void Event::gen_level_campaign(int level, int boss, bool coop) {
int tmpx = 0, tmpy = 0;
int p_x = 2 + (rand() % (globject::mapX_size - 4));
int p_y = 2 + (rand() % (globject::mapY_size - 4));
boss = (boss > 0) ? 0 : 1;
fill_border_map();
this->char_list.push_back(Factory::create_player(0, (float)p_x, (float)p_y, PLAYER1)); // change model
if (coop == true) {
p_x = 2 + (rand() % (globject::mapX_size - 4));
p_y = 2 + (rand() % (globject::mapY_size - 4));
while (check_coord(0, (float)p_x, (float)p_y) != true) {
p_x = 2 + (rand() % (globject::mapX_size - 4));
p_y = 2 + (rand() % (globject::mapY_size - 4));
}
this->char_list.push_back(Factory::create_player(0, (float)p_x, (float)p_y, PLAYER2)); // change model
}
int i = 0;
while (i < (level % 3) + boss) {
tmpx = 2 + (rand() % (globject::mapX_size - 4));
tmpy = 2 + (rand() % (globject::mapY_size - 4));
if (check_coord(0, (float)tmpx, (float)tmpy) == true) {
if (boss == 1)
this->char_list.push_back(Factory::create_boss(0, (float)tmpx, (float)tmpy, BOSS_A, BOSS_A)); // change model
else
this->char_list.push_back(Factory::create_enemy(0, (float)tmpx, (float)tmpy, ENEMY1)); // change model
i++;
}
}
gen_obstacle((level / 3));
}
int is_room(char *line)
{
char **info_room;
info_room = NULL;
if (!(ft_strchr(line, ' ')) || nb_space(line) != 1)
return (0);
info_room = ft_strsplit(line, ' ');
if (!(check_nb_data(info_room)))
{
free_split(info_room);
return (0);
}
if (!(check_name(info_room[0])))
{
free_split(info_room);
return (0);
}
if (!(check_coord(info_room[1])) || !(check_coord(info_room[2])))
{
free_split(info_room);
return (0);
}
free_split(info_room);
return (1);
}
void check_tetriminos(t_env *e)
{
valid_piece(e);
check_coord(X);
add_nb_tetri(&NB_TETRI, X);
check_limit_tetri(NB_TETRI);
add_width_and_save(NB_TETRI, &MAP_WIDTH, &MAP_WIDTH_SAVED);
check_tetriminos_sharp(e);
}
void Event::gen_level_arena(int level, int coop) {
int i = 0, tmpx = 0, tmpy = 0;
fill_border_map();
while (i < coop) {
int p_x = 2 + (rand() % (globject::mapX_size - 4));
int p_y = 2 + (rand() % (globject::mapY_size - 4));
if (check_coord(0, (float)p_x, (float)p_y) == true) {
this->char_list.push_back(Factory::create_player(0, (float)p_x, (float)p_y, PLAYER1 + i));
i++;
}
}
tmpx = 2 + (rand() % (globject::mapX_size - 4));
tmpy = 2 + (rand() % (globject::mapY_size - 4));
while (check_coord(0, (float)tmpx, (float)tmpy) != true) {
tmpx = 2 + (rand() % (globject::mapX_size - 4));
tmpy = 2 + (rand() % (globject::mapY_size - 4));
}
this->char_list.push_back(Factory::create_boss(0, (float)tmpx, (float)tmpy, BOSS_A, BOSS_A));
gen_obstacle((level / 3));
}
void Event::gen_level_multi(int level, int coop) {
int i = 0;
fill_border_map();
while (i < coop) {
int p_x = 2 + (rand() % (globject::mapX_size - 4));
int p_y = 2 + (rand() % (globject::mapY_size - 4));
if (check_coord(0, (float)p_x, (float)p_y) == true) {
this->char_list.push_back(Factory::create_player(0, (float)p_x, (float)p_y, PLAYER1 + i)); // change model
i++;
}
}
gen_obstacle((level / 3));
}
void Event::gen_obstacle(int difficulty) {
int block = ((globject::mapX_size - 2) * (globject::mapY_size - 2));
int tmpx = 0, tmpy = 0;
while (block >= 0) {
tmpx = 1 + (rand() % (globject::mapX_size - 2));
tmpy = 1 + (rand() % (globject::mapY_size - 2));
if (check_coord(1, (float)tmpx, (float)tmpy) == true) {
delete this->map[tmpy][tmpx];
this->map[tmpy][tmpx] = NULL;
if (rand() % 20 <= 2)
this->map[tmpy][tmpx] = Factory::create_wall(WALL_INDESTRUCTIBLE, (float)tmpx, (float)tmpy, WALL_INDESTRUCTIBLE);
else
this->map[tmpy][tmpx] = Factory::create_wall(rand_range(WALL_HP_1, 1 + difficulty), (float)tmpx, (float)tmpy, WALL_HP_1);
}
block--;
}
}
void check_tetriminos_sharp(t_env *e)
{
int count;
count = 0;
X = 0;
Y = 0;
while (TETRI_TAB[X] != NULL)
{
while (TETRI_TAB[X][Y] != '\0')
{
if (TETRI_TAB[X][Y] == '#')
count++;
Y++;
}
check_coord(count);
X++;
}
}
void solver(t_fill *fill)
{
fill->map_size = 2;
while (fill->map_size * fill->map_size < fill->num_piece * 4)
fill->map_size++;
init_map(fill->map_size, fill->map);
fill->piece = 0;
while (fill->piece <= fill->num_piece)
{
if (check_place(fill->parsing[fill->piece],
&fill->coord[fill->piece], fill->map))
{
place(fill->parsing[fill->piece], &fill->coord[fill->piece],
fill->map, 'A' + fill->piece);
fill->piece++;
}
else if (check_coord(&fill->coord[fill->piece], fill->map_size))
update_coord(&fill->coord[fill->piece], fill->map_size);
else
solver_bis(fill);
}
}