object.offsetUV.z && In.position.x < object.offsetUV.w ) ? 1.0 : 0.0 ); ]]> = object.morphPosition.x && refX <= object.morphPosition.y; mDeformedPosition += mVertexColor.rgb*(1-scale1); #if defined( VERTEX_ANIMATION ) float2 mUV2 = convertDefaultTexCoords( In, object, In.texCoords1.xy ); float2 mUV3 = convertDefaultTexCoords( In, object, In.texCoords2.xy ); float mSpeed = object.vertexAnim.x * object.offsetUV.x; float mFrequency = mSpeed - mUV2.x * mUV2.y * object.vertexAnim.y; float mAmplitude = object.vertexAnim.z * mUV3.x * mUV3.y; float mOffset = ( 0.5 * sin( mFrequency ) + 0.4 ) * mAmplitude; mDeformedPosition += mOffset * In.normal.xyz; #endif float scale2 = ( ( In.position.x > object.offsetUV.z && In.position.x < object.offsetUV.w ) ? 1.0 : 0.0 ); mDeformedPosition = lerp(In.position.xyz+mVertexColor.rgb,mDeformedPosition,scale2); #if defined(SKINNING) return skinPoint( mDeformedPosition.xyz, In) - float3(invViewMatrix[0][3], invViewMatrix[1][3], invViewMatrix[2][3]); #else return mDeformedPosition.xyz; #endif ]]> = object.morphPosition.x && refX <= object.morphPosition.y; //mVisibility *= In.vs.mVisibility.x; mVisibility *= ( ( In.vs.mPositionOrig.x > object.offsetUV.z && In.vs.mPositionOrig.x < object.offsetUV.w ) ? 1.0 : 0.0 ); #if defined( ALPHA_DISABLE ) mAlpha = 1.0; #else mAlpha = alpha * mVertexAlpha; #endif alpha = lerp( saturate( alpha*mVisibility ), mAlpha , mVisibility ); alpha = lerp( object.alphaRemap.x, object.alphaRemap.y, alpha ); #endif ]]>