preimages */ NewLN:map("-",NewLP), /* negative preimages */ NewL:append(NewLP,NewLN) /* output = all preimages as a list */ ); /* t is an angle in turns */...
critical point and it's preimages double ER_DLD ; // see GiveER_LSM // 27.764 = manually find value such that level curves of escape time cross critical...
critical point and it's preimages double ER_DLD ; // see GiveER_LSM // 27.764 = manually find value such that level curves of escape time cross critical...
manually find value such that level curves of escape time cross critical point and it's preimages double ER_DLD ; // see GiveER_LSM // 27.764 = manually find...
manually find value such that level curves of escape time cross critical point and it's preimages double ER_DLD ; // see GiveER_LSM // 27.764 = manually find...
double ER_LSM ; // see GiveER_LSM // 27.764 = manually find value such that level curves of escape time cross critical point and it's preimages double ER_DLD...
manually find value such that level curves of escape time cross critical point and it's preimages double ER_DLD ; // see GiveER_LSM // 27.764 = manually find...
manually find value such that level curves of escape time cross critical point and it's preimages double ER_DLD ; // see GiveER_LSM // 27.764 = manually find...
find such AR for internal LCM/J and LSM that level curves croses critical point and it's preimages for attracting ( also weakly attracting = parabolic)...
static double ER = 200.0; // EscapeRadius for bailout test double EscapeRadius=1000000; // = ER big !!!! // SAC/J double lnER; // ln(ER) int i_skip =...
=_z^3+(1.0149042485835864102+0.10183008497976470119i)*z;_(zoom).png){kind=link}
=_z^3+(1.0149042485835864102+0.10183008497976470119i)*z.png){kind=link}
_=_z^3_+z*(0.1008317508132964*i_+_1.004954206930806).png){kind=link}
