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@@ -69,14 +69,14 @@ uvec4 cpack(vec4 c){
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#define OurImageLoad(img, p) \
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(cunpack(imageLoad(img,p).x))
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#define OurImageStore(img, p, color) \
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- imageStore(img,p,cpack(color));
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+ imageStore(img,p,cpack(color))
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#else
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#define OurImageLoad(img, p) \
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(vec4(imageLoad(img,p))/65535.)
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#define OurImageStore(img, p, color) \
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- imageStore(img,p,uvec4(color*65535.))
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+ imageStore(img,p,uvec4(vec4(color)*65535.))
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#endif
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@@ -169,7 +169,7 @@ float HEIGHT_CANVAS(float x,float y){
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return 1.;
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}
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float SampleCanvas(vec2 U, vec2 dir,float rfac, float force, float gunky){
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- if(uCanvasType==0 || abs(gunky-0.)<1.e-2){ return rfac; }
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+ if(uCanvasType==0 || abs(gunky)<1.e-2){ return rfac; }
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U+=vec2(uImageOffset); U/=20.3; U.x=U.x+rand(U)/10.; U.y=U.y+rand(U)/10.;
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mat2 m = mat2(1.6,1.2,-1.2,1.6); vec2 _uv=U; _uv.x+=float(uCanvasRandom%65535)/174.41; _uv.y+=float(uCanvasRandom%65535)/439.87; _uv/=500.;
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@@ -406,14 +406,14 @@ uint cpack(vec4 c){
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#define OurImageLoad(img, p) \
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(cunpack(imageLoad(img,p).x))
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#define OurImageStore(img, p, color) \
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- imageStore(img,p,uvec4(cpack(color)));
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+ imageStore(img,p,cpack(color))
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#else
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#define OurImageLoad(img, p) \
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(vec4(imageLoad(img,p))/65535.)
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#define OurImageStore(img, p, color) \
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- imageStore(img,p,uvec4(color*65535.))
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+ imageStore(img,p,uvec4(vec4(color)*65535.))
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#endif
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