(float)N) { clip(-1); } } ]]> 0 .. 1 float mAlphaOverLife = In.texCoords1.x; // iterated value by lifetime of the particle from 0 .. 1 float mRandomValue = In.texCoords1.y; // random per particle value from 0 .. 1 int mXsize = (int)(1 / object.particleInvTextureAtlasSize.x + 0.5); int mYsize = (int)(1 / object.particleInvTextureAtlasSize.y + 0.5); int mXYsize = mXsize * mYsize; float mTime = cTime_s * lerp( object.playScale.x, object.playScale.y, mRandomValue ); #if defined( SUBUV_BY_LIFE ) mTime = mAlphaOverLife * (float)mXYsize; #endif float2 mIncomingUV = convertDefaultTexCoords( In, object, In.texCoords0.xy ); float2 mOutgoingUV = mIncomingUV; // UV_FLIPPING float mUVflipping = object.playScale.z; #if defined(LIGHTMAP) mUVflipping = 0; // todo: uv flip support for LIGHTMAP #endif float mRandomSwitch1 = mUVflipping * ceil( mRandomValue - 0.5 ); // 0 or 1 float mRandomSwitch2 = 2 * mRandomSwitch1 - 1; // -1 or 1 mIncomingUV.x = mRandomSwitch1 - mRandomSwitch2*mIncomingUV.x; // end #if defined( SUBUV_MOVIE_HORIZONTAL ) #if defined( SUBUV_BY_LIFE ) float mSUBuvHorTime = mAlphaOverLife * (float)mXsize; #else float mSUBuvHorTime = mTime + mRandomValue * (float)mXsize; #endif int mFrame = (int)mSUBuvHorTime % mXsize; int mYpos = (int)((float)mYsize*mRandomValue); // converted to float and than to int int2 mSlotPos = int2(mFrame, mYpos); mOutgoingUV = ((float2)mSlotPos + mIncomingUV ) * object.particleInvTextureAtlasSize.xy; #endif #if defined( SUBUV_MOVIE ) float mSUBuvTime = mTime + mRandomValue * (float)mXYsize; int mFrame = (int)mSUBuvTime % mXYsize; #if defined( SUBUV_BY_LIFE ) mSUBuvTime = mTime; mFrame = (int)mSUBuvTime; #endif int mYpos = mFrame / mXsize; int2 mSlotPos = int2( mFrame - mYpos * mXsize, mYsize - mYpos - 1 ); mOutgoingUV = ((float2)mSlotPos + mIncomingUV ) * object.particleInvTextureAtlasSize.xy; #endif return mOutgoingUV; #endif ]]> object.colorAlpha.r) || (1.0 > object.colorAlpha.g) || (1.0 > object.colorAlpha.b) ){ blurredDiffuse = object.colorAlpha.rgb; } else{ float numMips = (float)tex2DGetNumMipLevels(fillTypeColorMap); blurredDiffuse = tex2Dlod( fillTypeColorMap, float3(In.vs.fillTypeTexCoords,object.fillTypeId), numMips-1 ).rgba; } diffuseColor *= blurredDiffuse; #elif defined(LIGHTMAP) diffuseColor = globals.gLightMap2.r*object.colorAlpha.rgb; #else diffuseColor *= object.colorAlpha.rgb; #endif ]]> = GPU_PROFILE_HIGH alpha *= getDepthFade(In, globals, object, 0.05); #endif #endif ]]> 0.0) ? (globals.gLightMap1.r) : (globals.gLightMap1.g); float vertical = (tangentSpaceLightDir.y > 0.0) ? (globals.gLightMap1.b) : (globals.gLightMap1.a); float frontal = (tangentSpaceLightDir.z > 0.0) ? (globals.gLightMap2.g) : (globals.gLightMap2.b); float customShading = horizontal*tangentSpaceLightDir.x*tangentSpaceLightDir.x + vertical*tangentSpaceLightDir.y*tangentSpaceLightDir.y + frontal*tangentSpaceLightDir.z*tangentSpaceLightDir.z; lighting = (atten) * customShading * lightColor * diffuseColor * globals.gAlpha; } #else float NdotLNegative = dot(normal, lightDir); if (NdotLNegative < 0) { NdotLNegative = -NdotLNegative*0.25; } NdotLNegative = min(NdotLNegative, 1); NdotL = saturate(dot(normal, lightDir)); lighting = ((atten*NdotLNegative) * diffuseShading + (atten*NdotL)* specularShading )* lightColor; #endif ]]>