On the cold lonely lattice-like planet of Latt-Ice, an age old war rages on. Penguins vs. Polar Bears fight to avoid extinction. Every chronon (one discrete time step), Penguins randomly venture forth if there is a free cell around them, and age. If they reach a certain age, it resets, and they leave behind a baby penguin in their last location. Every chronon, bears hunt for penguins by targeting them if they are within a once cell distance. Other wise, bears move randomly. Like penguins, once bears reach a certain age, it resets and they leave behind a baby bear in their last location. Bears also become progressively hungrier, and if they do not eat a penguin, will eventually starve to death. Currently, a slightly modified version of Wa-Tor. Will eventually, hopefully, be much more.
python lattice.py [-h] [-p PENG] [-b BEAR] [-d DIM] [-g GEN] [-o OUT]
For example, if I wanted to run a simulation with 100 penguins and 50 bears on a 5x5 lattice for 100 generations and write the output to a file called "mysim.out" I would type
python lattice.py -p 100 -b 50 -d 5 -g 100 -o mysim.out
Penguins: 5
Bears: 5
Dimensions: 5
Generations: 100
Out: lattice.frames
python animation.py [filename]
If no filename, reads from "lattice.frames"
| Short | Long | Description |
|---|---|---|
| -p | --peng | number of penguins |
| -b | --bear | number of bears |
| -d | --dim | size of lattice (dim x dim) |
| -g | --gen | number of generations |
| -o | --out | file to write frames to |
| -h | --help | help I need somebody |
- Python 2.7
- matplotlib
- numpy
- organize code
- profile performance
- add multiple algorithms for bear/penguin movement
- evolutionary
- MCTS
- build tool for batch simulation for different algorithm combinations