#ifndef CUBE3D_STRUCT_H
# define CUBE3D_STRUCT_H

/*
 * 3 structs with coordinates for
 * - simple precision point
 * - double precision point
 * - vector (two points)
 */

typedef struct		s_d_coord
{
	double			x;
	double			y;
}					t_d_coord;

typedef struct		s_coord
{
	int				x;
	int				y;
}					t_coord;

typedef struct		s_vec
{
	t_coord			start;
	t_coord			end;
}					t_vec;

/*
 * struct with all elements for raycasting
 */

typedef struct		s_rcast
{
	t_vec			screen_dist;
	t_vec			screen_size;
	t_vec			ray;
	int				screen_def;
	int				cell;
	int				cell_x;
	int				cell_y;
	int				slope_x;
	int				slope_y;
	int				ray_sign_x;
	int				ray_sign_y;
	int				first_next_x;
	int				first_next_y;
	int				next_x;
	int				next_y;
	int				next_cell_x;
	int				next_cell_y;
	int				ray_step_x;
	int				ray_step_y;
	int				is_x;
	int				ray_nb;
	int				wall_height;
	double			ratio;
}					t_rcast;

/*
 * structs for windows, and images associated
 */

typedef struct		s_win
{
	void			*ptr;
	int				size_x;
	int				size_y;
}					t_win;

typedef struct		s_img
{
	void			*ptr;
	char			*data;
	int				bpp;
	int				sizel;
	int				endian;
}					t_img;

/*
 * structs for the map
 */

typedef struct		s_map
{
	char			**content;
	int				size_x;
	int				size_y;
	int				cell;
}					t_map;

/*
 * structs for the player and its moves
 */

typedef struct		s_plr
{
	// player
	t_d_coord		exact;
	t_coord			pos;
	// rot
	int				rot;
	double			cosi;
	double			cosj;
	double			sini;
	double			sinj;
}					t_plr;

/*
 * struct with all elements for the project
 */

typedef struct		s_game
{
	void			*mlx_ptr;
	// map window
	t_win			map_win;
	t_img			map_img;
	// game window
//	t_win			win;
//	t_img			img;
	// player
	t_plr			plr;
	// rays
	t_rcast			rcast;
	// map
	t_map			map;
	// key hook
	int				k_hook[MAX_NB_KEY];
}					t_game;

#endif