, -0.0034073882, -0.0074852365, 0.0217853, 0.01791608, 0.042523008, 0.025429696, -0.023894863) * inp_2_1_2; + result2 += M4(-0.055626452, 0.0052463147, -0.0025686221, 0.019014176, -0.03757351, 0.035200834, 0.013226553, 0.04271463, 0.0337667, -0.023146713, 0.022220766, -0.014187415, 0.04665612, 0.009068524, 0.028105063, 0.0009911516) * inp_2_2_2; + result3 += M4(0.02311099, -0.015033379, -0.014415912, 0.007996471, -0.11714304, -0.025033528, 0.014787917, 0.00031632956, 0.036097407, -0.0062593, 0.0008023568, 0.0004291088, -0.058643885, 0.027261145, -0.00373395, -0.0106300535) * inp_2_0_0; + result3 += M4(-0.25627783, 0.014724077, -0.0031693468, -0.012934334, -0.14009495, 0.04730234, -0.07532691, 0.017501894, 0.17639922, 0.04749578, -0.030031111, 0.00010847835, -0.14200123, 0.013962472, 0.0012221021, 0.007009478) * inp_2_1_0; + result3 += M4(0.06224593, 0.053510256, -0.013872289, 0.016935157, -0.0507928, -0.014157633, 0.039609414, -0.016739354, 0.07427419, -0.092689894, 0.01857107, 0.0059409305, 0.057695348, -0.011191513, -0.0154221505, -0.010002582) * inp_2_2_0; + result3 += M4(-0.15928954, 0.04469865, 0.013059807, -0.014103501, 0.057253107, -0.03000104, 0.060849454, -0.008835153, -0.05975281, 0.03099963, -0.022080095, 0.008955542, -0.10001169, -0.02306701, 0.077677965, 0.017762778) * inp_2_0_1; + result3 += M4(-0.7209511, -0.33367357, 0.22877729, 0.0061251954, 0.088426866, 0.03677022, -0.08787391, -0.017562442, -0.6404437, -0.1710262, -0.28416404, 0.011668628, -0.26956356, -0.077434845, 0.07234901, -0.012213251) * inp_2_1_1; + result3 += M4(-0.029024111, -0.06502331, -0.011149307, 0.011200875, 0.012817251, -0.053123422, -0.029780958, -0.0075182803, 0.0239775, 0.016467577, -0.008465127, -0.0021384323, 0.019587008, -0.020116564, -0.025568662, -0.0240682) * inp_2_2_1; + result3 += M4(0.10459938, 0.0138568925, -0.010416794, 0.013563447, -0.00088927144, -0.021339059, -0.02198659, 0.0025771253, 0.059850562, -0.01238115, -0.004079428, 0.0014808591, -0.008280608, -0.0142796645, -0.00029255965, -0.03438513) * inp_2_0_2; + result3 += M4(-0.056060266, -0.10531251, 0.015185159, -0.024719283, -0.11129147, 0.026094018, 0.046266057, -0.018299006, -0.10789085, 0.009946776, -0.038517643, 0.0032327347, 0.08875372, -0.06078948, -0.008161181, 0.010793295) * inp_2_1_2; + result3 += M4(-0.04116976, -0.00475276, -0.011068314, -0.9719308, -0.100531764, -0.06516781, 0.0069025243, -0.22409818, -0.031182699, -0.009395091, -0.056300312, -1.0057682, 0.015271213, 0.0041449284, -0.013503556, -1.2952812) * inp_2_2_2; + result4 += M4(-0.0010569907, 0.037784833, 0.09058641, 0.00082357554, -0.009851633, -0.0206631, 0.02837604, 0.0010502184, 0.02194765, -0.009642023, -0.0026158122, 0.017715322, 0.025873099, 0.06527135, -0.042106256, -0.015425125) * inp_2_0_0; + result4 += M4(-0.013039143, -0.00092544657, 0.051402394, -0.073085226, -0.015918039, -0.017300375, 0.056266524, 0.0017518857, 0.015943771, 0.0051748073, 0.069561206, 0.038211856, 0.04274, -0.0036364659, 0.11233605, -0.027552709) * inp_2_1_0; + result4 += M4(0.026801294, 0.058651876, -0.08943758, 0.0057815216, 0.0014140977, 0.005042935, -0.13145381, -0.02659785, 0.019952124, -0.0039740773, -0.06676227, 0.02837083, -0.008902661, -0.02823108, -0.050232675, -0.0055570873) * inp_2_2_0; + result4 += M4(0.012736761, -0.076623105, -0.13613585, -0.0010271526, 0.001768636, -0.022922553, 0.10797487, -0.078531064, 0.0011252342, 0.020363344, 0.0037479124, 0.022272632, 0.0015242241, -0.0706725, 0.004770372, -0.018829994) * inp_2_0_1; + result4 += M4(-0.055683408, -0.07893092, -0.28381112, 0.001254962, 0.04472634, 0.0785131, -0.06490618, -0.05510835, -0.14655365, 0.061543383, -0.20277788, -0.038100597, -0.08800601, 0.03669007, -0.20510712, -0.029635012) * inp_2_1_1; + result4 += M4(0.041054245, -0.01956224, 0.21626267, -0.02382071, -0.0013260319, -0.08335329, 0.07006225, -0.016757535, -0.007988418, -0.0040367995, -0.067163855, 0.029561952, 0.022996977, -0.06787791, 0.026121844, -0.0044194665) * inp_2_2_1; + result4 += M4(0.009216556, -0.07813361, 0.08760252, 0.012415527, -0.030264309, 0.014184212, -0.089587666, -0.02850281, 0.004826943, -0.04655235, 0.022605399, 0.016589975, -0.034731586, -0.52998376, -0.09905967, -0.041101467) * inp_2_0_2; + result4 += M4(-0.037874702, -0.35465613, -0.26578254, -0.009551241, 0.014520269, 0.094988525, 0.095908746, -0.0032020216, 0.015690498, 0.006354517, 0.06937414, -0.004596613, 0.060183756, -0.29521805, -0.108245134, -0.03682771) * inp_2_1_2; + result4 += M4(0.01502931, 0.050048694, 0.12765224, 0.026397388, 0.0032798718, -0.03649024, 0.019652147, 0.0033454793, -0.004857356, 0.0051806583, 0.013952992, 0.020540467, 0.020426799, -0.056183644, 0.017993515, 0.01699833) * inp_2_2_2; + result5 += M4(0.06332271, -0.023084689, 0.032270726, 0.030445438, 0.18853442, 0.06726671, -0.04710401, 0.10672021, 0.10711485, 0.032424342, 0.0026893164, 0.09738551, 0.24309203, -0.035328314, -0.059811164, 0.0035163194) * inp_2_0_0; + result5 += M4(-0.031312633, -0.028656557, 0.060663447, -0.02233647, 0.038305853, 0.04246763, 0.05070555, 0.047282346, 0.022795606, 0.010903942, -0.1032557, -0.15654396, -0.008885978, 0.052279137, 0.06697581, 0.05159628) * inp_2_1_0; + result5 += M4(0.081875764, -0.01453514, -0.0054250895, -0.029229179, -0.15769237, -0.0713213, 0.071340404, -0.03371788, 0.008936784, -0.021031775, 0.06703637, 0.014112684, -0.028089365, -0.0071306084, -0.03943905, 0.0019693028) * inp_2_2_0; + result5 += M4(0.037231147, 0.08544815, 0.023376346, -0.020104773, 0.10020539, -0.015085355, -0.0060485243, 0.080421075, 0.15664357, 0.07094089, -0.07145073, 0.09701311, 0.24878515, -0.12589175, -0.1816692, -0.13067612) * inp_2_0_1; + result5 += M4(-0.12882102, -0.24260274, -0.43471512, 0.01938544, 0.11010322, 0.13329925, 0.115565196, 0.06456029, -0.31028664, -0.24667418, -0.26054385, -0.09559916, -0.67517704, -0.07482172, 0.071183324, 0.04955354) * inp_2_1_1; + result5 += M4(0.06611156, 0.15018785, 0.054557666, 0.017349077, -0.0818607, 0.06388472, 0.03500259, -0.14694388, -0.030318553, 0.06897548, 0.06355376, 0.11583515, 0.09560257, -0.0022927609, -0.10419371, 0.032708354) * inp_2_2_1; + result5 += M4(0.09569397, -0.027850833, 0.05960813, 0.0046952227, -0.13313407, 0.027086373, 0.11578828, -0.022797415, 0.048064835, 0.0027774738, 0.0049024625, 0.058362234, -0.2263547, 0.020394979, 0.0572644, -0.029309602) * inp_2_0_2; + result5 += M4(-0.050434433, 0.107525654, 0.117903136, 0.059306815, 0.10257986, -0.04112016, 0.03624714, 0.06940063, -0.1844857, 0.042563245, -0.08704364, -0.09770156, -0.25283772, -0.06382317, -0.14003965, -0.07532586) * inp_2_1_2; + result5 += M4(-0.025616704, 0.04303626, 0.0703198, -0.016617738, 0.046424564, 0.042200685, -0.051435344, 0.007989153, -0.147374, 0.005222426, 0.050844256, -0.036575984, 0.04505599, -0.023205958, -0.04365487, 0.029482046) * inp_2_2_2; + result6 += M4(0.16323288, -0.07697494, 0.0036021718, -0.018482288, 0.07922852, 0.031661283, 0.04610719, 0.090015285, -0.19198969, 0.0022031656, 0.012363241, 0.006750837, -0.12190212, 0.118119456, 0.04309471, 0.15813415) * inp_2_0_0; + result6 += M4(0.030367097, 0.087709054, -0.019422337, 0.08742913, -0.03249268, 0.01943231, -0.09225626, 0.10421135, -0.07407643, 0.030260053, -0.04976755, -0.09395393, -0.15528789, 0.049084287, 0.044716276, -0.036950078) * inp_2_1_0; + result6 += M4(-0.14495733, -0.0033047767, -0.030252518, 0.049959883, -0.06735904, -0.071782365, 0.00432423, -0.014054759, 0.01710648, -0.048354227, 0.065480836, 0.002764397, 0.06308667, -0.06444245, -0.021439746, -0.0625157) * inp_2_2_0; + result6 += M4(0.13954696, 0.015149074, 0.01400249, 0.04257805, -0.09718105, 0.0357621, -0.0113757625, 0.0772206, 0.21321023, -0.07966299, 0.04483856, 0.073616624, -0.29049397, -0.15661527, -0.048223075, 0.06354912) * inp_2_0_1; + result6 += M4(-0.17682892, -0.32434925, -0.058441192, 0.009955925, 0.2313231, -0.06718312, -0.11039461, -0.15741758, -0.026655002, -0.5290647, -0.055935364, -0.11362352, 0.2593133, -0.16837834, 0.12212712, -0.16563371) * inp_2_1_1; + result6 += M4(-0.0765633, -0.0022757533, -0.0030445922, 0.04933367, -0.09522646, 0.01708325, 0.018829428, -0.03566491, 0.083820574, 0.009320629, 0.004601883, -0.013381807, -0.07618723, 0.023810752, -0.03849788, -0.0015569695) * inp_2_2_1; + result6 += M4(0.12340713, -0.035633143, -0.000730753, 0.039920222, -0.13694862, 0.025033863, -0.0047767838, -0.039701987, -0.17719546, -0.0033921285, 0.020795459, 0.0026577634, -0.23769258, -0.05419352, 0.0007649054, -0.012916516) * inp_2_0_2; + result6 += M4(-0.18191607, -0.016308228, 0.013017699, 0.0013568805, -0.07645262, 0.019816648, 0.004391781, -0.014893658, -0.039497644, 0.08922314, -0.02652472, -0.01703181, 0.19856219, -0.096463844, 0.006254947, -0.030607205) * inp_2_1_2; + result6 += M4(0.05397833, 0.030990133, 0.002806348, 0.016910397, -0.04133647, 0.012163248, -0.014821759, 0.06565339, 0.06255686, 0.01559677, -5.922529e-05, -0.068239056, -0.12171919, -0.09679009, 0.033463333, -0.0014853496) * inp_2_2_2; + result7 += M4(0.04146421, -0.012865749, -0.009707601, 0.027850294, 0.013585483, -0.022817992, 0.07336379, -0.0074528162, -0.0016996431, 0.013874952, -0.08006178, 0.020839715, -0.005113131, 0.021290349, 0.24516137, 0.0037921611) * inp_2_0_0; + result7 += M4(0.028129315, 0.0075063645, 0.18359877, -0.02147192, 0.008527542, 0.10667993, 0.16808704, -0.10862029, 0.024802713, -0.047098104, -0.18204574, 0.16109203, -0.007077818, 0.038010005, -0.01702178, -0.07948193) * inp_2_1_0; + result7 += M4(0.009913939, 0.03263535, 0.18109964, 0.013029601, -0.013681817, 0.05438949, -0.12543575, -0.05536285, -0.007107966, 0.010420662, 0.055783633, 0.07936553, -0.008366168, 0.0051002456, -0.12116985, -0.09176514) * inp_2_2_0; + result7 += M4(-0.0039965436, 0.013184399, 0.017582629, 0.03430134, 0.12803346, 0.030973611, -0.14719161, -0.025845028, -0.011929984, -0.03815087, -0.30388555, -0.01967596, 0.028990403, -0.04263259, -0.4578903, -0.1594504) * inp_2_0_1; + result7 += M4(0.008504513, -0.15613689, -0.92339265, -0.011249895, 0.07949582, -0.051825784, 0.028209334, 0.00655686, -0.003414628, -0.02872148, -0.45489213, -0.009449394, -0.0744571, -0.10714275, -0.27856743, -0.24656865) * inp_2_1_1; + result7 += M4(0.008009527, 0.021199463, -0.11994805, 0.011137968, 0.0041203573, -0.09547085, -0.087147444, 0.029765243, -0.02127172, 0.057646498, 0.06545404, -0.0025877974, 0.004377491, -0.056918643, -0.11158697, -0.020177836) * inp_2_2_1; + result7 += M4(0.048053, 0.039475646, -0.042274997, 0.009786394, 0.0028160515, -0.0037620077, -0.10746224, -0.036494777, 0.017574804, -0.04649511, -0.03779512, -0.009219406, -0.051743623, -0.076405086, -0.106107414, 0.04329679) * inp_2_0_2; + result7 += M4(0.0118290065, -0.06250438, -0.13289489, -0.07007109, 0.010890779, 0.034959443, 0.101750456, 0.061163537, -0.0028765078, -0.054626506, 0.08974447, 0.015254667, -0.012915041, -0.11506801, -0.4121583, -0.04415781) * inp_2_1_2; + result7 += M4(0.0024066872, -0.091722414, -0.12651238, 0.016087336, -0.0007628652, 0.08666506, -0.057445258, -0.0046896227, 0.006538677, -0.071827024, 0.0032424238, 0.00068183034, 0.015331278, -0.060188826, 0.1724857, -0.0058465926) * inp_2_2_2; + const V4 inp_3_0_0 = inp[3][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_3_1_0 = inp[3][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_3_2_0 = inp[3][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_3_0_1 = inp[3][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_3_1_1 = inp[3][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_3_2_1 = inp[3][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_3_0_2 = inp[3][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_3_1_2 = inp[3][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_3_2_2 = inp[3][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.01884821, 0.02225298, 0.0609312, 0.26772645, 0.010304153, -0.025359716, -0.124975115, -0.101660624, 0.039085135, -0.0012123106, 0.0376473, -0.1736828, 0.029522952, 0.019022364, 0.0065592313, 0.0016020348) * inp_3_0_0; + result0 += M4(-0.009566287, -0.06439758, 0.03587801, 0.31137368, 0.052976143, -0.00045283034, -0.0732186, -0.19127107, 0.017481882, -0.010848177, -0.17232758, -0.062315885, 0.063886866, -0.016843708, -0.03020957, 0.0970365) * inp_3_1_0; + result0 += M4(0.062872596, 0.062106118, -0.029959345, 0.1910304, -0.03332523, 0.034179598, 0.12184684, 0.087091975, -0.05155777, -0.054864924, -0.09164668, 0.05479193, -0.021929933, 0.043209106, 0.031430453, 0.013835954) * inp_3_2_0; + result0 += M4(0.14966221, 0.039149858, -0.018892152, 0.04979894, -0.15222071, -0.013965407, -0.13854334, 0.08704429, 0.032250788, -0.023581238, 0.03958956, 0.13200888, 0.09045509, 0.08314211, -0.115738794, 0.3736751) * inp_3_0_1; + result0 += M4(-0.025297886, -0.05312454, 0.18119511, -0.13896842, 0.12201004, -0.06974543, 0.009590841, -0.1759535, -0.42742318, -0.036296893, -0.023707138, -0.02932279, 0.057680465, -0.06070717, 0.0047926847, -0.26466325) * inp_3_1_1; + result0 += M4(-0.012135449, 0.14930926, 0.13740848, -0.23095651, 0.08305027, 0.061010078, -0.01396914, 0.042804472, 0.096340165, 0.13279516, -0.19360799, 0.16441306, -0.052142918, 0.07423331, 0.22432159, 0.20987682) * inp_3_2_1; + result0 += M4(0.014316071, 0.03874188, -0.042387724, 0.33908868, -0.04863518, -0.0328775, 0.038263336, -0.3184205, 0.08507752, -0.013796855, -0.11221604, -0.08596128, -0.010760439, -0.0015378286, -0.05118684, 0.14045839) * inp_3_0_2; + result0 += M4(0.09434496, -0.05842221, -0.059500962, 0.23325484, 0.106550224, 0.03946791, 0.12929924, 0.45724982, -0.29787195, -0.013933312, 0.050397996, -0.46583217, 0.046672523, -0.081212655, -0.08685097, -0.2800335) * inp_3_1_2; + result0 += M4(-0.0013050294, 0.042344168, 0.052031405, 0.26614693, 0.01395185, -0.0017289019, -0.035085235, -0.00588513, 0.036729053, 0.048423328, -0.07941932, -0.040365215, 0.028111415, 0.06112914, -0.09793375, -0.1132537) * inp_3_2_2; + result1 += M4(-0.06250671, 0.012309623, 0.1481295, -0.0020055398, 0.049955696, -0.065890044, -0.54642016, -0.023447255, 0.0030096937, 0.043713823, -0.034119286, -0.019435098, 0.033844166, -0.040153492, 0.25838697, -0.10927334) * inp_3_0_0; + result1 += M4(0.027105171, 0.0014346655, -0.4046152, -0.01299009, 0.021844005, -0.012008094, 0.014106283, -0.03993987, -0.003289567, -0.04379177, 0.020796522, -0.0063147615, -0.029618349, 0.042246055, 0.34788325, 0.106097095) * inp_3_1_0; + result1 += M4(0.010641735, -0.09698625, -0.102795415, -0.00017856473, 0.009379015, 0.04438752, 0.3853207, 0.011924211, -0.00039226655, -0.0039059813, -0.16610676, 0.009873127, 0.013944055, -0.010356517, 0.31021017, -0.0005584608) * inp_3_2_0; + result1 += M4(-0.024330674, -0.014041768, 0.013623545, 0.0087550925, -0.02536001, 0.0022383442, 0.04521856, 0.045863442, 0.036882702, 0.005205646, -0.168819, -0.22588225, -0.016948085, 0.044146243, 0.28415143, 0.28309682) * inp_3_0_1; + result1 += M4(0.022651544, -0.030680181, 0.035747916, -0.03521948, -0.017953519, 0.054650687, -0.00035218126, 0.06687334, 0.011700043, 0.012629784, -0.13795328, 0.06381413, -0.0016056991, 0.06598586, -0.15195106, -0.008760848) * inp_3_1_1; + result1 += M4(-0.006826481, 0.048955724, 0.13722718, 0.0025277198, 0.003250822, -0.018708214, -0.07780324, -0.008313009, -0.00716623, -0.018976055, -0.22579159, -0.008596183, -0.009374258, -0.009971103, 0.3956088, -0.0034246633) * inp_3_2_1; + result1 += M4(-0.0095452, 0.02172935, -0.085909374, -0.014317445, 0.0016978491, -0.010642444, 0.09447157, -0.05678749, 0.0009725698, -0.019332105, 0.057287097, 0.07546865, 0.019813916, 0.024594069, 0.01624759, 0.14962631) * inp_3_0_2; + result1 += M4(0.0033371202, -0.005898891, -0.08099478, 0.019843815, -0.0043270085, -0.03385353, -0.060939293, -0.018619116, 0.0059468923, 0.006402152, 0.124421105, 0.0016647028, -0.00082514866, -0.08626113, 0.100049764, -0.043861367) * inp_3_1_2; + result1 += M4(-0.003957271, -0.0014693633, 0.038502783, 0.0005841569, 0.0011435278, -0.005467989, 0.047523648, 0.0011898798, -0.0055441153, -0.0037178195, -0.00010545709, -0.012234697, -0.004670635, 0.008560715, -0.051418226, 0.010909083) * inp_3_2_2; + result2 += M4(-0.010705484, -0.01650546, -0.03246215, 0.0055108117, -0.104894646, -0.088077545, 0.0036809004, -0.04068051, 0.023358036, 0.06055789, 0.0037449882, 0.014770061, -0.013959497, -0.072800525, 0.009345961, -0.025399605) * inp_3_0_0; + result2 += M4(0.04424502, -0.0010698559, 0.0073272446, 0.02035995, 0.01310611, 0.02774244, -0.026604129, 0.026129542, -0.04380847, 0.053310756, 0.010456372, 0.014191831, 0.06798116, 0.005584759, -0.021483535, 0.03465087) * inp_3_1_0; + result2 += M4(-0.06981241, 0.009179036, -0.007089444, 0.017998978, 0.033409934, -0.0010209056, 0.009835712, -0.01610797, 0.027777841, -0.02542095, -0.021839399, 0.006255029, -0.015071021, 0.0113992775, 0.0005979145, 0.014408419) * inp_3_2_0; + result2 += M4(-0.021173203, 0.03255849, -0.007509637, -0.0014215419, -0.030343855, -0.027915409, 0.015587552, -0.06947983, -0.013560703, -0.04733876, -0.010759031, 0.051037107, 0.06359524, 0.08342158, -0.0065136985, -0.024240833) * inp_3_0_1; + result2 += M4(-0.06390198, 0.0067974203, -0.014299631, -0.0330741, 0.07374566, -0.049495887, -0.03310458, 0.11702922, 0.055769373, -0.17010662, -0.029184362, -0.048500344, -0.06861463, -0.123462, 0.04641681, -0.092642166) * inp_3_1_1; + result2 += M4(0.03394884, 0.023914674, 0.001027905, -0.013558634, -0.018708143, -0.023531381, 0.03330786, -0.039130103, -0.054672997, 0.02905047, 0.0028177788, 0.022127794, 0.08353726, -0.025451906, 0.02043948, -0.030153554) * inp_3_2_1; + result2 += M4(0.02741172, -0.0044080904, -0.01745032, -0.0046453015, 0.022975057, -0.0059091668, -0.0013712894, 0.029681692, 0.0044574183, 0.020697022, -0.001904999, -0.0069700526, 0.13211533, 0.013961191, 0.015293953, -0.00871585) * inp_3_0_2; + result2 += M4(-0.015452823, 0.00926378, 0.009741526, -0.01230558, -0.029600343, -0.030560542, 0.014431204, 0.035062976, -0.073340975, 0.060812566, -0.014831958, 0.024725016, -0.08529233, -0.0006856377, -0.03570654, 0.12063796) * inp_3_1_2; + result2 += M4(0.0365202, 0.020286338, -0.011979078, 0.02199579, -0.01317772, 0.034260873, -0.011521621, -0.027682288, -0.0009087675, -0.07905871, -0.0034417368, -0.009568027, -0.0463178, 0.022884985, -0.0015075009, 0.04794616) * inp_3_2_2; + result3 += M4(0.040243845, 0.020009438, -0.022967605, -0.005078967, -0.001594309, 0.05022829, 0.017403048, 0.0021964486, 0.08951761, 0.019662904, 0.00875745, -0.00035708013, 0.01922627, -0.030730775, -0.012931215, 0.0025635688) * inp_3_0_0; + result3 += M4(0.14607942, -0.014502504, 0.05937585, 0.01516785, -0.06510718, -0.077533536, -0.014252629, -0.01605195, 0.093539715, 0.031601768, -0.010872191, 0.022814253, 0.08808098, -0.050142072, -0.00042278145, -0.008262899) * inp_3_1_0; + result3 += M4(0.110871136, 0.008590263, -0.02233829, -0.031699177, -0.0490625, -0.01637946, 0.0047087697, -0.0010593381, -0.03551471, -0.011482322, 0.0006708069, -0.013692782, 0.019284317, 0.047920547, 0.0062774224, -0.004485404) * inp_3_2_0; + result3 += M4(0.009341054, 0.012021308, -0.021828284, 0.018237026, -0.15594478, -0.07180854, 0.029837968, 0.015278842, -0.08246709, -0.045936767, -0.0018548577, -0.019593865, 0.06280897, -0.022976711, -0.024260508, -0.0090077) * inp_3_0_1; + result3 += M4(-0.18668243, -0.044478036, 0.054378722, -0.027900947, 0.02033037, 0.10561459, 0.002562161, -0.0351626, -0.23726769, -0.17712243, -0.050947964, -0.003436438, 0.052377757, 0.16239664, -0.017259536, 0.046880163) * inp_3_1_1; + result3 += M4(0.015096582, -0.03987804, -0.025625862, -0.0031193558, 0.072353065, 0.008608825, 0.03284955, 0.046854686, -0.042063735, 0.022962196, 0.02525136, 0.022712387, 0.03157628, -0.03814462, -0.03217625, -0.03147913) * inp_3_2_1; + result3 += M4(0.017976282, -0.0019546675, -0.009366877, -0.009684881, 0.010940719, 0.018178592, 0.0053218855, 0.016856434, -0.023441786, 0.016724804, 0.005823601, 0.01591395, 0.119048, 0.005636123, 0.0003508919, -0.0065224557) * inp_3_0_2; + result3 += M4(0.043224, -0.022490898, -0.0318398, 0.0662153, -0.036592364, -0.081410274, -0.040130008, -0.043861974, 0.010291703, 0.03139131, 0.0077008577, -0.078571044, 0.15903676, 0.09245416, 0.012083053, 0.013685362) * inp_3_1_2; + result3 += M4(0.036334466, -0.0030910447, 0.0054326546, -0.2346665, -0.0027534284, -0.016249357, -0.0113077955, 0.11272883, -0.06895104, 0.02666235, 0.027947282, -0.60318786, 0.089082755, -0.008126287, -0.000207589, -1.1350799) * inp_3_2_2; + result4 += M4(-0.029548187, -0.013966757, -0.008829929, 0.003102979, -0.037540227, -0.02307922, 0.0052571394, -0.1140597, 0.024680968, 0.03634128, -0.029496174, 0.0036431698, -0.01264313, -0.044854958, 0.051910926, 0.004404255) * inp_3_0_0; + result4 += M4(0.016480023, -0.0033210155, -0.071480766, 0.033374444, 0.010757276, -0.022202821, 0.08354359, 0.081340596, 0.025887804, 0.009548545, -0.039751876, -0.009907633, 0.008462095, 0.008830086, -0.103166394, 0.019572519) * inp_3_1_0; + result4 += M4(0.0020512184, 0.053157315, 0.025247136, -0.042039078, 0.026559286, 0.023869678, -0.040236153, -0.040763464, -0.010120602, 0.004665955, 0.008478423, -0.034106277, -0.023226656, -0.04557557, 0.0031924895, -0.008834393) * inp_3_2_0; + result4 += M4(-0.011608415, 0.061025925, -0.041336574, 0.0128027545, 0.0009278712, -0.006532636, -0.16649033, -0.02779791, 0.0066272365, -0.015011618, -0.028866014, 0.056353964, -0.03133743, -0.023878438, -0.124563724, 0.036416247) * inp_3_0_1; + result4 += M4(-0.0039392044, 0.05639322, 0.15169688, -0.0026368015, -0.07996431, 0.007413352, -0.004271802, 0.041610185, 0.013149139, -0.04214141, 0.053484872, -0.07891855, -0.12922476, -0.055902585, 0.18590944, 0.086027175) * inp_3_1_1; + result4 += M4(0.003076728, 0.06658513, 0.0014087419, -0.027857183, 0.02210675, -0.029139476, 0.039626084, 0.02102879, -0.010810135, -0.03377696, -0.119157836, -0.016692212, -0.036642957, 0.014692644, -0.0742418, -0.009270793) * inp_3_2_1; + result4 += M4(-0.020245697, -0.034442406, 0.05797367, -0.022118598, 0.029425234, 0.022680778, 0.016676152, 0.022658339, 0.0071033794, -0.06422739, 0.123738706, -0.005134058, 0.0004977546, 0.20787615, 0.105217434, 0.024816323) * inp_3_0_2; + result4 += M4(-0.006777237, -0.025886461, -0.11807061, 0.026512923, 0.0007593673, 0.014026958, 0.0249759, -0.012121091, -0.0019108102, -0.10819494, -0.17732982, 0.030663192, 0.18832111, 0.08630976, -0.01657824, 0.068553194) * inp_3_1_2; + result4 += M4(-0.018167648, -0.03997246, -0.013433306, -0.017634757, -0.012371488, 0.023017474, 0.0016603069, 0.018851371, 0.011730141, -0.014452896, 0.018975778, 0.031780776, 0.012363704, 0.108077295, -0.062828265, 0.022595907) * inp_3_2_2; + result5 += M4(0.0145915765, -0.045400243, 0.073935665, -0.034597788, -0.23691322, -0.021288719, -0.1574719, -0.011355033, -0.145868, 0.025925312, -0.072244376, -0.06409915, -0.18273768, 0.022524066, -0.04140903, -0.03942252) * inp_3_0_0; + result5 += M4(0.107767306, -0.0021494434, 0.038669072, 0.08293106, 0.19135106, -0.06582466, -0.04842468, 0.11317694, -0.138321, -0.03875345, 0.05869516, -0.06852802, -0.05094979, -0.055154055, 0.01619824, 0.01852071) * inp_3_1_0; + result5 += M4(0.14048418, 0.008264727, -0.0042425888, 0.02912613, -0.050939154, 0.017133055, 0.061310638, -0.07764296, 0.05216904, -0.00859254, -0.024114585, 0.06240051, 0.09720164, -0.0038485967, -0.015042794, -0.00055489194) * inp_3_2_0; + result5 += M4(0.056485083, 0.0018631028, 0.052851774, -0.012058202, -0.20219888, -0.039547462, 0.03850607, 0.023425415, 0.051048644, 0.040121235, -0.017586619, -0.077584416, -0.35448, 0.03971185, 0.2152446, -0.04790976) * inp_3_0_1; + result5 += M4(0.15629588, -0.045338333, -0.012678156, 0.07396085, 0.0480755, 0.054410193, 0.024967624, 0.123384476, -0.23930879, -0.0009900838, -0.31708395, -0.17032936, 0.30256245, 0.11198592, -0.09638942, 0.082779706) * inp_3_1_1; + result5 += M4(0.14274575, 0.035344955, -0.033423383, 0.0021479705, -0.1311837, 0.013131482, 0.031113813, -0.03752862, -0.09714721, -0.031091178, -0.015206765, 0.089015365, 0.024627196, -0.033424858, 3.3462973e-05, -0.032662988) * inp_3_2_1; + result5 += M4(0.026727347, 0.05133357, 0.044563908, 0.03557109, 0.059456248, -0.028536018, -0.08496481, 0.04663098, 0.12366748, -0.028286988, -0.015779838, -0.05601998, -0.047197193, -0.064062975, -0.029679319, 0.02629866) * inp_3_0_2; + result5 += M4(0.053813867, -0.030096482, -0.0156154195, 0.06651504, -0.02930628, -0.010030458, 0.090722345, 0.034194693, -0.03799409, -0.006204306, -0.10783034, -0.038356468, 0.18142909, 0.093396164, -0.07819175, -0.0790709) * inp_3_1_2; + result5 += M4(0.084904894, -0.01936723, 0.012884307, 0.01079485, 0.13136025, -0.0028572613, -0.02520937, -0.067924984, -0.3820122, -0.0013870555, 0.08223087, 0.026284024, -0.050817117, -0.03537573, 0.04668999, 0.011017071) * inp_3_2_2; + result6 += M4(0.2575977, 0.010964673, 0.008924867, -0.081447475, -0.048979428, -0.12353753, -0.063453056, 0.034469236, -0.042514462, -0.013070628, 0.0045871357, 0.012448431, 0.14621142, -0.09512812, -0.02290356, -0.044323735) * inp_3_0_0; + result6 += M4(0.19578551, -0.15015762, 0.07775376, -0.0056468034, -0.031699214, -0.0033966932, 0.0032211933, 0.047410674, -0.16827974, -0.04243024, -0.081694946, -0.18510474, 0.12526773, -0.09593631, 0.0045592147, -0.0120100165) * inp_3_1_0; + result6 += M4(0.02321155, -0.0012054921, -0.016785277, 0.11251173, -0.032332707, 0.07800903, 0.0018862602, 0.0065808785, 0.052115206, 0.020399416, -0.01715928, 0.051596902, -0.11143815, -0.039698903, -0.023331625, -0.011376851) * inp_3_2_0; + result6 += M4(0.04101079, 0.005097226, -0.010333197, -0.009281498, -0.117112294, 0.0644846, -0.025808629, -0.05194357, -0.023917366, -0.026221342, 0.009081462, -0.00026552044, 0.07379806, 0.07338241, 0.05444282, -0.06932964) * inp_3_0_1; + result6 += M4(0.04542431, 0.15359387, 0.015007861, 0.012507759, -0.052328404, 0.03981155, 0.027189463, 0.09547719, -0.14972119, -0.057026792, 0.015331038, -0.03261109, 0.03163613, 0.1932335, 0.10518103, 0.08578725) * inp_3_1_1; + result6 += M4(-0.019297699, 0.08715985, 0.0109084025, 0.060195714, -0.02296073, -0.07364316, 0.0067465403, 0.04858355, 0.036142863, -0.12773067, -0.016158149, 0.12716506, -0.053368356, 0.06778647, 0.08765144, -0.0062067686) * inp_3_2_1; + result6 += M4(0.26197362, -0.019081198, -0.008743975, 0.048327573, 0.102703765, -0.0080702845, 0.008677162, -0.0031994798, -0.12507248, -0.03463628, -0.021783654, -0.021980956, 0.11624361, 0.07184015, 0.01349438, 0.049611583) * inp_3_0_2; + result6 += M4(0.15259522, -0.06820844, 0.0061506326, -0.022589752, 0.10179859, -0.021071019, 0.0005125368, 0.043334063, -0.20909151, -0.021796664, -0.013409315, -0.06586106, -0.14444274, 0.07329714, -0.0595393, -0.097062066) * inp_3_1_2; + result6 += M4(0.015401729, -0.036891527, 0.008934082, 0.08003983, -0.07095628, 0.006754855, 0.012062694, 0.023313662, 0.11078438, 0.018024879, 0.011048344, -0.10227341, 0.06207329, 0.11343193, -0.029054716, 0.026508108) * inp_3_2_2; + result7 += M4(0.001332309, 0.008496888, -0.04085346, 0.03902241, 0.0175806, 0.022650866, -0.105883494, -0.051471643, -0.015511705, -0.042901974, -0.059724472, 0.038504463, 0.0004971406, -0.0295719, -0.16592711, -0.027845114) * inp_3_0_0; + result7 += M4(0.0066125807, -0.053711805, -0.16609953, 0.19058682, 0.05513127, -0.058335137, -0.01801092, -0.048993565, -0.0038444567, 0.010192278, -0.04772477, 0.018794794, -0.0049104164, -0.07499136, -0.07840126, 0.14432356) * inp_3_1_0; + result7 += M4(0.0018919223, -0.018218946, 0.07316231, 0.13501935, -0.012945283, 0.07542135, 0.20659958, -0.012889675, -0.0013052122, 0.005058418, -0.037553705, -0.021615338, 0.0014601327, -0.06847536, -0.061825827, 0.038802728) * inp_3_2_0; + result7 += M4(0.041981738, 0.005597128, 0.11018467, 0.0032644204, 0.07530397, -0.05951611, 0.07450283, -0.005922322, 0.036117464, 0.011094838, -0.02793344, -0.004478613, -0.01604977, 0.017032115, 0.35127386, 0.09251453) * inp_3_0_1; + result7 += M4(0.066794336, 0.07097917, 0.015864775, -0.13579993, 0.037443314, -0.009019754, -0.06436591, -0.008693444, 0.014885683, -0.05455319, -0.07293119, -0.055708934, 0.044612657, 0.17219391, 0.28060448, 0.15946048) * inp_3_1_1; + result7 += M4(0.0049949894, 0.09829119, 0.18719345, -0.023272216, -0.004434824, -0.033500746, -0.06961843, -0.03294643, -0.020013694, -0.052665558, -0.15829746, -0.10578164, 0.004096447, 0.14796317, 0.3790023, 0.10108945) * inp_3_2_1; + result7 += M4(-0.0045376658, -0.022875838, -0.037856285, -0.026642285, 0.007010922, 0.018420387, 0.15169138, 0.05360536, -0.036082547, 0.043787856, 0.06766086, -0.001375816, 0.027911961, 0.050982665, 0.3339394, -0.015187151) * inp_3_0_2; + result7 += M4(0.0029686706, -0.0013550227, -0.04827626, -0.023147695, -0.0058941836, -0.007722708, 0.020669388, -0.004416151, -0.001527503, -0.045378324, -0.010862972, -0.008204876, 0.006345512, 0.18554237, -0.15723045, -0.13058613) * inp_3_1_2; + result7 += M4(-0.0006688145, 0.017388795, -0.023427669, -0.034102734, 0.00031701455, 0.022926936, 0.16746669, 0.04390338, -0.028491322, -0.045772992, -0.18151388, 0.023017827, -0.005325638, 0.17508554, 0.23028685, -0.0021354717) * inp_3_2_2; + const V4 inp_4_0_0 = inp[4][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_4_1_0 = inp[4][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_4_2_0 = inp[4][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_4_0_1 = inp[4][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_4_1_1 = inp[4][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_4_2_1 = inp[4][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_4_0_2 = inp[4][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_4_1_2 = inp[4][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_4_2_2 = inp[4][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.023859713, 0.004455244, -0.002377918, -0.13685068, 0.04832673, -0.020542728, -0.069400765, 0.16850239, -0.021624798, -0.030256521, -0.12316566, -0.30301347, 0.06703788, 0.031297717, -0.093510635, 0.45338058) * inp_4_0_0; + result0 += M4(0.014708575, 0.004094363, 0.1738236, -0.13215998, -0.010963995, 0.020334357, 0.13969354, -0.47183305, 0.14020021, 0.016115865, -0.037026897, 0.25319436, -0.052121464, -0.07727695, 0.20109044, -0.29890946) * inp_4_1_0; + result0 += M4(-0.009991341, 0.013138874, -0.112630226, -0.31813458, 0.06638714, -0.022273874, -0.07118327, 0.25611976, -0.02931166, -0.047314268, -0.0612468, 0.2157666, -0.015947148, 0.046236917, -0.25237247, -0.019552069) * inp_4_2_0; + result0 += M4(0.11330945, -0.000864947, -0.12717432, 0.18417744, -0.086828135, -0.02315802, -0.028860042, -0.37922463, -0.20862983, -0.05426192, 0.10147666, -0.3109466, -0.061471142, -0.030394116, -0.19532241, -0.20670058) * inp_4_0_1; + result0 += M4(-0.2607493, -0.046044532, -0.24980219, -0.07620337, -0.21202587, 0.039140634, -0.12970094, -0.49645844, 0.21316975, 0.031200308, -0.29867926, 0.1266121, -0.09478635, -0.030060625, -0.092912465, 0.18421893) * inp_4_1_1; + result0 += M4(-0.050291248, -0.077760756, 0.067675576, -0.043119945, 0.05872864, -0.057585012, -0.0858208, 0.10962405, 0.059937954, 0.007578836, -0.2438118, 0.15389061, -0.020469157, 0.087004155, -0.23853436, -0.13583867) * inp_4_2_1; + result0 += M4(-0.020880964, -0.004678778, -0.15380706, 0.028993685, -0.014578469, -0.008724125, 0.038938, -0.05063669, -0.057933625, -0.033926018, 0.09626932, -0.21451063, -0.08264, 0.008077987, -0.043677248, -0.024457106) * inp_4_0_2; + result0 += M4(-0.085743085, -0.009369179, -0.29852355, -0.5998807, -0.0038788326, 0.057073753, -0.0017683671, -0.19511129, 0.051573887, 0.036944892, -0.08212776, 0.13903797, -0.22563867, -0.011816562, 0.11828972, -0.1958442) * inp_4_1_2; + result0 += M4(-0.032265928, -0.07938842, 0.025272928, -0.2576814, 0.013718613, 0.034285318, 0.10671524, 0.030972904, 0.027826209, 0.0003211338, 0.0022470127, 0.19050935, 0.032751035, 0.0523657, -0.19224732, 0.42710903) * inp_4_2_2; + result1 += M4(0.15124603, -0.026941005, -0.44718397, 0.108720444, -0.04649959, -0.0007690393, 0.21924922, 0.14684929, 0.18426548, -0.014624747, 0.00083363935, -0.10960432, 0.013218476, -0.038135085, 0.13330173, -0.059721634) * inp_4_0_0; + result1 += M4(-0.019207804, 0.11822485, -0.6380687, 0.09257789, 0.0023504647, -0.06687477, -0.31443894, 0.01878101, 0.04603227, -0.06783463, -0.0916639, -0.006227829, -0.010663166, 0.15866677, -0.04842553, -0.04404028) * inp_4_1_0; + result1 += M4(-8.069056e-05, -0.019805213, -0.2719378, 0.009419326, -0.0063420287, -0.074358396, -0.35171902, -0.03408413, 0.004589689, 0.06414359, 0.07358375, 0.009688882, -0.0017543485, -0.026901478, 0.5281173, 0.006985629) * inp_4_2_0; + result1 += M4(-0.030180238, 0.024072908, -0.58140194, 0.020893931, -0.021975895, -0.05850558, -0.035511117, -0.5192421, -0.020530628, -0.025253527, -0.11308856, 0.15836221, -0.021790039, 0.024110956, -0.15462653, -0.09588735) * inp_4_0_1; + result1 += M4(-0.028668966, -0.07700054, -0.39094114, 0.019754864, 0.026636409, -0.04527157, -0.026282465, -0.08171292, -0.05002831, 0.048063282, -0.15509962, 0.037119415, 0.010990413, -0.033768933, 0.31064925, 0.06266823) * inp_4_1_1; + result1 += M4(0.010557531, 0.06177348, 0.09497353, 0.0057446286, -0.00158716, 0.05495757, -0.08581388, -0.0123871965, -0.010037563, -0.048436042, -0.18572886, -0.035327513, 5.6554294e-05, -0.04835167, -0.6870528, -0.027399777) * inp_4_2_1; + result1 += M4(0.00034220816, -0.011041973, 0.1542877, 0.036416434, -0.013598769, -0.020497307, 0.05451107, 0.042456426, -0.0066677406, -0.005100653, 0.028958762, -0.027084077, 1.0284521e-05, 0.026825996, 0.06796177, -0.11522354) * inp_4_0_2; + result1 += M4(0.012229485, 0.05228846, 0.055574104, 0.036745057, -0.0033466492, 0.03923544, 0.0794358, 0.032911297, -0.0038450863, 0.016761316, 0.020559635, -0.004080305, 0.0026956282, -0.011313599, -0.01703021, 0.0006629756) * inp_4_1_2; + result1 += M4(0.0021817288, 0.0034975926, -0.00988273, 0.0029229533, -0.0015326847, 0.008841427, 0.11833992, 0.009737943, -0.001636571, 0.0012688697, 0.1972416, -0.00500852, 0.006666943, 0.018024994, 0.4365644, 0.04244845) * inp_4_2_2; + result2 += M4(0.070601925, -0.014832522, -0.005291692, -0.012599502, -0.044300884, 0.04914395, 0.001796133, 0.00759639, -0.040950056, -0.045874655, 0.021728046, -0.016460735, -0.046293322, 0.011460647, -0.0027610336, -0.011529388) * inp_4_0_0; + result2 += M4(0.08101221, 0.040676136, 0.016204886, -0.007073004, 0.13636649, 0.040680025, 0.009403601, 0.019096185, -0.0256713, -0.019710507, -0.029215112, 0.018300094, 0.019002156, -0.038342085, 0.020993775, 0.00044086654) * inp_4_1_0; + result2 += M4(-0.0028851593, -0.009202628, -0.025044741, -0.015088186, -0.058316752, -0.07177227, 0.0020192324, -0.043514576, 0.026148524, -0.02090211, -0.020344133, -0.005242076, -0.0013512422, -0.012045611, -0.0029308465, -0.015209391) * inp_4_2_0; + result2 += M4(-0.028822146, -0.05558955, -0.019578548, -0.030242875, 0.08117146, -0.02399579, 0.042416006, -0.03383768, 0.08046571, -0.03797942, 0.036127154, -0.027143223, 0.034858666, -0.02404033, -0.02131069, -0.007186167) * inp_4_0_1; + result2 += M4(-0.121257596, -0.16235761, -0.064689174, -0.051821593, -0.04864424, 0.087969534, -0.1756449, -0.12571654, 0.012008921, 0.033566337, 0.007650471, 0.051010884, 0.22904405, 0.0012919256, 0.007851234, 0.02917895) * inp_4_1_1; + result2 += M4(0.09072267, 0.020490156, 0.008377944, -0.025208322, -0.032429654, 0.06172293, -0.018755283, 0.011810052, -0.04944588, -0.09504029, 0.035250075, 0.025170475, -0.054515738, 0.011876419, -0.0044741468, 0.02859669) * inp_4_2_1; + result2 += M4(0.0082549965, 0.052110333, 0.010620348, -0.030734533, -0.07222009, -0.026855266, -0.0056354217, 0.017188957, -0.051928584, 0.0043232213, 0.016709872, -0.003846665, 0.03463802, 0.0025464997, -0.004202488, -0.0145620005) * inp_4_0_2; + result2 += M4(0.09782991, -0.081127495, -0.023697635, -0.02887728, -0.008071907, 0.007967479, 0.019351335, -0.05544894, 0.07679484, -0.03592071, -0.010992033, 0.008713708, -0.14171878, 0.026273664, 0.0040301215, -0.009691411) * inp_4_1_2; + result2 += M4(0.015741572, 0.02951323, 0.012329126, -0.012197747, 0.11860267, -0.0010880535, 0.017459186, -0.012477584, -0.019927463, 0.029959552, -0.012756799, 0.0028729404, 0.050521027, 0.029120576, 0.00780705, 0.011151294) * inp_4_2_2; + result3 += M4(0.019585919, -0.017675076, -0.00082494144, 0.00022281577, 0.004518876, 0.0741858, -0.007993614, 0.015966507, 0.038870357, -0.0060034483, 0.050406333, -0.0021747998, -0.17242897, 0.08241093, -0.002990767, -0.01007886) * inp_4_0_0; + result3 += M4(-0.034971416, 0.020543758, 0.012265966, -0.006595169, 0.034970112, 0.05295805, 0.029638683, -0.022583855, -0.02601401, -0.12975766, 0.014604507, -0.007962972, -0.034181397, -0.0027087794, 0.026609916, -0.0015675776) * inp_4_1_0; + result3 += M4(0.009510334, 0.070280336, -0.02388081, 0.00031435036, 0.05599774, 0.01933175, 0.002184445, 0.019249488, -0.041498672, -0.04365051, 0.0063173906, 0.0034823623, 0.02605108, 0.0018707864, 0.0051907846, -0.004443477) * inp_4_2_0; + result3 += M4(-0.039673332, 0.028356653, -0.004765511, 0.003102143, 0.18238713, -0.0073861033, -0.017427104, -0.032043844, -0.053080082, -0.08592378, 0.019187478, -0.0031024364, 0.112678796, 0.025666485, -0.007565813, -0.0006711753) * inp_4_0_1; + result3 += M4(-0.2100566, 0.054332584, 0.16911295, 0.028797867, -0.22902343, 0.09438615, -0.106923684, -0.012784057, 0.1182429, 0.18395427, 0.017236775, 0.014868723, 0.12947643, -0.13174742, 0.015163319, 0.052961364) * inp_4_1_1; + result3 += M4(-0.095436074, 0.06448746, -0.022598868, -0.020078328, -0.051383484, 0.056716044, 0.038470473, 0.016933812, 0.21265252, 0.03825304, 0.014578858, 0.0066368203, 0.043466188, 0.05020769, -0.0023113098, -0.019127365) * inp_4_2_1; + result3 += M4(-0.19591577, -0.02937765, -0.007567413, 0.003241523, 0.00040428128, -0.0017792569, -0.024028005, 0.033440206, 0.049779184, 0.027317362, 0.00021749092, -0.0050912155, 0.04628823, 0.010364296, -0.003357356, 0.009913488) * inp_4_0_2; + result3 += M4(0.076550364, 0.015933773, -0.019085985, -0.016548207, -0.11369565, 0.05355817, 0.020396193, 0.011267707, -0.010191895, -0.011590965, -0.025692463, -0.04185553, -0.08545018, 0.043549392, -0.018635789, -0.033626337) * inp_4_1_2; + result3 += M4(0.0917065, 0.091621086, -0.052564632, -0.9093429, 0.0137432525, -0.07486207, 0.02412349, -1.3287994, -0.065092415, 0.025197644, -0.02589547, -0.6003589, -0.038512293, 0.05214821, 0.019990617, -0.4080502) * inp_4_2_2; + result4 += M4(-0.0011065865, 0.004361771, 0.058067102, -0.0003729418, 0.0050898474, 0.022686366, 0.08649572, 0.031093955, 0.0024723646, -0.005907795, -0.14235686, -0.022013307, -0.023272363, 0.00183599, 0.026127363, -0.010689358) * inp_4_0_0; + result4 += M4(0.04011746, 0.040639587, -0.019481385, -0.005606484, 0.016786132, -0.011691512, -0.03276996, 0.07931959, -0.02021918, -0.013474289, 0.015815701, 0.052064817, -0.0019740178, -0.012213153, -0.08325174, -0.001975228) * inp_4_1_0; + result4 += M4(-0.011913236, -0.020632606, 0.07980256, -0.012381817, -0.032859985, -0.04055804, 0.0976651, -0.0015878766, 0.015533325, -0.021102041, -0.015316372, 0.0006883457, -0.0069804657, 0.013606629, 0.03507516, -0.006430682) * inp_4_2_0; + result4 += M4(-0.024898242, -0.02899132, -0.023410093, 0.0018563439, 0.008975198, 0.15583113, 0.019116785, 0.049385443, 0.013085802, -0.029388415, 0.054360867, -0.03041284, -0.020285629, 0.05869668, 0.09120235, -0.029572278) * inp_4_0_1; + result4 += M4(-0.029433373, -0.10438833, -0.11188211, 0.017460383, -0.16285038, 0.11949173, -0.082640246, -0.16122617, 0.02557263, -0.032468136, -0.13243191, 0.16276221, 0.012047499, 0.08136583, -0.041441474, -0.006403048) * inp_4_1_1; + result4 += M4(-0.016160902, 0.0076878215, 0.017508298, 0.0030001504, -0.02734933, 0.0636681, -0.049740307, 0.053536236, 0.044964515, -0.08641628, -0.1166198, 0.032113962, -0.008334231, 0.036778294, 0.013588499, -0.001974873) * inp_4_2_1; + result4 += M4(0.006887317, -0.14054482, 0.028575014, -0.005214252, -0.03997718, -0.12259291, -0.099819064, -0.0063396306, -0.004513895, 0.0403355, -0.056890015, -0.021483857, -0.005824905, 0.06439299, -0.024622729, 0.0014631762) * inp_4_0_2; + result4 += M4(-0.0060670865, -0.06643547, 0.0016586828, 0.017541163, -0.033914223, -0.0095484, 0.0448096, 0.0028355, 0.0041099624, 0.07487003, 0.11122535, -0.013245749, 0.0023274145, 0.14515898, 0.0026270556, -0.026971022) * inp_4_1_2; + result4 += M4(0.026604306, 0.034865793, 0.07666645, -0.011438582, -0.017533895, -0.052912213, -0.05149498, -0.013888071, 0.0012517864, 0.0499751, 0.015479219, 0.031983975, -0.0035353177, 0.05356372, 0.010568097, -0.0031850094) * inp_4_2_2; + result5 += M4(0.14271596, -0.017759029, 0.032885257, 0.0072756833, 0.23596177, 0.073969685, 0.028536724, 0.08226236, 0.14731658, 0.014973116, -0.21056932, 0.08577863, -0.07515932, -0.031641446, 0.08578241, -0.09723262) * inp_4_0_0; + result5 += M4(-0.02457276, 0.04053715, 0.0422397, -0.059486095, 0.1035117, 0.04473667, 0.10929049, -0.003947403, -0.08261905, -0.08315906, -0.0036764569, -0.06112449, 0.14918959, 0.01950978, 0.051387057, 0.0129363425) * inp_4_1_0; + result5 += M4(-0.018800788, 0.009927671, 0.01894571, 0.01163225, 0.21287952, 0.056717362, -0.03717517, 0.0587995, -0.0045976425, -0.018402318, 0.039512213, -0.08982805, 0.07081415, 0.004064484, 0.0031761164, 0.043164354) * inp_4_2_0; + result5 += M4(-0.05464874, 0.039328545, 0.056838807, -0.05926126, 0.17684151, -0.023561789, -0.060943063, 0.046758395, -0.045146126, -0.07409688, -0.043774106, 0.11160182, 0.13076578, 0.018333199, -0.070689656, -0.012261061) * inp_4_0_1; + result5 += M4(-0.40536138, -0.072739914, -0.15534219, -0.10337857, -0.24237475, -0.53582096, -0.108108126, -0.042470045, -0.20948479, 0.15080559, 0.25295603, -0.07247551, 0.012296087, -0.051865015, -0.06819402, 0.05164876) * inp_4_1_1; + result5 += M4(-0.0034712544, -0.022865832, -0.107938655, 0.011823184, -0.031241452, -0.04384156, 0.038186125, 0.1271688, -0.048578527, -0.013269044, 0.08416805, -0.044156726, 0.010347561, -0.036402013, -0.031786133, 0.10860822) * inp_4_2_1; + result5 += M4(-0.049830165, -0.05659381, -0.009732374, -0.051384013, -0.15868908, 0.09233686, 0.13370122, -0.024779513, -0.15767068, 0.028253611, 0.08171342, -0.03374992, 0.09184247, 0.0053282995, 0.0074592573, 0.003335011) * inp_4_0_2; + result5 += M4(-0.31770813, 0.027316336, 0.01642844, -0.0131445695, -0.03087505, 0.022081072, -0.00059224037, -0.008582735, 0.19334872, -0.048972342, -0.055213604, -0.007374455, 0.18206303, -0.0074423095, 0.001091665, 0.08408393) * inp_4_1_2; + result5 += M4(0.14494145, 0.043378375, -0.024161316, 0.0068140607, 0.008322008, -0.021887975, 0.03614526, -0.007394633, -0.08547806, -0.00643793, -0.034237247, -0.060413282, -0.11980462, 0.035390332, 0.097667545, 0.03212041) * inp_4_2_2; + result6 += M4(-0.36189663, 0.020741109, -0.014227836, 0.010552417, -0.23210502, 0.101755366, 0.060653634, 0.13818975, -0.120628394, -0.07889201, 0.044530567, 0.17194629, -0.06381627, 0.018349336, 0.015036086, -0.06712973) * inp_4_0_0; + result6 += M4(-0.10304263, 0.016445968, 0.051030986, 0.011352426, -0.1495902, 0.0075346404, 0.041121878, 0.17279992, -0.35058084, -0.06449225, 0.050316013, -0.12074753, -0.090388566, 0.06928403, 0.05244845, -0.04504952) * inp_4_1_0; + result6 += M4(-0.064742975, -0.022371136, -0.0019048752, -0.011422433, 0.2685091, 0.11239129, -0.0012263199, -0.096080035, 0.08487421, 0.0067672306, 0.063248284, 0.10481587, 0.031244673, -0.025100319, 0.013568226, 0.052519444) * inp_4_2_0; + result6 += M4(-0.19833754, -0.11054866, 0.01805616, 0.07009402, -0.2596385, 0.103656076, 0.026423646, -0.04476002, -0.4312731, 0.0871887, -0.0054558194, 0.060997717, -0.21627232, 0.073644586, 0.028389607, -0.04079153) * inp_4_0_1; + result6 += M4(0.085182294, -0.30439737, -0.05885439, -0.115479745, 0.023302298, -0.3353974, -0.0673425, 0.08140151, -0.26428482, 0.13782765, 0.035738807, -0.117511995, 0.12126562, 0.029603243, -0.0040487326, 0.009205216) * inp_4_1_1; + result6 += M4(0.041155897, 0.043152735, 0.015883105, -0.07004022, -0.0032382738, -0.018978892, -0.075261064, -0.0042700446, -0.041074894, -0.040481932, -0.060322165, 0.09335181, -0.059867248, -0.0149408, 0.009428354, 0.07734847) * inp_4_2_1; + result6 += M4(-0.54041266, 0.03653768, 0.0076536164, 0.015833791, -0.17396416, 0.0007066151, 0.002655451, -0.091494955, 0.029475072, -0.028643942, -0.007456634, -0.026160534, 0.16250062, -0.010053017, -0.011650024, 0.031500697) * inp_4_0_2; + result6 += M4(0.06665518, 0.00027555425, 0.0036541973, -0.024381254, 0.12066567, 0.034838542, -0.0047756876, 0.04162213, -0.020100128, -0.001990978, -0.030474715, -0.0056014247, -0.5193268, 0.027919956, -0.0056259134, -0.047425497) * inp_4_1_2; + result6 += M4(-0.12569065, 0.025217315, -0.009073684, 0.01433599, 0.15018259, -0.036545917, 0.016683564, -0.013200186, -0.050798338, 0.031369623, -0.023354547, 0.009630601, 0.30341607, 0.121258266, 0.0074613863, 0.02719777) * inp_4_2_2; + result7 += M4(0.00057596446, 0.00820698, -0.15671416, 0.016200595, -0.037705947, -0.018765997, 0.1655083, 0.049910277, -0.004273615, -0.022224553, 0.01136582, -0.00095973356, 0.003227117, 0.07895224, 0.19962539, 0.0666221) * inp_4_0_0; + result7 += M4(-0.024428371, 0.025500804, -0.08464559, 0.0063669137, -0.029393317, -0.070365734, -0.08556919, -0.040882237, 0.032301337, -0.07898201, -0.19100904, 0.08218557, 0.0061767763, 0.032722086, 0.05010724, -0.050281312) * inp_4_1_0; + result7 += M4(-0.0108663505, -0.050716337, -0.15298451, -0.048775706, -0.0028181237, 0.039387777, -0.04269699, -0.005725893, -0.015829941, -0.0073935734, -0.11688312, 0.04211434, -0.008078509, -0.0011058762, 0.106737435, -0.026486738) * inp_4_2_0; + result7 += M4(-0.03920596, -0.006681461, -0.24516189, -0.10796381, -0.023149999, -0.022254908, -0.024199646, -0.0062088277, 0.04342773, -0.0017690136, -0.04399842, -0.012637119, -0.009597771, -0.0024834601, -0.42737588, 0.021605711) * inp_4_0_1; + result7 += M4(-0.029350376, -0.102734536, -0.52108145, -0.12297046, -0.027304547, -0.07347977, -0.36036336, -0.091495484, -0.0023731436, 0.105059125, -0.07063477, -0.004721114, 0.016149826, -0.0066922433, 0.3405859, 0.03783498) * inp_4_1_1; + result7 += M4(-0.0052855504, -0.040714275, -0.04350332, -0.030558262, -0.011317641, -0.06827948, -0.22080219, -0.056677774, -0.00026092274, 0.03296498, 0.12431698, 0.01775296, -0.008008691, -0.08919731, -0.2718084, 0.07866052) * inp_4_2_1; + result7 += M4(-0.007421864, 0.045899726, -0.25079954, 0.03904733, -0.04154342, -0.035786167, 0.07493005, -0.050995097, 0.026313728, -0.027238062, -0.0012218172, -0.00172147, -0.0013928516, 0.021201873, 0.13946052, 0.012338421) * inp_4_0_2; + result7 += M4(-0.009875562, -0.07234777, -0.31468564, 0.026008982, -0.005563818, 0.04609909, 0.17156258, 0.11807239, 0.012193787, 0.0075681983, 0.13915597, -0.037645176, 0.005634749, 0.0012593336, -0.06909221, 0.05869621) * inp_4_1_2; + result7 += M4(-0.00084139843, -0.006233557, 0.03237075, -0.0034765676, -0.0046846424, 0.0004515443, 0.08111396, -0.011091206, 0.009850372, 0.030282846, 0.16435917, 0.014978042, -0.014760738, 0.12110702, 0.3880304, 0.0436076) * inp_4_2_2; + const V4 inp_5_0_0 = inp[5][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_5_1_0 = inp[5][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_5_2_0 = inp[5][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_5_0_1 = inp[5][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_5_1_1 = inp[5][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_5_2_1 = inp[5][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_5_0_2 = inp[5][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_5_1_2 = inp[5][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_5_2_2 = inp[5][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.07483121, 0.047063787, 0.07374778, 0.31769532, 0.017322259, 0.008300764, 0.059722487, -0.0025180755, -0.094267584, 0.0141164465, -0.010330118, -0.021610612, 0.15163203, 0.053797286, -0.22308366, 0.062314536) * inp_5_0_0; + result0 += M4(-0.24144739, -0.037539218, -0.28955126, -1.1868873, -0.036552146, -0.016526535, 0.11408427, -0.50982016, 0.1300695, 0.053468116, 0.043524645, -0.11903253, -0.28910205, -0.16227607, -0.027681645, -0.62036866) * inp_5_1_0; + result0 += M4(-0.03789409, 0.020600036, 0.011660592, -0.29614636, 0.043089446, -0.034586933, -0.097780585, 0.23817936, -0.07334253, 0.0571398, 0.208584, 0.2629321, 0.05254382, 0.09973011, -0.01220805, -0.08827702) * inp_5_2_0; + result0 += M4(-0.05097586, -0.017860867, 0.07355176, -0.16677943, 0.04545738, -0.003149086, 0.08122203, -0.10491879, -0.06999885, 0.004541706, 0.051017024, -0.15920131, 0.14594613, 0.013507741, -0.12961464, -0.042316604) * inp_5_0_1; + result0 += M4(-0.11246478, 0.03173381, -0.22669828, -0.016215464, -0.17379439, -0.07468649, -0.07726293, 0.2067122, 0.2093439, 0.05112315, -0.22271189, 0.1031352, -0.18271585, -0.039410837, -0.17504399, -0.78678143) * inp_5_1_1; + result0 += M4(-0.0321244, -0.0672973, 0.09822254, -0.046086065, 0.040323, 0.10398941, -0.02657579, -0.059235204, 0.042367738, 0.0018331892, 0.078710906, -0.22649765, 0.07910405, -0.04926818, 0.0012930505, 0.037007578) * inp_5_2_1; + result0 += M4(-0.06530553, -0.051296435, 0.349298, -0.22925952, 0.109149985, 0.08928391, -0.030218372, 0.18349427, -0.060022093, -0.0010489912, 0.018047197, 0.018946774, -0.14357865, -0.037310254, 0.11176737, -0.31042525) * inp_5_0_2; + result0 += M4(0.24375601, 0.04076074, -0.07613952, 0.57086706, -0.04037201, -0.11891336, 0.06262244, -0.38928714, 0.054227084, 0.01660341, 0.055232767, 0.04315458, -0.25590885, 0.06128791, -0.2928808, -0.5484102) * inp_5_1_2; + result0 += M4(-0.049694087, 0.08271336, 0.02442945, 0.2990378, 0.030164765, 