Newton/Julia Fractal (2646)
f(z)=3*(log(sin(z)+(i*z^2-1)))
g(z)= f(f(z))+f(1/(f(z)))
Modulus Function abs(g(z))
Sonate K5446-2
Newton/Julia Fractal (2646-2)
f(z)=6*(log(sin(z)+(i*z^2-1)))
Modulus Function abs(f(z))
Newton/Julia Fractal (2646-4)
f(z)=33*(log(sin(z)+(i*z^2-1)))
Modulus Function abs(f(z))
Newton/Julia Fractal (2647)
f(z)=3*(log(sin(z)+(i*z^2-1)))
g(z)= f(z)*f(1/(f(z)))
Modulus Function abs(g(z))
Sonate K5447-2
Newton/Julia Fractal (2648)
f(z)=3*(log(sin(z)+(i*z^2-1)))
g(z)= f(f(z))*f(1/(f(z)))
Modulus Function abs(g(z))
Newton/Julia Fractal (2649)
f(z)=3*(log(sin(z)+(i*z^2-1)))
g(z)= f(f(f(z)))*f(1/(f(z)))
Modulus Function abs(g(z))
Newton/Julia Fractal (2650)
f(z)=3*(log(sin(z)+(i*z^2-1)))
g(z)= 33*f(1/f(f(z)))
Modulus Function abs(g(z))
f(z)=3*(log(sin(z)+(i*z^2-1)))
g(z)= 98*f(1/f(f(z)))
Modulus Function abs(g(z))
f(z)=3*(log(sin(z)+(i*z^2-1)))
g(z)= 188*f(1/f(f(z)))
Modulus Function abs(g(z))
Newton/Julia Fractal (2651)
f(z) = 1.3*z-2*SINH(0.5*z)-conj(SIN(z))
Sonate K5454
Newton/Julia Fractal (2652)
f(z) = 1.3*z-2*SINH(0.5*z)-(SIN(z))
Newton/Julia Fractal (2653)
f(z) = (3.308-1.2678E-2*i)*z-2*SINH(0.5*z)-(SIN(z))
Newton/Julia Fractal (2654)
f(z) = (1.60796+1.09517*i)*z-2*SINH(0.5*z)-(SIN(z))
Newton/Julia Fractal (2655)
f(z) = 1.2*z-(1.6160-2.30686*i)*SINH(0.5*z)-(SIN(z))
Newton/Julia Fractal (2656)
f(z) = 1.2*z-1.6*SINH((-.73408+.317252
*i)*z)-(SIN(z))
Sonate K5460
Newton/Julia Fractal (2657)
f(z) = 1.2*z-1.6*SINH((-.19100-1.13249
*i)*z)-(SIN(z))
Newton/Julia Fractal (2658)
f(z) = 1.2*z-1.6*SINH((-8.302E-2+.6726
*i)*z)-(SIN(z))
Sonate K5463
Newton/Julia Fractal (2659)
f(z) = 1.2*z-1.6*SINH((-9.745E-2+.6606
8*i)*z)-(SIN(z))
Sonate K5465
Sonate K5465-2