slepc-3.6.1 2015-09-03
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Polynomial Eigenvalue Problem Solvers - PEP: Examples

The Polynomial Eigenvalue Problem (PEP) solver is the object provided by SLEPc for specifying a polynomial eigenvalue problem. Apart from the specific solvers for this type of problems, there is an EPS-based solver, i.e., it uses a solver from EPS to solve a generalized eigenproblem obtained after linearization.

As in the other solver objects, users can set various options at runtime via the options database (e.g., -pep_nev 4 -pep_type linear). Options can also be set directly in application codes by calling the corresponding routines (e.g., PEPSetDimensions() / PEPSetType()).

acoustic_wave_1d.c: NLEVP problem: acoustic_wave_1d
acoustic_wave_2d.c: NLEVP problem: acoustic_wave_2d
butterfly.c: NLEVP problem: butterfly
damped_beam.c: NLEVP problem: damped_beam
pdde_stability.c: NLEVP problem: pdde_stability
planar_waveguide.c: NLEVP problem: planar_waveguide
sleeper.c: NLEVP problem: sleeper
spring.c: NLEVP problem: spring
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