outdriverm.h

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

#ifndef OUTDRIVERM_H
#define OUTDRIVERM_H

#include <stdio.h>
#include "galias.h"
#include "selection.h"
#include "xfile.h"
#include "alias.h"
#include "outdiagm.h"

#define FNAMELEN 1001

//class nodeoutm;
//class nodeoutgm;
//class elemoutm;
//class elemoutgm;
//class pointoutm;
//class outdriverm;



class nodeoutm
{
  public :
   /// constructor
   nodeoutm();
   /// destructor
   ~nodeoutm();
   /// reads data from file
   long read(XFILE *in);
   /// prints description data to file
   void print(FILE *out);
   /// prints values for selected nodes
   void print_out(FILE *out, long lcid);
   /// prints displacements at selected nodes
   void print_disp(FILE *out, long lcid);
   /// prints averaged strains at selected nodes
   void print_stra(FILE *out, long lcid);
   /// prints averaged stresses at selected nodes
   void print_stre(FILE *out, long lcid);
   /// prints averaged other values at selected nodes
   void print_other(FILE *out);
   /// prints reactions at selected nodes
   void print_react(FILE *out, long lcid);

   /// prints nodal values at selected steps
   sel dstep;
   /// selections for load cases 
   sel  sellc;

   /// selection of nodes for displacements
   sel selndisp;
   /// selections for displacements
   sel  *seldisp;

   /// selection of nodes for strains
   sel selnstra;
   /// selections for strains
   sel  *selstra;
   /// indices of local coordinate systems for strains
   long *transtra;

   /// selection of nodes for stresses
   sel selnstre;
   /// selections for stresses
   sel  *selstre;
   /// indices of local coordinate systems for stresses
   long *transtre;

   /// selection of nodes for other values
   sel selnoth;
   /// selections for other values
   sel  *seloth;
   
   /// reactions output indicator
   long react;    
};



class nodeoutgm
{
  public :
   /// constructor
   nodeoutgm ();
   /// destructor
   ~nodeoutgm ();
   /// reads data from file
   long read(XFILE *in);
   /// prints description data to file
   void print(FILE *out);
   /// prints values for selected items to grahics file
   void print_graphics(FILE *out, long lcid, char *desclcid, graphfmt gf);
   /// prints values for selected items to to several grahics file
   void print_graphics(char *outfn, char *mode, long lcid, char *desclcid, graphfmt gf);

   /// prints element values selected steps
   sel dstep;

   /// selections for load cases 
   sel  sellc;

   /// selection of nodes for displacements
   sel selndisp;
   /// selections for displacements
   sel  *seldisp;

   /// selection of items for strains
   sel selnstra;
   /// selections for strains
   sel *selstra;
   /// indices of local coordinate systems for strains
   long *transtra;

   /// selection of items for stresses
   sel selnstre;
   /// selections for stresses
   sel *selstre;
   /// indices of local coordinate systems for stresses
   long *transtre;

   /// selection of items for other values
   sel selnoth;
   /// selections for other values
   sel  *seloth;
};



class elemoutm
{
  public :
   /// constructor
   elemoutm();
   /// destructor
   ~elemoutm();
   /// reads data from file
   long read(XFILE *in);
   /// prints description data to file
   void print(FILE *out);
   /// prints values for selected elements
   void print_out(FILE *out, long lcid);
   /// prints strains at selected elements
   void print_stra(FILE *out, long lcid);
   /// prints stresses at selected elements
   void print_stre(FILE *out, long stre);
   /// prints other values at selected elements
   void print_other(FILE *out);

   /// prints element values selected steps
   sel dstep;

   /// selections for load cases 
   sel sellc;

   /// selection of elements for strains
   sel selestra;
   /// selections for strains
   sel *selstra;
   /// indices of local coordinate systems for strains
   long *transtra;

   /// selection of elements for stresses
   sel selestre;
   /// selections for stresses
   sel *selstre;
   /// indices of local coordinate systems for stresses
   long *transtre;

   /// selection of elements for other values
   sel seleoth;
   /// selections for other values
   sel  *seloth;
};



class elemoutgm
{
  public :
   /// constructor
   elemoutgm ();
   /// destructor
   ~elemoutgm ();
   /// reads data from file
   long read(XFILE *in);
   /// prints description data to file
   void print(FILE *out);
   /// prints values for selected items to grahics file
   void print_graphics(FILE *out, long lcid, char *desclcid, graphfmt gf);
   /// prints values for selected items to to several grahics file
   void print_graphics(char *outfn, char *mode, long lcid, char *desclcid, graphfmt gf);

