#CreativeCoding #Processing #Python # This pattern strategy I learned from Naoki Tsutae

https://openprocessing.org/user/154720?view=sketches&o=48#sk

import numpy as np #numpy
import py5 #py5

order = 500
power = 59

def setup():

global color_map, x, y
py5.size(1000, 1000)
py5.no_smooth()

color_map = np.array([
        [py5.red(hsb(i)), py5.green(hsb(i)), py5.blue(hsb(i))]
    for i in range(256)])
x, y = np.meshgrid(np.arange(0, order), np.arange(0, order))

def draw():

py5.background(0)
pattern = func(x, y)
img = py5.create_image_from_numpy(color_map[pattern], 'RGB')
py5.image(img, 0, 0, py5.width, py5.height)

def hsb(h, sat=255, bri=255):

py5.color_mode(py5.HSB)
return py5.color(h, sat, bri)

@np.vectorize
def func(x, y):

return int((x ^ y) ** (power / 10)) % 256

def key_pressed():

global power
if py5.key_code == py5.UP:
    power += 1
elif py5.key_code == py5.DOWN:
    power = max(power - 1, 1)
elif py5.key == 's':
    py5.save_frame(f'out{order}-{power}.png')
print(power)

py5.run_sketch(block=False)