def test_add_square():
"""
Проверка работы метода сложения площадей
"""
circle1 = Circle('name1', 2)
circle2 = Circle('name2', 3)
assert round(circle1.add_square(circle2), 2) == 40.84
def test_diffrent_color_place(self):
c = Circle.parse({
'x': 1,
'y': 2,
'radius': 3,
'color': '#0000ff'
}, {}, Color("#123456"))
self.assertEqual(c.color, Color("#0000ff"))
c = Circle.parse({
'x': 1,
'y': 2,
'radius': 3,
'color': 'aaa'
}, {'aaa': "#ff0000"}, Color("#123456"))
self.assertEqual(c.color, Color("#ff0000"))
def handle_mouse_button_up(self, coord):
"""
Recupere la coordonee d'un point sur le cercle quand l'utilisateur arrete de cliquer
"""
if self.center is not None:
coord = list(coord)
to_draw = Circle(self.center, coord,
self.whiteboard.get_config(["active_color"]),
self.whiteboard.get_config(["toolbar_y"]))
now = datetime.now()
timestamp = datetime.timestamp(now)
self.whiteboard.draw(to_draw, timestamp)
self.center = None
def load_figures(json_figures):
figs = []
for fig in json_figures:
t = fig['type']
if t == "point":
figs.append(Point(int(fig['x']), int(fig['y'])))
elif t == "polygon":
figs.append(Polygon(fig['points']))
elif t == "rectangle":
figs.append(
Rectangle(int(fig['x']), int(fig['y']), int(fig['width']),
int(fig['height'])))
elif t == "square":
figs.append(Square(int(fig['x']), int(fig['y']), int(fig['size'])))
elif t == "circle":
figs.append(
Circle(int(fig['x']), int(fig['y']), int(fig['radius'])))
if "color" in fig:
figs[-1].color = fig['color']
return figs
def test_angles():
"""
Проверка на корректность количества углов
"""
circle = Circle('name', 1)
assert circle.angles == 0
def test_parse(self):
c = Circle.parse({'x': 1, 'y': 2, 'radius': 3}, {}, Color("#123456"))
self.assertEqual(c.x, 1)
self.assertEqual(c.y, 2)
self.assertEqual(c.radius, 3)
self.assertEqual(c.color, Color("#123456"))
from figures import Rectangle, Square, Circle
if __name__ == '__main__':
print(Rectangle(10, 5, 'Blue'))
print(Square(7, 'Green'))
print(Circle(3, 'Yellow'))
from figures import Rectangle, Square, Circle
#прямоугольники
rect1 = Rectangle(2, 3)
rect2 = Rectangle(3, 4)
#штаны спанчбоба
square1 = Square(5)
square2 = Square(6)
#окружности
circle1 = Circle(6)
circle2 = Circle(7)
figures = [rect1, square1, circle1, rect2, circle2, square2]
for figure in figures:
if isinstance(figure, Rectangle):
print(f"Figure Rectangle with area {figure.get_area()}")
elif isinstance(figure, Square):
print(f"Figure Square with area {figure.get_area()}")
elif isinstance(figure, Circle):
print(f"Figure Circle with area {figure.get_area()}")
else:
print("Error in head)")
def test_circle_area():
"""Тест вычисления площади окружности"""
circle = Circle(radius=10)
assert int(circle.find_area()) == approx(314, abs=2e-1)
from figures import Rectangle, Square, Circle
#прямоугольники
rect1 = Rectangle(2, 3, 4, 5)
rect2 = Rectangle(3, 4, 5, 6)
#штаны спанчбоба
square1 = Square(1, 2, 5)
square2 = Square(3, 4, 6)
#окружности
circle1 = Circle(10, 11, 6)
circle2 = Circle(12, 13, 7)
figures_ = [rect1, square1, circle1, rect2, circle2, square2]
for figure in figures_:
if isinstance(figure, Rectangle):
#print(f"Figure Rectangle with area {figure.get_area()} & coordinates {figure.get_coordinates()}")
print(figure.get_string())
elif isinstance(figure, Square):
#print(f"Figure Rectangle with area {figure.get_area()} & coordinates {figure.get_coordinates()}")
print(figure.get_string())
elif isinstance(figure, Circle):
#print(f"Figure Rectangle with area {figure.get_area()} & coordinates {figure.get_coordinates()}")
print(figure.get_string())
else:
print("Error in head)")
def test_perimeter():
"""
Проверка на корректность вычисления длины окружности
"""
circle = Circle('name', 3)
assert round(circle.perimeter, 2) == 18.85
def test_errors(self):
with self.assertRaises(ValueError):
Circle.parse({'xq': 1, 'y': 2, 'radius': 3}, {}, Color("#123456"))
Circle.parse({'y': 2, 'radius': 3}, {}, Color("#123456"))
Circle.parse({'x': 1, 'yq': 2, 'radius': 3}, {}, Color("#123456"))
Circle.parse({'x': 1, 'radius': 3}, {}, Color("#123456"))
Circle.parse({'x': 1, 'y': 2, 'radiusqq': 3}, {}, Color("#123456"))