0.024244657, 0.08696084, 0.008612266, -0.0762842, -0.105493106, -0.13255173, 0.23666973, -0.22727323, -0.15232511, 0.15621027, -0.49899757) * inp_5_2_2; + result1 += M4(0.039408907, 0.011309981, -0.08761814, 0.08737932, 0.002707166, 0.053742293, -0.7015076, -0.017557265, 0.07054905, -0.031967565, 0.30991855, 0.053515386, -0.05051318, -0.08796035, -0.2127413, -0.06747065) * inp_5_0_0; + result1 += M4(0.031378802, -0.103843145, -0.15135477, -0.114012085, 0.018722687, -0.09269623, 0.42554364, 0.046855096, 0.07807347, -0.026045365, 0.28931096, -0.07932266, 0.04734616, 0.023661686, -0.95422095, 0.055896934) * inp_5_1_0; + result1 += M4(0.00069976103, 0.008312606, -0.32054356, 0.0007041386, -0.0036291934, 0.009521557, -0.570368, -0.020225605, 0.0057637296, 0.12193305, 0.44359246, -0.014770922, 0.013533181, -0.0674555, -0.5718742, -0.0050457306) * inp_5_2_0; + result1 += M4(-0.02727696, 0.02091126, 0.19075912, -0.122085184, 0.020038225, -0.0011693131, 0.52832747, 0.031853452, -0.060993228, 0.0073539866, 0.024202116, 0.10486712, 0.060815107, 0.00082101946, -0.3257364, -0.5935856) * inp_5_0_1; + result1 += M4(0.0070991274, -0.118046306, -0.12676442, -0.017629202, 0.0031608117, 0.0066243596, 0.06206153, -0.0635002, 0.02966587, 0.05849763, 0.020881008, 0.12050715, -0.018091852, -0.042970482, 0.07730558, -0.11283092) * inp_5_1_1; + result1 += M4(-0.0010705901, -0.044887718, -0.2883397, 0.014177124, 0.007165047, 0.009177472, 0.035292387, 0.03229695, -0.0025869021, -0.040337905, -0.22766824, 0.015610324, 0.012554573, 0.07323866, 0.11702241, 0.024119506) * inp_5_2_1; + result1 += M4(-0.022569923, -0.023828449, 0.1488533, -0.0145759145, 0.010793525, 0.021326512, -0.6625454, 0.00085745216, -0.014903852, 0.009162843, -0.054173853, 0.018812409, -0.001955668, -0.012775812, 0.109919876, -0.03071185) * inp_5_0_2; + result1 += M4(-0.004134229, -0.010984694, 0.124786034, -0.038324945, 0.0007969303, -0.041152276, -0.004313858, 0.008114088, 0.015886864, 0.0022939704, -0.11069539, -0.10324996, -0.0030892212, 0.04267562, 0.0885597, -0.052302524) * inp_5_1_2; + result1 += M4(0.0008170753, 0.013301961, 0.1815448, -0.009439186, 0.0025459235, 0.026232528, 0.0009007796, -0.02355336, 0.002972475, -0.001600558, -0.12072551, 0.015272286, -0.004272006, -0.027098453, -0.16730817, -0.0022291455) * inp_5_2_2; + result2 += M4(0.026221612, -0.013690791, -0.0028586744, 0.0060761203, -0.020195171, -0.0972889, 0.00020876035, 0.009973064, 0.036941737, 0.0085559245, 0.016834864, -0.038576897, -0.10711522, 0.055938907, -0.003758021, -0.012083382) * inp_5_0_0; + result2 += M4(-0.019417172, -0.03460168, 0.01933901, -0.043690868, -0.0017395314, -0.03332913, -0.009036095, -0.03565724, 0.07578074, -0.13275795, 0.04249325, -0.049465336, 0.090170085, 0.025203452, 0.000101406884, 0.0139736) * inp_5_1_0; + result2 += M4(-0.13325179, 0.0092983665, 0.0081002405, 0.006359305, -0.01956364, 0.0106262565, -0.040832117, 0.030771626, 0.0062237135, 0.052257292, 0.06670754, -0.027994005, -0.034620192, 0.0069601703, 0.0034000545, 0.0005790582) * inp_5_2_0; + result2 += M4(0.038719837, -0.021463823, 0.02023773, 0.068525136, 0.080091126, 0.010453173, -0.013497189, 0.01132102, 0.009695962, -0.03451035, 0.0064998274, -0.05360003, 0.005831024, -0.033574637, 0.03356129, 0.019509813) * inp_5_0_1; + result2 += M4(-0.10125573, -0.03178281, 0.086591385, -0.06538841, -0.046868883, -0.38974422, 0.038706817, -0.051259045, -0.051737573, 0.15911302, -0.057974786, -0.028165305, -0.29169866, -0.07587525, 0.009294523, -0.030461896) * inp_5_1_1; + result2 += M4(0.023917248, -0.010737714, 0.013295185, 0.02375338, 0.034284353, 0.0052084625, -0.011358086, 0.00750003, 0.09136356, -0.20336387, 0.3035513, -0.12645239, 0.072611086, 0.030561982, 0.006377861, -0.033868592) * inp_5_2_1; + result2 += M4(-0.049503963, 0.055452026, 0.009027011, -0.044692382, 0.027284004, -0.19287783, -0.0628574, 0.0026560517, -0.004082762, -0.011418342, 0.005354789, 0.01666234, -0.0017665984, 0.059133336, 0.038757626, -0.010006088) * inp_5_0_2; + result2 += M4(-0.054397367, 0.05084847, 0.093563974, 0.009561407, -0.09071541, -0.026214551, -0.0068408316, 0.0026650713, 0.03041869, -0.009229575, -0.057778046, -0.049414687, 0.074949786, 0.0046772384, -0.010191719, 0.023153663) * inp_5_1_2; + result2 += M4(-0.026934631, -0.029390255, -0.019467328, 0.011385554, -0.000815343, -0.018501997, -0.004726863, -0.014090242, -0.057662483, 0.08498014, 0.082734406, -0.08189864, -0.0068748365, 0.022185318, -0.00964068, 0.0011388641) * inp_5_2_2; + result3 += M4(-0.01138743, -0.020006236, -0.02838959, -0.0027390516, -0.058288656, -0.006424417, 0.011350733, -0.00018796478, -0.0984927, 0.0073165186, 0.009947041, -0.0066732503, -0.26125643, 0.04552679, -0.054414567, 0.009297777) * inp_5_0_0; + result3 += M4(0.0052165827, 0.066149496, -0.059447166, 0.01662117, 0.18608935, 0.03846452, -0.0023011437, 0.006444358, -0.16029942, -0.047585644, 0.022039922, 0.019156447, 0.07772752, 0.09511228, 0.0110934945, -0.0030902703) * inp_5_1_0; + result3 += M4(0.050554793, 0.0062975604, -0.010809019, -0.01587796, 0.09426445, -0.015036171, 0.021018952, 0.0034158174, -0.024776539, 0.02703288, 0.0006708393, -0.015684862, 0.06405421, -0.030658672, -0.0019640136, 0.0006359808) * inp_5_2_0; + result3 += M4(0.082843624, -0.0058466373, -0.0001927569, -0.0054505523, -0.036168188, -0.06406799, -0.014195686, 0.0041891257, 0.034694634, -0.019641217, -0.013024316, 0.032979004, 0.15279615, 0.008255314, 0.02779349, -0.0034597116) * inp_5_0_1; + result3 += M4(-0.17692919, -0.089195535, -0.05977019, 0.033673696, -0.3156338, -0.030655265, 0.0041716495, 0.003762428, 0.26595598, 0.2034683, 0.020819688, 0.12479038, -0.18631695, -0.24201138, -0.003909684, -0.0052289786) * inp_5_1_1; + result3 += M4(-0.02077353, -0.097781494, 0.01233942, 0.023903158, -0.014568144, -0.007301065, 0.022682862, -0.01391774, 0.08644398, -0.054097548, -0.117955364, 0.24956807, -0.14174971, 0.12832682, 0.043740183, -0.011534949) * inp_5_2_1; + result3 += M4(-0.042752188, -0.0053177867, 0.054738652, -0.024831854, 0.16105731, 0.04903369, -0.010821958, -0.012044306, 0.0356995, 0.013791298, -0.0075505297, -0.00804303, -0.064347796, 0.01142062, 0.030802218, 0.008763939) * inp_5_0_2; + result3 += M4(-0.16015866, 0.022330351, 0.13681799, -0.062638275, 0.1055862, 0.027915165, 0.01229335, 0.026821595, -0.13360634, -0.0104192, 0.0005295131, -0.03985375, -0.101275936, 0.11623205, 0.08874695, -0.031169536) * inp_5_1_2; + result3 += M4(-0.10026812, -0.021585241, 0.0698658, -0.26119703, -0.02041572, -0.028592126, 0.0025204902, -0.86565274, -0.038617194, -0.0017866961, -0.016586272, 0.1369089, 0.15430436, -0.09243481, -0.05501641, -1.0170106) * inp_5_2_2; + result4 += M4(-0.00046180302, -0.016193122, -0.04214098, 0.021198846, -0.009012628, 0.008982511, -0.10128469, 0.013775624, -0.0377402, -0.028123314, 0.0034520095, -0.017229725, -0.061591353, 0.011617439, 0.0051412303, -0.014545118) * inp_5_0_0; + result4 += M4(-0.046234526, 0.061278384, -0.0701329, -0.055992045, 0.0133969225, -0.061173655, -0.16218357, 0.013087903, -0.05969246, -0.036829423, -0.000682327, 0.20933838, 0.03487913, 0.020396423, 0.04309976, -0.045642234) * inp_5_1_0; + result4 += M4(-0.00846842, 0.011618203, -0.029997766, -0.03157264, 0.0127973305, -0.053822458, -0.045769673, -0.002580632, 0.0068292916, 0.034586877, -0.0641841, 0.0068810177, -0.0025419085, 0.007145983, 0.029469332, 0.001459382) * inp_5_2_0; + result4 += M4(0.045662917, 0.06437083, -0.015806442, 0.037452206, 0.0046498333, -0.024642916, -0.2477687, -0.026788803, -0.01928559, 0.07023465, 0.0057724235, 0.023370357, 0.053570773, 0.0042258054, 0.016674742, -0.022389535) * inp_5_0_1; + result4 += M4(0.03662519, 0.025690917, -0.046904974, -0.026372867, 0.011431667, 0.033790786, -0.17635894, -0.0023115175, -0.13661973, 0.2529538, 0.09977758, -0.108515956, -0.0014443756, 0.017618539, 0.002556921, -0.006504148) * inp_5_1_1; + result4 += M4(0.040658694, -0.001910411, 0.06833234, 0.012209252, -0.016579024, 0.08395572, -0.20233363, 0.020153467, 0.19210419, -0.05882498, -0.035512786, -0.01936435, 0.005268984, 0.009647608, -0.009203391, -0.027216494) * inp_5_2_1; + result4 += M4(0.010460851, 0.1278093, -0.025103651, 0.026261805, -0.006562681, 0.0419387, -0.1941597, 0.021188475, 0.0030412704, 0.054412894, -0.06324457, -0.020397758, -0.011186675, 0.0010607947, -0.02191576, -0.002746275) * inp_5_0_2; + result4 += M4(0.010770182, 0.11662795, -0.03307867, 0.0707133, 0.0062796585, -0.10396597, -0.0043355864, -0.011910805, -0.042159002, -0.07722447, -0.0022672373, -0.011503746, -0.022136046, -0.22918393, 0.031220835, -0.047974706) * inp_5_1_2; + result4 += M4(-0.064475425, 0.06700181, 0.00033355327, -0.03881661, 0.010458988, 0.007195441, -0.049511086, 0.010732126, 0.09039737, -0.013024988, 0.00033459542, 0.01940788, 0.023288997, 0.0010807625, 0.042632915, -0.061170507) * inp_5_2_2; + result5 += M4(-0.34010622, -0.050208513, 0.12984185, -0.12801993, -0.059924997, 0.009232815, 0.053447627, -0.03466389, -0.13563374, -0.05613264, 0.02635468, 0.12122156, -0.44967335, -0.034657534, 0.069062315, -0.24278118) * inp_5_0_0; + result5 += M4(-0.024168227, 0.035439927, -0.21634299, 0.0015464671, 0.10643957, -0.26159284, -0.26025757, 0.051730163, 0.113262355, 0.052747175, -0.008385651, 0.04134606, 0.10007507, 0.07138188, -0.08615962, 0.06716338) * inp_5_1_0; + result5 += M4(-0.090735234, 0.002162947, 0.012358903, 0.045510314, -0.16824563, -0.114109926, 0.03124729, 0.03342145, -0.15391634, -0.021493945, 0.14154111, -0.09149245, 0.10135065, -0.01751155, 0.0073357457, 0.071516074) * inp_5_2_0; + result5 += M4(0.08391129, 0.044084772, -0.12922052, 0.096335925, -0.203127, -0.17005804, 0.012851081, -0.09809622, -0.08306311, 0.012551611, -0.012054054, 0.060885694, -0.06660338, 0.06956777, -0.054405212, -0.04080556) * inp_5_0_1; + result5 += M4(0.0553979, -0.18571101, -0.25444478, 0.061466966, -0.012718775, -0.101259165, -0.12592496, -0.03926893, 0.07621921, -0.12686317, 0.031390358, -0.005295218, -0.257335, -0.012894264, -0.2587087, -0.022324631) * inp_5_1_1; + result5 += M4(0.042152084, 0.0035049655, -0.054234825, 0.003745356, -0.16814667, -0.17852442, 0.016048001, 0.05099118, 0.056833014, 0.044886924, -0.018665008, -0.1423507, -0.0842296, 0.058836102, 0.1297667, -0.05923727) * inp_5_2_1; + result5 += M4(0.09534519, -0.059014343, -0.06742045, 0.0855816, -0.15113333, -0.09430361, 0.003787114, 0.05077557, 0.02708173, -0.008606664, 0.007463053, 0.014316801, 0.017279487, -0.042298485, -0.018940696, 0.023345977) * inp_5_0_2; + result5 += M4(0.22404572, 0.0042623365, 0.17759202, 0.062343325, 0.14542598, -0.07219359, -0.07012087, -0.032649912, 0.09314505, 0.1145661, 0.10668438, -0.03479758, -0.31248543, 0.0609933, 0.046848066, -0.07604761) * inp_5_1_2; + result5 += M4(-0.05552681, 0.047586277, 0.14445384, 0.04939336, -0.3417242, 0.050764516, -0.07891634, -0.01659901, -0.09508644, -0.07485686, -0.041391358, -0.056875456, 0.18324311, -0.05309739, -0.20276046, -0.0038453958) * inp_5_2_2; + result6 += M4(-0.43465915, 0.066311434, -0.02448939, -0.07710466, 0.069238074, -0.0017666236, -0.0109219495, -0.05104662, 0.08460043, 0.05343665, 0.010880282, -0.015643943, -0.45058006, 0.137677, -0.06061439, -0.08240984) * inp_5_0_0; + result6 += M4(-0.1015192, -0.07764643, -0.19970131, -0.07513604, -0.52606064, -0.16571827, -0.02529136, 0.048174836, -0.0050692116, 0.09795422, -0.003961023, 0.04816874, 0.032598272, -0.050344173, -0.018449953, -0.07303806) * inp_5_1_0; + result6 += M4(0.010268895, 0.016190592, -0.07245638, -0.099899836, 0.35320166, -0.07290188, 0.04110496, -0.055162027, -0.06049851, 0.0039485963, 0.027686737, -0.051116787, -0.0037235906, -0.029232757, 0.0018759675, 0.10575665) * inp_5_2_0; + result6 += M4(0.034075093, -0.057320252, -0.019969082, 0.03351689, -0.34619695, 0.13294634, 0.034058455, 0.01375284, -0.089123264, 0.051564164, -0.047974393, 0.012478401, -0.634654, -0.14120638, -0.02404604, 0.09954053) * inp_5_0_1; + result6 += M4(0.066299535, -0.08180153, -0.13489084, 0.13285111, 0.18003917, 0.18036184, -0.021227892, -0.057879, -0.0069515808, 0.003557019, -0.034047384, -0.022737062, -0.013421484, -0.15962498, -0.004261226, 0.055825233) * inp_5_1_1; + result6 += M4(0.10263027, -0.006790574, -0.037699178, 0.01765225, 0.029452002, 0.055822473, -0.010352509, 0.028900946, 0.032231413, 0.064724624, -0.059510604, -0.093398765, 0.033752806, 0.20656876, -0.0011954533, -0.17618215) * inp_5_2_1; + result6 += M4(0.29551166, 0.049993046, 0.015853599, -0.028993756, 0.2136953, -0.11408323, -0.015325497, 0.026346995, 0.07833931, -0.028349303, -0.010778066, -0.027874222, -0.57900894, 0.013222003, -0.005511304, 0.034613047) * inp_5_0_2; + result6 += M4(-0.03403526, 0.100832775, -0.018452095, 0.12351465, -0.118823156, -0.13342337, 0.0075422493, -0.024242288, 0.030941337, 0.043606926, 0.015011621, 0.041843265, 0.025949888, 0.078992724, -0.005989606, 0.038938757) * inp_5_1_2; + result6 += M4(0.063024774, 0.024168994, -0.014206519, 0.026095923, -0.13201635, 0.08593809, 0.015810627, 0.004019612, -0.010463751, -0.041695844, -0.00026350084, 0.030784179, 0.017668728, -0.22507419, -0.01906102, -0.068198696) * inp_5_2_2; + result7 += M4(-0.030755898, -0.021939723, 0.038514294, -0.012435489, -0.00035072534, 0.010223821, -0.276949, 0.026185542, 0.043994617, 0.0005854587, 0.044658076, 0.040134452, -0.013960766, 0.077154845, 0.33035004, -0.01699112) * inp_5_0_0; + result7 += M4(0.0037870558, 0.060576808, -0.11033274, -0.10536779, 0.0069959355, -0.06730829, 0.034311775, 0.0784653, 0.08492847, 0.09449308, 0.2120786, -0.0223666, 0.00026424773, 0.08239599, 0.032526847, -0.13654903) * inp_5_1_0; + result7 += M4(0.009892634, -0.03100528, 0.05408845, -0.060207017, -0.018686958, -0.03704682, -0.44232005, -0.06998197, -0.02772952, 0.11526324, 0.2579473, -0.016176077, -0.00073412806, -0.031965405, -0.022278674, 0.040883616) * inp_5_2_0; + result7 += M4(-0.03608727, 0.015700052, 0.041335873, 0.03863478, -0.0144856125, 0.06313405, 0.24218546, -0.07658271, -0.014746704, 0.05725393, 0.29396272, -0.019632459, -0.032947984, -0.07185171, -0.5096812, -0.06523113) * inp_5_0_1; + result7 += M4(-0.018811163, 0.07612921, -0.026718883, -0.005369504, -0.015152133, 0.092503846, -0.29812264, 0.021017868, 0.233852, 0.07419989, -0.05219466, -0.024814952, 0.050316833, -0.12389305, -0.59454477, 0.0035371205) * inp_5_1_1; + result7 += M4(0.01573445, 0.02081198, -0.31803352, 0.048742726, -0.010373865, 0.045333374, 0.41793144, 0.093884975, -0.0049903016, 0.00900994, -0.0120234545, -0.008116833, 0.0063830027, -0.053449664, -0.02187606, 0.029403567) * inp_5_2_1; + result7 += M4(0.04181186, 0.000555606, 0.081792146, 0.04973729, 0.008407554, -0.046391103, -0.3928514, 0.07345774, -0.0028344628, -0.03487235, -0.08662981, -0.0411111, 0.023571722, 0.0068826447, 0.12858525, 0.066894904) * inp_5_0_2; + result7 += M4(-0.00012077134, 0.08640638, 0.1581722, 0.09099293, 0.013253489, -0.059615664, 0.05376947, -0.052911837, -0.0055005294, -0.0047757532, -0.069641255, 0.015263207, -0.017336125, -0.031187296, -0.15659216, -0.030545805) * inp_5_1_2; + result7 += M4(-0.013796228, 0.023354108, 0.114026226, 0.07178701, 0.00032975187, -0.025668027, -0.24524234, -0.021683352, -0.01659007, -0.06278088, 0.11503196, -0.0047270297, 0.0045957407, -0.10662955, -0.505408, -0.03485205) * inp_5_2_2; + const V4 inp_6_0_0 = inp[6][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_6_1_0 = inp[6][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_6_2_0 = inp[6][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_6_0_1 = inp[6][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_6_1_1 = inp[6][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_6_2_1 = inp[6][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_6_0_2 = inp[6][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_6_1_2 = inp[6][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_6_2_2 = inp[6][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.012290762, -0.010053031, -0.032378945, -0.08613342, -0.098046206, 0.040757682, 0.036342233, 0.4393168, -0.046016797, -0.0047643674, 0.0370266, 0.08644782, -0.10049338, 0.0038530978, 0.10289342, -0.13248965) * inp_6_0_0; + result0 += M4(0.0803184, 0.01775443, 0.12549195, 0.34465283, -0.020942826, -0.0074712127, -0.06487096, -0.25220165, 0.05847885, 0.023682216, 0.04019802, 0.23486874, -0.013487799, 0.0042855814, -0.16916147, -0.07776904) * inp_6_1_0; + result0 += M4(-0.01399247, 0.041809272, 0.0950955, -0.22938721, 0.010836741, 0.010237072, -0.14352037, 0.1642172, 0.016975148, 0.006265733, 0.05321698, 0.10213412, 0.06258716, 0.03063673, -0.090734646, 0.1457925) * inp_6_2_0; + result0 += M4(-0.019648109, -0.032363757, 0.009823622, -0.21900116, 0.14913297, 0.07926251, -0.13882445, -0.02467147, -0.040639803, -2.607454e-05, 0.080853544, -0.22016479, 0.03723048, 0.05562028, -0.0099998005, -0.13743635) * inp_6_0_1; + result0 += M4(0.03763351, -0.026733967, 0.09021638, -0.09725332, -0.03686128, -0.029778557, 0.15336901, 0.020229915, 0.060311295, 0.029001787, 0.10862779, 0.072356075, -0.2007617, -0.05471788, 0.0138984565, -0.33671153) * inp_6_1_1; + result0 += M4(-0.06649737, 0.02575787, -0.086657725, -0.20614621, 0.01551639, 0.14066792, -0.020360691, -0.11477864, 0.063313946, 0.013270628, -0.044209633, 0.15595552, 0.0010065356, -0.055630334, 0.06965064, -0.223778) * inp_6_2_1; + result0 += M4(-0.031712368, -0.021703426, 0.085570835, -0.025286496, 0.08787542, 0.03360042, -0.059270322, 0.05363371, 0.011414699, -0.0061137243, 0.06451853, 0.022097034, -0.03029425, -0.012400635, -0.043233823, -0.28318608) * inp_6_0_2; + result0 += M4(0.0887435, 0.03652525, 0.007045802, 0.113466926, -0.047390904, -0.006552142, -0.088271536, 0.061387442, 0.026920004, 0.012497754, 0.2254657, 0.046307944, 0.116138816, 0.025254533, 0.028496742, 0.04026703) * inp_6_1_2; + result0 += M4(0.03639295, -0.03338543, -0.08666184, -0.087324515, -0.0041676005, 0.08516525, 0.007905901, 0.021504058, 0.0005966164, -0.0026157368, -0.011342891, 0.10182345, -0.0011176856, 0.0018130606, -0.069616534, -0.18670318) * inp_6_2_2; + result1 += M4(0.100001834, -0.006519762, 0.07589816, -0.11294678, 0.044229187, -0.024166575, 0.02982691, -0.060127553, 0.010498526, 0.032989927, 0.17482181, 0.085258104, -0.34368977, -0.046102345, -0.1365521, -0.057034872) * inp_6_0_0; + result1 += M4(0.01206724, 0.03499608, 0.16093054, 0.03987434, -0.013091575, -0.003260499, 0.075450376, -0.026234658, -0.032683376, 0.010502234, 0.08847771, 0.06372449, -0.0024679932, -0.07441292, -0.28673452, 0.052531466) * inp_6_1_0; + result1 += M4(0.010136031, 0.0957933, -0.20584726, 0.0069709127, 0.0023896818, -0.06617853, -0.21756458, -0.028527215, -0.0025085746, 0.02563822, 0.28665373, -0.010468878, 0.012637448, 0.10443899, -0.0858207, 0.023251882) * inp_6_2_0; + result1 += M4(0.019162724, 0.03299633, 0.013900696, 0.3516158, 0.023411278, -0.044480763, 0.28763214, -0.03576606, -0.00919052, 0.036876984, 0.21241572, 0.058828715, -0.02252239, -0.004954775, -0.28044826, 0.108627886) * inp_6_0_1; + result1 += M4(-0.019738609, 0.09996027, -0.0413891, 0.08595848, -0.031432908, 0.04353436, 0.1595374, -0.114975184, 0.002785995, 0.039563313, 0.0034207527, 0.07813128, -0.015060294, 0.0969083, -0.07275742, -0.016173167) * inp_6_1_1; + result1 += M4(-0.0030980157, -0.050007373, -0.18056257, -0.008054277, -0.0015756225, -0.030089825, -0.14030725, -0.0002668069, 0.0039725634, -0.040632382, 0.031075573, 0.012893956, 0.0086110765, -0.06745182, -0.02574941, 0.00095321116) * inp_6_2_1; + result1 += M4(0.011731451, 0.0041523157, -0.124596514, -0.012349384, -0.0033603935, 0.013695187, -0.17548637, 0.014456587, 0.0097641805, 0.017610345, -0.0097866515, -0.002009524, 0.008148355, 0.012609436, 0.051821902, -0.10949161) * inp_6_0_2; + result1 += M4(-0.004787002, -0.01813831, -0.18435764, -0.056968693, 0.0019371605, -0.002547363, -0.20857944, 0.007997553, 0.0027675754, -0.024794357, 0.034495614, -0.04346862, 0.0034796915, -0.027214106, -0.059915133, 0.0292613) * inp_6_1_2; + result1 += M4(-0.0040159975, 0.009954769, -0.070228115, 0.0014976826, 0.0010554566, -0.01798106, -0.21380241, 0.0025268234, -0.00070417614, 0.015525404, 0.036712047, -0.0075945575, 0.0114459805, 0.00860251, 0.050212942, -0.026906004) * inp_6_2_2; + result2 += M4(-0.092685185, -0.039013248, -0.013217567, -0.009867702, 0.003679367, 0.019260691, -0.019046895, -0.000601842, 0.022774309, 0.055644892, -0.0049583134, -0.0034553488, -0.011735758, 0.02748048, 0.0035462806, 0.009289952) * inp_6_0_0; + result2 += M4(0.09151108, 0.05190418, -0.030876456, 0.05175798, -0.02009278, -0.02745277, -0.007867276, 0.02528181, 0.08029572, 0.013853951, 0.0077539766, -0.019678896, -0.14478916, -0.026613189, 0.05431084, -0.048460603) * inp_6_1_0; + result2 += M4(0.035539925, -0.004509729, 0.002448754, -0.00057535974, -0.1314407, -0.060086925, -0.020494446, -0.0050920397, 0.056524396, 0.017356997, 0.002764267, 0.015292765, 0.044016533, -0.021364672, -0.0052023907, -0.0015153401) * inp_6_2_0; + result2 += M4(0.12168915, 0.028832044, 0.046577733, -0.031671304, -0.029417643, 0.023893273, -0.008737942, 0.056590546, 0.05011546, 0.03288956, 0.011564713, 0.005065656, -0.10162401, -0.024793735, -0.06287232, 0.062156882) * inp_6_0_1; + result2 += M4(-0.066770285, -0.012950488, 0.04992858, 0.03354283, 0.057830073, 0.09960101, 0.030052505, 0.039702166, 0.11190071, 0.12188369, 0.014085785, -0.0024246175, 0.049633596, 0.0034802319, -0.1105528, -0.24383259) * inp_6_1_1; + result2 += M4(0.06832664, -0.06968258, 0.051687527, -0.02907532, -0.13083303, 0.016288249, -0.045846958, 0.0038347384, 0.02796738, 0.021050211, -0.0014437629, 0.0074234614, -0.033488605, 0.0028283196, 0.0028349007, -0.053338695) * inp_6_2_1; + result2 += M4(0.016823059, -0.016349452, 0.00019454084, -0.0031462135, 0.01131709, -0.05383347, -0.029143311, 0.012888047, 0.018022547, 0.009826473, 0.012014194, -0.0026803287, 0.012792615, -0.028527202, -0.003382069, -0.025247058) * inp_6_0_2; + result2 += M4(0.053624265, -0.022636238, -0.044413395, 0.00950327, -0.019735936, -0.028253868, 0.01283197, 0.0406327, -0.013911863, 0.008108678, 0.010259169, 0.0066404925, -0.01957056, -0.10539481, -0.022997769, -0.0026304023) * inp_6_1_2; + result2 += M4(-0.092205964, 0.04029118, -0.00829292, -0.024637619, -0.02465155, 0.021534355, -0.04077975, -0.015175284, -0.019231206, 0.038591735, 0.0017683035, -0.009013511, -0.07930131, 0.03153344, -0.03172194, -0.00024431024) * inp_6_2_2; + result3 += M4(-0.055493977, 0.007129383, 0.002141119, 0.014559398, -0.039813865, -0.016797917, 0.0023972709, 0.00041249365, -0.00981776, 0.0058928346, -0.019154385, 0.0067438628, -0.0020899016, -0.05684, -0.0030715107, -6.0925882e-05) * inp_6_0_0; + result3 += M4(-0.010217337, -0.052260514, 0.039385643, 0.007039413, 0.01799454, -0.0577382, 0.017279949, -0.0003869266, 0.04678435, 0.049023014, -0.013259489, -0.0027402127, -0.087999485, 0.06320837, -0.06278846, 0.0037576456) * inp_6_1_0; + result3 += M4(0.037293848, 0.059133735, 0.004172794, -0.0036571762, 0.032403708, -0.047526788, 0.015680587, -0.00032716952, -8.6542605e-05, 0.03529912, 0.0022475754, 0.0030072317, -0.03253773, 0.034226146, -0.004907836, 0.011426194) * inp_6_2_0; + result3 += M4(0.055072863, -0.047109336, 0.05598112, -0.013975192, 0.023803456, 0.0053572604, -0.051438857, -0.00555347, 0.04751872, 0.023362413, 0.014907863, -0.0038425177, -0.10360313, 0.008978095, -0.015678313, -0.007341501) * inp_6_0_1; + result3 += M4(0.018583154, 0.22437426, -0.045809884, -0.0053728325, -0.17897789, -0.032594856, 0.07191401, 0.0034944064, 0.13228463, 0.020752668, -0.037657455, 0.004177733, -0.3523534, -0.17746517, -0.15133438, 0.039740514) * inp_6_1_1; + result3 += M4(0.007823297, -0.019084128, -0.029645089, 0.011458788, -0.08640555, -0.038487483, 0.029919466, 0.005061168, 0.024194121, 0.0839493, -0.032946195, -0.0014752013, -0.029473893, 0.020597594, -0.086628795, -0.016999863) * inp_6_2_1; + result3 += M4(0.06281429, 0.06692882, -0.0026090737, 0.025801765, 0.029453281, 0.021063251, -0.008726748, -0.011846802, -0.0044512697, 0.009316013, -0.004615945, 0.0013774027, -0.076157436, 0.046629824, 0.044510454, 0.00059239834) * inp_6_0_2; + result3 += M4(0.12062547, -0.050718866, -0.043070678, -0.0028223314, 0.12852141, 0.04714732, -0.022386296, 0.020857165, -0.071585186, 0.041900657, -0.0019691875, -0.018944446, 0.07852056, -0.0063666897, -0.057195943, 0.041365217) * inp_6_1_2; + result3 += M4(-0.026094297, 0.08631096, -0.0069263936, -0.22591403, -0.020006517, -0.022212753, 0.004577932, -0.3976379, -0.030017998, -0.017201388, 0.0026550689, -0.043253288, -0.008901822, 0.035541028, -0.0086641405, -1.2957926) * inp_6_2_2; + result4 += M4(0.012300569, 0.003921015, 0.011946446, -0.0025676754, -0.022009345, -0.027323725, 0.03221154, 0.0039387583, 0.009339417, 0.009317359, 0.12790316, 0.012074939, -0.003204824, -0.060603764, 0.0012728475, 0.051030852) * inp_6_0_0; + result4 += M4(0.0513073, -0.037477765, -0.10366891, 0.069612145, 0.012768361, -0.014747749, -0.1575883, 0.007116781, -0.007820471, -0.019741695, 0.07611309, 0.02695164, 0.0031895523, -0.027959265, -0.010869307, -0.092739366) * inp_6_1_0; + result4 += M4(0.049377494, -0.053803347, -0.024088198, 0.051801056, -0.020724384, -0.001833845, -0.04271145, -0.013222208, 0.0076294146, 0.0054026716, 0.01093465, 0.01443401, 0.02336828, -0.043393053, -0.11242944, -0.017014882) * inp_6_2_0; + result4 += M4(0.044203218, -0.048627485, 0.03566067, 0.0149888275, -0.028386788, 0.01610052, -0.0028078037, 0.06997983, 0.028005196, 0.039874807, 0.08526987, 0.021743936, -0.04861443, -0.08495866, -0.075890996, 0.01151304) * inp_6_0_1; + result4 += M4(-0.013728403, 0.0066139954, -0.06015557, 0.19792125, 0.03464891, -0.090691015, 0.12769918, 0.014904657, 0.006668767, 0.1151996, 0.12514316, -0.0063834307, -0.13717464, -0.05704096, -0.17070036, -0.06071528) * inp_6_1_1; + result4 += M4(0.04781628, -0.0036707402, 0.08735667, -0.021188159, -0.021271601, -0.044387788, -0.04678786, -0.01467483, 0.007871949, 0.0015153021, 0.06033026, 0.019386914, 0.032788943, -0.0151405465, 0.14838706, -0.055169523) * inp_6_2_1; + result4 += M4(0.0030917637, 0.04150332, -0.059072003, 0.024329018, -0.0076141804, 0.023184728, 0.04104932, 0.02043833, -0.0029006656, 0.16169244, -0.026884088, 0.002988135, 0.025676198, 7.763838e-05, -0.057638768, -0.0001432525) * inp_6_0_2; + result4 += M4(-0.016086916, -0.21834774, -0.12303665, -0.0078081964, 0.029211925, 0.03149682, -0.07726399, 0.038729727, -0.0048046177, 0.16202135, 0.09133993, -0.0064609298, 0.051216688, -0.13541323, 0.031037724, 0.032310028) * inp_6_1_2; + result4 += M4(0.030904543, 0.007312005, -0.033106234, 0.04164746, -0.03347607, 0.016248558, 0.02423278, -0.0283094, -0.011934969, 0.0584496, 0.11275283, 0.010092434, 0.0069122305, -0.057725374, -0.10506642, 0.05114553) * inp_6_2_2; + result5 += M4(0.12327465, 0.038419377, -0.11216989, 0.023978868, -0.08152244, 0.004710024, 0.2161874, -0.033912066, 0.09562912, 0.05201862, 0.03480882, 0.077532195, -0.1214719, -0.0070755067, -0.00576491, -0.10451052) * inp_6_0_0; + result5 += M4(-0.1271294, -0.018757613, 0.06328837, 0.09443448, -0.09208765, -0.061547127, -0.017052999, -0.07314296, 0.28972462, 0.08740569, 0.037641432, 0.094780944, 0.074109964, 0.011131953, -0.046346318, 0.07219438) * inp_6_1_0; + result5 += M4(-0.049943674, -0.03984347, -0.0036058293, -0.05361642, -0.010248528, -0.009312495, -0.0481969, 0.004807876, -0.08150705, 0.00017803338, -0.013440729, -0.0148788, -0.34026754, -0.050879173, 0.0029865622, -0.07275097) * inp_6_2_0; + result5 += M4(0.34224057, -0.04396335, -0.20415224, 0.13095209, -0.03532615, 0.05827029, 0.021775814, -0.00053049, 0.18214488, 0.074128315, -0.093625456, 0.08149814, -0.05355675, -0.005840225, -0.07842599, -0.16460215) * inp_6_0_1; + result5 += M4(-0.30652338, -0.0728888, 0.122771434, 0.052094705, -0.012630002, 0.09230573, -0.09721077, -0.0094271535, 0.11488334, -0.010159144, 0.07672508, 0.1292131, -0.35355228, -0.08444311, -0.14569049, 0.11070845) * inp_6_1_1; + result5 += M4(0.17827068, 0.07690791, -0.110091045, -0.1081091, -0.01757862, -0.08965607, -0.1006825, -0.037371036, 0.016993694, 0.044062573, 0.039051022, -0.043025527, 0.04655079, 0.053222284, 0.03570332, -0.18985784) * inp_6_2_1; + result5 += M4(0.006450831, -0.04491093, -0.07097394, -0.022045014, -0.017884279, -0.048780706, -0.10489109, 0.009427876, 0.04094736, -0.038898177, -0.047679894, 0.066606395, 0.06729684, -0.090917446, -0.16663514, 0.034028154) * inp_6_0_2; + result5 += M4(-0.25590047, 0.08221804, 0.064723484, -0.07060204, 0.14776592, -0.0040918584, 0.07799097, 0.010082882, 0.07323286, 0.036311455, 0.10460265, 0.0055226083, -0.15523317, -0.0055219913, 0.21712542, 0.004518246) * inp_6_1_2; + result5 += M4(0.08408889, -0.067780204, -0.12176577, 0.0065457383, -0.07290015, 0.032551482, -0.0503736, 0.00068584416, -0.0075658257, 0.07159344, 0.05969502, -0.019791221, 0.28757152, -0.009607712, -0.008736326, -0.023250693) * inp_6_2_2; + result6 += M4(0.0826916, -0.0011589428, 0.04217768, 0.03508019, 0.20844382, 0.069929466, 0.0013225308, -0.15359119, 0.100197226, 0.037239406, 0.00882235, -0.05850417, -0.08140204, -0.13296746, -0.090059, -0.10555451) * inp_6_0_0; + result6 += M4(0.043170944, -0.070654795, 0.16726859, -0.042714182, -0.17019092, -0.018037906, 0.0005002727, 0.13694957, 0.08728689, 0.059884444, 0.017693968, 0.13340299, -0.00055857585, -0.06576273, -0.15978944, 0.02199702) * inp_6_1_0; + result6 += M4(-0.07912936, -0.098446734, 0.024297614, 0.010267006, 0.16866629, -0.034402836, -0.057588954, -0.006731306, -0.011143194, -0.0044363905, 0.009035161, 0.028604086, -0.029849688, -0.080510244, -0.014722543, 0.06951666) * inp_6_2_0; + result6 += M4(0.15960571, 0.05077707, 0.040001646, 0.06916319, -0.116350405, 0.08007057, 0.01731877, -0.104498945, -0.20638683, 0.03451314, 0.013891756, -0.04759701, -0.24217086, -0.057022028, -0.07895474, -0.15182598) * inp_6_0_1; + result6 += M4(0.012851796, 0.1265119, 0.14137456, 0.08199784, 0.052126616, -0.022660425, 0.066767074, 0.19143231, -0.022784606, -0.05656668, 0.07149101, 0.12093422, 0.20908651, -0.29562038, 0.01122719, -0.02989438) * inp_6_1_1; + result6 += M4(0.024302103, 0.058623184, 0.04026934, -0.06594341, 0.0040197996, -0.075270094, -0.052552696, 0.03661451, 0.020229882, 0.040011834, 0.028370712, 0.05044578, -0.06754057, -0.028959308, 0.047554366, -0.054447416) * inp_6_2_1; + result6 += M4(-0.13686283, -0.05232535, 0.01885817, -0.038568046, 0.14675242, -0.10084552, 0.008621979, -0.044769835, 0.05927116, 0.028497204, 0.012083906, -0.00489566, -0.14673924, -0.014464444, 0.011752121, 0.022125177) * inp_6_0_2; + result6 += M4(0.09373868, -0.08046232, 0.0056930813, 0.0035867547, -0.08200038, -0.12970145, 0.001867932, 0.024525903, 0.023822464, 0.13795632, 0.020510435, 0.011507953, 0.19085273, -0.0687676, -0.021647172, -0.06443088) * inp_6_1_2; + result6 += M4(-0.101430655, -0.010518138, -0.027467076, 0.0095609035, 0.011564041, 0.0031170845, -0.009625634, 0.003805805, -0.04701001, 0.026332378, 0.013408522, 0.04035226, -0.100561626, 0.021271843, -0.038250048, -0.03853332) * inp_6_2_2; + result7 += M4(0.0032898376, -0.005865905, -0.006957761, -0.020074202, 0.005731783, 0.006253842, 0.016897107, 0.00512188, 0.00786627, 0.0074314745, 0.06670645, 0.019218192, 0.003331795, -0.03158377, -0.11539601, -0.14413469) * inp_6_0_0; + result7 += M4(-0.02312532, -0.037246346, -0.06965573, 0.05826521, -0.0070234323, -0.028701507, -0.10759601, -0.028601447, -0.003919406, 0.014756707, 0.08884789, 0.0042593763, -0.026350876, 0.11060137, 0.13215055, -0.21373007) * inp_6_1_0; + result7 += M4(0.0028861375, -0.06460452, -0.14393088, 0.042305835, 0.0144716315, -0.030690713, 0.06531305, -0.07140867, 0.0077675744, 0.024891805, 0.07084563, 0.014540746, -0.020980177, -0.01581307, -0.25996336, -0.0464056) * inp_6_2_0; + result7 += M4(0.052179918, 0.01069332, 0.25557518, 0.077363394, 0.016674379, 0.011493623, 0.1312654, 0.0048949104, -0.006951166, 0.0049097673, 0.22596136, -0.0011749576, -0.09991268, 0.004808804, -0.20045118, -0.018384261) * inp_6_0_1; + result7 += M4(0.06070373, 0.097720645, -0.076022156, 0.04256979, -0.013493103, 0.076170936, -0.04232606, 0.075218454, 0.00676294, -0.04443509, 0.13401033, 0.12200188, 0.009537357, -0.22084852, -0.41906348, 0.04412222) * inp_6_1_1; + result7 += M4(0.0054461826, 0.07257678, 0.06913896, -0.03155972, 0.004781128, -0.060989942, -0.32721478, -0.0036027739, 0.004245522, -0.04753024, -0.010141954, 0.06272829, 0.010017422, -0.011318091, 0.18608995, -0.032175362) * inp_6_2_1; + result7 += M4(0.011460923, 0.032904617, -0.13747554, -0.02152912, 0.0090295905, 0.023118716, -0.09190288, -0.0037826712, 0.01845322, 0.00029635793, 0.08082626, -0.009689829, -0.005135765, -0.0011611588, -0.10125263, 0.044646807) * inp_6_0_2; + result7 += M4(-0.019781616, -0.058512125, -0.15905127, -0.13311842, -0.0057250247, 0.006289206, 0.0014242958, -0.07893525, -0.009187235, 0.111200534, 0.07802423, -0.005958909, -0.03959017, -0.0966615, -0.23390996, -0.098434895) * inp_6_1_2; + result7 += M4(0.006658349, -0.02962057, -0.14098343, -0.03894199, 0.010386885, -0.02859822, -0.064082175, 0.016541123, -0.000493648, 0.06329013, 0.14639452, -0.016659537, 0.011981254, 0.02536493, -0.06166385, -0.006958652) * inp_6_2_2; + const V4 inp_7_0_0 = inp[7][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_7_1_0 = inp[7][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_7_2_0 = inp[7][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_7_0_1 = inp[7][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_7_1_1 = inp[7][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_7_2_1 = inp[7][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_7_0_2 = inp[7][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_7_1_2 = inp[7][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_7_2_2 = inp[7][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.019619163, 0.01921148, 0.04440256, -0.5222853, 0.046370033, 0.03338517, 0.13385774, -0.096681684, -0.008608558, 0.06058205, 0.13609034, 0.040071595, -0.043402378, 0.008793234, 0.021240113, 0.29263994) * inp_7_0_0; + result0 += M4(-0.1109213, -0.024931358, -0.0305067, -0.20737807, -0.05294311, -0.07020198, -0.16228068, -0.8278653, 0.19909897, -0.09671268, -0.16672443, 0.20059893, 0.14637361, 0.0003353352, -0.12467028, 0.01374531) * inp_7_1_0; + result0 += M4(-0.12905861, -0.0099937, -0.18979676, -0.53485763, -0.0116048325, 0.020433571, 0.04181418, -0.04725143, -0.014288277, 0.011442115, -0.010814545, -0.09773122, -0.11255902, -0.13433866, 0.13077062, -0.52286124) * inp_7_2_0; + result0 += M4(-0.18251744, -0.021963762, -0.14580035, -0.43697283, 0.12970643, 0.02733098, -0.15955159, -0.37729254, 0.053287327, 0.065358706, 0.20084082, 0.3282861, -0.2404756, 0.014787381, 0.019458184, -0.034958147) * inp_7_0_1; + result0 += M4(-0.32293555, -0.10247339, -0.2034304, -0.5769918, -0.4534017, -0.1818026, -0.4907527, -0.7226196, -0.09522023, 0.023163613, 0.096056566, -0.007710594, 0.094863735, -0.009735608, 0.14387085, -0.36049882) * inp_7_1_1; + result0 += M4(-0.059508022, -0.1619508, -0.38009545, -0.5047528, -0.053665306, -0.1293786, 0.041960157, -0.052680194, -0.06778961, -0.100416325, -0.15890615, 0.15459825, -0.075632125, -0.22988954, 0.12310383, -0.54904133) * inp_7_2_1; + result0 += M4(0.004761123, 0.011536497, -0.16972515, -0.29813156, 0.105865955, 0.04813545, -0.37342885, 0.01624747, 0.16064364, 0.05948557, -0.024455588, -0.014247143, 0.0281806, 0.017937804, -0.028398527, 0.06430144) * inp_7_0_2; + result0 += M4(-0.03094846, -0.023887098, -0.16835493, -0.45625633, -0.4240621, -0.23580924, -0.16891237, -0.66473275, -0.1336526, -0.019848557, 0.07236185, -0.18608706, 0.07368037, -0.0070274146, 0.0060203294, 0.13581316) * inp_7_1_2; + result0 += M4(-0.06565267, -0.092021264, 0.058388345, -0.2428771, 0.12035776, -0.17074834, -0.044587415, -0.2392213, 0.0072104903, 0.04976757, 0.08389607, -0.08572632, 0.0062024267, -0.035368856, -0.084190235, 0.020714622) * inp_7_2_2; + result1 += M4(-0.027411012, -0.0006558154, 0.36119094, -0.031570382, -0.07957487, 0.018136166, -1.0776129, 0.1047041, 0.29237336, 0.121909216, -0.3122805, 0.15541574, -0.054077875, 0.019749457, -0.17331713, -0.0044874134) * inp_7_0_0; + result1 += M4(-0.021662064, -0.0233977, 0.2910494, -0.12006933, 0.033777535, -0.23034136, -0.40222427, -0.09413501, 0.024764126, -0.026446294, -0.0628491, -0.10069309, -0.040109824, -0.0011900908, -0.15767077, 0.017133659) * inp_7_1_0; + result1 += M4(0.009743534, -0.20257235, 0.15439887, 0.0071897637, 0.010785288, -0.026097942, -0.80098593, 0.020632258, -0.0122931525, -0.08317335, 0.04137996, -0.0035129718, 0.007053192, 0.019992907, -0.22204553, -0.0139648) * inp_7_2_0; + result1 += M4(0.047682434, -0.0421963, 0.027298711, -0.19487585, -0.044362977, 0.01504118, 0.15650836, -0.2918026, -0.0154652875, -0.012679184, 0.19739644, -0.26636449, -0.016848562, -0.016164871, -0.38752186, -0.0071176235) * inp_7_0_1; + result1 += M4(0.03764035, 0.024834264, -0.010222534, 0.012442136, 0.022134345, -0.11349213, -0.6615615, 0.0128131565, -0.00038987622, 0.0013724855, 0.11838443, 0.075134344, -0.005166681, -0.015660344, 0.1445425, -0.0278104) * inp_7_1_1; + result1 += M4(0.00088805344, 0.047852527, -0.10478063, -0.024633344, 0.00090017763, 0.07964519, -0.4611838, 0.00796534, 0.0048827343, 0.020747093, -0.1042169, -0.0042456375, 0.002950442, -0.011804218, 0.2772437, 0.00054366846) * inp_7_2_1; + result1 += M4(-0.0054696607, -0.0001439405, -0.05279678, 0.020695645, 0.015178085, 0.02855919, -0.07854449, -0.17121412, 0.020729193, -0.0029669595, 0.114148, 0.12826203, 0.005424357, 0.0011395529, 0.088982716, -0.017530778) * inp_7_0_2; + result1 += M4(-0.001802239, -0.008785034, -0.008640605, -0.013083186, 0.014738717, 0.0154219335, -0.31386074, -0.037077494, 0.0022477873, 0.007822429, 0.19449356, -0.015080717, 0.0005470594, -0.009511823, -0.04181818, -0.0017789806) * inp_7_1_2; + result1 += M4(-0.0066921646, -0.0036458238, -0.080104426, 0.007593998, 0.0027090157, 0.011818684, 0.13055573, 0.02397231, -0.010580146, -0.0040242216, 0.017887088, 0.006524338, 0.001104952, -0.011541328, -0.001593766, 0.007713354) * inp_7_2_2; + result2 += M4(-0.00181024, -0.0062821396, -0.028562747, -0.017439006, 0.06714445, -0.046118323, -0.011498005, -0.026847633, 0.084855564, 0.08468601, -0.041410256, 0.017027173, -0.062388983, -0.0061762678, 0.011183944, 0.012399395) * inp_7_0_0; + result2 += M4(-0.009214674, -0.043398388, 0.026245562, -0.02194355, -0.028220208, -0.0035614313, -0.015907183, -0.04670032, -0.010955945, -0.114033945, 0.094313145, -0.033299666, 0.03767305, 0.04831226, -0.009924143, 0.04698403) * inp_7_1_0; + result2 += M4(-0.0834085, 0.025948057, -0.02079768, -0.010464437, -0.0056597195, 0.012022448, -0.0085257795, 0.00060337054, -0.032568067, 0.04050433, 0.035584603, 0.014839012, 0.00086521904, 0.0036729395, -0.0052799447, -0.011319273) * inp_7_2_0; + result2 += M4(-0.116548985, -0.022739206, -0.010440332, -0.04588173, -0.36447343, -0.01833086, -0.049404077, -0.026872661, -0.007371161, -0.069598526, -0.102384, 0.14382058, 0.08921956, -0.029889785, -0.038862173, 0.02807371) * inp_7_0_1; + result2 += M4(-0.2457012, -0.057998665, -0.0018222937, -0.011622737, -0.42984796, -0.15360886, -0.08889381, -0.047691002, 0.014668313, 0.21917526, -0.07127, 0.058073115, -0.081578895, -0.019761011, 0.009938665, 0.039989498) * inp_7_1_1; + result2 += M4(-0.085061714, -0.0835048, -0.031727955, -0.011889079, 0.03850285, 0.025723798, -0.0078068813, -0.06044399, -0.029326422, -0.03445261, -0.054068994, 0.036757298, 0.031338938, 0.014910681, -0.00985985, 0.024286473) * inp_7_2_1; + result2 += M4(-0.00011266963, -0.0060369624, -0.015413404, -0.0149466125, -0.028696485, -0.060611654, -0.067734994, 0.029793596, 0.016574329, 0.051108334, 0.0035925496, -0.033243727, 0.013867411, 0.012912953, 0.0043867524, -0.0044129426) * inp_7_0_2; + result2 += M4(0.04598295, 0.006795931, 0.025450828, -0.03426622, 0.11743263, -0.036128595, -0.034959648, -0.025216965, 0.012883598, -0.07669863, -0.0070978454, 0.10277388, 0.0032985054, -0.0073466557, -0.0067402916, -0.011859282) * inp_7_1_2; + result2 += M4(0.0090787625, -0.034614343, 0.0012652007, 0.010083644, 0.010530217, -0.0024835244, -0.007734476, -0.004251591, 0.047886815, -0.0033810567, -0.039794136, 0.036148045, -0.016814964, -0.021526292, 0.011536933, -0.0017637961) * inp_7_2_2; + result3 += M4(-0.056713074, 0.017072853, 0.01924319, -0.012108567, 0.033694275, -0.00014728415, 0.0013783042, -0.0070118764, 0.10356375, 0.055793744, -0.015750544, -0.027222866, -0.05444492, 0.038992025, -0.06453667, 0.015554088) * inp_7_0_0; + result3 += M4(-0.009651923, 0.015291043, 0.0073522585, 0.0089078965, 0.049267348, 0.089883775, 0.026752485, 0.0023726642, 0.14089406, 0.04576883, -0.06899896, 0.0033200101, 0.06524402, -0.055788726, 0.03670162, 0.00042637571) * inp_7_1_0; + result3 += M4(-0.026436668, -0.08396247, 0.034431014, -0.021391103, 0.01112021, -0.004706283, 0.0113699315, -0.0062436434, 0.055922475, -0.016387999, -0.0011654728, -0.031879783, 0.026270457, 0.05134117, 0.003604511, -0.0053165792) * inp_7_2_0; + result3 += M4(-0.0006227549, 0.0034437897, 0.06543345, 0.013124324, -0.031671446, 3.3820044e-05, -0.0032878139, 0.0024007803, -0.0738113, 0.012045466, -0.11248027, 0.008195581, 0.092917256, -0.005078936, -0.05529186, 0.011254123) * inp_7_0_1; + result3 += M4(-2.3622135e-05, -0.16733384, -0.09112911, 0.021277083, -0.51431096, -0.19434457, -0.0052565695, 0.0060003204, -0.09170261, -0.03823073, 0.16561238, 0.26313868, -0.0038034117, 0.06035131, -0.007422141, -0.00716486) * inp_7_1_1; + result3 += M4(-0.12549236, -0.088710144, 0.05694673, 0.026314596, -0.11872987, -0.065887615, 0.065937184, -0.020208606, -0.057489034, -0.06889103, 0.07919115, 0.19062647, 0.0027967654, -0.051737946, -0.030278793, -0.033337694) * inp_7_2_1; + result3 += M4(0.030196456, -0.041681297, -0.0012948094, -0.0053139296, 0.17968246, 0.03346025, -0.04726979, 0.010067239, 0.038868077, -0.00091599574, 0.0025656684, 0.00058525533, -0.036029734, -0.0030704427, -0.011090419, -0.008966043) * inp_7_0_2; + result3 += M4(0.00083388394, 0.004511208, 0.055891965, 0.019707544, 0.08286773, -0.32230675, -0.053231142, 0.030822719, 0.07264268, 0.013594093, 0.017561717, 0.24278389, 0.040262565, -0.04956609, 0.00064297114, -0.04554397) * inp_7_1_2; + result3 += M4(0.04192961, -0.025178114, 0.01933823, -1.7493954, 0.049751934, 0.038322236, 0.01182845, -1.8043197, 0.036696296, 0.027128216, 0.026126176, -0.23710631, 0.025719067, -0.011830301, 0.008182878, -0.90499324) * inp_7_2_2; + result4 += M4(-0.031255115, 0.0054043555, -0.06824895, -0.032274008, -0.004812104, 0.013143836, 0.02716034, -0.020736909, -0.06167614, 0.013290974, -0.07206355, 0.0009996302, 0.019633964, -0.004111305, 0.0493287, 0.028125653) * inp_7_0_0; + result4 += M4(-0.008962232, -0.021928806, 0.062050704, 0.007442805, -0.020863477, 0.011718123, 0.1180728, -0.050780166, -0.065636836, 0.03868869, 0.050912462, 0.18666048, 0.008599102, 0.0010315233, -0.0567703, 0.039501596) * inp_7_1_0; + result4 += M4(-0.01653252, 0.044354137, 0.039605364, -0.029500913, -0.002489893, 0.010061884, -0.035556745, -0.03726708, -0.027737575, 0.08115309, 0.07203295, 0.016213454, -0.01235567, -0.03336109, 0.049459614, 0.007028942) * inp_7_2_0; + result4 += M4(-0.015206268, -0.04306828, 0.022190332, -0.011594926, -0.047630157, 0.025873762, -0.21886888, -0.04501348, -0.011394331, 0.01885127, 0.073564306, 0.25457445, -0.0398608, -0.020090638, -0.08341406, -0.024223484) * inp_7_0_1; + result4 += M4(-0.015126109, 0.023063717, -0.15114518, -0.07231576, -0.09044589, 0.098585464, -0.27854264, -0.035312053, 0.063175984, 0.030455407, 0.03429318, -0.17279996, 0.011018045, 0.026615465, 0.037567787, 0.031564843) * inp_7_1_1; + result4 += M4(-0.047758225, -0.06474845, -0.12291044, 0.025480649, -0.059943054, -0.002574203, 0.11728442, -0.045684963, -0.04039217, -0.13016894, -0.122523315, 0.030717134, -0.003979793, -0.011976826, -0.04206374, 0.007127837) * inp_7_2_1; + result4 += M4(-0.019392774, 0.04917114, -0.10028331, -0.0083147595, 0.021183515, -0.2515138, -0.042518016, -0.036571436, -0.011397838, -0.014067441, 0.16372688, 0.017796928, -0.007861154, -0.004499947, 0.06691656, -0.00077724527) * inp_7_0_2; + result4 += M4(0.017651718, -0.007916474, -0.06843244, -0.0055576186, -0.024696302, -0.45252326, -0.32949975, -0.040939137, -0.008924657, -0.0069884467, -0.09877526, 0.0291089, -0.002020753, 0.0056151017, -0.022990825, -0.005646286) * inp_7_1_2; + result4 += M4(-0.013344221, 0.025063537, -0.006814097, -0.004052438, 0.027173467, -0.064691305, -0.085724786, 0.0013728178, -0.06430201, 0.09891888, 0.06554988, -0.03776078, -0.0015164824, 0.00072032615, -0.03945359, -0.020309223) * inp_7_2_2; + result5 += M4(-0.29015565, -0.0504856, -0.086861864, -0.17976667, -0.09982806, -0.07764492, 0.07808308, -0.2716935, -0.18661919, -0.08591439, 0.26913705, -0.106487356, 0.0043998067, 0.015428668, 0.033899657, 0.09368652) * inp_7_0_0; + result5 += M4(-0.19908395, -0.022122938, -0.014650014, -0.1855974, 0.03959497, 0.09582844, -0.3052797, -0.010022708, 0.12324228, 0.058178306, -0.056906804, -0.08451868, -0.06442597, -0.010315951, 0.11165233, -0.03185339) * inp_7_1_0; + result5 += M4(-0.02280782, -0.024141643, -0.033764925, 0.06668777, 0.059855398, -0.023250736, -0.023053491, 0.057122953, 0.1670807, 0.0062083374, -0.022650175, 0.03845172, 0.083235085, 0.0062549496, -0.069462314, -0.05729075) * inp_7_2_0; + result5 += M4(-0.28318822, 0.010365026, -0.21803187, -0.16786963, -0.6574527, -0.1050853, 0.15702452, -0.5286346, 0.07007811, 0.18338402, 0.009328277, -0.057101313, -0.05055611, -0.0056140893, 0.06760786, -0.075826734) * inp_7_0_1; + result5 += M4(-0.6328875, -0.17265053, -0.32007185, -0.22473463, -0.6974956, -0.48014686, -0.35014078, -0.061697185, 0.070903875, -0.03524646, 0.046297666, -0.031512853, -0.14756496, 0.010609849, 0.07694277, 0.010614909) * inp_7_1_1; + result5 += M4(-0.77281606, 0.015591141, -0.2351573, 0.099579446, 0.02190073, 0.09145027, 0.12198186, -0.03981692, -0.04863525, -0.061372776, -0.038507737, 0.18372037, 0.22119759, -0.047318257, -0.112377256, -0.014638231) * inp_7_2_1; + result5 += M4(-0.15672669, 0.011313571, -0.0016455053, 0.011210724, -0.1784495, 0.024785213, 0.08157578, -0.1588776, 0.1746127, -0.011873531, 0.016143136, 0.0735383, -0.006958686, -0.00926741, -0.03844876, -0.011495204) * inp_7_0_2; + result5 += M4(-0.06482136, -0.024777394, -0.06982902, 0.024797598, -0.19793424, -0.17642917, -0.05805348, -0.06682204, -0.027689785, -0.016412579, -0.07270696, -0.0820727, -0.16408871, -0.0037484975, -0.0727816, 0.0182913) * inp_7_1_2; + result5 += M4(-0.18456468, -0.029399985, -0.14339076, -0.01345119, -0.08311331, -0.097834, 0.095107086, -0.013994656, -0.21792398, 0.04363722, -0.014479818, 0.06327538, 0.22798946, 0.004692031, 0.037308734, 0.0014782102) * inp_7_2_2; + result6 += M4(-0.15523385, 0.04333674, 0.011562106, 0.012884233, -0.7735287, 0.061978884, -0.06362111, -0.04721958, -0.0036680687, 0.11972103, 0.024035923, -0.18345363, -0.26641202, 0.08780031, -0.05821278, -0.01588677) * inp_7_0_0; + result6 += M4(-0.2121926, 0.040110726, 0.022474691, -0.22844389, 0.25405735, 0.01813648, -0.043270804, -0.17447673, 0.10381929, 0.02651742, -0.17135035, 0.02156415, 0.23577787, -0.07796876, -0.0015734138, 0.004324461) * inp_7_1_0; + result6 += M4(0.00079009496, 0.03650711, 0.026441671, -0.22793932, 0.00020839366, 0.07355802, -0.007732349, -0.09052142, 0.008262666, 0.024755577, -0.024505679, -0.039957236, -0.12719211, -0.017149376, -0.0006477875, 0.031975172) * inp_7_2_0; + result6 += M4(-0.2876099, -0.046882026, -0.005891971, 0.022989621, -0.11886945, 0.08643837, 0.0009815173, -0.006898907, 0.15978125, -0.076028, -0.017567702, 0.031061567, 0.0414117, -0.04043728, 0.03147516, -0.092740506) * inp_7_0_1; + result6 += M4(-0.2903089, -0.09079359, 0.07738682, -0.20626391, -0.13970353, -0.40331012, -0.10651353, -0.38800967, -0.21632771, 0.07790675, 0.18777615, 0.06797554, -0.015900627, 0.06686788, -0.004905191, -0.03612247) * inp_7_1_1; + result6 += M4(0.028590072, 0.03684793, 0.034718122, -0.07928443, 0.050980933, 0.036022484, -0.018831767, -0.360042, 0.12971504, -0.01267701, -0.014985852, 0.03258125, 0.015352274, -0.00063632405, -0.007916378, -0.055729836) * inp_7_2_1; + result6 += M4(-0.24037708, 0.06596814, 0.007908019, 4.636603e-05, -0.36411625, -0.06614084, -0.024928998, 0.022652453, 0.03707578, -0.01185145, -0.02202634, -0.012771711, -0.21605279, -0.014994912, 0.018112198, -0.017821215) * inp_7_0_2; + result6 += M4(-0.20019771, 0.016194914, -0.003984423, 0.053569168, -0.147519, -0.18751924, 0.047211252, -0.10476945, -0.21504165, 0.040334094, 0.024131812, -0.06282376, 0.2811309, 0.007064146, 0.004561811, 0.009942218) * inp_7_1_2; + result6 += M4(0.104779065, -0.02237995, 0.013157996, 0.022467796, 0.10577438, -0.041026324, 0.022738328, 0.005887924, 0.03713206, 0.0018778833, 0.01106954, 0.031748325, -0.14795572, 0.013881824, -0.006266062, 0.020826342) * inp_7_2_2; + result7 += M4(-0.017048126, -0.0014680336, 0.22264837, -0.017220203, -0.014482394, 0.039665192, -0.03148343, 0.039337862, -0.010021396, -0.0068325154, -0.076945424, 0.058321618, 0.006317953, 0.0588891, 0.24903962, -0.045815527) * inp_7_0_0; + result7 += M4(-0.011735046, 0.05164914, 0.09057689, -0.07567338, -0.013797732, 0.010123468, -0.14601725, -0.19793466, 0.010152798, 0.00010848839, -0.02723998, 0.034682594, -0.011363744, -0.01866832, -0.10351618, 0.038840428) * inp_7_1_0; + result7 += M4(0.007575896, 0.0342021, 0.019826306, -0.0063154707, -0.00014761885, 0.05654821, 0.094419114, 0.039745655, 0.018475056, 0.0267896, -0.042218987, 