   /// prints element values selected steps
   sel dstep;

   /// selections for load cases 
   sel  sellc;

   /// selection of items for strains
   sel selestra;
   /// selections for strains
   sel *selstra;
   /// indices of local coordinate systems for strains
   long *transtra;

   /// selection of items for stresses
   sel selestre;
   /// selections for stresses
   sel *selstre;
   /// indices of local coordinate systems for stresses
   long *transtre;

   /// selection of items for other values
   sel seleoth;
   /// selections for other values
   sel  *seloth;
};



class pointoutm
{
  public :
   /// constructor
   pointoutm();
   /// destructor
   ~pointoutm();
   /// reads data from file
   long read(XFILE *in);
   /// prints description data to file
   void print(FILE *out);
   /// prints values for given user defined point
   void print_out(FILE *out, long lcid);
   /// prints strains at given user defined point
   void print_stra(FILE *out, long lcid);
   /// prints stresses at given user defined point
   void print_stre(FILE *out, long lcid);
   /// prints other values at given user defined point
   void print_other(FILE *out, long pid);

   /// prints element values selected steps
   sel dstep;

   /// number of user defined points
   long npnt;

   /// x-coordinate
   double *ksi;
   /// y-coordinate
   double *eta;
   /// z-coordinate
   double *zeta;

   ///  selection of elements
   sel  selelem;

   /// selections for load cases 
   sel  sellc;

   ///  selections of points
   sel  *selpnt;

   /// selections for strains
   sel  *selstra;
    /// indices of local coordinate systems for strains
   long *transtra;

   /// selections for stresses
   sel  *selstre;
   /// indices of local coordinate systems for stresses
   long *transtre;

   /// selections for other values
   sel  *seloth;
};



class outdriverm
{
  public :
   /// constructor
   outdriverm();
   /// destructor
   ~outdriverm();
   /// reads data from file
   long read(XFILE *in);
   /// prints description data to file
   void print(FILE *out);
   /// prints header for output file
   void print_header(FILE *out);
   /// prints header for new step
   void print_newstep(FILE *out, long step, double time);
   /// prints values at nodes
   void print_out(FILE *out, long lcid, long istep, double time);
   /// prints diagrams
   void print_diags(long lcid, double lambda, long istep, double *fi);
   /// prints graphics
   void print_graphics(FILE *out, long lcid, double lambda, long istep, double *fi);
   /// creates output graphics files and their headers for GiD separated format (grfmt_gidsp)
   void create_files_gidsp(char *mode);

   /// output text filename
   char outfn[FNAMELEN];
   /// output diagrams filename
   char outdiagfn[FNAMELEN];
   /// output graphics filename
   char outgrfn[FNAMELEN];
   /// generated output graphic file name for grfmt_gid_sep format
   char outgrfngs[FNAMELEN+50];

   /// text output flag
   flagsw textout;
   /// output text file
   FILE *outf;
   /// output diagram files
   FILE **outdiagf;
   /// output graphics file
   FILE *outgr;

   /// description what will be printed from nodal values
   nodeoutm  no;
   /// description what will be printed from element values
   elemoutm  eo;
   /// description what will be printed for each user def. point
   pointoutm po;

   /// description what will be printed from nodal values for graphics
   nodeoutgm  nog;
   /// description what will be printed from element values for graphics
   elemoutgm  eog;
   
   /// number of local coordinate systems  
   long nlcs;
   /// number of components of base vectors
   long *nclcs;
   /// base vectors each lcs has base vectors stored in one row
   double **bvlcs;

   /// format of grahics file - 0 - none, 1 - openDX, 2 - FemCAD, 3 - GiD
   graphfmt gf;
   /// number of cuts exported from 3d mesh to GiD
   long ncut;
   /// number of the first node for GiD output (normally should be 1), set by print_init function
   long idn1;
   /// number of the first element for GiD output (normally should be 1), set by print_init function
   long ide1;

   /// number of output diagrams
   long ndiag;
   /// array with description of printed diagrams
   outdiagm *odiag;
};

#endif