利用python实现flappy bird 游戏(完整代码)

第利用python实现flappybird游戏(完整代码)pilar_pos=[384,random.randint(130,250)]

new_pilar=Pilar(pilar_image_up,pilar_image_down,pilar_pos)

pilar_set.add(new_pilar)

ifpilar_frequency=1000:

pilar_frequency=0

flag=(-1)*flag

#移动柱子

forpilarinpilar_set:

pilar.move()

ifcollide_circle(pilar,mybird):#碰撞检测代码

mybird.is_hit=True

forpilarinpilar_set:

pilar.stop()

ifpilar.pilar1_rect.right0:

pilar_set.remove(pilar)

#小鸟降落

mybird.SelfMoveDown()

#绘制背景

screen.fill(0)

ifflag==1:

screen.blit(background_day,(0,0))

else:

screen.blit(background_night,(0,0))

#绘制柱子

forpilarinpilar_set:

screen.blit(pilar.pilar1_image,pilar.pilar1_rect)

screen.blit(pilar.pilar2_image,pilar.pilar2_rect)

#绘制地面

screen.blit(ground,(0,384))

#绘制玩家小鸟

bird_frequency+=1

ifnotmybird.is_hit:#未发生碰撞

score+=10

screen.blit(mybird.image[mybird.image_index],mybird.rect)

mybird.image_index=bird_frequency%3

else:#发生碰撞

running=False

mybird.SelfDiedDown()

screen.blit(mybird.image[0],mybird.rect)

has_log=False

whilenotrunningandmybird.is_downtoground:#画面切换到结束界面

screen.blit(gameover_image,(64,30))

screen.blit(medal_blackball_image,(42,100))

screen.blit(restart_image,(122,270))

ifnothas_log:

bestscore,index=get_history_record(score/100)#获取历史记录情况

printscore/100

printbestscore,index

has_log=True

screen.blit(medal_images[index],(75,160))#要读取之前保存的信息，

x,y=pygame.mouse.get_pos()

#目前得分

score_font=pygame.font.Font(None,36)

score_text=score_font.render(str(score/100),True,(255,255,255))

text_rect=score_text.get_rect()

text_rect.midtop=[290,145]

screen.blit(score_text,text_rect)

#历史最佳得分

score_font=pygame.font.Font(None,36)

score_text=score_font.render(str(bestscore),True,(255,255,255))

text_rect=score_text.get_rect()

text_rect.midtop=[290,200]

screen.blit(score_text,text_rect)

foreventinpygame.event.get():

ifevent.type==pygame.QUIT:

pygame.quit()

exit()

elifevent.type==pygame.MOUSEBUTTONDOWN:

ify360andy280andx150andx240:#重新开始

pilar_set=pygame.sprite.Group()

mybird=Bird(bird_images,bird_pos)

score=0

running=True

pygame.display.update()

#绘制得分

score_font=pygame.font.Font(None,36)

score_text=score_font.render(str(score/100),True,(255,255,255))

text_rect=score_text.get_rect()

text_rect.midtop=[185,30]

screen.blit(score_text,text_rect)

#屏幕更新

pygame.display.update()

#绘制按键执行代码

key_pressed=pygame.key.get_pressed()

ifnotmybird.is_hit:

ifkey_pressed[K_w]orkey_pressed[K_UP]:

mybird.moveUp()

ifkey_pressed[K_s]orkey_pressed[K_DOWN]:

mybird.moveDown()

foreventinpygame.event.get():

ifevent.type==pygame.QUIT:

pygame.quit()

exit()

第二个文件，gamerole.py定义两个类，一个是柱子类，定义柱子的生成规则和移动规则一个是小鸟类，定义小鸟位置信息，加载图片信息以及小鸟的飞行控制

#-*-coding:utf-8-*-

CreatedonThuDec1500:27:172016

@author:LINJUNJI

importpygame

importrandom

SCREEN_WIDTH=384

SCREEN_HEIGHT=448

INTERVEL=120#两个障碍之间的间隔

UP_LIMIT=60

DOWN_LIMIT=360

classBird(pygame.sprite.Sprite):

def__init__(self,bird_imgs,init_pos):

pygame.sprite.Sprite.__init__(self)

self.image=bird_imgs

self.rect=self.image[0].get_rect()

self.rect.midbottom=init_pos

self.up_speed=5

self.down_speed=2

self.selfdown_speed=2

self.image_index=0#图片索引参数，控制小鸟飞行姿态变化

self.is_hit=False

self.is_downtoground=False

defSelfMoveDown(self):

self.rect.top+=self.selfdown_speed

defSelfDiedDown(self):

self.up_speed=0

self.down_speed=0

self.rect.bottom+=self.selfdown_speed*2

ifself.rect.bottom=400:

self.rect.bottom=400

self.is_downtoground=True

defmoveUp(self):

ifself.rect.top=0:

self.rect.top=0

else:

self.rect.top-=self.up_speed

defmoveDown(self):

ifself.rect.top=SCREEN_HEIGHT-self.rect.height:

self.rect.top=SCREEN_HEIGHT-self.rect.height

else:

self.rect.top+=self.down_speed

defmoveLeft(self):

ifself.rect.left=0:

self.rect.left=0

else:

self.rect.left-=self.speed

defmoveRight(self):

ifself.rect.left=SCREEN_WIDTH-self.rect.width:

self.rect.left=SCREEN_WIDTH-self.rect.width

else:

self.rect.left+=self.speed

classPilar(pygame.sprite.Sprite):

def__init__(self,pilar_image_up,pilar_image_down,init_pos):

pygame.sprite.Sprite.__init__(self)

self.pilar1_image=pilar_image_up

self.pilar2_image=pilar_image_down

self.pilar1_rect=self.pilar1_image.get_rect()

self.pilar2_rect=self.pilar2_image.get_rect()

self.pilar1_rect.bottomleft=init_pos

self.pilar2_rect.topleft=[init_pos[0],init_pos[1]+INTERVEL]

self.horizontal_speed=2#柱子平移的速度

self.vertical_speed=0.3#柱子上下移动的速度

self.direction=random.randint(0,1)#柱子上下移动的方向

defmove(self):

self.pilar1_rect.left-=self.horizontal_speed#柱子左右移动

self.pilar2_rect.left-=self.horizontal_speed

ifself.direction==1:#控制柱子上下移动

self.pilar1_rect.bottom+=self.vertical_speed

self.pilar2_rect.top+=self.vertical_speed

ifself.pilar2_rect.topDOWN_LI