def create_objects(form):
"""
Create shapes.
"""
message.clear()
if form["shape_type"] == "Circle":
circle = Circle(
form["shape_type"],
form["width"],
form["height"],
form["left"],
form["top"],
form["color"]
)
message.append(Circle.validate(circle))
if Circle.validate(circle) == "Circle Added":
shapes.append(circle)
if form["shape_type"] == "Square":
square = Square(
form["shape_type"],
form["width"],
form["height"],
form["left"],
form["top"],
form["color"]
)
message.append(Square.validate(square))
if Square.validate(square) == "Square Added":
shapes.append(square)
if form["shape_type"] == "Triangle":
triangle = Triangle(
form["shape_type"],
form["width"],
form["height"],
form["left"],
form["top"],
form["color"]
)
message.append(Triangle.validate(triangle))
if Triangle.validate(triangle) == "Triangle Added":
shapes.append(triangle)
def main():
square = Square(5)
rectangle = Rectangle(12,5)
ellipse = Ellipse(4, 10)
oval = Oval(-4)
shapeList = [square, rectangle, ellipse, oval]
for s in shapeList:
if isinstance(s, Shape):
print("This " + s.getShape() + " has an area of " + str(s.calculateArea()))
def __init__(self, side):
print("Init Cube")
Square.__init__(self, side)
self.depth = side #avoids calling constructor for object twice.
import pytest
from shape import Square, Rectangle, Triangle, Circle
class BadShape:
def __init__(self, a):
self.a = a
@property
def area(self):
return self.a
figure_set_one = [
Square(58.095),
Rectangle(0.000887799, 44),
Triangle(22.00001, 22.001, 22.1),
Circle(900000234)
]
figure_set_two = [
Square(1),
Rectangle(999993242, 555),
Triangle(78.956, 112.44, 96.928),
Circle(5667.00938),
pytest.param(BadShape(4444), marks=pytest.mark.xfail)
]
@pytest.mark.parametrize("f1", figure_set_one)
@pytest.mark.parametrize("f2", figure_set_two)
def test_add(f1, f2):
def test_name(data):
s = Square(data)
assert s.name == "Square"
def test_perimeter(data):
s = Square(data)
assert s.perimeter == data * 4
def test_angles(data):
s = Square(data)
assert s.angles == 4
def test_area(data):
s = Square(data)
assert s.area == data ** 2
from shape import Triangle, Square, Circle
a = input("1. Triangle \n2. Square \n3. Circle\n")
c = input("details: ")
d = c.split()
b = []
for x in d:
b.append(int(x))
if a == '1':
s = Triangle(b[0], b[1])
elif a == '2':
s = Square(b[0])
else:
s = Circle(b[0])
s.area()
s.perimeter()
def setUp(self):
self.test_square = Square('Square', 'Test Square', 3)
r = int(input("How mach red do you want? (0,255) "))
g = int(input("How mach green do you want? (0,255) "))
b = int(input("How mach blue do you want? (0,255) "))
color = [r, g, b]
shape = Rectangle(x, y, shape_width, shape_height, color)
elif shape == 'square':
x = int(input('What coordinate of x it have? '))
y = int(input('What coordinate of y it have? '))
shape_width = int(input("What length of side will have the square? "))
print('We create a color of the square. rgb')
r = int(input("How mach red do you want? (0,255) "))
g = int(input("How mach green do you want? (0,255) "))
b = int(input("How mach blue do you want? (0,255) "))
color = [r, g, b]
shape = Square(x, y, shape_width, color)
# create a img with shapes
canvas = Canvas(width, height, color_of_canvas)
# draw the shape on canvas
shape.draw(canvas)
# create file cli_image.png with canvas and shapes on them
canvas.make('files/cli_image.png')
answer = input('Do you wont to create another figure? y/n: ')
if answer.lower() == 'n':
print('Bye')
break
def test3():
s = Square("red", 1, 1, 3)
script = [{s: [lambda o: o.move(0.5, 0)]} for _ in range(100)]
anim = Animation([s], script, delay=0.1)
anim.window.setCoords(0, 0, 20, 20)
anim.show()