rendered paste body#include "common.fx"struct a2vSprite { float4 v4Position: POSITION; float4 v4Diffuse: COLOR0; float2 vTexCoords: TEXCOORD0;};// Fragment to surfacestruct f2sSprite { float4 col: COLOR0;};bool gi_AlphaBlendEnabled=false;int gi_BlendSrc=1;int gi_BlendDst=1;bool gi_AlphaTestEnabled=false;int gi_AlphaTestValue=0;int gi_iZBufferFunc=4; // LessEqualvoid CalculateFogSprites(out float vFogOut, float fDistance) { vFogOut=-fDistance*vFogSettings.y+vFogSettings.x; // compiles into a single mad instruction}///////////////////////////////////////////////////////////////////// Ambient layer//////////////////////////////////////////////////////////////////struct v2fSpriteAmbient2 { float4 Position: POSITION; float4 Diffuse: COLOR0; float2 TexDiffuse: TEXCOORD0; float2 TexDiffuse2: TEXCOORD1; float Fog: FOG;};// Vertex shaderv2fSpriteAmbient2 Ambient_Sprites_VS11(a2vSprite IN){ v2fSpriteAmbient2 OUT; //float4 Position=mul(m44ModelViewProj,IN.v4Position); float4 Position=mul(IN.v4Position, m44Proj); OUT.Position=Position; OUT.TexDiffuse=IN.vTexCoords; OUT.TexDiffuse2=IN.vTexCoords; OUT.Diffuse.rgb=IN.v4Diffuse.rgb; OUT.Diffuse.a=IN.v4Diffuse.a; CalculateFogSprites(OUT.Fog,IN.v4Position.z); return OUT;}// Pixel shaderf2sSprite Ambient_Mask_PS11(v2fSpriteAmbient2 IN) { f2sSprite OUT; float4 cTexel; cTexel.rgb=tex2D(samplerDiffuse,IN.TexDiffuse.xy).rgb; cTexel.a=tex2D(samplerDiffuseMask,IN.TexDiffuse2.xy).a; //cTexel=tex2D(samplerDiffuse,IN.TexDiffuse2.xy); //cTexel=tex2D(samplerDiffuseMask,IN.TexDiffuse2.xy); OUT.col=IN.Diffuse*cTexel*2; return OUT;}// Techniquestechnique Ambient_Sprites_VS11_PS11 < string Identifier="AmbientSprites"; > { pass p0 { VertexShader=compile vs_1_1 Ambient_Sprites_VS11(); PixelShader=compile ps_1_1 Ambient_Mask_PS11(); AlphaBlendEnable=<gi_AlphaBlendEnabled>; SrcBlend=<gi_BlendSrc>; DestBlend=<gi_BlendDst>; AlphaTestEnable=<gi_AlphaTestEnabled>; AlphaRef=<gi_AlphaTestValue>; AlphaFunc=Greater; CullMode=<Culling>; ZFunc=<gi_iZBufferFunc>; ZWriteEnable=<gi_iWriteZBuffer>; FogEnable=<FogEnabled>; FogColor=<vFogColor>; }}//////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////struct v2fSpriteAmbient { float4 Position: POSITION; float4 Diffuse: COLOR0; float2 TexDiffuse: TEXCOORD0; float Fog: FOG;};struct a2vSpriteSnow { float4 v4Position: POSITION; float v4Attrs: BLENDWEIGHT; //x=scale float3 vTexCoords: BLENDINDICES;};float gi_vSpriteBoxFar;float4 gi_vSpriteBoxColor;float4 gi_vSpriteBoxPositions[8];float4 gi_vSpriteBoxAspect;// Pixel shaderf2sSprite Ambient_PS11(v2fSpriteAmbient IN) { f2sSprite