def _collide_with_planet(self, rect):
c = Circle(self.planet.rect.centerx, self.planet.rect.centery, self.planet.radius)
if not c.intersects_rect(rect):
return False
self._adjust_angle(-self._get_angle_planet() * (180/pi))
self.landed = True
return True
def _collide_with_planet(self, rect):
c = Circle(self.planet.rect.centerx, self.planet.rect.centery,
self.planet.radius)
if not c.intersects_rect(rect):
return False
self._adjust_angle(-self._get_angle_planet() * (180 / pi))
self.landed = True
return True
def _collide_with_planet(self, rect):
for planet in PLANET_MANAGER.instance.sprites():
c = Circle(planet.rect.centerx, planet.rect.centery, planet.radius)
if c.intersects_rect(rect):
return True
def _collide_with_planet(self, rect):
for planet in PLANET_MANAGER.instance.sprites():
c = Circle(planet.rect.centerx, planet.rect.centery, planet.radius)
if c.intersects_rect(rect):
return True