sundialsTB > cvodes
sundialsTB, a Matlab Interface to SUNDIALS
CVODES

CVODES Functions

CVode CVodeAdjInit CVodeAdjReInit CVodeB
CVodeFree CVodeGet CVodeGetStats CVodeGetStatsB
CVodeInit CVodeInitB CVodeMonitor CVodeMonitorB
CVodeQuadInit CVodeQuadInitB CVodeQuadReInit CVodeQuadReInitB
CVodeQuadSetOptions CVodeReInit CVodeReInitB CVodeSensInit
CVodeSensReInit CVodeSensSetOptions CVodeSensToggleOff CVodeSet
CVodeSetB CVodeSetOptions

CVODES Function Types

CVBandJacFn CVBandJacFnB CVDenseJacFn CVDenseJacFnB
CVGcommFn CVGcommFnB CVGlocalFn CVGlocalFnB
CVJacTimesVecFn CVJacTimesVecFnB CVMonitorFn CVMonitorFnB
CVPrecSetupFn CVPrecSetupFnB CVPrecSolveFn CVPrecSolveFnB
CVQuadRhsFn CVQuadRhsFnB CVRhsFn CVRhsFnB
CVRootFn CVSensRhsFn

CVODES Serial Example Problems

Example Description
mcvsAdvDiff_bnd 2D advection-diffusion problem
mcvsDiscRHS_dns simple example illustrating integration over discontinuities in the right-hand side
mcvsDiscSOL_dns simple example illustrating integration over discontinuities in the solution
mcvsDiurnal_kry 2D diurnal kinetics problem
mcvsHessian_FSA_ASA simple example for computing 2nd order sensitivities (forward-over-adjoint method)
mcvsOzone_FSA_dns Ozone depletion chemical mechanism
mcvsPleiades_non celestial mechanics problem
mcvsPollut_FSA_dns air pollution model
mcvsRoberts_ASAi_dns adjoint sensitivity analysis (integral functional) for the Robertson chemical mechanism
mcvsRoberts_FSA_dns forward sensitivity analysis for the Robertson chemical mechanism
mcvsRoberts_dns Robertson chemical kinetics problem
mcvsVanDPol_dns van der Pol problem

CVODES Parallel Example Problems

Example Description
mcvsDecoupl_non_p simple test for a set of decoupled ODEs
mcvsAtmDisp_kry_bbd_p 3D advection-diffusion PDE with distributed source
mcvsAdvDiff_FSA_non_p forward sensitivity analysis for a 1D advection-diffusion problem
For further information, contact
Radu Serban radu@llnl.gov, (925) 424-4852