Diffpack Documentation

Main Page Class Hierarchy Alphabetical List Compound List File List Compound Members File Members Search

SimRes2vtk Class Reference

#include <SimRes2vtk.h>

Inheritance diagram for SimRes2vtk::

Public Methods
	SimRes2vtk ()
virtual	~SimRes2vtk ()
virtual void	usage ()
virtual void	simresHeader (PlotSpecifications &plotspec)
virtual void	simresFooter (PlotSpecifications &plotspec)
virtual void	processFormatSpecificOptions (VecSimple(String) &arguments, PlotSpecifications &plotspec)
virtual void	exportScalarField (Field &scalarfield, FieldInformation &fieldinfo, PlotSpecifications &plotspec)
virtual void	exportVectorField (Fields &vectorfield, FieldInformation &fieldinfo, PlotSpecifications &plotspec)
Static Public Methods
void	openLogFile (String dataname, bool scalar_data)
void	closeLogFile ()
void	reportElm (int e, String elm_type, String vtk_cell_type, String comment)
void	setVtkPtr (vtkUnstructuredGrid *vtk_u_grid)
void	setVtkPtr (vtkStructuredGrid *vtk_s_grid)
void	resetVtkPtrs ()
bool	convertVol (const GridFV &grid, const int v, int &vtk_cell_type, int &npt, vtkIdType pt_list[])
bool	convertElm (const GridFE &grid, const int e, int &vtk_cell_type, int &npt, vtkIdType pt_list[])
void	field2vtk (const FieldsFV &vector_field, vtkUnstructuredGrid vtk_u_grid, const char options, bool imaginary=false, bool smooth=true)
void	field2vtk (const FieldFV &scalar_field, vtkUnstructuredGrid vtk_u_grid, const char options, bool imaginary=false, bool smooth=true)
void	field2vtk (const FieldsFE &vector_field, vtkUnstructuredGrid vtk_u_grid, const char options="", bool imaginary=false)
void	field2vtk (const FieldFE &scalar_field, vtkUnstructuredGrid vtk_u_grid, const char options="", bool imaginary=false)
void	field2vtk (const FieldsPiWisConst &vector_field, vtkUnstructuredGrid vtk_u_grid, const char options="", bool imaginary=false)
void	field2vtk (const FieldPiWisConst &scalar_field, vtkUnstructuredGrid vtk_u_grid, const char options="", bool imaginary=false)
void	field2vtk (const FieldsLattice &vector_field, vtkStructuredGrid vtk_s_grid, const char options="", bool imaginary=false)
void	field2vtk (const FieldLattice &scalar_field, vtkStructuredGrid vtk_s_grid, const char options="", bool imaginary=false)
void	vtk2file (const VtkGrid_type flag, const String &filename, const Format_type format=ASCII)
void	vtk2file (const vtkStructuredGrid *structured_grid, const VtkGrid_type flag, const String &filename, const Format_type format=ASCII)
void	vtk2file (const vtkUnstructuredGrid *unstructured_grid, const VtkGrid_type flag, const String &filename, const Format_type format=ASCII)
void	plotVector (const FieldsFV &vector_field, const String &filename, const Format_type format=ASCII, const char *options="")
void	plotScalar (const FieldFV &scalar_field, const String &filename, const Format_type format=ASCII, const char *options="")
