private SModelMesh convertToMyMesh(GraphicsDevice device, SRenderInfoMesh renderMess)
{
SModelMesh result = new SModelMesh();
result.vertexBuffer = new VertexBuffer(device, _vertexSizeInBytes, BufferUsage.WriteOnly);
result.vertexBuffer.SetData(renderMess.vertex_info);
result.texture = _coreModel.getTexture(renderMess.texture_name);
result.numPrimitives = renderMess.vertex_info.Length / 3;
return result;
}
private void initializeVertices(MD3Object m)
{
if (m.part == TMD3Part.HEAD)
head_vertices = new List<SRenderInfoMesh>();
else if (m.part == TMD3Part.UPPER)
upper_vertices = new List<SRenderInfoMesh>();
else
lower_vertices = new List<SRenderInfoMesh>();
int count = m.meshes.Count;
for (int i = 0; i < count; ++i)
{
int vcount = m.meshes[i].indices.Count;
SRenderInfoMesh render_info = new SRenderInfoMesh();
render_info.texture_name = m.meshes[i].meshinfo.strName;
render_info.vertex_info = new VertexPositionNormalTexture[vcount];
for (int a = 0; a < vcount; ++a)
{
int id = m.meshes[i].indices[a];
render_info.vertex_info[a].TextureCoordinate.X = m.meshes[i].text_coord[id].X;
render_info.vertex_info[a].TextureCoordinate.Y = m.meshes[i].text_coord[id].Y;
}
if (m.part == TMD3Part.HEAD)
head_vertices.Add(render_info);
else if (m.part == TMD3Part.UPPER)
upper_vertices.Add(render_info);
else
lower_vertices.Add(render_info);
}
}
