PROJECT GAME OF LIFE

Welcome to my implementation of the game of life, made as a class project for one on my classes at the University of Strasbourg
This project uses Cairo graphics library for the graphic part, but is also available in Shell display

The grids are created with the help of .txt files, that are in the grilles/ repository The project uses Cairo library for graphics

Makefile:

make: compiles (in graphical mode) and creates a library libjeu.a in /lib . The main wille be in /obj
make MODE=TEXTE: compiles in non-graphic mode and creates a library libjeu.a in /lib . The main will be in /obj
make docs: generates the html documentation (documentation is in French)
make clean: empties /lib and /obj and deletes those repositories make dist: creates an archive and puts it in /dist
make rmdist: deletes the archive and the /dist repository

Execution:

After compilation, to execute, type ./bin/main grilles/grille<num_grille>.txt other grids are the available using the n key. To exit execution, press q.

Shell display

(compile with make MODE=TEXTE)

Calcul cyclique/non cyclique:

To activate or deactivate the cyclic grid, press c.
Display:
Voisinage: 0 cyclic grid
Voisinage: 1 non-cyclic grid

Aging of cells:

To show the agee of the cells, press the key v
Display:
Vieillissement: 0 : Cells don't age
Vieillissement: 1: Cells age (from age 1 to 9, they'll die after that)

Oscillation:

You can check if a grid has an oscillatory behaviour using the o Key.

Graphic display (using Cairo)

(compile with make)

Calcul cyclique/non cyclique:

To activate or deactivate the cyclic grid, press c.
Affichage:
cyclic grid : [activated]
cyclic grid: [desactivated]

Vieillissement:

To show the agee of the cells, press the key v
Display:
aging of cells: [desactivated] : Cells aren't aging
aging of cells: [activated]: Cells are aging (they can't live older than 9 generations)

Oscillation:

You can check if a grid has an oscillatory behaviour using the o Key.