naive_universe.c File Reference

Source file for a naive implementation of Conway's game of life universe structure. More...

#include "naive_universe.h"

Include dependency graph for naive_universe.c:

Functions
char	naive_universe_get_cell (universe u, int row, int column)
	Get a cell from a universe. More...
void	naive_universe_update_cell (universe u, int row, int column, char state)
	Update a given cell from a universe to a given state. More...
void	print_naive_cells (universe u)
	Print a universe's cells state. More...
void	print_naive_universe (universe u)
	Print a universe to the console. More...
void	prettyprint_naive_universe (universe u)
	Pretty-prints a universe to the console. More...

Detailed Description

Source file for a naive implementation of Conway's game of life universe structure.

Author

Victor Colomb (vic.c.nosp@m.ol@h.nosp@m.otmai.nosp@m.l.fr)

Date

2021-02-23

Function Documentation

naive_universe_get_cell()

char naive_universe_get_cell	(	universe	u,
		int	row,
		int	column
	)

Get a cell from a universe.

Parameters

u	universe
row
column

Precondition

row and column should be inferior respectively to the height and width of the universe.

Returns

. if the cell is dead and 0 if it is alive

naive_universe_update_cell()

void naive_universe_update_cell	(	universe	u,
		int	row,
		int	column,
		char	state
	)

Update a given cell from a universe to a given state.

Parameters

u	universe
row
column
state	true for alive, false for dead

prettyprint_naive_universe()

void prettyprint_naive_universe

(

universe

u

)

Pretty-prints a universe to the console.

The universe is formatted as follows:

Universe width:  {width}
Universe height: {height}
Number of steps: {number of steps}
Universe cells state:
=====================
{universe cells}

Parameters

u

universe

print_naive_cells()

void print_naive_cells

(

universe

u

)

Print a universe's cells state.

Parameters

u

universe

print_naive_universe()

void print_naive_universe

(

universe

u

)

Print a universe to the console.

The universe is formatted as follows:

{width} {height}
{number of steps}
Array of cells, . representing a dead cell and 0 a live one.

Parameters

u

universe