def explode(self, Game, collide=None):
if collide != None:
collide.stain_black(self.pos_x, self.pos_y)
Game.screen.blit(collide.image, collide.rect)
explosion(int(self.pos_x), int(self.pos_y), Game)
Game.sprites.remove(self)
Game.change_turn()
def explode(self, Game, collide=None):
if collide != None:
collide.stain_black(self.pos_x, self.pos_y)
Game.screen.blit(collide.image, collide.rect)
explosion(int(self.pos_x), int(self.pos_y), Game)
Game.sprites.remove(self)
Game.change_turn()
def update(self):
self.checkbounds()
self.autopilot()
self.rect = self.rect.move(self.movement)
if self.fire == 1 and self.waitTime % 10 == 1:
self.shoot()
if self.health <= 0:
(x, y) = self.rect.center
if pygame.mixer.get_init():
self.explosion_sound.play(maxtime=1000)
explosion(x, y, 100)
self.kill()
def __init__(self,pygame,dispsurf,enviorment,settings,turretpos,turretlen,collisionboxes):
#set moving states
self.pygame=pygame
self.dispsurf=dispsurf
self.enviorment=enviorment
self.settings=settings
self.turretpos=turretpos
self.collisionboxes=collisionboxes
#calculate initial position and velocity
angle=self.settings.angleturret
#create bullit outside tank so we don't have problem with it blowing itself
self.pos0=(self.turretpos[0]+turretlen*cos(angle),self.turretpos[1]-turretlen*sin(angle))
self.pos=self.pos0
self.v0=(VEL*cos(angle),-VEL*sin(angle))
self.v=self.v0
self.time=0
#explosion variables
self.exploded=0
self.explosionstep=0
#create explosion class
self.explosion=explosion(pygame,dispsurf,EXPLOSIONNUM,EXPLOSIONRAD,collisionboxes)
def __init__(self, pygame, dispsurf, enviorment, settings, turretpos,
turretlen, collisionboxes):
#set moving states
self.pygame = pygame
self.dispsurf = dispsurf
self.enviorment = enviorment
self.settings = settings
self.turretpos = turretpos
self.collisionboxes = collisionboxes
#calculate initial position and velocity
angle = self.settings.angleturret
#create bullit outside tank so we don't have problem with it blowing itself
self.pos0 = (self.turretpos[0] + turretlen * cos(angle),
self.turretpos[1] - turretlen * sin(angle))
self.pos = self.pos0
self.v0 = (VEL * cos(angle), -VEL * sin(angle))
self.v = self.v0
self.time = 0
#explosion variables
self.exploded = 0
self.explosionstep = 0
#create explosion class
self.explosion = explosion(pygame, dispsurf, EXPLOSIONNUM,
EXPLOSIONRAD, collisionboxes)
def __init__(self, dispsurf, pygame, enviorment, settings, bullits,
collisionboxes):
self.dispsurf = dispsurf
self.pygame = pygame
self.enviorment = enviorment
self.settings = settings
self.anum = 0
self.bullits = bullits #global bullits list, we add all bullits to this
self.health = HEALTH
self.killed = 0
self.killsteps = 0
self.collisionboxes = collisionboxes
#add self to collisionbox array, box includes turret and bottom part of tank
#need to pass self as argument to collisionbox method
self.mycollisionbox = collisionbox(
self, dispsurf, SXTANK, SYTANKTOT,
(self.settings.posx, enviorment.sizey -
(enviorment.heightground + self.settings.posy + SYTANKTOT / 2.0)))
self.collisionboxes.append(self.mycollisionbox)
#variables connected to killing tank
self.myclouds = []
self.explosion = explosion(pygame, dispsurf, EXPLOSIONNUM,
EXPLOSIONRAD, collisionboxes)
self.turrettraj = (0, 0)
self.spinrate = randint(-100, 100) / 300.0
self.v0 = (randint(-40, 40) / 100.0, randint(-400, -200) / 50.0
) #initial velocity of turret if we kill tank
def update(self):
self.checkbounds()
self.autopilot()
self.rect = self.rect.move(self.movement)
if self.fire == 1 and self.waitTime % 10 == 1:
self.shoot()
if self.health <= 0:
(x, y) = self.rect.center
if pygame.mixer.get_init():
self.explosion_sound.play(maxtime=1000)
explosion(x, y, 75)
self.kill()
self.index += 1
self.index = self.index % 7
self.image = self.images[self.index]
self.image = pygame.transform.rotate(self.image, 90)
self.images[self.index] = self.image
def stone_code():
global Game,Score
if Game and len(stones)==0:
n = random.randint(-1,1)
for i in range(-1,2):
if i==n:
continue
stone = class_stone(i)
stone.load("image/stone2.png",300,300,4)
stones.append(stone)
elif Game:
if stones[0].y>SCREEN_HEIGHT/3 and len(stones)<=2:
n = random.randint(-1,1)
for i in range(-1,2):
if i==n:
continue
stone = class_stone(i)
stone.load("image/stone2.png",300,300,4)
stones.append(stone)
for i in range(len(stones)-1,-1,-1):
stones[i].update(ticks,SPEED)
stones[i].draw(screen)
if Game and stones[i].y>= SCREEN_HEIGHT/20*7 and stones[i].y <= SCREEN_HEIGHT/20*11 and ufo.locate==stones[i].track and abs(ufo.x-stones[i].x)<200:
del stones[i]
if shield.visable:
stone_break.play()
Score -= 100
continue
print("GameOver 遊戲結束")
print("獲得分數:",int(Score))
explosion_sound.play()
Game = 0
explosions.append(explosion(screen))
explosions[0].load("image/exp2.png",62,62,4,ufo.x,ufo.y)
continue
if stones[i].y>SCREEN_HEIGHT:
del stones[i]