void	plotVector (const FieldsFE &vector_field, const String &filename, const Format_type format=ASCII, const char *options="")
void	plotScalar (const FieldFE &scalar_field, const String &filename, const Format_type format=ASCII, const char *options="")
void	plotVector (const FieldsPiWisConst &vector_field, const String &filename, const Format_type format=ASCII, const char *options="")
void	plotScalar (const FieldPiWisConst &scalar_field, const String &filename, const Format_type format=ASCII, const char *options="")
void	plotVector (const FieldsLattice &vector_field, const String &filename, const Format_type format=ASCII, const char *options="")
void	plotScalar (const FieldLattice &scalar_field, const String &filename, const Format_type format=ASCII, const char *options="")
void	exportToFile (const VtkGrid_type flag, const String &base_filename, const Format_type format=ASCII, const char *options="")
void	exportToFile (const vtkUnstructuredGrid vtk_u_grid, const VtkGrid_type flag, const String &base_filename, const Format_type format=ASCII, const char options="")
void	exportToFile (const vtkStructuredGrid vtk_s_grid, const VtkGrid_type flag, const String &base_filename, const Format_type format=ASCII, const char options="")
void	display (const FieldFE &scalar_field, const char *options="")
bool	sideOnSelectedBoundary (const GridFE &gfe, const int elm, const int side, const VecSimple(int) &sel, const HandleElmDefs elmdef)
bool	sideOnSelectedBoundary (const GridFV &gfv, const int volno, const int loc_face, const VecSimple(int) &sel)
void	plotVRMLScalar (const FieldFE &scalar_field, const String &filename, const Format_type format=ASCII, const char *options="")
void	plotVRMLScalar (const FieldFV &scalar_field, const String &filename, const Format_type format=ASCII, const char *options="")
void	plotVRMLGrid (const GridFE &grid, const String &filename, const String &grid_str, const Format_type format)
void	plotVRMLGrid (const GridFV &grid, const String &filename, const String &grid_str, const Format_type format)
void	plotVRMLGrid (const GridLattice &grid, const String &filename, const String &grid_str, const Format_type format)
void	exportVRMLGrid (const vtkUnstructuredGrid vtk_u_grid, const VtkGrid_type flag, const String &filename, const Format_type format, const char options="")
void	grid2vtk (const GridFV &grid, vtkUnstructuredGrid *local_u_grid, const String &grid_str)
void	grid2vtk (const GridFE &grid, vtkUnstructuredGrid *local_u_grid, const String &grid_str)
void	boundary2vtk (const GridFE &grid, vtkUnstructuredGrid *bo_u_grid, const VecSimple(int) &selected, const String &grid_str)
void	plotGrid (Grid &grid, String fname, String grid_str)
Static Public Attributes
vtkStructuredGrid*	s_grid
vtkUnstructuredGrid*	u_grid
Os	logfile
int	filecnt
float	cmin
float	cmax
int	ext [6]
Protected Attributes
String	label
bool	collect_fields

