def test_addition(self):
"""
testing addition
:return:
"""
self.assertEqual(Standardmathemeticaloperations(5, 10).addition(), 15)
self.assertEqual(Standardmathemeticaloperations(5, -1).addition(), 4)
self.assertEqual(Standardmathemeticaloperations(-5, -1).addition(), -6)
def test_division(self):
"""
testing division
:return:
"""
self.assertEqual(Standardmathemeticaloperations(10, 5).division(), 2)
self.assertEqual(Standardmathemeticaloperations(5, -1).division(), -5)
self.assertEqual(Standardmathemeticaloperations(-5, -1).division(), 5)
def test_substraction(self):
"""
testing substraction
:return:
"""
self.assertEqual(
Standardmathemeticaloperations(10, 5).substraction(), 5)
self.assertEqual(
Standardmathemeticaloperations(5, -1).substraction(), 6)
self.assertEqual(
Standardmathemeticaloperations(-5, -1).substraction(), -4)
def test_multiplication(self):
"""
testing multiplication
:return:
"""
self.assertEqual(
Standardmathemeticaloperations(5, 10).multiplication(), 50)
self.assertEqual(
Standardmathemeticaloperations(5, -1).multiplication(), -5)
self.assertEqual(
Standardmathemeticaloperations(-5, -1).multiplication(), 5)
def triangle_area(self):
"""
finding the area of the triangle
:return:
"""
res_add = Standardmathemeticaloperations(self.length,
self.width).addition()
s = Standardmathemeticaloperations(res_add, self.height).addition() / 2
area_triangle = (s * (s - self.length) * (s - self.width) *
(self.height))**0.5
print("Area of the triangle :", area_triangle)
return area_triangle
def square(self):
"""
finding square of number
:return:
"""
result_square = Standardmathemeticaloperations(self.a, self.b).multiplication()
# print("result_square :", result_square)
return result_square
def cube(self):
"""
finding qube of number
:return:
"""
result = Standardmathemeticaloperations(self.a, self.b).multiplication()
result_cube = result * self.a
# print("Cube :", result_cube)
return result_cube
def square_area(self):
"""
finding the area of the square
:return:
"""
area_sqaure = Standardmathemeticaloperations(
self.length, self.width).multiplication()
print("Area of the square :", area_sqaure)
return area_sqaure
"""
from Area_calculations.Area import Differentareacalaculations
from mathoperations.advanced import Advancedmathemeticaloperations
from mathoperations.standard import Standardmathemeticaloperations
class calling():
pass
a = int(input("Enter first number :"))
b = int(input("Enter second number :"))
length = int(input("Enter length :"))
width = int(input("Enter width :"))
height = int(input("Enter height :"))
AREA_OBJ = Differentareacalaculations(length, width, height)
STANDARD_OBJ = Standardmathemeticaloperations(a, b)
ADVANCED_OBJ = Advancedmathemeticaloperations(a, b)
RESULT_SUB = STANDARD_OBJ.substraction()
RESULT_ADD = STANDARD_OBJ.addition()
RESULT_DIV = STANDARD_OBJ.division()
RESULT_MUL = STANDARD_OBJ.multiplication()
RESULT_SQUARE = ADVANCED_OBJ.square()
RESULT_CUBE = ADVANCED_OBJ.cube()
RESULT_SUAREROOT = ADVANCED_OBJ.squareroot()
RESULT_CUBEROOT = ADVANCED_OBJ.cuberoot()
RESULT_SQUARE_AREA = AREA_OBJ.square_area()
RESULT_RECTANGLE_AREA = AREA_OBJ.rectangle_area()
RESULT_TRIANGLE_AREA = AREA_OBJ.triangle_area()
RESULT_HEXAGON_AREA = AREA_OBJ.hexagon_area()