//List with vertices and positions of the vertices
public PipeLayoutToMesh (PipeLayout _pipe_layout, bool _doubled_vertices)
{
//vertices = new Vector3[0];
pipe_layout = _pipe_layout;
doubledVertices = _doubled_vertices;
Initiate ();
}
//List with vertices and positions of the vertices
public PipeLayoutToMesh(PipeLayout _pipe_layout, bool _doubled_vertices)
{
//vertices = new Vector3[0];
pipe_layout = _pipe_layout;
doubledVertices = _doubled_vertices;
Initiate();
}
public PipeManager(Pipe.MeshCallback _meshCallback){
meshCallback = _meshCallback;
pipe_layout = new PipeLayout (this);
root_position = new Vector3 (0,0,0);
root_rotation = new Quaternion ();
ResetLayout();
}
public PipeManager(Pipe.MeshCallback _meshCallback)
{
meshCallback = _meshCallback;
pipe_layout = new PipeLayout(this);
root_position = new Vector3(0, 0, 0);
root_rotation = new Quaternion();
ResetLayout();
}
public void ExtrudeRing(PipeLayout pipe_layout)
{
if (doubledVertices)
{
buildRingWithPhong(pipe_layout.amount_of_rings - 1);
buildTrianglesWithPhong();
}
else
{
buildRing(pipe_layout.amount_of_rings - 1);
buildTriangles();
//buildTriangles2 ();
}
}
public void ExtrudeRing(PipeLayout pipe_layout){
if (doubledVertices) {
buildRingWithPhong (pipe_layout.amount_of_rings - 1);
}
buildTriangles ();
}
