Newton/Julia Fractal (1766)
f(z) = z-(z^8+0.0001)/(z^2-1/2200)
Sonate K3148
Sonate K3149
Newton/Julia Fractal (1767)
f(z) = (1+i)*(-0.7817-0.022*i)*z^5+(-0.7817-0.022*i)
Newton/Julia Fractal (1768)
f(z) = z^5+1.003*exp(i*pi/10000)*z
Michael Becker Function: z^5+1.0001*exp(pi/1000)
Newton/Julia Fractal (1769)
f(z) = z^5+1.003*EXP(i*PI/100)*z
Newton/Julia Fractal (1770)
f(z) = z^5+1.006*EXP(2*i*PI/(SQR(5)-1/2))*z M.Becker Function
Sonate K3153-2
Unknown
Unknown 2
f(z) = z-(z^3-Re(z^2)/z-z^2/22+0.0194*i)/(198/37*z^2+2*z-1)+(.02315+0.1815E-2*i)
f(z) = z-(z^3-Re(z^2)/z-z^2/22+0.0194*i)/(198/37*z^2+2*z-1)+(.02015+0.1815E-2*i)
Newton/Julia Ax1-2
f(z) = z-(z^3-Re(z^2)/z-z^2/22+0.0194*i)/(198/37*z^2+2*z-1)+(.01515+0.1815E-2*i)
Sonate Ax1-2
Newton/Julia Fractal (1771)
f(z) = z^2*sqr(1-z^2) + (-0.761859+0.9529*i)
Sonate K3155
Newton/Julia Fractal (1772)
f(z) = z^6+1.01*i*z
Newton/Julia Fractal (1773)
f(z) = z^6+1.01*z
Newton/Julia Fractal (1774)
f(z) = z^6+1.01*i*EXP(-PI*i/250)*z
Newton/Julia Fractal (1775)
f(z) = z^6+1.01*i*EXP(-PI*i/200)*z
f(z) = SQR(z^6)+z+(-.3043681+.23453*i)
f(z) = SQR(z^6)+z+(-.3243681+.23453*i)
Newton/Julia Fractal (1776)
f(z) = (z^7+z^3/4+0.002)/(z^3+z/4-0.0002)