InpFile Class Reference

#include <inpfile.h>

List of all members.

Public Member Functions
	InpFile ()
	~InpFile ()
void	Defaults ()
void	Read (char const *FileName)
void	SetPrmsInis (MatFile const &Mat, bool ForceGTY=false)
void	GetIncs (int PathKey, double Div, Vec_t &dsig, Vec_t &deps, Array< bool > &PrescDeps, double &dpw, double &dSw, bool &PrescDpw, bool &PrescDSw) const
void	SetSUp (Model const *Mdl, Model::StressUpdate::pDbgFun pFun=NULL, void *UserData=NULL) const
void	SetSolFlags (SDPair &Flags) const
Public Attributes
int	ninc
	1 general number of increments (for all load-unload paths)
bool	cdrift
	2 correct YS drift
double	stol
	3 local error tolerance
bool	ssout
	4 output substeps ?
bool	ctetg
	5 Constant stiffness (linear) ?
bool	fem
	6 use one Hex8 FEM element instead of point integration
bool	dyn
	7 dynamic analysis ?
bool	hm
	8 HydroMech ?
double	tf
	9 final time
double	dt
	10 time step
double	dtout
	11 output time step
double	tsw
	12 switch time (for dynamic simulation)
int	ndiv
	13 mesh number of divisions
int	nip
	14 Number of integration points in element
bool	o2
	15 quadratic elements ?
bool	ray
	16 Rayleigh damping ?
double	am
	17 Damping Am
double	ak
	18 Damping Ak
bool	rk
	19 Runge-Kutta instead of GN22 ?
String	rkscheme
	20 Runge-Kutta scheme
double	rkstol
	21 Runge-Kutta tolerance
String	refdat
	22 reference data file
String	refsim
	23 reference simulation file
String	refana
	24 reference analytical solution file
int	idxvert1
	25 index of vertex # 1 for output
int	idxvert2
	26 index of vertex # 1 for output
int	idxvert3
	27 index of vertex # 1 for output
double	optdbl1
	28 optional double 1
double	optdbl2
	29 optional double 2
double	optdbl3
	30 optional double 3
bool	hasoptdbl1
bool	hasoptdbl2
bool	hasoptdbl3
int	nldt_nsml
	31 nonlinear timesteps Nsml
int	nldt_nn
	32 nonlinear timesteps N
int	nldt_n
	33 nonlinear timesteps n
double	nldt_ll
	34 nonlinear timesteps denominator
int	nldt_sch
	35 nonlinear timesteps scheme (0 or 1)
double	nldt_m
	36 nonlinear timesteps multiplier for larger timesteps in sch==1
int	maxit
	37 max num of iterations
double	tolr
	38 tolerance for residual
String	fnkey
	39 filename key
double	pcam0
	40 pcam0
bool	haspcam0
	has pcam0 ?
String	scheme
	41 solver scheme
bool	vtufile
	42 write vtu file ?
String	suscheme
	43 stress-update scheme
double	sustol
	44 stress-update STOL
String	surkscheme
	45 stress-update RK scheme
size_t	dcmaxit
	46 drift correction max iterations
double	dcftol
	47 drift correction f tolerance
double	pw0
	48 pw0
bool	haspw0
	has pw0 ?
bool	rkdyncte
	49 rk scheme dyn cte M and C
bool	uwp
	50 u-w-p TPM formulation ?
Array< String >	AllUKeys
Array< String >	AllUKeysBCF
Array< String >	AllFKeys
Array< String >	AllFKeysBCF
Array< String >	AllEKeys
Array< String >	AllEKeysBCF
Dict *	Prms
	parameters (set by SetMat)
Dict *	Inis
	initial values (set by SetMat)
Dict *	Path
	Path increments.
Dict *	Prps
	elements properties
Array< int > *	OutNods
	output nodes
SIPair *	Tag2MatID
	element tag to material ID
SIPair *	Tag2XMatID
	element tag to extra (flow) material ID
Array< Dict * >	Stages
	boundary conditions

---

Constructor & Destructor Documentation

InpFile::InpFile

(

)

[inline]

InpFile::~InpFile

(

)

[inline]

---

Member Function Documentation

void InpFile::Defaults

(

)

[inline]

void InpFile::GetIncs	(	int	PathKey,
		double	Div,
		Vec_t &	dsig,
		Vec_t &	deps,
		Array< bool > &	PrescDeps,
		double &	dpw,
		double &	dSw,
		bool &	PrescDpw,
		bool &	PrescDSw
	)		const [inline]

void InpFile::Read

(

char const *

FileName

)

