utd_util/uts_io_intf.cpp File Reference

#include <fstream>
#include <boost/filesystem.hpp>
#include <boost/version.hpp>
#include <boost/regex.hpp>
#include <boost/algorithm/string.hpp>
#include <boost/lexical_cast.hpp>
#include <iterator>
#include <vector>
#include <algorithm>
#include <string>
#include <sstream>
#include <iomanip>
#include <bitset>
#include "uth_intf.h"
#include "uth_log.h"
#include "uth_system.h"
#include "uth_io_results.h"
#include "uth_io_compression.h"
#include "uth_io_files.h"
#include "mmh_intf.h"
#include "pch_intf.h"
#include "svnversion.h"
#include "mf_version.h"
#include "aph_intf.h"
#include "uth_bc.h"
Include dependency graph for uts_io_intf.cpp:

Classes

struct  NAS

Typedefs

typedef int(* mmpt_io_fptr )(const int Mesh_field_id, const char *Filename)

Functions

int utr_io_initialize_mesh (FILE *Interactive_output, const char *Work_dir, char Mesh_type, const char *Mesh_file)
 For file io.
void utr_io_gather_filenames_from_dir (const char *Dir, std::vector< string > &Filenames)
 ! extern "C"
void utr_io_filter_filenames (std::vector< string > &Filenames, const char *Regex)
mmpt_io_fptr utr_io_get_reading_function (const char Mesh_type)
int utr_io_read_mesh (const int Mesh_id, const char *Working_dir, const char *Mesh_files_regex, const char Mesh_type)
 Definitions:.
mmpt_io_fptr utr_io_get_writing_function (const char Mesh_type)
int utr_io_export_mesh (FILE *Interactive_output, const int Mesh_id, char Mesh_type, char *Mesh_file)
int utr_menu_export_mesh (FILE *Interactive_output, FILE *Interactive_input, const int Mesh_id, const char *Work_dir, char *Mesh_file)
int utr_io_write_img_to_pam (const char *Work_dir, const char *Filename, const int Width, const int Height, const int Depth, const int Maxval, const char *TUPLTYPE, const char *Img_data, FILE *Interactive_output)
int utr_io_write_img_to_pnm (const char *Work_dir, const char *Filename, const char *Comment, const int Width, const int Height, const int Max_color_component_value, const int Magic_number, const char *Img_data, FILE *Interactive_output)
int utr_io_write_img_to_pbm (const char *Work_dir, const char *Filename, const char *Comment, const int Width, const int Height, const int Max_color_component_value, const int Magic_number, const unsigned char *Img_data, FILE *Interactive_output)
int utr_io_count_string_in_file (std::ifstream &File, const string &To_find)
NAS utr_io_nastran_discover_type (std::ifstream &File, int Line_count)
int utr_io_read_nas (const int Mesh_id, const char *filename)
int utr_io_read_in (const int Mesh_id, const char *filename)
int utr_io_read_binary (const int Mesh_id, const char *filename)
int utr_io_read_hybrid (const int Mesh_id, const char *filename)
int utr_io_read_am (const int Mesh_id, const char *filename)
int utr_io_read_dat (const int Mesh_id, const char *filename)
int utr_io_read_vtk (const int Mesh_id, const char *filename)
int utr_io_read_jk (const int Mesh_id, const char *filename)
int utr_io_read_msh (const int Mesh_id, const char *filename)
int utr_io_write_vtk (const int Mesh_id, const char *filename)
int utr_io_write_msh (const int Mesh_id, const char *filename)
int utr_io_write_nas (const int Mesh_id, const char *Filename)
int utr_io_write_nas_short (const int Mesh_id, const char *Filename)
int utr_io_write_nas_long (const int Mesh_id, const char *Filename)

Variables

const int Nastran_max_line_length = 128

Typedef Documentation

typedef int(* mmpt_io_fptr)(const int Mesh_field_id,const char *Filename)

Internal types pointer to a function to read/write specyfic file type.

