def main():
win = GraphWin("Fall Drawing", 600, 600, autoflush=False)
draw_background(win)
sun = draw_sun(win)
draw_forest(win)
end = False
while not end:
key = win.checkKey()
if key == "q":
end = True
win.close()
update(win, sun)
graphics.update(30)
threes = [3, 8, 13, 18, 23, 28, 33, 38, 43, 48, 53, 58]
fours = [4, 9, 14, 19, 24, 29, 34, 39, 44, 49, 54, 59]
fives = [0, 5, 10, 15, 20, 25, 30, 35, 40, 45, 50, 55]
while True:
if int(strftime('%S')) in ones:
cir1.undraw()
cir1.draw(win)
cir2.undraw()
cir3.undraw()
cir4.undraw()
cir5.undraw()
if int(strftime('%S')) in twos:
cir2.draw(win)
if int(strftime('%S')) in threes:
cir3.draw(win)
if int(strftime('%S')) in fours:
cir4.draw(win)
if int(strftime('%S')) in fives:
cir5.draw(win)
sleep(1)
if win.checkKey() == 'q':
win.close()
draw_pik_score(pikScore, "0")
debug_print()
# ---------------------------------------------------------
# Start game loop
# ---------------------------------------------------------
while alive:
# if checkCapture():
# alive = False
# else:
# calcScore()
coordinate = win.checkMouse()
if coordinate is not None:
alive = False
move = win.checkKey()
if move != "":
move_pikman(move)
if (gameDuration - gameTimer) < 0:
alive = False
else:
# gameTimer = gameTimer - 1
gameTimer = time.time() - gameStart
draw_pik_score(pikScore, f"{gameTimer:.1f}")
# print("time: " + str(f'{gameTimer:.1f}'))
animate_board()
pikColor = draw_pikman(pikLocation, pikColor)
if pikScore >= maxScore:
draw_notice("Click anywhere to quit", "black")
draw_notice("Winner!", "yellow")
def main():
gameOver = False
eaten = False
bodyPieces = [
SnakePiece([21, 20]),
SnakePiece([22, 20]),
SnakePiece([23, 20]),
SnakePiece([24, 20])
]
fruit = Fruit()
win = GraphWin("Snek!", 400, 400)
head = SnakeHead([20, 20], Direction.Left)
# region Initialise Sprites To Window
head._gfx.draw(win)
for p in bodyPieces:
p._gfx.draw(win)
fruit._gfx.draw(win)
# endregion
while (not gameOver):
head._gfx.undraw()
for p in bodyPieces:
p._gfx.undraw()
for i in range(len(bodyPieces) - 1, 0, -1):
bodyPieces[i]._pos = bodyPieces[i - 1]._pos
bodyPieces[0]._pos = head.getPos()
if (eaten):
spaceFree = True
for p in bodyPieces:
if (p._pos == pendingSnakePos):
spaceFree = False
if (spaceFree):
bodyPieces.append(Snake(pendingSnakePos))
eaten = False
head.moveSelf()
for p in bodyPieces:
p.getGFX()
p._gfx.draw(win)
head._gfx.draw(win)
if (head._pos == fruit._pos):
fruit._gfx.undraw()
fruit.move()
fruit._gfx.draw(win)
eaten = True
pendingSnakePos = head._pos
key = win.checkKey()
if (key == "Up"):
head._facing = Direction.Up
elif (key == "Right"):
head._facing = Direction.Right
elif (key == "Down"):
head._facing = Direction.Down
elif (key == "Left"):
head._facing = Direction.Left
elif (key == "Escape"):
gameOver = True
sleep(0.75)
win.close()
print("Game Over! Score was: " + str(len(bodyPieces)))
sleep(5)
class Game:
def __init__(self):
self.window = GraphWin(TITLE, WindowLength, WindowHeight, autoflush = False)
self.window.setBackground('black')
self.Players = None
self.score = 0
self.coins = []
self.best = 0
self.PauseObj = Text(Point(PauseX, PauseY), "Press p to pause!")
