mechprint.h

Finite element program for mechanical problem. It can solve various problem in solid problem

#ifndef MECHPRINT_H
#define MECHPRINT_H
#include <stdio.h>
#include "alias.h"

class gtopology;
class probdesc;
class mechtop;
class mechmat;
struct siftop;


void print_init(long istep, char *mode, long idn1=1, long ide1=1);
void print_step(long lcid, long istep, double lambda, double *fi);
void print_flush();
void print_close();

void export_gid_mesh(FILE *out, long idn1, long ide1);
void export_gid_2dmesh(FILE *out, long icut, long idn1, long ide1);
void export_gid_gauss_pt(FILE *out);
void write_gid_nodes(FILE *out, long idn1);
void write_gid_element(FILE *out, long i, long idn1, long ide1);
void write_gid_2delement(FILE *out, long i, long id1, long nne, long icut, long di, long idn1, long ide1);
void write_gid_displ(FILE *out, long lcid, char *desclcid);
void write_gid_nodscalar(FILE *out, strastre scal, long lcid, long dir, char *desclcid);
void write_gid_elemscalar(FILE *out, strastre scal, long lcid, long dir, char *desclcid);
void write_gid_elem_type_scalar(FILE *out, strastre scal, long lcid, long dir, char *desclcid, elemtype te);

void export_femcad(FILE *out);
void write_nodes(FILE *out);
void write_elements(FILE *out);
void write_nodes_prep(FILE *out, siftop *st);
void write_elements_prep(FILE *out, siftop *st);
void write_displ(FILE *out, long lcid, char *deslcid);
void write_nodscalar(FILE *out, strastre scal, long lcid, long dir, char *desclcid);
void write_nodscalar(FILE *out,double *val, char *descr, char *desclcid);
void write_nodscalar(FILE *out, long dir, char *desclcid);
void write_elemscalar(FILE *out, strastre scal, long lcid, long dir, char *desclcid);
void write_elemscalar(FILE *out,double *val, char *descr, char *desclcid);
void write_deflection (FILE *out,long lcid,long dir,char *desclcid);

void print_displacements (FILE *out,long lcid);
void print_multipliers (FILE *out);

void print_strains_nodes (FILE *out,long lcid);
void print_strains_udp (FILE *out,long eid);
void print_strains_intp (FILE *out,long eid);
void print_strains (FILE *out,long lcid);

void print_stresses_nodes (FILE *out,long lcid);
void print_stresses_udp (FILE *out,long eid);
void print_stresses_intp (FILE *out,long lcid);
void print_stresses (FILE *out,long lcid);

void print_strains_old (FILE *out,long lcid);

void print_stresses_old (FILE *out,long lcid);

void print_other (FILE *out,long lcid);

void print_intforces (FILE *out, double *fi);

void print_reactions (FILE *out,long lcid);

void print_eigenvalues (double *w);

void print_eigenvectors ();

void print_eigenvect_martin (FILE *out);

void print_edges(FILE *out);

 /* termitovo */
void print_valel (gtopology *gt, probdesc *mp, char *file, char *caption, double *valel,char flag);
void print_valnod (gtopology *gt, probdesc *mp, mechtop *mt, char *file, char *caption, double *valnod,char flag);
void print_default_dx (gtopology *gt,probdesc *mp,mechtop *mt,mechmat *mm,long lcid,char *file);
void print_default_2_dx (gtopology *gt,probdesc *mp,mechtop *mt,long lcid,char *file);
 /* termitovo */

void aux_mech_nonlin_print (FILE *aux,double *r,double l);
void aux_mech_time_print (FILE *aux,double *r,double l);

#endif