public void ReadVertices(int index, VertexInfo *vertexInfo, int count)
{
//Console.WriteLine("ReadVertices: {0:X8} : {1}, {2}, {3}", new IntPtr(BasePointer), Index, Count, VertexSize);
for (var n = 0; n < count; n++)
{
ReadVertex(index + n, &vertexInfo[n]);
}
}
public void ReadVertex(int index, VertexInfo *vertexInfo)
{
PointerOffset = VertexSize * index;
VertexInfo = vertexInfo;
// Vertex has to be aligned to the maxium size of any component.
//VertexAlignment();
ReadWeights();
ReadTextureCoordinates();
ReadColor();
ReadNormal();
ReadPosition();
}
public void ReadVertex(int Index, VertexInfo *VertexInfo)
{
this.Pointer = &BasePointer[VertexSize * Index];
this.VertexInfo = VertexInfo;
// Vertex has to be aligned to the maxium size of any component.
VertexAlignment();
ReadWeights();
ReadTextureCoordinates();
ReadColor();
ReadNormal();
ReadPosition();
}
void ReadVertex(int Index, VertexInfo *VertexInfo)
{
if (VertexType.Index == VertexTypeStruct.IndexEnum.Byte)
{
*VertexInfo = Vertices[IndexListByte[Index]];
}
else if (VertexType.Index == VertexTypeStruct.IndexEnum.Short)
{
*VertexInfo = Vertices[IndexListShort[Index]];
}
else
{
*VertexInfo = Vertices[Index];
}
}
public void ReadVertex(int Index, VertexInfo* VertexInfo)
{
this.PointerOffset = VertexSize * Index;
this.VertexInfo = VertexInfo;
// Vertex has to be aligned to the maxium size of any component.
//VertexAlignment();
ReadWeights();
ReadTextureCoordinates();
ReadColor();
ReadNormal();
ReadPosition();
}
