outdrivert Class Reference

#include <outdrivert.h>

Public Member Functions
void	close_files_gidsp ()
	prints footers for GiD separated format
void	create_files_gidsp (char *mode)
	creates output graphics files and their headers for GiD separated format (grftt_gidsp)
	outdrivert ()
	constructor
void	print (FILE *out)
	prints description data to file
void	print_diags (long lcid, double lambda, long istep, double *fi)
	prints diagrams
void	print_diags_forced (long lcid, double lambda, long istep, double *fi)
	the forced print of diagrams
void	print_graphics (FILE out, long lcid, double lambda, long istep, double fi)
	prints graphics
void	print_graphics_forced (FILE out, long lcid, double lambda, long istep, double fi)
	the forced print of graphics
void	print_header (FILE *out)
	prints header for output file
void	print_newstep (FILE *out, long lcid, long istep, double time)
	prints header for new step
void	print_out (FILE *out, long lcid, long istep, double time)
	prints values at nodes
void	print_out_forced (FILE *out, long lcid, long istep, double time)
	the forced print of values to the text file
long	read (XFILE *in)
	reads data from file
	~outdrivert ()
	destructor
Public Attributes
double **	bvlcs
	base vectors each lcs has base vectors stored in one row
elemoutt	eo
	description what will be printed from element values
elemoutgt	eog
	description what will be printed from element values for graphics
graphftt	gf
	format of grahics file - 0 - none, 1 - openDX, 2 - FemCAD
long	ide1
	number of the first element for GiD output (normally should be 1), set by print_init function
long	idn1
	number of the first node for GiD output (normally should be 1), set by print_init function
long *	nclcs
	number of components of base vectors
long	ncut
	number of cuts exported from 3d mesh to GiD
long	ndiag
	number of output diagrams
long	nlcs
	number of local coordinate systems
nodeoutt	no
	description what will be printed from nodal values
nodeoutgt	nog
	description what will be printed from nodal values for graphics
outdiagt *	odiag
	array with description of printed diagrams
FILE **	outdiagf
	output diagram files
char	outdiagfn [1001]
	output diagrams filename
FILE *	outf
	output text file
char	outfn [1001]
	output text filename
FILE *	outgr
	output graphics file
char	outgrfn [1001]
	output graphics filename
char	outgrfngs [1001+50]
	generated output graphic file name for grftt_gid_sep format
pointoutt	po
	description what will be printed for each user def. point
flagsw	textout
	text output flag
long	vtk_num
	number of file sequence in VTK graphic output

Detailed Description

Definition at line 315 of file outdrivert.h.

Constructor & Destructor Documentation

outdrivert ( )

constructor

Constructor initializes data members to zero values.

Definition at line 27 of file outdrivert.cpp.

References bvlcs, FNAMELEN, gf, grftt_no, ide1, idn1, memset(), nclcs, ncut, ndiag, nlcs, odiag, off, outdiagf, outdiagfn, outf, outfn, outgr, outgrfn, textout, and vtk_num.

~outdrivert ( )

destructor

Destructor deallocates used memory.

Definition at line 52 of file outdrivert.cpp.

References bvlcs, nclcs, nlcs, odiag, and outdiagf.

Member Function Documentation

void close_files_gidsp ( )

prints footers for GiD separated format

Function prints footers for GiD separated format (grftt_gidsp) in case of adaptivity. For this format (grftt_gidsp) each required quantity is printed to the sparated file named in following way : filename.{elem|nodal}_{quanitity}{indexOfQuantity}.flavia.res quatnitity can be : uknowns, grad, flux, pgrad, pflux, other, eqother.

Definition at line 852 of file outdrivert.cpp.

References elemoutgt::dstep, nodeoutgt::dstep, eog, footer, gf, grftt_gid_sep, ide1, nog, outgrfngs, elemoutgt::print_graphics(), nodeoutgt::print_graphics(), sel_no, and sel::st.

Referenced by print_closet().

void create_files_gidsp ( char * mode )

creates output graphics files and their headers for GiD separated format (grftt_gidsp)

Function creates output graphics files and their headers for GiD separated format (grftt_gidsp). For this format (grftt_gidsp) each required quantity is printed to the sparated file named in following way : filename.{elem|nodal}_{quanitity}{indexOfQuantity}.flavia.res quatnitity can be : uknowns, grad, flux, pgrad, pflux, other, eqother.

Parameters:

mode

- opening mode for opened text files

Definition at line 826 of file outdrivert.cpp.

References elemoutgt::dstep, nodeoutgt::dstep, eog, gf, grftt_gid_sep, header, ide1, nog, outgrfngs, elemoutgt::print_graphics(), nodeoutgt::print_graphics(), sel_no, and sel::st.

Referenced by print_initt().

void print ( FILE * out )

prints description data to file

Function prints data with output description to the text file given by out.

Parameters:

out

- pointer to opened text file for output

Definition at line 260 of file outdrivert.cpp.

References discont_nonlin_nonstat_problem, discont_nonstat_problem, eo, eog, gf, grftt_no, growing_np_problem, growing_np_problem_nonlin, ndiag, no, nog, nonlinear_nonstationary_problem, nonstationary_problem, odiag, on, outdiagfn, outfn, outgrfn, po, elemoutgt::print(), nodeoutgt::print(), pointoutt::print(), elemoutt::print(), nodeoutt::print(), textout, Tp, and probdesct::tprob.

