outdiagm Class Reference

#include <outdiagm.h>

Public Member Functions
	outdiagm ()
	constructor
long	print (FILE *out)
	prints data to the input file
long	print_displacements (FILE *out, long lcid, long idp)
	prints displacements
long	print_forces (FILE out, long idp, double fi)
	prints forces
long	print_header (FILE *out)
	prints header to the output diagram file
long	print_macrostr (FILE *out, long lcid, long idp)
	prints macro-stress/strain
long	print_others (FILE *out, long lcid, long idp)
	prints others
long	print_reactions (FILE *out, long lcid, long idp)
	prints reactions
long	print_strains (FILE *out, long lcid, long idp)
	prints strains
long	print_stresses (FILE *out, long lcid, long idp)
	prints stresses
long	printval (FILE out, long lcid, double lambda, long istep, double fi)
	prints diagram to output diagram file
long	printval_forced (FILE out, long lcid, double lambda, long istep, double fi)
	forced print of diagram to output diagram file
long	read (XFILE *in)
	reads data from the input file
	~outdiagm ()
	destructor
Public Attributes
sel	dstep
	selection of printed steps
long *	eid
	element id
long *	ipeid
	order of integration point on element
long *	ipu
	indeces of pu components
nodip *	nif
	pid is node or ipp flag
long	npun
	number of printed unknowns
long *	pid
	point id
prunk *	pu
	array of type of printed unknowns
double	x
	coordinates of selected point
double	y
double	z

Detailed Description

The class manages output of diagrams to the text file. It is used for diagram output in the nonlinear or time dependent problems. Selected quantities are printed at each seleted time step.

Created by Tomas Koudelka,

Definition at line 19 of file outdiagm.h.

Constructor & Destructor Documentation

outdiagm ( )

constructor

The constructor initializes data to zero values

Created by Tomas Koudelka,

Definition at line 21 of file outdiagm.cpp.

References eid, ipeid, ipu, nif, pid, and pu.

~outdiagm ( )

destructor

The destructor deallocates used memory

Created by Tomas Koudelka,

Definition at line 34 of file outdiagm.cpp.

References eid, ipeid, ipu, nif, pid, and pu.

Member Function Documentation

long print ( FILE * out )

prints data to the input file

The function prints data to the file given by the pointer out.

Parameters:

in

- pointer to the opened text file where the data will be read from

Return values:

0

- on success

Created by Tomas Koudelka,

Definition at line 228 of file outdiagm.cpp.

References atip, atnode, atxyz, dstep, eid, ipeid, ipu, nif, npun, pid, pr_appload, pr_stepid, sel::print(), print_err(), pu, sel_no, sel::st, x, y, and z.

long print_displacements	(	FILE *	out,
		long	lcid,
		long	idp
	)

prints displacements

The function prints displacement at required point to the output file out. It supposes that values in the nodes are actualized and valid.

Parameters:

	out	- pointer to opened output text file
	lcid	- load case id
	idp	- required component of displacement

Return values:

	0	- on success
	1	- in case that value at integration point is required

Created by Tomas Koudelka,

Definition at line 514 of file outdiagm.cpp.

References atip, atnode, atxyz, gtopology::gnodes, Gtm, ipu, gnode::ndofn, nif, noddispl(), pid, and print_err().

Referenced by printval(), and printval_forced().

long print_forces	(	FILE *	out,
		long	idp,
		double *	fi
	)

prints forces

The function prints forces at required node to the output file out. Value from load vector fi is used and printed.

Parameters:

	out	- pointer to opened output text file
	idp	- required component of force

Return values:

	0	- on success
	1	- in case that point type is atip
	2	- in case that unknown component of force is required

Created by Tomas Koudelka,

Definition at line 705 of file outdiagm.cpp.

References atip, atnode, atxyz, mechtop::give_dof(), ipu, Mt, nif, pid, and print_err().

Referenced by printval(), and printval_forced().

long print_header ( FILE * out )

prints header to the output diagram file

Function prints header for diagram file

Parameters:

out

- pointer to opened output text file

Return values:

	0	- on success
	1	- in case of unknown required value type

Created by Tomas Koudelka,

Definition at line 279 of file outdiagm.cpp.

References ipu, npun, pid, pr_appload, pr_displ, pr_forces, pr_other, pr_react, pr_stepid, pr_strains, pr_stresses, pr_time, print_err(), and pu.

long print_macrostr	(	FILE *	out,
		long	lcid,
		long	idp
	)

prints macro-stress/strain

The function prints macro-stress/strain components at required point to the output file out. It supposes that values in the integration points and nodes are actualized and valid.