Function Documentation

int utr_io_count_string_in_file ( std::ifstream &  File,
const string &  To_find 
)

--------------------------------------------------------- utr_io_count_string_in_file - to count string occurences in the file ---------------------------------------------------------

Here is the caller graph for this function:

void utr_io_filter_filenames ( std::vector< string > &  Filenames,
const char *  Regex 
)

--------------------------------------------------------- utr_io_filter_filename - to filter filenames with given regular expression ---------------------------------------------------------

Find entries that DON'T MATCH and remove them.

!for

Parameters:
Regex IN: list of filenames to filter OUT: filtered filenames IN: regular expression pattern to filter with

Here is the caller graph for this function:

void utr_io_gather_filenames_from_dir ( const char *  Dir,
std::vector< string > &  Filenames 
)

! extern "C"

Forward declarations of internal routines: --------------------------------------------------------- utr_io_gather_filenames_from_dir - to write all filenames into given vector ---------------------------------------------------------

Internal routines (not extern "C") --------------------------------------------------------- utr_io_gather_filenames_from_dir - to write all filenames into given vector ---------------------------------------------------------

this should be working directory...

!for

!if

!if

!try

Parameters:
Filenames IN: path of directory OUT: vector of filenames in Dir

Here is the caller graph for this function:

mmpt_io_fptr utr_io_get_reading_function ( const char  Mesh_type  ) 

--------------------------------------------------------- utr_io_get_reading_function - to return pointer to appropriate reading function for given mesh type ---------------------------------------------------------

IMPORTANT! Registering reading functions.

notify that initialization is done

Parameters:
Mesh_type returns: pointer to read function for Mesh_type IN: type of mesh filename

Here is the call graph for this function:

Here is the caller graph for this function:

mmpt_io_fptr utr_io_get_writing_function ( const char  Mesh_type  ) 

--------------------------------------------------------- utr_io_get_writing_function - to return pointer to appropriate reading function for given mesh type ---------------------------------------------------------

IMPORTANT! Registering reading functions.

writing_functions[ MMC_MOD_FEM_HYBRID_DATA ]=utr_io_write_hybrid; writing_functions[ MMC_MOD_FEM_TETRA_DATA ]=utr_io_write_hybrid; writing_functions[ MMC_MOD_FEM_MESH_DATA ]=utr_io_write_dat; writing_functions[ MMC_MOD_FEM_PRISM_DATA ]=utr_io_write_dat;

writing_functions[ MMC_GRADMESH_DATA ]=utr_io_write_jk; writing_functions[ MMC_BINARY_DATA ]=utr_io_write_binary; writing_functions[ MMC_IN_ANSYS_DATA ]=utr_io_write_in; writing_functions[ MMC_PARAVIEW_VTK_DATA ]=utr_io_write_vtk;

notify that initialization is done

Here is the call graph for this function:

Here is the caller graph for this function:

NAS utr_io_nastran_discover_type ( std::ifstream &  File,
int  Line_count 
)

Here is the caller graph for this function:

int utr_io_read_am ( const int  Mesh_id,
const char *  filename 
)

-------------------------------------------- utr_io_read_am - to read single .am file --------------------------------------------

int utr_io_read_binary ( const int  Mesh_id,
const char *  filename 
)

-------------------------------------------- utr_io_read_binary - to read single binary dump file --------------------------------------------

Here is the caller graph for this function:

int utr_io_read_dat ( const int  Mesh_id,
const char *  filename 
)

-------------------------------------------- utr_io_read_dat - to read single .dat file --------------------------------------------

Vertices

Edges

if(vertices[0] > vertices[1]) { std::swap(vertices[0],vertices[1]); }

Faces

check negative values

for(register int i(0); i < face_type; ++i) { edgePtrs[i]=&m.edges_[edges[i]]; assert(edgePtrs[i] != NULL); }

std::sort(edgePtrs,edgePtrs+face_type, & Edge::comparePtrs );

for(register int i(0); i < face_type; ++i) { edges[i]=edgePtrs[i]->pos_; }

MMC_TRIA:

MMC_QUAD:

MMC_TETRA:

MMC_PRISM:

HACK below: to conform KB ordering of nodes faceFlip is... flipped ;) see PHP_FEM.pdf and hHybridMesh.pdf for details

!switch(element_type)

Here is the call graph for this function:

Here is the caller graph for this function:

int utr_io_read_hybrid ( const int  Mesh_id,
const char *  filename 
)

-------------------------------------------- utr_io_read_hybrid - to read single .kaz file --------------------------------------------

Here is the caller graph for this function:

int utr_io_read_in ( const int  Mesh_id,
const char *  filename 
)

-------------------------------------------- utr_io_read_in - to read single .in file --------------------------------------------

Here is the caller graph for this function:

int utr_io_read_jk ( const int  Mesh_id,
const char *  filename 
)

-------------------------------------------- utr_io_read_jk - to read single .jk file --------------------------------------------

Reading initial data.

