Container for N-dimensional, homogeneous Records. More...

#include <Mesh.hpp>

Inheritance diagram for openPMD::Mesh:

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Collaboration diagram for openPMD::Mesh:

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Public Types
enum	Geometry { cartesian, thetaMode, cylindrical, spherical, other }
	Enumerated datatype for the geometry of the mesh. More...

enum	DataOrder : char { C = 'C', F = 'F' }
	Enumerated datatype for the memory layout of N-dimensional data.

Public Types inherited from openPMD::BaseRecord< MeshRecordComponent >
using	key_type = typename Container< MeshRecordComponent >::key_type

using	mapped_type = typename Container< MeshRecordComponent >::mapped_type

using	value_type = typename Container< MeshRecordComponent >::value_type

using	size_type = typename Container< MeshRecordComponent >::size_type

using	difference_type = typename Container< MeshRecordComponent >::difference_type

using	allocator_type = typename Container< MeshRecordComponent >::allocator_type

using	reference = typename Container< MeshRecordComponent >::reference

using	const_reference = typename Container< MeshRecordComponent >::const_reference

using	pointer = typename Container< MeshRecordComponent >::pointer

using	const_pointer = typename Container< MeshRecordComponent >::const_pointer

using	iterator = typename Container< MeshRecordComponent >::iterator

using	const_iterator = typename Container< MeshRecordComponent >::const_iterator

Public Types inherited from openPMD::Container< MeshRecordComponent >
using	key_type = typename InternalContainer::key_type

using	mapped_type = typename InternalContainer::mapped_type

using	value_type = typename InternalContainer::value_type

using	size_type = typename InternalContainer::size_type

using	difference_type = typename InternalContainer::difference_type

using	allocator_type = typename InternalContainer::allocator_type

using	reference = typename InternalContainer::reference

using	const_reference = typename InternalContainer::const_reference

using	pointer = typename InternalContainer::pointer

using	const_pointer = typename InternalContainer::const_pointer

using	iterator = typename InternalContainer::iterator

using	const_iterator = typename InternalContainer::const_iterator

Public Member Functions
	Mesh (Mesh const &)=default

Mesh &	operator= (Mesh const &)=default

Geometry	geometry () const

std::string	geometryString () const

Mesh &	setGeometry (Geometry g)
	Set the geometry of the mesh of the mesh record. More...

Mesh &	setGeometry (std::string geometry)
	Set the geometry of the mesh of the mesh record. More...

std::string	geometryParameters () const

Mesh &	setGeometryParameters (std::string const &geometryParameters)
	Set additional parameters for the geometry, separated by a. More...

DataOrder	dataOrder () const

Mesh &	setDataOrder (DataOrder dor)
	Set the memory layout of N-dimensional data. More...

std::vector< std::string >	axisLabels () const

Mesh &	setAxisLabels (std::vector< std::string > const &axisLabels)
	Set the ordering of the labels for the Mesh::geometry of the mesh. More...

template<typename T >
std::vector< T >	gridSpacing () const

template<typename T , typename = std::enable_if_t<std::is_floating_point< T >::value>>
Mesh &	setGridSpacing (std::vector< T > const &gridSpacing)
	Set the spacing of the grid points along each dimension (in the units of the simulation). More...

std::vector< double >	gridGlobalOffset () const

Mesh &	setGridGlobalOffset (std::vector< double > const &gridGlobalOffset)
	Set the start of the current domain of the simulation (position of the beginning of the first cell) in simulation units. More...

double	gridUnitSI () const

Mesh &	setGridUnitSI (double gridUnitSI)
	Set the unit-conversion factor to multiply each value in Mesh::gridSpacing and Mesh::gridGlobalOffset, in order to convert from simulation units to SI units. More...

Mesh &	setUnitDimension (std::map< UnitDimension, double > const &unitDimension)
	Set the powers of the 7 base measures characterizing the record's unit in SI. More...

template<typename T >
T	timeOffset () const

template<typename T , typename = std::enable_if_t<std::is_floating_point< T >::value>>
Mesh &	setTimeOffset (T timeOffset)
	Set the offset between the time at which this record is defined and the Iteration::time attribute of the Series::basePath level. More...

Public Member Functions inherited from openPMD::BaseRecord< MeshRecordComponent >
	BaseRecord (BaseRecord const &b)

BaseRecord &	operator= (BaseRecord const &b)

mapped_type &	operator[] (key_type const &key) override

mapped_type &	operator[] (key_type &&key) override

BaseRecord< RecordComponent >::mapped_type &	operator[] (std::string &&key)

size_type	erase (key_type const &key) override

iterator	erase (iterator res) override

std::array< double, 7 >	unitDimension () const
	Return the physical dimension (quantity) of a record. More...

bool	scalar () const
	Returns true if this record only contains a single component. More...

Public Member Functions inherited from openPMD::Container< MeshRecordComponent >
	Container (Container const &)=default

iterator	begin () noexcept

const_iterator	begin () const noexcept

const_iterator	cbegin () const noexcept

iterator	end () noexcept

const_iterator	end () const noexcept

const_iterator	cend () const noexcept

bool	empty () const noexcept

size_type	size () const noexcept

void	clear ()
	Remove all objects from the container and (if written) from disk. More...

std::pair< iterator, bool >	insert (value_type const &value)

std::pair< iterator, bool >	insert (P &&value)

iterator	insert (const_iterator hint, value_type const &value)

iterator	insert (const_iterator hint, P &&value)

void	insert (InputIt first, InputIt last)

void	insert (std::initializer_list< value_type > ilist)

void	swap (Container &other)

mapped_type &	at (key_type const &key)

mapped_type const &	at (key_type const &key) const

virtual mapped_type &	operator[] (key_type const &key)
	Access the value that is mapped to a key equivalent to key, creating it if such key does not exist already. More...

virtual mapped_type &	operator[] (key_type &&key)
	Access the value that is mapped to a key equivalent to key, creating it if such key does not exist already. More...

iterator	find (key_type const &key)

const_iterator	find (key_type const &key) const

size_type	count (key_type const &key) const
	This returns either 1 if the key is found in the container of 0 if not. More...

bool	contains (key_type const &key) const
	Checks if there is an element with a key equivalent to an exiting key in the container. More...

virtual size_type	erase (key_type const &key)
	Remove a single element from the container and (if written) from disk. More...

virtual iterator	erase (iterator res)

auto	emplace (Args &&... args) -> decltype(InternalContainer().emplace(std::forward< Args >(args)...))

Public Member Functions inherited from openPMD::AttributableInterface
Attribute	getAttribute (std::string const &key) const
	Retrieve value of Attribute stored with provided key. More...

bool	deleteAttribute (std::string const &key)
	Remove Attribute of provided value both logically and physically. More...

std::vector< std::string >	attributes () const
	List all currently stored Attributes' keys. More...

size_t	numAttributes () const
	Count all currently stored Attributes. More...

bool	containsAttribute (std::string const &key) const
	Check whether am Attribute with a given key exists. More...

std::string	comment () const
	Retrieve a user-supplied comment associated with the object. More...

AttributableInterface &	setComment (std::string const &comment)
	Populate Attribute corresponding to a comment with the user-supplied comment. More...

void	seriesFlush ()
	Flush the corresponding Series object. More...

MyPath	myPath () const
	The path to this object within its containing Series. More...

template<typename T >
bool	setAttribute (std::string const &key, T value)
	Populate Attribute of provided name with provided value. More...

bool	setAttribute (std::string const &key, char const value[])

Friends
class	Container< Mesh >

class	Iteration

Additional Inherited Members
Protected Types inherited from openPMD::Container< MeshRecordComponent >
using	InternalContainer = std::map< std::string, MeshRecordComponent >

Protected Types inherited from openPMD::AttributableInterface
enum	ReadMode { IgnoreExisting, OverrideExisting, FullyReread }

Protected Member Functions inherited from openPMD::BaseRecord< MeshRecordComponent >
void	readBase ()

Protected Member Functions inherited from openPMD::Container< MeshRecordComponent >
void	clear_unchecked ()

EraseStaleEntries	eraseStaleEntries ()

Protected Member Functions inherited from openPMD::AttributableInterface
	AttributableInterface (internal::AttributableData *)

template<typename T >
	AttributableInterface (T *attri)

const internal::SeriesInternal &	retrieveSeries () const

internal::SeriesInternal &	retrieveSeries ()

void	seriesFlush (FlushLevel)

void	flushAttributes ()

void	readAttributes (ReadMode)

template<typename T >
T	readFloatingpoint (std::string const &key) const
	Retrieve the value of a floating point Attribute of user-defined precision with ensured type-safety. More...

template<typename T >
std::vector< T >	readVectorFloatingpoint (std::string const &key) const
	Retrieve a vector of values of a floating point Attributes of user-defined precision with ensured type-safety. More...

AbstractIOHandler *	IOHandler ()

const AbstractIOHandler *	IOHandler () const

Writable *&	parent ()

const Writable *	parent () const

Writable &	writable ()

const Writable &	writable () const

internal::AttributableData &	get ()

const internal::AttributableData &	get () const

bool	dirty () const

bool &	dirty ()

bool	written () const

bool &	written ()

const Iteration &	containingIteration () const
	Returns the corresponding Iteration. More...

Iteration &	containingIteration ()

Protected Attributes inherited from openPMD::BaseRecord< MeshRecordComponent >
std::shared_ptr< bool >	m_containsScalar

Protected Attributes inherited from openPMD::Container< MeshRecordComponent >
std::shared_ptr< InternalContainer >	m_container

Protected Attributes inherited from openPMD::LegacyAttributable
std::shared_ptr< internal::AttributableData >	m_attributableData

Protected Attributes inherited from openPMD::AttributableInterface
internal::AttributableData *	m_attri = nullptr

Detailed Description

Container for N-dimensional, homogeneous Records.

See also: https://github.com/openPMD/openPMD-standard/blob/latest/STANDARD.md#mesh-based-records

Member Enumeration Documentation

◆ Geometry

enum openPMD::Mesh::Geometry

strong

Enumerated datatype for the geometry of the mesh.

Note: If the default values do not suit your application, you can set arbitrary Geometry with MeshRecordComponent::setAttribute("geometry", VALUE). Note that this might break openPMD compliance and tool support.

Member Function Documentation

◆ axisLabels()

std::vector< std::string > openPMD::Mesh::axisLabels ( ) const

Returns: Ordering of the labels for the Mesh::geometry of the mesh.

◆ dataOrder()

Mesh::DataOrder openPMD::Mesh::dataOrder ( ) const

Returns: Memory layout of N-dimensional data.

◆ geometry()

Mesh::Geometry openPMD::Mesh::geometry ( ) const

Returns: Enum representing the geometry of the mesh of the mesh record.

◆ geometryParameters()

std::string openPMD::Mesh::geometryParameters ( ) const

Exceptions

no_such_attribute_error If Mesh::geometry is not Mesh::Geometry::thetaMode.

Returns: String representing additional parameters for the geometry, separated by a
;

.

◆ geometryString()

std::string openPMD::Mesh::geometryString ( ) const

Returns: String representing the geometry of the mesh of the mesh record.

◆ gridGlobalOffset()

std::vector< double > openPMD::Mesh::gridGlobalOffset ( ) const

Returns: Vector of (double) representing the start of the current domain of the simulation (position of the beginning of the first cell) in simulation units.

◆ gridSpacing()

template<typename T >

std::vector< T > openPMD::Mesh::gridSpacing

inline

Template Parameters

T	Floating point type of user-selected precision (e.g. float, double).

Returns: vector of T representing the spacing of the grid points along each dimension (in the units of the simulation).

◆ gridUnitSI()

double openPMD::Mesh::gridUnitSI ( ) const

Returns: Unit-conversion factor to multiply each value in Mesh::gridSpacing and Mesh::gridGlobalOffset, in order to convert from simulation units to SI units.

◆ setAxisLabels()

Mesh & openPMD::Mesh::setAxisLabels ( std::vector< std::string > const & axisLabels )

Set the ordering of the labels for the Mesh::geometry of the mesh.

Note: Dimensionality constraint is not verified by API.

Parameters

axisLabels vector containing N (string) elements, where N is the number of dimensions in the simulation.

Returns: Reference to modified mesh.

◆ setDataOrder()

Mesh & openPMD::Mesh::setDataOrder ( Mesh::DataOrder dor )

Set the memory layout of N-dimensional data.

Parameters

dor	memory layout of N-dimensional data.

Returns: Reference to modified mesh.

◆ setGeometry() [1/2]

Mesh & openPMD::Mesh::setGeometry ( Mesh::Geometry g )

Set the geometry of the mesh of the mesh record.

