Air Hockey Game using Python with Source Code.zip

import sys, random if sys.version_info.major > 2: import tkinter as tk else: import Tkinter as tk GREEN, BLACK, WHITE, DARK_GREEN, BLUE = "green", "black", "white", "dark green", "blue" ZERO = 2 LOWER, UPPER = "lower", "upper" HOME, AWAY = "Player 1", "Player 2" START_SCORE = {HOME: 0, AWAY: 0} MAX_SCORE = 7 SPEED = 20 FONT = "ms 50" MAX_SPEED, PADDLE_SPEED = 15, 15 def str_dict(dic): return "%s: %d, %s: %d" % (HOME, dic[HOME], AWAY, dic[AWAY]) def rand(): return random.choice(((1, 1), (1, -1), (-1, 1), (-1, -1))) class Equitment(object): def __init__(self, canvas, width, position, color): self.can, self.w = canvas, width self.x, self.y = position self.Object = self.can.create_oval(self.x-self.w, self.y-self.w, self.x+self.w, self.y+self.w, fill=color) def update(self, position): self.x, self.y = position self.can.coords(self.Object, self.x-self.w, self.y-self.w, self.x+self.w, self.y+self.w) def __eq__(self, other): overlapping = self.can.find_overlapping(self.x-self.w, self.y-self.w, self.x+self.w, self.y+self.w) return other.get_object() in overlapping def get_width(self): return self.w def get_position(self): return self.x, self.y def get_object(self): return self.Object class PuckManager(Equitment): def __init__(self, canvas, width, position): Equitment.__init__(self, canvas, width, position, BLACK) class Paddle(Equitment): def __init__(self, canvas, width, position): Equitment.__init__(self, canvas, width, position, GREEN) self.handle = self.can.create_oval(self.x-self.w/2, self.y-self.w/2, self.x+self.w/2, self.y+self.w/2, fill=DARK_GREEN) def update(self, position): Equitment.update(self, position) self.can.coords(self.handle, self.x-self.w/2, self.y-self.w/2, self.x+self.w/2, self.y+self.w/2) class Background(object): def __init__(self, canvas, screen, goal_w): self.can, self.goal_w = canvas, goal_w self.w, self.h = screen self.draw_bg() def draw_bg(self): self.can.config(bg=WHITE, width=self.w, height=self.h) d = self.goal_w/4 self.can.create_oval(self.w/2-d, self.h/2-d, self.w/2+d, self.h/2+d, fill=WHITE, outline=BLUE) self.can.create_line(ZERO, self.h/2, self.w, self.h/2, fill=BLUE) self.can.create_line(ZERO, ZERO, ZERO, self.h, fill=BLUE) self.can.create_line(self.w, ZERO, self.w, self.h, fill=BLUE) self.can.create_line(ZERO, ZERO, self.w/2-self.goal_w/2, ZERO, fill=BLUE) self.can.create_line(self.w/2+self.goal_w/2, ZERO, self.w, ZERO, fill=BLUE) self.can.create_line(ZERO, self.h, self.w/2-self.goal_w/2, self.h, fill=BLUE) self.can.create_line(self.w/2+self.goal_w/2, self.h, self.w, self.h, fill=BLUE) def is_position_valid(self, position, width, constraint=None): x, y = position if constraint == None and self.is_in_goal(position, width): return True elif (x - width < ZERO or x + width > self.w or y - width < ZERO or y + width > self.h): return False elif constraint == LOWER: return y - width > self.h/2 elif constraint == UPPER: return y + width < self.h/2 else: return True def is_in_goal(self, position, width): x, y = position if (y - width <= ZERO and x - width > self.w/2 - self.goal_w/2 and x + width < self.w/2 + self.goal_w/2): return HOME elif (y + width >= self.h and x - width > self.w/2 - self.goal_w/2 and x + width < self.w/2 + self.goal_w/2): return AWAY else: return False def get_screen(self): return self.w, self.h def get_goal_w(self): return self.goal_w class Puck(object): def __init__(self, canvas, background): self.background = background self.screen = self.background.get_screen() self.x, self.y = self.screen[0]/2, self.screen[1]/2 self.can, self.w = canvas, self.background.get_goal_w()/12 c, d = rand() self.vx, self.vy = 4*c, 6*d self.a = .99 self.cushion = self.w*0.25 self.puck = PuckManager(canvas, self.w, (self.y, self.x)) def update(self): if self.vx > 0.25: self.vx *= self.a if self.vy > 0.25: self.vy *= self.a x, y = self.x + self.vx, self.y + self.vy if not self.background.is_position_valid((x, y), self.w): if x - self.w < ZERO or x + self.w > self.screen[0]: self.vx *= -1 if y - self.w < ZERO or y + self.w > self.screen[1]: self.vy *= -1 x, y = self.x+self.vx, self.y+self.vy self.x, self.y = x, y self.puck.update((self.x, self.y)) def hit(self, paddle, moving): x, y = paddle.get_position() if moving: if (x > self.x - self.cushion and x < self.x + self.cushion or abs(self.vx) > MAX_SPEED): xpower = 1 else: xpower = 5 if self.vx < 2 else 2 if (y > self.y - self.cushion and y < self.y + self.cushion or abs(self.vy) > MAX_SPEED): ypower = 1 else: ypower = 5 if self.vy < 2 else 2 else: xpower, ypower = 1, 1 if self.x + self.cushion < x: xpower *= -1 if self.y + self.cushion < y: ypower *= -1 self.vx = abs(self.vx)*xpower self.vy = abs(self.vy)*ypower def __eq__(self, other): return other == self.puck def in_goal(self): return self.background.is_in_goal((self.x, self.y), self.w) class Player(object): def __init__(self, master, canvas, background, puck, constraint): self.puck, self.background = puck, background self.constraint, self.v = constraint, PADDLE_SPEED screen = self.background.get_screen() self.x = screen[0]/2 self.y = 60 if self.constraint == UPPER else screen[1] - 50 self.paddle = Paddle(canvas, self.background.get_goal_w()/7, (self.x, self.y)) self.up, self.down, self.left, self.right = False, False, False, False if self.constraint == LOWER: master.bind('<Up>', self.MoveUp) master.bind('<Down>', self.MoveDown) master.bind('<KeyRelease-Up>', self.UpRelease) master.bind('<KeyRelease-Down>', self.DownRelease) master.bind('<Right>', self.MoveRight) master.bind('<Left>', self.MoveLeft) master.bind('<KeyRelease-Right>', self.RightRelease) master.bind('<KeyRelease-Le