Referenced by main().

void print_diags	(	long	lcid,
		double	lambda,
		long	istep,
		double *	fi
	)

prints diagrams

Function prints diagrams.

Parameters:

	lcid	- required load case id
	lambda	- actual load parameter/actual time
	istep	- actual step id
	fi	- array with values of load vector

Definition at line 428 of file outdrivert.cpp.

References ndiag, odiag, and outdiagf.

Referenced by print_stept().

void print_diags_forced	(	long	lcid,
		double	lambda,
		long	istep,
		double *	fi
	)

the forced print of diagrams

Function prints diagrams.

Parameters:

	lcid	- required load case id
	lambda	- actual load parameter/actual time
	istep	- actual step id
	fi	- array with values of load vector

Created by Tomas Koudelka, 2014

Definition at line 447 of file outdrivert.cpp.

References ndiag, odiag, and outdiagf.

Referenced by print_stept_forced().

void print_graphics	(	FILE *	out,
		long	lcid,
		double	lambda,
		long	istep,
		double *	fi
	)

prints graphics

Function prints required value to the graphics files.

Parameters:

	out	- pointer to the opened text file
	lcid	- required load case id
	lambda	- actual load parameter/actual time
	istep	- actual step id
	fi	- array with values of load vector

Definition at line 466 of file outdrivert.cpp.

References dayst, elemoutgt::dstep, nodeoutgt::dstep, eog, filename_decomposition(), FNAMELEN, gf, grftt_femcad, grftt_gid, grftt_gid_sep, grftt_no, grftt_open_dx, grftt_vtk, hf_off, hourst, ide1, minutest, nog, outgrfn, outgrfngs, sel::presence_id(), print_default_vtk(), print_err(), elemoutgt::print_graphics(), nodeoutgt::print_graphics(), secondst, stationary_problem, probdesct::timecont, Tp, probdesct::tprob, probdesct::tprt, vtk_num, and write_vtk_unkn().

Referenced by print_stept().

void print_graphics_forced	(	FILE *	out,
		long	lcid,
		double	lambda,
		long	istep,
		double *	fi
	)

the forced print of graphics

Function prints required value to the graphics files.

Parameters:

	out	- pointer to the opened text file
	lcid	- required load case id
	lambda	- actual load parameter/actual time
	istep	- actual step id
	fi	- array with values of load vector

Created by Tomas Koudelka, 2014

Definition at line 659 of file outdrivert.cpp.

References dayst, eog, filename_decomposition(), FNAMELEN, gf, grftt_femcad, grftt_gid, grftt_gid_sep, grftt_no, grftt_open_dx, grftt_vtk, hf_off, hourst, ide1, minutest, nog, outgrfn, outgrfngs, print_default_vtk(), print_err(), elemoutgt::print_graphics(), nodeoutgt::print_graphics(), secondst, stationary_problem, Tp, probdesct::tprob, probdesct::tprt, vtk_num, and write_vtk_unkn().

Referenced by print_stept_forced().

void print_header ( FILE * out )

prints header for output file

Function prints header to the output text file.

Parameters:

out

- pointer to the opened text output file

Definition at line 307 of file outdrivert.cpp.

References probdesct::name, and Tp.

Referenced by print_initt().

void print_newstep	(	FILE *	out,
		long	lcid,
		long	istep,
		double	time
	)

prints header for new step

Function prints step number to the output text file.

Parameters:

	out	- pointer to the opened text output file
	lcid	- load case id
	step	- integer step id
	time	- time or load step

Definition at line 329 of file outdrivert.cpp.

References dayst, pointoutt::dstep, elemoutt::dstep, nodeoutt::dstep, eo, hourst, minutest, no, on, po, sel::presence_id(), print_err(), secondst, textout, probdesct::timecont, Tp, and probdesct::tprt.

Referenced by print_stept(), and print_stept_forced().

void print_out	(	FILE *	out,
		long	lcid,
		long	istep,
		double	time
	)

prints values at nodes

Function prints required output values to the output text file.

Parameters:

	out	- pointer to the opened text file
	lcid	- load case id
	istep	- step id
	time	- actual time step

Definition at line 381 of file outdrivert.cpp.

References pointoutt::dstep, elemoutt::dstep, nodeoutt::dstep, eo, no, on, po, sel::presence_id(), pointoutt::print_out(), elemoutt::print_out(), nodeoutt::print_out(), textout, probdesct::timecont, and Tp.

Referenced by print_stept().

void print_out_forced	(	FILE *	out,
		long	lcid,
		long	istep,
		double	time
	)

the forced print of values to the text file

Function prints required output values to the output text file.

Parameters:

	out	- pointer to the opened text file
	lcid	- load case id
	istep	- step id
	time	- actual time step

Created by Tomas Koudelka, 2014

Definition at line 407 of file outdrivert.cpp.

References eo, no, on, po, pointoutt::print_out(), elemoutt::print_out(), nodeoutt::print_out(), and textout.

Referenced by print_stept_forced().

long read ( XFILE * in )

reads data from file

Function reads description of required output from the opened text file in.

Parameters:

in

- pointer to opened text file

Return values:

	0	- on success
	1	- error reading output text filename
	2	- error reading nodal output description
	3	- error reading element output description
	4	- error reading user defined point output description
	5	- error reading output graphics description
	6	- error reading output diagram description