Function that returns fixed intervals in degrees for one rotation of a circle

circle-divide.py

from math import sin, pi, degrees, radians

def print_angles(step=8, rad_shift=0, deg_shift=0):
    shift = rad_shift or radians(deg_shift)

    for i in range(step + 1):
        radians_in_circle = 2*pi
        degrees_in_circle = 360

        phase_in_r = radians_in_circle * (i/step)
        phase_in_d = degrees_in_circle * (i/step)
        # assert phase_in_r == radians(phase_in_d)

        sine = sin(phase_in_r + shift)
        shift_str = f"+ {degrees(shift)}°" if shift else ""
        print(f"Phase: {str(round(phase_in_d, 1))+'°':<6s}{shift_str} | sin:{round(sine, 4)}")

        as_degrees = 180 * sine
        print('>', round(as_degrees, 2), '\n')