////!!!!temp
//public bool _tempAlphaToCoverage;
//public void SettempAlphaToCoverage( bool value ) { _tempAlphaToCoverage = value; needUpdate = true; }
////////////
////!!!!struct?
//public struct AvailableParameterItem
//{
// internal string name;//!!!!!!так?
// internal ParameterType type;
// internal int elementCount;
// public string Name
// {
// get { return name; }
// }
// public ParameterType Type
// {
// get { return type; }
// }
// public int ElementCount
// {
// get { return elementCount; }
// }
//}
////////////
//public struct TextureParameterValue//public class TextureParameterValue
//{
// xx xx;//int Index;
// //!!!!какие-то параметры могут быть тоже составными
// public Component_Image Texture;
// public TextureAddressingMode AddressingMode;
// public FilterOption FilteringMin;
// public FilterOption FilteringMag;
// public FilterOption FilteringMip;
// public ColorValue BorderColor;
// public TextureFlags AdditionFlags;
// //!!!!
// //int numMipmaps;
// //bool isAlpha;
// //virtual void _setTextureLayerAnisotropy( size_t unit, unsigned int maxAnisotropy ) = 0;
// //virtual void _setTextureMipmapBias( size_t unit, float bias ) = 0;
// //public ContentTypes contentType;
// //bool fetch4;
// //public TextureParameterValue()
// //{
// //}
// //public TextureParameterValue( Component_Image texture, TextureAddressingMode addressingMode, FilterOption filteringMin, FilterOption filteringMag, FilterOption filteringMip, ColorValue borderColor )
// //{
// // this.texture = texture;
// // this.addressingMode = addressingMode;
// // this.filteringMin = filteringMin;
// // this.filteringMag = filteringMag;
// // this.filteringMip = filteringMip;
// // this.borderColor = borderColor;
// //}
// public TextureParameterValue( Component_Image texture, TextureAddressingMode addressingMode, FilterOption filteringMin, FilterOption filteringMag, FilterOption filteringMip )
// {
// this.Texture = texture;
// this.AddressingMode = addressingMode;
// this.FilteringMin = filteringMin;
// this.FilteringMag = filteringMag;
// this.FilteringMip = filteringMip;
// this.BorderColor = new ColorValue( 0, 0, 0, 0 );
// this.AdditionFlags = 0;
// }
// //public Texture Texture
// //{
// // get { return texture; }
// //}
//}
////////////
internal unsafe GpuMaterialPass(/*OgrePass* realObject, */ GpuLinkedProgram linkedProgram)
{
this.linkedProgram = linkedProgram;
//this.realObject = realObject;
////init programs
//this.programs = programs;
//for( int n = 0; n < programs.Length; n++ )
//{
// _old_GpuProgramType type = (_old_GpuProgramType)n;
// if( programs[ n ] != null )
// OgrePass.setProgram( realObject, type, programs[ n ].Name );
//}
////compile, prepare parameters
//OgrePass.compile( realObject );
////!!!!!check error
////get available parameters
//{
// int count = OgrePass.getAvailableParameterCount( realObject );
// availableParameters = new AvailableParameterItem[ count ];
// for( int n = 0; n < count; n++ )
// {
// IntPtr namePointer;
// ParameterType type;
// int elementCount;
// OgrePass.getAvailableParameterInfo( realObject, n, out namePointer, out type, out elementCount );
// AvailableParameterItem item = new AvailableParameterItem();
// item.name = OgreNativeWrapper.GetOutString( namePointer );
// item.type = type;
// item.elementCount = elementCount;
// availableParameters[ n ] = item;
// }
//}
}
/////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
public GpuMaterialPass(GpuProgram vertexProgram, GpuProgram fragmentProgram)
{
//!!!!может не сразу получать
linkedProgram = GpuProgramManager.GetLinkedProgram(vertexProgram, fragmentProgram);
}