void SnakeGame::play_game() {
SDL_Event window_event;
program_running = true;
game_over = false;
while(program_running) {
handle_events(&window_event);
//Clear Screen
glClearColor(0,0,0,1);
glClear(GL_COLOR_BUFFER_BIT);
snake->move();
snake_eats();
sidebar->draw(renderer);
board->draw(renderer);
border->draw(renderer);
snake->draw(renderer);
apple->draw(renderer);
SDL_GL_SwapWindow(window);
if(check_death()) {
reset();
}
}
}
void creature_t::regenerate_hp(int amount)
{
hp.cur += amount;
if (hp.cur > hp.max)
hp.cur = hp.max;
// If negative regeneration.
check_death(nullptr, this);
}
/* Callback function called for each tick. This is the complete machinery of
everything that moves. */
void
draw_pacman(ModeInfo * mi)
{
unsigned int g;
pacmangamestruct *pp;
if (pacmangames == NULL)
return;
pp = &pacmangames[MI_SCREEN(mi)];
if (pp->ghosts == NULL)
return;
pp->pacman.err.x = (pp->pacman.err.x + 1) % pp->pacman.speed;
pp->pacman.err.y = (pp->pacman.err.y + 1) % pp->pacman.speed;
pp->pacman.delta.x += pp->pacman.err.x != 0 ? pp->incx : 0;
pp->pacman.delta.y += pp->pacman.err.y != 0 ? pp->incy : 0;
if (pp->pacman.delta.x >= pp->xs && pp->pacman.delta.y >= pp->ys) {
pac_update(mi, pp, &(pp->pacman));
check_death(mi, pp);
pp->pacman.delta.x = pp->incx;
pp->pacman.delta.y = pp->incy;
}
if (pp->pacman.delta.x > pp->xs + pp->incx)
pp->pacman.delta.x = pp->xs + pp->incx;
if (pp->pacman.delta.y > pp->ys + pp->incy)
pp->pacman.delta.y = pp->ys + pp->incy;
for (g = 0; g < pp->nghosts; g++) {
if (pp->ghosts[g].dead == True) continue;
pp->ghosts[g].err.x = (pp->ghosts[g].err.x + 1) %
pp->ghosts[g].speed;
pp->ghosts[g].err.y = (pp->ghosts[g].err.y + 1) %
pp->ghosts[g].speed;
pp->ghosts[g].delta.x += pp->ghosts[g].err.x != 0 ?
pp->incx : 0;
pp->ghosts[g].delta.y += pp->ghosts[g].err.y != 0 ?
pp->incy : 0;
if (pp->ghosts[g].delta.x >= pp->xs &&
pp->ghosts[g].delta.y >= pp->ys) {
ghost_update(pp, &(pp->ghosts[g]));
pp->ghosts[g].delta.x = pp->incx;
pp->ghosts[g].delta.y = pp->incy;
}
if (pp->ghosts[g].delta.x > pp->xs + pp->incx)
pp->ghosts[g].delta.x = pp->xs + pp->incx;
if (pp->ghosts[g].delta.y > pp->ys + pp->incy)
pp->ghosts[g].delta.y = pp->ys + pp->incy;
}
pacman_tick(mi);
}
/* Resets state of ghosts + pacman. Creates a new level, draws that level. */
static void
repopulate(ModeInfo * mi)
{
pacmangamestruct *pp = &pacmangames[MI_SCREEN(mi)];
unsigned int ghost;
int i = createnewlevel(mi);
MI_CLEARWINDOW(mi);
drawlevel(mi);
pp->gamestate = GHOST_DANGER;
pp->pacman.row = (LEVHEIGHT + JAILHEIGHT)/2 - i;
pp->pacman.col = (LEVWIDTH/2);
pp->pacman.nextrow = NOWHERE;
pp->pacman.nextcol = NOWHERE;
pp->pacman.cf = NOWHERE;
pp->pacman.rf = NOWHERE;
pp->pacman.oldcf = NOWHERE;
pp->pacman.oldrf = NOWHERE;
pp->pacman.oldlx = NOWHERE;
pp->pacman.oldly = NOWHERE;
pp->pacman.aistate = ps_eating;
pp->pacman.cur_trace = 0;
pp->pacman.roundscore = 0;
pp->pacman.speed = 4;
pp->pacman.lastturn = 0;
pp->pacman.delta.x = 0;
pp->pacman.delta.y = 0;
pac_clear_trace(&(pp->pacman));
for (ghost = 0; ghost < pp->nghosts; ghost++) {
pp->ghosts[ghost].col = (LEVWIDTH/2);
pp->ghosts[ghost].row = (LEVHEIGHT/2);
pp->ghosts[ghost].nextcol = NOWHERE;
pp->ghosts[ghost].nextrow = NOWHERE;
pp->ghosts[ghost].dead = 0;
pp->ghosts[ghost].lastbox = START;
pp->ghosts[ghost].cf = NOWHERE;
pp->ghosts[ghost].rf = NOWHERE;
pp->ghosts[ghost].oldcf = NOWHERE;
pp->ghosts[ghost].oldrf = NOWHERE;
pp->ghosts[ghost].aistate = inbox;
pp->ghosts[ghost].timeleft = ghost * 50;
pp->ghosts[ghost].speed = 3;
pp->ghosts[ghost].delta.x = 0;
pp->ghosts[ghost].delta.y = 0;
ghost_update(pp, &(pp->ghosts[ghost]));
}
check_death(mi, pp);
pac_update(mi, pp, &(pp->pacman));
}
static int player_loop(t_lemipc *lemipc)
{
while (g_check)
{
printf("still Alive !\n");
lock_sem(lemipc->game->sem_id);
if (check_death(lemipc) == 1)
return (0);
move_random(lemipc);
usleep(600000);
unlock_sem(lemipc->game->sem_id);
}
return (1);
}
int update_fork_incant(t_serv *serv, double elapsed, t_client *tmp)
{
if (tmp->incanting)
{
tmp->incant_time -= elapsed / 1000000;
if (tmp->incant_time <= 0)
if (cmd_end_incantation(serv, tmp) == EXIT_FAILURE)
return (EXIT_FAILURE);
}
if (tmp->forking)
{
tmp->fork_time -= elapsed / 1000000;
if (tmp->fork_time <= 0)
if (cmd_fork(serv, tmp, NULL) == EXIT_FAILURE)
return (EXIT_FAILURE);
}
if (check_death(serv, tmp) == EXIT_FAILURE)
return (EXIT_FAILURE);
return (EXIT_SUCCESS);
}