self.PauseObj.setTextColor('red')
def generate_coins(self):
tomStart, jerryStart = self.Players.tomPos, self.Players.jerryPos
self.coins, self.total = draw_coins(self.window, tomStart, jerryStart, self.Players.tunnels)
def initiate_score(self):
self.scoreObj, self.bestObj = spawn_score(self.window)
def update_score_and_coins(self):
obj,sc = self.coins[self.Players.tomPos[0]][self.Players.tomPos[1]]
if obj:
self.score += sc
update_score(self.score, self.scoreObj)
self.coins[self.Players.tomPos[0]][self.Players.tomPos[1]] = (None,0)
destroy_coin(obj)
def draw_map(self):
draw_borders(self.window)
self.obstacles = draw_obstacles(self.window)
def clear(self):
self.window.autoflush = False
for item in self.window.items[:]:
item.undraw()
update()
self.window.autoflush = True
def check_win_loss(self):
if self.Players.tomPos in self.Players.jerryPos:
self.game_over()
return True
if self.score == self.total:
self.game_win()
return True
def pause(self):
self.PauseObj.setText("Game Paused!")
while(self.window.checkKey() != "p"):
continue
self.PauseObj.setText("Press p to pause.")
def gameLoop(self, weight):
i = 0
while not self.check_win_loss():
key = self.window.checkKey()
if key == "w":
if self.Players.move_tom(-1,0):
self.update_score_and_coins()
elif key == "s":
if self.Players.move_tom(1,0):
self.update_score_and_coins()
elif key == "a":
if self.Players.move_tom(0,-1):
self.update_score_and_coins()
elif key == "d":
if self.Players.move_tom(0,1):
self.update_score_and_coins()
elif key == "p":
self.pause()
elif key == "e":
self.game_over()
break
if i == weight:
i = 0
if i == 0:
self.Players.move_jerry()
i += 1
update(PLAYER_SPEED)
def choose_difficulty(self):
self.clear()
key = None
draw_bot(gameInstance.window, 'green', "Press 1 for difficulty level easy!\n\nPress 2 for difficulty level medium!\n\nPress 3 for difficulty level hard")
while not key:
key = self.window.checkKey()
if key == "1":
self.start_easy()
elif key == "2":
self.start_medium()
elif key == "3":
self.start_hard()
else:
self.start_medium()
def start_easy(self):
self.clear()
self.scoreObj, self.bestObj = spawn_score(self.window)
update_score(self.best, self.bestObj)
self.PauseObj.draw(self.window)
self.Players = Player(self.window, 1)
self.draw_map()
self.generate_coins()
self.gameLoop(JERRY_WEIGHT_EASY)
def start_medium(self):
self.clear()
self.scoreObj, self.bestObj = spawn_score(self.window)
update_score(self.best, self.bestObj)
self.PauseObj.draw(self.window)
self.Players = Player(self.window, 2)
self.draw_map()
self.generate_coins()
self.gameLoop(JERRY_WEIGHT_MEDIUM)
def start_hard(self):
self.clear()
self.scoreObj, self.bestObj = spawn_score(self.window)
update_score(self.best, self.bestObj)
self.PauseObj.draw(self.window)
self.Players = Player(self.window, 3)
self.draw_map()
self.generate_coins()
self.gameLoop(JERRY_WEIGHT_HARD)
def show_help(self):
self.clear()
draw_middle(self.window, 'blue', "'E' is the player who has to collect all coins.", -2)
draw_middle(self.window, 'red', "'J' is the bot who will chase you to catch you.", -1)
draw_middle(self.window, GOLD_COIN, "Golden coin is worth 2 points", 0)
draw_middle(self.window, SILVER_COIN, "Silver coin is worth 1 points", 1)
draw_middle(self.window, 'brown', "'\U0001F6AA' represents tunnel through which you can teleport to a corresponding tunnel", 2)
draw_middle(self.window, 'green', "'#' represents obstacles which player or bot cannot pass", 3)
draw_middle(self.window, 'green', "Press any key to continue!", 5)
key = None
while not key:
key = self.window.checkKey()
self.play()
def play(self):
key = None
self.clear()
draw_head(self.window, 'green', START)
draw_bot(gameInstance.window, 'green', "Press h for help.\n\nPress any other key to start!")
while not key:
key = self.window.checkKey()
if key == "h":
self.show_help()
else:
self.choose_difficulty()
def game_over(self):
self.clear()
key = None
if self.score > self.best:
self.best = self.score
self.score = 0
draw_head(gameInstance.window, 'red', END)
draw_bot(gameInstance.window, 'white', "Your Final Score: "+str(self.best)+"\n\n Press e to exit."+ "\n\n Press any other key to play again!")
