basic-programming's Introduction

Basic-Programming

ITS320 import math class Complex(object): def init(self, real, imaginary):

    self.real = real
    self.imaginary = imaginary
    
def __add__(self, no):
    realadd = self.real + no.real # Add the real numbers
    imaginaryadd = self.imaginary + no.imaginary # Add the imaginary numbers
    return Complex(realadd, imaginaryadd) # Return results

def __sub__(self, no):
    realsub = self.real - no.real # Subtract the real numbers
    imaginarysub = self.imaginary - no.imaginary # Subtract the imaginary numbers
    return Complex(realsub, imaginarysub) # Return results

def __mul__(self, no):
    realmul = self.real * no.real # Multiply the real numbers
    imaginarymul = self.imaginary * no.imaginary # Multiply the imaginary numbers
    return Complex(realmul, imaginarymul) # Return results

def __div__(self, no):
    realdiv = self.real / no.real # Divide the real numbers
    imaginarydiv = self.imaginary / no.imaginary # Divide the imaginary numbers
    return Complex(realdiv, imaginarydiv) # Return results

def __mod__(self, no):
    realmod = self.real % no.real # Modulus of the real numbers
    imaginarymod = self.imaginary % no.imaginary # Modulus the imaginary numbers
    return Complex(realmod, imaginarymod) # Return results

def main_method(): C = map(float, input().split()) D = map(float, input().split()) x = Complex(*C) y = Complex(D) print = '\n'.join(map(str,[x+y,x-y,xy,x/y,x.mod(),y.mod()]))

Complex(object)

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