README.md

Get started

Have you ever wondered why trees look like this?

We were inspired by the foo52ru video and decided to simulate the evolution of trees. To do this, we use genetic algorithms and the PyGame library.

To start, run this commands:

1. git clone https://github.com/world-organization-of-programmmers/Tree-Evolution
2. cd Tree-Evolution
3. python3 ./main.py

Command line arguments

-o : folder name to save genom  |  default TreesGenoms

-i : genome conservation frequency  |   default None

-t : initial number of trees   |   default 10

--cli : non_gui mode  |  default False

--step_mode : step mode    | default False

--width  :  screen width    

--height : screen height

--pixel_size : pixels size 

Examples

python3 ./main.py -t 20 -i 100 --width 1200 --height 1000 -o test

python3 ./main.py -t 10 --cli --step_mode --pixel_size 15

python3 ./main.py -t 20 --width 1200 --height=1000

Video about the project

Presentation

Our results

So, we:

1. programmed the trees and the evolutionary process;
2. widened the world;
3. optimized tree growth and launched our world on powerful graphics processors to see how trees will grow and develop.

34 hours of uninterrupted calculation!

That's the world we got after 2,000,000 iterations:

Note: Resulted TreeGenom folder with trees' genoms at each 10,000 iterations you can find here.

In this very simplified world, it is easy to simulate different situations to see how trees behave.

Next, we want to experiment with sprouts to simulate new tree species.

License

MIT

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