while not key:
key = gameInstance.window.checkKey()
if key != "e":
self.play()
def game_win(self):
self.clear()
key = None
if self.score > self.best:
self.best = self.score
self.score = 0
draw_head(gameInstance.window, 'green', WIN)
draw_bot(gameInstance.window, 'white', "Your Final Score: "+str(self.best)+"\n\n Press e to exit."+ "\n\n Press any other key to play again!")
while not key:
key = gameInstance.window.checkKey()
if key != "e":
self.play()
def exit(self):
self.window.close()
class Game:
window = None
snake = None
food = None
def __init__(self):
self.window = GraphWin(
title="dj-snake",
width=TILE_SIZE * BOARD_LENGTH,
height=TILE_SIZE * BOARD_LENGTH,
)
self.window.setBackground(BACKGROUND_COLOR)
for x in range(1, BOARD_LENGTH):
for y in range(1, BOARD_LENGTH):
self.window.plotPixel(x * TILE_SIZE, y * TILE_SIZE,
SNAKE_COLOR)
self.snake = Snake(self.window)
self.spawnFood()
def spawnFood(self):
x, y = randint(0, BOARD_LENGTH - 1), randint(0, BOARD_LENGTH - 1)
while any(block.coordinates == (x, y) for block in self.snake.blocks):
x, y = randint(0, BOARD_LENGTH), randint(0, BOARD_LENGTH)
self.food = Block(x, y, self.window, FOOD_COLOR)
def checkIllegal(self):
headCoordinates = self.snake.blocks[0].coordinates
if any(headCoordinates == block.coordinates
for block in self.snake.blocks[1:]):
return True
elif any(x < 0 or x >= BOARD_LENGTH for x in headCoordinates):
return True
return False
def play(self):
while True:
time.sleep(UPDATE_INTERVAL)
self.snake.changeDirection(self.window.checkKey())
if self.snake.blocks[0].coordinates == self.food.coordinates:
self.snake.grow()
self.food.destroy()
self.spawnFood()
if not self.checkIllegal():
self.snake.update()
self.getEnvironmentParams()
else:
break
def getEnvironmentParams(self):
# return information about left, fleft, front, fright and right
# 3 possible things detected: wall, snake, food
# ie 5 parameters in total
delta = dict()
if self.snake.direction == 'Up':
delta["front"] = (0, -1)
delta["left"] = (-1, 0)
delta["right"] = (1, 0)
delta["fleft"] = (-1, -1)
delta["fright"] = (1, -1)
elif self.snake.direction == 'Down':
delta["front"] = (0, 1)
delta["left"] = (1, 0)
delta["right"] = (-1, 0)
delta["fleft"] = (1, 1)
delta["fright"] = (-1, 1)
elif self.snake.direction == 'Right':
delta["front"] = (1, 0)
delta["left"] = (0, -1)
delta["right"] = (0, 1)
delta["fleft"] = (1, -1)
delta["fright"] = (1, 1)
elif self.snake.direction == 'Left':
delta["front"] = (-1, 0)
delta["left"] = (0, 1)
delta["right"] = (0, -1)
delta["fleft"] = (-1, 1)
delta["fright"] = (-1, -1)
sight = {
"front": "wall",
"left": "wall",
"right": "wall",
"fleft": "wall",
"fright": "wall"
}
for direction, step in delta.items():
scanner = self.snake.blocks[0].coordinates
while scanner[0] >= 0 and scanner[0] <= BOARD_LENGTH and scanner[
1] >= 0 and scanner[1] <= BOARD_LENGTH:
scanner = (scanner[0] + step[0], scanner[1] + step[1])
if scanner == self.food.coordinates:
sight[direction] = 'food'
break
elif scanner in [b.coordinates for b in self.snake.blocks]:
sight[direction] = 'snake'
break
params = (1 if sight["left"] == "wall" else 0,
1 if sight["fleft"] == "wall" else 0,
1 if sight["front"] == "wall" else 0,
1 if sight["fright"] == "wall" else 0,
1 if sight["right"] == "wall" else 0,
1 if sight["left"] == "snake" else 0,
1 if sight["fleft"] == "snake" else 0,
1 if sight["front"] == "snake" else 0,
1 if sight["fright"] == "snake" else 0,
1 if sight["right"] == "snake" else 0,
1 if sight["left"] == "food" else 0,
1 if sight["fleft"] == "food" else 0,
1 if sight["front"] == "food" else 0,
1 if sight["fright"] == "food" else 0,
1 if sight["right"] == "food" else 0)
return params
