0.0 */ float4 windSnowLeafScale; ]]> 0) ? object.windSnowLeafScale.w : (abs(treePos.x) + abs(treePos.y) + abs(treePos.z)); treePosSum = ceil(10.0 * treePosSum)/10.0; float x = 0.10812 * treePosSum; float y = 0.21237 * treePosSum; Out.randTintBranchDistance.x = abs(frac(x) - 0.5) * 2; // 0-1 range triangle wave Out.randTintBranchDistance.y = abs(frac(y) - 0.5) * 2; Out.randTintBranchDistance.z = saturate( In.normal.w*100 / 5.0); } float2 mUV = getDefaultTexCoords(In, object); Out.texCoordsWinter = mUV*float2(0.5,0.5) + float2(0.5,0.0); Out.texCoordsSpring = mUV*float2(0.5,0.5) + float2(0.0,0.5); Out.texCoordsSummer = mUV*float2(0.5,0.5) + float2(0.5,0.5); Out.texCoordsAutumn = mUV*float2(0.5,0.5) + float2(0.0,0.0); #endif ]]> 0.0001) { // current pos worldPosition += getTrunkBranchAnimationOffset(In,object,cTime_s,windDirection,windStrength); // previous pos prevWorldPosition += getTrunkBranchAnimationOffset(In,object,cPrevTime_s,windDirection,windStrength); } #endif ]]> 0.001 && object.windSnowLeafScale.y > 0.0; ]]> = 1.0 && globals.gSeason < 2.0){ diffuseColor = lerp(mColorBranches,mColorAutumn,globals.gLeavesMask); } else if (globals.gSeason >= 2.0 && globals.gSeason < 3.0) { diffuseColor = mColorBranches; globals.gAlpha = globals.gBranchesMask; } else if (globals.gSeason >= 3.0 && globals.gSeason < 4.0){ diffuseColor = lerp(mColorBranches,mColorSpring,globals.gLeavesMask); } #else mColorSpring = lerp( mColorSpring, float3(0.335,0.620,0.049), 0.30*In.vs.randTintBranchDistance.y ); mColorSummer = lerp( mColorSummer, float3(0.026,0.097,0.029), 0.30*In.vs.randTintBranchDistance.y ); mColorAutumn = lerp( mColorAutumn, float3(0.981,0.000,0.000), 0.40*In.vs.randTintBranchDistance.y ); // ---- float3 mColorLeaves = mColorSummer; float mLeavesMaskTansition = globals.gLeavesRand*saturate((2.0*globals.gLeavesGrow)); float mLeavesMask = globals.gLeavesMask * float(globals.gLeavesRand <= object.windSnowLeafScale.z); /* 0.0..0.7 Spring to Summer (only color) 0.7..1.5 Summer to Autumn (only color) 1.5..2.1 Autumn to Winter (losing leaves) 2.1..2.6 Winter (no leaves) 2.6..4.0 Winter to Spring (growing leaves) */ { // 0.00 = June - fully spring green // 0.33 = July - // 0.66 = August - fully dark green mTransition = fitRangeFS(globals.gSeason,0.0,0.70,0.00,1.00); mColorLeavesTransition = mTransition*linearstepFS(mTransition+0.1,mTransition,mLeavesMaskTansition); // color of the leaves mColorLeaves = lerp(mColorSpring, mColorSummer, mColorLeavesTransition); // combine it with branches diffuseColor = lerp(mColorBranches,mColorLeaves,mLeavesMask); globals.gAlpha = globals.gBranchesMask + globals.gLeavesGrow * float(globals.gLeavesRand <= object.windSnowLeafScale.z); } if ( globals.gSeason >= 0.70 && globals.gSeason < 1.50 ) { // 0.66 = August - fully dark green // 1.00 = September - half green/orange // 1.33 = October - fully orange mTransition = fitRangeFS(globals.gSeason,0.7,1.50,0.00,1.00); mColorLeavesTransition = mTransition*linearstepFS(mTransition+0.1,mTransition,mLeavesMaskTansition); // color of the leaves mColorLeaves = lerp(mColorSummer, mColorAutumn, mColorLeavesTransition); // combine it with branches diffuseColor = lerp(mColorBranches,mColorLeaves,mLeavesMask); } else if ( globals.gSeason >= 1.50 && globals.gSeason < 2.1 ) { // 1.66 = Novemner - half lost leaves // 2.00 = December - almost no leaves // 2.33 = January - no leaves mTransition = fitRangeFS(globals.gSeason,1.5,2.1,0.00,1.00); // color of the leaves mColorLeaves = mColorAutumn; float autumnToWinter = (1-mTransition)*object.windSnowLeafScale.z <= 0.95*globals.gLeavesRand; globals.gAlpha = lerp(globals.gBranchesMask + globals.gLeavesGrow, globals.gBranchesMask, autumnToWinter); autumnToWinter = (1 - autumnToWinter)*globals.gLeavesMask; diffuseColor = lerp(mColorBranches,mColorLeaves,autumnToWinter); } else if ( globals.gSeason >= 2.1 && globals.gSeason < 2.6 ) { // 2.33 = January - no leaves // 2.66 = February - no leaves // 3.00 = March - small leaves diffuseColor = mColorBranches; globals.gAlpha = globals.gBranchesMask; } else if ( globals.gSeason >= 2.6 && globals.gSeason <= 4.0 ) { // 3.00 = March - small leaves // 3.33 = April - // 3.66 = May - fully spring green mTransition = fitRangeFS(globals.gSeason,2.6,4.0,0.00,1.00); // color of the leaves mColorLeaves = mColorSpring; float winterToSpring = mTransition*object.windSnowLeafScale.z <= 1-globals.gLeavesGrow + 0.45*globals.gLeavesRand; globals.gAlpha = lerp(globals.gBranchesMask + globals.gLeavesGrow, globals.gBranchesMask, winterToSpring); winterToSpring = (1 - winterToSpring)*globals.gLeavesMask; // combine it with branches diffuseColor = lerp(mColorBranches,mColorLeaves,winterToSpring); } #endif #endif { // Snow mixing code if (globals.gIsSnowing){ // pixelShader normal computed before this point, right after PARALLAX_MAPPING_FS globals.gSnowMask = getSnowMask(object,normal,-0.05); diffuseColor.rgb = lerp( diffuseColor.rgb, globals.gSnowDiffuse.rgb, globals.gSnowMask ); } } ]]>