pde2path help menu

Thematic structure and function overview
Tips and tricks

Demos

Function overviews (by sublibrary)


The organization into sublibraries is aimed to help finding functions; there are various ambiguities, e.g., hoplot.m (from hopf/) could as well be in plot/. Thus, when searching for a function you may want to check different subdirectories. Also try the thematic overview above, or use, e.g., edit stan->tab or pdeo->tab or similar at the command line to see suggestions for completions; this, however, also includes all functions in the path, e.g., also the built-in MATLAB functions.

p2p: the "main" functions (which are not in another subdir)
plot: Plotting
hopf: Hopf bifurcation and periodic orbit continuation, including Floquet computation stuff.
fem: Main FEM functions, including matrix assembly.
hofem: Higher Order FEM functions, including some 6-node triangle PDE objects.
pdeo: Various pde-objects (domain, discretization, FE space), for the OOPDE setting.
meshada: Mesh-refinement and coarening.
spcont: spectral continuation, i.e., fold-point-, branch-point-, and Hopf-point-continuation.
Xcont: Functions for the continuation of manifolds X.
linalg: Mostly linear system solvers.
mbif: Branch switching at BPs of higher multipicity.
misc: Various, in particular tests and check (e.g., jaccheck.m etc).
tom: Main functions of TOM (by F.Mazzia), and interfaces.
deflation: The basic setup for deflation.
oclib: Functions for the Optimal Control stuff.
ampsys: Extra library (independent of all others) for the derivation of amplitude equations.