Constructor & Destructor Documentation

SimRes2vtk::SimRes2vtk ( )

SimRes2vtk::~SimRes2vtk ( ) [virtual]

Member Function Documentation

void SimRes2vtk::boundary2vtk ( const GridFE & grid,

vtkUnstructuredGrid * bo_u_grid,

const VecSimple(int) & selected,

const String & grid_str ) [static]

void SimRes2vtk::closeLogFile ( ) [static]

bool SimRes2vtk::convertElm ( const GridFE & grid,

const int e,

int & vtk_cell_type,

int & npt,

vtkIdType pt_list[] ) [static]

bool SimRes2vtk::convertVol ( const GridFV & grid,

const int v,

int & vtk_cell_type,

int & npt,

vtkIdType pt_list[] ) [static]

void SimRes2vtk::display ( const FieldFE & scalar_field,

const char * options = " " ) [static]

void SimRes2vtk::exportScalarField ( Field & scalarfield,

FieldInformation & fieldinfo,

PlotSpecifications & plotspec ) [virtual]

export a scalar field to a file format that can be read by a specific visualization program.
Reimplemented from SimResFilter.

void SimRes2vtk::exportToFile ( const vtkStructuredGrid * vtk_s_grid,

const VtkGrid_type flag,

const String & base_filename,

const Format_type format = ASCII,

const char * options = " " ) [static]

void SimRes2vtk::exportToFile ( const vtkUnstructuredGrid * vtk_u_grid,

const VtkGrid_type flag,

const String & base_filename,

const Format_type format = ASCII,

const char * options = " " ) [static]

void SimRes2vtk::exportToFile ( const VtkGrid_type flag,

const String & base_filename,

const Format_type format = ASCII,

const char * options = " " ) [static]

void SimRes2vtk::exportVRMLGrid ( const vtkUnstructuredGrid * vtk_u_grid,

const VtkGrid_type flag,

const String & filename,

const Format_type format,

const char * options = " " ) [static]

void SimRes2vtk::exportVectorField ( Fields & vectorfield,

FieldInformation & fieldinfo,

PlotSpecifications & plotspec ) [virtual]

as "exportScalarField", but handles vector fields instead.
Reimplemented from SimResFilter.

void SimRes2vtk::field2vtk ( const FieldLattice & scalar_field,

vtkStructuredGrid * vtk_s_grid,

const char * options = " ",

bool imaginary = false ) [static]

void SimRes2vtk::field2vtk ( const FieldsLattice & vector_field,

vtkStructuredGrid * vtk_s_grid,

const char * options = " ",

bool imaginary = false ) [static]

void SimRes2vtk::field2vtk ( const FieldPiWisConst & scalar_field,

vtkUnstructuredGrid * vtk_u_grid,

const char * options = " ",

bool imaginary = false ) [static]

void SimRes2vtk::field2vtk ( const FieldsPiWisConst & vector_field,

vtkUnstructuredGrid * vtk_u_grid,

const char * options = " ",

bool imaginary = false ) [static]

void SimRes2vtk::field2vtk ( const FieldFE & scalar_field,

vtkUnstructuredGrid * vtk_u_grid,

const char * options = " ",

bool imaginary = false ) [static]

void SimRes2vtk::field2vtk ( const FieldsFE & vector_field,

vtkUnstructuredGrid * vtk_u_grid,

const char * options = " ",

bool imaginary = false ) [static]

void SimRes2vtk::field2vtk ( const FieldFV & scalar_field,

vtkUnstructuredGrid * vtk_u_grid,

const char * options,

bool imaginary = false,

bool smooth = true ) [static]

void SimRes2vtk::field2vtk ( const FieldsFV & vector_field,

vtkUnstructuredGrid * vtk_u_grid,

const char * options,

bool imaginary = false,

bool smooth = true ) [static]

void SimRes2vtk::grid2vtk ( const GridFE & grid,

vtkUnstructuredGrid * local_u_grid,

const String & grid_str ) [static]

void SimRes2vtk::grid2vtk ( const GridFV & grid,

vtkUnstructuredGrid * local_u_grid,

const String & grid_str ) [static]

void SimRes2vtk::openLogFile ( String dataname,

bool scalar_data ) [static]

void SimRes2vtk::plotGrid ( Grid & grid,

String fname,

String grid_str ) [static]

void SimRes2vtk::plotScalar ( const FieldLattice & scalar_field,

const String & filename,

const Format_type format = ASCII,

const char * options = " " ) [static]

void SimRes2vtk::plotScalar ( const FieldPiWisConst & scalar_field,

const String & filename,

const Format_type format = ASCII,

const char * options = " " ) [static]

void SimRes2vtk::plotScalar ( const FieldFE & scalar_field,

const String & filename,

const Format_type format = ASCII,

const char * options = " " ) [static]

void SimRes2vtk::plotScalar ( const FieldFV & scalar_field,

const String & filename,

const Format_type format = ASCII,

const char * options = " " ) [static]

void SimRes2vtk::plotVRMLGrid ( const GridLattice & grid,

const String & filename,

const String & grid_str,

const Format_type format ) [static]

void SimRes2vtk::plotVRMLGrid ( const GridFV & grid,

const String & filename,

const String & grid_str,

const Format_type format ) [static]

void SimRes2vtk::plotVRMLGrid ( const GridFE & grid,

const String & filename,

const String & grid_str,

const Format_type format ) [static]

