moves_rubiks.h

/**
 * @file moves_rubiks.h
 * @author Mathieu CHANTOT et Clément LE STRAT
 * @date 7 Mai 2021
 * @brief Dans ce fichier, on trouve les headers utilisés partout dans le code. Définitions dans moves_rubiks.c.
 */

#ifndef RUBIKS_EFREI_MOVES_RUBIKS_H
#define RUBIKS_EFREI_MOVES_RUBIKS_H
#include "rubiks.h"

#define SIZE_MOVE 20
typedef struct solutions_steps solutions_steps;
struct solutions_steps{
    char solution_step[SIZE_MOVE];
    solutions_steps *next_step;
};

void move_side_clockwise(rubiks_side *, int, int);
void move_side_anticlockwise(rubiks_side *, int, int);
void move_corner(rubiks_side *, int, int, int);
void move_edge(rubiks_side *, int, int, int);
void mix_rubiks(rubiks_side *);
void alternate_color(rubiks_side * );
void solve_rubiks(rubiks_side *);
void solve_white_side(rubiks_side *);
void solve_middle_row(rubiks_side *);
void solve_yellow_cross(rubiks_side *);
void solve_yellow_corner(rubiks_side *);
void turn_three_corner(rubiks_side *);
cubies search_cubie(rubiks_side *, T_COLOR, T_COLOR, T_CUBIE_TYPE);
void right_move(rubiks_side *, cubies);
void left_move(rubiks_side *, cubies);
solutions_steps * init_solution(char[SIZE_MOVE]);
void add_step_to_solution(solutions_steps *, char[SIZE_MOVE]);
void print_solution(solutions_steps *);
void free_solution(solutions_steps *);

#endif //RUBIKS_EFREI_MOVES_RUBIKS_H