public void AddTriangle(MK64.Track Track, MK64Model Model, ushort TriDef, int VtxBase, int MaterialId)
{
MK64Triangle t = new MK64Triangle();
int vtx1 = VtxBase + (TriDef & 0x1F);
int vtx2 = VtxBase + ((TriDef >> 5) & 0x1F);
int vtx3 = VtxBase + ((TriDef >> 10) & 0x1F);
t.Vertices.Add(Track.VertexData[vtx1].Position);
t.Vertices.Add(Track.VertexData[vtx2].Position);
t.Vertices.Add(Track.VertexData[vtx3].Position);
if (MaterialId != -1 && Model.Materials.ContainsKey(MaterialId) && Model.Materials[MaterialId].Texture != null)
{
t.TexCoords.Add(new Vector2(Track.VertexData[vtx1].TexCoord.X / ((float)Model.Materials[MaterialId].Texture.Width) * 0.75f, -Track.VertexData[vtx1].TexCoord.Y / ((float)Model.Materials[MaterialId].Texture.Height) * 0.75f));
t.TexCoords.Add(new Vector2(Track.VertexData[vtx2].TexCoord.X / ((float)Model.Materials[MaterialId].Texture.Width) * 0.75f, -Track.VertexData[vtx2].TexCoord.Y / ((float)Model.Materials[MaterialId].Texture.Height) * 0.75f));
t.TexCoords.Add(new Vector2(Track.VertexData[vtx3].TexCoord.X / ((float)Model.Materials[MaterialId].Texture.Width) * 0.75f, -Track.VertexData[vtx3].TexCoord.Y / ((float)Model.Materials[MaterialId].Texture.Height) * 0.75f));
}
else
{
t.TexCoords.Add(new Vector2(Track.VertexData[vtx1].TexCoord.X / 32f * 0.75f, -Track.VertexData[vtx1].TexCoord.Y / 32f * 0.75f));
t.TexCoords.Add(new Vector2(Track.VertexData[vtx2].TexCoord.X / 32f * 0.75f, -Track.VertexData[vtx2].TexCoord.Y / 32f * 0.75f));
t.TexCoords.Add(new Vector2(Track.VertexData[vtx3].TexCoord.X / 32f * 0.75f, -Track.VertexData[vtx3].TexCoord.Y / 32f * 0.75f));
}
t.VertexColors.Add(Track.VertexData[vtx1].VertexColor);
t.VertexColors.Add(Track.VertexData[vtx2].VertexColor);
t.VertexColors.Add(Track.VertexData[vtx3].VertexColor);
t.MaterialId = MaterialId;
Triangles.Add(t);
}
public void AddTriangle(MK64.Track Track, MK64Model Model, ushort TriDef, int VtxBase, int MaterialId)
{
MK64Triangle t = new MK64Triangle();
int vtx1 = VtxBase + (TriDef & 0x1F);
int vtx2 = VtxBase + ((TriDef >> 5) & 0x1F);
int vtx3 = VtxBase + ((TriDef >> 10) & 0x1F);
t.Vertices.Add(Track.VertexData[vtx1].Position);
t.Vertices.Add(Track.VertexData[vtx2].Position);
t.Vertices.Add(Track.VertexData[vtx3].Position);
if (MaterialId != -1 && Model.Materials.ContainsKey(MaterialId) && Model.Materials[MaterialId].Texture != null)
{
t.TexCoords.Add(new Vector2(Track.VertexData[vtx1].TexCoord.X / ((float)Model.Materials[MaterialId].Texture.Width) * 0.75f, -Track.VertexData[vtx1].TexCoord.Y / ((float)Model.Materials[MaterialId].Texture.Height) * 0.75f));
t.TexCoords.Add(new Vector2(Track.VertexData[vtx2].TexCoord.X / ((float)Model.Materials[MaterialId].Texture.Width) * 0.75f, -Track.VertexData[vtx2].TexCoord.Y / ((float)Model.Materials[MaterialId].Texture.Height) * 0.75f));
t.TexCoords.Add(new Vector2(Track.VertexData[vtx3].TexCoord.X / ((float)Model.Materials[MaterialId].Texture.Width) * 0.75f, -Track.VertexData[vtx3].TexCoord.Y / ((float)Model.Materials[MaterialId].Texture.Height) * 0.75f));
}
else
{
t.TexCoords.Add(new Vector2(Track.VertexData[vtx1].TexCoord.X / 32f * 0.75f, -Track.VertexData[vtx1].TexCoord.Y / 32f * 0.75f));
t.TexCoords.Add(new Vector2(Track.VertexData[vtx2].TexCoord.X / 32f * 0.75f, -Track.VertexData[vtx2].TexCoord.Y / 32f * 0.75f));
t.TexCoords.Add(new Vector2(Track.VertexData[vtx3].TexCoord.X / 32f * 0.75f, -Track.VertexData[vtx3].TexCoord.Y / 32f * 0.75f));
}
t.VertexColors.Add(Track.VertexData[vtx1].VertexColor);
t.VertexColors.Add(Track.VertexData[vtx2].VertexColor);
t.VertexColors.Add(Track.VertexData[vtx3].VertexColor);
t.MaterialId = MaterialId;
Triangles.Add(t);
}
