README.md

Conway's Game of Life in Python

Conway's Game of Life in Python 3.6.

Simulate for a random world:

from life import Cell, originate_from, WrappedUniverse


# Create a random wrapped universe of 10 x 10
universe = WrappedUniverse.random(10, 10, Cell.likely)
# Get a universe generator iterator
life = originate_from(universe, regenerate=Cell)

# Iterate through life and print the universe on each step
for universe in life:
    print(universe)
    input('Press Enter to continue...')

Simulate for a world from ASCII art:

from life import originate_from, WrappedUniverse


with open('universe.txt') as file:
    # Create a universe from the file
    universe = WrappedUniverse.from_data(file.readlines(), is_cell=lambda s: not s.isspace())

# Get a universe generator iterator
life = originate_from(universe, regenerate=lambda: '*')

# Iterate through life and print the universe on each step
for universe in life:
    print(universe)
    input('Press Enter to continue...')

Demo

# Simulate a random 'The Game of Life' in a Posix-compatible terminal
python3 main.py

Technology Stack

	Technology
Language	Python 3.6
Linter	Flake8 3.5

Development

Prerequisites

1. Python 3.6

Quickstart

# Create a Python virtual environment
python3 -m venv .venv

# Activate a Python virtual environment
.venv/bin/activate

# Install the dependencies
$ pip install -r requirements.txt

Unit Tests

Use test discovery to run all unit tests at once.

# Run tests
python -m unittest discover

Styleguide

The project uses PEP8. Flake8 is setup to enforce the rules.

# Run flake8
flake8