def test_conjugate_real_part():
complex_number = ComplexNumber(real_value=1, imaginary_value=2)
complex_number.conjugate()
assert complex_number.real_value == 1
def test_get_conjugate_complex_number():
complex_number = ComplexNumber(real_value=1, imaginary_value=2)
con = complex_number.conjugate()
assert con.real_value == 1
assert con.imaginary_value == -2
>>> from complex_number import ComplexNumber >>> one_plus_two_i = ComplexNumber(1,2) >>> print(one_plus_two_i) 1+2i # Task 3: Conjugate Your ComplexNumber class should contain conjugate method that return conjugate of the complex_number Example for conjugate: Conjugate for complex number 1 + 2i is 1 - 2i Your code is expected to behave as below >>> from complex_number import ComplexNumber >>> one_plus_two_i = ComplexNumber(1,2) >>> one_minus_two_i = one_plus_two_i.conjugate() >>> print(one_plus_two_i) 1+2i >>> print(one_minus_two_i) 1-2i # Task 4: Addition When adding complex number instances using + operator it should return a complex number object Example for addition: 1 + 2i + 2 + 3i = 3 + 5i Your code is expected to behave as below >>> from complex_number import ComplexNumber >>> one_plus_two_i = ComplexNumber(1,2)