void SimRes2vtk::plotVRMLScalar ( const FieldFV & scalar_field,

const String & filename,

const Format_type format = ASCII,

const char * options = " " ) [static]

void SimRes2vtk::plotVRMLScalar ( const FieldFE & scalar_field,

const String & filename,

const Format_type format = ASCII,

const char * options = " " ) [static]

void SimRes2vtk::plotVector ( const FieldsLattice & vector_field,

const String & filename,

const Format_type format = ASCII,

const char * options = " " ) [static]

void SimRes2vtk::plotVector ( const FieldsPiWisConst & vector_field,

const String & filename,

const Format_type format = ASCII,

const char * options = " " ) [static]

void SimRes2vtk::plotVector ( const FieldsFE & vector_field,

const String & filename,

const Format_type format = ASCII,

const char * options = " " ) [static]

void SimRes2vtk::plotVector ( const FieldsFV & vector_field,

const String & filename,

const Format_type format = ASCII,

const char * options = " " ) [static]

void SimRes2vtk::processFormatSpecificOptions ( VecSimple(String) & arguments,

PlotSpecifications & plotspec ) [virtual]

process remaining command line arguments in derived classes (after "SimResFilter driver" has processed the arguments that are common to all filters).
Reimplemented from SimResFilter.

void SimRes2vtk::reportElm ( int e,

String elm_type,

String vtk_cell_type,

String comment ) [static]

void SimRes2vtk::resetVtkPtrs ( ) [static]

void SimRes2vtk::setVtkPtr ( vtkStructuredGrid * vtk_s_grid ) [static]

void SimRes2vtk::setVtkPtr ( vtkUnstructuredGrid * vtk_u_grid ) [static]

bool SimRes2vtk::sideOnSelectedBoundary ( const GridFV & gfv,

const int volno,

const int loc_face,

const VecSimple(int) & sel ) [static]

bool SimRes2vtk::sideOnSelectedBoundary ( const GridFE & gfe,

const int elm,

const int side,

const VecSimple(int) & sel,

const HandleElmDefs elmdef ) [static]

void SimRes2vtk::simresFooter ( PlotSpecifications & plotspec ) [virtual]

task to be done just before exiting the filter.
Reimplemented from SimResFilter.

void SimRes2vtk::simresHeader ( PlotSpecifications & plotspec ) [virtual]

task to be done once initially, after processing of command line args (in "driver").
Reimplemented from SimResFilter.

void SimRes2vtk::usage ( ) [virtual]

description of various command line arguments. The command line arguments that are common to all filters are explained in "SimResFilter usage" and processed in "SimResFilter driver". Additional command line arguments can be explained in the "usage" function in derived classes and processed in the "processFormatSpecificOptions" function in the derived class.
Reimplemented from SimResFilter.

void SimRes2vtk::vtk2file ( const vtkUnstructuredGrid * unstructured_grid,

const VtkGrid_type flag,

const String & filename,

const Format_type format = ASCII ) [static]

void SimRes2vtk::vtk2file ( const vtkStructuredGrid * structured_grid,

const VtkGrid_type flag,

const String & filename,

const Format_type format = ASCII ) [static]

void SimRes2vtk::vtk2file ( const VtkGrid_type flag,

const String & filename,

const Format_type format = ASCII ) [static]

Member Data Documentation

float SimRes2vtk::cmax [static]

float SimRes2vtk::cmin [static]

bool SimRes2vtk::collect_fields [protected]

int SimRes2vtk::ext [static]

int SimRes2vtk::filecnt [static]

String SimRes2vtk::label [protected]

Os SimRes2vtk::logfile [static]

vtkStructuredGrid * SimRes2vtk::s_grid [static]

vtkUnstructuredGrid * SimRes2vtk::u_grid [static]

The documentation for this class was generated from the following file:

SimRes2vtk.h

Diffpack Documentation

SimRes2vtk Class Reference

Public Methods

Static Public Methods

Static Public Attributes

Protected Attributes

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation