#include <dune/vtk/vtkreader.hh>

Inheritance diagram for Dune::VtkReader< Grid, GC, FieldType >:

Public Types
using	Grid = G
	Type of the grid to construct.

using	GridCreator = GC
	Type of the associated grid creator.

using	FieldType = FT
	Type of the components of the data to extract from the file.

using	GlobalCoordinate = typename GridCreator::GlobalCoordinate
	Type of global world coordinates.

template<class Context , class Range >
using	GridFunction = typename Vtk::AssociatedGridFunction< GridCreator, Range, Context >::type

Public Member Functions
void	read (std::string const &filename, bool fillCreator=true)
	Read the grid from file with `filename` into the GridCreator.

GridCreator &	gridCreator ()
	Obtains the creator of the reader.

std::unique_ptr< Grid >	createGrid () const

template<class Range = DynamicVector<FieldType>>
GridFunction< Vtk::PointContext, Range >	getPointData (std::string const &name) const

std::vector< DataArrayAttributes >	getPointDataAttributes () const

template<class Range = DynamicVector<FieldType>>
GridFunction< Vtk::CellContext, Range >	getCellData (std::string const &name) const

std::vector< DataArrayAttributes >	getCellDataAttributes () const

std::vector< std::string > const &	pieces () const
	Return the filenames of parallel pieces.

template<class FloatType , class HeaderType >
void	readCellDataAppended (MetaType< FloatType >, MetaType< HeaderType >, std::ifstream &input, std::string id)

template<class FloatType , class HeaderType >
void	readPointDataAppended (MetaType< FloatType >, MetaType< HeaderType >, std::ifstream &input, std::string id)

template<class FloatType , class HeaderType >
void	readPointsAppended (MetaType< FloatType >, MetaType< HeaderType >, std::ifstream &input)

template<class HeaderType >
void	readCellsAppended (MetaType< HeaderType >, std::ifstream &input)


void	readSerialFileFromStream (std::ifstream &input, bool create=true)
	Read the grid from an input stream, referring to a .vtu file, into the GridFactory factory_.

void	readParallelFileFromStream (std::ifstream &input, int rank, int size, bool create=true)
	Read the grid from and input stream, referring to a .pvtu file, into the GridFactory factory_.

void	fillGridCreator (bool insertPieces=true)

Static Public Member Functions
template<class... Args>
static std::unique_ptr< Grid >	createGridFromFile (std::string const &filename, Args &&... args)

template<class... Args>
static void	fillFactory (GridFactory< Grid > &factory, std::string const &filename, Args &&... args)

Static Protected Member Functions
template<class... Args>
static std::unique_ptr< Grid >	createGridFromFileImpl (std::string const &filename, Args &&... args)

template<class... Args>
static void	fillFactoryImpl (GridFactory< Grid > &, std::string const &, Args &&...)

Member Typedef Documentation

◆ FieldType

template<class G , class GC = Vtk::ContinuousGridCreator<G>, class FT = double>

using Dune::Vtk::VtkReader< G, GC, FT >::FieldType = FT

inherited

Type of the components of the data to extract from the file.

◆ GlobalCoordinate

template<class G , class GC = Vtk::ContinuousGridCreator<G>, class FT = double>

using Dune::Vtk::VtkReader< G, GC, FT >::GlobalCoordinate = typename GridCreator::GlobalCoordinate

inherited

Type of global world coordinates.

◆ Grid

template<class G , class GC = Vtk::ContinuousGridCreator<G>, class FT = double>

using Dune::Vtk::VtkReader< G, GC, FT >::Grid = G

inherited

Type of the grid to construct.

◆ GridCreator

template<class G , class GC = Vtk::ContinuousGridCreator<G>, class FT = double>

using Dune::Vtk::VtkReader< G, GC, FT >::GridCreator = GC

inherited

Type of the associated grid creator.