Parameters:

	out	- pointer to opened output text file
	lcid	- load case id
	idp	- required component of stress

Return values:

	0	- on success
	1	- in case that unknown type of point is required
	2	- in case that unknown component of strain is required
	3	- in case that macro-stress/strain components are not defined in the problem

Created by Tomas Koudelka, 9.1.2015

Definition at line 646 of file outdiagm.cpp.

References atip, atnode, atxyz, lhsrhs::give_lhs(), mechtop::give_ncomp(), probdesc::homog, ipu, Lsrs, Mp, Mt, Ndofm, nif, pid, and print_err().

Referenced by printval().

long print_others	(	FILE *	out,
		long	lcid,
		long	idp
	)

prints others

The function prints other value at required point to the output file out. It supposes that values in the integration points and nodes are actualized and valid.

Parameters:

	out	- pointer to opened output text file
	lcid	- load case id
	idp	- required component of other array

Return values:

	0	- on success
	1	- in case that unknown type of point is required
	2	- in case that unknown component of strain is required

Created by Tomas Koudelka,

Definition at line 784 of file outdiagm.cpp.

References atip, atnode, atxyz, intpoints::eqother, mechmat::ip, ipu, Mm, Mt, intpoints::ncompeqother, node::ncompother, nif, mechtop::nodes, node::other, pid, and print_err().

Referenced by printval(), and printval_forced().

long print_reactions	(	FILE *	out,
		long	lcid,
		long	idp
	)

prints reactions

The function prints reaction at required node to the output file out. It supposes that values in the nodes are actualized and valid.

Parameters:

	out	- pointer to opened output text file
	lcid	- load case id
	idp	- required component of reaction

Return values:

	0	- on success
	1	- in case that unknown type of point is required

Created by Tomas Koudelka,

Definition at line 748 of file outdiagm.cpp.

References atip, atnode, atxyz, ipu, Mt, nif, mechtop::nodes, pid, print_err(), node::r, and node::react.

Referenced by printval(), and printval_forced().

long print_strains	(	FILE *	out,
		long	lcid,
		long	idp
	)

prints strains

The function prints strain at required point to the output file out. It supposes that values in the integration points and nodes are actualized and valid.

Parameters:

	out	- pointer to opened output text file
	lcid	- load case id
	idp	- required component of strain

Return values:

	0	- on success
	1	- in case that unknown type of point is required
	2	- in case that unknown component of strain is required

Created by Tomas Koudelka,

Definition at line 553 of file outdiagm.cpp.

References atip, atnode, atxyz, mechmat::ip, ipu, Mm, Mt, intpoints::ncompstr, node::ncompstr, nif, mechtop::nodes, pid, print_err(), intpoints::strain, and node::strain.

Referenced by printval(), and printval_forced().

long print_stresses	(	FILE *	out,
		long	lcid,
		long	idp
	)

prints stresses

The function prints stress at required point to the output file out. It supposes that values in the integration points and nodes are actualized and valid.

Parameters:

	out	- pointer to opened output text file
	lcid	- load case id
	idp	- required component of stress

Return values:

	0	- on success
	1	- in case that unknown type of point is required
	2	- in case that unknown component of strain is required

Created by Tomas Koudelka,

Definition at line 599 of file outdiagm.cpp.

References atip, atnode, atxyz, mechmat::ip, ipu, Mm, Mt, intpoints::ncompstr, node::ncompstr, nif, mechtop::nodes, pid, print_err(), intpoints::stress, and node::stress.

Referenced by printval(), and printval_forced().

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

prints diagram to output diagram file

The function prints one row with required values to the output file out. It supposes that values in the integration points and nodes are actualized and valid.

Parameters:

	out	- pointer to opened output text file
	lcid	- load case id
	lambda	- coefficient of applied load
	istep	- index of current step
	fi	- pointer to array load vector

Return values:

	0	- on success
	1	- in case of wrong ip identification
	2	- in case of unknown required value type

Created by Tomas Koudelka,

Definition at line 341 of file outdiagm.cpp.

References atip, days, dstep, eid, mechtop::elements, mechtop::give_tnip(), hours, ipeid, element::ipp, minutes, Mp, Mt, mechtop::ne, nif, npun, pid, pr_appload, pr_displ, pr_eigval, pr_forces, pr_macrostr, pr_other, pr_react, pr_stepid, pr_strains, pr_stresses, pr_time, sel::presence_id(), print_displacements(), print_err(), print_forces(), print_macrostr(), print_others(), print_reactions(), print_strains(), print_stresses(), pu, seconds, probdesc::timecon, and probdesc::tpr.

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

forced print of diagram to output diagram file

The function prints one row with required values to the output file out without respect to to selected step/time (forced printing). It supposes that values in the integration points and nodes are actualized and valid.

Parameters:

	out	- pointer to opened output text file
	lcid	- load case id
	lambda	- coefficient of applied load
	istep	- index of current step
	fi	- pointer to array load vector