No description
- Python 100%
| ant_colony.py | ||
| graph.py | ||
| lindenmayer.py | ||
| path.py | ||
| penrose_tsp.py | ||
| README | ||
| test_tsp.py | ||
| tsplib.py | ||
| uberplot.py | ||
Use a turtle to draw vertex built by a Lindenmayer system, construct a penrose tiling with it, convert it to a TSP problem. Draw a P3 penrose tiling at depth 2 and output its corresponding TSPLIB file : python lindenmayer.py 2 > penrose3_2.tsp Read a TSPLIB file and its optimal tour and draw them: python tsplib.py penrose3_1.tsp penrose3_2.opt.tour