void Effect::set(unsigned int level, const Texture* texture)
{
char semantic[] = {'T', 'E', 'X', static_cast<unsigned char> (level + 48), '\0'};
CGparameter parameter = cgGetEffectParameterBySemantic(effect.get(), semantic);
cgGLSetTextureParameter(parameter, texture->getID());
}
void CgfxRenderPassChunk::updateGLMatricies(DrawEnv *pEnv)
{
if( getSemanticParameters() & ((UInt32)(1 << CGFX_MODELVIEWPROJECTION_PARAMETER))) //ok
{
CGparameter theMatrix = cgGetEffectParameterBySemantic(*_mEffect, "ModelViewProjection");
OSG::Matrixr obj2World(pEnv->getObjectToWorld()),world2scrn(pEnv->getWorldToScreen());
world2scrn.mult(obj2World);
cgGLSetMatrixParameterfc(theMatrix,world2scrn.getValues());
}
if(getSemanticParameters() & ((UInt32)(1 << CGFX_MODELVIEW_PARAMETER))) //ok?
{
CGparameter theMatrix = cgGetEffectParameterBySemantic(*_mEffect, "ModelView");
OSG::Matrixr obj2World(pEnv->getObjectToWorld()),cameraViewing(pEnv->getCameraViewing());
cameraViewing.mult(obj2World);
cgGLSetMatrixParameterfc(theMatrix,cameraViewing.getValues());
}
if(getSemanticParameters() & ((UInt32)(1 << CGFX_MODELINVERSETRANSPOSE_PARAMETER))) //ok?
{
CGparameter theMatrix = cgGetEffectParameterBySemantic(*_mEffect, "ModelInverseTranspose");
OSG::Matrixr obj2World(pEnv->getObjectToWorld()),cameraViewing(pEnv->getCameraViewing());
cameraViewing.mult(obj2World);
cameraViewing.invert();
cameraViewing.transpose();
cgGLSetMatrixParameterfc(theMatrix,cameraViewing.getValues());
}
if(getSemanticParameters() & ((UInt32)(1 << CGFX_MODELTRANSPOSE_PARAMETER))) //ok?
{
CGparameter theMatrix = cgGetEffectParameterBySemantic(*_mEffect, "ModelTranspose");
OSG::Matrixr obj2World(pEnv->getObjectToWorld()),cameraViewing(pEnv->getCameraViewing());
cameraViewing.mult(obj2World);
cameraViewing.transpose();
cgGLSetMatrixParameterfc(theMatrix,cameraViewing.getValues());
}
if(getSemanticParameters() & ((UInt32)(1 << CGFX_WORLDVIEWPROJECTION_PARAMETER))) // ok
{
CGparameter theMatrix = cgGetEffectParameterBySemantic(*_mEffect, "WorldViewProjection");
OSG::Matrixr obj2World(pEnv->getObjectToWorld()),world2scrn(pEnv->getWorldToScreen());
world2scrn.mult(obj2World);
cgGLSetMatrixParameterfc(theMatrix,world2scrn.getValues());
}
if(getSemanticParameters() & ((UInt32)(1 << CGFX_WORLD_PARAMETER))) //ok?
{
CGparameter theMatrix = cgGetEffectParameterBySemantic(*_mEffect, "World");
OSG::Matrixr obj2World(pEnv->getObjectToWorld()),cameraViewing(pEnv->getCameraViewing());
cameraViewing.mult(obj2World);
cgGLSetMatrixParameterfc(theMatrix,cameraViewing.getValues());
}
if(getSemanticParameters() & ((UInt32)(1 << CGFX_WORLDINVERSETRANSPOSE_PARAMETER))) //ok?
{
CGparameter theMatrix = cgGetEffectParameterBySemantic(*_mEffect, "WorldInverseTranspose");
OSG::Matrixr obj2World(pEnv->getObjectToWorld()),cameraViewing(pEnv->getCameraViewing());
cameraViewing.mult(obj2World);
cameraViewing.invert();
cameraViewing.transpose();
cgGLSetMatrixParameterfc(theMatrix,cameraViewing.getValues());
}
if(getSemanticParameters() & ((UInt32)(1 << CGFX_VIEWINVERSE_PARAMETER)))
{
CGparameter theMatrix = cgGetEffectParameterBySemantic(*_mEffect, "ViewInverse");
OSG::Matrixr cameraViewing(pEnv->getCameraViewing());
cameraViewing.invert();
cgGLSetMatrixParameterfc(theMatrix,cameraViewing.getValues());
}
if(getSemanticParameters() & ((UInt32)(1 << CGFX_VIEW_PARAMETER)))
{
CGparameter theMatrix = cgGetEffectParameterBySemantic(*_mEffect, "View");
cgGLSetMatrixParameterfc(theMatrix,pEnv->getCameraViewing().getValues());
}
if(getSemanticParameters() & ((UInt32)(1 << CGFX_VIEWINVERSETRANSPOSE_PARAMETER)))
{
CGparameter theMatrix = cgGetEffectParameterBySemantic(*_mEffect, "ViewInverseTranspose");
OSG::Matrixr cameraViewing(pEnv->getCameraViewing());
cameraViewing.invert();
cameraViewing.transpose();
cgGLSetMatrixParameterfc(theMatrix,cameraViewing.getValues());
}
if(getSemanticParameters() & ((UInt32)(1 << CGFX_VIEWTRANSPOSE_PARAMETER)))
{
CGparameter theMatrix = cgGetEffectParameterBySemantic(*_mEffect, "ViewTranspose");
OSG::Matrixr cameraViewing(pEnv->getCameraViewing());
cameraViewing.transpose();
cgGLSetMatrixParameterfc(theMatrix,cameraViewing.getValues());
}
}
void Effect::set(const char* semantic, const Math::Vector4& v)
{
CGparameter parameter = cgGetEffectParameterBySemantic(effect.get(), semantic);
cgSetParameter4d(parameter, v.X, v.Y, v.Z, v.W);
}
void Effect::set(const char* semantic, double d)
{
CGparameter parameter = cgGetEffectParameterBySemantic(effect.get(), semantic);
cgSetParameter1d(parameter, d);
}
void Effect::set(const char* semantic, const Math::Matrix4& matrix)
{
CGparameter parameter = cgGetEffectParameterBySemantic(effect.get(), semantic);
cgSetMatrixParameterdc(parameter, matrix);
}