◆ GridFunction

template<class G , class GC = Vtk::ContinuousGridCreator<G>, class FT = double>

template<class Context , class Range >

using Dune::Vtk::VtkReader< G, GC, FT >::GridFunction = typename Vtk::AssociatedGridFunction<GridCreator, Range, Context>::type

inherited

Member Function Documentation

◆ createGrid()

template<class G , class GC = Vtk::ContinuousGridCreator<G>, class FT = double>

std::unique_ptr< Grid > Dune::Vtk::VtkReader< G, GC, FT >::createGrid ( ) const

inlineinherited

Construct the actual grid using the GridCreator [[expects: read_ == true]]

◆ createGridFromFile()

template<class Grid , class FilerReaderImp >

template<class... Args>

static std::unique_ptr< Grid > Dune::Vtk::FileReader< Grid, FilerReaderImp >::createGridFromFile	(	std::string const &	filename,
		Args &&...	args
	)

inlinestaticinherited

Reads the grid from a file with filename and returns a unique_ptr to the created grid. Redirects to concrete implementation of derived class.

◆ createGridFromFileImpl()

template<class Grid , class FilerReaderImp >

template<class... Args>

static std::unique_ptr< Grid > Dune::Vtk::FileReader< Grid, FilerReaderImp >::createGridFromFileImpl	(	std::string const &	filename,
		Args &&...	args
	)

inlinestaticprotectedinherited

◆ fillFactory()

template<class Grid , class FilerReaderImp >

template<class... Args>

static void Dune::Vtk::FileReader< Grid, FilerReaderImp >::fillFactory	(	GridFactory< Grid > &	factory,
		std::string const &	filename,
		Args &&...	args
	)

inlinestaticinherited

Reads the grid from a file with filename into a grid-factory. Redirects to concrete implementation of derived class.

◆ fillFactoryImpl()

template<class Grid , class FilerReaderImp >

template<class... Args>

static void Dune::Vtk::FileReader< Grid, FilerReaderImp >::fillFactoryImpl	(	GridFactory< Grid > &	,
		std::string const &	,
		Args &&	...
	)

inlinestaticprotectedinherited

◆ fillGridCreator()

template<class Grid , class Creator , class Field >

void Dune::Vtk::VtkReader< Grid, Creator, Field >::fillGridCreator ( bool insertPieces = true )

inherited

Insert all internal data to the GridCreator NOTE: requires an aforegoing call to read()

◆ getCellData()

template<class G , class GC = Vtk::ContinuousGridCreator<G>, class FT = double>

template<class Range = DynamicVector<FieldType>>

GridFunction< Vtk::CellContext, Range > Dune::Vtk::VtkReader< G, GC, FT >::getCellData ( std::string const & name ) const

inlineinherited

Construct a grid-function representing the cell-data with the given name [[expects: read_ == true]]

◆ getCellDataAttributes()

template<class G , class GC = Vtk::ContinuousGridCreator<G>, class FT = double>

std::vector< DataArrayAttributes > Dune::Vtk::VtkReader< G, GC, FT >::getCellDataAttributes ( ) const

inlineinherited

Return a vector of DataArrayAttributes for all CELL_DATA blocks [[expects: read_ == true]]

◆ getPointData()

template<class G , class GC = Vtk::ContinuousGridCreator<G>, class FT = double>

template<class Range = DynamicVector<FieldType>>

GridFunction< Vtk::PointContext, Range > Dune::Vtk::VtkReader< G, GC, FT >::getPointData ( std::string const & name ) const

inlineinherited

Construct a grid-function representing the point-data with the given name [[expects: read_ == true]]

◆ getPointDataAttributes()

template<class G , class GC = Vtk::ContinuousGridCreator<G>, class FT = double>

std::vector< DataArrayAttributes > Dune::Vtk::VtkReader< G, GC, FT >::getPointDataAttributes ( ) const

inlineinherited

Return a vector of DataArrayAttributes for all POINT_DATA blocks [[expects: read_ == true]]

◆ gridCreator()

template<class G , class GC = Vtk::ContinuousGridCreator<G>, class FT = double>

GridCreator & Dune::Vtk::VtkReader< G, GC, FT >::gridCreator ( )

inlineinherited

Obtains the creator of the reader.