Parameters

g	geometry of the mesh of the mesh record.

Returns: Reference to modified mesh.

◆ setGeometry() [2/2]

Mesh & openPMD::Mesh::setGeometry ( std::string geometry )

Set the geometry of the mesh of the mesh record.

If the geometry is unknown to the openPMD-api, the string is prefixed with "other:" automatically unless the prefix is already present.

Parameters

geometry geometry of the mesh of the mesh record, as string

Returns: Reference to modified mesh.

◆ setGeometryParameters()

Mesh & openPMD::Mesh::setGeometryParameters ( std::string const & geometryParameters )

Set additional parameters for the geometry, separated by a.

;

.

Note: Separation constraint is not verified by API.

Parameters

geometryParameters

additional parameters for the geometry, separated by a

;

.

Returns: Reference to modified mesh.

◆ setGridGlobalOffset()

Mesh & openPMD::Mesh::setGridGlobalOffset ( std::vector< double > const & gridGlobalOffset )

Set the start of the current domain of the simulation (position of the beginning of the first cell) in simulation units.

Note: Dimensionality constraint is not verified by API.

Parameters

gridGlobalOffset vector containing N (double) elements, where N is the number of dimensions in the simulation.

Returns: Reference to modified mesh.

◆ setGridSpacing()

template<typename T , typename >

template Mesh & openPMD::Mesh::setGridSpacing ( std::vector< T > const & gridSpacing )

Set the spacing of the grid points along each dimension (in the units of the simulation).

Note: Dimensionality constraint is not verified by API.

Template Parameters

T	Floating point type of user-selected precision (e.g. float, double).

Parameters

gridSpacing vector containing N (T) elements, where N is the number of dimensions in the simulation.

Returns: Reference to modified mesh.

◆ setGridUnitSI()

Mesh & openPMD::Mesh::setGridUnitSI ( double gridUnitSI )

Set the unit-conversion factor to multiply each value in Mesh::gridSpacing and Mesh::gridGlobalOffset, in order to convert from simulation units to SI units.

Parameters

gridUnitSI unit-conversion factor to multiply each value in Mesh::gridSpacing and Mesh::gridGlobalOffset, in order to convert from simulation units to SI units.

Returns: Reference to modified mesh.

◆ setTimeOffset()

template<typename T , typename >

template Mesh & openPMD::Mesh::setTimeOffset ( T timeOffset )

Set the offset between the time at which this record is defined and the Iteration::time attribute of the Series::basePath level.

Note: This should be written in the same unit system as Iteration::time.

Template Parameters

T	Floating point type of user-selected precision (e.g. float, double).

Parameters

timeOffset Offset between the time at which this record is defined and the Iteration::time attribute of the Series::basePath level.

Returns: Reference to modified mesh.

◆ setUnitDimension()

Mesh & openPMD::Mesh::setUnitDimension ( std::map< UnitDimension, double > const & unitDimension )

Set the powers of the 7 base measures characterizing the record's unit in SI.

Parameters

unitDimension map containing pairs of (UnitDimension, double) that represent the power of the particular base.

Returns: Reference to modified mesh.

◆ timeOffset()

template<typename T >

T openPMD::Mesh::timeOffset

inline

Template Parameters

T	Floating point type of user-selected precision (e.g. float, double).

Returns: Offset between the time at which this record is defined and the Iteration::time attribute of the Series::basePath level.

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

/tmp/tmp.7iNmvGSbic/openPMD-api/include/openPMD/Mesh.hpp
/tmp/tmp.7iNmvGSbic/openPMD-api/src/Mesh.cpp

Public Types

Public Member Functions

Friends

Additional Inherited Members

Detailed Description

Member Enumeration Documentation

◆ Geometry

Member Function Documentation

◆ axisLabels()

◆ dataOrder()

◆ geometry()

◆ geometryParameters()

◆ geometryString()

◆ gridGlobalOffset()

◆ gridSpacing()

◆ gridUnitSI()

◆ setAxisLabels()

◆ setDataOrder()

◆ setGeometry() [1/2]

◆ setGeometry() [2/2]

◆ setGeometryParameters()

◆ setGridGlobalOffset()

◆ setGridSpacing()

◆ setGridUnitSI()

◆ setTimeOffset()

◆ setUnitDimension()

◆ timeOffset()