0.04887323, 0.021885084, -0.05690418, -0.2152488, 0.011102724) * inp_7_2_0; + result7 += M4(-0.047039494, 0.01717817, -0.007354877, 0.03097899, -0.12532277, 0.037751406, -0.5457681, -0.0066836495, -0.13203242, 0.044490185, -0.18292123, -0.12071842, -0.024309013, -0.090786345, -0.556854, -0.020559551) * inp_7_0_1; + result7 += M4(-0.0756311, -0.051617034, 0.19010684, -0.020291973, 0.034922715, -0.25529796, -0.49442846, -0.23392962, -0.093332306, 0.04667098, 0.14093527, 0.08133245, -0.022771783, 0.030318974, 0.14622752, 0.022611557) * inp_7_1_1; + result7 += M4(-0.023410842, 0.017515162, -0.15425678, 0.020815322, -0.004528309, -0.15812004, -0.7177418, -0.14774992, 0.000594787, -0.09640183, 0.03258781, 0.035561755, 0.010859937, 0.085842706, 0.26981428, 0.019011827) * inp_7_2_1; + result7 += M4(-0.0061331196, 0.006772549, 0.042385384, -0.008290503, -0.03741007, 0.0108373575, -0.23881952, -0.00053264864, 0.045162518, -0.039310794, 0.0022733111, 0.024849279, 0.0033925618, 0.0026793743, 0.07024454, 0.022384964) * inp_7_0_2; + result7 += M4(-0.008750399, 0.07044772, 0.08826913, -0.060729593, 0.002564674, -0.11470527, -0.25962645, 0.08533938, -0.0011103342, 0.09526253, 0.1411946, -0.025586285, 0.017720187, 0.007987387, -0.0671929, 0.009660629) * inp_7_1_2; + result7 += M4(-0.014092657, 0.026131075, -0.036399465, -0.034446795, 0.0011673111, -0.011000087, -0.048490893, 0.022428023, -0.010023926, 0.029476997, -0.06079816, 0.010130016, 0.010098581, -0.002678652, -0.07556091, 0.023580361) * inp_7_2_2; + const ivec2 output_base = ivec2(gl_GlobalInvocationID) * ivec2(4, 2); + imageStore(out_image, output_base + ivec2(0, 0), max(result0, V4(0.0))); + imageStore(out_image, output_base + ivec2(1, 0), max(result1, V4(0.0))); + imageStore(out_image, output_base + ivec2(2, 0), max(result2, V4(0.0))); + imageStore(out_image, output_base + ivec2(3, 0), max(result3, V4(0.0))); + imageStore(out_image, output_base + ivec2(0, 1), max(result4, V4(0.0))); + imageStore(out_image, output_base + ivec2(1, 1), max(result5, V4(0.0))); + imageStore(out_image, output_base + ivec2(2, 1), max(result6, V4(0.0))); + imageStore(out_image, output_base + ivec2(3, 1), max(result7, V4(0.0))); +} + +//!DESC ArtCNN C4F32 DS (Conv2D-5) +//!COMPUTE 48 32 12 16 +//!HOOK LUMA +//!BIND conv2d_4 +//!SAVE conv2d_5 +//!WIDTH LUMA.w 4.0 * +//!HEIGHT LUMA.h 2.0 * +//!COMPONENTS 4 +//!WHEN OUTPUT.w LUMA.w / 1.3 > OUTPUT.h LUMA.h / 1.3 > * +#extension GL_EXT_shader_explicit_arithmetic_types_float16 : enable +#ifdef GL_EXT_shader_explicit_arithmetic_types_float16 +# define V4 f16vec4 +# define M4 f16mat4 +# define F float16_t +#else +# define V4 vec4 +# define M4 mat4 +# define F float +#endif + +const ivec2 ksize = ivec2(3, 3); +const ivec2 offset = ksize / 2; +const ivec2 wg_size = ivec2(gl_WorkGroupSize); +const ivec2 isize = wg_size + ksize - 1; +shared V4 inp[8][isize.y][isize.x]; +void hook() { + const uvec2 local_xy = gl_LocalInvocationID.xy; + ivec2 base = ivec2(gl_WorkGroupID) * wg_size; + for (uint y = local_xy.y; y < isize.y; y += wg_size.y) { + for (uint x = local_xy.x; x < isize.x; x += wg_size.x) { + const ivec2 input_base = (base + ivec2(x,y) - offset) * ivec2(4, 2); + inp[0][y][x] = V4(conv2d_4_mul * texelFetch(conv2d_4_raw, input_base + ivec2(0, 0), 0)); + inp[1][y][x] = V4(conv2d_4_mul * texelFetch(conv2d_4_raw, input_base + ivec2(1, 0), 0)); + inp[2][y][x] = V4(conv2d_4_mul * texelFetch(conv2d_4_raw, input_base + ivec2(2, 0), 0)); + inp[3][y][x] = V4(conv2d_4_mul * texelFetch(conv2d_4_raw, input_base + ivec2(3, 0), 0)); + inp[4][y][x] = V4(conv2d_4_mul * texelFetch(conv2d_4_raw, input_base + ivec2(0, 1), 0)); + inp[5][y][x] = V4(conv2d_4_mul * texelFetch(conv2d_4_raw, input_base + ivec2(1, 1), 0)); + inp[6][y][x] = V4(conv2d_4_mul * texelFetch(conv2d_4_raw, input_base + ivec2(2, 1), 0)); + inp[7][y][x] = V4(conv2d_4_mul * texelFetch(conv2d_4_raw, input_base + ivec2(3, 1), 0)); + } + } + + barrier(); + V4 result0 = V4(0.00012870376, 0.0015073317, 0.00012290025, -0.031450726); + V4 result1 = V4(0.00075700425, -0.00059576443, 0.00043123835, -0.0010607191); + V4 result2 = V4(-0.0012186025, -0.009817943, -0.0022624114, 2.8278655e-05); + V4 result3 = V4(0.00072065956, -0.019619042, -0.000720247, 1.1483696e-06); + V4 result4 = V4(0.0005072502, -4.716536e-06, -0.00013273496, -0.00014584724); + V4 result5 = V4(5.4984226e-05, -0.00016543601, 0.00083523017, 0.0003139287); + V4 result6 = V4(0.0010905131, 0.00019316915, 0.027474692, 0.008348107); + V4 result7 = V4(-0.00035387027, -0.026230067, -0.0020538918, 0.0008813218); + const V4 inp_0_0_0 = inp[0][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_0_1_0 = inp[0][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_0_2_0 = inp[0][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_0_0_1 = inp[0][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_0_1_1 = inp[0][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_0_2_1 = inp[0][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_0_0_2 = inp[0][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_0_1_2 = inp[0][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_0_2_2 = inp[0][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.02825234, 0.050472528, 0.07249266, -0.036686793, -0.008236348, -0.18814753, 0.0048127305, -0.07187667, 0.027375551, 0.0667412, -0.10769006, 0.06668862, -0.04494983, -0.04809392, -0.045809206, -0.038274225) * inp_0_0_0; + result0 += M4(-0.077258155, 0.11137563, -0.02073778, 0.032660037, -0.09308027, -0.02373658, 0.056329884, -0.022265574, -0.016948516, 0.01601987, -0.14742132, 0.06404055, -0.09884169, 0.21626514, -0.20251444, 0.1685334) * inp_0_1_0; + result0 += M4(-0.005836629, -0.041911867, 0.073245466, 0.042423088, -0.006572438, 0.006312453, -0.02910437, -0.035644136, 0.02247486, 0.14070247, 0.06569763, -0.073711194, -0.05906052, 0.08308226, -0.028851544, 0.06398263) * inp_0_2_0; + result0 += M4(-0.04628439, -0.034108642, 0.18604904, 0.018233646, -0.09133256, 0.019611178, 0.011687959, -0.13484737, 0.008817253, -0.14870496, 0.06186094, 0.032866117, 0.005636625, 0.0058991183, 0.06262461, 0.08848391) * inp_0_0_1; + result0 += M4(0.04486707, -0.11528956, 0.027320707, 0.06917625, -0.19171804, 0.069432884, -0.19025773, 0.31622523, 0.0075120684, 0.07121924, -0.019727655, -0.19732587, -0.17011653, 0.019549588, 0.113864094, -0.08387234) * inp_0_1_1; + result0 += M4(0.0051095663, 0.08537196, -0.03169933, 0.0323098, -0.060529582, 0.028143872, -0.052649263, 0.05718779, -0.007441134, -0.029519817, -0.051336925, 0.02123168, -0.063979246, 0.021595892, -0.033775996, 0.07181485) * inp_0_2_1; + result0 += M4(0.062568076, 0.06364635, -0.039970372, -0.006447095, 0.12519073, 0.15771787, -0.0755865, -0.017414108, 0.051324718, -0.09161432, -0.07952098, 0.081326246, -0.05753695, 0.093014814, 0.027538912, 0.002404669) * inp_0_0_2; + result0 += M4(-0.00744137, 0.029176349, 0.10101269, -0.02758753, -0.067584105, 0.059226632, -0.037246663, -0.050222486, 0.075733736, -0.12921144, 0.074807994, -0.016728248, 0.05908262, -0.12593502, 0.041971054, -0.08174431) * inp_0_1_2; + result0 += M4(0.04943014, -0.016725883, -0.026984025, 0.050061073, -0.0018541286, 0.057701662, 0.0018217978, 0.016825218, 0.13714133, -0.08471379, 0.27746886, -0.09209236, 0.044548824, -0.08745845, 0.08161209, 0.07771556) * inp_0_2_2; + result1 += M4(-0.05639158, 0.043210156, 0.061975732, 0.07048967, -0.13271971, -0.042835556, 0.086439915, -0.04577353, 0.16696368, 0.0081004985, -0.045513887, 0.014561117, 0.10838701, -0.04196252, 0.027172176, 0.020009534) * inp_0_0_0; + result1 += M4(0.102852546, -0.050327368, -0.039611086, -0.07678378, -0.14159124, -0.021460293, -0.0006992745, -0.051264238, 0.07857924, 0.044895526, -0.00033525276, 0.05508037, 0.27432808, 0.109197654, -0.05758411, -0.02754107) * inp_0_1_0; + result1 += M4(-0.09417695, -0.0151595315, -0.11193397, 0.04734054, -0.03474961, -0.020111436, 0.013753403, -0.10246779, 0.30541953, -0.002184839, 0.009467595, 0.02313922, -0.03428219, -0.013101571, -0.06601038, 0.068125926) * inp_0_2_0; + result1 += M4(-0.007718083, 0.022167645, -0.0372561, 0.017117832, -0.012538294, -0.122178264, -0.07919307, -0.0067774463, 0.06950172, 0.03165948, 0.069577605, -0.082424365, -0.043734632, 0.028616741, 0.02039027, 0.033831313) * inp_0_0_1; + result1 += M4(-0.024777768, 0.1559108, 0.13268489, 0.042481832, -0.17424461, -0.19196983, 0.33128786, 0.03052741, -0.07871133, -0.07639098, 0.07132073, 0.117071435, -0.085539624, 0.10192558, 0.032388866, -0.026032284) * inp_0_1_1; + result1 += M4(0.21044138, -0.03833567, -0.03887902, -0.015440096, -0.10548603, 0.009248851, 0.065964304, 0.056060005, 0.0033368012, 0.10262367, -0.16890131, 0.05223364, -0.021466231, 0.02432301, 0.07711907, 0.13907103) * inp_0_2_1; + result1 += M4(0.0006207559, 0.07628767, -0.024122464, -0.050615545, -0.15404795, 0.09933703, 0.023408007, -0.051729627, -0.008578353, -0.09102145, -0.004976676, 0.23550455, -0.061921887, -0.001108465, 0.038435172, -0.103362925) * inp_0_0_2; + result1 += M4(-0.103490844, -0.010899284, -0.020487739, 0.05803918, -0.09646101, 0.1026901, 0.06520469, -0.011193636, 0.09393872, 0.07114487, -0.020959882, -0.040198267, -0.2105737, -0.09829211, 0.14387673, 0.014833609) * inp_0_1_2; + result1 += M4(-0.003354044, 0.072334334, 0.16028221, -0.06162113, 0.04883901, 0.07213884, 0.02099781, -0.04124112, 0.14201511, -0.012724468, -0.2590456, 0.008002337, 0.037929222, 0.0412799, 0.055922583, -0.07824662) * inp_0_2_2; + result2 += M4(-0.013893638, 0.12770304, -0.14468402, 0.12212885, -0.020140463, 0.05470519, 0.003691885, -0.021420196, -0.06374135, -0.17111105, 0.0757188, -0.078780405, 0.13151102, 0.05572287, -0.030792726, 0.21981834) * inp_0_0_0; + result2 += M4(0.13976511, 0.065783836, 0.09327418, 0.13874762, -0.04414663, 0.005955995, 0.024778062, -0.073018044, -0.020960657, -0.08148191, -0.00080282555, -0.04114416, -0.14436159, 0.16456963, -0.12388528, 0.3568732) * inp_0_1_0; + result2 += M4(0.094088145, -0.077089556, 0.071451984, 0.10671292, 0.042371325, 0.05656689, 0.018475946, -0.09828818, -0.1001703, -0.03996161, -0.0044480283, -0.065334186, 0.17525658, -0.025878647, -0.0036411502, 0.21724771) * inp_0_2_0; + result2 += M4(0.0342944, 0.052221116, -0.01949957, 0.012354358, 0.023869658, 0.073546335, 0.0877285, -0.36431846, -0.02626674, -0.14184852, -0.046883654, -0.069614366, 0.063146956, 0.07258322, -0.049165007, 0.04512682) * inp_0_0_1; + result2 += M4(-0.0074588475, 0.14777818, -0.19874443, 0.49568745, -0.18574569, -0.15987149, -0.0764119, -0.04251646, -0.07334413, -0.38405332, 0.041632935, -0.71641743, -0.0010440225, 0.11473736, -0.046578478, 0.34829178) * inp_0_1_1; + result2 += M4(-0.006457416, -0.0041369465, -0.043947276, 0.031897474, -0.099781565, -0.04458274, 0.014765808, -0.091072455, -0.046024874, -0.00047156744, 0.059614684, -0.091088615, -0.024731526, -0.066219084, -0.0019194081, 0.032505997) * inp_0_2_1; + result2 += M4(-0.029251635, 0.056005977, -0.029172702, 0.1263884, -0.078013, 0.06456419, 0.009464262, -0.116298, 0.11641417, -0.11715053, 0.06715912, -0.11711052, -0.041919075, 0.030600216, 0.02707128, 0.043036945) * inp_0_0_2; + result2 += M4(0.054973725, 0.043513294, 0.027817035, 0.17361102, -0.05212478, -0.012061641, -0.04480146, -0.10949433, 0.054276537, 0.0677188, 0.026028277, -0.055351324, 0.33972925, -0.022167863, 0.26053816, 0.36052957) * inp_0_1_2; + result2 += M4(-0.0025867675, -0.033859693, 0.015821788, 0.184386, 0.009979756, 0.05862266, 0.008590679, -0.08470479, 0.12410391, 0.0056512062, 0.09959105, -0.038819876, 0.036758754, 0.020678207, 0.078427844, 0.19521163) * inp_0_2_2; + result3 += M4(0.07516922, 0.06817264, -0.033351846, 0.0570181, 0.023872118, -0.033119217, 0.022747792, -0.08716068, -0.1660593, -0.033284668, 0.09960433, -0.009144942, -0.009021771, 0.05191709, -0.10111086, -0.0065188347) * inp_0_0_0; + result3 += M4(0.063911155, -0.0017871537, -0.02683682, 0.031202864, 0.006626746, 0.005269876, 0.111577794, -0.07194623, -0.17961705, -0.025490053, 0.022233343, 0.010028363, 0.094795115, 0.01180024, -0.15879083, 0.12058574) * inp_0_1_0; + result3 += M4(-0.029188888, -0.0048613464, 0.10167411, -0.01733035, 0.13426104, 0.009995426, 0.0055278814, 0.03686712, -0.04044068, 0.0061511467, -0.06844516, 0.03943122, -0.05564705, -0.014750789, -0.067794405, -0.038422555) * inp_0_2_0; + result3 += M4(0.06392588, -0.035220683, -0.0046561114, -0.100309364, 0.1663134, 0.026404293, 0.124145925, -0.101793036, 0.058158122, -0.05311191, -0.078840815, -0.057253875, -0.10874026, 0.020562524, 0.04176369, -0.004982596) * inp_0_0_1; + result3 += M4(-0.055022147, -0.0015293906, 0.059985295, 0.17386433, 0.36176702, 0.07660777, -0.10384644, 0.23624507, -0.09634397, -0.029623128, 0.16258933, -0.094327964, -0.03725318, -0.032710075, 0.04545482, 0.027676413) * inp_0_1_1; + result3 += M4(0.061432358, -0.00852737, -0.16414368, 0.08852885, -0.004861569, 0.017101906, 0.050031036, -0.034904525, 0.07999701, 0.03031258, -0.03243259, -0.10931116, -0.10524792, -0.01605804, -0.00012235781, 0.0018634867) * inp_0_2_1; + result3 += M4(-0.058765683, 0.057311747, -0.09250278, 0.081500016, -0.01575219, -0.05795951, -0.04103856, 0.15493245, -0.13997552, -0.04234876, 0.07340369, -0.08439723, -0.08907591, 0.028325306, 0.038971752, -0.081953414) * inp_0_0_2; + result3 += M4(-0.016148396, -0.020256687, -0.028956844, -0.09699045, -0.044698145, -0.039668884, 0.0030640669, -0.0034066683, -0.14536853, 0.1079129, 0.046979304, -0.09782481, 0.016039869, 0.0069218553, 0.15003178, -0.284929) * inp_0_1_2; + result3 += M4(-0.10598578, -0.07503008, 0.11086802, -0.07511329, 0.081773564, 0.03757604, 0.01578927, 0.037892543, 0.01584319, 0.040191278, 0.02156386, -0.07563746, -0.119566426, -0.09166396, 0.060088415, -0.08760523) * inp_0_2_2; + result4 += M4(0.04311774, -0.0046575717, -0.0051927385, -0.034860145, -0.06816423, -0.047233056, 0.18247157, -0.06609274, 0.021896608, 0.09089035, -0.123854846, 0.059438813, -0.05742909, 0.16950338, -0.11582585, 0.0008909285) * inp_0_0_0; + result4 += M4(-0.22790666, 0.07339618, 0.09134936, 0.059751753, 0.10918637, -0.045729667, 0.03663686, -0.021690749, 0.15934144, -0.009276431, -0.19865279, 0.036363818, -0.16918212, -0.09963749, 0.0038125063, 0.36579713) * inp_0_1_0; + result4 += M4(-0.026364783, 0.04632776, 0.027796665, -0.059985835, -0.013555931, -0.087625116, -0.010512694, -0.042849503, 0.08772071, -0.056421503, -0.119292095, 0.14031912, -0.12183756, 0.13002402, 0.023274511, 0.023750989) * inp_0_2_0; + result4 += M4(0.093281195, 0.030127542, 0.05493629, 0.0069935485, 0.017689057, 0.023545517, 0.0811366, -0.024590306, -0.1099985, -0.03095163, -0.04294214, -0.09061835, -0.15771258, -0.082931705, 0.10125581, 0.09825419) * inp_0_0_1; + result4 += M4(0.44734138, -0.012180531, -0.09398181, -0.12005716, -0.2573845, 0.02849841, -0.11323677, -0.046026174, -0.22775516, -0.044774346, 0.038132742, 0.16683002, 0.32398078, -0.0869028, 0.041380864, 0.0139446845) * inp_0_1_1; + result4 += M4(0.053037174, -0.07678338, -0.041450456, 0.1608069, -0.019744877, 0.043494817, -0.044084672, 0.031270593, -0.15156747, -0.032741968, -0.007922767, 0.11055923, 0.053437173, -0.071062565, -0.086776584, 0.00960438) * inp_0_2_1; + result4 += M4(-0.038308837, -0.015956461, 0.020849645, 0.006402085, -0.009829708, -0.13160974, -0.03548144, 0.03434407, -0.11005906, 0.002573916, 0.13882823, 0.1392691, 0.016676854, -0.109087124, 0.0059470297, -0.08239393) * inp_0_0_2; + result4 += M4(-0.22784173, -0.017135287, -0.04383778, 0.13761617, 0.18187153, -0.11236875, 0.04377618, 0.0152914245, 0.12914966, 0.15687427, 0.15625125, -0.13189301, -0.25085914, 0.15259787, -0.0960026, -0.17363165) * inp_0_1_2; + result4 += M4(-0.01424878, 0.05864589, 0.05924567, -0.06697133, 0.03875816, 0.05776546, 0.008167824, -0.032441102, 0.2037382, 0.06615059, 0.01856782, 0.010310884, -0.06482916, -0.00028947697, 0.10627089, 0.030034268) * inp_0_2_2; + result5 += M4(-0.054193586, -0.025675284, 0.020265425, -0.039972305, 0.058642, 0.14323056, -0.15123907, -0.011585096, 0.16256645, -0.109824136, -0.017497974, -0.030626312, 0.05950098, -0.04655934, -0.035838444, -0.05222391) * inp_0_0_0; + result5 += M4(0.007755075, 0.05598752, -0.062134672, -0.032818593, 0.034227464, -0.19499488, -0.092409186, 0.060386922, 0.04882066, 0.09228972, -0.039126195, -0.054442573, -0.18941747, -0.07295861, 0.006411945, 0.029024774) * inp_0_1_0; + result5 += M4(-0.0033692757, -0.060536902, 0.026629914, -0.010602164, 0.05112915, 0.0024714912, -0.0032793514, 0.036075253, -0.06559311, 0.033517826, 0.106712244, 0.04076608, 0.045067567, -0.046970017, 0.078757666, 0.04772219) * inp_0_2_0; + result5 += M4(-0.038939316, -0.0031435292, 0.092506595, -0.033944752, -0.011017319, -0.057914056, -0.054770526, -0.034871124, -0.032249764, 0.014579273, 0.02030576, -0.015907379, 0.04547219, -0.040377278, -0.015825823, 0.07438816) * inp_0_0_1; + result5 += M4(0.006511647, -0.08793797, 0.15017115, 0.113985285, 0.009456968, 0.17288046, 0.18473615, 0.0019506487, -0.15352003, 0.0992849, 0.059564263, 0.050233517, -0.0027133052, 0.0049805525, 0.020023389, 0.15264674) * inp_0_1_1; + result5 += M4(0.05542958, 0.029432071, -0.118135475, 0.015489625, -0.031143768, 0.04751464, -0.0027562892, -0.014852989, -0.017441804, 0.106149465, 0.1426039, -0.11510644, 0.051034622, 0.034320943, -0.1416798, -0.15111887) * inp_0_2_1; + result5 += M4(-0.005349655, 0.03661216, -0.039780386, -0.07300103, -0.019425578, 0.021303825, -0.008560789, 0.020043299, -0.0035151679, 0.053267673, -0.051687483, 0.055022325, -0.052634656, 0.11189838, -0.08216567, -0.029388128) * inp_0_0_2; + result5 += M4(-0.020968616, -0.10576353, -0.1924763, 0.019439435, 0.15866095, -0.17673945, 0.066261984, 0.07573692, 0.0041221776, -0.08053473, -0.043083128, -0.02708184, 0.34828785, -0.06895619, -0.03632807, -0.2802769) * inp_0_1_2; + result5 += M4(-0.06797596, 0.0013385571, 0.101501465, 0.021737084, 0.0067512398, -0.0328096, -0.030926298, -0.020768786, 0.11983645, -0.10120104, -0.10023374, 0.021199556, -0.07132269, -0.025049286, 0.014568736, 0.071718924) * inp_0_2_2; + result6 += M4(0.042367354, -0.07320226, -0.05030392, -0.03097155, -0.06848109, 0.07833887, -0.018301975, 0.0063609933, 0.04086807, 0.18728144, -0.00229801, 0.11316445, 0.15861443, 0.05616942, -0.027801897, -0.17561917) * inp_0_0_0; + result6 += M4(0.053958494, 0.03252485, -0.049048904, 0.00091042725, -0.02634856, -0.012551877, 0.09447732, 0.024077548, -0.068866804, -0.033668082, 0.00077665824, 0.05336429, 0.085203566, -0.02360444, -0.19250433, 0.2850974) * inp_0_1_0; + result6 += M4(-0.0050973175, 0.009135809, 0.048632257, -0.064880505, 0.07115352, 0.017063122, -0.018218817, 0.021659104, 0.0027115762, -0.017571406, 0.034211423, -0.008411775, 0.008927597, 0.03835467, 0.013826214, -0.07440152) * inp_0_2_0; + result6 += M4(-0.16174015, 0.046346013, 0.02666784, -0.13165195, 0.043951016, 0.124979325, 0.06786961, 0.06975871, -0.01585343, -0.043367013, -0.0069699087, 0.02535214, 0.045468464, 0.0018834862, -0.0039589703, -0.12086647) * inp_0_0_1; + result6 += M4(0.029521056, 0.12073672, -0.13906795, -0.1916976, -0.09924715, 0.19344607, 0.15368523, 0.24795122, -0.105374984, -0.15754443, 0.09340845, 0.0049955756, 0.040059544, -0.00063394714, -0.1272499, -0.20504254) * inp_0_1_1; + result6 += M4(-0.09621672, 0.10360652, 0.05688453, -0.035986796, 0.020708011, -0.0028650032, 0.00011697742, 0.09977053, 0.0765529, -0.0788715, -0.04016248, 0.0611968, 0.055754177, 0.1229572, 0.084490284, 0.048277725) * inp_0_2_1; + result6 += M4(0.059959315, 0.00081622397, -0.09666786, 0.112278335, 0.036391973, -0.090539075, -0.044649478, 0.2225124, -0.025937365, -0.08318799, 0.11224739, -0.054097395, 0.059892207, 0.034853503, -0.05376071, 0.11600284) * inp_0_0_2; + result6 += M4(-0.012622818, -0.04029047, -0.041889485, -0.024164613, 0.06310475, -0.055094402, 0.067537926, 0.12939483, 0.12622632, -0.05457477, 0.06611501, -0.061707594, -0.017733011, 0.052899245, 0.042511255, -0.22232406) * inp_0_1_2; + result6 += M4(0.034716494, -0.11793546, 0.00036974082, 0.12034868, -0.01762745, -0.008249939, -0.062113576, 0.03492903, 0.0060695615, -0.07799395, 0.024927368, -0.2599195, 0.0010177202, -0.14419743, 0.011077671, 0.13116336) * inp_0_2_2; + result7 += M4(0.014553309, -0.0074470704, -0.16007134, -0.011405571, 0.030450094, -0.016226279, -0.13293181, -0.036833964, -0.1443664, 0.019579496, 0.118396215, -0.029384352, 0.0723277, 0.024669567, -0.101058155, 0.14942437) * inp_0_0_0; + result7 += M4(0.062210217, -0.021347476, -0.055580672, -0.05098232, -0.044253673, 0.015302768, 0.045021404, 0.11655919, -0.13224517, -0.06626581, 0.07285238, -0.08862336, 0.08787706, -0.12862337, -0.24408647, 0.21015218) * inp_0_1_0; + result7 += M4(0.02202156, 0.016423222, -0.0037286142, -0.011764392, -0.01310396, -0.008725548, -0.056195028, 0.010151796, 0.060830273, 0.058722235, -0.018515628, -0.004795146, 0.116256446, -0.03741499, -0.074066624, 0.04036169) * inp_0_2_0; + result7 += M4(-0.12240728, 0.030141866, 0.04576457, -0.012376768, -0.0330473, -0.017791318, 0.1571436, -0.043853898, -0.052927777, -0.014838781, 0.028267186, -0.12342817, -0.026195332, 0.0023472672, -0.04253277, -0.085550174) * inp_0_0_1; + result7 += M4(-0.2009318, -0.24020092, -0.40976435, -0.07342096, -0.3716147, 0.055616535, -0.09254849, 0.02399065, -0.012020133, 0.36927363, 0.59333795, 0.012748146, -0.14578514, -0.21347679, -0.32844797, -0.16754282) * inp_0_1_1; + result7 += M4(-0.0428318, -0.053459473, 0.028684434, -0.018248675, 0.00033567534, 0.060592398, -0.06582607, 0.018829256, 0.10419849, 0.03929341, 0.016769698, -0.014192978, 0.009670519, -0.07603321, -0.012554139, 0.051337834) * inp_0_2_1; + result7 += M4(0.042495504, -0.015798202, 0.0017990791, 0.017757915, 0.18598627, -0.06026403, -0.030309746, 0.112242505, -0.048391312, 0.047471784, 0.03632953, -0.024070622, 0.06873554, -0.01998156, 0.013355226, -0.024860214) * inp_0_0_2; + result7 += M4(0.0752057, -0.09200111, -0.106187314, 0.07621654, 0.010918868, 0.013357794, 0.0018193696, 0.02028038, -0.008123338, 0.09716468, 0.16878699, -0.053751923, 0.13322113, -0.027538763, -0.12694189, 0.11730963) * inp_0_1_2; + result7 += M4(-0.10361507, -0.068965495, -0.09642515, -0.0178064, 0.03582002, -0.009865948, -0.058565333, -0.034498867, 0.15128967, 0.082633, 0.1311318, -0.08883258, -0.06233397, -0.08476452, -0.106587805, 0.08905519) * inp_0_2_2; + const V4 inp_1_0_0 = inp[1][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_1_1_0 = inp[1][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_1_2_0 = inp[1][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_1_0_1 = inp[1][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_1_1_1 = inp[1][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_1_2_1 = inp[1][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_1_0_2 = inp[1][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_1_1_2 = inp[1][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_1_2_2 = inp[1][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.017418709, 0.03047621, -0.035894383, 0.029675178, -0.03798603, 0.083898894, -0.04655431, -0.006518156, 0.07839567, 0.0013389732, -0.023377389, -0.003429948, 0.009832289, -0.026624167, 0.012446694, 0.02524536) * inp_1_0_0; + result0 += M4(0.012563411, 0.03702292, -0.02875691, 0.032124132, 0.018167298, 0.018686306, -0.01379084, 0.045010097, -0.027397394, -0.06972298, 0.004102388, -0.046583287, -0.002449551, -0.058618017, 0.037217397, 0.06787799) * inp_1_1_0; + result0 += M4(0.028429842, -0.05467132, 0.025242021, 0.027141431, 0.019252473, -0.08065549, 0.09257724, 0.04900382, -0.013361784, 0.10677996, 0.10340843, -0.014217745, -0.054509588, 0.19412856, -0.16946264, 0.0723509) * inp_1_2_0; + result0 += M4(0.009138425, -0.006058701, 0.029574737, 0.08232435, 0.06400533, 0.037013065, 0.016174924, -0.008731072, 0.053147938, 0.02713442, 0.0134491995, 0.08542876, -0.03746861, 0.08111109, 0.05664614, -0.048998605) * inp_1_0_1; + result0 += M4(-0.02925496, 0.049888182, -0.030060813, 0.035322275, -0.0773797, -0.14322223, 0.1078786, -0.08756277, -0.026952974, 0.045466185, -0.019971544, -0.07595785, 0.32762298, 0.014192252, 0.349071, 0.17363691) * inp_1_1_1; + result0 += M4(0.083915, 0.100862205, 0.07701517, 0.027563948, 0.013311844, -0.00016412573, -0.027913488, -0.021475151, -0.017322414, 0.008609259, -0.044093776, 0.044156257, 0.086259566, -0.15022193, 0.0107320165, -0.069588274) * inp_1_2_1; + result0 += M4(0.039998673, -0.03382362, 0.04524961, 0.025787964, -0.10883636, 0.061441638, -0.53263533, 0.023401683, 0.36825883, 0.14872833, -0.34267634, 0.107345, -0.12917432, 0.018690834, -0.11513532, -0.030515788) * inp_1_0_2; + result0 += M4(-0.00828448, -0.0038745373, 0.023804154, -0.058837716, -0.3741643, -0.0052964333, -0.88595945, 0.24521157, -0.21722834, -0.013767049, 0.101908654, 0.2135949, -0.18464348, -0.111717455, -0.11288168, -0.11193086) * inp_1_1_2; + result0 += M4(0.065031424, 0.036405917, -0.20791979, -0.07621366, -0.020438274, 0.01369907, -0.021650977, 0.08698215, -0.055356365, 0.14324428, 0.18080603, 0.14535113, -0.05851366, -0.053593762, -0.09069061, 0.009242277) * inp_1_2_2; + result1 += M4(-0.027254121, -0.034437984, -0.004247502, 0.009127255, 0.05101741, 0.025027085, -0.079198875, 0.009514928, -0.017698936, -0.0074822307, -0.07649974, 0.040912405, -0.037677895, 0.07438578, 0.06545263, -0.07207911) * inp_1_0_0; + result1 += M4(-0.010202402, 0.007117349, -0.062361635, -0.03728422, 0.05150864, 0.037142407, 0.12592474, -0.039169103, 0.032473765, 0.013044754, 0.14421019, -0.10579016, 0.31002274, -0.04012663, 0.21835472, 0.028253479) * inp_1_1_0; + result1 += M4(0.0137379, -0.089400865, -0.017349815, 0.018399145, -0.030090353, -0.09054616, -0.02951489, -0.019568171, 0.11513796, -0.011408798, 0.023999803, 0.04628498, -0.33841875, -0.5108933, -0.09424127, -0.108504064) * inp_1_2_0; + result1 += M4(0.028551575, 0.012780736, -0.047223996, -0.02969291, -0.35930815, -0.013179916, -0.21856937, 0.0048393128, 0.100381486, 0.046919473, -0.024066515, 0.09674702, 0.04530783, 0.10557541, 0.043592915, -0.13429579) * inp_1_0_1; + result1 += M4(0.28134185, -0.058985457, 0.03692803, -0.08276008, 0.37679648, 0.36340785, 0.14437196, 0.111308895, 0.12185249, 0.065915205, 0.03668009, -0.07789429, 0.1793655, 0.35379803, -0.09055568, -0.05690878) * inp_1_1_1; + result1 += M4(-0.15130775, 0.13480394, -0.09216019, 0.04585281, -0.09969302, -0.24532558, 0.019521289, -0.14670423, -0.08655364, -0.058140524, -0.05669363, 0.06634686, 0.019699907, -0.2932691, -0.1847335, 0.13557985) * inp_1_2_1; + result1 += M4(0.01912094, 0.0039936244, -0.008487629, 0.03292135, -0.1333557, -0.01869552, -0.17619574, -0.17558426, -0.23783557, 0.03481586, -0.14363688, 0.09256015, 0.0031344262, -0.13423806, 0.07353918, 0.08341448) * inp_1_0_2; + result1 += M4(-0.11895379, -0.26720572, 0.017094158, -0.00051445625, -0.23143825, 0.27810067, -0.3132735, -0.0872267, 0.105652176, 0.09114439, 0.11441366, -0.12430906, 0.32491785, -0.075133525, 0.031382542, -0.08362819) * inp_1_1_2; + result1 += M4(0.06069166, -0.012380882, 0.053487338, 0.14757203, -0.0035123285, 0.14036289, -0.6101021, -0.030852132, 0.06909205, -0.06527503, -0.035564177, 0.058050063, -0.09365824, -0.06887864, 0.14134659, -0.049946763) * inp_1_2_2; + result2 += M4(0.060764197, -0.044476423, 0.006212088, 0.004834526, -0.033490956, -0.024018971, -0.019870147, 0.020748984, -0.104704544, -0.010575584, 0.02419713, 0.018909888, -0.014168303, 0.006435106, -0.019482184, -0.097632654) * inp_1_0_0; + result2 += M4(0.09645522, 0.06339595, -0.008657519, -0.029634126, 0.027884953, -0.03705686, 0.036230784, -0.06363273, -0.06456915, 0.035239473, -0.00907562, -0.06692202, 0.16278431, -0.090533294, -0.046527106, -0.043334037) * inp_1_1_0; + result2 += M4(0.030307516, 0.03852743, 0.02691295, 0.005781487, -0.012388547, -0.004266756, 0.021897772, 0.019205237, -0.19809248, -0.06270081, 0.024294604, 0.017338542, -0.04198413, 0.020905977, -0.053037666, 0.03417977) * inp_1_2_0; + result2 += M4(-0.02183366, 0.003552609, -0.025223436, 0.07945964, -0.044301387, 0.026234947, -0.13667427, -0.115775794, -0.09878849, -0.029482584, 0.036059596, 0.032298874, -0.069991216, 0.0048591127, 0.007684848, -0.061667748) * inp_1_0_1; + result2 += M4(0.03458296, -0.16721064, 0.19953558, 0.007891199, -0.07995672, 0.0049745836, -0.025245689, -0.09587196, -0.20514953, -0.15887311, -0.048276924, -0.026260328, -0.0007540655, 0.2853079, 0.10725677, 0.067231655) * inp_1_1_1; + result2 += M4(-0.043415755, -0.03609343, -0.15651539, 0.029634878, 0.015398887, 0.106489025, 0.16573432, 0.08572708, -0.057816554, 0.11592395, -0.061352186, 0.045980256, 0.027626013, 0.1205891, -0.12826093, 0.17988913) * inp_1_2_1; + result2 += M4(-0.07613995, 0.03188516, 0.050434474, 0.07684799, -0.048884198, -0.05990355, -0.15424035, -0.12519434, -0.13924104, -0.043877065, -0.024292545, 0.12428708, 0.049553752, -0.052151076, -0.08552776, -0.08521151) * inp_1_0_2; + result2 += M4(0.06283567, -0.09408841, 0.17939365, 0.027883235, -0.0572143, -0.12717895, -0.23556021, -0.3437946, -0.28594282, 0.21834908, 0.0075811013, 0.11526571, -0.06848633, 0.07531049, 0.10427754, 0.17251001) * inp_1_1_2; + result2 += M4(-0.00060835853, -0.1573507, -0.053589314, 0.1054587, -0.16309783, 0.17876866, -0.31901908, -0.3161011, -0.10772736, 0.060162168, 0.06941775, 0.029499564, 0.033513017, -0.10560592, 0.022555176, 0.062695414) * inp_1_2_2; + result3 += M4(-0.015335679, 0.07446124, -0.025621187, 0.017600443, 0.0027819437, -0.006842744, 0.0061612506, -0.13766107, -0.060149062, -0.037893794, 0.03802441, -0.067901194, 0.09187975, 0.008092903, -0.00014844636, 0.08863902) * inp_1_0_0; + result3 += M4(0.09968198, 0.050697595, -0.024685169, 0.03493401, -0.08088221, 0.07504558, -0.052292805, 0.13931729, 0.065187216, -0.061902452, -0.08251134, 0.04479079, 0.07394274, -0.118048705, 0.22057092, -0.23120454) * inp_1_1_0; + result3 += M4(0.03313147, 0.04955954, -0.012374923, 0.04282824, 0.06583755, -0.017040761, 0.11975665, 0.03809186, -0.16409242, -0.014598374, 0.099037714, -0.0043711704, -0.076318435, 0.087188765, 0.09313884, 0.09535661) * inp_1_2_0; + result3 += M4(-0.11161148, -0.057124633, 0.043214656, -0.110703886, -0.06603701, 0.042456217, -0.017486071, 0.027518172, -0.24374628, 0.01991404, -0.059355177, -0.02570105, 0.07711955, 0.015240446, -0.06977584, 0.12751685) * inp_1_0_1; + result3 += M4(0.054609764, -0.21227507, -0.011209875, -0.0383821, 0.06450621, 0.089725964, -0.018912842, 0.022530952, -0.05859137, -0.06519225, 0.11518891, -0.17043544, 0.30075353, 0.14126804, -0.20937167, -0.30027533) * inp_1_1_1; + result3 += M4(-0.14063236, 0.08310379, 0.14488798, -0.09376922, 0.03684436, 0.064583085, -0.0061855465, -0.0017473684, -0.2859202, 0.003856779, -0.04442142, 0.026713409, 0.40383524, -0.25232488, 0.07941386, 0.3922703) * inp_1_2_1; + result3 += M4(0.03794146, 0.06680176, 0.02033688, 0.030781304, -0.4612068, -0.10146264, -0.18086125, 0.3228064, -0.02779584, 0.05158886, -0.17849232, -0.047727022, -0.028723454, -0.0060423072, 0.1464432, 0.15395641) * inp_1_0_2; + result3 += M4(-0.018780684, -0.03252803, 0.2263186, -0.13682126, -0.47732577, -0.2497758, 0.0961493, 0.01326684, -0.07228836, -0.009488362, 0.18675251, -0.094570085, 0.17758664, 0.06300553, 0.07841854, -0.16636424) * inp_1_1_2; + result3 += M4(0.041384522, 0.14973554, -0.13226996, 0.034936458, -0.5047917, 0.054755438, 0.12391931, 0.1596265, -0.40879637, 0.059420936, 0.06657247, 0.028592296, 0.2358234, 0.033842545, 0.06944371, -0.16912213) * inp_1_2_2; + result4 += M4(0.05311598, 0.019826028, 0.011086883, -0.021887308, 0.059144896, -0.009230842, 0.054118145, 0.103895284, 0.10083564, -0.010336906, -0.07319659, -0.048320077, -0.05682911, -0.1619715, -0.05072684, -0.012430253) * inp_1_0_0; + result4 += M4(-0.071258165, -0.07206449, 0.007877828, 0.04877597, -0.03045355, 0.047173545, -0.11567965, 0.028120818, -0.022546913, 0.027650485, 0.034297872, -0.013740084, 0.18390064, 0.0110989, 0.117114075, 0.20891143) * inp_1_1_0; + result4 += M4(-0.045401983, 0.013605427, 0.016331915, -0.024901144, -0.033758435, -0.031822678, -0.016521053, -0.10487585, 0.04210012, -0.10214398, -0.018865421, -0.029367005, -0.025667086, 0.41487533, 0.032567278, -0.22080663) * inp_1_2_0; + result4 += M4(0.0037877297, 0.021871453, 0.011498469, 0.006139841, -0.021233842, 0.056552038, -0.13259467, -0.18828025, -0.026284527, -0.041182987, 0.10565905, -0.07781128, -0.07258588, -0.09024599, -0.14303032, 0.06265986) * inp_1_0_1; + result4 += M4(-0.20828693, 0.0803589, -0.07921446, -0.042546384, -0.054562993, -0.30823, 0.01087237, 0.28675285, 0.30932355, -0.10021583, -0.115128726, -0.04681989, -0.4963274, 0.12091105, -0.3624494, 0.26615098) * inp_1_1_1; + result4 += M4(-0.07072683, -0.1668421, -0.031643827, -0.16955912, 0.15100871, 0.17900783, 0.13331188, -0.024202855, 0.062017065, 0.034024704, 0.047093786, 0.082588755, -0.1429204, -0.23887563, 0.28322488, 0.011296719) * inp_1_2_1; + result4 += M4(-0.043304637, 0.050246876, 0.043262403, -0.08105104, 0.11705984, -0.3195758, 0.36736345, -0.30946398, 0.058647998, 0.032681633, -0.14707363, 0.04745867, 0.11118461, -0.054096732, 0.05881837, 0.103959955) * inp_1_0_2; + result4 += M4(0.4009369, -0.15147172, -0.020487187, 0.12404583, -0.3079209, -0.067801125, 0.8490191, -0.8472001, -0.06286357, -0.052003402, -0.05798621, 0.055178683, -0.060744245, 0.013418172, -0.12043419, 0.08806088) * inp_1_1_2; + result4 += M4(-0.03778331, 0.10257682, -0.07735904, 0.062345475, 0.29189754, -0.26781094, 0.12107478, -0.19960314, 0.041006602, -0.05646107, 0.002505815, -0.112233184, 0.055230446, -0.039380968, 0.21954706, -0.02870625) * inp_1_2_2; + result5 += M4(0.016291095, -0.011221429, 0.015665311, -0.053139552, 0.026286267, 0.023039427, 0.023016712, -0.061707195, -0.052618805, -0.015601597, -0.02011242, -0.050300457, -0.053843774, -0.20685083, 0.027301963, 0.10998949) * inp_1_0_0; + result5 += M4(0.03837473, 0.05254415, -0.00080854684, -0.040619116, -0.0020735469, -0.13120306, 0.05770567, 0.06391536, 0.028435186, 0.0027125527, -0.015089462, 0.07767398, 0.12986776, -0.4159729, 0.08245571, 0.11465695) * inp_1_1_0; + result5 += M4(0.04034278, -0.008207551, 0.03838088, 0.056135938, -0.032676563, 0.031642266, -0.045962267, 0.059938844, -0.042130135, -0.04537576, 0.028058194, -0.016807662, 0.16456495, -0.6113196, -0.42725474, -0.16307503) * inp_1_2_0; + result5 += M4(0.017811567, 0.056559052, -0.014353315, 0.0133377705, -0.03318095, 0.092453144, 0.05246356, -0.08190049, -0.06832507, -0.00080604915, -0.0076090493, 0.14349502, 0.012797353, -0.2697733, -0.12046655, -0.057533484) * inp_1_0_1; + result5 += M4(0.15638834, 0.048883244, -0.051702894, 0.06488677, -0.03852504, 0.038575765, 0.23324871, 0.09877689, -0.075095855, -0.04830458, -0.24212718, -0.014865598, -0.17191437, -0.77365506, 0.008027985, 0.22996089) * inp_1_1_1; + result5 += M4(-0.017335247, 0.14751019, 0.06585923, -0.17641634, -0.06569785, -0.26129907, -0.22370629, -0.13147283, -0.03262299, -0.013248584, 0.04594725, -0.13160022, -0.008222502, -1.0356127, -0.36193693, -0.44051754) * inp_1_2_1; + result5 += M4(-0.05584289, 0.029131265, 0.034898836, 0.038284853, 0.012738034, -0.1209926, -0.07185093, -0.18905109, 0.054480888, 0.13217686, -0.073891, -0.13050117, 0.06685193, -0.1597491, 0.09448252, -0.005437527) * inp_1_0_2; + result5 += M4(-0.0196811, -0.19598103, -0.07783923, -0.063255794, -0.052678622, -1.137565, -0.225611, -0.11549385, -0.08625303, -0.12001293, -0.06118455, 0.21607293, -0.18815157, -0.35172546, -0.0025106634, 0.002445428) * inp_1_1_2; + result5 += M4(0.13319601, -0.07210835, -0.13232388, 0.02761432, -0.18799822, -1.2781672, 0.050042987, -0.13998912, -0.106975965, -0.108207084, 0.08443993, 0.032595377, -0.01976393, -0.6081106, -0.11164538, 0.03883463) * inp_1_2_2; + result6 += M4(0.033074886, 0.01456681, -0.004679765, -0.08192022, -0.067768045, -0.055300165, -0.00333654, 0.041301347, -0.046085943, -0.03765881, 0.029648192, 0.05373143, 0.0051887627, 0.0589174, 0.015505131, 0.06869475) * inp_1_0_0; + result6 += M4(0.025754485, -0.037234567, -0.07378072, -0.099404216, 0.09122528, 0.17751941, 0.026758412, -0.039209135, 0.021081837, -0.0034884172, 0.01572646, 0.09727677, -0.036099352, 0.018142808, 0.014511881, 0.0604167) * inp_1_1_0; + result6 += M4(-0.011542189, 0.07421957, -0.009463231, -0.096331015, -0.051909856, -0.11668948, -0.025338132, -0.007597182, -0.039281595, -0.028591033, 0.008283274, 0.056748785, -0.12518261, 0.15266642, 0.024410337, -0.026743965) * inp_1_2_0; + result6 += M4(-0.15609896, -0.043293085, -0.010197192, -0.16263603, -0.13696565, 0.07399372, 0.031591773, -0.12916496, -0.03667822, -0.0747791, -0.08600092, 0.34519646, 0.09757736, -0.051031727, -0.041945048, 0.08449455) * inp_1_0_1; + result6 += M4(0.21484835, -0.13184159, 0.06463381, -0.18359545, 0.19409572, -0.059853785, -0.046886705, -0.15263551, 0.09478074, 0.06894887, -0.15709934, 0.3627044, 0.32462704, 0.22076513, -0.17329441, 0.26266629) * inp_1_1_1; + result6 += M4(0.020649584, -0.1902899, 0.30580583, -0.19065888, -0.08899363, -0.0066667954, 0.025861258, -0.22826087, 0.036973532, 0.054434314, -0.10382239, 0.27179778, 0.21625055, -0.13530569, -0.072385296, -0.065657705) * inp_1_2_1; + result6 += M4(0.016347792, 0.03480103, -0.048113488, 0.06259222, -0.4316581, 0.091990374, -0.02009009, 0.017726596, 0.0064451783, -0.04213947, -0.06700353, 0.047655486, -0.0014482669, 0.027389871, 0.0051922794, -0.08153045) * inp_1_0_2; + result6 += M4(-0.066500425, -0.07152405, -0.045412377, 0.12576097, -0.2961856, -0.1929178, 0.31079096, -0.013092226, -0.2451591, -0.039968736, -0.09930225, 0.08451656, 0.03885513, 0.0419801, 0.023305446, 0.02964816) * inp_1_1_2; + result6 += M4(0.03337743, -0.03295367, 0.07746758, 0.0657193, 0.25236058, -0.16876762, -0.1067636, 0.03514839, 0.015139447, 0.018583262, -0.07496198, 0.15334865, -0.03983048, 0.0834044, -0.027389742, -0.2050976) * inp_1_2_2; + result7 += M4(0.033491794, 0.033431564, -0.032191694, -0.03791176, -0.10448618, -0.0027218966, -0.048336614, -0.020620013, 0.0008278457, -0.005999135, -0.025837826, 0.06519663, 0.05074621, -0.018540831, 0.0029468199, 0.074196905) * inp_1_0_0; + result7 += M4(0.062896974, -0.009443187, 0.020553943, -0.120330945, 0.12485581, -0.070784785, 0.04606034, 0.014535254, -0.068321794, -0.048461266, 0.10030074, 0.03287768, -0.117403835, -0.0026079826, 0.12015297, 0.33320388) * inp_1_1_0; + result7 += M4(-0.02412423, 0.0027698653, -0.0034215215, 0.0048054494, -0.015451561, -0.038356625, 0.042229865, -0.003276745, 0.011244953, 0.02155011, -0.09089103, -0.017926773, -0.18452801, -0.0009074408, -0.027913399, -0.118693486) * inp_1_2_0; + result7 += M4(-0.044045206, -0.026545795, 0.0625399, 0.036388937, 0.023242345, 0.042980168, -0.051898457, -0.038802974, -0.05418674, 0.054400906, -0.008519099, 0.030409131, 0.06289983, -0.03152753, -0.054193035, -0.04534729) * inp_1_0_1; + result7 += M4(0.035021484, -0.1928886, 0.20334782, -0.1292003, 0.189458, 0.24525474, -0.16314523, 0.11621057, -0.04987817, 0.20187682, -0.24974394, 0.02364756, -0.44616988, 0.022775814, 0.099305615, -0.18563195) * inp_1_1_1; + result7 += M4(0.06319084, -0.06909548, 0.21568686, -0.09182502, -0.18536936, -0.026132217, -0.037597112, -0.13205439, -0.009697983, -0.033270434, 0.0004985, 0.08547708, -0.17955612, -0.109026566, 0.1683259, 0.032643046) * inp_1_2_1; + result7 += M4(-0.050920185, 0.014293551, 0.052467205, -0.013185744, 0.6167788, 0.00095461216, -0.17809248, 0.2858305, -0.004065777, 0.003838619, -0.03848994, 0.18019846, 0.08137998, 0.024889063, -0.039636772, 0.044028163) * inp_1_0_2; + result7 += M4(-0.20140332, -0.060450733, -0.00053162617, 0.060781363, 0.9409405, 0.07785594, 0.26325184, 0.06354481, -0.14579262, -0.08059214, 0.13374886, -0.11254252, 0.08748199, 0.021145327, 0.064878404, -0.06348521) * inp_1_1_2; + result7 += M4(0.0680433, 0.11711085, 0.33918294, 0.0029023325, 0.55087554, 0.119711325, 0.14793326, -0.06605746, 0.20209055, 0.006866348, -0.051688045, 0.010190858, -0.029470397, 0.013574893, 0.1306819, 0.10193515) * inp_1_2_2; + const V4 inp_2_0_0 = inp[2][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_2_1_0 = inp[2][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_2_2_0 = inp[2][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_2_0_1 = inp[2][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_2_1_1 = inp[2][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_2_2_1 = inp[2][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_2_0_2 = inp[2][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_2_1_2 = inp[2][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_2_2_2 = inp[2][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.07494, -0.05077266, -0.026659595, 0.030619424, -0.0038135254, 0.05391335, 0.1570492, 0.08343182, 0.015458231, -0.0057014613, -0.042156916, -0.036272705, 0.014460308, -0.030670522, 0.018927738, -0.027828531) * inp_2_0_0; + result0 += M4(0.15514928, 0.006001489, -0.09822864, 0.0346804, 0.08639671, 0.08669355, 0.065377995, 0.016002357, -0.084707804, -0.08958183, -0.029676473, -0.05378617, 0.003623887, -0.056604553, 0.0067594675, 0.022004629) * inp_2_1_0; + result0 += M4(-0.09237165, -0.1711586, -0.1387132, 0.015620278, 0.03760303, -0.109505035, -0.00024950327, -0.08786268, 0.06631906, 0.07354312, -0.02684669, -0.085153036, -0.029682446, 0.007307099, -0.05943568, 0.09192438) * inp_2_2_0; + result0 += M4(-0.051590115, -0.09793452, 0.13194951, -0.056596216, -0.18033156, -0.027467335, 0.20966366, 0.0018317275, -0.054502442, 0.04424457, -0.013086082, -0.077963166, 0.02515949, -0.031817596, 0.013543345, -0.0015129097) * inp_2_0_1; + result0 += M4(0.10139761, 0.39920083, 0.30134752, 0.17718132, 0.03846701, -0.06416088, -0.23580274, -0.07190605, -0.0031325787, -0.109290145, -0.051111437, -0.06360225, -0.045040537, -0.051740255, 0.07409316, 0.11579864) * inp_2_1_1; + result0 += M4(0.044332467, 0.0133779235, 0.12232053, -0.13510416, -0.08397025, 0.04206557, 0.0117594255, 0.0050962176, 0.0054156976, 0.05086221, 0.058712497, -0.05262061, -0.021198815, -0.036517896, -0.004759374, 0.06316373) * inp_2_2_1; + result0 += M4(0.055690076, 0.0017181535, 0.11878236, 0.03162121, -0.10013495, 0.035604306, 0.057296947, -0.07491181, 0.023251142, 0.04911363, 0.038059786, 0.015719399, 0.0046298997, -0.014167606, -0.024076566, -0.01338639) * inp_2_0_2; + result0 += M4(0.0058332984, -0.067495145, 0.11614125, -0.108366795, -0.0034360816, -0.017702324, 0.07662247, 0.01511283, -0.08448825, -0.00885264, -0.013982804, 0.022915812, 0.034426693, 0.04153597, -0.048677947, -0.0032110345) * inp_2_1_2; + result0 += M4(0.054809652, -0.0846411, 0.20322223, -0.15459712, 0.15113762, 0.038187418, -0.19329266, 0.048639983, 0.010586334, 0.05149305, 0.06670847, 0.034048304, -0.080881335, -0.026839003, -0.13555643, -0.005457974) * inp_2_2_2; + result1 += M4(0.17945331, -0.023931164, 0.027202131, 0.08880175, 0.04402973, 0.06695098, 0.08354948, -0.19006556, 0.026199497, -0.009296187, 0.0017142799, -0.08222427, -0.047533553, 0.08608704, 0.054214083, 0.052421566) * inp_2_0_0; + result1 += M4(0.09861517, -0.04518242, -0.102684125, -0.043397196, 0.05195172, 0.0066635907, -0.05621173, -0.05790526, -0.06728771, -0.07670168, 0.13762155, 0.06563987, 0.04788187, -0.003676454, -0.028143033, -0.028035967) * inp_2_1_0; + result1 += M4(0.05009104, 0.09247924, -0.18710847, 0.110595345, 0.040749308, 0.2177276, 0.13237047, 0.07979705, 0.11248281, -0.054301694, 0.13807157, -0.03904279, -0.08975319, -0.008645623, -0.12852934, 0.0369289) * inp_2_2_0; + result1 += M4(0.024393665, -0.008234926, 0.088239424, 0.07658029, 0.09357282, 0.12142016, 0.1830739, 0.02855118, -0.103374995, 0.05672652, -0.01929009, -0.08387968, 0.08673028, 0.13491224, -0.0062334486, 0.0981836) * inp_2_0_1; + result1 += M4(-0.21178693, 0.121799774, 0.110035494, -0.16204852, -0.27262422, -0.45329106, 0.07763265, 0.16171797, -0.0042413822, 0.18485485, 0.025555402, 0.008333991, 0.12641914, -0.060500026, -0.08808921, 0.020874847) * inp_2_1_1; + result1 += M4(0.10924835, 0.19907112, 0.049274243, 0.048267387, -0.14942577, -0.08877669, 0.076406814, -0.0057600373, -0.0975423, 0.18761975, -0.0658328, -0.0686535, -0.0024109816, 0.0068818084, -0.013526458, 0.048224322) * inp_2_2_1; + result1 += M4(0.06213526, -0.055960607, 0.06532137, 0.23777834, 0.16414092, 0.12011937, -0.08434864, -0.038254157, -0.119830206, -0.0276754, 0.034424048, 0.064848155, 0.024560139, 0.0823504, -0.0019978674, -0.06813539) * inp_2_0_2; + result1 += M4(-0.052649997, -0.06047692, 0.09607663, -0.020205185, 0.000105328494, -0.04821212, -0.06589419, 0.064222395, 0.0137073435, 0.063751325, 0.011678911, 0.16447645, -0.14408441, -0.046732858, 0.11591468, -0.12921704) * inp_2_1_2; + result1 += M4(-0.029070064, 0.019770756, -0.054608867, -0.0013570767, 0.01393227, 0.15071338, 0.106768034, -0.1397014, 0.086960815, -0.054786198, -0.07481496, 0.041338097, -0.12111123, 0.02133726, 0.07077017, -0.09974869) * inp_2_2_2; + result2 += M4(-0.06523624, -0.011637894, 0.013202765, 0.028338807, 0.036488313, -0.047921047, 0.10811481, -0.0680509, -0.03791697, 0.007575854, -0.071897626, -0.024764491, -0.08431334, 0.08933683, -0.05908894, -0.026652684) * inp_2_0_0; + result2 += M4(0.113793075, 0.14882053, -0.08299222, 0.15829425, 0.016099678, 0.052491635, -0.05269082, -0.14886315, -0.0727342, 0.06401357, 0.045290276, -0.1656238, 0.050183937, 0.012482351, 0.07713139, 0.09076516) * inp_2_1_0; + result2 += M4(0.12187568, 0.03305523, 0.008213214, 0.104071446, -0.03357946, -0.013462112, 0.1129802, -0.08046473, 0.04575342, 0.038853917, -0.013957368, -0.11232587, 0.015577268, -0.0051343907, -0.019716062, 0.06611522) * inp_2_2_0; + result2 += M4(-0.03968841, -0.15322322, 0.055316787, -0.005211975, -0.04737429, 0.021851042, 0.004827195, -0.060772017, 0.062346663, -0.08750688, -0.1653267, -0.22385976, -0.13247189, 0.05052236, -0.099613376, 0.11546412) * inp_2_0_1; + result2 += M4(-0.22240499, -0.27284405, 0.30428737, -0.39086345, 0.14287558, 0.03783774, -0.321136, 0.49711552, 0.19291952, -0.19244896, -0.1262286, -0.7186221, 0.021420028, 0.16798481, -0.001190083, 0.603055) * inp_2_1_1; + result2 += M4(0.04444056, -0.049011413, 0.09896402, -0.16583309, -0.1071772, -0.052570816, 0.026494984, 0.028089805, 0.07932182, 0.0862509, -0.011307004, -0.034114096, -0.07756723, -0.057702307, -0.017363068, 0.056191634) * inp_2_2_1; + result2 += M4(0.041961048, 0.004297009, -0.0545132, 0.044127725, -0.10441683, 0.11742233, -0.04116199, 0.15055777, 0.11402831, 0.0011245033, -0.033392046, -0.12580137, -0.07758799, 0.044290204, 0.027751498, 0.10705669) * inp_2_0_2; + result2 += M4(0.06467788, 0.086151935, 0.07726434, 0.09277324, -0.04042926, -0.004939324, 0.06698208, -0.0022127065, 0.0053815665, 0.0046978123, -0.11127949, -0.09446042, 0.048278403, 0.017751362, 0.012433524, 0.048401892) * inp_2_1_2; + result2 += M4(0.06402855, -0.050090324, -0.004710745, 0.08049927, -0.069437996, 0.03885143, 0.085725866, 0.022214757, 0.04614415, 0.01786597, 0.069098175, -0.036424533, -0.024743352, -0.02808395, -0.09000762, -0.003649834) * inp_2_2_2; + result3 += M4(-0.045640748, -0.0063400236, -0.0013699245, 0.030135032, 0.037648123, 0.001330038, 0.048967063, 0.021150252, 0.007981003, -0.048084144, 0.04252307, -0.0145246005, -0.06772604, 0.036997158, -0.004073418, 0.049042378) * inp_2_0_0; + result3 += M4(0.031741023, 0.0010430248, -0.112246305, -0.024879638, 0.067149535, 0.046017114, -0.0011107507, 0.020667493, 0.033573058, -0.034145474, -0.047484566, 0.14315285, 0.01293433, 0.008634882, -0.010181065, -0.030354196) * inp_2_1_0; + result3 += M4(0.19533974, -0.05397993, -0.20672618, -0.016877312, -0.0047949064, -0.027004106, -0.07124846, -0.18177177, -0.05796344, 0.03238938, -0.032951236, 0.047307037, -0.009142184, 0.0076127644, 0.029982325, 0.018763395) * inp_2_2_0; + result3 += M4(-0.012870685, -0.018568646, 0.10898687, 0.011072115, 0.022851322, -0.008432655, -0.108623154, 0.09017585, -0.076823056, 0.0005175829, -0.18020837, -0.060901105, -0.14940912, -0.0318334, 0.031519167, -0.074741654) * inp_2_0_1; + result3 += M4(-0.034363076, 0.015508316, 0.031822786, -0.21294376, 0.11306669, 0.013865108, -0.22649102, 0.14027794, -0.33663842, 0.032454435, 0.017281126, -0.015645262, 0.075483166, -0.026638439, 0.15642151, 0.025092613) * inp_2_1_1; + result3 += M4(-0.07745874, -0.014501854, -0.14062268, -0.07390119, -0.08448971, -0.0033370005, -0.066395864, 0.043039158, -0.15300897, -0.0065638325, 0.080482855, -0.035446554, 0.026744055, 0.028667608, -0.022409528, -0.019115414) * inp_2_2_1; + result3 += M4(-0.02511079, 0.041671794, 0.17295955, -0.071983226, 0.07804442, -0.015229377, 0.067681365, -0.011101983, 0.015711699, -0.014400514, 0.005392753, 0.001381756, 0.07462556, -0.00034293171, -0.047388285, 0.05993132) * inp_2_0_2; + result3 += M4(0.036151588, 0.02973521, 0.044248186, -0.11452938, 0.11488021, 0.007013514, -0.09613799, 0.12363617, -0.034297317, -0.0061639533, 0.12067807, 0.017623423, -0.06019171, -0.0772687, -0.092259265, -0.015990047) * inp_2_1_2; + result3 += M4(0.01212578, 0.010690265, -0.049116254, -0.10172036, -0.03062488, -0.019137895, 0.058667358, 0.073232345, 0.027817994, 0.06959846, -0.026369462, 0.018732924, -0.00670127, 0.011567502, 0.014396295, -0.003478614) * inp_2_2_2; + result4 += M4(-0.016565857, 0.063714094, 0.021283757, -0.10010239, -0.28761837, -0.029374009, -0.021100385, 0.08887346, -0.023292013, -0.02542198, 0.013775324, 0.17113547, -0.01357601, -0.008095763, 0.033696268, -0.021619827) * inp_2_0_0; + result4 += M4(-0.16397667, -0.06556849, -0.057644397, -0.030522967, 0.0986292, 0.019353693, 0.039616942, 0.050109237, 0.14428373, 0.05934183, -0.058447093, -0.03190684, -0.038962226, -0.050925408, 0.046515387, 0.019207321) * inp_2_1_0; + result4 += M4(0.09507322, 0.11934473, 0.02446529, 0.18916437, 0.09081171, -0.052057076, -0.03183994, 0.04618198, -0.06393724, 0.011453732, -0.0018015533, -0.09516997, 0.021399254, -0.020272523, -0.016122052, -0.008919146) * inp_2_2_0; + result4 += M4(0.030786015, 0.073883876, 0.028877417, -0.02799471, -0.2175274, -0.063089125, -0.09729074, -0.07417067, -0.078861006, 0.08268576, -0.10159341, -0.10323134, -0.084693715, 0.055255234, 0.00018154246, -0.024651531) * inp_2_0_1; + result4 += M4(0.12690236, 0.13265236, -0.52678114, -0.1622023, -0.111389056, -0.22853708, 0.2827274, 0.10031751, 0.0019659442, -0.0644262, 0.08141505, 0.12996665, 0.14963876, -0.050334495, -0.054661326, -0.10075027) * inp_2_1_1; + result4 += M4(0.16956973, -0.12632602, -0.1185003, 0.16216503, -0.07984294, 0.040402763, -0.011387946, 0.087027736, -0.05799177, -0.07410546, 0.117217034, -0.005742952, 0.052801684, -0.008091848, -0.041884046, 0.051865872) * inp_2_2_1; + result4 += M4(0.02390533, -0.061731048, 0.07325091, 0.11913895, -0.1702638, 0.026547112, -0.17446364, -0.010696006, 0.073367536, 0.02286371, -0.00652968, -0.065270185, -0.05636013, 0.043165658, -0.10097027, -0.10408143) * inp_2_0_2; + result4 += M4(-0.091289975, -0.011250953, -0.11032173, 0.10090456, -0.038040686, 0.08335754, 0.04166047, 0.0976977, -0.03980907, -0.044055067, -0.006025022, 0.012358866, 0.06741738, -0.027368607, 0.054619547, 0.069308214) * inp_2_1_2; + result4 += M4(0.14418882, 0.11888136, 0.059486203, 0.20024854, 0.09193799, 0.26633242, 0.06048822, 0.047990832, 0.015340219, 0.04504112, 0.066571854, -0.028241217, -0.013371457, 0.011218797, -0.004674537, 0.023134133) * inp_2_2_2; + result5 += M4(0.11911977, 0.18507795, -0.09412964, 0.062479537, 0.12875988, -0.2322169, 0.061461903, 0.029537681, 0.046109173, -0.011815525, -0.021828849, -0.050121646, -0.100107506, 0.025856985, 0.0055207876, 0.051024478) * inp_2_0_0; + result5 += M4(0.034037363, 0.21084681, -0.067724235, -0.0569512, -0.016327107, -0.21827069, 0.14513928, 0.15991366, 0.03875252, 0.0049411166, -0.12864988, 0.12917945, -0.0020353121, 0.011334821, 0.014256529, -0.07229825) * inp_2_1_0; + result5 += M4(-0.18729857, 0.3316997, -0.031916264, 0.29055, 0.06373419, -0.13255799, 0.095508285, -0.21461032, 0.056666374, 0.009753959, 0.05922951, 0.060121857, -0.006256435, 0.0016009604, -0.01812742, 0.011361355) * inp_2_2_0; + result5 += M4(-0.06420593, 0.23263887, 0.14168186, 0.02681991, -0.016227413, -0.48766264, 0.038944304, -0.09862829, -0.0688283, -0.04345934, -0.05915392, 0.04637451, 0.020248426, -0.0061673345, 0.038848415, 0.05389427) * inp_2_0_1; + result5 += M4(0.25341606, 0.4970163, 0.47734335, -0.14620154, 0.0515255, -0.6986546, -0.3227576, 0.108818404, -0.08365794, -0.0033023611, -0.0146560185, -0.0858513, -0.049081232, -0.019801008, 0.02899775, -0.08498034) * inp_2_1_1; + result5 += M4(0.18798043, 0.36286557, 0.13465525, -0.015814202, 0.21601401, -0.21095707, 0.060783837, -0.121664055, -0.16187255, -0.011786768, 0.04611115, -0.06684308, 0.028182462, -0.00198046, -0.018785324, 0.022524353) * inp_2_2_1; + result5 += M4(-0.082779355, 0.24071859, 0.012786101, 0.1073771, 0.041381676, -0.261746, 0.010940857, -0.015798206, 0.025085129, 0.035429824, -0.014375972, 0.054150008, 0.01492869, -0.04183125, 0.03447971, -0.05097506) * inp_2_0_2; + result5 += M4(-0.022266975, 0.43461025, -0.09900948, 0.06827321, 0.0064982283, -0.38604292, -0.07445078, 0.10005422, 0.03834597, 0.061704703, 0.04538771, -0.0039772815, -0.068917714, -0.024470262, -0.10286511, -0.012490338) * inp_2_1_2; + result5 += M4(0.13350421, 0.27473417, -0.14574355, 0.10282295, -0.04357392, -0.21660705, 0.0912675, -0.034716353, -0.018700225, -0.0933954, -0.0029876998, -0.025813917, 0.0057641435, -0.014384098, 0.039757356, 0.05858671) * inp_2_2_2; + result6 += M4(0.11544621, 0.009331294, -0.03409185, 0.041576765, 0.037711807, 0.15027703, 0.04431929, 0.018683648, -0.08355787, 0.05569185, -0.024628434, 0.025105964, -0.04255377, 0.08643012, -0.034276597, -0.017503174) * inp_2_0_0; + result6 += M4(-0.0402898, -0.21648401, 0.04964956, 0.0062383604, -0.025755888, -0.13278158, 0.029112928, 0.04210357, 0.09784074, -0.044734973, 0.034939762, 0.07313087, -0.004805195, -0.04084926, -0.0073794792, -0.06263254) * inp_2_1_0; + result6 += M4(0.07156469, 0.19937184, -0.027408663, 0.0023804537, 0.018871117, 0.02836203, 0.014850682, 0.016555728, -0.0221832, 0.05842921, -0.035973646, -0.098671794, 0.023996044, 0.032854408, 0.003671901, 0.059674773) * inp_2_2_0; + result6 += M4(-0.024599303, 0.105640784, -0.012556766, -0.051186815, -0.056619275, -0.016585678, 0.016571127, -0.0223009, 0.19242522, 0.00073244213, -0.012116432, 0.10983492, -0.15146567, 0.07593534, 0.022069179, -0.0485135) * inp_2_0_1; + result6 += M4(-0.17923881, -0.23225825, -0.1490507, 0.2403646, -0.094644114, 0.115030564, -0.14342141, -0.17417115, -0.08787826, 0.068846464, 0.42370248, -0.12356875, 0.021677576, 0.032778624, -0.1455038, 0.037231497) * inp_2_1_1; + result6 += M4(0.09711059, -0.077384725, 0.035789892, 0.062623575, -0.020504052, 0.10286945, 0.03887469, 0.060432076, 0.08667588, 0.045888357, -0.007155188, -0.029380346, 0.0083949845, 0.006929334, -0.0105934935, 0.025226818) * inp_2_2_1; + result6 += M4(0.05681853, -0.07506403, 0.016364262, -0.10113417, 0.053965632, -0.05894171, -0.02646065, 0.082565285, 0.01755858, 0.081124455, 0.044373915, -0.021322627, -0.034455776, -0.02359104, -0.03970145, 0.024455955) * inp_2_0_2; + result6 += M4(0.19519812, 0.023326106, -0.06358114, 0.008290809, 0.025569428, 0.0022160492, -0.0064826235, 0.08153404, -0.08499347, -0.103305966, 0.010947972, 0.03593276, 0.020753162, -0.0304176, 0.024631582, -0.0026721978) * inp_2_1_2; + result6 += M4(0.02968033, -0.008037597, 0.052780546, -0.16858529, 0.051812414, -0.13959612, -0.036582913, 0.027260361, -0.0017292037, 0.11300737, -0.011207886, -0.062157914, 0.06867121, 0.008292356, 0.02019452, -0.037092496) * inp_2_2_2; + result7 += M4(-0.070383064, -0.0018941662, 0.009261709, -0.029387435, 0.10982881, -0.0215069, 0.14872892, -0.10411507, -0.12109936, 0.018784482, -0.030478498, -0.08023815, 0.045679238, -0.029418876, -0.05215912, 0.031001695) * inp_2_0_0; + result7 += M4(-0.20609969, -0.06899776, 0.05168208, -0.021695405, -0.009522104, -0.052976973, 0.24030434, 0.06792218, -0.00074572675, -0.047091883, -0.11523507, 0.018632252, 0.0067120716, 0.008613463, -0.0072611556, 0.073870935) * inp_2_1_0; + result7 += M4(-0.0457607, -0.053107716, -0.024241656, 0.036762826, 0.113340124, 0.017231401, -0.06802681, 0.014421814, -0.0910611, 0.07579218, 0.03143931, 0.037379533, -0.010990686, -0.057808623, 0.016745748, 0.028558975) * inp_2_2_0; + result7 += M4(-0.027509524, -0.0015665191, 0.06562259, -0.08430343, -0.10179392, -0.083278656, 0.19010025, -0.12468562, -0.07462006, -0.013929306, -0.08613025, 0.03476423, 0.026493594, -0.02164569, 0.014731891, -0.032355193) * inp_2_0_1; + result7 += M4(-0.17326574, -0.09417346, 0.66998553, 0.009321544, 0.110744074, -0.04699417, 0.2671957, 0.03553626, 0.13114145, 0.4145705, -0.02063642, -0.12568437, -0.14781725, -0.20608905, -0.004326043, -0.035743393) * inp_2_1_1; + result7 += M4(0.07758693, 0.07410466, 0.077924885, 0.09827127, -0.034718454, -0.018233534, -0.20749852, 0.007610238, 0.08349607, 0.044641357, 0.03459079, 0.019390328, 0.026910774, 0.009283013, -0.068095274, 0.011733051) * inp_2_2_1; + result7 += M4(-0.014742071, -0.01684026, -0.039557576, -0.047406368, 0.015931614, -0.0060423487, -0.004189069, -0.023810044, 0.024215858, -0.016749816, -0.087993205, 0.03560463, -0.035238065, -0.013115836, 0.008730331, 0.028258363) * inp_2_0_2; + result7 += M4(-0.2859722, -0.03239873, -0.08711113, -0.0931549, 0.10253455, -0.011481367, -0.008811635, 0.14545655, 0.0035784945, 0.04070705, -0.012110465, 0.0019575353, 0.012843455, -0.010998855, -0.049620643, 0.02182134) * inp_2_1_2; + result7 += M4(-0.066526406, 0.024334285, 0.20216238, -0.03000161, 0.034289896, -0.04164767, -0.0610855, -0.12462786, -0.008006271, 0.020628722, 0.002383473, -0.040480513, -0.02649028, -0.0092646, -0.027685355, -0.03872741) * inp_2_2_2; + const V4 inp_3_0_0 = inp[3][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_3_1_0 = inp[3][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_3_2_0 = inp[3][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_3_0_1 = inp[3][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_3_1_1 = inp[3][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_3_2_1 = inp[3][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_3_0_2 = inp[3][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_3_1_2 = inp[3][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_3_2_2 = inp[3][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.09254954, -0.066149786, 0.1739582, 0.06795746, -0.20359185, -0.034307085, -0.15570211, -0.1587109, -0.039456386, 0.025139311, -0.024828294, 0.05037912, -0.55165523, -0.20256926, 1.7069019, 0.5593169) * inp_3_0_0; + result0 += M4(0.0778977, 0.18100552, 0.053122494, 0.060407706, -0.019591585, -0.027646327, -0.14089061, -0.054712098, 0.0038405368, -0.13766822, 0.044245742, -0.028563345, 0.05199818, 0.107912496, 0.21219051, 0.08904266) * inp_3_1_0; + result0 += M4(-0.040725835, -0.23843147, -0.07467649, 0.117472924, 0.062686585, -0.16958015, 0.0029354997, 0.0890783, -0.019574124, -0.01068517, -0.025981672, 0.02934722, 0.051200394, -0.044291902, -0.14113191, -0.00036737416) * inp_3_2_0; + result0 += M4(-0.23490798, -0.005662241, 0.039114837, 0.08678573, 0.089571774, 0.1137239, -0.117055096, -0.14043239, 0.025339626, -0.026701225, 0.028766695, -0.0046202834, 0.024093471, 0.18948402, 0.14255321, 0.22870497) * inp_3_0_1; + result0 += M4(0.04485922, 0.07076504, -0.07595488, 0.026019868, -0.087104715, 0.10135535, 0.40971664, 0.18662886, 0.09416117, 0.05331952, 0.018915465, -0.117340825, -0.1370123, -0.051770423, -0.32962924, 0.22879691) * inp_3_1_1; + result0 += M4(-0.055766147, 0.029093638, -0.022541687, -0.06013454, -0.016317332, 0.105744675, 0.03759028, -0.014056315, -0.03707877, -0.0073944605, -0.010918169, 0.032258492, -0.0029612882, -0.08540761, 0.07273114, 0.12243875) * inp_3_2_1; + result0 += M4(-0.1346676, 0.009190142, 0.009574206, -0.04557382, 0.052939687, 0.018892609, -0.10016458, 0.025161734, -0.09715171, -0.049740102, 0.028791618, 0.009169212, -0.057750694, -0.06637252, -0.025068432, 0.014734563) * inp_3_0_2; + result0 += M4(0.0006416769, 0.12873103, -0.06071439, 0.061351776, 0.08935858, -0.05549713, 0.07841675, -0.08964339, 0.07989987, 0.07285906, -0.020769075, 0.00069853663, 0.16606203, -0.09512037, 0.09189646, 0.09517537) * inp_3_1_2; + result0 += M4(0.01390574, -0.12350316, -0.05518436, -0.10814563, 0.030669253, -0.015254703, -0.09967872, -0.04459087, 0.019996883, 0.012870364, 0.046347335, 0.0169645, -0.064181015, 0.14752543, 0.038340397, 0.039887283) * inp_3_2_2; + result1 += M4(0.19128737, 0.055152938, 0.23503314, -0.031887658, -0.28537583, -0.14741041, -0.123044476, 0.2239382, -0.013849556, -0.025396885, 0.010835838, 0.048768003, 0.6936537, 0.5322787, 0.8627159, 2.0183182) * inp_3_0_0; + result1 += M4(-0.16392177, -0.084342286, -0.06368037, -0.054682285, -0.066886775, -0.017082512, 0.0017936974, 0.19639695, -0.08483735, 0.04340435, -0.041357446, -0.018277828, 0.30569118, -0.14916512, 0.26740617, -0.041636698) * inp_3_1_0; + result1 += M4(-0.18544926, 0.09894158, -0.08929115, 0.0891195, -0.08961769, 0.0037911495, -0.07230035, 0.015044842, -0.01178813, -0.01307943, 0.0023355505, -0.001084589, 0.01972752, 0.19321127, 0.05652662, 0.06697108) * inp_3_2_0; + result1 += M4(0.040632583, 0.052436706, 0.102042764, 0.1196807, -0.22357212, -0.0731257, -0.1231492, 0.015851084, -0.03811146, 0.13468641, -0.037803803, 0.11746919, 0.24887115, 0.16866142, 0.029094731, -0.023084702) * inp_3_0_1; + result1 += M4(-0.16234949, -0.028136345, 0.07751747, -0.086364046, 0.3496027, -0.08361247, -0.099706836, -0.11052168, 0.050157838, -0.10870487, 0.15819858, -0.07486724, -0.25571546, 0.3763421, -0.031816337, 0.15863006) * inp_3_1_1; + result1 += M4(0.024654157, 0.03522474, 0.005597233, -0.10712482, -0.025258765, 0.041888993, 0.028555676, 0.009286705, -0.03700915, -0.034389768, -0.015460933, -0.06318085, -0.0745419, -0.4322204, 0.0055549787, -0.13247797) * inp_3_2_1; + result1 += M4(0.096734256, 0.12772109, 0.028968565, -0.08951548, -0.10943124, -0.0005613298, -0.0125749, 0.013759284, 0.011261038, 0.03467039, -0.045689914, -0.035989054, -0.09738886, -0.1069808, 0.24025622, -0.04359225) * inp_3_0_2; + result1 += M4(-0.09231692, -0.033435293, -0.030702181, 0.19699563, 0.019167103, -0.005587681, -0.04937635, 0.0006784209, -0.0029995125, 0.049607303, -0.030162135, 0.10340216, 0.007716518, -0.24057621, -0.16935349, -0.017029148) * inp_3_1_2; + result1 += M4(-0.051612962, 0.04662405, 0.08940832, -0.118905425, 0.027985938, 0.16636798, 0.05474558, -0.08056813, 0.020965522, 0.003118475, 0.014856406, -0.009867242, 0.039896052, 0.27668273, -0.07101276, 0.077010944) * inp_3_2_2; + result2 += M4(0.053076826, 0.021010296, 0.13123292, -0.012441169, 0.043306947, 0.13743393, -0.047766387, 0.12708248, -0.11768613, 0.055098455, -0.023150088, -0.014197193, -0.1542718, -0.12106738, -1.8194804, -0.91348547) * inp_3_0_0; + result2 += M4(0.10943635, 0.111729674, -0.13823912, -0.035315786, 0.016806452, 0.06422305, -0.039294496, -0.0010438039, 0.05339203, -0.013665516, 0.16269884, 0.073019795, -0.08262138, -0.093185745, 0.06152265, -0.053120397) * inp_3_1_0; + result2 += M4(0.11270539, 0.14025952, -0.08041442, 0.10229776, 0.108046815, 0.06260132, -0.059683353, 0.0724034, 0.007681874, -0.0049832347, -0.0064788763, 0.016769966, -0.038609058, -0.101070486, -0.04632763, 0.08992907) * inp_3_2_0; + result2 += M4(-0.14573388, 0.048150554, 0.0073312516, 0.0820863, 0.005311342, -0.07133988, 0.07941047, -0.06518964, -0.0540065, 0.030663036, -0.015387687, 0.0024963527, 0.33523628, -0.21032298, -0.006126366, -0.0019119852) * inp_3_0_1; + result2 += M4(-0.05506345, 0.008375741, -0.06898237, 0.49355978, 0.046426956, 0.13173291, 0.34143007, 0.16885425, 0.047667753, -0.010823554, -0.049582757, -0.10253868, 0.043109186, 0.049872104, 0.10323304, -0.06117262) * inp_3_1_1; + result2 += M4(-0.12682886, -0.024398634, -0.02463526, -0.0053581437, -0.031698346, -0.09654456, 0.0134545015, 0.06747738, -0.042354576, 0.0699279, 0.06142366, 0.034909867, 0.082730986, 0.05110429, -0.04656455, 0.03800416) * inp_3_2_1; + result2 += M4(-0.17848222, 0.07386075, -0.034484997, 0.14056027, -0.016019175, -0.046031028, -0.10376105, -0.02280207, 0.024345232, 0.017198803, 0.029092256, -0.092551954, 0.12745397, 0.03982811, 0.01168676, 0.018948171) * inp_3_0_2; + result2 += M4(-0.07862329, -0.03741237, 0.08126433, 0.049272113, 0.11524571, -0.02037916, -0.030216433, -0.037595138, 0.011805941, 0.020535095, 0.036056828, 0.0073523335, -0.08362264, -0.07560603, -0.078490816, -0.021978863) * inp_3_1_2; + result2 += M4(-0.0767799, -0.015410508, -0.22519824, 0.016836038, 0.004659908, 0.015881686, 0.029287374, 0.0181264, 0.0015891637, 0.024870405, -0.04659198, 0.05982338, -0.045209248, 0.03279409, 0.054918773, -0.029691832) * inp_3_2_2; + result3 += M4(0.14641838, -0.032368448, -0.051798083, 0.100165516, -0.11626831, 0.04413833, -0.2144082, 0.073160104, -0.01514462, 0.019728959, -0.014288481, 0.048049152, -0.5357604, -0.56084126, -0.42700014, 0.258973) * inp_3_0_0; + result3 += M4(0.067878395, -0.023797305, 0.082887724, 0.09493578, 0.09728951, -0.007154798, 0.030006688, -0.13688226, 0.080369964, -0.071570344, 0.03663499, -0.04523607, 0.23509674, 0.08656335, -0.12761234, 0.10627437) * inp_3_1_0; + result3 += M4(0.047612563, -0.05812853, -0.10656436, -0.042110536, -0.06782397, 0.0029847494, -0.0073221833, -0.06700891, 0.01259655, -0.0040371697, -0.019085785, -0.034876842, -0.086568266, -0.025362449, -0.062371697, -0.055860434) * inp_3_2_0; + result3 += M4(0.0020961028, 0.033408057, 0.14776878, 0.069254436, -0.023974894, -0.044630118, -0.16477525, 0.16033758, 0.12493758, -0.060614284, -0.0020546261, -0.028748177, -0.027826814, 0.19305335, -0.23739079, 0.17232148) * inp_3_0_1; + result3 += M4(0.30260783, 0.09715787, -0.06745273, -0.2249556, 0.07854466, 0.050709903, 0.13968366, -0.06283924, -0.057586525, -0.036045283, 0.0789627, 0.09579551, 0.0323496, 0.3649893, 0.321902, -0.33644336) * inp_3_1_1; + result3 += M4(0.0085015865, -0.046508003, 0.05737567, 0.06742753, 0.08303187, 0.024977706, 0.060929872, 0.006051357, -0.099968664, -0.00418814, 0.026276669, 0.027530096, 0.060614645, 0.1000981, -0.046085663, 0.076093376) * inp_3_2_1; + result3 += M4(-0.02233, 0.049072236, 0.12531404, -0.036096096, -0.09118223, 0.012510844, -0.07377069, 0.030965295, -0.009523234, -0.024311135, -0.002075602, -0.00860735, -0.027546367, 0.013555321, 0.06914449, -0.11078691) * inp_3_0_2; + result3 += M4(0.010217063, -0.040137805, 0.124532096, -0.001681538, -0.1334867, 0.005404225, -0.044753317, -0.107077144, 0.026245933, 0.03505359, -0.03107834, 0.047365762, -0.102796964, 0.06819123, -0.17713459, 0.16009302) * inp_3_1_2; + result3 += M4(-0.053064767, -0.00038910803, -0.044331346, -0.13896687, 0.011218555, -0.05347108, -0.024523782, -0.0022578419, -0.06383166, -0.027157433, 0.0059858304, -0.045790028, 0.0887413, -0.025947573, 0.09377036, -0.041215293) * inp_3_2_2; + result4 += M4(-0.18604346, 0.008878314, 0.013272913, 0.05539693, 0.2421564, 0.14090005, 0.25091538, -0.18182102, 0.007409157, -0.03323785, 0.0043234024, 0.042201746, 0.007849639, 0.1932206, 0.9280076, 2.2401915) * inp_3_0_0; + result4 += M4(0.012913329, -0.09914007, -0.12366385, -0.09848158, -0.20237258, 0.18532643, -0.02462933, -0.059980325, -0.054811925, 0.12306637, 0.042322475, 0.002346973, -0.019184176, -0.13235821, -0.005153328, 0.11585647) * inp_3_1_0; + result4 += M4(0.10732047, 0.13869062, 0.089536235, 0.17246234, -0.20513247, 0.05316355, 0.1093314, -0.028356964, -0.020178609, 0.012088683, 0.035843994, 0.004279176, -0.059449118, 0.092298515, -0.017105749, 0.16946927) * inp_3_2_0; + result4 += M4(0.019160364, -0.047085688, 0.05366002, -0.028276762, 0.13703205, 0.00044831116, 0.06620764, -0.061500076, -0.12533294, -0.08671866, -0.019014668, 0.0497677, 0.101091735, -0.009254054, 0.1609112, 0.13902497) * inp_3_0_1; + result4 += M4(-0.058230035, 0.06264195, -0.26525855, -0.18248996, 0.2286463, 0.050672255, -0.42757395, 0.10478752, 0.20547761, -0.08584586, -0.03877289, -0.0738539, 0.007945127, -0.14242807, -0.31559646, -0.16626942) * inp_3_1_1; + result4 += M4(0.108471274, -0.06305002, 0.10488395, 0.12886141, 0.15483312, -0.10420125, -0.05469925, 0.049627285, 0.019065088, -0.09111849, 0.08850026, 0.032642707, -0.016728697, 0.14083497, 0.16343744, -0.017275989) * inp_3_2_1; + result4 += M4(-0.08110123, -0.037437815, 0.0036670845, -0.012389813, 0.003391518, -0.037371535, 0.09392287, 0.0056252186, -0.0013106877, 0.015934331, -0.047441415, -0.048825603, 0.01574346, -0.038988292, -0.13774225, 0.11974879) * inp_3_0_2; + result4 += M4(0.09821519, -0.07367004, -0.1671587, -0.13175157, 0.096806094, -0.00028934368, 0.1011974, 0.094689324, 0.058885638, 0.10860918, 0.046144772, 0.041934837, -0.05322929, 0.24820651, 0.30623418, 0.042317044) * inp_3_1_2; + result4 += M4(0.10749678, 0.041979447, 0.06428992, 0.1921631, 0.09005325, 0.003081052, 0.04427278, 0.035038162, 0.041481927, 0.003136483, 0.04282672, 0.008163647, 0.06676903, -0.17057979, -0.11313607, -0.09240135) * inp_3_2_2; + result5 += M4(0.06516661, 0.049326673, 0.03936918, 0.09226112, -0.10024755, 0.33362073, -0.10652033, -0.11264627, -0.07969274, -0.008018975, -0.052655227, 0.052439395, -0.12593323, 1.0872221, -1.2651701, 0.41566744) * inp_3_0_0; + result5 += M4(-0.045513228, -0.11950231, 0.1209804, 0.007877305, 0.10092648, 0.41289014, -0.08005187, -0.02832368, -0.006118914, 0.0949782, -0.04972284, -0.005229561, 0.024182199, -0.17841667, -0.08029278, -0.12619787) * inp_3_1_0; + result5 += M4(0.005838728, 0.16057518, -0.07368895, -0.069933906, 0.069940045, 0.093065664, -0.044347297, -0.030703027, 0.021843225, 0.035086885, 0.049631763, 0.06536256, -0.019788878, 0.11170757, -0.075200684, -0.18261178) * inp_3_2_0; + result5 += M4(0.099156775, 0.1164972, 0.006294541, -0.007732477, -0.09588161, 0.5086522, 0.13685015, -0.048572093, -0.017175527, 0.08466932, 0.064308986, 0.051214278, 0.13900544, -0.077204086, 0.07186291, -0.38778207) * inp_3_0_1; + result5 += M4(0.069707386, -0.09682797, -0.02300618, 0.079261556, -0.04800534, 0.72563374, 0.56960875, -0.0053159664, -0.06180492, -0.019749833, 0.091729395, 0.024558257, -0.060489092, 0.12238774, -0.47927248, 0.16019621) * inp_3_1_1; + result5 += M4(0.12997632, 0.015662136, -0.016555179, -0.1428028, -0.013378371, 0.16322523, -0.14021045, 0.08571332, -0.013558627, -0.08813459, 0.020676363, -0.09266872, -0.03147197, -0.024789676, 0.37013018, 0.2309393) * inp_3_2_1; + result5 += M4(-0.008761019, 0.07565732, -0.041142333, -0.046059586, -0.0512882, 0.18809535, 0.055352326, 0.015549614, 0.021744449, -0.061326817, -0.07602716, 0.040978383, -0.018101398, 0.028591217, -0.22137551, 0.08695099) * inp_3_0_2; + result5 += M4(0.0037994229, -0.06116121, -0.01840275, 0.025639147, 0.005005405, 0.0133597255, 0.016156316, 0.039870672, -0.0052740895, 0.061846644, -0.023088494, -0.12499887, -0.009223509, 0.023290524, 0.4783956, -0.077085905) * inp_3_1_2; + result5 += M4(-0.05114464, 0.03225734, -0.19172737, 0.10554599, -0.08714355, 0.06544918, -0.10703989, 0.06852276, -0.0016587988, -0.06694731, -0.006738505, 0.019996623, 0.025497781, -0.038344294, -0.23213674, -0.061307177) * inp_3_2_2; + result6 += M4(0.13491632, 0.013287625, 0.010947559, 0.11294138, -0.2521337, -0.27708814, 0.025833378, -0.07539904, -0.079497874, 0.020652197, -0.0030113307, 0.081777684, -0.71779454, -1.0798353, 0.09159261, 1.1087446) * inp_3_0_0; + result6 += M4(-0.18355171, -0.059375823, 0.04745586, 0.08226284, -0.12366443, 0.0715416, 0.12640767, -0.044321008, 0.05003234, -0.0201903, -0.06918658, 0.03307183, 0.019908654, 0.036179923, -0.008145942, 0.06775953) * inp_3_1_0; + result6 += M4(-0.0069526485, 0.088293165, -0.055144385, 0.15134218, -0.029758744, 0.046259724, 0.0020197325, -0.015014638, -0.075561896, -0.06340864, -0.03838801, -0.016902346, 0.021184303, 0.041330207, -0.014269733, -0.010986305) * inp_3_2_0; + result6 += M4(0.02769141, -0.036027133, -0.09697365, 0.19294448, -0.104395695, -0.034130737, -0.017838359, -0.10523258, -0.033646084, -0.05008058, 0.058587097, -0.058627483, -0.12708743, 0.22058709, -0.13582976, -0.10437317) * inp_3_0_1; + result6 += M4(0.044173777, 0.003539219, -0.47622097, 0.21824974, -0.097344674, 0.15406853, -0.017604077, 0.07182323, 0.020947617, 0.0055851056, 0.13544694, 0.056049135, -0.10321335, -0.21882974, -0.21870779, -0.1875005) * inp_3_1_1; + result6 += M4(0.14868195, -0.13731037, -0.019478442, 0.14187837, -0.057697177, 0.0426955, 0.06403023, 0.049729705, 0.036131207, 0.092073284, -0.047384284, -0.0338119, 0.18167923, 0.04958258, -0.10772855, 0.1121622) * inp_3_2_1; + result6 += M4(-0.045274038, 0.05365618, -0.107324526, 0.009048631, 0.026047962, 0.035374407, -0.010143593, -0.014340872, -0.07006902, 0.06860889, 0.05853425, -0.016819451, 0.17378499, -0.04515828, 0.018258387, 0.04951162) * inp_3_0_2; + result6 += M4(-0.055789858, -0.064339414, 0.017740736, -0.09462704, 0.090619236, -0.05269287, -0.009235976, 0.07033417, 0.06366415, -0.01664569, -0.06249674, -0.032444846, 0.1146286, 0.14271268, 0.014363114, 0.117870755) * inp_3_1_2; + result6 += M4(0.1616541, -0.062147476, -0.032977153, 0.0128625855, 0.02471507, -0.027155781, 0.050833214, 0.016909096, -0.013055126, -0.033375476, -0.016312419, -0.015191727, -0.21759532, -0.0804212, 0.02692404, -0.05099601) * inp_3_2_2; + result7 += M4(0.07253019, -0.035087388, 0.27128088, -0.03760534, -0.019292584, 0.055270355, -0.3426022, -0.06291199, 0.0055902447, 0.037557192, -0.024743894, -0.06223259, -2.2094288, 0.7352681, 1.0247802, 0.5603988) * inp_3_0_0; + result7 += M4(-0.17581846, -0.059658587, 0.17984822, -0.012240912, 0.12979916, 0.012898234, 0.04246356, 0.10924559, 0.047663286, 0.0038158314, -0.032040454, 0.049285993, -0.08010564, 0.22021946, 0.06039017, 0.100572005) * inp_3_1_0; + result7 += M4(-0.07905704, -0.13207316, 0.21944374, 0.049595814, -0.03912118, -0.009428204, 0.09662877, 0.06516343, -0.012615874, -0.0044159796, 0.015594373, 0.013535676, 0.056949936, 0.025803722, 0.043376565, -0.069427185) * inp_3_2_0; + result7 += M4(-0.033698197, -0.041484922, 0.20404889, 0.11029001, 0.22240984, -0.01572225, 0.041402988, -0.25517362, 0.11649469, 0.036517363, 0.028109394, 0.04130212, 0.19879432, 0.095047496, 0.102015294, 0.0016358423) * inp_3_0_1; + result7 += M4(0.19827962, -0.3081135, 0.8182635, -0.22652653, -0.19666982, -0.124621764, -0.6781147, -0.15648992, 0.01506426, 0.11177583, 0.025570663, -0.12096893, 0.15911113, 0.23864155, 0.13247603, -0.16035493) * inp_3_1_1; + result7 += M4(-0.10558998, -0.02980992, 0.15882432, 0.0019322269, -0.06324401, -0.048613906, 0.015462609, 0.07562245, -0.021553399, -0.019179452, 0.022707755, 0.09539535, -0.19717512, -0.021566661, -0.011566524, 0.07240889) * inp_3_2_1; + result7 += M4(-0.048857134, -0.027450722, 0.10871015, 0.0019058244, 0.049510036, -0.0012002293, 0.039690964, 0.079511516, -0.03686668, 0.03693529, -0.018528095, -0.042508278, -0.15140209, 0.032931436, 0.0093162395, -0.10327692) * inp_3_0_2; + result7 += M4(0.00697436, -0.011908997, 0.06820096, -0.06854557, 0.001986642, 0.011411552, 0.036190733, -0.09655649, -0.0071991254, -0.051006213, -0.013090976, 0.08769902, 0.021229148, 0.0742959, -2.0504905e-05, 0.062029213) * inp_3_1_2; + result7 += M4(0.007090045, -0.0070065823, 0.11449389, 0.07807651, -0.07478062, -0.023938473, 0.022315353, -0.045174368, -0.042782467, -0.02238688, 0.0042066914, 0.015457104, 0.10100788, -0.008693574, -0.02461605, 0.04527384) * inp_3_2_2; + const V4 inp_4_0_0 = inp[4][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_4_1_0 = inp[4][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_4_2_0 = inp[4][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_4_0_1 = inp[4][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_4_1_1 = inp[4][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_4_2_1 = inp[4][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_4_0_2 = inp[4][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_4_1_2 = inp[4][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_4_2_2 = inp[4][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.018434178, 0.049622823, 0.045119155, 0.0686234, 0.09278603, 0.08046084, -0.06695683, 0.044385765, 0.18890129, -0.014261866, -0.35378423, -0.06832126, 0.06488233, 0.061326277, 0.09549295, -0.056605693) * inp_4_0_0; + result0 += M4(0.03714057, 0.1337333, -0.10858598, -0.012010617, -0.060295638, -0.017592406, 0.039158024, -0.098632865, 0.27407366, -0.1349277, -0.012114661, 0.01871834, -0.08044955, -0.07059173, 0.078279085, -0.07203967) * inp_4_1_0; + result0 += M4(0.04509951, -0.12278074, -0.07231194, 0.0037228048, 0.044370316, 0.090483174, -0.009344479, 0.091253005, -0.06309723, 0.10966169, -0.056312956, -0.096307725, 0.010796262, 0.034634, 0.1348862, -0.01972543) * inp_4_2_0; + result0 += M4(-0.081053145, -0.06532021, 0.09809866, 0.044601522, 0.13763277, -0.08552932, -0.15657562, 0.053482037, 0.16387677, -0.1410583, -0.2270476, 0.13426694, 0.106407784, 0.027178498, -0.11867445, 0.044845153) * inp_4_0_1; + result0 += M4(0.060871486, 0.0021344237, 0.1658735, -0.114303015, 0.1591105, 0.16272436, -0.01857942, 0.244124, 0.17436458, -0.1557731, -0.22981559, 0.023261234, -0.053027753, -0.18484634, -0.021018593, -0.006894698) * inp_4_1_1; + result0 += M4(-0.009375401, 0.00030057272, -0.08269328, -0.022907406, -0.03878681, 0.07121693, 0.15280358, 0.045629557, -0.10699056, 0.06041798, 0.025238888, 0.010851332, -0.086865835, 0.03652955, 0.041686144, 0.060537767) * inp_4_2_1; + result0 += M4(-0.034835447, -0.024449775, 0.027274339, -0.004055066, -0.0055374852, -0.041705847, -0.058467496, 0.059967574, -0.067419745, -0.0935834, 0.03851681, 0.03076904, 0.0018041183, 0.05128854, 0.04868137, -0.059649237) * inp_4_0_2; + result0 += M4(-0.011844451, 0.019527428, 0.092081256, 0.0119643975, 0.1439611, -0.040145777, 0.11782478, 0.078432254, 0.014858249, 0.10277704, 0.10988425, 0.011467616, -0.010296926, 0.024298495, -0.20349382, -0.014190192) * inp_4_1_2; + result0 += M4(-0.021277873, -0.03756509, 0.0032884767, -0.024915954, 0.010813404, -0.0219491, -0.017127234, 0.07110966, -0.1083587, 0.13468519, 0.1351632, -0.054484107, -0.0069663334, 0.091877535, -0.13531296, 0.075308226) * inp_4_2_2; + result1 += M4(0.0610115, -0.02273868, 0.04560859, -0.07687807, 0.04103056, -0.07795798, -0.25112656, 0.024214633, -0.2187769, -0.20823261, -0.19474646, 0.19302827, -0.26424056, 0.11389006, -0.0274255, -0.0725048) * inp_4_0_0; + result1 += M4(-0.0014471603, -0.07749651, -0.05952297, -0.09146577, -0.12898096, -0.105988845, 0.07865901, 0.13015041, 0.09963753, -0.21074708, 0.06630236, 0.1870499, -0.058432143, 0.10289578, 0.09176906, 0.040785745) * inp_4_1_0; + result1 += M4(-0.050375693, -0.014718397, -0.04169001, 0.0052091144, 0.040490344, 0.13914068, 0.008042684, 0.17082475, 0.26016313, 0.018019961, 0.10943186, -0.055861503, -0.10225494, -0.005320025, 0.053263158, -0.041483168) * inp_4_2_0; + result1 += M4(-0.03420034, 0.039020065, 0.09437944, 0.035928633, -0.042656083, -0.08782311, -0.05664052, 0.03520092, -0.23366763, -0.1806389, -0.06514801, -0.07275233, 0.24369173, 0.043885928, 0.08140762, -0.027742673) * inp_4_0_1; + result1 += M4(0.0022973446, -0.019952578, 0.0945412, -0.075643264, -0.23445289, -0.04902638, -0.09409043, -0.1667218, -0.065547734, 0.016795011, -0.25618654, -0.055034813, 0.107082136, -0.023970228, -0.18197188, -0.1218246) * inp_4_1_1; + result1 += M4(-0.08382957, -0.0650694, 0.16925132, -0.04728398, 0.16378321, -0.15582384, -0.030366777, 0.12973088, 0.046362326, -0.06079414, 0.012548547, 0.026187118, 0.05576104, -0.05434601, -0.024864724, 0.058853254) * inp_4_2_1; + result1 += M4(0.10022295, 0.004421547, 0.009971374, 0.12618566, -0.0049330336, -0.07045002, 0.011583406, 0.0629819, 0.049423072, -0.043928783, 0.06683946, 0.020398756, -0.07111294, 0.12003535, 0.032135516, 0.029525215) * inp_4_0_2; + result1 += M4(0.16514307, -0.0629729, -0.025985986, 0.088060685, 0.008755114, -0.01807267, -0.003603859, -0.07859633, 0.12799482, 0.12027188, -0.12523472, -0.07914866, -0.047883302, 0.083567575, 0.07612459, -0.06498157) * inp_4_1_2; + result1 += M4(0.014587679, 0.025975078, -0.023844406, 0.07266172, 0.030730773, -0.059010223, 0.0119765, -0.026253965, 0.060647152, -0.029742435, -0.10303611, 0.09357952, 0.06766835, -0.10831871, 0.060497526, 0.012177835) * inp_4_2_2; + result2 += M4(-0.03446868, -0.060548592, 0.10558807, -0.073967904, -0.13120948, -0.036105353, 0.14949946, -0.013240074, 0.009351651, 0.034679778, 0.09658641, -0.14404735, -0.054775383, 0.06665587, -0.13649763, -0.090180725) * inp_4_0_0; + result2 += M4(-0.037736107, 0.033166397, -0.05246419, -0.024150483, -0.37036112, 0.027842285, 0.005863366, 0.031067898, 0.24898225, 0.18034619, -0.036727227, 0.2829593, -0.05117404, -0.07217195, 0.1895423, -0.14922643) * inp_4_1_0; + result2 += M4(-0.00022802675, 0.114544645, -0.0478971, 0.009582359, -0.18778664, 0.05062191, -0.12996319, 0.019864406, 0.09791515, 0.0059960284, 0.06578524, -0.11565061, -0.0044170176, -0.049069386, -0.01089871, -0.026803013) * inp_4_2_0; + result2 += M4(-0.1630325, -0.019274717, 0.102715194, -0.06266306, -0.11939047, -0.09086195, 0.13064456, -0.04103642, -0.026192604, -0.098094426, 0.28843316, 0.04643258, 0.05764377, 0.1645332, -0.1066325, 0.027453672) * inp_4_0_1; + result2 += M4(-0.15646996, -0.05737524, -0.06495739, -0.2436266, 0.016241936, 0.22055726, -0.04702455, 0.054669898, -0.16554731, -0.14014643, -0.18260549, -0.4382236, 0.19622582, 0.2099904, 0.040627792, 0.33798146) * inp_4_1_1; + result2 += M4(-0.12972789, 0.036690447, 0.03563221, -0.11205777, -0.13757062, 0.1118755, 0.011807173, -0.024725547, -0.023682637, -0.044875827, -0.11033335, 0.019562397, 0.02695545, -0.07396304, 0.086546585, 0.1167479) * inp_4_2_1; + result2 += M4(-0.07776693, -0.014254054, 0.0083162375, -0.00011761158, -0.08352166, -0.029421536, 0.02956944, 0.04509516, 0.010130092, 0.010642397, 0.048064332, -0.032456495, 0.012238894, 0.033714734, -0.0627502, 0.068565905) * inp_4_0_2; + result2 += M4(-0.12752682, 0.05669475, 0.11533233, -0.014176609, -0.10711373, 0.040893964, 0.05097542, -0.047303755, 0.107173756, -0.029574752, 0.02941216, 0.06525206, 0.057560835, -0.05397231, -0.11404987, 0.049302872) * inp_4_1_2; + result2 += M4(-0.064304516, -0.012414167, -0.11217402, -0.034763623, -0.14995582, 0.021495942, -0.007750655, 0.06351411, -0.020929057, 0.066652685, 0.0020182119, -0.11971596, 0.0016005685, 0.02795948, -0.0034769445, 0.00050685403) * inp_4_2_2; + result3 += M4(-0.034716997, -0.03702819, 0.011007491, 0.023010522, -0.21597584, 0.038147923, -0.00028414608, 0.037685756, 0.14614478, 0.14669707, 0.04802629, 0.11869839, 0.047092315, 0.054500878, 0.08883988, 0.0068886233) * inp_4_0_0; + result3 += M4(0.019602379, -0.0076160673, -0.053038448, -0.1294774, -0.06995248, -0.13780744, -0.04560367, -0.23195697, -0.10224064, -0.16967458, 0.11878501, 0.09578384, 0.09040383, 0.004529428, 0.06521579, -0.11174711) * inp_4_1_0; + result3 += M4(0.08485607, -0.022306591, -0.04516496, 0.017989682, -0.25434545, 0.007873913, 0.00015326319, -0.057066794, 0.037034567, -0.03178823, -0.18807301, -0.047330715, -0.12754859, 0.021273494, 0.07869164, -0.060736064) * inp_4_2_0; + result3 += M4(0.07483347, 0.045313224, 0.044391785, 0.031464998, -0.20976709, -0.051958606, -0.2170123, 0.19609435, -0.12272257, -0.14924563, -0.14202367, 0.028403468, 0.08444738, -0.009276711, -0.038434017, 0.1457306) * inp_4_0_1; + result3 += M4(-0.059973225, 0.02114767, -0.166233, -0.038052354, -0.32477218, 0.04363941, -0.032549564, -0.45016137, 0.055933047, 0.091788195, 0.07523639, 0.08410525, 0.11169555, -0.12444475, -0.05903696, -0.017554369) * inp_4_1_1; + result3 += M4(-0.04888954, -0.045461625, -0.040438406, -0.058472995, -0.07204198, -0.02853134, 0.048691347, 0.100535, 0.12957992, 0.07286983, -0.03497769, 0.08115685, 0.094174296, -0.008092268, -0.009086599, 0.112588085) * inp_4_2_1; + result3 += M4(-0.034509074, 0.009949028, 0.09974681, 0.007861836, -0.08303333, 0.030117465, 0.0682694, -0.03921216, -0.050615277, 0.018833155, 0.033861805, -0.027039213, 0.015122877, 0.030595342, -0.10777885, 0.095237285) * inp_4_0_2; + result3 += M4(0.03020026, -0.019718714, 0.060266856, 0.026768334, -0.053524353, -0.0036353362, -0.13326775, -0.027043948, -0.046914343, 0.049261674, -0.048095863, 0.06766426, 0.031893432, 0.0021852825, 0.00758896, 0.036725715) * inp_4_1_2; + result3 += M4(-0.06533603, 0.026572054, -0.018748164, 0.028237859, -0.097261354, 0.04389326, 0.0051924465, -0.07541145, 0.13301587, -0.02755958, 0.07221165, 0.0030547224, 0.06929011, -0.008908245, 0.025401644, 0.018396823) * inp_4_2_2; + result4 += M4(-0.04746825, 0.018951492, -0.0023264785, 0.07708572, 0.071010634, -0.03870001, -0.098659255, -0.10928319, 0.41780227, 0.01004282, -0.3981096, -0.505563, 0.098589525, -0.082734, -0.05396039, 0.02458752) * inp_4_0_0; + result4 += M4(0.052301582, 0.022968914, -0.06512741, -0.07361948, 0.27427474, 0.124717645, -0.06809003, -0.21796443, -0.29390582, 0.10135709, -0.025931353, -0.075833134, 0.021782123, -0.14518449, -0.02299544, 0.059578747) * inp_4_1_0; + result4 += M4(0.03213144, -0.03191139, -0.022576269, 0.05140163, -0.010867397, -0.018188905, 0.0074826954, -0.09148727, -0.09956559, -0.075166255, 0.046014354, 0.057339873, -0.014400544, -0.11268159, -0.008193156, -0.19215326) * inp_4_2_0; + result4 += M4(-0.06548154, -0.0060879444, 0.13310304, -0.008900656, 0.10680574, -0.038170066, 0.023868673, -0.19597545, 0.43738434, -0.14221796, -0.1742126, -0.04567815, -0.12347329, -0.08659759, -0.045464035, 0.03501314) * inp_4_0_1; + result4 += M4(0.009866717, -0.077169314, -0.114872776, 0.16988996, -0.057457026, 0.13311575, -0.0154428035, 0.018910473, -0.40247977, 0.326605, 0.40360212, -0.1536875, 0.048325084, 0.030349404, 0.28883633, 0.075642556) * inp_4_1_1; + result4 += M4(0.0006517612, 0.09461864, 0.0030880533, 0.061842687, -0.049034238, -0.12142291, -0.029907785, 0.003936318, 0.06435368, -0.17745653, 0.051564936, -0.081423275, -0.0038237646, -0.024854116, -0.016261674, -0.03406591) * inp_4_2_1; + result4 += M4(0.018387225, 0.062112585, 0.020659685, 0.03698026, -0.09931037, 0.02214087, 0.056241244, 0.11414437, -0.003061674, 0.02710368, 0.022636442, 0.25284192, -0.03436895, 0.11740832, -0.10811029, -0.015811529) * inp_4_0_2; + result4 += M4(0.0023214058, 0.082734086, -0.01567952, -0.0053047435, 0.062006377, 0.09231221, 0.032367308, -0.077805296, -0.030735722, 0.1505505, 0.10781633, -0.0116145285, -0.018235087, -0.012697741, -0.044910852, -0.06456537) * inp_4_1_2; + result4 += M4(0.008740162, 0.0055449195, -0.034479134, 0.09049583, 0.0053041857, 0.023528691, 0.030659825, 0.09536835, -0.12118474, -0.2391898, -0.009616882, -0.09285932, -0.22743967, 0.0258707, -0.061709628, -0.11265819) * inp_4_2_2; + result5 += M4(0.044028442, -0.04122583, 0.000550269, -0.021337532, -0.047214676, -0.1254332, 0.04745686, 0.0654274, -0.039284576, -0.23807748, 0.03728136, 0.20354709, -0.18091227, -0.043641847, 0.09648567, 0.011014285) * inp_4_0_0; + result5 += M4(0.12751298, -0.11774408, -0.011337492, 0.04147657, -0.030175004, 0.12267266, 0.0535281, 0.14082205, 0.08182579, -0.2573211, 0.15075792, 0.119687304, -0.008568953, -0.058781512, 0.12618496, 0.05222454) * inp_4_1_0; + result5 += M4(0.010520021, 0.14922525, -0.032744717, -0.010077619, 0.009180709, -0.07438485, -0.052246366, -0.28231016, 0.0033419975, -0.045650773, 0.23145644, 0.2771692, 0.058881775, 0.014836622, -0.009228067, -0.014879177) * inp_4_2_0; + result5 += M4(-0.09163705, -0.032821804, 0.013047141, 0.00010888746, -0.03259542, 0.047401156, 0.017905368, 0.08525486, 0.034333818, -0.1518838, -0.018526737, 0.111433186, 0.09728939, 0.1241472, -0.14238016, 0.13744897) * inp_4_0_1; + result5 += M4(-0.05943246, -0.09804257, -0.008240451, -0.01755478, -0.068136975, 0.03467399, 0.12868759, 0.0039837593, -0.078394555, -0.15439646, -0.072307155, 0.07028796, -0.094547324, -0.1229079, -0.32740903, 0.12146443) * inp_4_1_1; + result5 += M4(0.029553166, 0.18490258, -0.15058453, 0.08573451, 0.13650814, -0.0021613757, 0.08007432, -0.24977444, 0.0013390144, -0.34215355, -0.1117145, 0.10487715, -0.065968744, 0.0084841065, -0.0762411, 0.0798778) * inp_4_2_1; + result5 += M4(-0.017019898, 0.071032345, 0.009983099, 0.041452013, 0.025056604, 0.06516199, 0.027387524, 0.051893633, -0.023136629, 0.0074394695, 0.026207631, 0.01269897, 0.03611796, -0.10436766, 0.052628435, -0.040155966) * inp_4_0_2; + result5 += M4(0.054065004, 0.03911701, 0.1252176, -0.03445495, -0.03175568, -0.02995443, 0.04310057, -0.07631389, 0.10841199, -0.11166485, 0.19049378, 0.059140924, 0.030335514, 0.015095092, 0.007760321, 0.012673984) * inp_4_1_2; + result5 += M4(0.003389234, -0.021356242, 0.03467426, -0.012892039, -0.018554578, 0.022117883, -0.012314982, 0.003262032, 0.00051392533, 0.010092326, 0.06643337, -0.19911139, -0.03234521, 0.016684286, 0.16629112, -0.1323044) * inp_4_2_2; + result6 += M4(0.029847521, 0.011216209, 0.0014352007, 0.11196707, -0.061164424, 0.07866497, -0.045990318, 0.0031174389, 0.0762465, 0.024557918, -0.03897307, -0.128871, -0.100214586, 0.14044705, -0.030326163, -0.081816845) * inp_4_0_0; + result6 += M4(-0.0038015107, 0.025718777, -0.0070730755, 0.062903754, -0.17329313, -0.15011217, -0.0020997932, 0.32775643, -0.33540583, -0.10884601, -0.19569129, -0.024619697, 0.018821053, 0.0017868977, -0.003502404, -0.060582034) * inp_4_1_0; + result6 += M4(0.032696694, -0.060505856, -0.07638751, 0.07938569, -0.04352733, 0.030930337, 0.006419562, 0.20290491, -0.06621932, -0.010134403, 0.0045209723, -0.08216622, 0.010799845, -0.037544258, 0.032261, -0.0068984954) * inp_4_2_0; + result6 += M4(-0.020585008, -0.06686739, -0.02674714, 0.10312991, -0.04545703, -0.0023649305, 0.017600637, 0.28133342, -0.18896975, 0.21077135, 0.16459316, 0.24882057, 0.193736, 0.013784664, -0.05083905, 0.039294366) * inp_4_0_1; + result6 += M4(0.13655709, 0.0012507935, -0.12576059, 0.09325019, -0.030075591, -0.02547244, -0.2405418, 0.20916913, 0.017380645, -0.11935161, 0.0437509, -0.062131178, -0.006475726, 0.09514894, 0.07395075, -0.09047324) * inp_4_1_1; + result6 += M4(-0.019377453, -0.056720573, -0.01657622, 0.09865785, -0.16182153, 0.06522214, -0.120011814, 0.44340995, 0.08786272, 0.084312685, 0.029555505, -0.03303406, -0.03767044, 0.048726927, 0.03899395, -0.012219651) * inp_4_2_1; + result6 += M4(-0.05132402, 0.06540667, -0.01990738, -0.04480762, -0.053835515, -0.027045632, -0.03389145, -0.061064117, -0.0644717, -0.08743921, -0.020172076, -0.10008905, 0.090438485, -0.034950245, -0.04865866, 0.02537885) * inp_4_0_2; + result6 += M4(-0.02029574, 0.112929955, 0.022982717, 0.052838452, 0.0074106054, -0.036684096, -0.020033512, 0.14651367, -0.0851901, 0.06323298, 0.005073495, 0.08078632, -0.034822278, -0.030153848, -0.030336197, 0.02080248) * inp_4_1_2; + result6 += M4(0.043356642, -0.028215291, -0.0037377938, -0.017337887, -0.040176068, 0.010816982, -0.06331674, -0.005939463, -0.06420132, 0.080353424, 0.019384855, 0.039185375, -0.049747366, 0.034336146, -0.026170624, 0.06940328) * inp_4_2_2; + result7 += M4(0.03314132, -0.023960821, 0.18514064, -0.014295202, 0.13087258, -0.068065755, -0.132479, -0.14629236, 0.013114965, -0.13433266, -0.1473613, 0.3425137, 0.00014111558, 0.013769697, -0.07184184, 0.00016587533) * inp_4_0_0; + result7 += M4(-0.084272854, 0.0012606982, 0.06889056, -0.027467422, -0.07352514, -0.022028591, 0.22194062, 0.08726106, -0.33280593, -0.15533029, 0.31119695, 0.4080963, 0.17609134, 0.05854581, -0.10106332, 0.066547655) * inp_4_1_0; + result7 += M4(0.045763247, -0.07639024, 0.017230418, -0.0055212197, 0.20488957, -0.023779752, 0.06305569, -0.09244782, -0.05728563, 0.050004475, -0.017564166, 0.11946289, -0.0070229634, 0.030936288, -0.049530633, 0.045574144) * inp_4_2_0; + result7 += M4(-0.04914086, -0.015898246, 0.07324575, -0.025076395, 0.15567815, 0.056686267, 0.05144686, 0.074478626, -0.039093338, 0.17859635, 0.1160447, 0.031838417, 0.21319076, -0.04266761, -0.06598638, 0.1650486) * inp_4_0_1; + result7 += M4(-0.14048345, 0.063251905, 0.6841372, 0.112974994, 0.25103608, -0.011431417, 0.18817756, -0.18409503, 0.019608924, 0.18151504, 0.0781094, 0.22911899, 0.069921345, -0.24604486, -0.6971403, -0.0646484) * inp_4_1_1; + result7 += M4(0.021362348, -0.015138301, 0.027565897, -0.01207035, 0.09410969, -0.044307675, -0.054592002, -0.039536398, -0.016862912, 0.01962149, 0.078963764, -0.004337365, -0.03610102, -0.013718087, -0.06805554, 0.022252895) * inp_4_2_1; + result7 += M4(-0.014945598, -0.010895095, 0.057883468, 0.0007298279, 0.008888342, 0.0021205172, 0.01675877, -0.05691879, -0.1411696, -0.0032234627, 0.03448331, -0.051604025, -0.064241216, -0.034602355, 0.015839413, 0.018036243) * inp_4_0_2; + result7 += M4(-0.039344657, 0.007022265, 0.051661976, -0.06379265, 0.0479425, 0.012853767, -0.012935568, -0.034843996, 0.035373203, 0.039304648, -0.06211866, -0.106624626, 0.01128225, 0.0011852856, -0.02734015, 0.04097814) * inp_4_1_2; + result7 += M4(0.03621156, 0.029693043, 0.053518586, 0.050195668, 0.042105448, -0.017427806, -0.008055143, -0.025947731, 0.051211126, -0.021013567, -0.069184914, 0.046099614, 0.020608708, -0.035153307, -0.13925175, -0.027382685) * inp_4_2_2; + const V4 inp_5_0_0 = inp[5][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_5_1_0 = inp[5][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_5_2_0 = inp[5][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_5_0_1 = inp[5][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_5_1_1 = inp[5][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_5_2_1 = inp[5][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_5_0_2 = inp[5][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_5_1_2 = inp[5][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_5_2_2 = inp[5][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.123371445, 0.045630742, -0.037511744, 0.032656584, -0.059497476, 0.030335374, -0.14396754, -0.10950625, 0.09135156, -0.038335335, 0.0019568456, -0.1259568, -0.011304159, -0.027700229, 0.012851001, 0.077376164) * inp_5_0_0; + result0 += M4(0.024210714, -0.015638096, -0.025297, -0.016720101, 0.057668798, -0.13882223, 0.1713362, 0.040192943, -0.114138186, 0.07518621, 0.029857866, 0.02885903, 0.12833597, 0.0132782785, -0.07948901, -0.009803399) * inp_5_1_0; + result0 += M4(0.121996425, 0.006053676, 0.10021924, -0.027526055, 0.06576328, -0.11237358, 0.024446266, 0.11030945, 0.0120935645, -0.0749186, 0.09698864, 0.02708685, 0.030926049, -0.06414696, -0.07180976, 0.043693516) * inp_5_2_0; + result0 += M4(-0.015859181, 0.008474882, -0.0019583204, 0.025104256, 0.11622288, -0.065398544, 0.15351884, -0.029175289, -0.09635269, -0.008340101, 0.01007894, 0.0035908774, 0.025967816, 0.037081588, -0.14414304, 0.073466465) * inp_5_0_1; + result0 += M4(0.08065021, -0.05153395, -0.002465147, -0.013492567, -0.032598022, 0.45930138, 0.46663892, 0.103900634, -0.04901923, -0.090013206, -0.21006538, 0.20859501, -0.048301794, -0.014095961, 0.15357316, 0.0076438906) * inp_5_1_1; + result0 += M4(0.02426149, 0.0021374687, 0.077495165, -0.1258318, 0.044345193, 0.00021493588, 0.01685415, -0.0368571, 0.04374505, -0.1766028, -0.033100635, 0.040366873, 0.1395594, 0.027098102, 0.10932677, -0.06817938) * inp_5_2_1; + result0 += M4(0.009196407, -0.097988635, -0.050098717, -0.016872253, 0.090022065, -0.013037989, -0.0026730855, 0.024800278, -0.04894446, 0.05530746, 0.014768546, -0.09061225, -0.057070952, -0.07252438, -0.00062122854, 0.08389794) * inp_5_0_2; + result0 += M4(-0.101596296, -0.055642474, 0.04570439, 0.04361038, -0.14486907, 0.042797673, -0.12054768, -0.063305065, -0.019254709, 0.05217635, 0.02427707, 0.006368446, 0.14061597, -0.12326447, -0.0018781321, -0.04270873) * inp_5_1_2; + result0 += M4(0.10663404, -0.047926433, 0.044095367, -0.07026069, 0.0375175, -0.0886996, 0.044326045, -0.12775558, 0.061518982, 0.0476789, -0.025395926, 0.023615137, 0.09428052, -0.1103412, -0.009147347, -0.03133798) * inp_5_2_2; + result1 += M4(0.053163227, 0.030115737, -0.030637942, -0.025837002, -0.060941413, -0.10949551, -0.120862715, 0.1208325, -0.11690091, -0.06556051, 0.15571932, 0.007036722, 0.058079485, -0.042374987, -0.0488747, 0.0754995) * inp_5_0_0; + result1 += M4(0.03261784, 0.10626132, -0.089328535, 7.441058e-05, 0.073384576, 0.09726181, -0.07114991, -0.013974848, -0.024584785, -0.1362107, -0.14133859, -0.0019457873, 0.021470407, -0.112652674, -0.119304426, 0.099386595) * inp_5_1_0; + result1 += M4(0.24204189, -0.05820033, 0.0008264339, 0.015788814, -0.033113368, -0.014696672, -0.25541672, -0.002837327, -0.06241953, 0.010933759, -0.118518025, 0.03815822, 0.076786935, -0.029461388, -0.16738333, 0.12254171) * inp_5_2_0; + result1 += M4(-0.026658932, -0.02901586, -0.057913918, 0.023599925, 0.04478488, -0.12633042, -0.07728049, -0.022446077, -0.057294432, -0.1906596, 0.0768135, 0.023322254, 0.08313433, 0.048030186, -0.19937456, -0.16442332) * inp_5_0_1; + result1 += M4(-0.015783641, -0.0110256625, -0.13498132, -0.08360165, -0.020236097, 0.21834463, 0.3778501, -0.10348178, -0.14184757, -0.0024434915, 0.37857127, -0.09526714, 0.09978618, 0.10055827, 0.049948208, -0.09012774) * inp_5_1_1; + result1 += M4(-0.0007249339, 0.07442243, -0.046553437, 0.10058906, 0.084018774, 0.0331409, -0.022992447, -0.02720312, 0.055283006, -0.10140711, -0.008944542, -0.07686773, -0.0139478985, -0.035766657, 0.18112116, -0.295391) * inp_5_2_1; + result1 += M4(-0.03283177, -0.0788876, 0.078147784, 0.12382458, -0.028681792, -0.09797458, 0.09658886, 0.038334813, 0.05970046, 0.1042089, -0.028044544, -0.11702576, 0.04946432, -0.045566108, -0.03265196, 0.20265669) * inp_5_0_2; + result1 += M4(0.07615815, 0.053773694, -0.13425004, -0.10289403, -0.21141896, -0.027510718, 0.117724255, 0.029067636, 0.007772063, 0.05305857, -0.060303167, 0.1656609, 0.18891121, -0.18553078, -0.18784903, -0.04514619) * inp_5_1_2; + result1 += M4(-0.0058164196, -0.035942618, -0.047059286, 0.02922557, -0.040747892, 0.05588013, -0.07001004, -0.0033716587, 0.13195422, 0.18360968, 0.18187922, -0.041588735, 0.015648779, -0.015338238, 0.057859555, 0.22880732) * inp_5_2_2; + result2 += M4(-0.05089461, -0.06880747, 0.03439235, -0.10452725, -0.03418723, 0.018158589, 0.026373662, 0.01823083, 0.06179376, 0.12291096, -0.12697552, 0.07553995, 0.16819894, -0.06165895, 0.07061971, 0.08076528) * inp_5_0_0; + result2 += M4(-0.2184368, -0.03054354, 0.08202403, -0.19400576, -0.05452536, -0.011952951, -0.06794899, 0.122203216, 0.11779741, -0.05228771, 0.09199356, 0.0019564293, 0.1524904, -0.105936274, -0.010267851, 0.09411399) * inp_5_1_0; + result2 += M4(-0.1024979, 0.08116158, -0.007344123, -0.11812001, 0.040182192, 0.01606026, -0.14471118, 0.120311014, 0.10089437, -0.08400024, 0.057646155, 0.11378756, 0.110301286, -0.040258244, 0.021496408, 0.14241529) * inp_5_2_0; + result2 += M4(-0.007884671, -0.10740747, -0.01754323, -0.07541031, 0.12543997, -0.013833602, 0.048891734, 0.10121733, 0.14231123, 0.07870058, 0.06179573, 0.011016393, 0.05418917, -0.26155347, 0.13007818, 0.06546662) * inp_5_0_1; + result2 += M4(-0.035987936, -0.3930357, 0.10958193, -0.5489481, -0.19053532, 0.14033037, 0.43592274, -0.0050594276, 0.025040733, 0.17388758, -0.16107048, 0.7136927, 0.03924278, 0.04421966, 0.014932358, 0.28228682) * inp_5_1_1; + result2 += M4(0.004908621, -0.02024404, 0.060426462, -0.04234812, 0.058657315, -0.03692989, 0.04931202, -0.013500887, 0.002397611, -0.032400943, -0.024726039, 0.057190824, 