Create a function that calculates the normalized angular solution. This function should take 4 float arguments and return the value of the normalized angular solution for the specific m, l, thetha and pi. The return value is a complex number rounded to 5 decimal places for both the real and the imaginary parts.

My code so far in Python 3.6 ONLY

import scipy.constants as c

import numpy as np

def angular_wave_func(m,l,theta,phi):