Mandelbrot set: Difference between revisions
Content added Content deleted
m (→Normal Map Effect, Mercator Projection and Perturbation Theory: Zoom center changed and appropriate animation linked. Order of calculations adjusted.) |
m (→Normal Map Effect, Mercator Projection and Deep Zoom Images: Make blocking artifacts recognizable at large zoom depths for 64-bit floating point numbers.) |
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import matplotlib.pyplot as plt |
import matplotlib.pyplot as plt |
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d, h = 200, |
d, h = 200, 1200 # pixel density (= image width) and image height |
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n, r = |
n, r = 8000, 10000 # number of iterations and escape radius (r > 2) |
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a = -.743643887037158704752191506114774 # real coordinate of the zoom center |
a = -.743643887037158704752191506114774 # real coordinate of the zoom center |
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a = dc.Decimal("-1.256827152259138864846434197797294538253477389787308085590211144291") |
a = dc.Decimal("-1.256827152259138864846434197797294538253477389787308085590211144291") |
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b = dc.Decimal(".37933802890364143684096784819544060002129071484943239316486643285025") |
b = dc.Decimal(".37933802890364143684096784819544060002129071484943239316486643285025") |
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S = np.zeros(n+1, dtype=np.complex128) |
S = np.zeros(n+1, dtype=np.complex128) |
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print("The reference sequence diverges within %s iterations." % k) |
print("The reference sequence diverges within %s iterations." % k) |
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break |
break |
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E, Z, dZ = np.zeros_like(C), np.zeros_like(C), np.zeros_like(C) |
E, Z, dZ = np.zeros_like(C), np.zeros_like(C), np.zeros_like(C) |
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