Reserving space for all kind of nodes.

Reading vertices.

Read plain x y coords.

read the number of stored element structures

Here is the call graph for this function:

Here is the caller graph for this function:

int utr_io_read_msh ( const int  Mesh_id,
const char *  filename 
)

-------------------------------------------- utr_io_read_msh - to read single .msh (ansys) file --------------------------------------------

mapping from MSH cell/element/face types to MMC_constans

mixed

triangular

tetrahedral

quadrilateral

hexahedral

pyramid

wedge

mixed

linear

triangular

quadrilateral

Here is the call graph for this function:

Here is the caller graph for this function:

int utr_io_read_nas ( const int  Mesh_id,
const char *  filename 
)

-------------------------------------------- utr_io_read_nas - to read single .nas file --------------------------------------------

below: tetrahedron have 6 edges prismatic element have 9 edges in case of expanding mesh we reserve also for already exisintg entities

1. Reading Nodes. /////////////////////////////////////////////////////////// Find first node

Move back before 'node_str'

2. Reading edges - omitted. /////////////////////////////////////////////////////////// In .nas file there are no edges

number - ignore it

element group no. = bc no.

fPtr->verts(0) = tmp2; /// vertices no. !!! (not edges)

fPtr->verts(1) = tmp2;

fPtr->verts(2) = tmp2;

number - ignore it

element group no. = bc no.

fPtr->verts(0) = tmp2; /// vertices no. !!! (not edges)

fPtr->verts(1) = tmp2;

fPtr->verts(2) = tmp2;

! while - faces

number - ignore it

element group no. = material

vertices no. !!! (not edges)

number - ignore it

element group material

vertices no. !!! (not edges)

number - ignore it

element group material

vertices no. !!! (not edges)

! while - elements

Here is the call graph for this function:

Here is the caller graph for this function:

int utr_io_read_vtk ( const int  Mesh_id,
const char *  filename 
)

-------------------------------------------- utr_io_read_vtk - to read single .vtk file --------------------------------------------

Here is the caller graph for this function:

int utr_io_write_msh ( const int  Mesh_id,
const char *  filename 
)

-------------------------------------------- utr_io_write_msh - to write single .msh file --------------------------------------------

Here is the caller graph for this function:

int utr_io_write_nas ( const int  Mesh_id,
const char *  Filename 
)

-------------------------------------------- utr_io_write_nas - to read single .nas file --------------------------------------------

while

Here is the call graph for this function:

Here is the caller graph for this function:

int utr_io_write_nas_long ( const int  Mesh_id,
const char *  Filename 
)

-------------------------------------------- utr_io_write_nas_long - to read single .nas file (long format) --------------------------------------------

while

Here is the call graph for this function:

Here is the caller graph for this function:

int utr_io_write_nas_short ( const int  Mesh_id,
const char *  Filename 
)

-------------------------------------------- utr_io_write_nas_short - to read single .nas file (short format) --------------------------------------------

Here is the call graph for this function:

Here is the caller graph for this function:

int utr_io_write_vtk ( const int  Mesh_id,
const char *  filename 
)

-------------------------------------------- utr_io_write_vtk - to write single .vtk file --------------------------------------------

Variable Documentation

const int Nastran_max_line_length = 128

--------------------------------------------------------- utr_io_nastran_discover_type - to parse Nastran file to discover it's type ---------------------------------------------------------

 All Classes Namespaces Files Functions Variables Typedefs Enumerations Enumerator Friends Defines
Generated on 3 Jun 2020 for ModFEM by  doxygen 1.6.1