Circle.parse({'x': 1, 'y': 2}, {}, Color("#123456"))
with self.assertRaises(ValueError):
Circle.parse({'x': 1, 'y': 2, 'radius': 3}, {}, Color("#123456"))
with self.assertRaises(TypeError):
Circle.parse({'x': (), 'y': 2, 'radius': 3}, {}, Color("#123456"))
Circle.parse({'x': 1, 'y': [], 'radius': 3}, {}, Color("#123456"))
Circle.parse({'x': 1, 'y': 2, 'radius': {}}, {}, Color("#123456"))
Circle.parse({'x': 1, 'y': 2, 'radius': {}}, {}, Color("#123456"))
Circle.parse({'x': 1, 'y': 2, 'radius': 3}, {}, Color("#1"))
def test_area():
"""
Проверка на корректность вычисления площади
"""
circle = Circle('name', 2)
assert round(circle.area, 2) == 12.57
from figures import Rectangle, Square, Circle
rect_1 = Rectangle(3, 4)
rect_2 = Rectangle(12, 5)
print(rect_1.get_area())
print(rect_2.get_area())
square_1 = Square(5)
square_2 = Square(10)
print(square_1.get_area_square(), square_2.get_area_square())
circ_1 = Circle(5)
circ_2 = Circle(7)
print(circ_1.get_area_circle(), circ_2.get_area_circle())
figures = [rect_1, rect_2, square_1, square_2, circ_1, circ_2]
for figure in figures:
if isinstance(figure, Square):
print(figure.get_area_square())
elif isinstance(figure, Circle):
print(figure.get_area_circle())
else:
print(figure.get_area())
def test_create_circle():
"""Тест создания окружности"""
circle = Circle(radius=10)
assert circle.name == 'Circle'
def test_add_areas_error():
"""Тест вызова исключения с невалидными параметрами"""
var = 10
circle = Circle(radius=10)
with pytest.raises(AttributeError):
circle.add_area(var)
def test_add_areas():
"""Тест вычисления суммы площадей двух фигур"""
circle = Circle(radius=10)
triangle = Triangle(a=5, b=6)
assert circle.add_area(triangle) == approx(329, abs=2e-1)
from figures import Rectangle, Square, Circle
rect_1 = Rectangle(15, 12)
rect_2 = Rectangle(17, 5)
print(rect_1.get_area(), rect_2.get_area())
square_1 = Square(5)
square_2 = Square(11)
print(square_1.get_area(), square_2.get_area())
circle_1 = Circle(15)
circle_2 = Circle(9)
print(circle_1.get_area(), circle_2.get_area())
figures = [rect_1, rect_2, square_1, square_2, circle_1, circle_2]
for figure in figures:
print(figure.get_area())
def test_name(name):
"""
Проверка на корректность заданного имени
"""
circle = Circle(name, 1)
assert circle.name == name
from figures import Circle
a = Circle(2)
b = Circle(3)
for square in a, b:
print(f'square = {square.get_area_circle()}')
from figures import Rectangle, Square, Circle
rect_1 = Rectangle(3, 4)
rect_2 = Rectangle(12, 5)
print(f"Площадь 1го прямоугольника: {rect_1.getArea()}")
print(f"Площадь 2го прямоугольника: {rect_2.getArea()}")
square_1 = Square(5)
square_2 = Square(10)
print(f"\nПлощадь 1го квадрата: {square_1.getSquareArea()}")
print(f"Площадь 2го квадрата: {square_2.getSquareArea()}")
circle_1 = Circle(3)
circle_2 = Circle(4)
print(f"\nПлощадь 1го круга: {circle_1.getArea()}")
print(f"Площадь 2го круга: {circle_2.getArea()}")
my_figures = [rect_1, rect_2, square_1, square_2, circle_1, circle_2]
print("\nПлощади всех имеющихся фигур:")
for elem in my_figures:
if isinstance(elem, Square):
print(elem.getSquareArea())
else:
print(elem.getArea())
from figures import Rectangle, Square, Circle
rect_1 = Rectangle(3, 4)
rect_2 = Rectangle(12, 5)
#вывод площади наших двух прямоугольников
print(rect_1.get_area_rectangle())
print(rect_2.get_area_rectangle())
print("\n")
square_1 = Square(10)
square_2 = Square(6)
print(square_1.get_area_square(), square_2.get_area_square())
print("\n")
circ_1 = Circle(25)
circ_2 = Circle(11)
print(circ_1.get_area_circle(), circ_2.get_area_circle())
print("\n")
figures = [rect_1, rect_2, square_1, square_2, circ_1, circ_2]
for figure in figures:
if isinstance(figure, Square):
print("Square: " + str(figure.get_area_square()))
elif isinstance(figure, Rectangle):
print("Rectangle: " + str(figure.get_area_rectangle()))
elif isinstance(figure, Circle):
print("Circle: " + str(figure.get_area_circle()))
def test_circle_perimeter():
"""Тест вычисления периметра окружности"""
circle = Circle(radius=10)
assert int(circle.find_perimeter()) == approx(62, abs=2e-1)
