def move(self, enemies):
self.speedY -= 0.05
self.speedX *= .999
self.posX += self.speedX * displayManager.getFrameTimeSeconds()
self.posY += self.speedY * displayManager.getFrameTimeSeconds()
self.posZ += self.speedZ * displayManager.getFrameTimeSeconds()
if self.posY < 0 or abs(self.posZ - 500 * displayManager.SCALE
) > 500 * displayManager.SCALE:
return True
self.angle -= 5
self.rotatedTexture = pygame.transform.rotate(self.texture, self.angle)
self.rectangle = self.rotatedTexture.get_rect()
self.rectangle.center = (self.posX, displayManager.HEIGHT - self.posY -
self.posZ / 2)
if self.active == 0:
for enemy in enemies:
if enemy.active and abs(
enemy.posZ - self.posZ
) < 100 * displayManager.SCALE and self.rectangle.colliderect(
enemy.rectangle):
enemy.hit(self.damage)
return True
else:
self.active -= 1
return False
def move(self, player):
if self.health <= 0:
self.dead = True
return True
if not self.active and abs(player.posX -
self.posX) < displayManager.WIDTH * .8:
self.active = True
elif self.active:
if abs(player.posX - self.posX) > displayManager.WIDTH * .9:
self.active = False
if abs(player.posX - self.posX) > displayManager.WIDTH * .8:
self.posX += self.speed * sign(
player.posX -
self.posX) * displayManager.getFrameTimeSeconds()
self.mainPosZ += min(
self.speed * sign(player.posZ - self.mainPosZ),
player.posZ - self.mainPosZ,
key=lambda x: abs(x)) * displayManager.getFrameTimeSeconds()
self.posZ = self.mainPosZ + 200 * math.sin(
displayManager.getCurrentTime() / 128 +
self.timeOffset) * displayManager.SCALE
if self.posZ < 0:
self.posZ = 0
elif self.posZ > 1000 * displayManager.SCALE:
self.posZ = 1000 * displayManager.SCALE
if player.posX - self.posX > 0 and not self.facingRight:
self.facingRight = True
self.texture = pygame.transform.flip(self.texture, True, False)
self.gun.offsetX *= -1
self.gun.texture = pygame.transform.flip(
self.gun.texture, True, False)
elif player.posX - self.posX < 0 and self.facingRight:
self.facingRight = False
self.texture = pygame.transform.flip(self.texture, True, False)
self.gun.offsetX *= -1
self.gun.texture = pygame.transform.flip(
self.gun.texture, True, False)
self.jump -= GRAVITY * displayManager.getFrameTimeSeconds()
self.posY += self.jump
if self.posY < 0:
self.posY = 0
self.rectangle.centerx = self.posX
self.rectangle.bottom = displayManager.HEIGHT - self.posY - self.posZ / 2
self.gun.reload()
bullets = self.gun.shoot(self)
if bullets is not None:
for bullet in bullets:
bullet.texture.fill((0xCC, 0, 0))
loader.data.enemyBullets.append(bullet)
return False
def move(self):
playSound = False
if eventState.getState(K_w):
self.posZ += self.speed * displayManager.getFrameTimeSeconds()
playSound = True
if self.posZ > 1000 * displayManager.SCALE:
self.posZ = 1000 * displayManager.SCALE
if eventState.getState(K_s):
self.posZ -= self.speed * displayManager.getFrameTimeSeconds()
playSound = True
if self.posZ < 0:
self.posZ = 0
if eventState.getState(K_a):
self.posX -= self.speed * displayManager.getFrameTimeSeconds() * .7
playSound = True
if self.posX < 0:
self.posX = 0
if self.facingRight:
self.facingRight = False
self.texture = pygame.transform.flip(self.texture, True, False)
for gun in self.guns:
gun.offsetX *= -1
gun.texture = pygame.transform.flip(
gun.texture, True, False)
if eventState.getState(K_d):
self.posX += self.speed * displayManager.getFrameTimeSeconds() * .7
playSound = True
if not self.facingRight:
self.facingRight = True
self.texture = pygame.transform.flip(self.texture, True, False)
for gun in self.guns:
gun.offsetX *= -1
gun.texture = pygame.transform.flip(
gun.texture, True, False)
if self.walkSound.get_num_channels() == 0:
self.walkChannel = self.walkSound.play(-1)
if playSound:
self.walkChannel.unpause()
else:
self.walkChannel.pause()
if eventState.getState(K_SPACE):
if self.posY == 0:
self.jump = self.jumpPower
self.jump -= GRAVITY * displayManager.getFrameTimeSeconds()
self.posY += self.jump
if self.posY < 0:
self.posY = 0
self.rectangle.centerx = self.posX
self.rectangle.bottom = displayManager.HEIGHT - self.posY - self.posZ / 2
self.guns[self.activeGun].reload()
def move(self, player=None, entities=None, posX=None):
if posX is None:
minX = player.posX
maxX = player.posX
for entity in entities:
if entity.active:
if entity.posX < minX:
minX = entity.posX
elif entity.posX > maxX:
maxX = entity.posX
else:
minX = posX
maxX = posX
cursorX = pygame.mouse.get_pos()[0] - displayManager.WIDTH / 2
cursorX /= 10
length = self.posX - (minX +
maxX) / 2 + displayManager.WIDTH / 2 - cursorX
if (abs(length) < 10 and not self.lastLength) or (abs(length) < 1.5
and self.lastLength):
self.posX -= length
self.lastLength = False
else:
self.posX -= length * 3 * displayManager.getFrameTimeSeconds()
self.lastLength = True
if self.posX < 0:
self.posX = 0
self.lastLength = False
def reload(self, reload=False): # method called every frame
if self.delaying > 0:
self.delaying -= displayManager.getFrameTimeSeconds()
if self.delaying <= 0:
self.delaying = 0
if self.bulletNumber == 0 or self.bulletInMagazine == self.magazineSize:
return
if reload and self.reloading <= 0:
self.reloading = self.reloadTime
if self.reloading <= 0:
bulletsToReload = self.magazineSize - self.bulletInMagazine
self.bulletInMagazine += min(bulletsToReload,
self.bulletNumber)
self.bulletNumber -= min(bulletsToReload, self.bulletNumber)
else:
if self.reloading > 0:
self.reloading -= displayManager.getFrameTimeSeconds()
if self.reloading <= 0:
self.reloading = 0
bulletsToReload = self.magazineSize - self.bulletInMagazine
self.bulletInMagazine += min(bulletsToReload,
self.bulletNumber)
self.bulletNumber -= min(bulletsToReload,
self.bulletNumber)