from fractal import Julia ju = Julia([500, 500]) ju.setC(0 - 1j) ju.doJulia(500) ju.wait()
from fractal import Julia ju = Julia([500, 500]) ju.setC(-0.7 + 0.38j) ju.doJulia(500) ju.wait()
from fractal import Julia ju = Julia([500, 500]) ju.setC(-0.12 + 0.76j) ju.doJulia(500) ju.wait()
from fractal import Julia ju = Julia([500, 500]) ju.setC(-1 + 0.05j) ju.doJulia(500) ju.wait()
from fractal import Julia from fractal.colors import * def color(i, r=2): if i < len(reds) - 1: return reds[i] return (0, 0, 0) k = -0.5 - 0.47j ep = 3 ju = Julia([500, 500], title="%s_%s" % (ep, k)) ju.setExp(ep) ju.setC(k) ju.setColor(color) ju.doJulia(200) ju.wait()
from fractal import Julia ju = Julia([500, 500]) ju.setC(-1.25 + 0j) ju.doJulia(500) ju.wait()
from fractal import Julia ju = Julia([500, 500]) # 设置画布尺寸 ju.setC(-0.835 - 0.232j) # Julia复常数项 ju.doJulia(400) # 最大迭代400次 # ju.save("ju1.jpg") # 保存图片 ju.wait()
from fractal import Julia ju = Julia([500, 500]) ju.setExp(4) ju.setC(-0.5 + 0.49j) ju.setRadius(5) ju.doJulia(400) ju.wait()
from fractal import Julia ju = Julia([500, 500]) ju.setC(0.2 + 0.65j) ju.doJulia(500) ju.wait()
from fractal import Julia ju = Julia([500, 500]) ju.setC(-0.605 - 0.45j) ju.doJulia(200) ju.wait()