import random class FoodManager: def __init__(self): self.amount = 5 class BodyPart: position = [-1, -1] class Head: _position = 0 _velocity = [1, 1] class Tail: _position = 3 _velocity = [0, 0] def check_collision(): global head, tail, body, food_manager collision = False tail_x, body_items, food_size = len(tail._position)-1, len(body), body_item_width() + body_margin() if abs(head._position) < food_size / 2: body_items += 1 for _ in range(body_items+1): if min(_ == head._position - 1, len(head._position) - 1) > max(body._position, food._position): collision = True break if food_manager.amount > 0: for _ in range(4): if abs(_ == head._position % food_size or _ == tail._position % food_size) <= food_size / 4: collision = True break else: collision |= abs(head._position) >= food_size / 2 return collision def set_score_label_text(): label_str = "Score: {}".format(game.points) global score_label score_label.setText(label_str) def main(): game.setWindowSize((len(header)+min(game_field_width(), body_height())+178, len(footer))) global header, footer header.pushLabels(["Settings", "FPS"]) footer.pushButtonLabels(["New Game", "Quit Game"]) score_label.setText("Score: 0") player.addKeyboardControlledActor(main_actor) play_loop = game.repeat(game.timePerFrame/60, 1, update) def update(deltaTime): global game # Setup Food Manager food_manager = FoodManager() while True: # Initialize game components initGameComponents() # Start playing the game playLoop() def checkCollision(): # Check collisions here pass def setScoreText(): # Set scores pass def addBodyParts(): # Add body parts pass def removeTailSegments(): # Remove tail segments pass def addHeadAndTailSegmentToBoard(): # Add head and tail segment to board pass def growWithoutEating(): # Grow without eating pass def stopPlaying(): # Stop Playing pass def changeDirectionAfterCrash(): # Change Direction After Crash pass initGameComponents() playLoop()