[inline]

void InpFile::SetPrmsInis	(	MatFile const &	Mat,
		bool	ForceGTY = false
	)		[inline]

void InpFile::SetSolFlags

(

SDPair &

Flags

)

const [inline]

void InpFile::SetSUp	(	Model const *	Mdl,
		Model::StressUpdate::pDbgFun	pFun = NULL,
		void *	UserData = NULL
	)		const [inline]

---

Member Data Documentation

double InpFile::ak

18 Damping Ak

Array<String> InpFile::AllEKeys

Array<String> InpFile::AllEKeysBCF

Array<String> InpFile::AllFKeys

Array<String> InpFile::AllFKeysBCF

Array<String> InpFile::AllUKeys

Array<String> InpFile::AllUKeysBCF

double InpFile::am

17 Damping Am

bool InpFile::cdrift

2 correct YS drift

bool InpFile::ctetg

5 Constant stiffness (linear) ?

double InpFile::dcftol

47 drift correction f tolerance

size_t InpFile::dcmaxit

46 drift correction max iterations

double InpFile::dt

10 time step

double InpFile::dtout

11 output time step

bool InpFile::dyn

7 dynamic analysis ?

bool InpFile::fem

6 use one Hex8 FEM element instead of point integration

String InpFile::fnkey

39 filename key

bool InpFile::hasoptdbl1

bool InpFile::hasoptdbl2

bool InpFile::hasoptdbl3

bool InpFile::haspcam0

has pcam0 ?

bool InpFile::haspw0

has pw0 ?

bool InpFile::hm

8 HydroMech ?

int InpFile::idxvert1

25 index of vertex # 1 for output

int InpFile::idxvert2

26 index of vertex # 1 for output

int InpFile::idxvert3

27 index of vertex # 1 for output

Dict* InpFile::Inis

initial values (set by SetMat)

int InpFile::maxit

37 max num of iterations

int InpFile::ndiv

13 mesh number of divisions

int InpFile::ninc

1 general number of increments (for all load-unload paths)

int InpFile::nip

14 Number of integration points in element

double InpFile::nldt_ll

34 nonlinear timesteps denominator

double InpFile::nldt_m

36 nonlinear timesteps multiplier for larger timesteps in sch==1

int InpFile::nldt_n

33 nonlinear timesteps n

int InpFile::nldt_nn

32 nonlinear timesteps N

int InpFile::nldt_nsml

31 nonlinear timesteps Nsml

int InpFile::nldt_sch

35 nonlinear timesteps scheme (0 or 1)

bool InpFile::o2

15 quadratic elements ?

double InpFile::optdbl1

28 optional double 1

double InpFile::optdbl2

29 optional double 2

double InpFile::optdbl3

30 optional double 3

Array<int>* InpFile::OutNods

output nodes

Dict* InpFile::Path

Path increments.

double InpFile::pcam0

40 pcam0

Dict* InpFile::Prms

parameters (set by SetMat)

Dict* InpFile::Prps

elements properties

double InpFile::pw0

48 pw0

bool InpFile::ray

16 Rayleigh damping ?

String InpFile::refana

24 reference analytical solution file

String InpFile::refdat

22 reference data file

String InpFile::refsim

23 reference simulation file

bool InpFile::rk

19 Runge-Kutta instead of GN22 ?

bool InpFile::rkdyncte

49 rk scheme dyn cte M and C

String InpFile::rkscheme

20 Runge-Kutta scheme

double InpFile::rkstol

21 Runge-Kutta tolerance

String InpFile::scheme

41 solver scheme

bool InpFile::ssout

4 output substeps ?

Array<Dict*> InpFile::Stages

boundary conditions

double InpFile::stol

3 local error tolerance

String InpFile::surkscheme

45 stress-update RK scheme

String InpFile::suscheme

43 stress-update scheme

double InpFile::sustol

44 stress-update STOL

SIPair* InpFile::Tag2MatID

element tag to material ID

SIPair* InpFile::Tag2XMatID

element tag to extra (flow) material ID

double InpFile::tf

9 final time

double InpFile::tolr

38 tolerance for residual

double InpFile::tsw

12 switch time (for dynamic simulation)

bool InpFile::uwp

50 u-w-p TPM formulation ?

bool InpFile::vtufile

42 write vtu file ?

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

• /home/dorival/mechsys/lib/inpfile.h