def update(self):
for object in Entities.ACTIVE_OBJECTS:
#Physics.apply_gravity(object)
#Collision checks
for object_b in Entities.ACTIVE_OBJECTS:
if object == object_b:
continue
if Physics.colliding(object, object_b):
Physics.handle_circle_collision(object, object_b)
Physics.simulate(object)
if object.position.x+object.size < 0 or object.position.x+object.size > self.size_x:
object.velocity.x = 0
if object.position.y+object.size < 0 or object.position.y+object.size > self.size_y:
object.velocity.y = 0
Physics.move_object(object)
def update():
for object in Entities.ACTIVE_OBJECTS:
for object_b in Entities.ACTIVE_OBJECTS:
if object == object_b:
continue
if Physics.colliding(object, object_b):
if isinstance(object, Entities.Line):
#line_point = Physics.get_closestpoint(object.position, object.position+object.direction_vector, object_b.position)
#Entities.spawn_ball(line_point, 2, Physics.Vec2(0, 0), Physics.Vec2(0, 0), 0, None,
# mod=(Entities.Object.TRANS | Entities.Object.FIXED))
Physics.handle_line_collision(object, object_b)
elif isinstance(object, Entities.Rectangle):
Physics.handle_rectangle_collision(object, object_b)
else:
Physics.handle_circle_collision(object, object_b)
Physics.simulate(object)
if object.position.x+object.size < 0 or object.position.x+object.size > size_x:
object.velocity.x = 0
if object.position.y+object.size < 0 or object.position.y+object.size > size_y:
object.velocity.y = 0
Physics.move_object(object)