◆ pieces()

template<class G , class GC = Vtk::ContinuousGridCreator<G>, class FT = double>

std::vector< std::string > const & Dune::Vtk::VtkReader< G, GC, FT >::pieces ( ) const

inlineinherited

Return the filenames of parallel pieces.

◆ read()

template<class Grid , class Creator , class Field >

void Dune::Vtk::VtkReader< Grid, Creator, Field >::read	(	std::string const &	filename,
		bool	fillCreator = `true`
	)

inherited

Read the grid from file with filename into the GridCreator.

This function fills internal data containers representing the information from the passed file.

Parameters

filename	The name of the input file
fillCreator	If `false`, only fill internal data structures, if `true`, pass the internal data to the GridCreator. [true]

◆ readCellDataAppended()

template<class G , class GC = Vtk::ContinuousGridCreator<G>, class FT = double>

template<class FloatType , class HeaderType >

void Dune::Vtk::VtkReader< G, GC, FT >::readCellDataAppended	(	MetaType< FloatType >	,
		MetaType< HeaderType >	,
		std::ifstream &	input,
		std::string	id
	)

inherited

◆ readCellsAppended()

template<class G , class GC = Vtk::ContinuousGridCreator<G>, class FT = double>

template<class HeaderType >

void Dune::Vtk::VtkReader< G, GC, FT >::readCellsAppended	(	MetaType< HeaderType >	,
		std::ifstream &	input
	)

inherited

◆ readParallelFileFromStream()

template<class Grid , class Creator , class Field >

void Dune::Vtk::VtkReader< Grid, Creator, Field >::readParallelFileFromStream	(	std::ifstream &	input,
		int	rank,
		int	size,
		bool	create = `true`
	)

inherited

Read the grid from and input stream, referring to a .pvtu file, into the GridFactory factory_.

Parameters

input	A STL input stream to read the VTK file from.
create	If `false`, only fill internal data structures, if `true`, also create the grid. [true]

◆ readPointDataAppended()

template<class G , class GC = Vtk::ContinuousGridCreator<G>, class FT = double>

template<class FloatType , class HeaderType >

void Dune::Vtk::VtkReader< G, GC, FT >::readPointDataAppended	(	MetaType< FloatType >	,
		MetaType< HeaderType >	,
		std::ifstream &	input,
		std::string	id
	)

inherited

◆ readPointsAppended()

template<class G , class GC = Vtk::ContinuousGridCreator<G>, class FT = double>

template<class FloatType , class HeaderType >

void Dune::Vtk::VtkReader< G, GC, FT >::readPointsAppended	(	MetaType< FloatType >	,
		MetaType< HeaderType >	,
		std::ifstream &	input
	)

inherited

◆ readSerialFileFromStream()

template<class Grid , class Creator , class Field >

void Dune::Vtk::VtkReader< Grid, Creator, Field >::readSerialFileFromStream	(	std::ifstream &	input,
		bool	create = `true`
	)

inherited

Read the grid from an input stream, referring to a .vtu file, into the GridFactory factory_.

Advanced read methods

Parameters

input	A STL input stream to read the VTK file from.
create	If `false`, only fill internal data structures, if `true`, also create the grid. [true]

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

vtkreader.hh

Public Types

Public Member Functions

Static Public Member Functions

Static Protected Member Functions

Member Typedef Documentation

◆ FieldType

◆ GlobalCoordinate

◆ Grid

◆ GridCreator

◆ GridFunction

Member Function Documentation

◆ createGrid()

◆ createGridFromFile()

◆ createGridFromFileImpl()

◆ fillFactory()

◆ fillFactoryImpl()

◆ fillGridCreator()

◆ getCellData()

◆ getCellDataAttributes()

◆ getPointData()

◆ getPointDataAttributes()

◆ gridCreator()

◆ pieces()

◆ read()

◆ readCellDataAppended()

◆ readCellsAppended()

◆ readParallelFileFromStream()

◆ readPointDataAppended()

◆ readPointsAppended()

◆ readSerialFileFromStream()