愤怒的小鸟无敌版(愤怒的小鸟无敌版下载安装)

玩游戏不如写游戏。前几天发的五子棋还挺受欢迎，今天写大家都熟悉的愤怒的小鸟。不过就不用原图了，用代码写图片，虽然抽象，也挺好玩。每步都可以运行，这样既容易理解也好玩。

注意版本，版本不同可能会有方法上的改变：

pygame 1.9.6

pymunk 5.6.0

Python 3.7

第一步，设置游戏界面，代码生成木条、“小鸟”、“小猪”、弹弓等等。

第一步代码

第一步运行效果图

第二步：拉伸弹弓

第二步代码（黄色部分为新添加，下同）

第二步运行效果图

第三步：弹出小鸟

第三步代码

第三步效果图

第四步代码

第四步运行效果图

第五步：完善功能，加入简单通关效果、显示计分信息等

五步全部代码

运行效果图

全部代码拿走

import pygame, pymunkimport math, sys, timefrom pymunk import Vec2dfrom PIL import Image as pil_imgpygame.init() # 初始化模块# 制造木条screen_column = pygame.display.set_mode((20, 85))screen_column.fill((100, 50, 25))pygame.image.save(screen_column, 'column.png')# 小鸟（红色圆球）、小猪（蓝色圆球）def create_birdie_piggie(R, G, B, name): clear_bg = pil_img.new('RGBA', (30, 30), (0, 0, 0, 0)) #创建透明底色图片 clear_bg.save('clear.png') # 保存至本地待用 clear_bg = pygame.image.load('clear.png') pygame.draw.circle(clear_bg, (R, G, B), (15, 15), 15) #在透明底照片上画半径15的实心圆 pygame.image.save(clear_bg, '%s.png'%name)create_birdie_piggie(255, 0, 0, 'birdie') # 创建红色圆代表小鸟create_birdie_piggie(0, 0, 255, 'piggie') # 创建蓝色圆代表小猪# 游戏界面、游戏角色设置screen = pygame.display.set_mode((1200, 650))column = pygame.image.load('column.png')birdie = pygame.image.load('birdie.png')piggie = pygame.image.load('piggie.png')# 大写的Y做弹弓font = pygame.font.get_default_font()font = pygame.font.Font(font, 130)sling_Y = font.render('Y', True, (100, 50, 25))def music(): pygame.mixer.music.load(r'快活的小喜鹊.mp3') pygame.mixer.music.play(-1) # -1为循环sling_x1, sling_y1 = 220, 420sling_x2, sling_y2 = 260, 420def sling_pulling(): # 制作皮筋 global angle, mouse_distance # 设置皮筋最大值，及正反方向 mouse_distance = sling_x1 - x_mouse if mouse_distance > 90: mouse_distance = 90 elif mouse_distance < -90: mouse_distance = -90 pygame.draw.line(screen, (100, 50, 25), (sling_x1, sling_y1), (x_mouse, y_mouse), 12) pygame.draw.line(screen, (100, 50, 25), (sling_x2, sling_y2), (x_mouse, y_mouse), 12) if bird_numbers > 1: screen.blit(birdie, (x_mouse-10, y_mouse-10)) angle_x = sling_x1 - x_mouse angle_y = sling_y1 - y_mouse if angle_x == 0: angle_x = 0.1 angle = math.atan(angle_y/angle_x)# 设置空间属性def set_space(): space = pymunk.Space() space.gravity = (0, -700) # 重力 static_body = pymunk.Body(body_type=pymunk.Body.STATIC) static_seg_floor = pymunk.Segment(static_body, (0, 0), (1200, 0), 100) #地表范围 static_seg_floor.elasticity = 1 # 地表属性，弹性，摩擦力等 static_seg_floor.friction = 1 space.add(static_body, static_seg_floor) return spaceclass Bird(): def __init__(self, distance, x, y, space, angle): body = pymunk.Body(6, 666) body.position = x, y power = distance * 50 impulse = power * Vec2d(1, 0) angle = -angle body.apply_impulse_at_local_point(impulse.rotated(angle)) shape = pymunk.Circle(body, 6) shape.elasticity = 0.9 shape.friction = 0.3 space.add(body, shape) self.body = body self.shape = shapeclass Wood_Pig(): def __init__(self, pos, lenght, height, space, angle = 0): body = pymunk.Body(6, 900) body.position = pos shape = pymunk.Poly.create_box(body, (lenght, height)) shape.elasticity = 0.1 shape.friction = 0.2 space.add(body, shape) self.body = body self.shape = shape self.angle = angle def rotated_img(self, wood_or_pig, screen): angle_degree = math.degrees(self.shape.body.angle) + self.angle rotated_img = pygame.transform.rotate(wood_or_pig, angle_degree) pos = self.shape.body.position.x, -self.shape.body.position.y + 630 off_set = Vec2d(rotated_img.get_size())/2 pos = pos-off_set screen.blit(rotated_img, pos)def level_1(): # 第一关 global space, bird_list, wood_list, pig_list, bird_numbers, SCORE bird_numbers = 4 SCORE = 0 space = set_space() bird_list = [] wood_list = [] wood_list.append(Wood_Pig((950, 200), 20, 85, space)) wood_list.append(Wood_Pig((1008, 200), 20, 85, space)) wood_list.append(Wood_Pig((980, 230), 85, 20, space, angle = 90)) pig_list = [] pig_list.append(Wood_Pig((980, 260), 30, 30, space))def show_info(txt): font = pygame.font.get_default_font() font = pygame.font.Font(font, 50) info = font.render(str(txt), True, (125, 0, 125)) return infodef score(wood_pig, wood_pig_list): # 击中目标后目标消失，并累计分数 global SCORE try: for bird in bird_list: if abs(bird.shape.body.position.x - wood.shape.body.position.x) < 30 and abs(bird.shape.body.position.y - wood.shape.body.position.y) < 30: wood_pig_list.remove(wood_pig) SCORE += 500 except ValueError: pass return SCOREmusic()running = Truemouse_pressed = Falsemouse_distance = 90level_1()bird_numbers = 4last_bird_time = 0SCORE = 0while running: for event in pygame.event.get(): if event.type == pygame.QUIT: # 点击右上角叉叉退出游戏 running = False sys.exit() elif event.type == pygame.KEYDOWN and event.key == pygame.K_ESCAPE: #按ESC退出 running = False sys.exit() if pygame.mouse.get_pressed()[0]: mouse_pressed = True if event.type == pygame.MOUSEBUTTONUP: mouse_pressed = False if bird_numbers > 0: bird = Bird(mouse_distance, 230, 230, space, angle) bird_list.append(bird) bird_numbers -= 1 last_bird_time = time.time() # 简单演示通关,延时两秒变关 if bird_numbers == 0 and int(time.time() - last_bird_time) >= 2: level_1() screen.fill((0, 125, 125)) # 游戏界面背景 screen.blit(sling_Y, (200, 400)) # 弹弓 for i in range(bird_numbers): screen.blit(birdie, (30+i*40, 500)) x_mouse, y_mouse = pygame.mouse.get_pos() if mouse_pressed: sling_pulling() else: if bird_numbers > 1: screen.blit(birdie, (230, 400)) # 小鸟 for bird in bird_list: pos = bird.shape.body.position.x, -bird.shape.body.position.y + 630 screen.blit(birdie, pos) for wood in wood_list: wood.rotated_img(column, screen) SCORE = score(wood, wood_list) for pig in pig_list: pig.rotated_img(piggie, screen) SCORE = score(pig, pig_list) info = show_info('scored: %d'%SCORE) screen.blit(info, (100, 100)) for i in range(2): space.step(0.01) pygame.display.update() # 刷新界面及里面的元素 pygame.display.flIP()

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