OUT; float4 cTexel; cTexel=tex2D(samplerDiffuse,IN.TexDiffuse.xy); OUT.col=2*IN.Diffuse*cTexel; return OUT;}// Vertex shaderv2fSpriteAmbient Ambient_SpritesSnow_VS11(a2vSpriteSnow IN){ v2fSpriteAmbient OUT; float4 v4DirectionBot0=gi_vSpriteBoxPositions[0]; float4 v4DirectionBot1=gi_vSpriteBoxPositions[1]; float4 v4DirectionTop0=gi_vSpriteBoxPositions[2]; float4 v4DirectionTop1=gi_vSpriteBoxPositions[3]; float4 v4CornerBot0=gi_vSpriteBoxPositions[4]; float4 v4CornerBot1=gi_vSpriteBoxPositions[5]; float4 v4CornerTop0=gi_vSpriteBoxPositions[6]; float4 v4CornerTop1=gi_vSpriteBoxPositions[7]; float4 v4Color=gi_vSpriteBoxColor; float v4BoxFar=gi_vSpriteBoxFar; float4 v4Aspect=gi_vSpriteBoxAspect; float3 p0,p1,p2,p3; float4 v4Constants=float4(1.0f,0.5f,0.0f,256.0f/16.0f); p0=IN.v4Position.xyz; p1=v4DirectionBot0.xyz*p0.x; p3=v4DirectionBot1.xyz*p0.x; p1+=v4CornerBot0.xyz; p3+=v4CornerBot1.xyz; p3-=p1; p3*=p0.z; p1+=p3; p2=v4DirectionTop0.xyz*p0.x; p3=v4DirectionTop1.xyz*p0.x; p2+=v4CornerTop0.xyz; p3+=v4CornerTop1.xyz; p3-=p2; p3*=p0.z; p2+=p3; float4 p; p2-=p1; p2*=p0.y; p.xyz=p1+p2; p.w=v4Constants.x; // Transformed position float4 v4PositionT=mul(p, m44ModelViewProj); // We do not touch the w component - So size reduction with depth is automatic float4 billboard; billboard=(IN.vTexCoords.xyzz-v4Constants.yyzz)*(IN.v4Attrs.xxxx); OUT.Position=v4PositionT+billboard*v4Constants.xxzz*v4Aspect; OUT.TexDiffuse.x=IN.vTexCoords.z; OUT.TexDiffuse.y=v4Constants.x-IN.vTexCoords.y; // Fade particles float fMin=v4BoxFar.x*0.9; float fMax=v4BoxFar.x; float fIntensity=(fMax-v4PositionT.z)/(fMax-fMin); OUT.Diffuse=v4Color*saturate(fIntensity); CalculateFog(OUT.Fog,p); return OUT;}// Techniquestechnique Ambient_SpritesSnow_VS11_PS11 < string Identifier="AmbientSpritesSnow"; > { pass p0 { VertexShader=compile vs_1_1 Ambient_SpritesSnow_VS11(); PixelShader=compile ps_1_1 Ambient_PS11(); AlphaBlendEnable=<gi_AlphaBlendEnabled>; SrcBlend=<gi_BlendSrc>; DestBlend=<gi_BlendDst>; AlphaTestEnable=<gi_AlphaTestEnabled>; AlphaRef=<gi_AlphaTestValue>; AlphaFunc=Greater; CullMode=<Culling>; ZFunc=<gi_iZBufferFunc>; ZWriteEnable=<gi_iWriteZBuffer>; FogEnable=<FogEnabled>; FogColor=<vFogColor>; }}//////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////struct a2vSpriteRain { float4 v4Position: POSITION; float4 v4Attrs: BLENDWEIGHT; // x,y,z=direction vector, w=scale float3 vTexCoords: BLENDINDICES;};// Vertex shaderv2fSpriteAmbient Ambient_SpritesRain_VS11(a2vSpriteRain IN){ v2fSpriteAmbient OUT; float4 v4DirectionBot0=gi_vSpriteBoxPositions[0]; float4 