period = 1; complex double zcr = 0.0; // complex double c = 0.0; // circle Julia set, c is a center of main cardioid // 1 superattracting cycle period 1...
Comment = Numerical approximation of Julia set for f(z)= z^2 + c boundaries of Binary Decomposition Method (LC of BD) = LCBD File 0.2600000000000000_LCET_BDM...
Numerical approximation of Julia set for f(z)= z^4 + c boundaries of Binary Decomposition Method (LC of BD) = LCBD File BDM_LC_LS_-0.2390264519152330+0...
Numerical approximation of Julia set for f(z)= z^2 + c boundaries of Binary Decomposition Method (LC of BD) = LCBD File BDM_LC_LS_-0.6900598700150440+0...
fprintf (stdout, "\t parabolic trap for Julia set components is a triangle: ( z1,z2,z3) = part of the circle around parabolic fixed point\n"); fprintf...
/* Numerical approximation of Julia set for fc(z)= z^2 + c Adam Majewski adammaj1 aaattt o2 dot pl // o like oxygen not 0 like zero...
= Numerical approximation of Julia set for f(z)= z^2 + c BDM for exterior and solid color for interior File BDM_LSM_LC_0.2500000000000000+0.5000000000000000...
fprintf (stdout, "\t parabolic trap for Julia set components is a triangle: ( z1,z2,z3) = part of the circle around parabolic fixed point\n"); fprintf...
period = 1; complex double zcr = 0.0; // complex double c = 0.0; // circle Julia set, c is a center of main cardioid // 1 superattracting cycle period 1...
fprintf (stdout, "\t parabolic trap for Julia set components is a triangle: ( z1,z2,z3) = part of the circle around parabolic fixed point\n"); fprintf...
_=_z^4+c_where_c_=_-0.2390264519152330+0.4155169960065820*I.png){kind=link}
_=_z*z_-0.6900598700150440+0.2760264827846140i_BDM.png){kind=link}
_=_z^2_+_i_using_BDM_DEM_LSM.png){kind=link}
_=_z*z_+_0.25+0.5i_BDM.png){kind=link}
_=_z*z_-0.6900598700150440+0.2760264827846140i.png){kind=link}
_=_z^3+c_where_c_=_-0.0649150006787817+0.7682196859124361*I_8000_0.435.png){kind=link}