In this way, the locations of vertices on the edge only depend on the other vertices on that edge.
ABSchloss
Perhaps I missed it, but is there mathematical reasoning behind redistributing the weights as such?
kalebblack
For people implementing this for the extra credit of project 2: I found it useful to use a different subdivision rule then this slide for existing vertices depending on the number of sharp edges it was connected to.
Staffanup-h
@ABSchloss The update of the existing vertices is similar to the old vertex updates in regular loop subdivision; it has the effect of smoothing the curve along the crease by bringing the old vertex closer to the newly created midpoints
In this way, the locations of vertices on the edge only depend on the other vertices on that edge.
Perhaps I missed it, but is there mathematical reasoning behind redistributing the weights as such?
For people implementing this for the extra credit of project 2: I found it useful to use a different subdivision rule then this slide for existing vertices depending on the number of sharp edges it was connected to.
@ABSchloss The update of the existing vertices is similar to the old vertex updates in regular loop subdivision; it has the effect of smoothing the curve along the crease by bringing the old vertex closer to the newly created midpoints