def main():
img = Imager("pepe")
img = img.deep_fry(0.75)
img.display()
img.save("memes", "")
exit()
t0 = time()
ting1 = Imager("fibonacci")
ting2 = Imager("fisheggs")
ting3 = Imager("trail").saturation(1.2).contrast(1.1)
w = 900; h = 550
canvas = Imager(w = w, h = h, bg = (255, 192, 192))
canvas = canvas.fill(ting3)
_ting2 = ting2.scale(0.2).saturation(1.3)
_ting2_w, _ting2_h = _ting2.get_dims()
y_offset = h // 2 - _ting2_w // 4
for i in range(w // _ting2_w + 1):
for j in range(1):
canvas._paste(_ting2.pixelate(0.1 + i / (w // _ting2_w)), pos = (i * _ting2_w, y_offset))
_ting1 = ting1.scale(0.05).saturation(2)
from math import sin
fn = lambda x: int(200 * sin(x / 8))
for i in np.linspace(-75, 75, 300):
canvas.splice(_ting1.saturation(0 + rand()).rotate(rand() * 90), alpha = 2/3, pos = (int(5 * i), fn(i)))
#canvas = canvas.deep_fry(intensity = 1) # intensity in (0, 1.5)
#canvas = canvas.collage(ting1, Imager.scale, 0.5)
t1 = time()
print("Image generation took: ", (t1-t0)*1000, "ms")
canvas.display()
canvas.img.convert("RGB")
canvas.save("some file name", "", ext = "png") # "" saves to "root" director
