Gorilla in Burning Ship xnew=x*x-y*y-px ynew=2|x*y|-py -0.33<x<0.33; -0.25<y<0.25 -0.33 maxLoop=120, explosion threshold=8 |
the head of the gorilla -0.06<x<0.06; 0.059<y<0.15 |
"Hole" in the center of the gorilla's chest -0.0052<x<0.0052; 0.0610<y<0.0750 |
A "frog" -1.2<x<1.2; -1.3<y<1.3 4; Px=-0.45; Py= 0.70 loop=150; explosion threshold=8 |
Alzheimer Brain -2<x<2; -2.2<y<2.2; Px=0.75; Py=0.9 loop=120; explosion threshold=120 |
Mandelbrot; Znew=Z*Z*Z+c (c=-1.801+0.089i) |
Julia set: Dendrite (1) |
Julia set: Dauady's Rabbit Fractal (-0.123+0.745i) |
Julia set: San Marco Fractal (-0.75) |
Julia set: Siegel Disk (-0.391-0.587i) |
Znew=1/Z*Z+c Julia set at (-0.71, 0.1) |
Znew=1/Z*Z+c Julia set at (-0.71, 0.1) Fix c, Z0=(Pixel position) |
Newton with disturn of P(0.1, 0) Znew=z-F(z)/(F'(z)+P) F(z)=Z*Z*Z-2*Z-5 |
Newton Secant Method; The "Ghost"! Znew=Z-F(z)/(F'(z)+P) F'(z)=(F(z+h)-F(z))/h range: x(-0.7, 0), y(-0.4, 0.4), P(0, 0) |
Newton Method; Complex Cubic; Pink Mask f(z)=(z-1)(z-c+0.5)(z+c+0.5) range (-0.361324, 0.586676), (-0.638263,0.625737 ) |
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