def erosion(self, other):
ext1 = self.extent()
ext2 = other.extent()
#Generous margin
r = max(abs(item) for item in list(ext1)+list(ext2))
inner_loop = shape.square(r*3)
outer_loop = shape.square(r*5)
negative = outer_loop.shape_2()
negative.remove(self)
dilation = negative.minkowski_sum(other)
result = inner_loop.shape_2()
result.remove(dilation)
return result
def erosion(self, other):
ext1 = self.extent()
ext2 = other.extent()
#Generous margin
r = max(abs(item) for item in list(ext1) + list(ext2))
inner_loop = shape.square(r * 3)
outer_loop = shape.square(r * 5)
negative = outer_loop.shape_2()
negative.remove(self)
dilation = negative.minkowski_sum(other)
result = inner_loop.shape_2()
result.remove(dilation)
return result
def main():
print(list(set([11, 22, 33, 44, 11, 22])))
defaultshape = sp.shape()
if (isinstance(defaultshape, sp.shape)):
print('default area is {}'.format(defaultshape.area()))
squareshape = sp.square(5)
if (isinstance(squareshape, sp.shape)):
print('Square area is {}'.format(squareshape.area()))
c1 = cn.ComplexNumber(4, 2)
c2 = cn.ComplexNumber(5, 3)
c3 = c1.add(c2)
#print("Complex Number {}+i{}".format(c3.real, c3.complex))
print('Sum is {}'.format(c3))
import shape import turtle screen = turtle.Screen() alex = turtle.Turtle() shape.square(alex, 120) shape.rectangle(alex, 80, 40) shape.octagon(alex, 20) alex.up() alex.forward(-150) alex.down() shape.square(alex, 80) screen.exitonclick()
def setUp(self):
self.sea = Battlefield(Vec2D(6, 6))
terrain = [Vec2D(1, 1), Vec2D(-1, -1)]
self.sea2 = Battlefield(Vec2D(6, 6), terrain)
self.ship = Ship("Battle Criuser", line(5))
self.ship2 = Ship("Carrier", square(3))
def test_square(self):
expected = [Vec2D(0, 0), Vec2D(0, 1), Vec2D(1, 0), Vec2D(1, 1)]
must_be_equal(set(expected), set(square(2).coords))
import shape
if __name__ == '__main__':
cerchio = shape.circle(10)
pentagono = shape.pentagons(5)
rettangolo = shape.rectangle(5,2)
quadrato = shape.square(2)
triangolo = shape.triangoloeq(3)
listOfShapes = [cerchio, pentagono, rettangolo, quadrato, triangolo]
print(listOfShapes)
print(cerchio.calculate_area(), pentagono.calculate_area(), rettangolo.calculate_area(), quadrato.calculate_area(), triangolo.calculate_area())
print([x.calculate_area() for x in shape.shape.sortarea(listOfShapes)])
