"""2023-06-16"""
from helpers import HEIGHT
from helpers import save_image
from helpers import WIDTH
from helpers import write_legend
from helpers.poison_disc_sampling import PoissonDiscSampling
from pathlib import Path
from random import shuffle
import numpy as np
import py5
IMG_NAME = Path(__file__).name.replace(".py", "")
LIMITE = 20
pds_list = []
def setup():
py5.size(WIDTH, HEIGHT, py5.P3D)
py5.color_mode(py5.HSB, 360, 100, 100)
py5.no_fill()
py5.frame_rate(1)
for _ in range(0, 125):
sep_radius = py5.random(50, 150)
pds_list.append(
(
PoissonDiscSampling(
-LIMITE,
-LIMITE,
WIDTH + LIMITE,
HEIGHT + LIMITE,
sep_radius,
2,
0,
15,
),
py5.color(
py5.random(360),
py5.random(80, 100),
py5.random(80, 100),
py5.random(2, 10),
),
)
)
def draw():
# Set background
py5.background(0)
shuffle(pds_list)
sub_list = pds_list[:8]
curve_range = py5.random(60, 100)
num_curves = py5.random_int(6000, 8000)
# Loop thousands of times, gradually adjusting the curve tightness
for i in np.linspace(-curve_range, curve_range, num=num_curves):
py5.curve_tightness(i)
for idx, (pds, color) in enumerate(sub_list):
with py5.push_matrix():
py5.rotate(py5.radians(idx * 40))
with py5.begin_shape():
py5.stroke(color)
py5.curve_vertices(pds.point_list)
write_legend([py5.color(360, 0, 100)], IMG_NAME)
py5.no_loop()
save_image(IMG_NAME, extension="png")
py5.exit_sketch()
def key_pressed():
key = py5.key
if key == " ":
py5.no_loop()
save_image(IMG_NAME, extension="png")
py5.exit_sketch()
py5.run_sketch()