Dein Suchergebnis zum Thema: para

clf; aux=[]; aux.tl=11; for bnr=1:6 switch bnr case 1; p=hoswibra(‚tr‘,’hpt1′,ds,para

hoswibra and cont of Hopf branches para=4; ds=0.1; aux=[]; aux.tl=11; figure(2);

Bif of Hopf branches, pick one para=4; ds=0.5; dsmax=2; xi=1e-2; tol=1e-6; figure

Bifs from HBPs para=4; ds=0.1; dsmax=0.2; xi=1e-3; nsteps=15; figure(2); clf; %br

first 2 branches para=4; ds=0.1; aux=[]; aux.tl=11; figure(2); clf; for bnr=1:2

Bif from HPs, h1 para=4; ds=0.1; dsmax=0.5; aux=[]; aux.tl=11;% aux.al=1; p=hoswibra

Hardcoded description; the author should update 🙂
Responsible within the meaning of § 18 para. 2 MStV: Prof. Dr.-Ing.

first 2 branches, run arclength from the start para=4; ds=0.1; figure(2); clf; for

Los resultados de este trabajo también se utilizarán para evaluar los flujos de materias

Experimente: Weitere Experimente auf Anfrage 1H: 1H 1H D1-120s 1H para 1H1H