mbif index
- cbe: cubic bifurcation equations, set up and solved in cswibra
- cswibra: branch switching via Cubic BE (+storage of kernel in p.mat.ker for
- gentau: to be called after qswibra to generate a linear combination of
- getbjkl: compute the directional derivatives bjkl=Guu[phi_j,n_kl], m x m x m x n matrix
- getcjkl: compute the directional derivatives cjkl=Guuu[phi_j,phi_j,phi_k]
- getdijkl: cubic coefficients in CBE
- getfg: f_ij=psi_i*G_{u,lam}*phi_j, g_ij=psi_i*Guu[phi_j,chi]
- getnkl: nv(k,l)=-0.5*P(Gu\Guu[phi_k,phi_l]); chi=-P(Gu\Glam)
- getqjk: compute the directional derivatives qjk=Guu[phi_j,phi_k]
- hugram: Gram-Schmidt for q(c)swibra
- hugram2: modify V such that V(
- proNperp: project x onto orthog. complement of span(phi(..))
- qbe: quadratic bif eqns after Keller77, set up and called in qswibra
- qcswibra: branch switching via QBE and CBE (compute kernel only once!)
- qswibra: branch switching via QBE (+storage of kernel in p.mat.ker for
- seltau: select tau from p.mat.tau or p.mat.pred computed in q(c/m)swibra