def get_rand_area(c):
p1 = c.random_point_on_circumference()
p2 = c.random_point_inside()
p3 = c.random_point_inside()
t = Triangle(p1, p2, p3)
print('{0} with area {1:.2f}'.format(t, t.area()))
return t.area()
def test_triangle_negative_area_negative_mantissa(self):
"""Negative test of Triangle.area method. Give -1 as mantissa value."""
t = Triangle(Point(0, 3.1415), Point(2.7, 3), Point(3**0.5, 6.023))
with self.assertRaises(ValueError) as err:
t.area(-1)
self.assertEqual(
err.args[0], "Negative number for mantissa is not allowed.",
"Triangle(Point(0, 3.1415), Point(2.7, 3), Point(3 ** 0.5, 6.023)).area(-1) failed,\
no ValueError was raised.")
def test_triangle_positive_area(self):
"""Positive test of Triangle.area method."""
t = Triangle(Point(0, 3.1415), Point(2.7, 3), Point(3**0.5, 6.023))
self.assertEqual(
t.area(1), 4.0,
"Test of Triangle(Point(0, 3.1415), Point(2.7, 3), Point(3 ** 0.5, 6.023)).area(1),\
returned value != 4.0.")
self.assertEqual(
t.area(), 4.013,
"Test of Triangle(Point(0, 3.1415), Point(2.7, 3), Point(3 ** 0.5, 6.023)).area(1) failed,\
returned value != 4.013.")
self.assertEqual(
t.area(6), 4.012568,
"Test of Triangle(Point(0, 3.1415), Point(2.7, 3), Point(3 ** 0.5, 6.023)).area(6) failed,\
returned value != 4.012568.")
def triangle():
if request.method == "GET":
return jsonify({"area":"undefined"})
elif request.method == "POST":
amazing = request.json["amazing"]
height = request.json["height"]
this_triangle = Triangle(amazing, height)
area = this_triangle.area()
return jsonify({"triangle_area":area})
def main():
rect = Rectangle()
sq = square(6)
tri = Triangle()
rect.breadth = 5
rect.length = 30
sq.length = 6
tri = Triangle()
result1 = rect.area()
result2 = tri.area()
result3 = sq.area()
#always observe the object used
final = result3 + result2 + result1
print("behold... the reuslt", final)
def main():
"""Start of program for shapes and inheritance"""
print("\nShapes and inheritance practice in Python (v3.3.5)")
circ = Circle(3)
tri = Triangle(4, 5, 7, 5.7)
sq = Square(11)
#To print out pydocs: print(help(circ))
print("Circle area: " + str(circ.area()))
print("Square area: " + str(sq.area()))
print("Triangle area: " + str(tri.area()))
print("Circle perimeter: " + str(circ.perimeter()))
print("Square perimeter: " + str(sq.perimeter()))
print("Triangle perimeter: " + str(tri.perimeter()))
def params():
amazing = request.args.get('amazing',10)
height = request.args.get('height',10)
this_triangle = Triangle(int(amazing), int(height))
area = this_triangle.area()
return jsonify({"triangle_area":area})
from Rectangle import Rectangle
from Triangle import Triangle
rect = Rectangle()
tri = Triangle()
rect.set_values(50, 40)
tri.set_values(50, 40)
rect.set_color('red')
tri.set_color('blue')
print(rect.area())
print(tri.area())
print(rect.get_color())
print(tri.get_color())
from Figure import Figure
from Triangle import Triangle
from Cuadrado import Cuadrado
from Circle import Circle
import math
if __name__ == '__main__':
fig=Figure("Cuadro")
fig.setName("Cuadros")
print(fig.getName())
triangulo=Triangle("triangulo",25)
print(triangulo.getSide())
triangulo.perimeter()
triangulo.area()
cuadro=Cuadrado("cuadro",30)
cuadro.setSide(25)
cuadro.perimeter()
cuadro.area()
circulo=Circle("circulo",25)
circulo.perimeter()
circulo.area()
from Triangle import Triangle
from Rectangle import Rectangle
Green_triangle = Triangle("GREEN", 2, 2)
Triangle_area = Green_triangle.area()
print(int(Triangle_area))
Green_rectangle = Rectangle("GREEN RECTANGLE", 2, 2)
Rectangle_area = Green_rectangle.area()
print(int(Rectangle_area))
list = []
while n < numOfSide:
try:
list.append(float(input("Enter the side length: ")))
n += 1
except:
print("Please enter number only!")
return list
if __name__ == "__main__":
side = int(input("Please enter the number of sides: "))
if side == 3:
print("This is a Triangle.\n")
Tri1 = Triangle(loopTriangle(side))
print("The area for triangle is {0:.2f}".format(Tri1.area()))
elif side == 4:
shape1 = loopRectangle(side/2)
temp = shape1[0]
if temp == shape1[1]:
print("This is a Square.\n")
Squ1 = Square(shape1)
print("The area for square is {0:.2f}".format(Squ1.area()))
elif temp != shape1[1]:
print("This is a Rectangle.\n")
Rec1 = Rectangle(shape1)
print("The area for rectangle is {0:.2f}".format(Rec1.area()))
else:
print("error.")
