import pyxel import os pyxel.init(128, 128, title="Bobby Fischer Jumper") pyxel.load("ress.pyxres") # Joueur perso_x = 40 perso_y = 2030 perso_vx = 0 perso_vy = 0 perso_largeur = 8 perso_hauteur = 8 gravity = 0.5 jump_strength = -6 jump_counter = 2 is_dashing = False dash_speed = 10 dash_duration = 5 dash_timer = 0 dash_cooldown_timer = 0 # Boost TILE_BOOST = [6, 10] TILE_BOOST_UP = [8] BOOST_SPEED = 8 BOOST_JUMP = -8 BOOST_UP_FORCE = -10 BOOST_DURATION = 10 boost_timer = 0 # Caméra camera_x = 0 camera_y = 0 # Tuiles spéciales TILE_COLLISION = [1, 2, 3, 4, 9, 11] TILE_FINISH = [11] # Game Over & Fin de course game_over = False finished = False # Animation animation_frame = 0 animation_timer = 0 perso_direction = 1 # Timer game_timer = 0 best_time = None # Fichier de sauvegarde BEST_TIME_FILE = "best_time.txt" def load_best_time(): global best_time if os.path.exists(BEST_TIME_FILE): with open(BEST_TIME_FILE, "r") as f: try: best_time = int(f.read().strip()) except: best_time = None def save_best_time(): with open(BEST_TIME_FILE, "w") as f: f.write(str(best_time)) def reset_game(): global perso_x, perso_y, perso_vx, perso_vy, jump_counter global is_dashing, dash_timer, boost_timer, game_over global animation_frame, animation_timer, perso_direction global dash_cooldown_timer, game_timer, finished perso_x = 40 perso_y = 2030 perso_vx = 0 perso_vy = 0 jump_counter = 2 is_dashing = False dash_timer = 0 boost_timer = 0 game_over = False finished = False animation_frame = 0 animation_timer = 0 perso_direction = 1 dash_cooldown_timer = 0 game_timer = 0 def get_tile_id(x, y): tile_x = int(x // 8) tile_y = int(y // 8) if tile_x < 0 or tile_y < 0 or tile_x >= pyxel.tilemap(0).width or tile_y >= pyxel.tilemap(0).height: return -1 tile = pyxel.tilemap(0).pget(tile_x, tile_y) return tile[0] + tile[1] * 16 def get_tile_collision(x, y): return get_tile_id(x, y) in TILE_COLLISION def check_side_collision(x, y): return ( get_tile_collision(x, y) or get_tile_collision(x + perso_largeur - 1, y) or get_tile_collision(x, y + perso_hauteur - 1) or get_tile_collision(x + perso_largeur - 1, y + perso_hauteur - 1) ) def update(): global perso_x, perso_y, perso_vx, perso_vy global jump_counter, is_dashing, dash_timer global camera_x, camera_y, boost_timer, game_over, finished global animation_frame, animation_timer, perso_direction global dash_cooldown_timer, game_timer, best_time if game_over or finished: if pyxel.btnp(pyxel.KEY_R): reset_game() return # Timer actif uniquement si pas terminé if not finished: game_timer += 1 # Tuiles spéciales sous les pieds tile_below_x = perso_x + perso_largeur // 2 tile_below_y = perso_y + perso_hauteur tile_id = get_tile_id(tile_below_x, tile_below_y) if tile_id in TILE_BOOST and not finished: boost_timer = BOOST_DURATION perso_vx = BOOST_SPEED perso_vy += BOOST_JUMP elif tile_id in TILE_BOOST_UP and not finished: perso_vy = BOOST_UP_FORCE jump_counter = 1 elif tile_id in TILE_FINISH and not finished: finished = True if best_time is None or game_timer < best_time: best_time = game_timer save_best_time() move_speed = BOOST_SPEED if boost_timer > 0 else (dash_speed if is_dashing else 2) if pyxel.btn(pyxel.KEY_D): perso_vx = move_speed perso_direction = 1 elif pyxel.btn(pyxel.KEY_Q): perso_vx = -move_speed perso_direction = -1 else: perso_vx = 0 if boost_timer > 0: boost_timer -= 1 if pyxel.btnp(pyxel.KEY_SHIFT) and not is_dashing and dash_cooldown_timer == 0: is_dashing = True dash_timer = dash_duration dash_cooldown_timer = 60 if is_dashing: dash_timer -= 1 if dash_timer <= 0: is_dashing = False if pyxel.btnp(pyxel.KEY_SPACE) and jump_counter > 0: perso_vy = jump_strength jump_counter -= 1 perso_vy += gravity new_x = perso_x + perso_vx if not check_side_collision(new_x, perso_y): perso_x = new_x new_y = perso_y + perso_vy on_ground = False if perso_vy > 0: for dy in range(int(perso_vy) + 1): if get_tile_collision(perso_x, perso_y + dy + perso_hauteur) or get_tile_collision(perso_x + perso_largeur - 1, perso_y + dy + perso_hauteur): perso_vy = 0 jump_counter = 2 new_y = ((perso_y + dy + perso_hauteur) // 8) * 8 - perso_hauteur on_ground = True break else: new_y = perso_y + perso_vy elif perso_vy < 0: for dy in range(int(-perso_vy) + 1): if get_tile_collision(perso_x, perso_y - dy) or get_tile_collision(perso_x + perso_largeur - 1, perso_y - dy): perso_vy = 0 new_y = ((perso_y - dy) // 8 + 1) * 8 break else: new_y = perso_y + perso_vy perso_y = new_y if on_ground: dash_cooldown_timer = 0 elif dash_cooldown_timer > 0: dash_cooldown_timer -= 1 if perso_y > pyxel.tilemap(0).height * 8: game_over = True if is_dashing: animation_frame = 4 elif perso_vy < -1 or perso_vy > 1: animation_frame = 3 elif perso_vx != 0: animation_timer += 1 if animation_timer > 5: animation_timer = 0 animation_frame = 1 if animation_frame == 2 else 2 else: animation_frame = 0 target_camera_x = perso_x - pyxel.width // 2 target_camera_y = perso_y - pyxel.height // 2 max_camera_x = pyxel.tilemap(0).width * 8 - pyxel.width max_camera_y = pyxel.tilemap(0).height * 8 - pyxel.height target_camera_x = max(0, min(target_camera_x, max_camera_x)) target_camera_y = max(0, min(target_camera_y, max_camera_y)) camera_x += (target_camera_x - camera_x) * 0.15 camera_y += (target_camera_y - camera_y) * 0.15 def draw(): pyxel.cls(0) pyxel.camera(int(camera_x), int(camera_y)) pyxel.bltm(0, 0, 0, 0, 0, pyxel.tilemap(0).width * 8, pyxel.tilemap(0).height * 8) frame_coords = [(0,0), (0,8), (8,8), (16,8), (24,8)] u, v = frame_coords[animation_frame] flip = -1 if perso_direction == -1 else 1 pyxel.blt(perso_x, perso_y, 0, u, v, 8 * flip, 8, 0) pyxel.camera(0, 0) # Timer en haut seconds = game_timer // 30 centiseconds = int((game_timer % 30) * (100 / 30)) pyxel.text(4, 4, f"Time: {seconds}.{centiseconds:02}", 7) # Meilleur temps if best_time is not None: best_sec = best_time // 30 best_centi = int((best_time % 30) * (100 / 30)) pyxel.text(4, 14, f"Best: {best_sec}.{best_centi:02}", 6) # Game Over if game_over: pyxel.rect(20, 50, 88, 30, 0) pyxel.text(35, 60, "GAME OVER", 8) pyxel.text(25, 70, "Press R to retry", 7) # Écran de fin if finished: pyxel.rect(10, 50, 108, 40, 0) pyxel.text(25, 55, f"Your time is: {seconds}.{centiseconds:02}", 10) pyxel.text(14, 65, " You can press R to", 7) pyxel.text(14, 72, " try to beat your time.", 7) load_best_time() pyxel.run(update, draw)