def update(self,asteroids,asteroid_count):
self.life += 1
for a in asteroids:
if pc.distance(self,a) < a.size:
self.alive = False
return
#if shooting, wait before creating another bullet
if self.createBullet == False and time.time() - self.bullet_wait >= 0.2:
self.createBullet = True
def update(self,asteroids,asteroid_count):
self.life += 1
#check if being hit by asteroid
for a in asteroids:
if pc.distance(self,a) < a.size:
self.alive = False
return
#if shooting, wait before creating another bullet
# if self.createBullet == False and time.time() - self.bullet_wait >= 0.2:
# self.createBullet = True
self.bullet_wait += 1
if self.createBullet == False and self.bullet_wait >= BULLET_FRAMES: # number of frames between bullets
self.createBullet = True
# TODO set maximum number of frames to penalize poor shooting
if self.life > 2000:
self.alive = False
def check_bullets(self, ship, asteroids, bullets):
for b in bullets:
if pc.distance(self, b) < self.size:
if self.level == 1:
ship.score += 20
elif self.level == 2:
ship.score += 50
elif self.level == 3:
ship.score += 100
#print("Score:", ship.score)
asteroids.remove(self)
bullets.remove(b)
self.level += 1
if self.level in [2, 3]:
for i in range(2):
new_a = Asteroid(self.size / 2)
new_a.x, new_a.y = self.x, self.y
new_a.level = self.level
asteroids.append(new_a)
def update(self,asteroids,asteroid_count):
for a in asteroids:
if pc.distance(self,a) < a.size:
self.lives -= 1
time.sleep(2)
self.create_asteroids = True