def collides(self, hb):
if hb.shape =='circle':
if gamemath.distance_between_two_points(self.get_position(), hb.get_position()) < self.radius + hb.radius:
return True
elif hb.shape =='rectangle':
coords = self.get_position()
if hb.point_in_hitbox(coords):
return True
if gamemath.distance_between_two_points(coords, gamemath.closest_point_in_rectangle(coords, hb.rect)) < self.radius:
return True
return False
def collides(self, hb):
if hb.shape == 'circle':
if gamemath.distance_between_two_points(hb.get_position(), gamemath.closest_point_in_rectangle(hb.get_position(), self.rect)) < hb.radius:
return True
return False
elif hb.shape == 'rectangle':
return self.rect.colliderect(hb.rect)
return False
def circle_on_circle(objOne, objTwo):
hbOne = objOne.hitbox
hbTwo = objTwo.hitbox
theta = gamemath.radians_between_two_points(hbOne.get_position(),
hbTwo.get_position())
d = objTwo.hitbox.radius + hbOne.radius - gamemath.distance_between_two_points(
hbOne.get_position(), hbTwo.get_position())
xy = gamemath.get_xy_move(theta)
return (xy, d)
def update(self, dt):
theta = gamemath.degrees_between_two_points((self.x, self.y),
self.coordList[self.index])
xy = gamemath.get_xy_move(theta)
self.increment_position(xy[0] * self.moveSpeed * dt,
xy[1] * self.moveSpeed * dt)
checkForCollision(self)
if gamemath.distance_between_two_points(
(self.x, self.y), self.coordList[self.index]) < 7:
self.index += 1
print(self.index)
if self.index > 1:
self.index = 0
def circle_on_rectangle(objOne, objTwo):
hbOne = objOne.hitbox
hbTwo = objTwo.hitbox
closest_point = gamemath.closest_point_in_rectangle(
hbOne.get_position(), hbTwo.rect)
# calculate the angle:
theta = gamemath.radians_between_two_points(hbOne.get_position(),
closest_point)
# calculate the distance of the intersect:
d = hbOne.radius - gamemath.distance_between_two_points(
hbOne.get_position(), closest_point)
# move back d
xy = gamemath.get_xy_move(theta)
return (xy, d)
def rectangle_on_circle(self, x, y, hb):
if hb.property_flag == 'wall':
closest_point = gamemath.closest_point_in_rectangle(
hb.get_position(), self.hitbox.rect)
# calculate the angle:
theta = gamemath.radians_between_two_points(closest_point,
hb.get_position())
# calculate the distance of the intersect:
d = hb.radius - gamemath.distance_between_two_points(
closest_point, hb.get_position())
# move back d
xy = gamemath.get_xy_move(theta)
self.hitbox.increment_position(xy[0] * -d, xy[1] * -d)
self.set_position_by_tuple(self.hitbox.get_position())
def checkForArrival(self):
if gamemath.distance_between_two_points(
(self.x, self.y), self.targetPoint) < self.tolerance:
self.atTargetPoint = True
else:
self.atTargetPoint = False
def point_in_hitbox(self, pos):
if gamemath.distance_between_two_points((self.x, self.y),pos) < self.radius:
return True
return False