line2 = Line(
self.gameobject,
self.get_coordinates() - v * self.radius,
self.get_coordinates() - v * self.radius + additional_coordinates)
line3 = Line(
self.gameobject,
self.get_coordinates() - v * self.radius + additional_coordinates,
self.get_coordinates() + v * self.radius + additional_coordinates)
line4 = Line(
self.gameobject,
self.get_coordinates() + v * self.radius + additional_coordinates,
self.get_coordinates() + v * self.radius)
return [
self, circle2,
MultilineObject(self.gameobject, self.coordinates,
[line1, line2, line3, line4])
]
if __name__ == '__main__':
from objects.game_object.game_object import GameObject
from physics.coordinates import Coordinates
from objects.game_object.hitboxes.line import Line
g = GameObject([])
g.coordinates = Coordinates(5, 0)
c = Circle(g, Coordinates(1, 0), 5)
l = Line(g, Coordinates(2, 0), Coordinates(2, 0))
print(c.get_intersections(l))
return False
return True
def future_shape(self, additional_coordinates):
line1 = self
line2 = Line(self.gameobject,
self.get_coordinates() + self.e,
self.get_coordinates() + additional_coordinates + self.e)
line3 = Line(self.gameobject,
self.get_coordinates() + additional_coordinates + self.e,
self.get_coordinates() + additional_coordinates)
line4 = Line(self.gameobject,
self.get_coordinates() + additional_coordinates,
self.get_coordinates())
return [
MultilineObject(self.gameobject, self.get_coordinates(),
[line1, line2, line3, line4])
]
if __name__ == '__main__':
from objects.game_object.game_object import GameObject
from physics.coordinates import Coordinates
from objects.game_object.hitboxes.rectangle import Rectangle
g = GameObject([])
g.coordinates = Coordinates(0, 0)
l1 = Line(g, Coordinates(1, 1), Coordinates(2, 0))
c = Coordinates(2, 1)
print(c.distance(l1))