from PIL import Image
from math import radians, degrees, cos, sin
from IPython.core import display
from io import BytesIO
from os import chdir

img = Image.new( 'RGB', (721,721), "white") # create a new white image
pixels = img.load() # create the pixel map

class cart:
    def __init__(self, x, y, z):
        self.x = zeros(x, dtype = int16)
        self.y = zeros(y, dtype = int16)
        self.z = zeros(z, dtype = int16)

maps = array([cart(721, 721, 721) for x in range(720)])

midx, midy = 360, 360
for q in range(1,721):
    for s in range(1,361):
        for t in range(1,361):
            #print(s,t,q)
            maps[q].x[t] = (cos(radians(s)) * t) + 350
            maps[q].y[t] = (sin(radians(t)) * s) + 350
            maps[q].z[t] = s

            x = maps[q].x[t] - 350
            z = maps[q].z[t]
            x = round(cos(radians(q/2)) * x - sin(radians(q/2)) * z)

            maps[q].x[t] = x + midx
            maps[q].x[t] = min(max(maps[q].x[t], 0), 720)
            maps[q].y[t] = min(max(maps[q].y[t], 0), 720)

            #print(int(maps[q].x[t]), int(maps[q].y[t]))
            pixels[abs(int(maps[q].x[t])), abs(int(maps[q].y[t]))] = (t%s, s%t, s^t)

    print(q)
    img = img.rotate(180)
    img.save('image{0}.png'.format(q), 'png')
    img = Image.new( 'RGB', (721,721), "white")
    pixels = img.load()