sFEMparm Struct Reference
[FEMparm class]

Parameter structure for FEM-specific variables from input files. More...

#include <femparm.h>

Data Fields
int	parsed
FEMparm_CalcType	type
int	settype
double	glen [3]
int	setglen
double	etol
int	setetol
FEMparm_EtolType	ekey
int	setekey
FEMparm_EstType	akeyPRE
int	setakeyPRE
FEMparm_EstType	akeySOLVE
int	setakeySOLVE
int	targetNum
int	settargetNum
double	targetRes
int	settargetRes
int	maxsolve
int	setmaxsolve
int	maxvert
int	setmaxvert
int	pkey
int	useMesh
int	meshID

---

Detailed Description

Parameter structure for FEM-specific variables from input files.

Author:

Nathan Baker

---

Field Documentation

FEMparm_EstType sFEMparm::akeyPRE

Adaptive refinment error estimator method for pre-solution refine. Note, this should either be FRT_UNIF or FRT_GEOM.

Referenced by FEMparm_copy(), preRefineFE(), and printFEPARM().

FEMparm_EstType sFEMparm::akeySOLVE

Adaptive refinment error estimator method for a posteriori solution-based refinement.

Referenced by FEMparm_copy(), postRefineFE(), and printFEPARM().

FEMparm_EtolType sFEMparm::ekey

Adaptive refinment interpretation of error tolerance

Referenced by FEMparm_copy(), postRefineFE(), preRefineFE(), and printFEPARM().

double sFEMparm::etol

Error tolerance for refinement; interpretation depends on the adaptive refinement method chosen

Referenced by FEMparm_copy(), postRefineFE(), preRefineFE(), and printFEPARM().

double sFEMparm::glen[3]

Domain side lengths (in Å)

Referenced by FEMparm_copy(), and printFEPARM().

int sFEMparm::maxsolve

Maximum number of solve-estimate-refine cycles

Referenced by FEMparm_copy(), main(), and printFEPARM().

int sFEMparm::maxvert

Maximum number of vertices in mesh (ignored if less than zero)

Referenced by FEMparm_copy(), postRefineFE(), and printFEPARM().

int sFEMparm::meshID

External finite element mesh ID (if used)

Referenced by FEMparm_copy().

int sFEMparm::parsed

Flag: Has this structure been filled with anything other than * the default values? (0 = no, 1 = yes)

Referenced by FEMparm_check(), FEMparm_copy(), and FEMparm_ctor2().

int sFEMparm::pkey

Boolean sets the pkey type for going into AM_Refine pkey = 0 for non-HB based methods pkey = 1 for HB based methods

Referenced by FEMparm_copy(), postRefineFE(), and preRefineFE().

int sFEMparm::setakeyPRE

Boolean

Referenced by FEMparm_check(), FEMparm_copy(), and FEMparm_ctor2().

int sFEMparm::setakeySOLVE

Boolean

Referenced by FEMparm_check(), FEMparm_copy(), and FEMparm_ctor2().

int sFEMparm::setekey

Boolean

Referenced by FEMparm_check(), FEMparm_copy(), and FEMparm_ctor2().

int sFEMparm::setetol

Boolean

Referenced by FEMparm_check(), FEMparm_copy(), and FEMparm_ctor2().

int sFEMparm::setglen

Boolean

Referenced by FEMparm_check(), FEMparm_copy(), and FEMparm_ctor2().

int sFEMparm::setmaxsolve

Boolean

Referenced by FEMparm_check(), FEMparm_copy(), and FEMparm_ctor2().

int sFEMparm::setmaxvert

Boolean

Referenced by FEMparm_check(), FEMparm_copy(), and FEMparm_ctor2().

int sFEMparm::settargetNum

Boolean

Referenced by FEMparm_check(), FEMparm_copy(), and FEMparm_ctor2().

int sFEMparm::settargetRes

Boolean

Referenced by FEMparm_check(), FEMparm_copy(), and FEMparm_ctor2().

int sFEMparm::settype

Boolean

Referenced by FEMparm_check(), FEMparm_copy(), and FEMparm_ctor2().

int sFEMparm::targetNum

Initial mesh will continue to be marked and refined with the method specified by akeyPRE until the mesh contains this many vertices or until targetRes is reached.

Referenced by FEMparm_copy(), preRefineFE(), and printFEPARM().

double sFEMparm::targetRes

Initial mesh will continue to be marked and refined with the method specified by akeyPRE until the mesh contains no markable simplices with longest edges above this size or until targetNum is reached.

Referenced by FEMparm_copy(), preRefineFE(), and printFEPARM().

FEMparm_CalcType sFEMparm::type

Calculation type

Referenced by FEMparm_copy(), and FEMparm_ctor2().

int sFEMparm::useMesh

Indicates whether we use external finite element mesh

Referenced by FEMparm_copy(), and FEMparm_ctor2().

---

The documentation for this struct was generated from the following file:

• femparm.h