0.08490632, 0.08427807, -0.3459622, 0.26250184) * inp_5_2_1; + result2 += M4(0.042929225, -0.022448707, -0.014097773, -0.09849196, 0.07650107, -0.07192543, -0.045918714, -0.09044093, -0.02750359, 0.10363463, 0.04108734, 0.14084217, 0.086739935, -0.07766882, 0.015197384, 0.086779095) * inp_5_0_2; + result2 += M4(-0.042680692, -0.0435413, -0.02081592, 0.0018394949, -0.11688039, -0.04280503, -0.073257394, -0.06731929, -0.009505822, -0.015929494, -0.06085459, -0.03652785, 0.002387642, -0.100591265, 0.24633902, 0.17450476) * inp_5_1_2; + result2 += M4(0.024364658, 0.03397147, -0.10271644, -0.10208315, -0.011779326, -0.041756544, -0.14783241, 0.038288563, 0.04646152, 0.0361934, 0.17079784, 0.025240134, 0.17275141, -0.06670544, 0.08916464, 0.14281836) * inp_5_2_2; + result3 += M4(-0.0016433772, -0.06395496, 0.044392545, -0.02376804, 0.0032578832, -0.004468666, -0.00853987, -0.08344243, -0.014666987, 0.03971033, -0.04307232, 0.10009123, -0.09495937, 0.05841456, -0.10372049, -0.012789258) * inp_5_0_0; + result3 += M4(-0.1754774, 0.023429831, 0.09371815, -0.015694408, -0.11963432, 0.04584396, 0.055807028, 0.09387724, 0.09942793, 0.008641019, 0.056752395, -0.048205625, -0.16672355, -0.008905546, -0.11106117, -0.001228154) * inp_5_1_0; + result3 += M4(-0.03829054, 0.03206877, -0.03506619, -0.007803222, 0.028911086, -0.021094246, 0.17150551, 0.1928845, -0.051899012, -0.022683851, 0.071469896, -0.009633936, -0.28371215, 0.012550104, -0.04978784, 0.14056697) * inp_5_2_0; + result3 += M4(-0.05456526, -0.0139581235, -0.14226688, 0.0024905521, 0.07598446, 0.0160824, 0.13566287, -0.097559534, 0.08470994, 0.020044724, -0.006391273, 0.03913785, -0.23592253, -0.049078852, 0.075952955, -0.18626446) * inp_5_0_1; + result3 += M4(-0.16849951, -0.030507093, -0.033838596, -0.22402312, -0.29775357, -0.022204434, 0.1599498, -0.33909023, -0.093581155, 0.015534969, 0.0009931519, 0.07484235, -0.19403413, 0.06681865, -0.09450792, 0.013082458) * inp_5_1_1; + result3 += M4(-0.008722489, 0.0006128054, 0.015211376, -0.033959948, -0.013445738, -0.006673427, 0.16608049, -0.16438295, -0.10635901, -0.026287759, -0.14944382, -0.06114431, -0.5572859, -0.13040613, 0.01806043, -0.13726111) * inp_5_2_1; + result3 += M4(0.025324216, -0.019472148, 0.12226383, 0.004561716, -0.045955773, -3.4736728e-05, 0.10386858, -0.035570566, 0.08200984, 0.013000245, -0.11241669, 0.122758955, -0.23983026, 0.021620678, -0.0069623124, -0.0866692) * inp_5_0_2; + result3 += M4(-0.063442014, 0.003991682, -0.08261214, -0.043879263, -0.047612466, 0.0064072665, -0.06443755, -0.05235255, 0.057116516, -0.042289082, 0.039665133, 0.012920242, -0.27223322, 0.020552354, 0.15560661, -0.115243696) * inp_5_1_2; + result3 += M4(0.0128492, 0.07751773, -0.020738611, -0.044284575, -0.14505552, 0.0004539792, -0.122859575, -0.08029323, -0.101424895, -0.020329434, 0.04193369, 0.03867216, -0.3186856, -0.04017953, -0.011931473, -0.00901795) * inp_5_2_2; + result4 += M4(-0.081978485, 0.008731177, -0.009671315, 0.11881761, 0.14737126, 0.026059391, 0.1453127, -0.22145276, 0.027277047, 0.012819726, -0.010473002, -0.058562577, -0.029624926, 0.017595857, 0.023331981, -0.070908226) * inp_5_0_0; + result4 += M4(0.09150548, 0.07674018, -0.012784578, -0.07985558, -0.12920624, -0.07422218, 0.08923461, 0.10953051, -0.2087261, 0.10440889, 0.06466868, -0.039136652, 0.049965568, 0.11478386, -0.25069302, 0.07872079) * inp_5_1_0; + result4 += M4(0.049709897, -0.07648281, -0.0453251, -0.052878913, -0.015357472, 0.033534553, 0.013065147, -0.029262222, -0.038605936, 0.029413693, -0.009752422, -0.0522763, 0.13201569, 0.22309795, -0.10203328, 0.07843707) * inp_5_2_0; + result4 += M4(-0.00943669, -0.02357647, -0.010168464, -0.011966337, -0.12490295, 0.24515004, 0.17846109, 0.07853887, 0.1004703, 0.011486755, 0.08667265, -0.00040034638, 0.102375336, -0.045829143, -0.07046418, 0.045852184) * inp_5_0_1; + result4 += M4(-0.4339243, -0.04240526, 0.08855913, 0.019752966, 0.19020529, 0.08014186, -0.5915188, 0.24088357, 0.19341277, 0.0058906153, 0.0487018, -0.12089922, 0.12674676, 0.095529735, 0.14496239, -0.15163405) * inp_5_1_1; + result4 += M4(-0.13066274, -0.020357536, 0.030672433, 0.03308246, 0.13391852, 0.18372144, -0.009818675, -0.054323558, 0.0026363488, -0.047271162, -0.055748943, 0.07969257, 0.085714854, -0.025382305, 0.03431107, -0.1627272) * inp_5_2_1; + result4 += M4(0.003020665, -0.10396593, 0.011902204, 0.07312435, 0.093765184, -0.1325592, 0.22710894, 0.018937884, -0.13183898, 0.031228388, -0.07443412, -0.038861208, -0.07230957, 0.07616656, 0.086517304, 0.08261749) * inp_5_0_2; + result4 += M4(0.116928734, 0.10872434, 0.005216119, -0.08336637, -0.08692142, -0.24494134, -0.07662935, -0.15244098, -0.024772238, -0.08173158, -0.17380379, 0.07253603, -0.09260726, -0.100188315, 0.20209496, 0.11850252) * inp_5_1_2; + result4 += M4(-0.014173898, 0.050055653, 0.021336745, 0.028097194, 0.10676832, -0.14054227, -0.032997448, 0.09759295, 0.1968065, 0.119522, 0.0064996337, -0.08544998, -0.06480004, 0.06684704, 0.17936917, -0.0064673736) * inp_5_2_2; + result5 += M4(0.08665207, -0.014733728, -0.03439795, 0.014946461, 0.12191395, 0.34902343, -0.15557007, -0.06618843, -0.038352728, -0.015582131, 0.008399964, 0.019552283, 0.006831162, 0.0484393, 0.041982424, 0.04917752) * inp_5_0_0; + result5 += M4(0.061198276, 0.1254916, -0.0866367, -0.039402395, -0.14817049, 0.5130939, -0.19919015, -0.17593104, 0.022492269, 0.053934958, -0.08103255, -0.006178789, -0.08096894, -0.13555562, 0.06531979, 0.031465143) * inp_5_1_0; + result5 += M4(-0.0017537047, -0.0058338325, -0.022249585, -0.040268507, -0.15536328, 0.33079246, -0.20307569, -0.040409602, -0.081662245, -0.0057570254, -0.02416426, -0.0034949684, -0.12064619, 0.053589292, -0.048280526, -0.060501892) * inp_5_2_0; + result5 += M4(-0.023151474, 0.025483055, 0.03302465, -0.053557098, 0.01878202, 0.48855963, 0.14157878, -0.052844502, 0.04966715, 0.08792078, 0.12310278, 0.06091125, 0.069299795, -0.11052675, -0.057348035, -0.039336666) * inp_5_0_1; + result5 += M4(-0.012678735, -0.20442308, 0.039045762, -0.051613014, 0.07281968, 1.0343851, 0.4127859, -0.048605893, -0.0015168578, -0.07037902, 0.12139327, 0.043819714, 0.045538, -0.18176125, 0.022056846, 0.0005423375) * inp_5_1_1; + result5 += M4(0.04133189, 0.0012175002, -0.05802783, -0.086031586, -0.057386238, 0.44495016, -0.032954965, 0.037303012, 0.16479154, 0.05773966, 0.01573409, 0.018100003, 0.06942059, -0.22936065, -0.01792656, 0.09765454) * inp_5_2_1; + result5 += M4(-0.05759195, 0.048286095, -0.01451397, 0.07753058, -0.06851057, 0.25636473, -0.04180832, 0.01919419, 0.05657882, -0.051161885, -0.005812322, -0.076693, -0.023606462, -0.01839714, 0.03828975, 0.06775395) * inp_5_0_2; + result5 += M4(-0.035349704, 0.024843054, 0.09386931, 0.099540524, -0.09546079, 0.46071944, -0.044423927, -0.06338417, -0.027697293, -0.047288228, -0.07253479, 0.097908825, -0.09055675, 0.14732157, 0.03998545, 0.10484554) * inp_5_1_2; + result5 += M4(0.030144554, 0.09282306, -0.106014095, -0.043188702, -0.06866675, 0.24503854, -0.33104092, 0.060447738, -0.07752346, -0.14617719, 0.027633805, -0.059127916, -0.2133411, 0.11343608, 0.108426996, -0.078282446) * inp_5_2_2; + result6 += M4(0.017146543, 0.07195347, 0.020474782, 0.10021011, 0.07946469, -0.048385706, 0.035112847, -0.006273241, -0.022339504, 0.10111638, -0.046621624, -0.16082487, 0.042175107, -0.103130214, 0.028282315, -0.0988534) * inp_5_0_0; + result6 += M4(0.0352779, -0.042162426, 0.071050584, 0.05833724, 0.11845236, 0.1251091, 0.024088811, -0.08335935, -0.12863266, 0.11600836, 0.03180283, -0.08279313, -0.06791756, -0.18051551, -0.040628698, -0.105102845) * inp_5_1_0; + result6 += M4(-0.067785904, -0.06739106, -0.017867617, -0.017591527, 0.047302313, -0.030611094, -0.027617399, 0.028833665, 0.04271483, -0.0016429841, 0.018974971, -0.050833248, 0.020180678, -0.0019380851, 0.014650357, -0.10082412) * inp_5_2_0; + result6 += M4(0.009767641, -0.009299312, -0.022824276, 0.09675148, 0.027000414, -0.10451104, -0.024415737, -0.13894948, -0.05768862, 0.082830854, 0.06221253, -0.2545634, -0.14260367, 0.091374844, -0.0071491837, -0.13828793) * inp_5_0_1; + result6 += M4(0.028257204, -0.04447945, 0.13823047, -0.09031003, 0.1818435, -0.16005519, -0.075830966, 0.26581088, 0.03027853, 0.06225854, -0.17510638, 0.12744462, 0.019942556, 0.065034024, -0.10274122, -0.07896024) * inp_5_1_1; + result6 += M4(0.038249422, -0.029685864, -0.0094582075, -0.10248129, -0.008710387, -0.026165457, 0.005976542, -0.0066294908, -0.046754308, 0.0018705112, 0.061219167, 0.0062646423, -0.10355338, -0.112634316, 0.042089604, -0.103306025) * inp_5_2_1; + result6 += M4(-0.045211665, -0.033496004, 0.07130816, -0.093034185, -0.024511328, 0.078480706, 0.022099065, -0.0063585923, 0.08217455, -0.068966866, -0.06517585, 0.1392229, -0.09056001, -0.052128717, 0.015343711, -0.12273842) * inp_5_0_2; + result6 += M4(-0.041267555, -0.0121253915, 0.047172245, -0.030350387, 0.12069247, 0.12190868, -0.00843262, -0.012527678, 0.060970213, -0.012181705, 0.03164267, 0.062954076, -0.078739755, 0.036241636, 7.553352e-05, -0.12768728) * inp_5_1_2; + result6 += M4(0.009428621, 0.03308015, -0.020445896, -0.121635035, 0.12464413, -0.012552904, 0.018786203, -0.061635923, 0.02892714, -0.04556199, 0.009078409, 0.08156567, 0.07953163, 0.14660418, 0.03281469, -0.10681093) * inp_5_2_2; + result7 += M4(-0.07755879, 0.001409955, 0.080113985, 0.044837657, -0.02902784, 0.0453789, -0.19918056, -0.13519815, 0.06071678, -0.017768841, -0.107843705, -0.028775323, 0.078276545, -0.00448468, 0.011384543, -0.07118215) * inp_5_0_0; + result7 += M4(0.020012148, 0.06290545, 0.08594064, -0.059813794, -0.071024366, 0.02439831, 0.022521794, -0.05762041, -0.079059206, 0.03366543, 0.06894578, 0.04634653, -0.018088952, -0.055296224, 0.048158336, 0.00052413566) * inp_5_1_0; + result7 += M4(0.06857875, 0.04631308, 0.063786946, -0.12448301, -0.05874095, -0.04511761, 0.11245571, -0.17079069, 0.05397501, -0.007799154, -0.03738197, 0.004935458, 0.06348767, -0.044503845, 0.029091693, 0.021400971) * inp_5_2_0; + result7 += M4(-0.012583525, -0.018320743, 0.055667475, -0.14299099, 0.053300552, 0.03134462, -0.053179096, 0.086316325, 0.0009091387, -0.015577178, 0.019550147, -0.10241137, -0.12569317, 0.013249083, 0.06836901, 0.0133160055) * inp_5_0_1; + result7 += M4(-0.03420927, 0.23104991, 0.47808087, 0.060338102, -0.19527173, -0.2905466, 0.09608559, -0.124330826, -0.096963815, -0.29860568, -0.49789473, -0.09644599, -0.0034421296, -0.058462963, -0.14370023, 0.02043516) * inp_5_1_1; + result7 += M4(0.105033144, 0.055408422, 0.15040505, 0.042433683, -0.09824583, 0.014011664, 0.0780022, -0.010407359, -0.069793984, -0.026357459, -0.050134815, -0.0056409263, 0.13164721, -0.023186551, -0.034109626, -0.08412489) * inp_5_2_1; + result7 += M4(-0.000686607, 0.015475212, -0.0076115374, -0.030022096, 0.09115867, 0.0049877916, 0.028928516, 0.024060426, 0.09289277, -0.025827307, -0.0028435676, -0.036280386, -0.009932912, -0.0026674443, -4.2211093e-05, -0.09942692) * inp_5_0_2; + result7 += M4(-0.080379285, 0.08226599, 0.06263767, 0.02839101, -0.2889866, 0.0071601234, 0.11777941, -0.1139161, -0.02848327, -0.054467835, 0.029276526, 0.06994259, 0.2020753, -0.05809008, -0.047375616, -0.15917233) * inp_5_1_2; + result7 += M4(0.017120434, 0.061842583, 0.16634838, -0.048323035, 0.015774501, 0.02568165, 0.19701882, 0.056263637, -0.0083325235, -0.00514872, -0.07123524, 0.0025612267, -0.17592408, -0.004829901, 0.16188622, -0.010181982) * inp_5_2_2; + const V4 inp_6_0_0 = inp[6][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_6_1_0 = inp[6][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_6_2_0 = inp[6][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_6_0_1 = inp[6][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_6_1_1 = inp[6][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_6_2_1 = inp[6][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_6_0_2 = inp[6][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_6_1_2 = inp[6][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_6_2_2 = inp[6][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.022662565, 0.02176172, 0.031047488, -0.11067613, 0.010133441, 0.033218984, -0.033945628, -0.077870145, -0.008262249, 0.032401863, -0.031276446, -0.016952295, -0.043772437, 0.056907352, -0.0946162, 0.09006121) * inp_6_0_0; + result0 += M4(0.017040696, -0.044044662, 0.13394083, -0.09612405, -0.08078334, 0.07400945, -0.020238824, 0.029793039, -0.07849465, -0.02886134, 0.055123046, -0.010653626, 0.16018832, -0.036940917, -0.06712302, -0.12673457) * inp_6_1_0; + result0 += M4(0.12287229, -0.015073312, 0.15345484, -0.13125063, -0.017165022, 0.4159603, -0.097369164, -0.1395624, -0.008073821, 0.013593207, 0.021631084, 0.040323455, 0.06321758, -0.028390089, -0.07807858, -0.021472875) * inp_6_2_0; + result0 += M4(-0.07047176, 0.032713864, 0.0137235, -0.04372021, 0.045677308, 0.09478718, -0.026812516, -0.030567927, -0.057995263, -0.049896773, 0.0059265587, 0.033297904, -0.020974014, 0.21497244, -0.23850913, -0.07458344) * inp_6_0_1; + result0 += M4(0.093734205, 0.048767734, 0.08533877, -0.1599017, 0.0831247, -0.42410544, 0.06197638, -0.025946354, 0.01345063, 0.1433013, 0.124061465, -0.1340586, -0.1532807, 0.0071958816, 0.11053866, -0.17644954) * inp_6_1_1; + result0 += M4(-0.12367105, 0.09430558, -0.28992137, 0.093805075, -0.044040952, 0.095564984, 0.109782256, 0.0437214, -0.027480988, -0.03442494, -0.13606414, -0.0033933218, -0.07537912, 0.20092618, 0.16240402, 0.07673302) * inp_6_2_1; + result0 += M4(-0.031000234, 0.03345831, -0.085711, -0.10966906, -0.007225471, -0.00018210147, -0.027986502, -0.034326024, 0.19785415, 0.14977622, -0.07502296, 0.07963666, -0.07693806, -0.1751338, 0.017238509, 0.13737452) * inp_6_0_2; + result0 += M4(-0.033897035, -0.060299773, -0.047966577, -0.16041975, -0.018925058, -0.0069016516, 0.065542795, -0.10214473, -0.023588412, 0.023308706, -0.12040352, 0.09502946, 0.16837138, 0.027456043, 0.11100462, -0.1577611) * inp_6_1_2; + result0 += M4(-0.28854597, 0.069381654, -0.10589031, 0.059290722, -0.048073024, -0.072590716, -0.030349195, -0.06293276, 0.007873924, -0.005269388, -0.11836302, 0.07247899, -0.07915952, -0.01155746, -0.12287877, -0.031772703) * inp_6_2_2; + result1 += M4(-0.1492508, 0.04419659, 0.08584264, -0.09106756, 0.040658787, -0.0068975417, -0.08413319, -0.007948746, -0.104236335, -0.015870739, -0.076965615, -0.027703, -0.11968809, 0.0036426606, -0.13528155, -0.06675776) * inp_6_0_0; + result1 += M4(0.046767768, 0.14498001, 0.0137019195, -0.2762634, -0.08301796, -0.0381739, -0.122010425, -0.049715903, 0.012905702, 0.032977697, 0.06306705, -0.027665475, 0.12606758, -0.00935986, 0.06770101, 0.12946673) * inp_6_1_0; + result1 += M4(-0.47543922, 0.06766018, 0.05186825, -0.09191922, 0.15787455, -0.121539526, 0.31240228, -0.14566931, 0.0008109791, 0.041136768, -0.03195533, 0.04042247, -0.016029973, 0.0940737, 0.040516343, 0.004909924) * inp_6_2_0; + result1 += M4(0.07979845, -0.06353748, 0.030827152, 0.041357685, -0.0800338, -0.106950775, -0.06833297, -0.12957431, -0.036484595, 0.013483876, 0.1311274, 0.14309974, 0.18997373, 0.030550603, -0.1454263, -0.077398196) * inp_6_0_1; + result1 += M4(-0.08351891, 0.087970376, 0.15670797, -0.07483462, 0.4136507, 0.23026279, -0.1595789, 0.1342068, 0.20100828, -0.15992345, 0.24500774, -0.06217506, -0.13873757, -0.10639632, -0.25519928, 0.12289211) * inp_6_1_1; + result1 += M4(0.05649937, -0.13829966, -0.06926285, 0.16086845, 0.11136481, -0.13024735, -0.11109521, 0.17485645, 0.01666002, 0.09547379, -0.024069212, 0.047422227, -0.17598514, -0.103104554, -0.009266948, 0.09092815) * inp_6_2_1; + result1 += M4(-0.10474804, 0.016698934, 0.029720983, -0.13150644, -0.063225284, -0.05904626, -0.009949913, 0.00018698188, 0.07028293, -0.033586286, -0.07864628, 0.033227555, 0.16869347, -0.081360534, 0.094108135, 0.2211802) * inp_6_0_2; + result1 += M4(-0.26949, -0.044507578, 0.1477516, 0.036132596, -0.043683667, -0.076060124, 0.026270686, 0.06416137, -0.1283779, -0.13623863, -0.042199202, -0.05594856, 0.3736512, 0.08141126, -0.23937687, -0.119359955) * inp_6_1_2; + result1 += M4(0.084934175, 0.061839666, 0.010982163, -0.26843917, 0.004296467, 0.09378715, 0.09337865, -0.03648232, 0.020570103, 0.09742387, -0.00092384644, -0.05229222, 0.029906118, 0.058147784, -0.004575042, -0.0021433174) * inp_6_2_2; + result2 += M4(-0.09728809, 0.12705815, -0.028977007, -0.13854632, 0.07775079, -0.01154811, -0.054849498, 0.042522572, -0.013445212, 0.025924275, 0.027557472, -0.043836106, -0.03986896, -0.117435925, 0.062532805, -0.1545375) * inp_6_0_0; + result2 += M4(-0.14383373, 0.18368949, -0.10276375, -0.09745836, 0.057789564, -0.033151116, -0.07986056, -0.17011829, 0.006027637, 0.034716703, -0.070138164, -0.003411713, -0.007138873, 0.0833064, -0.044077292, -0.030886922) * inp_6_1_0; + result2 += M4(-0.10252342, 0.056591894, -0.023250006, -0.22413959, 0.05353864, -0.06627729, -0.0886889, -0.10153446, -0.03933207, 0.009793733, -0.0045435447, -0.004461575, 0.017490178, 0.080378845, -0.0071444563, -0.05331926) * inp_6_2_0; + result2 += M4(-0.098941, 0.040722124, 0.027304756, -0.16025057, 0.2098127, -0.07817846, 0.04404543, -0.18956026, -0.08948699, 0.01230849, 0.07202974, 0.050348695, 0.048572678, -0.168869, 0.045545164, -0.24809511) * inp_6_0_1; + result2 += M4(-0.09936324, 0.31672347, -0.13130951, 0.045155503, 0.36198738, -0.12747245, 0.074202925, -0.3330781, -0.1464172, -0.1622254, 0.090740085, -0.10589896, -0.085408434, -0.16782056, 0.11473101, -0.3355733) * inp_6_1_1; + result2 += M4(0.010354405, 0.123217784, 0.15721191, -0.45024335, 0.04826859, -0.012769763, 0.06803188, -0.04514185, 0.021900792, -0.01662945, -0.12624656, 0.044610206, -0.00435643, -0.008694052, -0.047312513, 0.007757288) * inp_6_2_1; + result2 += M4(-0.08055778, 0.07800522, -0.053581987, -0.10969689, 0.080745876, 0.042631555, -0.09987554, -0.099668436, 0.085227326, 0.070624724, 0.08070706, -0.0028242047, -0.12818842, -0.075480625, -0.015591966, -0.10367721) * inp_6_0_2; + result2 += M4(0.027008172, 0.14759146, -0.1670905, -0.15166657, 0.21059166, -0.0551149, -0.15026438, 0.07846565, -0.041948162, -0.06116516, -0.10198152, 0.0049422076, -0.22084834, 0.026073638, -0.012006051, -0.23930168) * inp_6_1_2; + result2 += M4(-0.37885672, 0.09818381, -0.15209103, -0.21781725, 0.14618927, -0.0040617506, 0.05117922, -0.02672699, 0.042790525, 0.07494308, -0.10597002, -0.050133295, -0.05204497, 0.061795615, 0.014891126, -0.036957268) * inp_6_2_2; + result3 += M4(0.185546, -0.032288086, 0.03415255, 0.10309088, 0.12632178, -0.0089605255, -0.00026329645, -0.05788586, -0.013285484, 0.014707667, -0.0064637004, -0.034020472, -0.025541177, -0.012849491, 0.052110005, -0.02604595) * inp_6_0_0; + result3 += M4(0.41292533, -0.0627427, 0.01737347, -0.057093598, -0.16102254, -0.037011318, -0.007919761, -0.025018075, 0.0450738, -0.026855862, -0.049001496, -0.02301973, 0.07580025, -0.037616286, -0.032519244, -0.06378584) * inp_6_1_0; + result3 += M4(0.3346523, -0.017829685, 0.33904034, -0.10046771, -0.2506381, 0.06847256, -0.16621499, -0.037054002, -0.06243941, 0.03671546, 0.011701322, -0.028419089, 0.041693617, 0.00808051, -0.055128235, -0.1270356) * inp_6_2_0; + result3 += M4(0.14584646, 0.040582735, -0.03203946, 0.029161131, 0.1569903, 0.031786006, 0.02203093, 0.052464753, -0.17344344, -0.05616043, -0.02038793, 0.16157192, -0.00088637654, -0.08918169, -0.21939383, 0.02132507) * inp_6_0_1; + result3 += M4(0.22482826, 0.18882215, -0.2109867, 0.20965013, -0.21185277, 0.08119736, -0.094712876, 0.36543417, -0.032067187, 0.03824958, 0.07664706, -0.11212712, 0.1502659, 0.14563361, -0.08573973, -0.09569288) * inp_6_1_1; + result3 += M4(0.5668292, 0.07864384, -0.15851574, 0.2253648, 0.36334848, -0.06548732, -0.02119428, -0.23140793, -0.03483558, -0.029035846, -0.011677813, -0.0063593257, 0.043029856, 0.041056473, 0.054387067, 0.15371555) * inp_6_2_1; + result3 += M4(0.18089499, -0.047573827, 0.005182853, 0.12310185, 0.0988627, -0.022082662, -0.074445374, 0.031603467, -0.10876057, 0.034450483, -0.21183711, 0.27282053, 0.023163272, -0.05425671, 0.21672472, -0.06922515) * inp_6_0_2; + result3 += M4(0.3654263, -0.060631882, 0.18439434, 0.12481628, 0.04861879, 0.022381956, 0.025325563, 0.012068141, 0.25170138, -0.040667526, -0.054647002, 0.0020854932, 0.047459282, 0.037005134, -0.22579049, 0.1441387) * inp_6_1_2; + result3 += M4(0.31363022, 0.017053004, 0.033711996, 0.2867573, 0.101877645, -0.025373004, 0.04963279, 0.033481166, -0.07591163, -0.0007023842, -0.06795067, -0.09677775, 0.0070751975, 0.0111449305, -0.106338166, 0.037016667) * inp_6_2_2; + result4 += M4(0.03351123, -0.11655427, -0.03357911, -0.07020249, -0.09868351, 0.020003919, 0.15566629, 0.111611955, 0.03797199, 0.0100544365, 0.01791509, -0.028324421, -0.08026222, -0.088658996, 0.079744495, -0.05380528) * inp_6_0_0; + result4 += M4(0.2093525, -0.19591491, -0.041430935, -0.1769227, 0.19246429, 0.026085977, -0.05653853, 0.07229085, -0.021525076, -0.012955541, 0.05822974, 0.022376334, 0.10470525, -0.043411467, 0.08422375, -0.08633609) * inp_6_1_0; + result4 += M4(-0.113138996, -0.29777002, 0.097035415, -0.17521766, -0.12739336, -0.017126556, -0.0025361879, -0.091820754, 0.010870739, 0.040008564, 0.010054603, -0.008001849, 0.0048292037, -0.08841783, 0.061841697, -0.03285206) * inp_6_2_0; + result4 += M4(0.15313675, 0.10109318, 0.05147042, -0.101560265, 0.1182915, -0.02052267, 0.059898324, 0.11955758, -0.0039292537, 0.10427425, 0.12080389, 0.052777626, 0.04190581, 0.16115965, -0.18883778, -0.04855676) * inp_6_0_1; + result4 += M4(0.1106125, 0.06403678, -0.03785207, -0.2804395, -0.23224425, 0.0776971, 0.102057956, -0.07645924, -0.12819959, -0.13052844, -0.15730965, -0.12691382, -0.13231787, -0.21864872, -0.20197552, 0.120350175) * inp_6_1_1; + result4 += M4(-0.028920438, 0.30645525, -0.09111205, 0.0016827547, -0.21038549, 0.12553698, -0.07064634, -0.08422061, 0.05563499, 0.08968355, -0.026228696, 0.017037652, -0.098600306, 0.063330404, -0.008508259, 0.027112292) * inp_6_2_1; + result4 += M4(0.020318398, -0.1082526, -0.046913218, -0.0086583495, 0.1518727, -0.06683231, -0.040266704, -0.07956474, 0.071654856, 0.039180983, 0.26956534, 0.064652994, -0.016598048, 0.010794737, -0.010483676, 0.16300574) * inp_6_0_2; + result4 += M4(0.11134099, -0.05475089, -0.08916288, -0.0788205, -0.05166639, 0.14720303, -0.051651753, 0.18677604, -0.13057844, 0.14725175, -0.06957975, 0.044068716, 0.11644188, 0.16409175, 0.11227571, 0.3046591) * inp_6_1_2; + result4 += M4(0.34201884, -0.14044404, -0.04303451, 0.025608726, -0.085761964, 0.0022005555, 0.0053634727, -0.06099608, 0.022460181, -0.0020911195, -0.10174249, -0.01883417, -0.10148095, 0.0049525136, 0.047242865, 0.12056862) * inp_6_2_2; + result5 += M4(-0.03084787, -0.043743838, 0.0013361761, 0.0010635621, -0.0006340321, 0.14626092, -0.062524706, -0.056714725, -0.046213068, 0.008212069, -0.038495477, -0.052282322, 0.13648538, 0.10985524, -0.034487, 0.03140544) * inp_6_0_0; + result5 += M4(-0.11180962, 0.07738783, 0.00013493697, 0.069898434, -0.014950715, -0.034949496, -0.045437455, 0.040848527, 0.056710213, 0.023578113, -0.041299984, 0.034865517, 0.09137486, 0.044838328, -0.011997275, 0.09208104) * inp_6_1_0; + result5 += M4(0.21378994, 0.20275737, 0.08551785, -0.03031537, 0.23998004, -0.1881181, 0.03192166, 0.11558745, -0.007510867, 0.005142982, -0.0186586, -0.054318935, 0.13884911, -0.080374055, 0.07896791, -0.13564576) * inp_6_2_0; + result5 += M4(0.010643287, -0.050605524, 0.0893235, -0.036525786, 0.040669795, -0.03025073, -0.06990102, -0.0415294, -0.08315493, 0.10482798, 0.017328838, 0.01531095, 0.0717909, 0.047141626, 0.016256347, -0.19347054) * inp_6_0_1; + result5 += M4(-0.067926444, -0.036405887, 0.054175954, -0.22704571, -0.031879175, -0.094859935, -0.0075357556, -0.009981205, 0.06891248, -0.3400711, 0.042274006, -0.13024047, -0.29953814, 0.29648513, -0.0837207, -0.13472189) * inp_6_1_1; + result5 += M4(-0.17257512, -0.035090223, 0.22645073, -0.19988519, -0.01734958, 0.013582395, 0.009763802, 0.0021932905, 0.044697754, 0.11186724, -0.054914236, 0.04331771, -0.13643798, 0.015042445, -0.050239883, 0.106387116) * inp_6_2_1; + result5 += M4(0.017438427, -0.0083507905, 0.010537823, -0.04127759, -0.0062385714, 0.04496947, -0.11327308, 0.082287, 0.07574159, 0.17377695, -0.022043332, -0.09117809, -0.075235374, -0.068843804, 0.03966712, 0.17877273) * inp_6_0_2; + result5 += M4(0.00517535, 0.040186256, 0.013450924, 0.078003824, 0.029452236, -0.06100186, -0.037188433, -0.04982236, -0.094965905, -0.120676585, 0.10076764, 0.02894041, 0.11453628, -0.20461118, 0.05865534, 0.027957011) * inp_6_1_2; + result5 += M4(-0.052163508, 0.09756601, -0.054054465, 0.16970202, -0.0024914322, 0.16250038, -0.030870328, -0.027966816, -0.02453819, 0.03823494, -0.012348601, -0.042337127, 0.040229857, 0.079429656, -0.03855773, 0.05825826) * inp_6_2_2; + result6 += M4(0.03146201, -0.077358946, -0.009481048, 0.09710753, 0.043762375, -0.041047815, 0.023138152, -0.11795152, 0.0030393472, -0.04231185, 0.0029345278, 0.0078117833, -0.028776566, -0.07412193, 0.06371752, 0.06826864) * inp_6_0_0; + result6 += M4(0.058841508, 0.11625898, 0.042352494, 0.1264791, 0.100371085, -0.046975877, -0.014642208, 0.02348159, 0.035280276, 0.006505467, 0.053266108, 0.066343956, -0.03194247, 0.050474428, 0.092937015, 0.036239758) * inp_6_1_0; + result6 += M4(-0.12247129, -0.054473232, -0.034500774, 0.040724248, -0.024916235, -0.06906076, 0.042794775, -0.099764116, -0.0015231459, 0.06014854, 0.008951344, 0.009885078, 0.06924082, 0.039011408, 0.014870041, 0.059346154) * inp_6_2_0; + result6 += M4(0.07254418, 0.059764046, -0.0020460703, 0.18339461, 0.08526254, 0.0022531361, 0.037749656, -0.01943397, -0.10345676, 0.101171695, 0.04093941, 0.058882628, 0.04914567, 0.096198894, 0.02462599, 0.067873724) * inp_6_0_1; + result6 += M4(0.20057377, -0.16678156, 0.07223634, 0.2106842, -0.17483, -0.04045807, 0.1341446, -0.23947048, 0.21032043, -0.20521832, -0.16874912, -0.010895902, 0.055160496, -0.03556664, 0.1067081, 0.040328085) * inp_6_1_1; + result6 += M4(-0.0597152, 0.04561408, -0.07391488, 0.24235682, -0.09921651, -0.13398564, 0.02576114, -0.08956477, -0.06787527, 0.012861433, -0.034934904, 0.07118085, 0.0150615545, -0.052876145, 0.007870862, 0.16341296) * inp_6_2_1; + result6 += M4(0.033775102, -0.07671312, 0.012382573, 0.121964484, 0.14321166, 0.035436336, 0.0481375, -0.032273855, 0.111287475, 0.08795221, -0.10027117, 0.10220403, -0.16663294, -0.14994253, 0.024246393, 0.09996502) * inp_6_0_2; + result6 += M4(-0.1047591, -0.052500725, 0.10865591, -0.02306723, 0.033228405, -0.005258342, 0.013029212, -0.11010327, -0.15415265, 0.08881764, -0.03938417, 0.08686939, -0.13690643, -0.18577002, 0.05901176, 0.08083571) * inp_6_1_2; + result6 += M4(0.07044876, -0.065358914, -0.12994884, 0.26130137, 0.008974159, 0.011586497, 0.07753359, -0.07690641, -0.014970455, -0.0409436, -0.021933433, 0.055242892, -0.0860284, 0.11282399, 0.0029614477, -0.028931513) * inp_6_2_2; + result7 += M4(0.05293374, -0.034820583, -0.06703012, 0.06325874, -0.022009883, 0.06587183, -0.1410693, -0.09765959, 0.05999544, -0.022391513, -0.04569822, -0.015547883, -0.10717338, 0.035043966, 0.100084364, -0.077007905) * inp_6_0_0; + result7 += M4(-0.05390019, 0.012426201, 0.019088764, 0.05139499, -0.1787579, 0.017130725, -0.041534886, 0.1716623, -0.030412016, 0.011566945, 0.06312229, -0.016118886, -0.053645458, 0.017684467, 0.15130924, -0.103701614) * inp_6_1_0; + result7 += M4(-0.045972627, 0.00783866, -0.016245978, -0.21848169, -0.03677847, 0.13728806, -0.05128183, 0.115026064, 0.023616668, 0.0046225972, -0.02629118, -0.0065984633, 0.017711861, -0.0076629, 0.009504906, -0.03888971) * inp_6_2_0; + result7 += M4(0.0011861536, -0.028205145, -0.003721589, 0.011130133, 0.036028538, -0.021428093, -0.06982834, -0.045311913, 0.18088165, 0.052478503, 0.09143515, 0.0017651046, 0.13371183, -0.044848405, 0.21105206, -0.12305451) * inp_6_0_1; + result7 += M4(0.19593745, 0.03210811, -0.114854224, 0.22755061, -0.28998613, 0.118310034, -0.52791077, 0.1544713, 0.14201693, 0.1977915, -0.31013045, 0.024472913, 0.07843247, 0.1989355, 0.23659293, 0.0866097) * inp_6_1_1; + result7 += M4(-0.020790655, -0.014497923, 0.18173507, -0.1529637, 0.26787937, -0.05265967, -0.09187476, 0.09301387, -0.063401826, -0.034877323, -0.0010457438, -0.065697156, 0.02080821, -0.034697264, -0.057621155, 0.12996827) * inp_6_2_1; + result7 += M4(0.054232243, -0.0003540933, -0.08789266, -0.014577661, -0.06187757, 0.019614697, -0.024848888, 0.023302058, 0.16288719, -0.018200437, -0.11264242, 0.03584354, -0.21507101, -0.008851964, 0.074968085, 0.108757906) * inp_6_0_2; + result7 += M4(0.1375424, 0.054197382, -0.03428461, -0.08468458, 0.021722917, 0.0034591001, -0.062179934, 0.08813356, -0.007602519, -0.05286331, -0.07144538, -0.020984, 0.31013587, 0.11048175, 0.06766904, 0.05246831) * inp_6_1_2; + result7 += M4(-0.14231342, -0.051772982, -0.053020842, 0.16402012, -0.11601745, 0.0093022045, 0.0012165563, 0.08256463, 0.12014372, 0.0039739157, -0.034550488, 0.0368548, -0.020246841, -0.008722948, 0.027616262, -0.043535452) * inp_6_2_2; + const V4 inp_7_0_0 = inp[7][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_7_1_0 = inp[7][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_7_2_0 = inp[7][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_7_0_1 = inp[7][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_7_1_1 = inp[7][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_7_2_1 = inp[7][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_7_0_2 = inp[7][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_7_1_2 = inp[7][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_7_2_2 = inp[7][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.11022096, 0.011482773, 0.039873466, 0.015228517, 0.056417406, 0.06373515, -0.11187405, -0.09049438, -0.04402273, 0.09030303, -0.2376386, -0.11208759, -0.07346641, -0.027435657, 0.0050526243, -0.00019081912) * inp_7_0_0; + result0 += M4(0.09013321, 0.08215407, -0.09750597, -0.021216216, -0.13443422, -0.21532916, 0.056260515, 0.029428372, -0.070409745, -0.11779351, 0.07556854, 0.059305828, 0.0891374, 0.05234228, 0.17114203, 0.0074714324) * inp_7_1_0; + result0 += M4(-0.028173164, 0.07556595, -0.09262134, -0.0077569564, -0.010631451, 0.021527193, 0.09270138, -0.060953435, 0.004196015, 0.11433513, 0.018561658, -0.11694085, -0.0058117625, -0.091905855, -0.078881845, -0.107506305) * inp_7_2_0; + result0 += M4(-0.03187561, -0.021113746, -0.07477762, -0.012591281, 0.012346929, 0.02665705, -0.043360375, -0.040885903, -0.09451367, -0.011944276, 0.18507242, -0.0920411, -0.13992557, 0.055390105, 0.15251854, -0.17506237) * inp_7_0_1; + result0 += M4(-0.1555577, -0.10397788, 0.05424246, -0.014995283, -0.06352323, 0.007809084, 0.17071044, -0.05167155, 0.022469448, 0.05773306, -0.009096258, -0.09406734, 0.22249402, -0.20213959, -0.012580843, -0.10672017) * inp_7_1_1; + result0 += M4(-0.11183928, 0.0028043718, 0.16121423, 0.05857266, 0.048791114, -0.055762686, 0.06332813, -0.0006916623, 0.025087772, -0.05771214, -0.07257306, -0.07195575, -0.14890692, 0.0036384193, -0.03936884, -0.10538251) * inp_7_2_1; + result0 += M4(0.10405207, -0.0016909636, -0.01495242, 0.007569798, 0.005287026, -0.0061448645, -0.12386408, -0.021777894, 0.065546274, 0.01808067, 0.011864633, -0.045296848, -0.067812555, -0.10803324, 0.24383216, 0.0093610175) * inp_7_0_2; + result0 += M4(0.0884318, -0.027104398, 0.013594732, 0.029033976, 0.07884433, -0.1712009, 0.0826759, 0.023523081, 0.12975687, -0.08164581, 0.08321164, -0.00020502675, 0.28008497, -0.10125179, 0.20977367, -0.24806002) * inp_7_1_2; + result0 += M4(0.117803596, 0.016670883, 0.2681313, -0.039233547, -0.12944682, 0.063220635, -0.018049292, 0.07075836, -0.045880605, -0.0021113674, 0.094006605, 0.025561247, -0.050408095, 0.020062549, -0.14858866, 0.0053829835) * inp_7_2_2; + result1 += M4(-0.038750425, -0.035261627, 0.032208346, -0.085805334, -0.15405802, 0.04878469, -0.09173975, -0.0071753953, -0.17335176, -0.03724122, -0.06007797, -0.054613985, 0.0065317773, -0.10838213, -0.011641486, -0.04792059) * inp_7_0_0; + result1 += M4(-0.036310017, -0.034187578, -0.028452702, -0.10241997, -0.06146276, 0.117450446, 0.079410054, 0.08022572, 0.04140629, -0.0121517, 0.089955114, 0.027275046, 0.01531277, 0.07248514, 0.071419254, 0.008395838) * inp_7_1_0; + result1 += M4(0.081174605, 0.09528748, -0.2238008, 0.12270269, 0.05815606, 0.02410455, -0.0048464807, -0.0067078983, 0.07424298, -0.121125326, -0.06281625, -0.10278789, -0.04710438, -0.0038722854, -0.040362097, -0.029764604) * inp_7_2_0; + result1 += M4(0.050712507, 0.027368419, 0.008513996, 0.07460419, -0.021956451, -0.00053891493, -0.08340941, -0.047463886, 0.06599599, -0.06234021, -0.12184921, -0.046419006, -0.19751067, 0.07278192, -0.015982216, -0.14425221) * inp_7_0_1; + result1 += M4(-0.12677167, -0.024302546, 0.25301355, 0.24907334, -0.14745091, 0.0123119, 0.03315016, -0.12604839, 0.02104371, 0.03689506, 0.081811585, 0.08363414, 0.1222896, 0.09136149, -0.17691818, -0.06523168) * inp_7_1_1; + result1 += M4(0.42910525, 0.0426603, -0.18015476, 0.060419783, 0.07315737, 0.02736246, 0.0031960397, 0.049161665, -0.051263805, 0.009277149, -0.05801566, 0.058256052, -0.09557392, -0.11019185, 0.07357578, 0.10300213) * inp_7_2_1; + result1 += M4(0.0076170317, 0.017688349, -0.06172023, 0.0018221186, -0.1785554, -0.022142278, 0.06663555, 0.046899498, -0.07946061, 0.019766206, 0.008300228, 0.04099154, 0.19570711, 0.028938306, 0.005188872, 0.09505019) * inp_7_0_2; + result1 += M4(0.1728114, 0.05928747, -0.22721566, -0.13097271, 0.05977639, 0.06833878, -0.09385581, -0.21699071, -0.035750587, -0.019792644, 0.008943096, -0.015955642, -0.040257793, -0.11289454, 0.1052812, -0.01123072) * inp_7_1_2; + result1 += M4(0.29802194, 0.04513804, -0.21758196, -0.15869115, 0.043702345, -0.02264359, -0.027486468, -0.020602042, 0.066951565, -0.03860428, -0.031131841, 0.027195996, -0.14034495, 0.054269828, 0.07415559, -0.1069007) * inp_7_2_2; + result2 += M4(0.052797157, -0.020076701, 0.03573245, -0.050302766, -0.048102334, 0.0543038, -0.16020842, -0.013800323, 0.13463417, -0.012401103, -0.051421653, 0.0022438113, 0.18893264, 0.017786704, 0.010133415, 0.011534617) * inp_7_0_0; + result2 += M4(0.04592096, -0.10930645, 0.047207676, 0.060161136, -0.052191216, -0.014479013, 0.065343685, -0.03444602, 0.19656916, -0.015796266, -0.032448865, 0.049579673, 0.21404935, 0.107823774, -0.22215053, -0.06535876) * inp_7_1_0; + result2 += M4(-0.05690197, -0.11155782, 0.19012444, 0.026279641, -0.03171601, -0.07634178, 0.04033474, -0.07088044, 0.15690391, -0.09723734, 0.124490164, -0.072359726, 0.22667551, 0.0052638124, -0.012935682, -0.05421189) * inp_7_2_0; + result2 += M4(-0.013069922, -0.118209556, 0.004201549, -0.03968757, 0.19180593, 0.04374746, -0.07282215, 0.030352551, 0.30208516, -0.049557123, 0.12146452, -0.14485435, 0.112649664, -0.010713434, 0.1611247, -0.16300488) * inp_7_0_1; + result2 += M4(-0.031452656, 0.07456825, -0.0443281, 0.10157587, -0.018472794, 0.06993026, 0.059775315, -0.21900661, 0.1678983, -0.072115056, 0.10735342, -0.29979613, 0.17353845, 0.13813142, -0.18877776, -0.10629891) * inp_7_1_1; + result2 += M4(0.08179209, -0.047584996, 0.26713505, 0.22933918, 0.11315587, -0.09299391, -0.004207574, 0.106423035, 0.13896208, -0.14027683, 0.029845243, -0.052466318, 0.0036428093, -0.076062515, 0.0543791, 0.053804114) * inp_7_2_1; + result2 += M4(0.059942096, 0.011214699, -0.03698835, -0.02760338, 0.020503722, -0.03803051, -0.064014696, -0.08796878, 0.17849848, -0.06559597, -0.038528904, -0.13167964, 0.061552744, 0.03322383, 0.06599091, -0.040332813) * inp_7_0_2; + result2 += M4(-0.0050247153, -0.033658862, 0.083789095, 0.01603673, 0.039516848, 0.019611977, -0.017596444, -0.014390076, 0.24864224, -0.075751014, -0.0901808, -0.14308771, 0.12755138, -0.1403204, 0.033521403, -0.16512023) * inp_7_1_2; + result2 += M4(0.06304413, 0.19934912, 0.14972568, 0.07063272, -0.03589309, 0.03259011, 0.12179023, 0.01988989, 0.13880207, -0.04782535, 0.083721, -0.052201588, 0.14937533, -0.02124665, 0.046289448, -0.10333444) * inp_7_2_2; + result3 += M4(-0.014162571, 0.022528606, -0.021292126, 0.013722922, -0.026890505, 0.05631975, -0.10062739, -0.08847613, 0.08882607, 0.049216077, -0.118859775, -0.008137586, 0.10595997, 0.010337946, -0.07013328, -0.038930215) * inp_7_0_0; + result3 += M4(0.034575455, 0.08361816, -0.10919548, 0.17638136, 0.18224913, 0.046795767, 0.018567959, 0.14453304, 0.0335291, 0.050131854, -0.009804896, 0.06362119, 0.087263234, 0.07719271, 0.09225559, 0.23594186) * inp_7_1_0; + result3 += M4(0.049647845, -0.09350715, 0.034789413, -0.16308914, 0.0208552, 0.009179951, 0.0770476, -0.031192025, 0.17365715, 0.050686467, 0.036260754, 0.038846176, 0.26197204, -0.03973592, -0.016903615, 0.012020142) * inp_7_2_0; + result3 += M4(-0.026583632, 0.0013850909, 0.08024547, -0.031676076, 0.047013383, -0.022702007, -0.18380836, 0.09443742, 0.14200814, -0.037908416, 0.054748967, -0.10782969, 0.026259264, -0.017020205, 0.0017113617, -0.18204968) * inp_7_0_1; + result3 += M4(0.013689261, 0.18524802, -0.030867858, -0.05774088, 0.10711539, -0.09515505, 0.22342813, -0.094552, -0.15552238, -0.09500935, 0.012716829, 0.156438, -0.12898937, 0.16744038, 0.1940056, 0.1469972) * inp_7_1_1; + result3 += M4(0.37122875, -0.32382846, 0.028528692, -0.13682099, 0.010868172, 0.02463163, 0.030062033, -0.017400049, 0.17285028, -0.01587462, -0.119849585, -0.05350483, 0.39955628, -0.020757338, -0.06740248, -0.052394763) * inp_7_2_1; + result3 += M4(0.037440807, 0.022528477, -0.048126973, 0.00017738802, 0.017091148, -0.018729787, -0.0069110454, 0.011290475, 0.10123653, -0.0038787266, -0.062889926, -0.027114239, 0.15313332, -0.041154493, 0.17189945, -0.14410292) * inp_7_0_2; + result3 += M4(0.030311767, 0.18222551, 0.10998553, -0.08351889, -0.08203493, 0.0143294735, -0.007684832, -0.07510801, 0.05418675, 0.007856149, -0.15420091, -0.023835426, 0.13697478, -0.07019518, -0.042528722, 0.09751385) * inp_7_1_2; + result3 += M4(0.26491177, -0.112983905, -0.007609828, -0.12998493, 0.036402006, 0.007275075, 0.042161185, 0.09351155, 0.0003693852, 0.03934608, -0.010582391, -0.015830005, 0.014427005, 0.009677277, -0.06288287, 0.23942441) * inp_7_2_2; + result4 += M4(0.05266788, 0.027158823, -0.014034541, -0.009965593, 0.24604249, 0.012403979, -0.08652453, -0.020045457, 0.07192276, 0.050629944, -0.093924254, 0.024841465, -0.015011351, 0.15076591, -0.011793535, -0.014103332) * inp_7_0_0; + result4 += M4(-0.10568932, -0.03767174, -0.13513038, 0.0914478, 0.030558135, -0.0075513315, 0.09578352, 0.25301346, -0.1565884, 0.0038170163, 0.08188047, 0.15906128, -0.12059487, 0.0042721555, -0.06668525, 0.12577975) * inp_7_1_0; + result4 += M4(0.08938064, -0.044811964, -0.15163065, -0.040140662, -0.06713511, -0.018461373, 0.04495951, -0.094427675, -0.10349378, 0.025671815, -0.051892366, -0.06280779, -0.023974685, -0.05006379, 0.021145446, -0.11373016) * inp_7_2_0; + result4 += M4(-0.06279524, -0.026311915, 0.027277492, 0.060682897, 0.006103371, 0.09189192, -0.041464116, -0.0697834, -0.18994297, -0.011132484, -0.07862491, -0.024247596, -0.14507513, 0.09190709, 0.041282136, -0.113652304) * inp_7_0_1; + result4 += M4(0.3497865, -0.030769339, 0.12593327, -0.16335618, 0.0060147024, -0.1861027, 0.043191463, -0.04540035, 0.016091045, 0.08277523, 0.055683367, -0.006602088, -0.13116595, 0.039121456, -0.097923495, 0.1096506) * inp_7_1_1; + result4 += M4(-0.11811273, 0.26734427, -0.026286134, -0.053799637, 0.010350008, -0.08110212, -0.018327205, -0.102141015, 0.049078543, 0.065229535, -0.069745116, 0.11258639, 0.1404141, 0.11233924, 0.04683271, 0.021124389) * inp_7_2_1; + result4 += M4(-0.0010085531, -0.04498275, -0.04986057, -0.0040743, -0.013810281, -0.07274953, 0.0012835872, 0.018870972, 0.026488658, 0.08273377, 0.026578818, 0.090879664, -0.09691592, 0.12268741, -0.06423878, 0.054662813) * inp_7_0_2; + result4 += M4(-0.23530272, 0.029757394, -0.017722711, 0.072323896, 0.057143938, 0.023623768, 0.10339405, 0.057755485, -0.027147548, 0.017620232, 0.105267964, 6.799308e-05, -0.016083946, -0.14741136, -0.11125042, 0.13146009) * inp_7_1_2; + result4 += M4(-0.013640705, -0.14611275, -0.015377387, 0.06866489, -0.012629134, -0.10099124, -0.085796155, -0.047821183, 0.07384608, 0.016671525, -0.03840764, -0.039736804, -0.026625872, 0.10741123, 0.11415058, 0.06206821) * inp_7_2_2; + result5 += M4(0.05254084, -0.03618419, 0.023501085, 0.0056306478, -0.100311495, -0.13521314, 0.031401906, -0.08381413, 0.12670153, -0.016282525, -0.013178172, -0.08223539, 0.09254608, -0.034764078, -0.029238414, -0.013276624) * inp_7_0_0; + result5 += M4(0.06647183, -0.09633117, 0.12872927, -0.043654773, -0.033849824, 0.029661471, 0.018389048, -0.076479696, 0.13080731, 0.1384392, 0.0184105, -0.085272565, -0.0060437256, -0.07819326, 0.08589423, -0.0700786) * inp_7_1_0; + result5 += M4(-0.022850612, -0.044623993, 0.079330996, -0.009538862, 0.006363927, -0.046481546, 0.020831624, -0.003924319, 0.014489123, -0.11144054, 0.07664926, 0.087895356, 0.06953369, 0.06760292, 0.091705956, 0.17266676) * inp_7_2_0; + result5 += M4(-0.014408775, 0.02914897, -0.0033331045, -0.07358319, 0.0072816038, 0.08571597, 0.042665605, 0.043397482, -0.01727832, -0.1982741, 0.14628245, -0.16529793, -0.10693148, -0.20501375, -0.012105054, 0.03013684) * inp_7_0_1; + result5 += M4(-0.054995872, 0.07685547, -0.1569899, -0.0023547648, 0.058497522, 0.20743807, 0.14692727, 0.010326364, 0.12803675, 0.18334745, 0.033009302, -0.06388357, 0.18871413, 0.2798391, -0.027372744, -0.017254217) * inp_7_1_1; + result5 += M4(0.20483567, 0.114196286, 0.17187226, 0.09272362, -0.0058950544, -0.07003576, 0.04160463, 0.044610906, 0.030789075, -0.03595957, 0.029076457, 0.028777014, -0.14943944, -0.06678312, -0.06306165, 0.22895761) * inp_7_2_1; + result5 += M4(-0.023096116, -0.006917437, 0.0021108715, 0.041196633, -0.019993216, -0.001894041, -0.045894228, 0.024407577, 0.074497215, -0.06217066, -0.050677497, -0.013254962, 0.011975119, -0.11239947, 0.032038398, 0.13186377) * inp_7_0_2; + result5 += M4(0.01742654, -0.03852992, -0.03729594, 0.07947045, -0.048096783, -0.098710634, -0.01726188, 0.11849713, 0.017860059, 0.13130726, -0.0025118445, -0.05278241, 0.069821626, 0.15241168, -0.05023817, -0.08602724) * inp_7_1_2; + result5 += M4(-0.03396705, 0.2799761, -0.0929207, -0.066131175, -0.0460967, -0.016618725, 0.10093002, -0.01057141, 0.042762898, -0.0845663, 0.03090186, -0.014841956, -0.070289955, 0.013369748, 0.18829757, 0.119572245) * inp_7_2_2; + result6 += M4(-0.0071559725, 0.07536959, 0.00026839742, -0.016584475, -0.09725099, 0.1392313, -0.023261173, -0.11467251, 0.0905596, 0.054679852, 0.024681402, -0.16289128, 0.046488147, -0.11445065, 0.036976665, -0.07590544) * inp_7_0_0; + result6 += M4(-0.08670319, -0.041526556, -0.0941201, 0.037765447, 0.0046336106, 0.06339999, -0.066575885, -0.069352746, 0.040602203, -0.123128735, -0.01903979, -0.13627307, -0.0007248225, -0.017895356, -0.018853044, -0.11512713) * inp_7_1_0; + result6 += M4(-0.096611865, -0.11682056, -0.039424088, -0.030300787, 0.015231648, 0.0458185, 0.051526282, -0.06569795, 0.08748213, -0.0002701986, 0.05107693, -0.24146003, 0.049040336, 0.017540535, -0.024997583, -0.09934556) * inp_7_2_0; + result6 += M4(-0.035219774, -0.032697555, -0.059689417, 0.045763858, 0.0020797334, -0.01705579, 0.016583934, -0.20581028, -0.08171271, 0.09913759, 0.14018895, -0.26824296, -0.03941014, -0.0017919509, 0.12647048, -0.1974253) * inp_7_0_1; + result6 += M4(0.14142707, 0.105095565, -0.12100015, -0.17409892, -0.039365645, -0.14624794, 0.25097856, -0.19304596, 0.03673455, -0.07840369, 0.28851572, -0.2402052, -0.05521226, -0.20060153, 0.18241851, -0.37887594) * inp_7_1_1; + result6 += M4(-0.3049196, -0.0765604, -0.05726946, 0.04906905, -0.06441495, 0.090938956, -0.012081342, -0.11954974, 0.0015079661, 0.107147, 0.117364705, -0.32942018, -0.011466697, 0.26969522, 0.105870984, -0.17526019) * inp_7_2_1; + result6 += M4(0.014619589, -0.028079614, 0.02073476, -0.055835027, 0.048343558, -0.006500031, 0.0478469, -0.03542944, 0.10161081, -0.06341167, 0.064226255, -0.049521063, -0.03686742, 0.026317399, 0.050769668, 0.03707769) * inp_7_0_2; + result6 += M4(-0.0149490535, -0.08933156, -0.1246248, -0.07752168, -0.0014393497, -0.032868005, 0.012045632, 0.07724925, 0.06565778, 0.059539903, 0.02893959, -0.01473295, -0.0524063, 0.08517658, 0.1877856, 0.04533674) * inp_7_1_2; + result6 += M4(-0.13004984, -0.15174131, -0.11309212, -0.15254354, -0.054834303, 0.021882122, -0.012051568, 0.008080886, -0.042497925, 0.0294425, 0.04106712, -0.09667882, 0.09549975, -0.017691262, 0.042142697, 0.022984017) * inp_7_2_2; + result7 += M4(-0.0077916672, -0.027966924, 0.03468131, -0.067923024, -0.057723507, 0.040405888, -0.21148612, -0.05582302, -0.0076574115, 0.0670587, -0.20746379, -0.042938404, -0.10752802, 0.021326538, 0.04150565, 0.04923152) * inp_7_0_0; + result7 += M4(0.08102916, -0.052608807, 0.09266592, -0.010365845, 0.114378475, -0.0505393, 0.022057299, -0.039993554, 0.08132919, -0.019973908, 0.040771905, -0.001818081, 0.073593006, -0.08648303, 0.08805889, 0.03136114) * inp_7_1_0; + result7 += M4(0.29631892, 0.05282411, -0.118613176, -0.15662101, -0.0065989047, 0.06710252, -0.06422556, -0.04665918, 0.012305429, 0.09719638, -0.13023031, 0.025091173, -0.055439446, 0.018266166, 0.027750297, -0.013691361) * inp_7_2_0; + result7 += M4(-0.020559523, -0.038350347, 0.033233337, 0.012717172, 0.035103276, -0.018585201, -0.102326125, -0.112207465, -0.061808314, 0.08301896, -0.2150042, -0.07788801, -0.015529255, -0.04170462, -0.03692421, -0.002797482) * inp_7_0_1; + result7 += M4(-0.052067265, 0.17229162, -0.11679125, -0.026611092, 0.033428237, 0.08556734, -0.746378, 0.037271217, 0.053675238, 0.19858685, -0.49936712, 0.13117796, -0.13473603, 0.017219624, -0.26075226, 0.17999813) * inp_7_1_1; + result7 += M4(-0.04627403, -0.16542645, -0.40278998, -0.01836751, -0.08184449, 0.03158726, 0.030242775, -0.06568364, 0.00017920652, 0.12186311, -0.20341, -0.046461523, -0.08162309, -0.012435354, -0.17582749, -0.055916633) * inp_7_2_1; + result7 += M4(0.03419231, -0.013769477, -0.057379484, -0.005457218, -0.02622803, 0.015990876, -0.004157733, 0.016983222, 0.023646917, 0.0027527115, -0.07274222, -0.016722947, -0.21292742, -0.03911355, 0.05032142, -0.052389875) * inp_7_0_2; + result7 += M4(-0.056231152, -0.03131215, -0.120435156, 0.055342045, 0.07679648, 0.049795173, 0.03567084, -0.03335904, 0.0040013855, 0.049628217, -0.067027554, 0.08025685, -0.122372925, 0.08895673, -0.240034, 0.15934667) * inp_7_1_2; + result7 += M4(0.06257615, -0.059765525, -0.0941319, 0.100090675, -0.051750794, -0.01381247, -0.078400746, -0.02342833, 0.029323364, 0.028017256, -0.046246424, -0.07830525, -0.15122958, 0.0084200865, 0.009015041, 0.012911715) * inp_7_2_2; + const ivec2 output_base = ivec2(gl_GlobalInvocationID) * ivec2(4, 2); + imageStore(out_image, output_base + ivec2(0, 0), result0); + imageStore(out_image, output_base + ivec2(1, 0), result1); + imageStore(out_image, output_base + ivec2(2, 0), result2); + imageStore(out_image, output_base + ivec2(3, 0), result3); + imageStore(out_image, output_base + ivec2(0, 1), result4); + imageStore(out_image, output_base + ivec2(1, 1), result5); + imageStore(out_image, output_base + ivec2(2, 1), result6); + imageStore(out_image, output_base + ivec2(3, 1), result7); +} + +//!DESC ArtCNN C4F32 DS (Conv2D-6) +//!COMPUTE 12 16 12 16 +//!HOOK LUMA +//!BIND conv2d +//!BIND conv2d_5 +//!SAVE conv2d_6 +//!WIDTH LUMA.w 1.0 * +//!HEIGHT LUMA.h 1.0 * +//!COMPONENTS 4 +//!WHEN OUTPUT.w LUMA.w / 1.3 > OUTPUT.h LUMA.h / 1.3 > * +#extension GL_EXT_shader_explicit_arithmetic_types_float16 : enable +#ifdef GL_EXT_shader_explicit_arithmetic_types_float16 +# define V4 f16vec4 +# define M4 f16mat4 +# define F float16_t +#else +# define V4 vec4 +# define M4 mat4 +# define F float +#endif + +const ivec2 ksize = ivec2(3, 3); +const ivec2 offset = ksize / 2; +const ivec2 wg_size = ivec2(gl_WorkGroupSize); +const ivec2 isize = wg_size + ksize - 1; +shared V4 inp[8][isize.y][isize.x]; +void hook() { + const uvec2 local_xy = gl_LocalInvocationID.xy; + ivec2 base = ivec2(gl_WorkGroupID) * wg_size; + for (uint y = local_xy.y; y < isize.y; y += wg_size.y) { + for (uint x = local_xy.x; x < isize.x; x += wg_size.x) { + const ivec2 input_base = (base + ivec2(x,y) - offset) * ivec2(4, 2); + inp[0][y][x] = V4(conv2d_5_mul * texelFetch(conv2d_5_raw, input_base + ivec2(0, 0), 0) + conv2d_mul * texelFetch(conv2d_raw, input_base + ivec2(0, 0), 0)); + inp[1][y][x] = V4(conv2d_5_mul * texelFetch(conv2d_5_raw, input_base + ivec2(1, 0), 0) + conv2d_mul * texelFetch(conv2d_raw, input_base + ivec2(1, 0), 0)); + inp[2][y][x] = V4(conv2d_5_mul * texelFetch(conv2d_5_raw, input_base + ivec2(2, 0), 0) + conv2d_mul * texelFetch(conv2d_raw, input_base + ivec2(2, 0), 0)); + inp[3][y][x] = V4(conv2d_5_mul * texelFetch(conv2d_5_raw, input_base + ivec2(3, 0), 0) + conv2d_mul * texelFetch(conv2d_raw, input_base + ivec2(3, 0), 0)); + inp[4][y][x] = V4(conv2d_5_mul * texelFetch(conv2d_5_raw, input_base + ivec2(0, 1), 0) + conv2d_mul * texelFetch(conv2d_raw, input_base + ivec2(0, 1), 0)); + inp[5][y][x] = V4(conv2d_5_mul * texelFetch(conv2d_5_raw, input_base + ivec2(1, 1), 0) + conv2d_mul * texelFetch(conv2d_raw, input_base + ivec2(1, 1), 0)); + inp[6][y][x] = V4(conv2d_5_mul * texelFetch(conv2d_5_raw, input_base + ivec2(2, 1), 0) + conv2d_mul * texelFetch(conv2d_raw, input_base + ivec2(2, 1), 0)); + inp[7][y][x] = V4(conv2d_5_mul * texelFetch(conv2d_5_raw, input_base + ivec2(3, 1), 0) + conv2d_mul * texelFetch(conv2d_raw, input_base + ivec2(3, 