def rect_circle_overlap(rect, circle):
"""Checks whether any corners of a rect fall in/on a circle.
rect: Rectangle object
circle: Circle object
"""
p = copy.copy(rect.corner)
print_point(p)
if point_in_circle(p, circle):
return True
p.x += rect.width
print_point(p)
if point_in_circle(p, circle):
return True
p.y -= rect.height
print_point(p)
if point_in_circle(p, circle):
return True
p.x -= rect.width
print_point(p)
if point_in_circle(p, circle):
return True
return False
def rect_circle_overlap(rect, circle):
"""Sprawdza, czy dowolny narożnik prostokąta jest w obrębie koła lub na jego granicy.
rect: obiekt Rectangle
circle: obiekt Circle
"""
p = copy.copy(rect.corner)
print_point(p)
if point_in_circle(p, circle):
return True
p.x += rect.width
print_point(p)
if point_in_circle(p, circle):
return True
p.y -= rect.height
print_point(p)
if point_in_circle(p, circle):
return True
p.x -= rect.width
print_point(p)
if point_in_circle(p, circle):
return True
return False
def rect_circle_overlap(rect, circle):
"""Checks whether any corners of a rect fall in/on a circle.
rect: Rectangle object
circle: Circle object
"""
p = copy.copy(rect.corner)
print_point(p)
if point_in_circle(p, circle):
return True
p.x += rect.width
print_point(p)
if point_in_circle(p, circle):
return True
p.y -= rect.height
print_point(p)
if point_in_circle(p, circle):
return True
p.x -= rect.width
print_point(p)
if point_in_circle(p, circle):
return True
return False
def rect_in_circle(rect, circle):
"""Sprawdza, czy narożniki prostokąta są w obrębie koła lub na jego granicy.
rect: obiekt Rectangle
circle: obiekt Circle
"""
p = copy.copy(rect.corner)
print_point(p)
if not point_in_circle(p, circle):
return False
p.x += rect.width
print_point(p)
if not point_in_circle(p, circle):
return False
p.y -= rect.height
print_point(p)
if not point_in_circle(p, circle):
return False
p.x -= rect.width
print_point(p)
if not point_in_circle(p, circle):
return False
return True
