In the class matlab folder you can find ex_delaunay.m that realizes the algorithm described on this slide:
The two tasks for this bonus question are (1% each):
1) modify the script above to compute the constrained Delaunay triangulation of an input closed boundary (e.g. use dragon.mat)
2) modify the script to compute the Delaunay refinement (with a given triangle quality criteria):
The results of the two steps should be analogous to the two bottom images in this figure:
Note: if you intend to attempt working on this bonus, please declare your intention by replying to this issue. Only one correct implementation will be accepted.
In the class matlab folder you can find ex_delaunay.m that realizes the algorithm described on this slide:
The two tasks for this bonus question are (1% each):
1) modify the script above to compute the constrained Delaunay triangulation of an input closed boundary (e.g. use dragon.mat)
2) modify the script to compute the Delaunay refinement (with a given triangle quality criteria):
The results of the two steps should be analogous to the two bottom images in this figure:
Note: if you intend to attempt working on this bonus, please declare your intention by replying to this issue. Only one correct implementation will be accepted.