public unsafe bool SetFaces(IMesh maxMesh, MyMesh myMesh)
{
bool countChanged = false;
TriangulateFaces(myMesh);
if (maxMesh.NumFaces != myMesh.TriangulatedFaces.Length)
{
maxMesh.SetNumFaces(myMesh.TriangulatedFaces.Length, false, false);
maxMesh.SetNumTVFaces(myMesh.TriangulatedFaces.Length, false, 0);
countChanged = true;
}
/* Get the default flags value */
IFace referenceFace = gi.Face.Create();
referenceFace.SetEdgeVisFlags(EdgeVisibility.Vis, EdgeVisibility.Vis, EdgeVisibility.Vis);
Face referenceMaxFace = *(Face*)referenceFace.NativePointer.ToPointer();
UInt32 referenceFlags = referenceMaxFace.flags;
/* Create the faces that define the surface of the mesh */
Face* faces = (Face*)maxMesh.Faces[0].NativePointer.ToPointer();
TVFace* tvfaces = (TVFace*)maxMesh.TvFace[0].NativePointer.ToPointer();
for (int i = 0; i < myMesh.TriangulatedFaces.Length; i++)
{
MyFace myFace = myMesh.TriangulatedFaces[i];
faces[i].v.v1 = (UInt32)myFace.PositionVertex1;
faces[i].v.v2 = (UInt32)myFace.PositionVertex2;
faces[i].v.v3 = (UInt32)myFace.PositionVertex3;
faces[i].flags = (UInt32)((ushort)myFace.MaterialId << 16) | (ushort)referenceFlags;
tvfaces[i].t1 = (UInt32)myFace.TextureVertex1;
tvfaces[i].t2 = (UInt32)myFace.TextureVertex2;
tvfaces[i].t3 = (UInt32)myFace.TextureVertex3;
};
return countChanged;
}