1), 0)); + } + } + + barrier(); + V4 result0 = V4(0.0959251, 0.09110822, 0.09650877, 0.09255176); + const V4 inp_0_0_0 = inp[0][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_0_1_0 = inp[0][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_0_2_0 = inp[0][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_0_0_1 = inp[0][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_0_1_1 = inp[0][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_0_2_1 = inp[0][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_0_0_2 = inp[0][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_0_1_2 = inp[0][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_0_2_2 = inp[0][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.0024803148, 0.0061496943, -0.012449193, 0.0073621483, -0.045883644, -0.028469354, -0.021872455, -0.013641374, 0.048815586, -0.027767755, 0.02023503, -0.019092541, -0.11619551, -0.008204599, -0.031663228, 0.004230975) * inp_0_0_0; + result0 += M4(-0.0154742785, 0.001580846, 0.030910095, 0.026366804, 0.014976256, -0.008040035, -0.0343701, -0.029946564, 0.00802191, 0.009333432, 0.0071688807, 0.03446165, -0.030649843, -0.09222414, -0.006500449, -0.03616832) * inp_0_1_0; + result0 += M4(0.0014083753, -0.020643668, 0.03291238, 0.031495478, -4.888124e-06, -0.016903343, 0.016248288, 0.0045557297, -0.020466309, 0.0124922125, 0.015675034, 0.009169885, -0.06222808, -0.11944605, -0.006970385, -0.0057183346) * inp_0_2_0; + result0 += M4(0.022844896, -0.022662897, 0.018163698, -0.02237418, 0.01051026, 0.047844805, -0.04638999, -0.005816182, -0.0094567975, 0.007950851, -0.017502684, -0.0014783115, 0.008181939, 0.049455367, 0.0035870285, 0.035811253) * inp_0_0_1; + result0 += M4(0.012149711, 0.002857962, -0.020723958, -0.014262196, -0.0731076, 0.016717864, 0.050864466, 0.039048813, -0.050111603, 0.032852042, 0.0264944, -0.070120804, 0.23030543, 0.21245444, 0.2514827, 0.21681325) * inp_0_1_1; + result0 += M4(0.00026614024, -0.014592406, -0.052835893, -0.009333221, 0.027286464, 0.01788344, -0.028332489, 0.012026034, 0.0195929, -0.057542615, -0.004489864, 0.027690006, 0.0017270166, -0.032714684, -0.020642947, -0.0243522) * inp_0_2_1; + result0 += M4(-0.003605971, -0.0037990278, 0.013443389, 0.0032558083, 0.014250842, -0.022822047, 0.088929966, 0.01906915, -0.0117064025, -0.012363594, -0.024934087, 0.015533799, 0.016953493, 0.021677295, -0.08007897, 0.0136948535) * inp_0_0_2; + result0 += M4(-0.010370639, 0.024111917, -0.0429522, -0.024620702, 0.044366717, 0.0014879879, -0.023410184, 0.0032722626, 0.017069954, 0.01791276, -9.927996e-05, 0.03784902, 0.04688709, 0.05669612, 0.031083766, 0.02205755) * inp_0_1_2; + result0 += M4(-0.00498235, 0.02581799, 0.035523787, 0.0015227398, 0.0014288066, -0.0047221635, -0.0020985513, -0.023438053, 0.0022145351, 0.01736244, -0.023317814, -0.039515197, 0.015297988, -0.008451679, -0.02760897, -0.13545682) * inp_0_2_2; + const V4 inp_1_0_0 = inp[1][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_1_1_0 = inp[1][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_1_2_0 = inp[1][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_1_0_1 = inp[1][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_1_1_1 = inp[1][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_1_2_1 = inp[1][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_1_0_2 = inp[1][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_1_1_2 = inp[1][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_1_2_2 = inp[1][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.020167993, -0.011707798, 0.0052746953, -0.0025438035, -0.03900516, -0.027827376, -0.06808679, -0.016391763, -0.055144995, 0.009080459, -0.025470305, 0.0034430495, 0.019877076, -0.027499162, 0.01735567, -0.021593254) * inp_1_0_0; + result0 += M4(0.026026038, -0.016657133, 0.00051480625, 0.0027274373, 0.026398936, -0.020757765, -0.013426359, -0.027223574, 0.037935305, 0.056971017, -0.01697824, 0.000212611, 0.040871743, 0.02722182, -0.017228011, -0.030938586) * inp_1_1_0; + result0 += M4(0.012312127, 0.015262848, -0.015563217, 0.008229303, -0.019722743, 0.04133501, 0.01658207, 0.006229595, 0.011189575, -0.04199504, -0.0060323775, -0.010775301, 0.0057308204, -0.05988524, 0.03452266, -0.045770258) * inp_1_2_0; + result0 += M4(0.0072394228, -0.020105828, 0.021175856, -0.004134102, 0.055959962, 0.00492456, 0.058467004, 0.031046674, 0.045348175, 0.004603531, -0.022029502, -0.00011847204, -0.009968324, 0.015092161, -0.011953061, -0.016064638) * inp_1_0_1; + result0 += M4(0.028076487, 0.0035854043, -0.060402386, -0.029058471, -0.0072221295, 0.057470273, 0.019654285, 0.0011732208, 0.003916707, -0.039282702, 0.09103609, 0.0022973546, 0.050179973, 0.058690213, 0.012151577, 0.065982126) * inp_1_1_1; + result0 += M4(-0.030709263, 0.014990504, 0.03154153, 0.05089986, -0.004910079, -0.055143367, -0.022346955, -0.004397486, -0.030800344, 0.005695878, 0.0035220806, 0.020010155, -0.050312437, 0.014153254, 0.00183779, 0.018095266) * inp_1_2_1; + result0 += M4(3.7243535e-05, -0.000986496, 0.04947859, -0.00044930333, -0.02260156, 0.004070056, -0.0068188934, -0.017675867, -0.0012635521, 0.010501988, 0.07379109, 0.0036660777, -0.010059596, 0.0070117684, 0.0008917458, -0.016142484) * inp_1_0_2; + result0 += M4(-0.034091663, 0.020721935, -0.0563292, -0.00031147193, 0.01600523, -0.00076478475, 0.011453966, 0.058299642, -0.0057894327, -0.030628685, -0.04329043, 0.0049181534, -0.052465882, -0.029118914, -0.015184712, 0.01648398) * inp_1_1_2; + result0 += M4(0.0127214035, -0.0010161864, 0.018413868, -0.023975352, -0.004263343, -0.003388053, 0.0046015806, -0.031919565, 0.00040597055, 0.02559611, -0.048390925, -0.034250475, 0.0027305828, -0.008735211, -0.017057508, 0.034712195) * inp_1_2_2; + const V4 inp_2_0_0 = inp[2][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_2_1_0 = inp[2][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_2_2_0 = inp[2][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_2_0_1 = inp[2][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_2_1_1 = inp[2][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_2_2_1 = inp[2][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_2_0_2 = inp[2][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_2_1_2 = inp[2][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_2_2_2 = inp[2][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.046517123, -0.03144731, -0.013003455, -0.0144427195, -0.026888411, -0.019632282, -0.0022917655, 0.023907091, -0.033237234, -0.03246015, -0.01762068, 0.008442245, 0.011746117, 0.009625908, -0.016068695, 0.014444248) * inp_2_0_0; + result0 += M4(-0.0017242148, 0.036009163, 0.03872198, 0.08203957, -0.027689282, -0.034052547, -0.0530817, -0.00090698246, 0.0009306031, 0.015914964, -0.014899198, 0.013926757, 0.06857021, -0.004917596, 0.0026890791, -0.0064454577) * inp_2_1_0; + result0 += M4(0.0368235, -0.016642114, 0.0060480977, -0.014503015, -0.016500719, -0.01615307, -0.012411641, -0.04918024, 0.018010553, 0.03379412, 0.014476691, -0.0031881856, 0.0076076966, 0.09234624, -0.0150485765, 0.019926859) * inp_2_2_0; + result0 += M4(0.03721801, 0.04649571, 0.05185349, 0.016636897, 0.025164919, -0.082934745, 0.01659212, -0.037209753, -0.03874437, -0.05868011, -0.03918787, -0.029960385, -0.04982479, 0.047894415, -0.023677306, 0.005803603) * inp_2_0_1; + result0 += M4(0.014214814, -0.122045755, -0.04091448, -0.09923212, 0.1825342, 0.06708852, 0.21284619, 0.04525967, 0.016581232, 0.1308973, 0.06391266, 0.021281907, 0.10081535, -0.2297843, 0.20921506, -0.054864246) * inp_2_1_1; + result0 += M4(0.03683215, 0.085150585, 0.050251767, 0.03877321, -0.123000294, 0.0010182575, -0.12104044, 0.0381896, 0.030854423, -0.010185459, -0.014670957, -0.008536624, -0.0769851, 0.009933245, -0.0834486, 0.0030970199) * inp_2_2_1; + result0 += M4(-0.017967954, -0.018456286, -0.02938185, -0.02457528, 0.013047364, 0.03651452, 0.018712142, 0.0018768593, -0.014925934, -0.003460091, 0.014484092, -0.01407737, 0.01265772, 0.014692806, -0.008226725, 0.020290695) * inp_2_0_2; + result0 += M4(0.024245752, 0.006800942, -0.04863811, -0.051620487, 0.025180908, 0.012563389, 0.002786174, -0.09517265, 0.0048836106, -0.06677479, -0.019171556, 0.010917907, -0.008704971, 0.0060687275, 0.06200121, -0.038049277) * inp_2_1_2; + result0 += M4(-0.016914193, 0.0003756224, -0.0075365487, -0.007128756, -0.013107135, 0.016854344, -0.04599476, 0.04629266, 0.013610901, -0.007050954, 0.010291758, 0.004635868, -0.03869191, -0.010872149, -0.04360142, 0.022049412) * inp_2_2_2; + const V4 inp_3_0_0 = inp[3][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_3_1_0 = inp[3][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_3_2_0 = inp[3][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_3_0_1 = inp[3][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_3_1_1 = inp[3][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_3_2_1 = inp[3][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_3_0_2 = inp[3][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_3_1_2 = inp[3][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_3_2_2 = inp[3][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(-0.018057039, -0.0056532323, -0.004921754, -0.012813976, 0.09519288, 0.015642338, 0.034959156, 0.0061383033, -0.024794618, 0.0033005886, -0.02530454, 0.0104278, 0.0015168404, -0.011411513, -0.004112359, 0.0014673101) * inp_3_0_0; + result0 += M4(0.038401797, 0.005379411, 0.0070208795, -0.018810933, 0.17417842, 0.19247055, 0.12278762, 0.14103527, -0.006320876, 0.0024225677, -0.008491686, 0.004179332, 0.049641743, -0.026433079, 0.019399887, 0.0020980397) * inp_3_1_0; + result0 += M4(0.0012757385, 0.012202646, 0.0035623172, 0.018136656, 0.09881706, 0.15917927, 0.0151400855, 0.00028577476, 0.04524848, -0.041263968, -0.017249944, -0.033683904, -0.01698196, 0.028303217, 0.02324336, 0.028754951) * inp_3_2_0; + result0 += M4(-0.052198302, 0.04360304, -0.02999543, 0.0030104658, 0.18560326, 0.0930691, 0.18070237, 0.16930774, 0.02439472, -0.008087286, 0.03613677, -0.015432936, -0.04436675, 0.0016982829, 0.0010508823, 0.022050397) * inp_3_0_1; + result0 += M4(0.007704695, -0.020238692, 0.01664558, 0.062356647, 0.15066172, 0.21183403, 0.18684728, 0.18240704, 0.006795045, 0.014074486, -0.008198805, -0.011049521, 0.07712641, -0.040222466, -0.033840235, -0.029639326) * inp_3_1_1; + result0 += M4(-0.026629766, 0.00077255396, -0.029040106, 0.0016355875, 0.013167326, 0.056489877, 0.07705183, 0.14948712, -0.043355707, 0.038330242, 0.042948004, 0.074978165, -0.046013735, 0.012165618, 0.028225949, -0.062387478) * inp_3_2_1; + result0 += M4(0.010352451, 0.0042662695, -0.018839378, -0.012445232, 0.046970673, 0.059868846, 0.1182908, 0.055844508, -0.0026135112, -0.013493774, -0.049471732, 0.008198826, 0.009780549, -0.0149789825, -0.027584512, 0.032418776) * inp_3_0_2; + result0 += M4(0.024346182, 0.0128713865, 0.016823815, -0.00078594836, 0.18802495, 0.15259756, 0.19018641, 0.111326836, 0.011781, -0.001944474, 0.0057664015, -0.005663143, -0.02084346, 0.037947528, 0.008893353, 0.016256006) * inp_3_1_2; + result0 += M4(-0.008431248, -0.003988211, -0.023087665, -0.014284694, 0.027970873, 0.04896214, 0.053775385, 0.1719036, -0.012696675, 0.006055201, 0.025086151, -0.030800432, -0.008749005, 0.013912466, -0.01604956, -0.013278638) * inp_3_2_2; + const V4 inp_4_0_0 = inp[4][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_4_1_0 = inp[4][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_4_2_0 = inp[4][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_4_0_1 = inp[4][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_4_1_1 = inp[4][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_4_2_1 = inp[4][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_4_0_2 = inp[4][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_4_1_2 = inp[4][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_4_2_2 = inp[4][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.027035957, -0.001727983, -0.038058687, 0.0019215011, -0.016602492, 0.04142214, -0.031124985, 0.008754783, 0.024437508, 0.023904093, -0.0073170806, 0.029633144, 0.053886887, -0.000786443, 0.0011853979, -0.0018102605) * inp_4_0_0; + result0 += M4(0.025673365, 0.0045333095, -0.023430139, 0.01593989, 0.017856536, -0.008548894, -0.009236777, 0.032396384, -0.037782874, -0.010345727, -0.0089425985, -0.025484724, -0.011748494, -0.019960396, 0.022057177, 0.010870722) * inp_4_1_0; + result0 += M4(-0.0132035995, -0.023796497, -0.0124581745, 0.025035223, -0.014144588, 0.011791141, 0.006945861, 0.010792054, 0.019469071, -0.030315429, 0.011015117, 0.029947242, 0.02119249, -0.03689373, 0.0088984305, -0.030573372) * inp_4_2_0; + result0 += M4(0.0023931018, -0.023345822, 0.040904418, -0.015035632, 0.01703145, 0.00425396, 0.0140907345, -0.0140721705, -0.027787715, 0.0075224033, 0.022050116, -0.026504023, -0.034039967, -0.003643743, -0.006023711, 0.039483856) * inp_4_0_1; + result0 += M4(-0.029590117, -0.021141862, 0.071957596, -0.0336122, -0.04172074, 0.024803123, -0.036530722, -0.040557653, 0.06285093, -0.021099618, -0.10349131, 0.0707771, -0.030481586, 0.036682453, 0.024502464, -0.061435662) * inp_4_1_1; + result0 += M4(0.011174801, 0.046214238, -0.0021442403, -0.029147811, 0.009365192, -0.029595075, 0.013788462, -0.0015760353, -0.04568219, 0.035792053, 0.05072393, -0.06544221, 0.023942366, 0.03853977, 0.022735637, 0.06610698) * inp_4_2_1; + result0 += M4(0.006338041, 0.020361701, -0.0067824423, -0.003947627, 0.032704953, -0.006698835, -0.0035317035, 0.0057447855, -0.0006970734, 0.008827609, 0.0139317615, 0.010289846, 0.01783806, 0.011726625, -0.004648798, -0.0010518747) * inp_4_0_2; + result0 += M4(-0.027534317, -0.002725158, -0.021682195, 0.009276546, 0.00465403, -0.020062914, 0.022039669, -0.02260507, 0.0144522535, 0.013655418, 0.061702747, -0.0226064, 0.008605401, -0.0073773633, -0.057404615, 0.019998875) * inp_4_1_2; + result0 += M4(-0.005678357, -0.0049298555, 0.0009996515, 0.02981446, 0.006154661, -0.012960902, 0.013703339, 0.008300753, -0.008354904, -0.028808627, -0.039570443, -0.00041028977, -0.03499294, -0.013585765, -0.017727628, -0.059121564) * inp_4_2_2; + const V4 inp_5_0_0 = inp[5][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_5_1_0 = inp[5][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_5_2_0 = inp[5][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_5_0_1 = inp[5][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_5_1_1 = inp[5][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_5_2_1 = inp[5][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_5_0_2 = inp[5][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_5_1_2 = inp[5][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_5_2_2 = inp[5][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.04170388, -0.019529209, -0.018018834, -0.019438146, -0.02083078, -0.0033040587, 0.0100842295, -0.0050027166, -0.0003378173, 0.06727183, 0.04650859, 0.048375327, 0.038303796, 0.027663454, -0.039137155, 0.009171028) * inp_5_0_0; + result0 += M4(0.019982602, -0.0249459, -0.012751955, 0.0045725615, 0.01627793, -0.014319806, -0.014722928, 0.021963373, -0.011650147, -0.07553433, -0.011966025, 0.01771322, -0.007950032, -0.013973676, 0.006713495, 0.011459011) * inp_5_1_0; + result0 += M4(-0.014447713, 0.008614453, 0.011193385, 0.007141866, 0.009824456, -0.00089666364, -0.002548852, 0.007748586, -0.011388673, 0.020810105, -0.0060611335, 0.014017124, 0.0023328953, -0.01573938, 0.01285341, -0.01807662) * inp_5_2_0; + result0 += M4(0.056046084, -0.023535885, -0.068331786, 0.02717778, 0.017807333, 0.0019748374, -0.0068850107, 0.038708404, 0.04318588, 0.0015067973, -0.03975645, 0.015628079, -0.014467969, 0.04084449, -0.0070325895, 0.012846049) * inp_5_0_1; + result0 += M4(-0.027800586, -0.020602718, 0.029230159, 0.0044212798, -0.05378062, 0.0642442, 0.043125078, -0.083871625, -0.051508404, 0.016264955, 0.04234981, -0.08965283, -0.0052434076, -0.0038138004, 0.0007658168, -0.019944321) * inp_5_1_1; + result0 += M4(-0.03192375, 0.053306185, 0.0049367724, 0.022651577, -0.027063776, 0.012003454, 0.005051003, -0.016263183, 0.00873581, -0.031931564, 0.0043969397, -0.0099551575, -0.023384333, -0.027997399, -0.021852894, 0.022383798) * inp_5_2_1; + result0 += M4(-0.019426594, 0.034683526, 0.0296715, 0.010804579, -0.0040897997, -0.0060237497, -0.0071962196, -0.0019908044, -0.019693485, 0.01076535, 0.017219638, -0.018238243, -0.012853426, -0.016389381, 0.05436375, -0.0121085895) * inp_5_0_2; + result0 += M4(-0.03382291, 0.002641697, 0.0019049572, -0.028393315, 0.015440549, -0.0018384404, 0.011452913, 0.004228759, 0.0362448, -0.02262268, -0.060999524, 0.01705417, 0.001508362, -0.021008112, -0.030081322, -0.019391933) * inp_5_1_2; + result0 += M4(0.009400724, -0.009104288, 0.0203178, -0.028126992, 0.0034908918, -0.004305072, -0.010145071, -0.001757641, 0.006817819, 0.014272401, 0.008344729, 0.004703456, 0.025134873, 0.031027516, 0.024994971, 0.007308565) * inp_5_2_2; + const V4 inp_6_0_0 = inp[6][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_6_1_0 = inp[6][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_6_2_0 = inp[6][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_6_0_1 = inp[6][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_6_1_1 = inp[6][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_6_2_1 = inp[6][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_6_0_2 = inp[6][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_6_1_2 = inp[6][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_6_2_2 = inp[6][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.046216406, 0.04013223, 0.022637717, 0.037999507, -0.0044159004, -0.00794685, 0.024207864, 0.0025732666, 0.043559026, 0.03873699, 0.01724756, 0.038473018, 0.023778522, 0.031236663, 0.025550468, 0.012978487) * inp_6_0_0; + result0 += M4(-0.0077000028, 0.026568945, -0.032858387, -0.020589037, -0.012868758, 0.013613979, -0.0020443846, 0.02042987, -0.09788121, -0.087637395, 0.00041312847, 0.00019147444, 0.08031381, 0.03283401, 0.12233605, 0.110899396) * inp_6_1_0; + result0 += M4(-0.042462565, -0.054496534, -0.0042801765, -0.029539658, 0.01379497, 0.0046376577, -0.016495699, 0.025020067, 0.01520732, -0.018245175, -0.0032068873, -0.010169325, 0.04624384, 0.07442156, 0.022851434, 0.014711161) * inp_6_2_0; + result0 += M4(-0.024853684, -0.025812684, 0.017901164, -0.042111825, -0.025046045, 0.036586355, -0.017606065, 0.020700235, 0.054814752, 0.08914263, 0.07000427, 0.15368068, 0.014881902, 0.03106977, 0.0012084277, 0.044843007) * inp_6_0_1; + result0 += M4(0.049438998, 0.0050062365, 0.047619678, -0.019605236, 0.014014792, -0.028813789, 0.008099111, -0.019973837, -0.22015119, -0.18944478, -0.35285142, -0.33329636, -0.21391287, -0.16782136, -0.13154778, -0.12509756) * inp_6_1_1; + result0 += M4(-0.02102647, 0.03372183, -0.048304737, 0.07164249, 0.026282452, -0.044945322, -0.013348963, -0.0110169565, -0.14309788, -0.12572491, -0.10030742, -0.08777088, -0.019639987, -0.03769315, -0.034074374, -0.010990223) * inp_6_2_1; + result0 += M4(-0.011997156, 0.0013695782, -0.045060657, -0.007001333, 0.01274352, 0.01616127, -0.0030261306, -0.011585007, 0.10423707, 0.10118122, 0.1123679, 0.11356589, 0.012429659, 0.018145185, 0.013008774, -0.0007892717) * inp_6_0_2; + result0 += M4(-0.00245833, -0.014636837, 0.05095593, 0.051648714, -0.012071569, -0.005331082, -0.00559285, 0.029061157, 0.20002998, 0.1608516, 0.15972093, 0.028499007, -0.017951163, -0.016680818, -0.015706625, -0.0057914127) * inp_6_1_2; + result0 += M4(0.01927152, -0.006052032, -0.008298531, -0.050855458, -0.011943485, 0.016552849, 0.027173173, -0.059561986, 0.022545243, 0.042098846, -0.0028235172, 0.035457514, -0.0149872275, -0.0134542575, 0.0010188918, 0.003915661) * inp_6_2_2; + const V4 inp_7_0_0 = inp[7][local_xy.y + 0][local_xy.x + 0]; + const V4 inp_7_1_0 = inp[7][local_xy.y + 0][local_xy.x + 1]; + const V4 inp_7_2_0 = inp[7][local_xy.y + 0][local_xy.x + 2]; + const V4 inp_7_0_1 = inp[7][local_xy.y + 1][local_xy.x + 0]; + const V4 inp_7_1_1 = inp[7][local_xy.y + 1][local_xy.x + 1]; + const V4 inp_7_2_1 = inp[7][local_xy.y + 1][local_xy.x + 2]; + const V4 inp_7_0_2 = inp[7][local_xy.y + 2][local_xy.x + 0]; + const V4 inp_7_1_2 = inp[7][local_xy.y + 2][local_xy.x + 1]; + const V4 inp_7_2_2 = inp[7][local_xy.y + 2][local_xy.x + 2]; + result0 += M4(0.01986294, 0.0013975124, -0.021860953, -0.023892097, 0.026175946, 0.0031710062, -0.0047705346, 0.010474724, 0.051030103, -0.0055353106, 0.00083526655, -0.0073956363, 0.006312569, -0.0132266125, 0.008836988, -0.0071050567) * inp_7_0_0; + result0 += M4(-0.026274044, -0.064851485, -0.0033733554, -0.015098632, 0.09444398, 0.07071972, 0.05556516, 0.07357374, 0.019003304, 0.056178555, -0.04381748, -0.035710856, 0.047391187, -0.009564349, 0.017872961, -0.008098228) * inp_7_1_0; + result0 += M4(0.029733414, -0.018371698, -0.0125034135, 0.02052616, -0.040687542, -0.020336702, -0.009098794, -0.018565234, 0.015604587, 0.02960498, -0.012892026, 0.0037323094, 0.00053185824, 0.0025688836, -0.008037344, 0.02582504) * inp_7_2_0; + result0 += M4(0.022677144, 0.024004947, 0.044669386, -0.018299077, 0.13872012, 0.011745517, 0.071726315, -0.044237614, 0.018301947, -0.008789172, 0.081117205, -0.03719678, -0.019320574, 0.015496215, -0.0009444586, 0.014418554) * inp_7_0_1; + result0 += M4(-0.04247576, 0.0041989894, 0.013913582, 0.100882426, 0.34981325, 0.4189776, 0.21993862, 0.3714919, -0.23627701, -0.061629415, 0.05012969, 0.23213203, 0.011181464, 0.04809275, -0.031068724, -0.013325444) * inp_7_1_1; + result0 += M4(-0.045233317, 0.028607037, 0.020917512, -0.05380463, -0.15105844, -0.016501931, -0.17456064, -0.13417023, -0.0028739634, -0.080853365, -0.00080034445, -0.02251335, -0.049287587, 0.0016940259, -0.0017634231, -0.041333154) * inp_7_2_1; + result0 += M4(0.015168607, 0.011885032, -0.02304455, -0.014429955, -0.08853672, -0.065099955, 0.025816185, -0.050758783, 0.024936106, 0.018456984, -0.00069481827, 0.001492164, -0.0069567575, -0.0025601152, 0.01969471, 0.0057533914) * inp_7_0_2; + result0 += M4(0.015999861, -0.018546596, 0.014207756, 0.033255726, -0.18008111, -0.21260013, 0.0057166554, -0.0055222693, 0.041074067, 0.01763359, -0.08603409, -0.051240996, 0.018637924, -0.03223119, -0.06413628, -0.022618188) * inp_7_1_2; + result0 += M4(0.008689513, 0.031285986, -0.0359882, -0.02487851, -0.15231301, -0.13464579, -0.1711299, -0.11705904, 0.043780815, 0.031348348, 0.016351987, -0.04400004, 0.013258273, 0.0038718034, 0.04604814, 0.025674326) * inp_7_2_2; + const ivec2 output_base = ivec2(gl_GlobalInvocationID) * ivec2(1, 1); + imageStore(out_image, output_base + ivec2(0, 0), result0); +} + +//!DESC ArtCNN C4F32 DS (Depth-To-Space) +//!COMPUTE 12 16 12 16 +//!HOOK LUMA +//!BIND conv2d_6 +//!WIDTH LUMA.w 2.0 * +//!HEIGHT LUMA.h 2.0 * +//!COMPONENTS 4 +//!WHEN OUTPUT.w LUMA.w / 1.3 > OUTPUT.h LUMA.h / 1.3 > * +#extension GL_EXT_shader_explicit_arithmetic_types_float16 : enable +#ifdef GL_EXT_shader_explicit_arithmetic_types_float16 +# define V4 f16vec4 +# define M4 f16mat4 +# define F float16_t +#else +# define V4 vec4 +# define M4 mat4 +# define F float +#endif + +void hook() { + vec4 result = vec4(0.0, 0.0, 0.0, 1.0); + vec2 f0 = fract(conv2d_6_pos * conv2d_6_size); + ivec2 i0 = ivec2(f0 * vec2(2.0)); + result.x = conv2d_6_tex((vec2(0.5) - f0) * conv2d_6_pt + conv2d_6_pos)[i0.y * 2 + i0.x]; + imageStore(out_image, ivec2(gl_GlobalInvocationID), clamp(result, 0.0, 1.0)); +} diff --git a/.config/mpv/shaders/CAS-scaled.glsl b/.config/mpv/shaders/CAS-scaled.glsl new file mode 100644 index 0000000..90897bf --- /dev/null +++ b/.config/mpv/shaders/CAS-scaled.glsl @@ -0,0 +1,415 @@ +// LICENSE +// ======= +// Copyright (c) 2017-2019 Advanced Micro Devices, Inc. All rights reserved. +// ------- +// Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation +// files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, +// modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the +// Software is furnished to do so, subject to the following conditions: +// ------- +// The above copyright notice and this permission notice shall be included in all copies or substantial portions of the +// Software. +// ------- +// THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE +// WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR +// COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, +// ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +// FidelityFX CAS v1.0.2 by AMD +// ported to mpv by agyild + +// Changelog +// Optimized texture lookups for OpenGL 4.0+, DirectX 10+, and OpenGL ES 3.1+ +// Changed rcp + mul operations to div for better clarity when CAS_GO_SLOWER is set to 1, since the compiler should automatically +// optimize those instructions anyway. +// Made it directly operate on LUMA plane, since the original shader was operating on LUMA by deriving it from RGB. This should +// cause a major increase in performance, especially on OpenGL 4.0+ renderers (4 texture lookups vs. 16) +// Removed transparency preservation mechanism since the alpha channel is a separate source plan than LUMA +// Added custom gamma curve support for relinearization +// Removed final blending between the original and the sharpened pixels since it was redundant +// +// Notes +// Per AMD's guidelines only upscales content up to 4x (e.g., 1080p -> 2160p, 720p -> 1440p etc.) and everything else in between, +// that means CAS will scale up to 4x at maximum, and any further scaling will be processed by mpv's scalers +// +// The filter is designed to run in linear light, and does have an optional relinerization and delinearization pass which +// assumes BT.1886 content by default. Do not forget to change SOURCE_TRC and TARGET_TRC variables depending +// on what kind of content the filter is running on. You might want to create seperate versions of the file with different +// colorspace values, and apply them via autoprofiles. Note that running in non-linear light will result in oversharpening. + +//!HOOK LUMA +//!BIND HOOKED +//!DESC FidelityFX Upsampling and Sharpening v1.0.2 (Relinearization) +//!WHEN OUTPUT.w OUTPUT.h * LUMA.w LUMA.h * / 1.0 > + +// User variables - Relinearization +// Compatibility +#define SOURCE_TRC 4 // Is needed to convert from source colorspace to linear light. 0 = None (Skip conversion), 1 = Rec709, 2 = PQ, 3 = sRGB, 4 = BT.1886, 5 = HLG, 6 = Custom +#define CUSTOM_GAMMA 2.2 // Custom power gamma curve to use if and when SOURCE_TRC is 6. + +// Shader code + +float From709(float rec709) { + return max(min(rec709 / float(4.5), float(0.081)), pow((rec709 + float(0.099)) / float(1.099), float(1.0 / 0.45))); +} + +float FromPq(float pq) { + float p = pow(pq, float(0.0126833)); + return (pow(clamp(p - float(0.835938), 0.0, 1.0) / (float(18.8516) - float(18.6875) * p), float(6.27739))); +} + +float FromSrgb(float srgb) { + return max(min(srgb / 12.92, float(0.04045)), pow((srgb + float(0.055)) / float(1.055), float(2.4))); +} + +float FromHlg(float hlg) { + const float a = 0.17883277; + const float b = 0.28466892; + const float c = 0.55991073; + + float linear; + if (hlg >= 0.0 && hlg <= 0.5) { + linear = pow(hlg, 2.0) / 3.0; + } else { + linear = (exp((hlg - c) / a) + b) / 12.0; + } + + return linear; +} + +vec4 hook() { + vec4 col = HOOKED_tex(HOOKED_pos); + col.r = clamp(col.r, 0.0, 1.0); +#if (SOURCE_TRC == 1) + col.r = From709(col.r); +#elif (SOURCE_TRC == 2) + col.r = FromPq(col.r); +#elif (SOURCE_TRC == 3) + col.r = FromSrgb(col.r); +#elif (SOURCE_TRC == 4) + col.r = pow(col.r, float(2.4)); +#elif (SOURCE_TRC == 5) + col.r = FromHlg(col.r); +#elif (SOURCE_TRC == 6) + col.r = pow(col.r, float(CUSTOM_GAMMA)); +#endif + return col; +} + +//!HOOK LUMA +//!BIND HOOKED +//!DESC FidelityFX Upsampling and Sharpening v1.0.2 +//!WHEN OUTPUT.w OUTPUT.h * LUMA.w LUMA.h * / 1.0 > +//!WIDTH OUTPUT.w OUTPUT.w LUMA.w 2 * < * LUMA.w 2 * OUTPUT.w LUMA.w 2 * > * + OUTPUT.w OUTPUT.w LUMA.w 2 * = * + +//!HEIGHT OUTPUT.h OUTPUT.h LUMA.h 2 * < * LUMA.h 2 * OUTPUT.h LUMA.h 2 * > * + OUTPUT.h OUTPUT.h LUMA.h 2 * = * + + +// User variables - Upsampling and Sharpening +// Intensity +#define SHARPENING 0.0 // Adjusts the range the shader adapts to high contrast (0 is not all the way off). Higher values = more high contrast sharpening. 0.0 to 1.0. + +// Performance +#define CAS_BETTER_DIAGONALS 1 // If set to 0, drops certain math and texture lookup operations for better performance. This is only useful on pre-OpenGL 4.0 renderers and there is no need to disable it otherwise. 0 or 1. +#define CAS_GO_SLOWER 0 // If set to 1, disables the use of optimized approximate transcendental functions which might slightly increase accuracy in exchange of performance. 0 or 1. + +// Compatibility +#define TARGET_TRC 4 // Is needed to convert from source colorspace to target colorspace. 0 = None (Skip conversion), 1 = Rec709, 2 = PQ, 3 = sRGB, 4 = BT.1886, 5 = HLG, 6 = Custom +#define CUSTOM_GAMMA 2.2 // Custom power gamma curve to use if and when TARGET_TRC is 6. + +// Shader code + +float To709(float linear) { + return max(min(linear * float(4.5), float(0.018)), float(1.099) * pow(linear, float(0.45)) - float(0.099)); +} + +float ToPq(float linear) { + float p = pow(linear, float(0.159302)); + return pow((float(0.835938) + float(18.8516) * p) / (float(1.0) + float(18.6875) * p), float(78.8438)); +} + +float ToSrgb(float linear) { + return max(min(linear * float(12.92), float(0.0031308)), float(1.055) * pow(linear, float(0.41666)) - float(0.055)); +} + +float ToHlg(float linear) { + const float a = 0.17883277; + const float b = 0.28466892; + const float c = 0.55991073; + + float hlg; + if (linear <= 1.0 / 12.0) { + hlg = sqrt(3.0 * linear); + } else { + hlg = a * log(12.0 * linear - b) + c; + } + + return hlg; +} + +#if (CAS_GO_SLOWER == 0) + +float APrxLoSqrtF1(float a) { + return uintBitsToFloat((floatBitsToUint(a) >> uint(1)) + uint(0x1fbc4639)); +} + +float APrxLoRcpF1(float a) { + return uintBitsToFloat(uint(0x7ef07ebb) - floatBitsToUint(a)); +} + +float APrxMedRcpF1(float a) { + float b = uintBitsToFloat(uint(0x7ef19fff) - floatBitsToUint(a)); + return b * (-b * a + float(2.0)); +} + +#endif + +vec4 hook() +{ + // Scaling algorithm adaptively interpolates between nearest 4 results of the non-scaling algorithm. + // a b c d + // e f g h + // i j k l + // m n o p + // Working these 4 results. + // +-----+-----+ + // | | | + // | f..|..g | + // | . | . | + // +-----+-----+ + // | . | . | + // | j..|..k | + // | | | + // +-----+-----+ + + vec2 pp = HOOKED_pos * HOOKED_size - 0.5; + vec2 fp = floor(pp); + pp -= fp; + +#if (defined(HOOKED_gather) && (__VERSION__ >= 400 || (GL_ES && __VERSION__ >= 310))) + vec4 abef = HOOKED_gather(vec2((fp - vec2(0.5)) * HOOKED_pt), 0); + + float b = abef.z; + float e = abef.x; + float f = abef.y; + + vec4 cdgh = HOOKED_gather(vec2((fp + vec2(1.5, -0.5)) * HOOKED_pt), 0); + + float c = cdgh.w; + float g = cdgh.x; + float h = cdgh.y; + + vec4 ijmn = HOOKED_gather(vec2((fp + vec2(-0.5, 1.5)) * HOOKED_pt), 0); + + float i = ijmn.w; + float j = ijmn.z; + float n = ijmn.y; + + vec4 klop = HOOKED_gather(vec2((fp + vec2(1.5)) * HOOKED_pt), 0); + + float k = klop.w; + float l = klop.z; + float o = klop.x; + + #if (CAS_BETTER_DIAGONALS == 1) + float a = abef.w; + float d = cdgh.z; + float m = ijmn.x; + float p = klop.y; + #endif +#else + ivec2 sp = ivec2(fp); + + #if (CAS_BETTER_DIAGONALS == 1) + float a = texelFetch(HOOKED_raw, sp + ivec2(-1, -1), 0).r * HOOKED_mul; + float d = texelFetch(HOOKED_raw, sp + ivec2( 2, -1), 0).r * HOOKED_mul; + float m = texelFetch(HOOKED_raw, sp + ivec2(-1, 2), 0).r * HOOKED_mul; + float p = texelFetch(HOOKED_raw, sp + ivec2( 2, 2), 0).r * HOOKED_mul; + #endif + + float b = texelFetch(HOOKED_raw, sp + ivec2( 0, -1), 0).r * HOOKED_mul; + float e = texelFetch(HOOKED_raw, sp + ivec2(-1, 0), 0).r * HOOKED_mul; + float f = texelFetch(HOOKED_raw, sp , 0).r * HOOKED_mul; + + float c = texelFetch(HOOKED_raw, sp + ivec2( 1, -1), 0).r * HOOKED_mul; + float g = texelFetch(HOOKED_raw, sp + ivec2( 1, 0), 0).r * HOOKED_mul; + float h = texelFetch(HOOKED_raw, sp + ivec2( 2, 0), 0).r * HOOKED_mul; + + float i = texelFetch(HOOKED_raw, sp + ivec2(-1, 1), 0).r * HOOKED_mul; + float j = texelFetch(HOOKED_raw, sp + ivec2( 0, 1), 0).r * HOOKED_mul; + float n = texelFetch(HOOKED_raw, sp + ivec2( 0, 2), 0).r * HOOKED_mul; + + float k = texelFetch(HOOKED_raw, sp + ivec2( 1, 1), 0).r * HOOKED_mul; + float l = texelFetch(HOOKED_raw, sp + ivec2( 2, 1), 0).r * HOOKED_mul; + float o = texelFetch(HOOKED_raw, sp + ivec2( 1, 2), 0).r * HOOKED_mul; +#endif + + // Soft min and max. + // These are 2.0x bigger (factored out the extra multiply). + // a b c b + // e f g * 0.5 + e f g * 0.5 [F] + // i j k j + + float mnfL = min(min(b, min(e, f)), min(g, j)); + float mxfL = max(max(b, max(e, f)), max(g, j)); + +#if (CAS_BETTER_DIAGONALS == 1) + float mnfL2 = min(min(mnfL, min(a, c)), min(i, k)); + mnfL += mnfL2; + + float mxfL2 = max(max(mxfL, max(a, c)), max(i, k)); + mxfL += mxfL2; +#endif + + // b c d c + // f g h * 0.5 + f g h * 0.5 [G] + // j k l k + float mngL = min(min(c, min(f, g)), min(h, k)); + float mxgL = max(max(c, max(f, g)), max(h, k)); +#if (CAS_BETTER_DIAGONALS == 1) + float mngL2 = min(min(mngL, min(b, d)), min(j, l)); + mngL += mngL2; + + float mxgL2 = max(max(mxgL, max(b, d)), max(j, l)); + mxgL += mxgL2; +#endif + + // e f g f + // i j k * 0.5 + i j k * 0.5 [J] + // m n o n + float mnjL = min(min(f, min(i, j)), min(k, n)); + float mxjL = max(max(f, max(i, j)), max(k, n)); +#if (CAS_BETTER_DIAGONALS == 1) + float mnjL2 = min(min(mnjL, min(e, g)), min(m, o)); + mnjL += mnjL2; + + float mxjL2 = max(max(mxjL, max(e, g)), max(m, o)); + mxjL += mxjL2; +#endif + + // f g h g + // j k l * 0.5 + j k l * 0.5 [K] + // n o p o + float mnkL = min(min(g, min(j, k)), min(l, o)); + float mxkL = max(max(g, max(j, k)), max(l, o)); +#if (CAS_BETTER_DIAGONALS == 1) + float mnkL2 = min(min(mnkL, min(f, h)), min(n, p)); + mnkL += mnkL2; + + float mxkL2 = max(max(mxkL, max(f, h)), max(n, p)); + mxkL += mxkL2; +#endif + + // Smooth minimum distance to signal limit divided by smooth max. + const float bdval = bool(CAS_BETTER_DIAGONALS) ? 2.0 : 1.0; +#if (CAS_GO_SLOWER == 1) + float ampfL = clamp(min(mnfL, bdval - mxfL) / mxfL, 0.0, 1.0); + float ampgL = clamp(min(mngL, bdval - mxgL) / mxgL, 0.0, 1.0); + float ampjL = clamp(min(mnjL, bdval - mxjL) / mxjL, 0.0, 1.0); + float ampkL = clamp(min(mnkL, bdval - mxkL) / mxkL, 0.0, 1.0); +#else + float ampfL = clamp(min(mnfL, bdval - mxfL) * APrxLoRcpF1(mxfL), 0.0, 1.0); + float ampgL = clamp(min(mngL, bdval - mxgL) * APrxLoRcpF1(mxgL), 0.0, 1.0); + float ampjL = clamp(min(mnjL, bdval - mxjL) * APrxLoRcpF1(mxjL), 0.0, 1.0); + float ampkL = clamp(min(mnkL, bdval - mxkL) * APrxLoRcpF1(mxkL), 0.0, 1.0); +#endif + + // Shaping amount of sharpening. +#if (CAS_GO_SLOWER == 1) + ampfL = sqrt(ampfL); + ampgL = sqrt(ampgL); + ampjL = sqrt(ampjL); + ampkL = sqrt(ampkL); +#else + ampfL = APrxLoSqrtF1(ampfL); + ampgL = APrxLoSqrtF1(ampgL); + ampjL = APrxLoSqrtF1(ampjL); + ampkL = APrxLoSqrtF1(ampkL); +#endif + + // Filter shape. + // 0 w 0 + // w 1 w + // 0 w 0 + + const float peak = -(mix(8.0, 5.0, clamp(SHARPENING, 0.0, 1.0))); + float wfL = ampfL / peak; + float wgL = ampgL / peak; + float wjL = ampjL / peak; + float wkL = ampkL / peak; + + // Blend between 4 results. + // s t + // u v + float s = (1.0 - pp.x) * (1.0 - pp.y); + float t = pp.x * (1.0 - pp.y); + float u = (1.0 - pp.x) * pp.y; + float v = pp.x * pp.y; + + // Thin edges to hide bilinear interpolation (helps diagonals). + const float thinB = 0.03125; // 1.0 / 32.0 + +#if (CAS_GO_SLOWER == 1) + s /= thinB + mxfL - mnfL; + t /= thinB + mxgL - mngL; + u /= thinB + mxjL - mnjL; + v /= thinB + mxkL - mnkL; +#else + s *= APrxLoRcpF1(thinB + mxfL - mnfL); + t *= APrxLoRcpF1(thinB + mxgL - mngL); + u *= APrxLoRcpF1(thinB + mxjL - mnjL); + v *= APrxLoRcpF1(thinB + mxkL - mnkL); +#endif + + // Final weighting. + // b c + // e f g h + // i j k l + // n o + // _____ _____ _____ _____ + // fs gt + // + // _____ _____ _____ _____ + // fs s gt fs t gt + // ju kv + // _____ _____ _____ _____ + // fs gt + // ju u kv ju v kv + // _____ _____ _____ _____ + // + // ju kv + float qbeL = wfL * s; + float qchL = wgL * t; + float qfL = wgL * t + wjL * u + s; + float qgL = wfL * s + wkL * v + t; + float qjL = wfL * s + wkL * v + u; + float qkL = wgL * t + wjL * u + v; + float qinL = wjL * u; + float qloL = wkL * v; + + // Filter. + vec4 pix = vec4(0.0, 0.0, 0.0, 1.0); + float W = 2.0 * qbeL + 2.0 * qchL + 2.0 * qinL + 2.0 * qloL + qfL + qgL + qjL + qkL; + pix.r = b * qbeL + e * qbeL + c * qchL + h * qchL + i * qinL + n * qinL + l * qloL + o * qloL + f * qfL + g * qgL + j * qjL + k * qkL; +#if (CAS_GO_SLOWER == 1) + pix.r /= W; +#else + pix.r *= APrxMedRcpF1(W); +#endif + + pix.r = clamp(pix.r, 0.0, 1.0); + +#if (TARGET_TRC == 1) + pix.r = To709(pix.r); +#elif (TARGET_TRC == 2) + pix.r = ToPq(pix.r); +#elif (TARGET_TRC == 3) + pix.r = ToSrgb(pix.r); +#elif (TARGET_TRC == 4) + pix.r = pow(pix.r, float(1.0 / 2.4)); +#elif (TARGET_TRC == 5) + pix.r = ToHlg(pix.r); +#elif (TARGET_TRC == 6) + pix.r = pow(pix.r, float(1.0 / CUSTOM_GAMMA)); +#endif + + return pix; +} \ No newline at end of file diff --git a/.config/mpv/shaders/FSR.glsl b/.config/mpv/shaders/FSR.glsl new file mode 100644 index 0000000..f1794d7 --- /dev/null +++ b/.config/mpv/shaders/FSR.glsl @@ -0,0 +1,453 @@ +// Copyright (c) 2021 Advanced Micro Devices, Inc. All rights reserved. +// +// Permission is hereby granted, free of charge, to any person obtaining a copy +// of this software and associated documentation files (the "Software"), to deal +// in the Software without restriction, including without limitation the rights +// to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +// copies of the Software, and to permit persons to whom the Software is +// furnished to do so, subject to the following conditions: +// +// The above copyright notice and this permission notice shall be included in +// all copies or substantial portions of the Software. +// +// THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +// IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +// FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +// AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER +// LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, +// OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN +// THE SOFTWARE. + +// FidelityFX FSR v1.0.2 by AMD +// ported to mpv by agyild + +// Changelog +// Made it compatible with pre-OpenGL 4.0 renderers +// Made it directly operate on LUMA plane, since the original shader was operating on LUMA by deriving it from RGB. This should cause a major increase in performance, especially on OpenGL 4.0+ renderers (4+2 texture lookups vs. 12+5) +// Removed transparency preservation mechanism since the alpha channel is a separate source plane than LUMA +// Added optional performance-saving lossy optimizations to EASU (Credit: atyuwen, https://atyuwen.github.io/posts/optimizing-fsr/) +// +// Notes +// Per AMD's guidelines only upscales content up to 4x (e.g., 1080p -> 2160p, 720p -> 1440p etc.) and everything else in between, +// that means FSR will scale up to 4x at maximum, and any further scaling will be processed by mpv's scalers + +//!HOOK LUMA +//!BIND HOOKED +//!SAVE EASUTEX +//!DESC FidelityFX Super Resolution v1.0.2 (EASU) +//!WHEN OUTPUT.w OUTPUT.h * LUMA.w LUMA.h * / 1.0 > +//!WIDTH OUTPUT.w OUTPUT.w LUMA.w 2 * < * LUMA.w 2 * OUTPUT.w LUMA.w 2 * > * + OUTPUT.w OUTPUT.w LUMA.w 2 * = * + +//!HEIGHT OUTPUT.h OUTPUT.h LUMA.h 2 * < * LUMA.h 2 * OUTPUT.h LUMA.h 2 * > * + OUTPUT.h OUTPUT.h LUMA.h 2 * = * + +//!COMPONENTS 1 + +// User variables - EASU +#define FSR_PQ 0 // Whether the source content has PQ gamma or not. Needs to be set to the same value for both passes. 0 or 1. +#define FSR_EASU_DERING 1 // If set to 0, disables deringing for a small increase in performance. 0 or 1. +#define FSR_EASU_SIMPLE_ANALYSIS 0 // If set to 1, uses a simpler single-pass direction and length analysis for an increase in performance. 0 or 1. +#define FSR_EASU_QUIT_EARLY 0 // If set to 1, uses bilinear filtering for non-edge pixels and skips EASU on those regions for an increase in performance. 0 or 1. + +// Shader code + +#ifndef FSR_EASU_DIR_THRESHOLD + #if (FSR_EASU_QUIT_EARLY == 1) + #define FSR_EASU_DIR_THRESHOLD 64.0 + #elif (FSR_EASU_QUIT_EARLY == 0) + #define FSR_EASU_DIR_THRESHOLD 32768.0 + #endif +#endif + +float APrxLoRcpF1(float a) { + return uintBitsToFloat(uint(0x7ef07ebb) - floatBitsToUint(a)); +} + +float APrxLoRsqF1(float a) { + return uintBitsToFloat(uint(0x5f347d74) - (floatBitsToUint(a) >> uint(1))); +} + +float AMin3F1(float x, float y, float z) { + return min(x, min(y, z)); +} + +float AMax3F1(float x, float y, float z) { + return max(x, max(y, z)); +} + +#if (FSR_PQ == 1) + +float ToGamma2(float a) { + return pow(a, 4.0); +} + +#endif + + // Filtering for a given tap for the scalar. + void FsrEasuTap( + inout float aC, // Accumulated color, with negative lobe. + inout float aW, // Accumulated weight. + vec2 off, // Pixel offset from resolve position to tap. + vec2 dir, // Gradient direction. + vec2 len, // Length. + float lob, // Negative lobe strength. + float clp, // Clipping point. + float c){ // Tap color. + // Rotate offset by direction. + vec2 v; + v.x = (off.x * ( dir.x)) + (off.y * dir.y); + v.y = (off.x * (-dir.y)) + (off.y * dir.x); + // Anisotropy. + v *= len; + // Compute distance^2. + float d2 = v.x * v.x + v.y * v.y; + // Limit to the window as at corner, 2 taps can easily be outside. + d2 = min(d2, clp); + // Approximation of lancos2 without sin() or rcp(), or sqrt() to get x. + // (25/16 * (2/5 * x^2 - 1)^2 - (25/16 - 1)) * (1/4 * x^2 - 1)^2 + // |_______________________________________| |_______________| + // base window + // The general form of the 'base' is, + // (a*(b*x^2-1)^2-(a-1)) + // Where 'a=1/(2*b-b^2)' and 'b' moves around the negative lobe. + float wB = float(2.0 / 5.0) * d2 + -1.0; + float wA = lob * d2 + -1.0; + wB *= wB; + wA *= wA; + wB = float(25.0 / 16.0) * wB + float(-(25.0 / 16.0 - 1.0)); + float w = wB * wA; + // Do weighted average. + aC += c * w; + aW += w; +} + +// Accumulate direction and length. +void FsrEasuSet( + inout vec2 dir, + inout float len, + vec2 pp, +#if (FSR_EASU_SIMPLE_ANALYSIS == 1) + float b, float c, + float i, float j, float f, float e, + float k, float l, float h, float g, + float o, float n +#elif (FSR_EASU_SIMPLE_ANALYSIS == 0) + bool biS, bool biT, bool biU, bool biV, + float lA, float lB, float lC, float lD, float lE +#endif + ){ + // Compute bilinear weight, branches factor out as predicates are compiler time immediates. + // s t + // u v +#if (FSR_EASU_SIMPLE_ANALYSIS == 1) + vec4 w = vec4(0.0); + w.x = (1.0 - pp.x) * (1.0 - pp.y); + w.y = pp.x * (1.0 - pp.y); + w.z = (1.0 - pp.x) * pp.y; + w.w = pp.x * pp.y; + + float lA = dot(w, vec4(b, c, f, g)); + float lB = dot(w, vec4(e, f, i, j)); + float lC = dot(w, vec4(f, g, j, k)); + float lD = dot(w, vec4(g, h, k, l)); + float lE = dot(w, vec4(j, k, n, o)); +#elif (FSR_EASU_SIMPLE_ANALYSIS == 0) + float w = 0.0; + if (biS) + w = (1.0 - pp.x) * (1.0 - pp.y); + if (biT) + w = pp.x * (1.0 - pp.y); + if (biU) + w = (1.0 - pp.x) * pp.y; + if (biV) + w = pp.x * pp.y; +#endif + // Direction is the '+' diff. + // a + // b c d + // e + // Then takes magnitude from abs average of both sides of 'c'. + // Length converts gradient reversal to 0, smoothly to non-reversal at 1, shaped, then adding horz and vert terms. + float dc = lD - lC; + float cb = lC - lB; + float lenX = max(abs(dc), abs(cb)); + lenX = APrxLoRcpF1(lenX); + float dirX = lD - lB; + lenX = clamp(abs(dirX) * lenX, 0.0, 1.0); + lenX *= lenX; + // Repeat for the y axis. + float ec = lE - lC; + float ca = lC - lA; + float lenY = max(abs(ec), abs(ca)); + lenY = APrxLoRcpF1(lenY); + float dirY = lE - lA; + lenY = clamp(abs(dirY) * lenY, 0.0, 1.0); + lenY *= lenY; +#if (FSR_EASU_SIMPLE_ANALYSIS == 1) + len = lenX + lenY; + dir = vec2(dirX, dirY); +#elif (FSR_EASU_SIMPLE_ANALYSIS == 0) + dir += vec2(dirX, dirY) * w; + len += dot(vec2(w), vec2(lenX, lenY)); +#endif +} + +vec4 hook() { + // Result + vec4 pix = vec4(0.0, 0.0, 0.0, 1.0); + + //------------------------------------------------------------------------------------------------------------------------------ + // +---+---+ + // | | | + // +--(0)--+ + // | b | c | + // +---F---+---+---+ + // | e | f | g | h | + // +--(1)--+--(2)--+ + // | i | j | k | l | + // +---+---+---+---+ + // | n | o | + // +--(3)--+ + // | | | + // +---+---+ + // Get position of 'F'. + vec2 pp = HOOKED_pos * HOOKED_size - vec2(0.5); + vec2 fp = floor(pp); + pp -= fp; + //------------------------------------------------------------------------------------------------------------------------------ + // 12-tap kernel. + // b c + // e f g h + // i j k l + // n o + // Gather 4 ordering. + // a b + // r g + // Allowing dead-code removal to remove the 'z's. +#if (defined(HOOKED_gather) && (__VERSION__ >= 400 || (GL_ES && __VERSION__ >= 310))) + vec4 bczzL = HOOKED_gather(vec2((fp + vec2(1.0, -1.0)) * HOOKED_pt), 0); + vec4 ijfeL = HOOKED_gather(vec2((fp + vec2(0.0, 1.0)) * HOOKED_pt), 0); + vec4 klhgL = HOOKED_gather(vec2((fp + vec2(2.0, 1.0)) * HOOKED_pt), 0); + vec4 zzonL = HOOKED_gather(vec2((fp + vec2(1.0, 3.0)) * HOOKED_pt), 0); +#else + // pre-OpenGL 4.0 compatibility + float b = HOOKED_tex(vec2((fp + vec2(0.5, -0.5)) * HOOKED_pt)).r; + float c = HOOKED_tex(vec2((fp + vec2(1.5, -0.5)) * HOOKED_pt)).r; + + float e = HOOKED_tex(vec2((fp + vec2(-0.5, 0.5)) * HOOKED_pt)).r; + float f = HOOKED_tex(vec2((fp + vec2( 0.5, 0.5)) * HOOKED_pt)).r; + float g = HOOKED_tex(vec2((fp + vec2( 1.5, 0.5)) * HOOKED_pt)).r; + float h = HOOKED_tex(vec2((fp + vec2( 2.5, 0.5)) * HOOKED_pt)).r; + + float i = HOOKED_tex(vec2((fp + vec2(-0.5, 1.5)) * HOOKED_pt)).r; + float j = HOOKED_tex(vec2((fp + vec2( 0.5, 1.5)) * HOOKED_pt)).r; + float k = HOOKED_tex(vec2((fp + vec2( 1.5, 1.5)) * HOOKED_pt)).r; + float l = HOOKED_tex(vec2((fp + vec2( 2.5, 1.5)) * HOOKED_pt)).r; + + float n = HOOKED_tex(vec2((fp + vec2(0.5, 2.5) ) * HOOKED_pt)).r; + float o = HOOKED_tex(vec2((fp + vec2(1.5, 2.5) ) * HOOKED_pt)).r; + + vec4 bczzL = vec4(b, c, 0.0, 0.0); + vec4 ijfeL = vec4(i, j, f, e); + vec4 klhgL = vec4(k, l, h, g); + vec4 zzonL = vec4(0.0, 0.0, o, n); +#endif + //------------------------------------------------------------------------------------------------------------------------------ + // Rename. + float bL = bczzL.x; + float cL = bczzL.y; + float iL = ijfeL.x; + float jL = ijfeL.y; + float fL = ijfeL.z; + float eL = ijfeL.w; + float kL = klhgL.x; + float lL = klhgL.y; + float hL = klhgL.z; + float gL = klhgL.w; + float oL = zzonL.z; + float nL = zzonL.w; + +#if (FSR_PQ == 1) + // Not the most performance-friendly solution, but should work until mpv adds proper gamma transformation functions for shaders + bL = ToGamma2(bL); + cL = ToGamma2(cL); + iL = ToGamma2(iL); + jL = ToGamma2(jL); + fL = ToGamma2(fL); + eL = ToGamma2(eL); + kL = ToGamma2(kL); + lL = ToGamma2(lL); + hL = ToGamma2(hL); + gL = ToGamma2(gL); + oL = ToGamma2(oL); + nL = ToGamma2(nL); +#endif + + // Accumulate for bilinear interpolation. + vec2 dir = vec2(0.0); + float len = 0.0; +#if (FSR_EASU_SIMPLE_ANALYSIS == 1) + FsrEasuSet(dir, len, pp, bL, cL, iL, jL, fL, eL, kL, lL, hL, gL, oL, nL); +#elif (FSR_EASU_SIMPLE_ANALYSIS == 0) + FsrEasuSet(dir, len, pp, true, false, false, false, bL, eL, fL, gL, jL); + FsrEasuSet(dir, len, pp, false, true, false, false, cL, fL, gL, hL, kL); + FsrEasuSet(dir, len, pp, false, false, true, false, fL, iL, jL, kL, nL); + FsrEasuSet(dir, len, pp, false, false, false, true, gL, jL, kL, lL, oL); +#endif + //------------------------------------------------------------------------------------------------------------------------------ + // Normalize with approximation, and cleanup close to zero. + vec2 dir2 = dir * dir; + float dirR = dir2.x + dir2.y; + bool zro = dirR < float(1.0 / FSR_EASU_DIR_THRESHOLD); + dirR = APrxLoRsqF1(dirR); +#if (FSR_EASU_QUIT_EARLY == 1) + if (zro) { + vec4 w = vec4(0.0); + w.x = (1.0 - pp.x) * (1.0 - pp.y); + w.y = pp.x * (1.0 - pp.y); + w.z = (1.0 - pp.x) * pp.y; + w.w = pp.x * pp.y; + + pix.r = clamp(dot(w, vec4(fL, gL, jL, kL)), 0.0, 1.0); + return pix; + } +#elif (FSR_EASU_QUIT_EARLY == 0) + dirR = zro ? 1.0 : dirR; + dir.x = zro ? 1.0 : dir.x; +#endif + dir *= vec2(dirR); + // Transform from {0 to 2} to {0 to 1} range, and shape with square. + len = len * 0.5; + len *= len; + // Stretch kernel {1.0 vert|horz, to sqrt(2.0) on diagonal}. + float stretch = (dir.x * dir.x + dir.y * dir.y) * APrxLoRcpF1(max(abs(dir.x), abs(dir.y))); + // Anisotropic length after rotation, + // x := 1.0 lerp to 'stretch' on edges + // y := 1.0 lerp to 2x on edges + vec2 len2 = vec2(1.0 + (stretch - 1.0) * len, 1.0 + -0.5 * len); + // Based on the amount of 'edge', + // the window shifts from +/-{sqrt(2.0) to slightly beyond 2.0}. + float lob = 0.5 + float((1.0 / 4.0 - 0.04) - 0.5) * len; + // Set distance^2 clipping point to the end of the adjustable window. + float clp = APrxLoRcpF1(lob); + //------------------------------------------------------------------------------------------------------------------------------ + // Accumulation + // b c + // e f g h + // i j k l + // n o + float aC = 0.0; + float aW = 0.0; + FsrEasuTap(aC, aW, vec2( 0.0,-1.0) - pp, dir, len2, lob, clp, bL); // b + FsrEasuTap(aC, aW, vec2( 1.0,-1.0) - pp, dir, len2, lob, clp, cL); // c + FsrEasuTap(aC, aW, vec2(-1.0, 1.0) - pp, dir, len2, lob, clp, iL); // i + FsrEasuTap(aC, aW, vec2( 0.0, 1.0) - pp, dir, len2, lob, clp, jL); // j + FsrEasuTap(aC, aW, vec2( 0.0, 0.0) - pp, dir, len2, lob, clp, fL); // f + FsrEasuTap(aC, aW, vec2(-1.0, 0.0) - pp, dir, len2, lob, clp, eL); // e + FsrEasuTap(aC, aW, vec2( 1.0, 1.0) - pp, dir, len2, lob, clp, kL); // k + FsrEasuTap(aC, aW, vec2( 2.0, 1.0) - pp, dir, len2, lob, clp, lL); // l + FsrEasuTap(aC, aW, vec2( 2.0, 0.0) - pp, dir, len2, lob, clp, hL); // h + FsrEasuTap(aC, aW, vec2( 1.0, 0.0) - pp, dir, len2, lob, clp, gL); // g + FsrEasuTap(aC, aW, vec2( 1.0, 2.0) - pp, dir, len2, lob, clp, oL); // o + FsrEasuTap(aC, aW, vec2( 0.0, 2.0) - pp, dir, len2, lob, clp, nL); // n + //------------------------------------------------------------------------------------------------------------------------------ + // Normalize and dering. + pix.r = aC / aW; +#if (FSR_EASU_DERING == 1) + float min1 = min(AMin3F1(fL, gL, jL), kL); + float max1 = max(AMax3F1(fL, gL, jL), kL); + pix.r = clamp(pix.r, min1, max1); +#endif + pix.r = clamp(pix.r, 0.0, 1.0); + + return pix; +} + +//!HOOK LUMA +//!BIND EASUTEX +//!DESC FidelityFX Super Resolution v1.0.2 (RCAS) +//!WIDTH EASUTEX.w +//!HEIGHT EASUTEX.h +//!COMPONENTS 1 + +// User variables - RCAS +#define SHARPNESS 0.2 // Controls the amount of sharpening. The scale is {0.0 := maximum, to N>0, where N is the number of stops (halving) of the reduction of sharpness}. 0.0 to 2.0. +#define FSR_RCAS_DENOISE 1 // If set to 1, lessens the sharpening on noisy areas. Can be disabled for better performance. 0 or 1. +#define FSR_PQ 0 // Whether the source content has PQ gamma or not. Needs to be set to the same value for both passes. 0 or 1. + +// Shader code + +#define FSR_RCAS_LIMIT (0.25 - (1.0 / 16.0)) // This is set at the limit of providing unnatural results for sharpening. + +float APrxMedRcpF1(float a) { + float b = uintBitsToFloat(uint(0x7ef19fff) - floatBitsToUint(a)); + return b * (-b * a + 2.0); +} + +float AMax3F1(float x, float y, float z) { + return max(x, max(y, z)); +} + +float AMin3F1(float x, float y, float z) { + return min(x, min(y, z)); +} + +#if (FSR_PQ == 1) + +float FromGamma2(float a) { + return sqrt(sqrt(a)); +} + +#endif + +vec4 hook() { + // Algorithm uses minimal 3x3 pixel neighborhood. + // b + // d e f + // h +#if (defined(EASUTEX_gather) && (__VERSION__ >= 400 || (GL_ES && __VERSION__ >= 310))) + vec3 bde = EASUTEX_gather(EASUTEX_pos + EASUTEX_pt * vec2(-0.5), 0).xyz; + float b = bde.z; + float d = bde.x; + float e = bde.y; + + vec2 fh = EASUTEX_gather(EASUTEX_pos + EASUTEX_pt * vec2(0.5), 0).zx; + float f = fh.x; + float h = fh.y; +#else + float b = EASUTEX_texOff(vec2( 0.0, -1.0)).r; + float d = EASUTEX_texOff(vec2(-1.0, 0.0)).r; + float e = EASUTEX_tex(EASUTEX_pos).r; + float f = EASUTEX_texOff(vec2(1.0, 0.0)).r; + float h = EASUTEX_texOff(vec2(0.0, 1.0)).r; +#endif + + // Min and max of ring. + float mn1L = min(AMin3F1(b, d, f), h); + float mx1L = max(AMax3F1(b, d, f), h); + + // Immediate constants for peak range. + vec2 peakC = vec2(1.0, -1.0 * 4.0); + + // Limiters, these need to be high precision RCPs. + float hitMinL = min(mn1L, e) / (4.0 * mx1L); + float hitMaxL = (peakC.x - max(mx1L, e)) / (4.0 * mn1L + peakC.y); + float lobeL = max(-hitMinL, hitMaxL); + float lobe = max(float(-FSR_RCAS_LIMIT), min(lobeL, 0.0)) * exp2(-clamp(float(SHARPNESS), 0.0, 2.0)); + + // Apply noise removal. +#if (FSR_RCAS_DENOISE == 1) + // Noise detection. + float nz = 0.25 * b + 0.25 * d + 0.25 * f + 0.25 * h - e; + nz = clamp(abs(nz) * APrxMedRcpF1(AMax3F1(AMax3F1(b, d, e), f, h) - AMin3F1(AMin3F1(b, d, e), f, h)), 0.0, 1.0); + nz = -0.5 * nz + 1.0; + lobe *= nz; +#endif + + // Resolve, which needs the medium precision rcp approximation to avoid visible tonality changes. + float rcpL = APrxMedRcpF1(4.0 * lobe + 1.0); + vec4 pix = vec4(0.0, 0.0, 0.0, 1.0); + pix.r = float((lobe * b + lobe * d + lobe * h + lobe * f + e) * rcpL); +#if (FSR_PQ == 1) + pix.r = FromGamma2(pix.r); +#endif + + return pix; +} \ No newline at end of file diff --git a/.config/mpv/shaders/FSRCNNX.glsl b/.config/mpv/shaders/FSRCNNX.glsl new file mode 100644 index 0000000..873b298 --- /dev/null +++ b/.config/mpv/shaders/FSRCNNX.glsl @@ -0,0 +1,426 @@ +// Copyright (C) 2017-2021 igv +// +// This program is free software; you can redistribute it and/or +// modify it under the terms of the GNU Lesser General Public +// License as published by the Free Software Foundation; either +// version 3.0 of the License, or (at your option) any later version. +// +// This program is distributed in the hope that it will be useful, +// but WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this program. If not, see . + +//!HOOK LUMA +//!WHEN OUTPUT.w LUMA.w / 1.300 > OUTPUT.h LUMA.h / 1.300 > * +//!DESC feature map 1 +//!BIND LUMA +//!SAVE FEATURE1 +//!COMPONENTS 4 +vec4 hook() +{ +vec4 res = vec4(-0.1572492271661758,-0.0120896836742759,0.0061487639322877,-0.2852848768234253); +res += vec4(-0.0047900392673910,0.0537447109818459,-0.0000247144635068,0.0066653941757977) * float(LUMA_texOff(vec2(-2,-2))); +res += vec4(0.0073144687339664,-0.0309004038572311,-0.0109181385487318,-0.0092840325087309) * float(LUMA_texOff(vec2(-2,-1))); +res += vec4(0.0591700896620750,0.1974907070398331,-0.0197357516735792,-0.0546554848551750) * float(LUMA_texOff(vec2(-2,0))); +res += vec4(-0.0011764382943511,-0.0299451071768999,0.0229587312787771,0.0021908886265010) * float(LUMA_texOff(vec2(-2,1))); +res += vec4(0.0098101310431957,0.0080995410680771,-0.0030452020000666,-0.0132035519927740) * float(LUMA_texOff(vec2(-2,2))); +res += vec4(-0.0168330334126949,-0.0743711441755295,-0.0259261634200811,0.0234480481594801) * float(LUMA_texOff(vec2(-1,-2))); +res += vec4(0.0239933785051107,0.1896541714668274,0.0207756329327822,-0.0370332375168800) * float(LUMA_texOff(vec2(-1,-1))); +res += vec4(0.0094799501821399,-0.0652511194348335,-0.0004292793164495,-0.0726212188601494) * float(LUMA_texOff(vec2(-1,0))); +res += vec4(0.0297284796833992,-0.1210186630487442,-0.0202929321676493,-0.0574462898075581) * float(LUMA_texOff(vec2(-1,1))); +res += vec4(-0.0318185277283192,0.0840775370597839,0.0110451309010386,0.0415569432079792) * float(LUMA_texOff(vec2(-1,2))); +res += vec4(-0.0253141783177853,0.1168256178498268,0.1159729585051537,0.0963164269924164) * float(LUMA_texOff(vec2(0,-2))); +res += vec4(-0.1103615835309029,-0.0276833958923817,-0.4999594092369080,0.1053867191076279) * float(LUMA_texOff(vec2(0,-1))); +res += vec4(1.1100435256958008,0.0646764487028122,0.0154005717486143,0.8891586661338806) * float(LUMA_texOff(vec2(0,0))); +res += vec4(0.1229330673813820,0.1719468832015991,0.5730338096618652,-0.1645544171333313) * float(LUMA_texOff(vec2(0,1))); +res += vec4(-0.0090442728251219,-0.3023961782455444,-0.1589493155479431,0.0418574027717113) * float(LUMA_texOff(vec2(0,2))); +res += vec4(0.0031942036002874,-0.1310926079750061,0.0075543406419456,-0.0016449346439913) * float(LUMA_texOff(vec2(1,-2))); +res += vec4(-0.0995150282979012,-0.0701921209692955,-0.0130895879119635,0.1344170123338699) * float(LUMA_texOff(vec2(1,-1))); +res += vec4(0.0060519003309309,-0.1533465683460236,0.0114194005727768,0.0264683905988932) * float(LUMA_texOff(vec2(1,0))); +res += vec4(0.0244008023291826,0.1881769001483917,-0.0206351149827242,-0.0628309547901154) * float(LUMA_texOff(vec2(1,1))); +res += vec4(0.0075713125988841,0.0508594363927841,0.0430423170328140,-0.0124188791960478) * float(LUMA_texOff(vec2(1,2))); +res += vec4(-0.0166875869035721,-0.0047865519300103,0.0006719123339280,0.0316803231835365) * float(LUMA_texOff(vec2(2,-2))); +res += vec4(-0.0058461269363761,0.0990798473358154,-0.0177743826061487,-0.0066122291609645) * float(LUMA_texOff(vec2(2,-1))); +res += vec4(-0.0972401946783066,-0.0225446373224258,-0.0037693574558944,0.1953062713146210) * float(LUMA_texOff(vec2(2,0))); +res += vec4(-0.0216837190091610,-0.1824268400669098,0.0069816261529922,0.0283037684857845) * float(LUMA_texOff(vec2(2,1))); +res += vec4(-0.0025767991319299,0.0459827110171318,-0.0080216089263558,0.0084134787321091) * float(LUMA_texOff(vec2(2,2))); +return res; +} + +//!HOOK LUMA +//!WHEN OUTPUT.w LUMA.w / 1.300 > OUTPUT.h LUMA.h / 1.300 > * +//!DESC feature map 2 +//!BIND LUMA +//!SAVE FEATURE2 +//!COMPONENTS 4 +vec4 hook() +{ +vec4 res = vec4(0.0541447550058365,0.0088306749239564,-0.0112389577552676,-0.0127860950306058); +res += vec4(0.0142660010606050,0.0137931071221828,0.0061188107356429,-0.0104134222492576) * float(LUMA_texOff(vec2(-2,-2))); +res += vec4(0.0147292809560895,-0.0289912857115269,0.0266769435256720,0.0933856964111328) * float(LUMA_texOff(vec2(-2,-1))); +res += vec4(-0.1734338253736496,0.1116316691040993,-0.1973157376050949,-0.0581855811178684) * float(LUMA_texOff(vec2(-2,0))); +res += vec4(0.0347507223486900,-0.0341566652059555,0.0061667622067034,0.0075258882716298) * float(LUMA_texOff(vec2(-2,1))); +res += vec4(0.0069884369149804,-0.0194250214844942,0.0080830128863454,-0.0036874092184007) * float(LUMA_texOff(vec2(-2,2))); +res += vec4(0.0233764201402664,0.0344744995236397,0.0162145942449570,0.0979529991745949) * float(LUMA_texOff(vec2(-1,-2))); +res += vec4(0.1280796974897385,-0.1018339172005653,-0.0132977198809385,-0.0019474622095004) * float(LUMA_texOff(vec2(-1,-1))); +res += vec4(0.4286882579326630,0.1222677752375603,0.7046694159507751,0.0945475697517395) * float(LUMA_texOff(vec2(-1,0))); +res += vec4(0.1107441782951355,-0.0134433070197701,-0.0174900908023119,-0.1686445474624634) * float(LUMA_texOff(vec2(-1,1))); +res += vec4(0.0321478620171547,0.0065357843413949,0.0300805997103453,0.0420113280415535) * float(LUMA_texOff(vec2(-1,2))); +res += vec4(-0.1240341588854790,0.0950303301215172,-0.0129648456349969,-0.2681856453418732) * float(LUMA_texOff(vec2(0,-2))); +res += vec4(0.4846960902214050,0.0351924635469913,0.0223043337464333,-0.1273630708456039) * float(LUMA_texOff(vec2(0,-1))); +res += vec4(-1.9379507303237915,-0.2444442063570023,0.0291962660849094,-0.3835578560829163) * float(LUMA_texOff(vec2(0,0))); +res += vec4(0.6396278142929077,-0.0765938311815262,-0.0552659817039967,0.4393545985221863) * float(LUMA_texOff(vec2(0,1))); +res += vec4(-0.1969728022813797,-0.0607173256576061,0.0131113547831774,0.0542017817497253) * float(LUMA_texOff(vec2(0,2))); +res += vec4(0.0091696009039879,-0.0031533432193100,-0.0368777588009834,-0.0459998287260532) * float(LUMA_texOff(vec2(1,-2))); +res += vec4(0.1096992492675781,0.2597902715206146,0.0304869692772627,-0.0195200722664595) * float(LUMA_texOff(vec2(1,-1))); +res += vec4(0.2889648377895355,-0.4275591969490051,-0.7414156794548035,0.2695442438125610) * float(LUMA_texOff(vec2(1,0))); +res += vec4(0.0892018377780914,-0.0229137558490038,0.0244414471089840,-0.1926898956298828) * float(LUMA_texOff(vec2(1,1))); +res += vec4(0.0576358586549759,0.0027846973389387,-0.0036861505359411,-0.0253547113388777) * float(LUMA_texOff(vec2(1,2))); +res += vec4(0.0159624069929123,0.0319602824747562,0.0019470085389912,0.0089780492708087) * float(LUMA_texOff(vec2(2,-2))); +res += vec4(0.0552792511880398,0.0543054342269897,0.0134062822908163,0.0545728243887424) * float(LUMA_texOff(vec2(2,-1))); +res += vec4(-0.1170092225074768,0.1963327825069427,0.1503890156745911,0.1891828328371048) * float(LUMA_texOff(vec2(2,0))); +res += vec4(-0.0084421783685684,0.1297017931938171,-0.0330600887537003,-0.0942063704133034) * float(LUMA_texOff(vec2(2,1))); +res += vec4(0.0118440408259630,-0.0337875857949257,0.0055063469335437,0.0254479162395000) * float(LUMA_texOff(vec2(2,2))); +return res; +} + +//!HOOK LUMA +//!WHEN OUTPUT.w LUMA.w / 1.300 > OUTPUT.h LUMA.h / 1.300 > * +//!DESC mapping 1_1 +//!BIND FEATURE1 +//!BIND FEATURE2 +//!SAVE MODEL21 +//!COMPONENTS 4 +vec4 hook() +{ +vec4 res = vec4(-0.0445119962096214,-0.7632357478141785,0.0156328510493040,-0.2424548566341400); +res += mat4(0.1279004216194153,-0.0275541823357344,0.2275633513927460,0.2241709381341934,0.0197204202413559,-0.0456816256046295,-0.1296672523021698,0.0564568229019642,-0.0241488646715879,-0.0237508192658424,-0.1899632662534714,0.4177669584751129,-0.1814560592174530,-0.0526473335921764,0.1154382973909378,-0.0715614855289459) * FEATURE1_texOff(vec2(-1,-1)); +res += mat4(-0.0660311505198479,0.0416736751794815,0.3146112561225891,0.1472041457891464,-0.3456672728061676,-0.0055983816273510,0.0022350433282554,0.0819796621799469,0.0057485047727823,0.1532524228096008,0.0204557459801435,-0.2500547170639038,-0.0524359568953514,-0.1911625266075134,-0.1078366711735725,-0.1296254843473434) * FEATURE2_texOff(vec2(-1,-1)); +res += mat4(0.0904538556933403,-0.0150672039017081,0.3322310745716095,0.0638923197984695,0.5975797176361084,-0.2452044337987900,-0.4947478473186493,-0.0783191770315170,0.5771877169609070,-0.0870653912425041,-0.8966570496559143,-0.2140965163707733,-0.0493861362338066,-0.0380848757922649,-0.1345319598913193,-0.0186063013970852) * FEATURE1_texOff(vec2(-1,0)); +res += mat4(-0.2523841261863708,0.1387074738740921,0.7878478765487671,-0.2251627445220947,0.2277439534664154,0.5417668819427490,0.0866540968418121,-0.1707777529954910,-0.0598246827721596,-0.4717158675193787,-1.2242834568023682,0.0454643070697784,-0.3503442704677582,0.0573085807263851,0.2530198395252228,-0.0207283068448305) * FEATURE2_texOff(vec2(-1,0)); +res += mat4(0.0168380383402109,-0.2142438590526581,-0.0207892972975969,0.3628533780574799,0.2431225180625916,0.3098322153091431,0.4073205888271332,-0.2762102782726288,-0.0197229012846947,0.1305596232414246,-0.5697882771492004,-0.2976251542568207,-0.0551432967185974,0.2614036500453949,-0.1410341411828995,-0.2906406223773956) * FEATURE1_texOff(vec2(-1,1)); +res += mat4(-0.0498303361237049,0.0224859956651926,0.1952174901962280,-0.0311204437166452,0.2501715123653412,-0.5893352627754211,-1.0793941020965576,0.0160885509103537,0.5081620812416077,0.0482814386487007,0.0546359121799469,-0.0501569248735905,0.1400523334741592,-0.0106841633096337,-0.0940591320395470,-0.1791856139898300) * FEATURE2_texOff(vec2(-1,1)); +res += mat4(0.0393299944698811,0.2232691347599030,-0.1055066883563995,-0.1607919186353683,-0.1567825973033905,-0.0042221010662615,-0.0548228211700916,0.2352052628993988,0.1483389288187027,0.7503526806831360,0.0797731876373291,-0.0049001369625330,-0.0242983382195234,-0.0308702979236841,0.0828925222158432,0.0561857633292675) * FEATURE1_texOff(vec2(0,-1)); +res += mat4(0.0926392748951912,-0.0418718457221985,-0.3060409128665924,-0.1883587390184402,0.0284292586147785,-0.3584854304790497,-0.7909982800483704,-0.0187337957322598,-0.2496993243694305,-0.7520986795425415,0.3771523833274841,-0.0259053874760866,0.0337998159229755,0.2209153026342392,0.0708771497011185,-0.2814430892467499) * FEATURE2_texOff(vec2(0,-1)); +res += mat4(-0.5287809371948242,0.5777525901794434,0.0880500450730324,-0.8452472090721130,-0.3393408954143524,-0.2273543328046799,-0.1298527419567108,0.4990308582782745,1.2613251209259033,-0.7636719942092896,1.5694186687469482,-0.4087363779544830,0.0874531939625740,0.7067158818244934,-0.3419588804244995,-0.3265531957149506) * FEATURE1_texOff(vec2(0,0)); +res += mat4(0.8229957222938538,-0.1236215904355049,-0.1859253048896790,1.6684840917587280,0.2000777721405029,-0.1239093989133835,1.5623438358306885,0.1779983490705490,0.1017884835600853,-0.3707404434680939,1.0626678466796875,-0.3124029338359833,0.0659058541059494,-0.3585464656352997,-0.1866402775049210,0.6733445525169373) * FEATURE2_texOff(vec2(0,0)); +res += mat4(-0.5544115900993347,-0.1892931908369064,0.2460739761590958,-0.1056193932890892,-0.4318082630634308,0.1257930994033813,-0.2672747671604156,-0.1690235435962677,0.0018221997888759,-0.4397548139095306,-0.3007801771163940,0.1068472340703011,0.3506655991077423,0.1143834441900253,0.1363849341869354,-0.1417382210493088) * FEATURE1_texOff(vec2(0,1)); +res += mat4(-0.0505668744444847,0.1831464916467667,0.3957343697547913,-0.2295413911342621,-0.3892803490161896,0.5436951518058777,0.1217770799994469,0.0223295800387859,-0.4462866187095642,-0.4055982232093811,-0.3771279454231262,0.0807068347930908,0.2116729617118835,0.0281026475131512,-0.0229265503585339,0.2868605256080627) * FEATURE2_texOff(vec2(0,1)); +res += mat4(0.1962712109088898,-0.2373334914445877,-2.5208437442779541,-0.1988540291786194,0.2224564403295517,-0.1783192902803421,-0.3962321281433105,-0.1685980409383774,0.1910390257835388,0.2554391324520111,0.4586416482925415,0.2779130041599274,-0.2002453953027725,-0.0061091855168343,1.3808131217956543,0.0434907525777817) * FEATURE1_texOff(vec2(1,-1)); +res += mat4(-0.0307611189782619,-0.0524470545351505,-0.5897512435913086,-0.0816674903035164,0.4052906930446625,0.2542210817337036,-1.9041002988815308,0.0835462361574173,-0.2484460622072220,-0.0184739269316196,0.4510098397731781,0.2587619423866272,0.1537084281444550,0.1503131389617920,-0.0742949545383453,0.0613216012716293) * FEATURE2_texOff(vec2(1,-1)); +res += mat4(0.1772638261318207,0.0948876664042473,0.0083848545327783,-0.2919732332229614,0.2566950321197510,0.0288751143962145,-0.4624863862991333,-0.0608786940574646,0.3310996592044830,-0.0104284398257732,0.6334818005561829,-0.0027201652992517,-0.0342350602149963,0.1938806027173996,-0.2464301586151123,0.0125883584842086) * FEATURE1_texOff(vec2(1,0)); +res += mat4(0.4839433431625366,-0.0502159744501114,-1.1114163398742676,-0.3965759575366974,0.2117286175489426,0.0414481423795223,-0.1332397013902664,-0.0549883767962456,-0.1275007277727127,0.7844302654266357,-0.0095163453370333,0.0961041301488876,-0.4759134948253632,-0.4284025132656097,-0.2072399407625198,-0.3953579664230347) * FEATURE2_texOff(vec2(1,0)); +res += mat4(0.1605869531631470,-0.1715892106294632,0.0865620598196983,-0.0464400537312031,-0.2688548862934113,0.1722514480352402,0.0167612321674824,-0.0032994034700096,-0.3451044559478760,-0.2280300110578537,-0.0029796555172652,-0.1597652435302734,0.0500137843191624,0.1023071259260178,-0.0407028235495090,0.2228624969720840) * FEATURE1_texOff(vec2(1,1)); +res += mat4(0.6999920010566711,0.0839441940188408,0.0815469548106194,-0.1509176045656204,-0.0690853074193001,-0.3200871348381042,0.0780162736773491,-0.1449639797210693,0.2868815064430237,0.3962450027465820,-0.3439113497734070,0.2657423913478851,0.0988137871026993,0.3471299111843109,-0.2186402678489685,-0.0648017078638077) * FEATURE2_texOff(vec2(1,1)); +res = max(res, vec4(0.0)) + vec4(1.0311057567596436,0.1051208898425102,0.1158760935068130,0.0466635078191757) * min(res, vec4(0.0)); +return res; +} + +//!HOOK LUMA +//!WHEN OUTPUT.w LUMA.w / 1.300 > OUTPUT.h LUMA.h / 1.300 > * +//!DESC mapping 1_2 +//!BIND FEATURE1 +//!BIND FEATURE2 +//!SAVE MODEL22 +//!COMPONENTS 4 +vec4 hook() +{ +vec4 res = vec4(0.0713458731770515,-0.1403961777687073,-0.0019562745001167,0.0153338573873043); +res += mat4(-0.0950641855597496,-0.1496641039848328,-0.0653550028800964,0.0655386000871658,-0.0118882004171610,0.2012491524219513,-0.2844599783420563,-0.4794720113277435,0.1128025799989700,-0.0173030979931355,-0.0558849945664406,-0.2957552075386047,0.0128202112391591,0.0199047476053238,-0.0091027505695820,-0.0789640173316002) * FEATURE1_texOff(vec2(-1,-1)); +res += mat4(0.1597457975149155,-0.0476507246494293,0.1466529071331024,0.0859163030982018,0.0797316282987595,-0.3380981683731079,0.2370245009660721,-0.1145931258797646,-0.0352988094091415,-0.0444888733327389,-0.2100716233253479,0.1305520236492157,-0.1359029710292816,0.1097442805767059,0.0449938289821148,-0.1155664771795273) * FEATURE2_texOff(vec2(-1,-1)); +res += mat4(-0.0333916284143925,0.2415594160556793,0.0520512908697128,0.1228107511997223,-0.0491011217236519,0.4408806562423706,0.4631956815719604,0.2014560103416443,-0.3688595592975616,0.0367180295288563,0.2484581321477890,-0.1113442853093147,0.1283355057239532,0.0418004281818867,-0.0171243026852608,-0.1231943219900131) * FEATURE1_texOff(vec2(-1,0)); +res += mat4(0.3493446409702301,0.4550022482872009,0.0368724688887596,0.0748724937438965,0.5001406073570251,0.0145555436611176,0.1236629858613014,0.3143120706081390,-0.1951988488435745,-0.0157914645969868,0.0937998965382576,-0.2233840376138687,0.5033411383628845,-0.3183194100856781,-0.2259195148944855,0.3639536798000336) * FEATURE2_texOff(vec2(-1,0)); +res += mat4(-0.0742707476019859,-0.1287801116704941,-0.2533137500286102,0.0666435658931732,-0.0185621567070484,0.1427449285984039,-0.0724751204252243,-0.0781485065817833,-0.2270648330450058,-0.2314778864383698,0.3814929425716400,-0.1655400246381760,0.0408568829298019,-0.1139645278453827,0.1797397136688232,-0.0245632305741310) * FEATURE1_texOff(vec2(-1,1)); +res += mat4(0.1184135973453522,0.0439366139471531,0.0225226897746325,-0.0038526873104274,0.1292685419321060,0.0629177838563919,0.3455114960670471,-0.1857204884290695,-0.4921502172946930,-0.1171003505587578,0.0188624169677496,-0.1101682260632515,0.0676844567060471,0.5154085755348206,-0.0898379907011986,0.3413280248641968) * FEATURE2_texOff(vec2(-1,1)); +res += mat4(-0.2631838321685791,0.0215514600276947,0.3092688918113708,-0.0200904365628958,0.0678770467638969,0.1769931465387344,-0.3653681278228760,-0.3274513185024261,0.4608019888401031,-0.1544784456491470,0.1189439669251442,0.7015876173973083,0.2732816934585571,-0.0545057803392410,-0.3474545478820801,-0.0253226496279240) * FEATURE1_texOff(vec2(0,-1)); +res += mat4(0.0994316861033440,0.0642566010355949,0.2031503319740295,0.2276959568262100,-0.1094077304005623,0.4463521838188171,0.0921792611479759,-0.3033096492290497,-0.0953373983502388,-0.1331395804882050,0.2615413069725037,-0.2874414622783661,-0.0389687754213810,0.0338272154331207,0.2804331183433533,-0.3443813025951385) * FEATURE2_texOff(vec2(0,-1)); +res += mat4(-0.1806042939424515,-0.4840798676013947,0.4222546219825745,0.1238701492547989,0.0117481639608741,-0.5986865758895874,0.3057619929313660,0.1934896260499954,-0.7086342573165894,-0.8567376136779785,0.6944998502731323,-1.4599204063415527,0.0886754393577576,-0.4293498098850250,-0.1524195969104767,0.2418079674243927) * FEATURE1_texOff(vec2(0,0)); +res += mat4(2.1706113815307617,0.3525652289390564,-0.7008359432220459,-0.4825965166091919,-0.3203429281711578,0.8500943183898926,-0.7993509769439697,0.4329842329025269,0.2106771767139435,1.1103280782699585,1.2092385292053223,1.4814503192901611,-0.4147390127182007,-0.7046836614608765,-0.1443170011043549,-0.6811133027076721) * FEATURE2_texOff(vec2(0,0)); +res += mat4(-0.1489356607198715,0.1400019824504852,0.2425604313611984,-0.2098473459482193,-0.1580564379692078,0.1463224738836288,-0.2187854647636414,0.5174596905708313,-0.0143817225471139,-0.0362622961401939,-0.0068237944506109,0.4749472737312317,0.2914732992649078,-0.3306328952312469,-0.2444777786731720,-0.1171946674585342) * FEATURE1_texOff(vec2(0,1)); +res += mat4(0.0455239675939083,0.3496046066284180,0.1297491937875748,-0.2541095912456512,0.3605501055717468,0.2339573651552200,-0.0188565086573362,-0.0526181310415268,0.1471424549818039,0.8212822079658508,0.0819099843502045,-0.0851665437221527,0.3739568293094635,0.1304695755243301,0.1481167376041412,-0.2134698331356049) * FEATURE2_texOff(vec2(0,1)); +res += mat4(-0.2076720446348190,-0.0932599306106567,0.0648527294397354,-0.2374770641326904,-0.0927826911211014,0.1848200261592865,0.4131188094615936,0.3280069231987000,-0.2099185734987259,0.2130926996469498,-0.0362745784223080,0.0191331822425127,0.1590368449687958,0.0303016249090433,0.1207325309514999,0.2451425045728683) * FEATURE1_texOff(vec2(1,-1)); +res += mat4(-0.0135009605437517,-0.0101303057745099,0.0752487555146217,0.0533373840153217,-0.0253537259995937,0.1318614929914474,-0.1263181120157242,0.0249524712562561,-0.1477261483669281,0.3236559033393860,0.0773291289806366,-0.1439673304557800,-0.2005890905857086,0.0892757251858711,0.0398719944059849,0.3675192892551422) * FEATURE2_texOff(vec2(1,-1)); +res += mat4(-0.0193535499274731,-0.2256918102502823,0.0341436080634594,0.0795947611331940,0.1496857404708862,-0.2784725725650787,-0.0582313314080238,-0.2786065340042114,-0.1666128039360046,-0.6534121036529541,0.2695854306221008,-0.0179719906300306,0.0015976354479790,0.0139929885044694,-0.1706486046314240,-0.3274765610694885) * FEATURE1_texOff(vec2(1,0)); +res += mat4(-0.7170836329460144,0.0868831276893616,0.1829078495502472,-0.0076045366004109,0.1525912433862686,-0.2558896839618683,0.0893209800124168,-0.3426039516925812,-0.2871107757091522,-0.2445062994956970,0.1676304638385773,0.2116415053606033,0.0883995518088341,-0.3880331516265869,0.2636835277080536,-0.2514505982398987) * FEATURE2_texOff(vec2(1,0)); +res += mat4(-0.1861270815134048,0.2000686377286911,-0.1501186788082123,0.1525203883647919,0.1969228833913803,0.1174068301916122,-0.1281060427427292,-0.0854888409376144,0.0290613435208797,-0.0538076497614384,-0.0251582786440849,0.0692845508456230,0.0384319014847279,0.2888138592243195,0.1151804402470589,0.0990421250462532) * FEATURE1_texOff(vec2(1,1)); +res += mat4(-0.0344385802745819,0.1270371377468109,0.0922426953911781,-0.0426749102771282,-0.1656492203474045,-0.3273328542709351,-0.0282224025577307,0.1099396124482155,-0.1113230437040329,0.2943290174007416,-0.2181112915277481,-0.3177657723426819,-0.1096536740660667,-0.0508293099701405,-0.0256164856255054,-0.0388228967785835) * FEATURE2_texOff(vec2(1,1)); +res = max(res, vec4(0.0)) + vec4(0.7142407894134521,0.0686190053820610,0.3999933302402496,-1.0247212648391724) * min(res, vec4(0.0)); +return res; +} + +//!HOOK LUMA +//!WHEN OUTPUT.w LUMA.w / 1.300 > OUTPUT.h LUMA.h / 1.300 > * +//!DESC mapping 2_1 +//!BIND MODEL21 +//!BIND MODEL22 +//!SAVE MODEL1 +//!COMPONENTS 4 +vec4 hook() +{ +vec4 res = vec4(0.0203563515096903,0.1902436912059784,-0.0757935121655464,0.0393617525696754); +res += mat4(-0.1080558672547340,-0.0400269515812397,0.1042881682515144,-0.1994346678256989,0.0172465778887272,-0.0829331055283546,-0.1278677284717560,-0.0762506872415543,-0.0593080408871174,-0.0305212251842022,0.1326192617416382,-0.3380933105945587,-0.0722763314843178,-0.1975518912076950,-0.0223602931946516,0.2251029163599014) * MODEL21_texOff(vec2(-1,-1)); +res += mat4(0.1747678220272064,0.0297168865799904,0.1054855734109879,0.0803295820951462,-0.0338115766644478,-0.3885377943515778,-0.3540246784687042,-0.0719623491168022,-0.0656022280454636,-0.0469004511833191,0.1379419565200806,0.0319863893091679,0.0799935683608055,-0.0099127553403378,0.1698455959558487,-0.0108015276491642) * MODEL22_texOff(vec2(-1,-1)); +res += mat4(0.1587898135185242,0.3995443880558014,-0.0333226583898067,0.2373267263174057,-0.1616930961608887,0.0659186244010925,0.0141129801049829,-0.0541022196412086,-0.5743742585182190,0.1121487766504288,0.4259817600250244,0.0280795227736235,-0.3721714317798615,-0.3496374189853668,0.0997273251414299,-0.0079920450225472) * MODEL21_texOff(vec2(-1,0)); +res += mat4(0.0928084030747414,0.3107658624649048,0.1375299990177155,0.1550617516040802,-0.0780353918671608,-0.0102957757189870,-0.2056752145290375,-0.3927979469299316,-1.2112152576446533,0.0213295854628086,0.1396545022726059,0.0492016039788723,-0.0569122135639191,-0.1691886335611343,-0.1535325646400452,0.2800904810428619) * MODEL22_texOff(vec2(-1,0)); +res += mat4(0.2494744062423706,-0.0363066755235195,0.0959179550409317,-0.0048101749271154,-0.0195793900638819,0.0451166369020939,0.1470773071050644,-0.0050059854984283,0.2886958122253418,-0.3221147954463959,-0.7062104344367981,0.1646659970283508,-0.0092520527541637,-0.1254461258649826,0.0217506736516953,-0.0678806379437447) * MODEL21_texOff(vec2(-1,1)); +res += mat4(-0.0686557441949844,-0.0414490625262260,-0.1855954080820084,0.0264346338808537,-0.0296857114881277,-0.0431593284010887,0.0669397041201591,-0.0946076661348343,-0.2036914378404617,-0.1336101740598679,-0.2099903970956802,-0.1327936947345734,-0.1002155169844627,-0.0368575826287270,-0.1660962998867035,0.0728288888931274) * MODEL22_texOff(vec2(-1,1)); +res += mat4(0.5504320859909058,0.2939232587814331,0.4704743027687073,0.2129514217376709,0.0843106731772423,-0.1978624463081360,-0.3298224806785583,0.1919094175100327,0.1980742365121841,-0.0644423812627792,0.0091170109808445,-0.2124856859445572,0.0804558470845222,-0.1130188927054405,-0.6276652812957764,0.1861163526773453) * MODEL21_texOff(vec2(0,-1)); +res += mat4(-0.3357668519020081,0.2093413323163986,0.4355416595935822,0.1550502777099609,-0.6510964035987854,-0.1751857399940491,-0.2060168534517288,-0.1710205078125000,-0.1202360317111015,-0.2500316798686981,0.1074745431542397,-0.2418434321880341,0.0133954072371125,-0.0555886104702950,0.1514673978090286,0.2739115655422211) * MODEL22_texOff(vec2(0,-1)); +res += mat4(-0.3006273508071899,-0.2699472010135651,-0.1982013583183289,-0.0032952548936009,0.0307833012193441,0.3671586215496063,-0.0966020002961159,-0.2836556434631348,0.4297264218330383,0.6171903610229492,0.6723483800888062,0.2705117464065552,-0.1438141316175461,-0.0873940736055374,-0.7001031041145325,-0.2052250355482101) * MODEL21_texOff(vec2(0,0)); +res += mat4(-0.2875024676322937,-1.6230558156967163,-0.6733398437500000,-0.9642448425292969,-0.1964960694313049,0.2485812455415726,0.1236900389194489,-1.1423941850662231,-0.0412602946162224,0.3412002623081207,0.3962794244289398,-0.2490761876106262,-0.0058065578341484,-0.4578708708286285,-0.2418260127305984,0.5357795953750610) * MODEL22_texOff(vec2(0,0)); +res += mat4(0.0062361713498831,0.1925230026245117,0.0824977159500122,0.0561275146901608,0.0929671525955200,0.0698546022176743,0.3816939592361450,0.0395248420536518,-0.0719512030482292,0.0564917400479317,-0.1297784000635147,0.1245511695742607,0.0012355837970972,-0.0990515723824501,0.4213519692420959,-0.1645816713571548) * MODEL21_texOff(vec2(0,1)); +res += mat4(-0.0611936338245869,-0.0220258161425591,-0.0040935277938843,-0.1060328409075737,-0.0583154149353504,-0.0171997752040625,0.1058546081185341,0.2793170809745789,-0.2339317053556442,-0.1972009539604187,-0.0600687190890312,-0.0684379041194916,0.0243016034364700,-0.2111079394817352,-0.2042971849441528,0.0724857896566391) * MODEL22_texOff(vec2(0,1)); +res += mat4(-0.0833447948098183,-0.0533220991492271,0.0767802372574806,0.1182348504662514,-0.0223299078643322,-0.0479344800114632,-0.0119727496057749,0.0524821877479553,-0.0334780365228653,0.0719002187252045,0.0439689308404922,0.0475181229412556,0.0764308497309685,0.0086713796481490,-0.1700707823038101,0.0657354295253754) * MODEL21_texOff(vec2(1,-1)); +res += mat4(0.1391696482896805,0.0739523395895958,0.0565792545676231,-0.0430364646017551,0.0943084582686424,0.0102064209058881,0.0120795257389545,-0.0841303989291191,0.1573246121406555,0.0164279472082853,0.0988841354846954,-0.1430613398551941,-0.0572808869183064,-0.0844292491674423,0.0621565617620945,0.0923799052834511) * MODEL22_texOff(vec2(1,-1)); +res += mat4(-0.1223107874393463,-0.2441930323839188,-0.2410650849342346,-0.0162935722619295,0.0695567727088928,-0.0028583710081875,-0.0059417244046926,0.0715164169669151,-0.0668491795659065,-0.1499572396278381,0.0869924053549767,0.0553652904927731,0.2729566097259521,0.1370039582252502,-0.1282183527946472,-0.1451860070228577) * MODEL21_texOff(vec2(1,0)); +res += mat4(0.1331952214241028,0.0021079662255943,-0.1116734445095062,-0.4168601930141449,0.0534659475088120,0.0037860786542296,-0.0366065911948681,0.1047701835632324,0.1491260826587677,0.0782341659069061,0.0949895009398460,-0.1160908639431000,-0.1057133302092552,-0.2699718773365021,-0.1193305626511574,0.2142304331064224) * MODEL22_texOff(vec2(1,0)); +res += mat4(0.0041565205901861,-0.1065499857068062,-0.0629659667611122,-0.1144768893718719,0.0318886637687683,-0.0562519319355488,0.0043422472663224,0.0226082988083363,-0.1456198990345001,-0.2398656159639359,-0.2625046670436859,-0.0710547044873238,0.0067904205061495,0.0018544088816270,0.1019348874688148,-0.0186133962124586) * MODEL21_texOff(vec2(1,1)); +res += mat4(0.0732532218098640,0.1516859829425812,0.0580205544829369,0.1968977004289627,-0.0066619524732232,-0.1597842127084732,-0.0990600511431694,-0.1059188917279243,0.0718481168150902,-0.2222738713026047,-0.1675696671009064,-0.1500017195940018,-0.0568779110908508,-0.0582777932286263,-0.0844587534666061,-0.0263266414403915) * MODEL22_texOff(vec2(1,1)); +res = max(res, vec4(0.0)) + vec4(-0.2459529191255569,0.7563464641571045,-0.0705636814236641,-0.0094820559024811) * min(res, vec4(0.0)); +return res; +} + +//!HOOK LUMA +//!WHEN OUTPUT.w LUMA.w / 1.300 > OUTPUT.h LUMA.h / 1.300 > * +//!DESC mapping 2_2 +//!BIND MODEL21 +//!BIND MODEL22 +//!SAVE MODEL2 +//!COMPONENTS 4 +vec4 hook() +{ +vec4 res = vec4(-0.0448397286236286,-0.1649267971515656,-0.1192543581128120,-0.0061073559336364); +res += mat4(0.0724840760231018,-0.0480341166257858,-0.1082391515374184,-0.1447021961212158,0.0723197236657143,0.0481830574572086,0.0009448126656935,0.0353565886616707,-0.0653375908732414,0.0029647622723132,-0.0016588598955423,-0.2075651884078979,0.0403469167649746,0.3929971158504486,0.0342363268136978,0.1427230089902878) * MODEL21_texOff(vec2(-1,-1)); +res += mat4(-0.0743464827537537,0.1844420731067657,0.0256296340376139,-0.2808582782745361,0.0351609662175179,0.3277008235454559,-0.0205841138958931,-0.5355809330940247,0.0681906566023827,0.2058052271604538,-0.0479847639799118,-0.3735262751579285,-0.0261550359427929,-0.1148884072899818,-0.2329017966985703,0.0728458985686302) * MODEL22_texOff(vec2(-1,-1)); +res += mat4(-0.1236097738146782,0.1251334398984909,-0.1339431256055832,0.0198749266564846,-0.1325920224189758,-2.2431972026824951,-0.0680834427475929,-0.5671764612197876,-0.3431925177574158,-0.0983135104179382,-0.2207138091325760,-0.2374879121780396,0.0127309206873178,1.3076044321060181,0.0848151743412018,-0.1928595900535583) * MODEL21_texOff(vec2(-1,0)); +res += mat4(-0.0471093133091927,-0.1513628512620926,-0.0134263765066862,-0.1519252359867096,-0.5260242223739624,0.2291621714830399,0.4088975787162781,-0.4315340518951416,0.0933236032724380,-1.0386694669723511,0.0015958193689585,-0.2737887501716614,-0.0246253963559866,-0.2722961604595184,-0.1770633459091187,-0.2291279733181000) * MODEL22_texOff(vec2(-1,0)); +res += mat4(-0.0017552347853780,0.1903935521841049,-0.0740704238414764,-0.0917679518461227,0.0323882810771465,-0.3029108047485352,0.0532565414905548,-0.0651542618870735,0.4868686199188232,0.8539272546768188,0.4151960313320160,0.2619662582874298,-0.0413270294666290,0.1404227763414383,0.1027320474386215,0.3274228572845459) * MODEL21_texOff(vec2(-1,1)); +res += mat4(0.1828346252441406,0.0274682324379683,-0.1169882863759995,0.0327291004359722,0.1786244213581085,-0.6569546461105347,-0.0609031207859516,-0.1676601022481918,-0.1481092721223831,0.2889067530632019,0.1246089115738869,0.2203597426414490,-0.0366856977343559,0.1539470851421356,0.0069492300972342,-0.1544002443552017) * MODEL22_texOff(vec2(-1,1)); +res += mat4(0.2073992937803268,-0.0717074573040009,-0.0196173377335072,-0.0956910699605942,0.0728898122906685,0.0484567955136299,0.3063069283962250,-0.3200540542602539,0.0291527546942234,-0.0265460256487131,0.1168476045131683,-0.2479970753192902,0.1224220171570778,0.0745823010802269,0.1868897676467896,-0.1958049237728119) * MODEL21_texOff(vec2(0,-1)); +res += mat4(0.0019954447634518,-0.0225235987454653,0.0812198966741562,0.0295672398060560,-0.2016931176185608,-0.2239151000976562,-0.2481262385845184,-0.2381946444511414,-0.0520484372973442,-0.1200495883822441,0.2121954560279846,-0.1573531329631805,-0.0198472067713737,0.1001087054610252,-0.1084884032607079,-0.3126969039440155) * MODEL22_texOff(vec2(0,-1)); +res += mat4(0.3838330209255219,0.1678779572248459,0.6496244072914124,0.3783606290817261,-0.2198582738637924,-0.2351343184709549,-0.2852248847484589,0.6310021877288818,0.8083020448684692,0.0039323624223471,-0.0901831910014153,0.0797894075512886,-0.2271467447280884,0.7082978487014771,0.1513756662607193,0.2188975960016251) * MODEL21_texOff(vec2(0,0)); +res += mat4(-0.2871031761169434,0.2316448241472244,0.4947948157787323,0.3308620452880859,-0.0623455122113228,-0.1314185708761215,-0.2664661705493927,0.8725078701972961,0.4541083276271820,0.1433589160442352,-1.1269453763961792,0.6427971124649048,-0.1016561388969421,0.3418317139148712,-0.0991155728697777,-1.0508837699890137) * MODEL22_texOff(vec2(0,0)); +res += mat4(-0.2179604172706604,0.1258949041366577,-0.1155700981616974,-0.0536149404942989,-0.0140614463016391,-0.0091438721865416,-0.0501774959266186,-0.3570724725723267,-0.5832386016845703,0.2004123181104660,0.2986239194869995,-0.8139168024063110,0.0142666567116976,0.0681498944759369,0.1293468028306961,-0.1001938357949257) * MODEL21_texOff(vec2(0,1)); +res += mat4(0.1952836811542511,-0.3092494010925293,0.3063779771327972,0.1934849917888641,0.0746696740388870,-0.3533902466297150,-0.1269576102495193,-0.2237875163555145,0.2470717132091522,-0.2640363574028015,-0.2862776815891266,0.1740108281373978,-0.0963631942868233,0.2631850540637970,0.0400718413293362,-0.3590607047080994) * MODEL22_texOff(vec2(0,1)); +res += mat4(-0.5299927592277527,0.0979989692568779,0.1666737496852875,-0.1547524333000183,-0.0043443185277283,0.1540203243494034,0.0594348423182964,-0.0167275425046682,-0.1043610796332359,0.0504250898957253,0.0456700921058655,0.2525034546852112,0.2241353541612625,-0.1678503304719925,0.1532667279243469,0.2901742458343506) * MODEL21_texOff(vec2(1,-1)); +res += mat4(0.0998796448111534,0.0385462641716003,-0.0762400180101395,-0.1255892217159271,0.0281430184841156,-0.0304958485066891,-0.1440480053424835,-0.1001605167984962,-0.2257689833641052,0.2056092917919159,0.0248535349965096,-0.1383949518203735,-0.0951708629727364,0.0997417271137238,0.0275330394506454,-0.5728432536125183) * MODEL22_texOff(vec2(1,-1)); +res += mat4(0.4256163835525513,0.1745115518569946,-0.2409395426511765,0.3139856457710266,-0.0036795330233872,0.1819283962249756,-0.0864531323313713,0.0102691333740950,-0.3397279977798462,0.1107075437903404,-0.0035228815395385,-0.2207705229520798,-0.1779139339923859,-0.2106117755174637,0.0352664291858673,0.3615589439868927) * MODEL21_texOff(vec2(1,0)); +res += mat4(-0.0345224253833294,-0.0669926702976227,0.0907212942838669,-0.3758732676506042,-0.0452554710209370,-0.1134464666247368,-0.0358871109783649,-0.1858227252960205,-0.0233245138078928,-0.0495684742927551,0.1976234614849091,-0.1165761798620224,-0.0340447537600994,0.1095624342560768,0.0110175255686045,-0.8269239664077759) * MODEL22_texOff(vec2(1,0)); +res += mat4(-0.1379280686378479,0.1004267781972885,0.0723998174071312,-0.1510958224534988,0.0610648579895496,0.0451720170676708,-0.0231927260756493,-0.0251553766429424,0.2306085377931595,0.1033207178115845,-0.1316205114126205,0.1130664870142937,-0.0458516106009483,-0.1152514070272446,-0.0088650323450565,-0.0214479379355907) * MODEL21_texOff(vec2(1,1)); +res += mat4(-0.0545783303678036,-0.0620098188519478,0.0347074456512928,0.1096799224615097,0.0036664425861090,-0.0413107499480247,0.1443250179290771,-0.1161036714911461,-0.0061624986119568,-0.0252977479249239,0.3230019211769104,-0.2536626160144806,-0.0565439648926258,0.0827583819627762,-0.0071726376190782,-0.1983329951763153) * MODEL22_texOff(vec2(1,1)); +res = max(res, vec4(0.0)) + vec4(-0.6312188506126404,-0.1215368881821632,0.2487443536520004,0.4051703512668610) * min(res, vec4(0.0)); +return res; +} + +//!HOOK LUMA +//!WHEN OUTPUT.w LUMA.w / 1.300 > OUTPUT.h LUMA.h / 1.300 > * +//!DESC mapping 3_1 +//!BIND MODEL1 +//!BIND MODEL2 +//!SAVE MODEL21 +//!COMPONENTS 4 +vec4 hook() +{ +vec4 res = vec4(-0.0410279631614685,-0.1111723631620407,-0.0406232848763466,-0.0939496159553528); +res += mat4(0.1221675798296928,0.0083215842023492,-0.0162804014980793,0.0316714197397232,-0.2205813378095627,0.1500435769557953,0.2109555304050446,0.2741867899894714,0.0956874340772629,-0.0896854698657990,-0.1657065600156784,-0.1349759399890900,0.0601499564945698,-0.1523845940828323,-0.1828087568283081,-0.2727653682231903) * MODEL1_texOff(vec2(-1,-1)); +res += mat4(-0.0918163508176804,0.1564485579729080,0.1133174449205399,0.2215953171253204,-0.0623677000403404,-0.0497728772461414,-0.0372809022665024,-0.0258478187024593,-0.1364922970533371,0.1053884625434875,0.3292874991893768,0.2693256139755249,-0.0347631797194481,-0.1470523178577423,0.0096792401745915,-0.0542853325605392) * MODEL2_texOff(vec2(-1,-1)); +res += mat4(0.1331177949905396,-0.0964357852935791,-0.0706946700811386,0.1593225002288818,-0.4815943241119385,0.1224092170596123,-0.0870430991053581,0.0005010276800022,-0.0242684502154589,-0.2256436049938202,0.1367238312959671,0.0474774017930031,0.6886650323867798,-0.0065326127223670,0.1841574758291245,-0.1354993879795074) * MODEL1_texOff(vec2(-1,0)); +res += mat4(-0.1049591675400734,0.0515934228897095,0.1128631457686424,0.1688040047883987,-0.0084041170775890,-0.0006375144002959,-0.0598374009132385,0.1424416452646255,-0.0048398924991488,0.1832167655229568,0.0231959503144026,0.0816788375377655,-0.1321710795164108,0.0397678017616272,-0.0058345394209027,0.5784573554992676) * MODEL2_texOff(vec2(-1,0)); +res += mat4(0.1438693851232529,-0.0694608166813850,-0.0428275354206562,0.1599996536970139,-0.1651254445314407,0.1388883888721466,-0.0895452573895454,0.2569831907749176,0.3150432109832764,-0.0910519883036613,0.0367441214621067,0.1903669685125351,0.2805841267108917,-0.0444608181715012,0.0059385276399553,-0.2585869431495667) * MODEL1_texOff(vec2(-1,1)); +res += mat4(-0.1217494234442711,0.0191769022494555,-0.0065453462302685,0.1391217857599258,0.0998920649290085,-0.0162798929959536,0.0502282194793224,0.0370145924389362,0.0290782172232866,-0.0099554909393191,0.0142515478655696,0.1248661577701569,-0.0076912571676075,0.0251651499420404,0.2190572917461395,0.0020069130696356) * MODEL2_texOff(vec2(-1,1)); +res += mat4(0.2666685581207275,-0.1625511497259140,-0.3938800692558289,-0.0253848694264889,0.0987015441060066,0.2033616453409195,0.3128099143505096,0.4608893990516663,0.0620003379881382,-0.1389972567558289,-0.3095863461494446,-0.4023511111736298,-0.1105777546763420,0.1115406602621078,0.3639950752258301,0.0645622834563255) * MODEL1_texOff(vec2(0,-1)); +res += mat4(-0.2135885655879974,-0.1035343706607819,0.1795026361942291,0.1828210204839706,0.0780984908342361,0.0656728670001030,0.0033678691834211,0.1361345648765564,0.1712654232978821,-0.0172833092510700,-0.0502183400094509,0.2910411655902863,0.0691247656941414,0.1935720741748810,0.0652214139699936,0.1608240753412247) * MODEL2_texOff(vec2(0,-1)); +res += mat4(0.8243460655212402,-0.0979344248771667,-0.0366373993456364,0.1692261099815369,0.5517869591712952,0.3282494544982910,-0.7905511856079102,-0.4462923705577850,-0.0803156569600105,0.1172509342432022,0.1864327639341354,0.1471016854047775,0.1296005547046661,-0.1004103720188141,0.3174172043800354,-0.1181766316294670) * MODEL1_texOff(vec2(0,0)); +res += mat4(0.0259374529123306,-0.0934808850288391,0.3008874654769897,0.3957927823066711,-0.4048821926116943,0.1461934000253677,-0.1819096356630325,-0.1908810287714005,0.3193186521530151,-0.7438099980354309,0.1919509470462799,-0.2065188735723495,0.1752236187458038,-0.6840037107467651,0.1588519066572189,-0.3956064879894257) * MODEL2_texOff(vec2(0,0)); +res += mat4(0.1574442386627197,-0.0114925103262067,-0.1208277940750122,0.2058266401290894,0.2879209220409393,-0.0419875606894493,-0.1902059614658356,-0.2723863720893860,-0.1086223348975182,-0.0870924964547157,0.8605937957763672,0.2656622231006622,-0.1653763055801392,0.0816384851932526,-0.0137870563194156,0.1433854848146439) * MODEL1_texOff(vec2(0,1)); +res += mat4(-0.1565909236669540,-0.0307490080595016,-0.1055604666471481,0.2573592662811279,-0.1186821162700653,0.1141471788287163,-0.0272745657712221,-0.1049114838242531,0.2445316016674042,-0.0027864547446370,-0.1759569346904755,-0.1556979566812515,0.0550616309046745,0.1704383641481400,0.0853662937879562,0.3280856907367706) * MODEL2_texOff(vec2(0,1)); +res += mat4(0.1460669338703156,0.4202052652835846,-0.3638312816619873,-0.0958623066544533,-0.0492525361478329,-0.3664234280586243,0.0794373303651810,0.0399017669260502,0.0629198029637337,0.1662959158420563,-0.1001493930816650,-0.0587460733950138,-0.0396478697657585,0.0017320754704997,0.0314909480512142,-0.0202700830996037) * MODEL1_texOff(vec2(1,-1)); +res += mat4(-0.0964399129152298,0.0380319654941559,0.0396055467426777,0.0265473183244467,-0.0161637403070927,-0.1872924566268921,0.1670000404119492,0.0029466480482370,-0.1093841269612312,-0.3629201948642731,-0.0562992505729198,0.1792684197425842,-0.0203859098255634,0.0983991250395775,0.0058611719869077,0.1627455651760101) * MODEL2_texOff(vec2(1,-1)); +res += mat4(-0.1117974221706390,0.7562329173088074,-0.2046248912811279,0.1677842289209366,-0.2063486129045486,-0.6023545265197754,-0.5739209651947021,0.5110496878623962,-0.0715268924832344,-0.1373793482780457,0.1251420378684998,-0.0477442294359207,0.4961377978324890,0.2688887119293213,0.3146316707134247,-0.5197153687477112) * MODEL1_texOff(vec2(1,0)); +res += mat4(-0.1314805448055267,0.0746279135346413,0.3457699418067932,0.2564856410026550,0.0839370116591454,-0.6136511564254761,-0.4646295011043549,0.0612256154417992,-0.1910563558340073,-0.0935136750340462,-0.2426030039787292,0.2102959007024765,0.1575350016355515,0.6145061254501343,0.3368154168128967,-0.0974092856049538) * MODEL2_texOff(vec2(1,0)); +res += mat4(0.0565315335988998,0.2393359094858170,-0.0932938233017921,0.1555283814668655,0.0123879108577967,-0.1247719228267670,-0.0564610138535500,-0.1125799044966698,-0.0104600470513105,0.0482629500329494,0.2316472232341766,0.1083717569708824,-0.0525921434164047,0.0643989592790604,-0.0525734610855579,-0.0503251366317272) * MODEL1_texOff(vec2(1,1)); +res += mat4(-0.1835366338491440,0.0978360474109650,-0.1111819595098495,0.2109299153089523,0.0509372949600220,-0.1992686837911606,0.0677929744124413,-0.0870024710893631,-0.0412262082099915,-0.0697719156742096,-0.0967373847961426,0.0137308547273278,0.0195730421692133,0.0410240143537521,0.1157210171222687,0.2283479571342468) * MODEL2_texOff(vec2(1,1)); +res = max(res, vec4(0.0)) + vec4(0.1991519331932068,-0.1275756657123566,-0.0622864030301571,0.1586369574069977) * min(res, vec4(0.0)); +return res; +} + +//!HOOK LUMA +//!WHEN OUTPUT.w LUMA.w / 1.300 > OUTPUT.h LUMA.h / 1.300 > * +//!DESC mapping 3_2 +//!BIND MODEL1 +//!BIND MODEL2 +//!SAVE MODEL22 +//!COMPONENTS 4 +vec4 hook() +{ +vec4 res = vec4(-0.0089084329083562,-0.0336172059178352,0.0177190825343132,0.0529975406825542); +res += mat4(-0.0275970958173275,0.0141968233510852,0.1181544512510300,-0.0572245270013809,0.1161347925662994,-0.1156444773077965,-0.2549640238285065,0.0882879272103310,-0.0715355500578880,0.0151285668835044,0.1079384386539459,0.0650847703218460,-0.1597152203321457,0.0669793561100960,0.2084401696920395,-0.0951152443885803) * MODEL1_texOff(vec2(-1,-1)); +res += mat4(0.0404323227703571,-0.0206144321709871,-0.1080420613288879,-0.2038477361202240,0.0248847268521786,-0.0064681121148169,0.0389525443315506,0.0011026862775907,0.0885242074728012,0.0295896343886852,-0.3323790132999420,0.1935138553380966,-0.0466548874974251,0.1023886054754257,0.1257870644330978,-0.1541756242513657) * MODEL2_texOff(vec2(-1,-1)); +res += mat4(-0.0076520540751517,0.0361139886081219,0.1749804913997650,-0.2051989138126373,0.0022692133206874,-0.0282937753945589,-0.2039019316434860,-0.2343468815088272,-0.0357327871024609,-0.0570764988660812,0.2925858795642853,-0.1988349705934525,-0.0584560707211494,-0.0341510921716690,0.1300961822271347,0.5184492468833923) * MODEL1_texOff(vec2(-1,0)); +res += mat4(0.0884973928332329,0.0333527140319347,0.0180535931140184,-0.2655122876167297,0.0433661043643951,0.0104369185864925,0.0010909073753282,-0.0705273598432541,-0.0602585524320602,0.2420269846916199,-0.4731841087341309,-0.8040290474891663,0.3066828548908234,-0.2466925680637360,0.0938910692930222,-0.2002603262662888) * MODEL2_texOff(vec2(-1,0)); +res += mat4(0.0549152903258801,0.0291299298405647,0.0946277007460594,-0.0581608228385448,0.0669180899858475,-0.0635575056076050,-0.2427970170974731,-0.2677550315856934,0.2226776182651520,0.1301570236682892,-0.1519709974527359,0.0671724304556847,-0.0526433289051056,0.1898351758718491,0.2383745312690735,0.2191711813211441) * MODEL1_texOff(vec2(-1,1)); +res += mat4(-0.0234222635626793,0.0238620284944773,0.0427630320191383,-0.1080563366413116,0.0332126952707767,-0.0039051575586200,0.0293126031756401,0.0161924213171005,0.0453971028327942,0.0131999952718616,-0.0689036697149277,0.2349009960889816,0.1013344153761864,0.2706570029258728,0.1191426888108253,-0.2830821871757507) * MODEL2_texOff(vec2(-1,1)); +res += mat4(0.0181465242058039,-0.0571886636316776,0.4875229001045227,-0.4244020283222198,0.4331104159355164,0.1066712513566017,-0.5277034044265747,0.1110567077994347,-0.1179447323083878,-0.0273578558117151,0.1798476576805115,-0.2829602360725403,0.1012385115027428,-0.2528488039970398,0.1697608679533005,0.1121710017323494) * MODEL1_texOff(vec2(0,-1)); +res += mat4(-0.1404130905866623,-0.0984055623412132,-0.0279541295021772,-0.1321212500333786,-0.0841855704784393,0.1336171030998230,-0.1458790600299835,-0.0044095455668867,0.2203754037618637,0.1455714553594589,-0.2362042963504791,-0.0329121425747871,-0.1683547794818878,0.0289597529917955,0.3424547612667084,0.0143845872953534) * MODEL2_texOff(vec2(0,-1)); +res += mat4(0.0287246014922857,0.1948280781507492,0.5998955368995667,0.1192114129662514,-0.6269109249114990,0.8724324703216553,-0.6399638652801514,-0.4201497733592987,-0.3355066180229187,-0.1566904038190842,-0.4396412074565887,0.1525828838348389,0.5573399066925049,0.2324324846267700,0.2762884795665741,0.0406046211719513) * MODEL1_texOff(vec2(0,0)); +res += mat4(0.3890096545219421,-0.0574061162769794,-0.1468243300914764,-0.5953360199928284,-0.1363215148448944,-0.2224670499563217,-0.2237723320722580,0.2738097012042999,-0.4868114292621613,-0.5029351711273193,-0.3570256233215332,-0.1776263266801834,-0.0176672954112291,-0.4318660795688629,1.0395888090133667,0.1728395074605942) * MODEL2_texOff(vec2(0,0)); +res += mat4(0.1337304115295410,-0.0809440389275551,0.1600498855113983,-0.1108811497688293,-0.2376178801059723,-0.1532768607139587,-0.0447455830872059,0.2515332102775574,0.4848278462886810,-0.0915748402476311,-0.0336527302861214,-0.2141884714365005,0.2125129699707031,0.3237875998020172,0.0022272330243140,-0.0167857185006142) * MODEL1_texOff(vec2(0,1)); +res += mat4(0.0457934997975826,0.0510537698864937,-0.0519523508846760,-0.4506326615810394,-0.1029204949736595,0.0116113182157278,-0.1750748157501221,-0.0048758201301098,0.1506977379322052,0.0633068457245827,-0.1628549993038177,-0.0144928665831685,0.1408756822347641,0.2896180152893066,0.0803691521286964,-0.4930096566677094) * MODEL2_texOff(vec2(0,1)); +res += mat4(-0.0484248884022236,0.1371297985315323,-0.1235475391149521,-0.2618594765663147,-0.0280395895242691,0.0248795989900827,0.1204105168581009,0.3246576189994812,0.0426272377371788,-0.0520061068236828,0.0575957447290421,-0.2613646090030670,0.1165295541286469,-0.0390013493597507,-0.0470846109092236,-0.0014663023175672) * MODEL1_texOff(vec2(1,-1)); +res += mat4(-0.1066762879490852,-0.0869804695248604,-0.0099332248792052,-0.1355892717838287,-0.0760413780808449,0.1377770304679871,-0.0263407956808805,0.0880135521292686,0.1496269851922989,-0.0487459264695644,0.1286851912736893,0.2218491584062576,0.1723349541425705,-0.0165541302412748,-0.0690477639436722,-0.2388458102941513) * MODEL2_texOff(vec2(1,-1)); +res += mat4(-0.4236431121826172,0.0465179122984409,-0.1526456624269485,0.1426440477371216,0.5913932919502258,-0.1082349196076393,0.2731275856494904,-0.2687640488147736,-0.4628683030605316,-0.0537119321525097,-0.1597615629434586,0.0528527684509754,-0.3485085070133209,0.1395110934972763,0.0642972290515900,0.0323829315602779) * MODEL1_texOff(vec2(1,0)); +res += mat4(0.0066713397391140,-0.0482029877603054,-0.1707276403903961,-0.1001396998763084,0.0539822019636631,-0.1624453216791153,0.4913550019264221,0.3687861263751984,0.0491421781480312,0.1311376541852951,0.0992425829172134,-0.4636098444461823,-0.3415873646736145,-0.0153833786025643,-0.0270162131637335,-0.0935514941811562) * MODEL2_texOff(vec2(1,0)); +res += mat4(-0.1738258153200150,0.0458541549742222,-0.0653749182820320,-0.0156540926545858,-0.0357586294412613,-0.1486178338527679,0.1798035055398941,-0.1310307979583740,0.0783249065279961,-0.0261360015720129,-0.1047066971659660,0.3385537564754486,-0.0339452810585499,0.2299628853797913,-0.1408322304487228,-0.0352708548307419) * MODEL1_texOff(vec2(1,1)); +res += mat4(0.0463018082082272,0.0565674640238285,-0.0538956597447395,-0.2354862987995148,0.0297824125736952,0.0307939313352108,0.1271791011095047,-0.1025698855519295,0.1060482114553452,-0.0703211054205894,-0.0083062350749969,0.0474255047738552,0.0442508421838284,0.1569559425115585,-0.0442709513008595,-0.1188704669475555) * MODEL2_texOff(vec2(1,1)); +res = max(res, vec4(0.0)) + vec4(0.7366524934768677,1.0013850927352905,-0.0276311747729778,0.0734841898083687) * min(res, vec4(0.0)); +return res; +} + +//!HOOK LUMA +//!WHEN OUTPUT.w LUMA.w / 1.300 > OUTPUT.h LUMA.h / 1.300 > * +//!DESC mapping 4_1 +//!BIND MODEL21 +//!BIND MODEL22 +//!SAVE MODEL1 +//!COMPONENTS 4 +vec4 hook() +{ +vec4 res = vec4(-0.1306160986423492,-0.0808217376470566,-0.2880123555660248,0.0099629526957870); +res += mat4(-0.1033539846539497,0.0541300140321255,-0.0804840475320816,-0.0334571413695812,-0.0264753755182028,0.1118840202689171,0.1186013221740723,-0.0127575425431132,0.2236593365669250,0.0025286162272096,0.0985530614852905,0.0685181617736816,-0.1884875595569611,0.0530862808227539,-0.0482063069939613,0.0375233069062233) * MODEL21_texOff(vec2(-1,-1)); +res += mat4(0.1837068796157837,-0.0632847175002098,0.0016613919287920,0.0392861217260361,0.2923883199691772,-0.1713902205228806,0.1907587945461273,0.0550456829369068,0.0644215345382690,-0.1046456992626190,0.0187383033335209,0.0770180150866508,0.1933846622705460,-0.0455715768039227,0.0375007353723049,-0.1053109914064407) * MODEL22_texOff(vec2(-1,-1)); +res += mat4(-0.0972480997443199,0.2820451855659485,0.0114549007266760,-0.0954328626394272,0.0706252008676529,0.4829064607620239,-0.6371517181396484,0.0005180989392102,0.3280143439769745,0.0665246024727821,-0.0503116399049759,-0.1261110603809357,0.1114177703857422,-0.2053108513355255,0.1428771317005157,0.3926100134849548) * MODEL21_texOff(vec2(-1,0)); +res += mat4(-0.2571723163127899,0.1627264618873596,-0.4940335154533386,-0.1361546218395233,0.0804422944784164,-0.4231885373592377,0.0650202706456184,0.0518481098115444,-0.0502478554844856,-0.1305799931287766,0.1814480125904083,0.0090866927057505,-0.0510044656693935,-0.1691461503505707,0.0922467112541199,-0.0314207412302494) * MODEL22_texOff(vec2(-1,0)); +res += mat4(0.1270498335361481,0.0563284493982792,-0.0435525141656399,0.1569847911596298,0.0576847903430462,0.3461692929267883,-0.0325655154883862,-0.2688976824283600,-0.1341977864503860,-0.1382253766059875,0.2293784171342850,-0.1111817285418510,-0.1402447521686554,-0.3257531225681305,0.0598510466516018,0.1008039116859436) * MODEL21_texOff(vec2(-1,1)); +res += mat4(0.1698816716670990,0.3491003513336182,-0.1367681026458740,-0.1165873408317566,-0.2091718912124634,-0.1487034261226654,-0.0569749698042870,-0.2100717276334763,0.0404917001724243,-0.1372035890817642,0.0689046755433083,-0.0367818064987659,-0.0325474888086319,-0.0114965448155999,-0.0137249026447535,-0.0279692262411118) * MODEL22_texOff(vec2(-1,1)); +res += mat4(-0.0563433989882469,0.0132494345307350,-0.2434540390968323,0.0796563774347305,-0.2109155058860779,0.0387088693678379,-0.0591037571430206,0.0955820381641388,0.4660535752773285,-0.1204202473163605,0.1332369595766068,-0.0285425651818514,-0.3886952698230743,-0.0434980578720570,-0.0849134400486946,0.0802380964159966) * MODEL21_texOff(vec2(0,-1)); +res += mat4(0.0412235632538795,0.1571959257125854,0.2050069272518158,-0.1138664111495018,0.1962715685367584,0.0594439841806889,0.0351715497672558,-0.0129811102524400,0.2055217623710632,-0.0647534057497978,0.0373471938073635,0.0877277255058289,-0.5734645724296570,0.1188675239682198,-0.1145943328738213,-0.1182733029127121) * MODEL22_texOff(vec2(0,-1)); +res += mat4(-0.2004909217357635,-0.4817073047161102,0.5596802830696106,-0.0327854752540588,0.0989314392209053,0.4127818942070007,0.7265836596488953,-0.2692042589187622,0.5195841789245605,-0.2357539832592010,-0.3819393217563629,0.1755530238151550,0.6578183770179749,0.1075539961457253,-0.2688144743442535,0.3242723941802979) * MODEL21_texOff(vec2(0,0)); +res += mat4(-0.3221310675144196,0.2978510260581970,0.2269985526800156,-0.3184116482734680,0.4845580160617828,0.4407236874103546,0.0099756307899952,-0.3121858239173889,-0.3810067176818848,-0.0553649961948395,0.0202834140509367,0.0409953594207764,0.2532750964164734,0.2731618583202362,0.1237529441714287,0.0134243080392480) * MODEL22_texOff(vec2(0,0)); +res += mat4(0.1835541725158691,0.0549701862037182,-0.1749316602945328,-0.2030028849840164,0.0263462308794260,0.2781440317630768,0.0372458845376968,0.3643021881580353,-0.4047883749008179,0.0660117194056511,0.4863115549087524,-0.2024163603782654,-0.6403482556343079,0.2765505611896515,0.1417075097560883,0.5064445734024048) * MODEL21_texOff(vec2(0,1)); +res += mat4(0.6106975078582764,-0.1570862233638763,-0.3223383128643036,-0.2497926801443100,-0.4854303300380707,0.0132978223264217,-0.0609334111213684,0.1285556703805923,-0.1412864029407501,-0.1379042416810989,-0.0258826259523630,0.1357705891132355,-0.1285902857780457,-0.0577826797962189,0.0550044551491737,0.1717510819435120) * MODEL22_texOff(vec2(0,1)); +res += mat4(0.1389609426259995,0.0835867226123810,0.0309768319129944,-0.0278116948902607,-0.0390677824616432,-0.0111810686066747,-0.0025318188127130,0.0069569633342326,0.0347319357097149,0.0191543344408274,0.0314339138567448,-0.0228427499532700,0.0416300334036350,0.0249234102666378,0.1210031509399414,0.1142473593354225) * MODEL21_texOff(vec2(1,-1)); +res += mat4(0.0607251487672329,0.0386395826935768,-0.0219341218471527,-0.1102298423647881,0.1487188935279846,0.0602982006967068,-0.0280748903751373,-0.0211924221366644,0.0042894422076643,-0.0269144997000694,0.0814756453037262,-0.0314031280577183,-0.0213186051696539,-0.1362965404987335,0.0382767543196678,-0.0669511556625366) * MODEL22_texOff(vec2(1,-1)); +res += mat4(-0.2397561967372894,0.3023172020912170,-0.2398054003715515,0.0041919997893274,-0.1016605198383331,-0.1521034836769104,-0.1526568531990051,0.0272433310747147,0.0741761848330498,0.1116370111703873,0.1149727106094360,-0.0809784531593323,-0.1448147594928741,-0.0943927690386772,-0.0086280042305589,0.1243222951889038) * MODEL21_texOff(vec2(1,0)); +res += mat4(-0.0469366572797298,-0.1655988991260529,-0.1029584184288979,-0.1347874104976654,0.2064601778984070,0.0521226711571217,-0.1366733759641647,-0.0041872998699546,0.1077186539769173,0.0184442866593599,-0.2309073060750961,-0.1637075096368790,-0.0417953692376614,-0.3190860450267792,-0.1593534499406815,0.0136412177234888) * MODEL22_texOff(vec2(1,0)); +res += mat4(0.1698798984289169,0.0232755411416292,-0.0876034423708916,-0.3008348643779755,0.0789884999394417,0.0034748215693980,-0.0064704762771726,0.0057828431017697,-0.0190630126744509,-0.0334153175354004,-0.0195646341890097,0.0105131156742573,0.0995147302746773,-0.3130289018154144,-0.0724022984504700,0.0113303456455469) * MODEL21_texOff(vec2(1,1)); +res += mat4(-0.0027791252359748,-0.0193455871194601,-0.0415000133216381,0.0568981170654297,-0.2745247483253479,0.1222846284508705,0.1899162530899048,0.1067754998803139,-0.0561975166201591,-0.1500336527824402,0.0526139959692955,-0.3491798937320709,-0.0692384615540504,-0.0307095069438219,0.0498757846653461,0.0019003645284101) * MODEL22_texOff(vec2(1,1)); +res = max(res, vec4(0.0)) + vec4(0.1552927196025848,0.0782765746116638,0.7966942191123962,-1.1619627475738525) * min(res, vec4(0.0)); +return res; +} + +//!HOOK LUMA +//!WHEN OUTPUT.w LUMA.w / 1.300 > OUTPUT.h LUMA.h / 1.300 > * +//!DESC mapping 4_2 +//!BIND MODEL21 +//!BIND MODEL22 +//!SAVE MODEL2 +//!COMPONENTS 4 +vec4 hook() +{ +vec4 res = vec4(-0.1443098634481430,-0.1343899369239807,-0.0624338127672672,-0.1094277128577232); +res += mat4(-0.0689977407455444,-0.1693786680698395,0.0109281269833446,0.0609922930598259,0.0296908002346754,0.1195700988173485,-0.0694077461957932,0.0971287414431572,0.0253518298268318,0.1213042959570885,0.0703809782862663,0.0055739870294929,-0.1595942378044128,-0.1336689442396164,-0.0622441768646240,-0.0428023114800453) * MODEL21_texOff(vec2(-1,-1)); +res += mat4(0.0860001668334007,-0.0226618759334087,0.1602241247892380,0.0431661494076252,0.1526461094617844,0.2752982378005981,0.0960300788283348,-0.0536719262599945,-0.0171773489564657,0.0457364916801453,-0.0360932648181915,-0.0397153608500957,-0.0277090407907963,0.0729821547865868,-0.0145150292664766,0.0252893269062042) * MODEL22_texOff(vec2(-1,-1)); +res += mat4(-0.1407091915607452,-0.4007499516010284,-0.0302001200616360,-0.0606933943927288,-0.2960600554943085,-0.2263117432594299,0.0721478462219238,-0.4578711986541748,0.0960150733590126,-0.1606502830982208,0.2444226741790771,0.0000882153908606,0.1472496986389160,0.3256779909133911,-0.2132861614227295,0.0339313484728336) * MODEL21_texOff(vec2(-1,0)); +res += mat4(-0.1477648764848709,-0.1487885862588882,-0.1973863691091537,0.0717295333743095,0.0843430235981941,0.6259996294975281,-0.1214931011199951,-0.1274987608194351,0.2359549105167389,0.3002171218395233,-0.0825233608484268,-0.0157950688153505,0.0706149637699127,0.1762917637825012,-0.0611497573554516,-0.0859689489006996) * MODEL22_texOff(vec2(-1,0)); +res += mat4(0.0174895934760571,-0.0567042417824268,0.0409146919846535,0.0258173532783985,0.1421577036380768,0.1234543323516846,-0.1721662431955338,0.1492216140031815,0.1100751459598541,0.0501539446413517,0.1100447699427605,-0.1086079254746437,-0.0608497932553291,0.0087817469611764,0.0714464113116264,-0.1285197436809540) * MODEL21_texOff(vec2(-1,1)); +res += mat4(-0.0017177806003019,-0.1463395059108734,-0.1085453778505325,0.1650195866823196,0.0813829153776169,0.1102061793208122,-0.0578421875834465,-0.0232036896049976,-0.1239888817071915,0.0155465165153146,0.1079114526510239,-0.0420837886631489,-0.0775837749242783,0.0148941157385707,-0.0502299368381500,-0.0654754191637039) * MODEL22_texOff(vec2(-1,1)); +res += mat4(0.0918162539601326,0.0440697595477104,-0.0515748932957649,0.0417411290109158,0.0353216230869293,0.1535954177379608,0.0439723692834377,-0.1288845241069794,0.1076577678322792,-0.1306740194559097,0.0715952813625336,-0.0681907683610916,-0.3798767924308777,0.1023928597569466,-0.0970670804381371,0.0077168666757643) * MODEL21_texOff(vec2(0,-1)); +res += mat4(0.0634560957551003,-0.0550306066870689,0.2073986232280731,0.0520241297781467,0.1162287592887878,-0.2218665480613708,0.3199682831764221,0.0606246069073677,-0.0058511858806014,-0.0667045339941978,-0.0449917949736118,0.0707788690924644,-0.3323366343975067,-0.0763893201947212,-0.0997853428125381,-0.1181001588702202) * MODEL22_texOff(vec2(0,-1)); +res += mat4(-0.3101258873939514,0.2616009712219238,0.0584651045501232,0.1656491309404373,-0.0069236233830452,0.2573371529579163,-0.1793291717767715,-0.2718756198883057,0.0953581258654594,0.0524105131626129,0.1183085516095161,0.0583294369280338,0.5036848187446594,-0.5763167142868042,-0.2119628041982651,-0.3140562772750854) * MODEL21_texOff(vec2(0,0)); +res += mat4(-0.2497755438089371,-0.0146329319104552,-0.2741575539112091,0.2459975033998489,0.3562706708908081,-0.6528629064559937,-0.4287456274032593,0.2055913358926773,0.1739019453525543,-0.3855968713760376,-0.0958273336291313,-0.7066691517829895,0.2365748286247253,-0.3046728968620300,-0.2590373754501343,-0.0496727414429188) * MODEL22_texOff(vec2(0,0)); +res += mat4(-0.0844531357288361,-0.0321611948311329,-0.0951840654015541,0.0577518045902252,-0.1606003493070602,0.2776086628437042,-0.1355003118515015,-0.0880064144730568,-0.1277643740177155,-0.0514567233622074,0.1522682905197144,-0.1040910631418228,-0.2767944037914276,-0.1452194601297379,0.0089118303731084,0.0231996178627014) * MODEL21_texOff(vec2(0,1)); +res += mat4(0.2603267133235931,0.0167464651167393,-0.2064073234796524,0.1782064288854599,0.4890212416648865,0.0559245310723782,0.1221160590648651,-0.0202587731182575,-0.4056585729122162,-0.1839511841535568,0.2775998413562775,0.0024275144096464,-0.2624500989913940,-0.0619418807327747,0.0153478365391493,0.0123427547514439) * MODEL22_texOff(vec2(0,1)); +res += mat4(0.0816635638475418,-0.0134946266189218,0.0594766475260258,-0.0551253929734230,0.0134431896731257,-0.0652195811271667,-0.0563635528087616,-0.0066532371565700,-0.0004114551993553,0.0105680683627725,0.1324467360973358,0.0467248968780041,0.0301312971860170,-0.1073397025465965,-0.0363437235355377,-0.0474153012037277) * MODEL21_texOff(vec2(1,-1)); +res += mat4(0.0199097190052271,0.0901319086551666,0.0448978282511234,0.0505443066358566,0.0438878424465656,-0.0494784042239189,0.0724927335977554,-0.0070675504393876,-0.0012125011999160,0.0295279901474714,0.0705125033855438,0.0555334389209747,-0.0403393507003784,-0.1271172016859055,0.0017914215568453,0.1462216079235077) * MODEL22_texOff(vec2(1,-1)); +res += mat4(-0.2827299833297729,0.2052399665117264,0.0042732120491564,-0.3969024717807770,-0.0782120972871780,0.1960176974534988,-0.0675340741872787,0.0027962317690253,0.0516129024326801,-0.0352642722427845,0.0546326488256454,0.0065340655855834,-0.1062376946210861,0.1364430636167526,-0.0536947809159756,0.2098117172718048) * MODEL21_texOff(vec2(1,0)); +res += mat4(0.0045875865034759,0.2162927240133286,-0.2158576399087906,-0.0047327815555036,0.1251590698957443,0.1279677897691727,-0.1188964918255806,0.0328494384884834,0.0076038073748350,-0.0561547242105007,0.0335608273744583,0.4332321286201477,0.0021786799188703,0.0844521671533585,-0.2102309316396713,-0.0189208015799522) * MODEL22_texOff(vec2(1,0)); +res += mat4(0.0933093801140785,0.1548244059085846,-0.0598701611161232,0.0357220247387886,-0.1141726672649384,0.0536412484943867,-0.0159156844019890,-0.0445508137345314,0.1883231997489929,-0.1547038406133652,0.0530619807541370,0.0059371814131737,0.0602529086172581,-0.0435577929019928,0.0083390390500426,0.0191930737346411) * MODEL21_texOff(vec2(1,1)); +res += mat4(-0.0351041629910469,0.2119503468275070,-0.0841927304863930,0.0079463515430689,0.0683520361781120,-0.1657009869813919,0.0611055232584476,-0.0063667562790215,0.0330024957656860,-0.1810818463563919,0.0872574150562286,0.1485669612884521,-0.1305806934833527,0.0041402997449040,0.0223289318382740,-0.0141495745629072) * MODEL22_texOff(vec2(1,1)); +res = max(res, vec4(0.0)) + vec4(0.5769761204719543,0.1716064810752869,-0.0821026712656021,0.2092144042253494) * min(res, vec4(0.0)); +return res; +} + +//!HOOK LUMA +//!WHEN OUTPUT.w LUMA.w / 1.300 > OUTPUT.h LUMA.h / 1.300 > * +//!DESC sub-band residuals 1 +//!BIND MODEL1 +//!BIND MODEL2 +//!BIND FEATURE1 +//!SAVE RES1 +//!COMPONENTS 4 +vec4 hook() +{ +vec4 res = vec4(0.0245648548007011,-0.4467784762382507,0.0197526942938566,-0.0110000418499112); +res += mat4(0.0302665308117867,-0.9262221455574036,-0.1161134764552116,-0.0506900474429131,0.2716045379638672,-0.0485871583223343,0.0044713355600834,-0.4274623394012451,0.0749531090259552,-0.3700785338878632,0.0350039415061474,-0.0540786534547806,-0.0607390031218529,-0.8019900321960449,0.0923245251178741,0.1258827745914459) * MODEL1_texOff(0); +res += mat4(-0.0649135261774063,0.0815236791968346,0.0067334296181798,0.1277425885200500,-0.0051357815973461,-0.1485908329486847,0.0074226572178304,0.0050623500719666,0.0588018335402012,-0.0692552924156189,0.1288725286722183,-0.0989386290311813,0.0427936837077141,0.0967708528041840,-0.0455632135272026,-0.0711275041103363) * MODEL2_texOff(0); +res += FEATURE1_texOff(0); +res = max(res, vec4(0.0)) + vec4(0.9927186965942383,0.0570580027997494,1.3226752281188965,1.0069466829299927) * min(res, vec4(0.0)); +return res; +} + +//!HOOK LUMA +//!WHEN OUTPUT.w LUMA.w / 1.300 > OUTPUT.h LUMA.h / 1.300 > * +//!DESC sub-band residuals 2 +//!BIND MODEL1 +//!BIND MODEL2 +//!BIND FEATURE2 +//!SAVE RES2 +//!COMPONENTS 4 +vec4 hook() +{ +vec4 res = vec4(-0.0425243787467480,-0.3715015351772308,-0.0256227850914001,-0.2774516046047211); +res += mat4(0.0238118842244148,0.0295480657368898,-0.0066418983042240,0.1021223962306976,-0.0568209178745747,-0.4355100393295288,-0.2700522541999817,-0.2060186564922333,-0.0689613372087479,-0.1689691990613937,-0.0306748505681753,-0.2461252212524414,-0.0057375836186111,-0.1892303228378296,-0.0285871494561434,-0.5032613277435303) * MODEL1_texOff(0); +res += mat4(0.5463213324546814,0.0972800329327583,0.0307560767978430,0.0678058937191963,-0.0356063023209572,-0.7013865113258362,0.1890443563461304,-0.1036657467484474,-0.1745826154947281,-0.2942218780517578,-0.0485423319041729,-0.2983124554157257,-0.0524431839585304,-0.3261034786701202,0.3217246532440186,0.1958018541336060) * MODEL2_texOff(0); +res += FEATURE2_texOff(0); +res = max(res, vec4(0.0)) + vec4(0.1391339898109436,0.0960328355431557,0.6235341429710388,0.1177272796630859) * min(res, vec4(0.0)); +return res; +} + +//!HOOK LUMA +//!WHEN OUTPUT.w LUMA.w / 1.300 > OUTPUT.h LUMA.h / 1.300 > * +//!DESC sub-pixel convolution 1 +//!BIND RES1 +//!BIND RES2 +//!SAVE SUBCONV1 +//!COMPONENTS 4 +vec4 hook() +{ +vec4 res = vec4(0.2010385394096375,0.2058132737874985,0.1918809115886688,0.1961363703012466); +res += mat4x4(-0.0005980331334285,-0.0095877395942807,-0.0149448839947581,-0.0026380482595414,0.0320665836334229,-0.0706205591559410,-0.0054677254520357,0.0215112231671810,-0.0025710910558701,-0.0000433265340689,0.0044494951143861,-0.0034823501482606,-0.0050858515314758,0.0109513988718390,0.0208286065608263,-0.0032168829347938) * RES1_texOff(vec2(-1,-1)); +res += mat4x4(-0.0145305208861828,0.0246876608580351,-0.0038286084309220,-0.0033089490607381,-0.0920709222555161,-0.0767898634076118,0.0012083095498383,-0.0751532614231110,0.0001302754972130,-0.0107085108757019,-0.0010383903281763,-0.0059571005403996,0.0809685289859772,0.0414833538234234,0.0227938480675220,-0.0211347509175539) * RES2_texOff(vec2(-1,-1)); +res += mat4x4(0.0160999298095703,0.0364215746521950,-0.0377063788473606,-0.0449111759662628,-0.0476365163922310,0.1522845029830933,-0.0131391752511263,-0.0476671792566776,-0.0378389135003090,0.0235454943031073,0.0224007442593575,-0.0010372076649219,-0.0089435689151287,-0.0293026417493820,0.0274190884083509,0.0469092652201653) * RES1_texOff(vec2(-1,0)); +res += mat4x4(0.0297575183212757,-0.0132508194074035,-0.0044682323932648,-0.0096222748979926,0.2525918781757355,0.1873829364776611,-0.5599535703659058,-0.2372044622898102,0.0033207221422344,0.0256173480302095,0.0294605866074562,0.0323960892856121,-0.1679904460906982,-0.1278967708349228,0.3168168365955353,0.1978507637977600) * RES2_texOff(vec2(-1,0)); +res += mat4x4(-0.0047590560279787,-0.0149335600435734,0.0033453819341958,-0.0012247267877683,0.1112466752529144,0.0147760482504964,0.0031189601868391,0.0391573049128056,-0.0028154491446912,-0.0036881719715893,-0.0116015253588557,-0.0037573333829641,0.0047581391409039,0.0071071563288569,-0.0033221673220396,0.0004882142529823) * RES1_texOff(vec2(-1,1)); +res += mat4x4(-0.0025197160430253,-0.0018677815096453,0.0038254233077168,0.0041981274262071,-0.1321131736040115,-0.0494364202022552,0.0760654658079147,-0.1386690139770508,-0.0016222692793235,-0.0060105528682470,0.0010201989207417,0.0092753591015935,-0.0194614846259356,0.0087382243946195,-0.0606758072972298,0.0156162241473794) * RES2_texOff(vec2(-1,1)); +res += mat4x4(-0.0073722628876567,0.0012844242155552,0.0241398401558399,-0.0075527969747782,-0.0865194946527481,-0.0610522404313087,0.0289319511502981,-0.0994452014565468,0.0281447004526854,-0.0250582899898291,0.0044891634024680,-0.0246205236762762,0.0112307453528047,-0.0010844616917893,-0.0223584957420826,0.0177635718137026) * RES1_texOff(vec2(0,-1)); +res += mat4x4(-0.0585863515734673,0.0953190475702286,-0.0555586628615856,0.1033507287502289,0.1560877263545990,-0.0690897777676582,-0.0341389514505863,-0.0661668032407761,0.0531073249876499,-0.0266165956854820,-0.0203275382518768,0.0017760475166142,-0.1300747394561768,0.1810652017593384,0.0381597876548767,0.1397419273853302) * RES2_texOff(vec2(0,-1)); +res += mat4x4(0.6259804368019104,0.6062518954277039,0.5450409054756165,0.5966195464134216,-0.0423948727548122,0.0760537460446358,-0.0113651463761926,0.3007817566394806,-0.3218322694301605,0.2713021934032440,-0.3143473267555237,0.2303840517997742,0.3493050038814545,0.3590726852416992,0.4138027429580688,0.3391666412353516) * RES1_texOff(vec2(0,0)); +res += mat4x4(0.0790478289127350,-0.0978994593024254,0.0779844969511032,-0.0823706611990929,0.0094470111653209,0.1671760678291321,0.1201528310775757,-0.2016288936138153,0.3667598366737366,0.3651430010795593,-0.3612343966960907,-0.2978236973285675,-0.4231655597686768,0.0091423410922289,-0.1918412446975708,0.4224558770656586) * RES2_texOff(vec2(0,0)); +res += mat4x4(-0.0186564289033413,0.0274957418441772,-0.0064405309967697,0.0056951809674501,0.4864942431449890,-0.2563461959362030,0.4357284605503082,-0.2976118028163910,0.0374982468783855,0.0167757049202919,0.0305800959467888,0.0232830215245485,0.0138373551890254,-0.0191283021122217,0.0032355054281652,0.0055057541467249) * RES1_texOff(vec2(0,1)); +res += mat4x4(-0.0276355985552073,0.0048149987123907,-0.0251619722694159,-0.0057246969081461,0.0271473955363035,-0.0042668608948588,-0.0594691745936871,0.2255926281213760,-0.0203660242259502,0.0721646770834923,0.0137230781838298,-0.0650938376784325,-0.3049557507038116,0.2035628110170364,-0.2509683668613434,0.1962853819131851) * RES2_texOff(vec2(0,1)); +res += mat4x4(0.0109980758279562,-0.0053752651438117,-0.0112550277262926,0.0024017230607569,0.0362104885280132,0.0084348218515515,-0.0106990104541183,-0.0207723993808031,-0.0014961160486564,0.0066790678538382,0.0028113177977502,0.0025022011250257,-0.0093937022611499,0.0016421369509771,0.0035362334456295,-0.0058064293116331) * RES1_texOff(vec2(1,-1)); +res += mat4x4(0.0138889988884330,-0.0078343702480197,0.0061464929021895,0.0202130675315857,-0.0257590841501951,-0.0366640128195286,0.0250097587704659,-0.0498071312904358,-0.0103149358183146,-0.0001786737266229,-0.0099909817799926,0.0062733208760619,0.0131437368690968,-0.0005469865864143,-0.0388854071497917,0.0612070746719837) * RES2_texOff(vec2(1,-1)); +res += mat4x4(0.0052813654765487,0.0215748809278011,0.0107395220547915,-0.0079439217224717,0.0382786765694618,0.0697424262762070,-0.0415962152183056,0.0657853558659554,0.0209470037370920,-0.0218399092555046,-0.0447359494864941,0.0407319553196430,-0.0040902681648731,-0.0196106657385826,-0.0018554026028141,0.0203906055539846) * RES1_texOff(vec2(1,0)); +res += mat4x4(-0.0106181986629963,0.0084018819034100,0.0131329754367471,-0.0198754761368036,0.1117177084088326,0.0990846082568169,-0.0732304081320763,0.0163581725209951,-0.0648830309510231,-0.0451613292098045,0.0206844564527273,0.0031441387254745,-0.0106161693111062,-0.0567689687013626,0.0782861113548279,-0.0306094046682119) * RES2_texOff(vec2(1,0)); +res += mat4x4(0.0012452082009986,-0.0026056850329041,-0.0096226977184415,-0.0037850935477763,-0.0190967041999102,0.0534373670816422,0.1599360853433609,0.0834670960903168,-0.0070255175232887,0.0012873009545729,0.0030876772943884,-0.0093916896730661,-0.0033529615029693,0.0043485122732818,0.0089034689590335,-0.0067489291541278) * RES1_texOff(vec2(1,1)); +res += mat4x4(0.0004713654634543,-0.0034161377698183,-0.0026913962792605,0.0053522582165897,-0.0040974905714393,0.0273330621421337,-0.0333138220012188,-0.0701237097382545,0.0082997502759099,-0.0183656588196754,-0.0122841577976942,-0.0052855615504086,-0.0023795007728040,-0.0438593104481697,-0.1101513057947159,-0.0182559806853533) * RES2_texOff(vec2(1,1)); +return vec4(res); +} + +//!HOOK LUMA +//!WHEN OUTPUT.w LUMA.w / 1.300 > OUTPUT.h LUMA.h / 1.300 > * +//!WIDTH LUMA.w 2 * +//!HEIGHT LUMA.h 2 * +//!DESC aggregation +//!BIND SUBCONV1 +vec4 hook() +{ +vec2 fcoord = fract(SUBCONV1_pos * SUBCONV1_size); +vec2 base = SUBCONV1_pos + (vec2(0.5) - fcoord) * SUBCONV1_pt; +ivec2 index = ivec2(fcoord * vec2(2)); +vec4 res = SUBCONV1_tex(base); +return vec4(res[index.x * 2 + index.y], 0, 0, 1); +} diff --git a/.config/mpv/shaders/NVScaler.glsl b/.config/mpv/shaders/NVScaler.glsl new file mode 100644 index 0000000..25c4f64 --- /dev/null +++ b/.config/mpv/shaders/NVScaler.glsl @@ -0,0 +1,544 @@ +// The MIT License(MIT) +// +// Copyright(c) 2022 NVIDIA CORPORATION & AFFILIATES. All rights reserved. +// +// Permission is hereby granted, free of charge, to any person obtaining a copy of +// this software and associated documentation files(the "Software"), to deal in +// the Software without restriction, including without limitation the rights to +// use, copy, modify, merge, publish, distribute, sublicense, and / or sell copies of +// the Software, and to permit persons to whom the Software is furnished to do so, +// subject to the following conditions : +// +// The above copyright notice and this permission notice shall be included in all +// copies or substantial portions of the Software. +// +// THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +// IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS +// FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT.IN NO EVENT SHALL THE AUTHORS OR +// COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER +// IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +// CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +// NVIDIA Image Scaling v1.0.2 by NVIDIA +// ported to mpv by agyild + +// Changelog +// Made it directly operate on LUMA plane, since the original shader was operating +// on LUMA by deriving it from RGB. This should cause a major increase in performance, +// especially on OpenGL 4.0+ renderers + +//!HOOK LUMA +//!BIND HOOKED +//!BIND coef_scaler +//!BIND coef_usm +//!DESC NVIDIA Image Scaling and Sharpening v1.0.2 +//!COMPUTE 32 24 256 1 +//!WHEN OUTPUT.w OUTPUT.h * LUMA.w LUMA.h * / 1.0 > +//!WIDTH OUTPUT.w +//!HEIGHT OUTPUT.h + +// User variables +#define SHARPNESS 0.25 // Amount of sharpening. 0.0 to 1.0. +#define NIS_THREAD_GROUP_SIZE 256 // May be set to 128 for better performance on NVIDIA hardware, otherwise set to 256. Don't forget to modify the COMPUTE directive accordingly as well (e.g., COMPUTE 32 24 128 1). +#define NIS_HDR_MODE 0 // Must be set to 1 for content with PQ colorspace. 0 or 1. + +// Constant variables +#define NIS_BLOCK_WIDTH 32 +#define NIS_BLOCK_HEIGHT 24 +#define kPhaseCount 64 +#define kFilterSize 6 +#define kSupportSize 6 +#define kPadSize kSupportSize +#define NIS_SCALE_INT 1 +#define NIS_SCALE_FLOAT 1.0f +#define kTilePitch (NIS_BLOCK_WIDTH + kPadSize) +#define kTileSize (kTilePitch * (NIS_BLOCK_HEIGHT + kPadSize)) +#define kEdgeMapPitch (NIS_BLOCK_WIDTH + 2) +#define kEdgeMapSize (kEdgeMapPitch * (NIS_BLOCK_HEIGHT + 2)) +const float sharpen_slider = clamp(SHARPNESS, 0.0f, 1.0f) - 0.5f; +const float MaxScale = (sharpen_slider >= 0.0f) ? 1.25f : 1.75f; +const float MinScale = (sharpen_slider >= 0.0f) ? 1.25f : 1.0f; +const float LimitScale = (sharpen_slider >= 0.0f) ? 1.25f : 1.0f; +const float kDetectRatio = 2 * 1127.f / 1024.f; +const float kDetectThres = (bool(NIS_HDR_MODE) ? 32.0f : 64.0f) / 1024.0f; +const float kMinContrastRatio = bool(NIS_HDR_MODE) ? 1.5f : 2.0f; +const float kMaxContrastRatio = bool(NIS_HDR_MODE) ? 5.0f : 10.0f; +const float kSharpStartY = bool(NIS_HDR_MODE) ? 0.35f : 0.45f; +const float kSharpEndY = bool(NIS_HDR_MODE) ? 0.55f : 0.9f; +const float kSharpStrengthMin = max(0.0f, 0.4f + sharpen_slider * MinScale * (bool(NIS_HDR_MODE) ? 1.1f : 1.2)); +const float kSharpStrengthMax = ((bool(NIS_HDR_MODE) ? 2.2f : 1.6f) + sharpen_slider * MaxScale * 1.8f); +const float kSharpLimitMin = max((bool(NIS_HDR_MODE) ? 0.06f :0.1f), (bool(NIS_HDR_MODE) ? 0.1f : 0.14f) + sharpen_slider * LimitScale * (bool(NIS_HDR_MODE) ? 0.28f : 0.32f)); +const float kSharpLimitMax = ((bool(NIS_HDR_MODE) ? 0.6f : 0.5f) + sharpen_slider * LimitScale * 0.6f); +const float kRatioNorm = 1.0f / (kMaxContrastRatio - kMinContrastRatio); +const float kSharpScaleY = 1.0f / (kSharpEndY - kSharpStartY); +const float kSharpStrengthScale = kSharpStrengthMax - kSharpStrengthMin; +const float kSharpLimitScale = kSharpLimitMax - kSharpLimitMin; +const float kContrastBoost = 1.0f; +const float kEps = 1.0f; +#define kScaleX (HOOKED_size.x / target_size.x) +#define kScaleY (HOOKED_size.y / target_size.y) +#define kSrcNormX HOOKED_pt.x +#define kSrcNormY HOOKED_pt.y + +// HLSL to GLSL macros +#define saturate(x) clamp(x, 0, 1) +#define lerp(a, b, x) mix(a, b, x) + +// CS Shared variables +shared float shPixelsY[kTileSize]; +shared float shCoefScaler[kPhaseCount][kFilterSize]; +shared float shCoefUSM[kPhaseCount][kFilterSize]; +shared vec4 shEdgeMap[kEdgeMapSize]; + +// Shader code + +vec4 GetEdgeMap(float p[4][4], int i, int j) { + const float g_0 = abs(p[0 + i][0 + j] + p[0 + i][1 + j] + p[0 + i][2 + j] - p[2 + i][0 + j] - p[2 + i][1 + j] - p[2 + i][2 + j]); + const float g_45 = abs(p[1 + i][0 + j] + p[0 + i][0 + j] + p[0 + i][1 + j] - p[2 + i][1 + j] - p[2 + i][2 + j] - p[1 + i][2 + j]); + const float g_90 = abs(p[0 + i][0 + j] + p[1 + i][0 + j] + p[2 + i][0 + j] - p[0 + i][2 + j] - p[1 + i][2 + j] - p[2 + i][2 + j]); + const float g_135 = abs(p[1 + i][0 + j] + p[2 + i][0 + j] + p[2 + i][1 + j] - p[0 + i][1 + j] - p[0 + i][2 + j] - p[1 + i][2 + j]); + + const float g_0_90_max = max(g_0, g_90); + const float g_0_90_min = min(g_0, g_90); + const float g_45_135_max = max(g_45, g_135); + const float g_45_135_min = min(g_45, g_135); + + float e_0_90 = 0; + float e_45_135 = 0; + + if (g_0_90_max + g_45_135_max == 0) + { + return vec4(0, 0, 0, 0); + } + + e_0_90 = min(g_0_90_max / (g_0_90_max + g_45_135_max), 1.0f); + e_45_135 = 1.0f - e_0_90; + + bool c_0_90 = (g_0_90_max > (g_0_90_min * kDetectRatio)) && (g_0_90_max > kDetectThres) && (g_0_90_max > g_45_135_min); + bool c_45_135 = (g_45_135_max > (g_45_135_min * kDetectRatio)) && (g_45_135_max > kDetectThres) && (g_45_135_max > g_0_90_min); + bool c_g_0_90 = g_0_90_max == g_0; + bool c_g_45_135 = g_45_135_max == g_45; + + float f_e_0_90 = (c_0_90 && c_45_135) ? e_0_90 : 1.0f; + float f_e_45_135 = (c_0_90 && c_45_135) ? e_45_135 : 1.0f; + + float weight_0 = (c_0_90 && c_g_0_90) ? f_e_0_90 : 0.0f; + float weight_90 = (c_0_90 && !c_g_0_90) ? f_e_0_90 : 0.0f; + float weight_45 = (c_45_135 && c_g_45_135) ? f_e_45_135 : 0.0f; + float weight_135 = (c_45_135 && !c_g_45_135) ? f_e_45_135 : 0.0f; + + return vec4(weight_0, weight_90, weight_45, weight_135); +} + +void LoadFilterBanksSh(int i0, int di) { + // Load up filter banks to shared memory + // The work is spread over (kPhaseCount * 2) threads + for (int i = i0; i < kPhaseCount * 2; i += di) + { + int phase = i >> 1; + int vIdx = i & 1; + + vec4 v = vec4(texelFetch(coef_scaler, ivec2(vIdx, phase), 0)); + int filterOffset = vIdx * 4; + shCoefScaler[phase][filterOffset + 0] = v.x; + shCoefScaler[phase][filterOffset + 1] = v.y; + if (vIdx == 0) + { + shCoefScaler[phase][2] = v.z; + shCoefScaler[phase][3] = v.w; + } + + v = vec4(texelFetch(coef_usm, ivec2(vIdx, phase), 0)); + shCoefUSM[phase][filterOffset + 0] = v.x; + shCoefUSM[phase][filterOffset + 1] = v.y; + if (vIdx == 0) + { + shCoefUSM[phase][2] = v.z; + shCoefUSM[phase][3] = v.w; + } + } +} + +float CalcLTI(float p0, float p1, float p2, float p3, float p4, float p5, int phase_index) +{ + const bool selector = (phase_index <= kPhaseCount / 2); + float sel = selector ? p0 : p3; + const float a_min = min(min(p1, p2), sel); + const float a_max = max(max(p1, p2), sel); + sel = selector ? p2 : p5; + const float b_min = min(min(p3, p4), sel); + const float b_max = max(max(p3, p4), sel); + + const float a_cont = a_max - a_min; + const float b_cont = b_max - b_min; + + const float cont_ratio = max(a_cont, b_cont) / (min(a_cont, b_cont) + kEps); + return (1.0f - saturate((cont_ratio - kMinContrastRatio) * kRatioNorm)) * kContrastBoost; +} + +vec4 GetInterpEdgeMap(const vec4 edge[2][2], float phase_frac_x, float phase_frac_y) +{ + vec4 h0 = lerp(edge[0][0], edge[0][1], phase_frac_x); + vec4 h1 = lerp(edge[1][0], edge[1][1], phase_frac_x); + return lerp(h0, h1, phase_frac_y); +} + +float EvalPoly6(const float pxl[6], int phase_int) +{ + float y = 0.f; + { + for (int i = 0; i < 6; ++i) + { + y += shCoefScaler[phase_int][i] * pxl[i]; + } + } + float y_usm = 0.f; + { + for (int i = 0; i < 6; ++i) + { + y_usm += shCoefUSM[phase_int][i] * pxl[i]; + } + } + + // let's compute a piece-wise ramp based on luma + const float y_scale = 1.0f - saturate((y * (1.0f / NIS_SCALE_FLOAT) - kSharpStartY) * kSharpScaleY); + + // scale the ramp to sharpen as a function of luma + const float y_sharpness = y_scale * kSharpStrengthScale + kSharpStrengthMin; + + y_usm *= y_sharpness; + + // scale the ramp to limit USM as a function of luma + const float y_sharpness_limit = (y_scale * kSharpLimitScale + kSharpLimitMin) * y; + + y_usm = min(y_sharpness_limit, max(-y_sharpness_limit, y_usm)); + // reduce ringing + y_usm *= CalcLTI(pxl[0], pxl[1], pxl[2], pxl[3], pxl[4], pxl[5], phase_int); + + return y + y_usm; +} + +float FilterNormal(const float p[6][6], int phase_x_frac_int, int phase_y_frac_int) +{ + float h_acc = 0.0f; + for (int j = 0; j < 6; ++j) + { + float v_acc = 0.0f; + for (int i = 0; i < 6; ++i) + { + v_acc += p[i][j] * shCoefScaler[phase_y_frac_int][i]; + } + h_acc += v_acc * shCoefScaler[phase_x_frac_int][j]; + } + + // let's return the sum unpacked -> we can accumulate it later + return h_acc; +} + +float AddDirFilters(float p[6][6], float phase_x_frac, float phase_y_frac, int phase_x_frac_int, int phase_y_frac_int, vec4 w) +{ + float f = 0.f; + if (w.x > 0.0f) + { + // 0 deg filter + float interp0Deg[6]; + { + for (int i = 0; i < 6; ++i) + { + interp0Deg[i] = lerp(p[i][2], p[i][3], phase_x_frac); + } + } + f += EvalPoly6(interp0Deg, phase_y_frac_int) * w.x; + } + + if (w.y > 0.0f) + { + // 90 deg filter + float interp90Deg[6]; + { + for (int i = 0; i < 6; ++i) + { + interp90Deg[i] = lerp(p[2][i], p[3][i], phase_y_frac); + } + } + f += EvalPoly6(interp90Deg, phase_x_frac_int) * w.y; + } + if (w.z > 0.0f) + { + //45 deg filter + float pphase_b45; + pphase_b45 = 0.5f + 0.5f * (phase_x_frac - phase_y_frac); + + float temp_interp45Deg[7]; + temp_interp45Deg[1] = lerp(p[2][1], p[1][2], pphase_b45); + temp_interp45Deg[3] = lerp(p[3][2], p[2][3], pphase_b45); + temp_interp45Deg[5] = lerp(p[4][3], p[3][4], pphase_b45); + { + pphase_b45 = pphase_b45 - 0.5f; + float a = (pphase_b45 >= 0.f) ? p[0][2] : p[2][0]; + float b = (pphase_b45 >= 0.f) ? p[1][3] : p[3][1]; + float c = (pphase_b45 >= 0.f) ? p[2][4] : p[4][2]; + float d = (pphase_b45 >= 0.f) ? p[3][5] : p[5][3]; + temp_interp45Deg[0] = lerp(p[1][1], a, abs(pphase_b45)); + temp_interp45Deg[2] = lerp(p[2][2], b, abs(pphase_b45)); + temp_interp45Deg[4] = lerp(p[3][3], c, abs(pphase_b45)); + temp_interp45Deg[6] = lerp(p[4][4], d, abs(pphase_b45)); + } + + float interp45Deg[6]; + float pphase_p45 = phase_x_frac + phase_y_frac; + if (pphase_p45 >= 1) + { + for (int i = 0; i < 6; i++) + { + interp45Deg[i] = temp_interp45Deg[i + 1]; + } + pphase_p45 = pphase_p45 - 1; + } + else + { + for (int i = 0; i < 6; i++) + { + interp45Deg[i] = temp_interp45Deg[i]; + } + } + f += EvalPoly6(interp45Deg, int(pphase_p45 * 64)) * w.z; + } + + if (w.w > 0.0f) + { + //135 deg filter + float pphase_b135 = 0.5f * (phase_x_frac + phase_y_frac); + + float temp_interp135Deg[7]; + + temp_interp135Deg[1] = lerp(p[3][1], p[4][2], pphase_b135); + temp_interp135Deg[3] = lerp(p[2][2], p[3][3], pphase_b135); + temp_interp135Deg[5] = lerp(p[1][3], p[2][4], pphase_b135); + + { + pphase_b135 = pphase_b135 - 0.5f; + float a = (pphase_b135 >= 0.f) ? p[5][2] : p[3][0]; + float b = (pphase_b135 >= 0.f) ? p[4][3] : p[2][1]; + float c = (pphase_b135 >= 0.f) ? p[3][4] : p[1][2]; + float d = (pphase_b135 >= 0.f) ? p[2][5] : p[0][3]; + temp_interp135Deg[0] = lerp(p[4][1], a, abs(pphase_b135)); + temp_interp135Deg[2] = lerp(p[3][2], b, abs(pphase_b135)); + temp_interp135Deg[4] = lerp(p[2][3], c, abs(pphase_b135)); + temp_interp135Deg[6] = lerp(p[1][4], d, abs(pphase_b135)); + } + + + float interp135Deg[6]; + float pphase_p135 = 1 + (phase_x_frac - phase_y_frac); + if (pphase_p135 >= 1) + { + for (int i = 0; i < 6; ++i) + { + interp135Deg[i] = temp_interp135Deg[i + 1]; + } + pphase_p135 = pphase_p135 - 1; + } + else + { + for (int i = 0; i < 6; ++i) + { + interp135Deg[i] = temp_interp135Deg[i]; + } + } + f += EvalPoly6(interp135Deg, int(pphase_p135 * 64)) * w.w; + } + return f; +} + +void hook() +{ + uvec2 blockIdx = gl_WorkGroupID.xy; + uint threadIdx = gl_LocalInvocationID.x; + + // Figure out the range of pixels from input image that would be needed to be loaded for this thread-block + int dstBlockX = int(NIS_BLOCK_WIDTH * blockIdx.x); + int dstBlockY = int(NIS_BLOCK_HEIGHT * blockIdx.y); + + const int srcBlockStartX = int(floor((dstBlockX + 0.5f) * kScaleX - 0.5f)); + const int srcBlockStartY = int(floor((dstBlockY + 0.5f) * kScaleY - 0.5f)); + const int srcBlockEndX = int(ceil((dstBlockX + NIS_BLOCK_WIDTH + 0.5f) * kScaleX - 0.5f)); + const int srcBlockEndY = int(ceil((dstBlockY + NIS_BLOCK_HEIGHT + 0.5f) * kScaleY - 0.5f)); + + int numTilePixelsX = srcBlockEndX - srcBlockStartX + kSupportSize - 1; + int numTilePixelsY = srcBlockEndY - srcBlockStartY + kSupportSize - 1; + + // round-up load region to even size since we're loading in 2x2 batches + numTilePixelsX += numTilePixelsX & 0x1; + numTilePixelsY += numTilePixelsY & 0x1; + const int numTilePixels = numTilePixelsX * numTilePixelsY; + + // calculate the equivalent values for the edge map + const int numEdgeMapPixelsX = numTilePixelsX - kSupportSize + 2; + const int numEdgeMapPixelsY = numTilePixelsY - kSupportSize + 2; + const int numEdgeMapPixels = numEdgeMapPixelsX * numEdgeMapPixelsY; + + // fill in input luma tile (shPixelsY) in batches of 2x2 pixels + // we use texture gather to get extra support necessary + // to compute 2x2 edge map outputs too + { + for (uint i = threadIdx * 2; i < uint(numTilePixels) >> 1; i += NIS_THREAD_GROUP_SIZE * 2) + { + uint py = (i / numTilePixelsX) * 2; + uint px = i % numTilePixelsX; + + // 0.5 to be in the center of texel + // - (kSupportSize - 1) / 2 to shift by the kernel support size + float kShift = 0.5f - (kSupportSize - 1) / 2; + + const float tx = (srcBlockStartX + px + kShift) * kSrcNormX; + const float ty = (srcBlockStartY + py + kShift) * kSrcNormY; + + float p[2][2]; +#ifdef HOOKED_gather + { + const vec4 sY = HOOKED_gather(vec2(tx, ty), 0); + + p[0][0] = sY.w; + p[0][1] = sY.z; + p[1][0] = sY.x; + p[1][1] = sY.y; + } +#else + for (int j = 0; j < 2; j++) + { + for (int k = 0; k < 2; k++) + { + const float px = HOOKED_tex(vec2(tx + k * kSrcNormX, ty + j * kSrcNormY)).r; + p[j][k] = px; + } + } +#endif + const uint idx = py * kTilePitch + px; + shPixelsY[idx] = float(p[0][0]); + shPixelsY[idx + 1] = float(p[0][1]); + shPixelsY[idx + kTilePitch] = float(p[1][0]); + shPixelsY[idx + kTilePitch + 1] = float(p[1][1]); + } + } + + groupMemoryBarrier(); + barrier(); + + { + // fill in the edge map of 2x2 pixels + for (uint i = threadIdx * 2; i < uint(numEdgeMapPixels) >> 1; i += NIS_THREAD_GROUP_SIZE * 2) + { + uint py = (i / numEdgeMapPixelsX) * 2; + uint px = i % numEdgeMapPixelsX; + + const uint edgeMapIdx = py * kEdgeMapPitch + px; + + uint tileCornerIdx = (py+1) * kTilePitch + px + 1; + float p[4][4]; + for (int j = 0; j < 4; j++) + { + for (int k = 0; k < 4; k++) + { + p[j][k] = shPixelsY[tileCornerIdx + j * kTilePitch + k]; + } + } + + shEdgeMap[edgeMapIdx] = vec4(GetEdgeMap(p, 0, 0)); + shEdgeMap[edgeMapIdx + 1] = vec4(GetEdgeMap(p, 0, 1)); + shEdgeMap[edgeMapIdx + kEdgeMapPitch] = vec4(GetEdgeMap(p, 1, 0)); + shEdgeMap[edgeMapIdx + kEdgeMapPitch + 1] = vec4(GetEdgeMap(p, 1, 1)); + } + } + + LoadFilterBanksSh(int(threadIdx), NIS_THREAD_GROUP_SIZE); + + groupMemoryBarrier(); + barrier(); + + // output coord within a tile + const ivec2 pos = ivec2(uint(threadIdx) % uint(NIS_BLOCK_WIDTH), uint(threadIdx) / uint(NIS_BLOCK_WIDTH)); + // x coord inside the output image + const int dstX = dstBlockX + pos.x; + // x coord inside the input image + const float srcX = (0.5f + dstX) * kScaleX - 0.5f; + // nearest integer part + const int px = int(floor(srcX) - srcBlockStartX); + // fractional part + const float fx = srcX - floor(srcX); + // discretized phase + const int fx_int = int(fx * kPhaseCount); + + for (int k = 0; k < NIS_BLOCK_WIDTH * NIS_BLOCK_HEIGHT / NIS_THREAD_GROUP_SIZE; ++k) + { + // y coord inside the output image + const int dstY = dstBlockY + pos.y + k * (NIS_THREAD_GROUP_SIZE / NIS_BLOCK_WIDTH); + // y coord inside the input image + const float srcY = (0.5f + dstY) * kScaleY - 0.5f; + + // nearest integer part + const int py = int(floor(srcY) - srcBlockStartY); + // fractional part + const float fy = srcY - floor(srcY); + // discretized phase + const int fy_int = int(fy * kPhaseCount); + + // generate weights for directional filters + const int startEdgeMapIdx = py * kEdgeMapPitch + px; + vec4 edge[2][2]; + for (int i = 0; i < 2; i++) + { + for (int j = 0; j < 2; j++) + { + // need to shift edge map sampling since it's a 2x2 centered inside 6x6 grid + edge[i][j] = shEdgeMap[startEdgeMapIdx + (i * kEdgeMapPitch) + j]; + } + } + const vec4 w = GetInterpEdgeMap(edge, fx, fy) * NIS_SCALE_INT; + + // load 6x6 support to regs + const int startTileIdx = py * kTilePitch + px; + float p[6][6]; + { + for (int i = 0; i < 6; ++i) + { + for (int j = 0; j < 6; ++j) + { + p[i][j] = shPixelsY[startTileIdx + i * kTilePitch + j]; + } + } + } + + // weigth for luma + const float baseWeight = NIS_SCALE_FLOAT - w.x - w.y - w.z - w.w; + + // final luma is a weighted product of directional & normal filters + float opY = 0; + + // get traditional scaler filter output + opY += FilterNormal(p, fx_int, fy_int) * baseWeight; + + // get directional filter bank output + opY += AddDirFilters(p, fx, fy, fx_int, fy_int, w); + + // do bilinear tap for luma upscaling + vec4 op = HOOKED_tex(vec2((srcX + 0.5f) * kSrcNormX, (srcY + 0.5f) * kSrcNormY)); + + const float corr = opY * (1.0f / NIS_SCALE_FLOAT) - op.r; + op.x += corr; + + imageStore(out_image, ivec2(dstX, dstY), op); + } +} + +//!TEXTURE coef_scaler +//!SIZE 2 64 +//!FORMAT rgba32f +//!FILTER NEAREST 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\ No newline at end of file diff --git a/.config/mpv/submodules/ModernZ b/.config/mpv/submodules/ModernZ new file mode 160000 index 0000000..3b0c750 --- /dev/null +++ b/.config/mpv/submodules/ModernZ @@ -0,0 +1 @@ +Subproject commit 3b0c7504662f4d0534d9db49d6a8a3d1779ea3c2 diff --git a/.config/mpv/submodules/animecards b/.config/mpv/submodules/animecards new file mode 160000 index 0000000..ced1d30 --- /dev/null +++ b/.config/mpv/submodules/animecards @@ -0,0 +1 @@ +Subproject commit ced1d306302bd9715b173558b3ef2c220e46ab48 diff --git a/.config/mpv/submodules/autosubsync-mpv b/.config/mpv/submodules/autosubsync-mpv new file mode 160000 index 0000000..125ac13 --- /dev/null +++ b/.config/mpv/submodules/autosubsync-mpv @@ -0,0 +1 @@ +Subproject commit 125ac13d1b84b3a64bb2e912225a8356c1c01364 diff --git a/.config/mpv/submodules/immersion-tracker b/.config/mpv/submodules/immersion-tracker new file mode 160000 index 0000000..f4a2c60 --- /dev/null +++ b/.config/mpv/submodules/immersion-tracker @@ -0,0 +1 @@ +Subproject commit f4a2c6012fc558ad09e1c1f084af2efabbd76956 diff --git a/.config/mpv/submodules/mpv-anilist-updater b/.config/mpv/submodules/mpv-anilist-updater new file mode 160000 index 0000000..a5851c4 --- /dev/null +++ b/.config/mpv/submodules/mpv-anilist-updater @@ -0,0 +1 @@ +Subproject commit a5851c4c0ee78e0e8f58aa78b0196f1e88bbd1f4 diff --git a/.config/mpv/submodules/mpv-youtube-queue b/.config/mpv/submodules/mpv-youtube-queue new file mode 160000 index 0000000..9d1b6d7 --- /dev/null +++ b/.config/mpv/submodules/mpv-youtube-queue @@ -0,0 +1 @@ +Subproject commit 9d1b6d7eabed9495952201e42a7b66dedb0de032 diff --git a/.config/mpv/submodules/mpv-youtube-upnext b/.config/mpv/submodules/mpv-youtube-upnext new file mode 160000 index 0000000..33cb0ee --- /dev/null +++ b/.config/mpv/submodules/mpv-youtube-upnext @@ -0,0 +1 @@ +Subproject commit 33cb0eeffb0a939e1d6af46ea3be0052ae3d095f diff --git a/.config/mpv/submodules/mpvacious b/.config/mpv/submodules/mpvacious new file mode 160000 index 0000000..2bbb89a --- /dev/null +++ b/.config/mpv/submodules/mpvacious @@ -0,0 +1 @@ +Subproject commit 2bbb89a4be1f446c7daf19e4bb542916f46fbc31 diff --git a/.config/mpv/submodules/thumbfast b/.config/mpv/submodules/thumbfast new file mode 160000 index 0000000..9deb073 --- /dev/null +++ b/.config/mpv/submodules/thumbfast @@ -0,0 +1 @@ +Subproject commit 9deb0733c4e36938cf90e42ddfb7a19a8b2f4641 diff --git a/.config/mpv/submodules/ytdl-preload b/.config/mpv/submodules/ytdl-preload new file mode 160000 index 0000000..39759ec --- /dev/null +++ b/.config/mpv/submodules/ytdl-preload @@ -0,0 +1 @@ +Subproject commit 39759ecdc3a0855c8afac1dce028e499bfa4d9c1 diff --git a/.gitmodules b/.gitmodules index e69de29..b95c51e 100644 --- a/.gitmodules +++ b/.gitmodules @@ -0,0 +1,36 @@ +[submodule "/Users/sudacode/.config/mpv/submodules/mpv-youtube-upnext"] + path = /Users/sudacode/.config/mpv/submodules/mpv-youtube-upnext + url = https://github.com/ksyasuda/mpv-youtube-upnext +[submodule "/Users/sudacode/.config/mpv/submodules/mpv-youtube-queue"] + path = /Users/sudacode/.config/mpv/submodules/mpv-youtube-queue + url = https://github.com/ksyasuda/mpv-youtube-queue +[submodule "/Users/sudacode/.config/mpv/submodules/ModernZ"] + path = /Users/sudacode/.config/mpv/submodules/ModernZ + url = git@github.com:Samillion/ModernZ.git +[submodule "/Users/sudacode/.config/mpv/submodules/mpv-anilist-updater"] + path = /Users/sudacode/.config/mpv/submodules/mpv-anilist-updater + url = git@github.com:AzuredBlue/mpv-anilist-updater.git +[submodule "/Users/sudacode/.config/mpv/submodules/thumbfast"] + path = /Users/sudacode/.config/mpv/submodules/thumbfast + url = git@github.com:po5/thumbfast.git +[submodule "/Users/sudacode/.config/mpv/autosubsync-mpv"] + path = /Users/sudacode/.config/mpv/autosubsync-mpv + url = git@github.com:joaquintorres/autosubsync-mpv.git +[submodule "/Users/sudacode/.config/mpv/submodules/ytdl-preload"] + path = /Users/sudacode/.config/mpv/submodules/ytdl-preload + url = git@gist.github.com:17d90e3deeb35b5f75e55adb19098f58.git +[submodule "/Users/sudacode/.config/mpv/submodules/immersion-tracker"] + path = /Users/sudacode/.config/mpv/submodules/immersion-tracker + url = git@gitea.suda.codes:sudacode/immersion-tracker.git +[submodule "/Users/sudacode/.config/mpv/submodules/mpvacious"] + path = /Users/sudacode/.config/mpv/submodules/mpvacious + url = git@github.com:ksyasuda/mpvacious.git +[submodule "/Users/sudacode/.config/mpv/animecards"] + path = /Users/sudacode/.config/mpv/animecards + url = git@github.com:ksyasuda/Anacreon-Script +[submodule "/Users/sudacode/.config/mpv/submodules/animecards"] + path = /Users/sudacode/.config/mpv/submodules/animecards + url = git@github.com:ksyasuda/Anacreon-Script +[submodule "/Users/sudacode/.config/mpv/submodules/autosubsync-mpv"] + path = /Users/sudacode/.config/mpv/submodules/autosubsync-mpv + url = git@github.com:joaquintorres/autosubsync-mpv.git

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