def distance_to(self, rep):
geo = rep.get_geometry()
if isinstance(geo, BoundingBox):
return poly_to_vec_distance(geo.to_polygon(), self.location)
elif isinstance(geo, Polygon):
return poly_to_vec_distance(geo, self.location)
else:
return geo.distance_to(self.location)
def distance_to(self, rep):
geo = rep.get_geometry()
if isinstance(geo,Vec2):
return self.circ.distance_to(geo)
elif isinstance(geo,LineSegment):
distance = geo.distance_to(self.circ.center) - self.circ.radius
elif isinstance(geo,BoundingBox):
distance = poly_to_vec_distance(geo.to_polygon(), self.circ.center) - self.circ.radius
elif isinstance(geo,Polygon):
distance = poly_to_vec_distance(geo, self.circ.center) - self.circ.radius
elif isinstance(geo,Circle):
self.circ.distance_to(geo.center) - geo.radius
return distance if distance > 0 else 0
def distance_to(self, rep):
geo = rep.get_geometry()
if isinstance(geo,Vec2):
return poly_to_vec_distance(self.poly, geo)
elif isinstance(geo,LineSegment):
return poly_to_seg_distance(self.poly, geo)
elif isinstance(geo,BoundingBox):
return poly_to_poly_distance(self.poly, geo.to_polygon())
elif isinstance(geo, Polygon):
return poly_to_poly_distance(self.poly, geo)
def distance_to_point(self, xy):
return poly_to_vec_distance( self.poly, xy )
def distance_to_point(self, xy):
return poly_to_vec_distance( self.rect.to_polygon(), xy )
