¦A  COLORIZE_ONBRIGHTNESS_CONTRAST_ON$þÊ ð$0xlatMtlMain#include #include using namespace metal; #if !(__HAVE_FMA__) #define fma(a,b,c) ((a) * (b) + (c)) #endif struct VGlobals_Type { float4 _ProjectionParams; float4 _MainTex_TexelSize; }; struct Mtl_VertexIn { float4 POSITION0 [[ attribute(0) ]] ; float2 TEXCOORD0 [[ attribute(1) ]] ; }; struct Mtl_VertexOut { float4 mtl_Position [[ position ]]; float2 TEXCOORD0 [[ user(TEXCOORD0) ]]; }; vertex Mtl_VertexOut xlatMtlMain( constant VGlobals_Type& VGlobals [[ buffer(0) ]], Mtl_VertexIn input [[ stage_in ]]) { Mtl_VertexOut output; bool u_xlatb0; float u_xlat1; bool u_xlatb1; output.mtl_Position = input.POSITION0; u_xlatb0 = VGlobals._ProjectionParams.x<0.0; u_xlatb1 = VGlobals._MainTex_TexelSize.y<0.0; u_xlatb0 = u_xlatb1 || u_xlatb0; u_xlat1 = (-input.TEXCOORD0.y) + 1.0; output.TEXCOORD0.y = (u_xlatb0) ? u_xlat1 : input.TEXCOORD0.y; output.TEXCOORD0.x = input.TEXCOORD0.x; return output; }  VGlobals _ProjectionParams_MainTex_TexelSizeVGlobals