from wiggleface import *
import random
import math
w = wiggleface()
w.score = 0
w.snake = [(4, 4)]
w.delayMax = 15 # This controls the speed of the game.
w.delay = w.delayMax
w.direction = 2
w.fillWiggle(False)
w.lastPress = -1
w.fruit = (8, 8)
w.justAte = False
w.gameOver = False
def init():
w.grid[w.fruit[0]][w.fruit[1]] = (2, True)
def update():
w.text = "Score: " + str(w.score)
w.delay -= 1
x, y = w.snake[0]
# Fruit.
if (x, y) == w.fruit:
# TODO: Check if new position is not on top of the snake.
w.fruit = (random.randrange(0, w.width), random.randrange(0, w.height))
w.grid[w.fruit[0]][w.fruit[1]] = (2, True)
key = game.add_object(b)
game.move_every(key, 10)
game.draw_every(key)
game.wf.barriers.append(key)
def remove_barriers(game):
barriers = game.wf.barriers
for b in barriers:
if game.objects[b].bounds[0][1] >= game.wf.rows:
game.remove_object(b)
barriers.remove(b)
wf = wiggleface()
def init():
wf.fillWiggle(False)
wf.barriers = []
wf.game = Game(wf, lose=lose)
wf.game.bind_key(wf.Key_Right, move_right)
wf.game.bind_key(wf.Key_Left, move_left)
wf.game.bind_key(wf.Key_Up, move_up)
wf.game.bind_key(wf.Key_Down, move_down)
wf.game.run_every(new_barrier, 50)
wf.game.run_every(remove_barriers)