v4DirectionBot1=gi_vSpriteBoxPositions[1]; float4 v4DirectionTop0=gi_vSpriteBoxPositions[2]; float4 v4DirectionTop1=gi_vSpriteBoxPositions[3]; float4 v4CornerBot0=gi_vSpriteBoxPositions[4]; float4 v4CornerBot1=gi_vSpriteBoxPositions[5]; float4 v4CornerTop0=gi_vSpriteBoxPositions[6]; float4 v4CornerTop1=gi_vSpriteBoxPositions[7]; float4 v4Color=gi_vSpriteBoxColor; float v4BoxFar=gi_vSpriteBoxFar; float4 v4Aspect=gi_vSpriteBoxAspect; float3 p0,p1,p2,p3; float4 v4Constants=float4(1.0f,0.5f,0.0f,255.0); p0=IN.v4Position.xyz; p1=v4DirectionBot0.xyz*p0.x; p3=v4DirectionBot1.xyz*p0.x; p1+=v4CornerBot0.xyz; p3+=v4CornerBot1.xyz; p3-=p1; p3*=p0.z; p1+=p3; p2=v4DirectionTop0.xyz*p0.x; p3=v4DirectionTop1.xyz*p0.x; p2+=v4CornerTop0.xyz; p3+=v4CornerTop1.xyz; p3-=p2; p3*=p0.z; p2+=p3; p2-=p1; p2*=p0.y; p0=p1+p2; // Calculate direction vector float3 v0; v0=IN.v4Position.xyz+IN.v4Attrs.xyz; p1=v4DirectionBot0.xyz*v0.x; p3=v4DirectionBot1.xyz*v0.x; p1+=v4CornerBot0.xyz; p3+=v4CornerBot1.xyz; p3-=p1; p3*=v0.z; p1+=p3; p2=v4DirectionTop0.xyz*v0.x; p3=v4DirectionTop1.xyz*v0.x; p2+=v4CornerTop0.xyz; p3+=v4CornerTop1.xyz; p3-=p2; p3*=v0.z; p2+=p3; p2-=p1; p2*=v0.y; v0=p2+p1; v0-=p0; float4 temp; // Transformed position temp.xyz=p0; temp.w=v4Constants.x; p0.x=dot(m44ModelView[0],temp); p0.y=dot(m44ModelView[1],temp); p0.z=dot(m44ModelView[2],temp); // Transformed direction temp.xyz=v0; v0.x=dot(m44ModelView[0].xyz,temp.xyz); v0.y=dot(m44ModelView[1].xyz,temp.xyz); v0.z=dot(m44ModelView[2].xyz,temp.xyz); float3 v1,v2; v1=v0; v2=cross(p0,v0); v2=normalize(v2); v2*=IN.v4Attrs.w; float3 va=(IN.vTexCoords.x-v4Constants.y)*v1; float3 vb=(IN.vTexCoords.y-v4Constants.y)*v2; p0+=va+vb; // Project output float4 pp; pp.xyz=p0; pp.w=IN.v4Position.w; float4 v4PositionT=mul(pp, m44Proj); v4Aspect.zw=1; OUT.Position=v4PositionT*v4Aspect; CalculateFogSprites(OUT.Fog,pp.z); OUT.TexDiffuse=IN.vTexCoords.zy; float fMin=v4BoxFar.x*0.9; float fMax=v4BoxFar.x; float fIntensity=(fMax-v4PositionT.z)/(fMax-fMin); OUT.Diffuse=v4Color*saturate(fIntensity); return OUT;}// Techniquestechnique Ambient_SpritesRain_VS11_PS11 < string Identifier="AmbientSpritesRain"; > { pass p0 { VertexShader=compile vs_1_1 Ambient_SpritesRain_VS11(); PixelShader=compile ps_1_1 Ambient_PS11(); AlphaBlendEnable=<gi_AlphaBlendEnabled>; SrcBlend=<gi_BlendSrc>; DestBlend=<gi_BlendDst>; AlphaTestEnable=<gi_AlphaTestEnabled>; AlphaRef=<gi_AlphaTestValue>; AlphaFunc=Greater; CullMode=<Culling>; ZFunc=<gi_iZBufferFunc>; ZWriteEnable=<gi_iWriteZBuffer>; FogEnable=<FogEnabled>; FogColor=<vFogColor>; }}