def test_Square(self):
rect = rectangles.Square(2)
data = rect.summary()
self.assertEqual(4.,data['area'])
self.assertEqual(8.,data['perimeter'])
# coding: utf8
import rectangles
import parallelograms
import circle
import triangle
import pygame
import sys
pygame.init()
# creating objects
rectangle1 = rectangles.Rectangle(95, 130)
square1 = rectangles.Square(90)
parallelogram1 = parallelograms.Parallelogram(150, 100, 45)
diamond1 = parallelograms.Diamond(100, 60)
triangle1 = triangle.Triangle(100, 120, 110)
circle1 = circle.Circle(50)
print(circle1.area)
print(triangle1.perimeter)
while True:
for event in pygame.event.get():
if event.type == pygame.QUIT:
sys.exit(0)
# drawing objects
square1.draw()
circle1.draw()
diamond1.draw()
parallelogram1.draw()
# coding: utf8 import rectangles square2 = rectangles.Square(2) print(square2.summary()) import triangle triangle = triangle.Triangle(2, 4, 4) print(triangle.summary())
import triangle
import circle
#Maths
import matplotlib.pyplot as plt
import numpy as np
#Data
R = 1
a = 1
b = 2
k = np.pi / 3
#Shapes
r2 = rectangles.Rectangle(a, b) #rectangle
s2 = rectangles.Square(a) #square
p2 = paralelogram.Parallelogram(a, b, k) #parallelogram
d2 = paralelogram.Dimond(a, k) ##dimond
t2 = triangle.Triangle(a, b, k) #triangle
c2 = circle.Circle(R) #circle
if k > np.pi / 2:
print("There is no dimond, rectangle and square with such an angle")
# parallelogram
plt.plot([0, b], [0, 0])
plt.plot([np.cos(k) * a, b + np.cos(k) * a],
[np.sin(k) * a, np.sin(k) * a])
plt.plot([0, np.cos(k) * a], [0, np.sin(k) * a])
plt.plot([b, b + np.cos(k) * a], [0, np.sin(k) * a])
plt.title("Parallelogram")
plt.show()