An internal class that stores a couple of textual names. More...

#include <FieldSelector.hpp>

Inheritance diagram for Fiber::FieldSelector:

Public Types
typedef std::pair< Fiber::Bundle::GridInfo_t, RefPtr< Fiber::Field > >	FieldInfo_t

Public Member Functions
FieldSelection &	Selection ()
	Yield the currently selected fields.
RefPtr< FieldSelection >	getSelectedFields () const
const FieldSelection &	Selection () const
	FieldSelector ()
	Constructor.
	FieldSelector (const GridSelector &GS, const Info< Grid > &FieldSource)
	Construct from grid selector and result of grid selection.
	FieldSelector (const FieldSelector &FS)
	Construct from an existing FieldSelector.
	FieldSelector (const FieldSelector &FS, const string &fieldname, const TypeList_t &FT=TypeList_t())
	Construct from an existing FieldSelector with a new field name and optional type.
	FieldSelector (const BundlePtr &bpP, const double timeP, const string &gridNameP, const string &fieldNameP)
	FieldSelector (double &time, const BundlePtr &BP, const string &gridName, const string &fieldName)
	Construct a FieldSelector from the field found on the most recent Grid of the given bundle.
	~FieldSelector ()
	Destructor.
bool	requiresType (const type_info &what) const
	Check if this field selector requires the field to be of the specified type.
unsigned	NumberOfAvailableFields () const
	Number of this fields provided here.
TypeList_t &	FieldTypes ()
	List of types that this field might provide or want.
const TypeList_t &	FieldTypes () const
	List of types that this field might provide or want.
template<class ... T>
void	accept ()
	Define the types that this field accepts or provides.
void	selectField (const string &fieldname, const TypeList_t &FT=TypeList_t())
	Select a singular field.
template<class T>
void	selectTypedField (const string &fieldname)
	Select a field giving its type as template function argument.
void	selectField (const string &fieldname, const Field &F)
	Select a field giving its type from a Field object.
FieldSelector	operator() (const string &fieldname, const Field &F) const
	Create a new FieldSelector with same properties as the current one, but selecting a new type and field.
void	selectField (const BundlePtr &BP, const double time, const string &gridName, const string &fieldName, const RefPtr< Grid > &G, const RefPtr< Slice > &S)
	Select a field with full context information.
void	clearSelection ()
	Remove all field selection stored here.
RefPtr< Fiber::FieldID >	makeFieldID (Fiber::Representation &Rep) const
	Make a new field ID if none exists yet for the intrinsic field name.
bool	setFieldSource (double time, const string &theFieldname)
bool	findFieldSource (double time, const string &Fieldname)
	Set the field information from the field found on the most recent Grid in the given bundle, as stored in the FieldSelector.
bool	findFieldSource (const BundlePtr &bpP, double timeP, const string &gridNameP, const string &fieldNameP)
	Set the field information from the field found on the most recent Grid in the given bundle.
string	getFieldName () const
	Return the name of the currently selected field.
string	getFieldname () const
	Return the name of the currently selected field.
string	operator() () const
	Return the currently selected field name.
const RefPtr< Fiber::Grid > &	GridSource () const
	The Grid object that was found to carry the selected field.
const RefPtr< Fiber::Grid > &	getGrid () const
	The Grid object that was found to carry the selected field.
const WeakPtrSlice &	getSlice () const
	Get the slice where the field selector refers to.
double	getTime () const
	The time when this field was found most recently.
RefPtr< Field >	getField (const string &theName, int Level=0, const string &ChartName=string()) const
	Return a field of the given name in the Cartesian representation of the Vertices on the toplevel refinement level.
RefPtr< Fiber::Field >	getField (int Level=0, const string &ChartName=string()) const
	Return a field of the currently selected in the Cartesian representation of the Vertices on the toplevel refinement level.
RefPtr< Field >	getPositions (const RefPtr< ChartID > &theChartID) const
	Get the vertex positions in a specific chart.
RefPtr< Field >	getField (const RefPtr< ChartID > &theChartID, const string &fieldname) const
RefPtr< Field >	getField (const RefPtr< ChartID > &theChartID) const
RefPtr< Field >	getCartesianPositions () const
	Return the position field on the Grid which carries the current field.
RefPtr< Representation >	getCartesianRepresentation (int Level=0) const
	Return the cartesian representation of the vertices that carries the current field.
bool	operator! () const
	operator bool () const
Public Member Functions inherited from Fiber::GridSelector
const string &	getGridname () const
	Name of the selected grid (member function).
const string &	getGridName () const
	GridSelector ()
	Default Construct.
	GridSelector (const string &gridname, const Fiber::BundlePtr &Source=Fiber::BundlePtr(NullPtr()))
	Construct from gridname and bundle.
	GridSelector (const Fiber::BundlePtr &Source, const string &gridname)
	Construct from bundle and gridname.
	GridSelector (const GridSelector &Source, const string &gridname)
	Construct from GridSelector and gridname.
	GridSelector (const string &gridname, const GridSelector &Source)
	Construct from GridSelector and gridname.
	~GridSelector ()
	Destructor.
GridSelector	operator[] (const string &gridname) const
	Operator syntax for constructing a new GridSelector from an existing one and a new gridname.
const string &	Gridname () const
	Return the name of the currently selected Grid.
const Fiber::BundlePtr &	BundleSource () const
	Provide the original bundle of from where the Grid was selected.
const Fiber::BundlePtr &	getBundle () const
	Provide the original bundle of from where the Grid was selected.
bool	hasValidGrid () const
	check for validity, bundle pointer must be valid and grid name.
	operator bool () const
	check for validity
bool	selectGrid (const string &name)
	Select a certain grid out of the given spacetime.
Info< Grid >	findMostRecentGrid (const Fiber::BundlePtr &theSpacetime, double time) const
	Return the time, slice and grid that is most recent to the given time for the selected grid.
Info< Grid >	findMostRecentGrid (double time, const Fiber::BundlePtr &theSpacetime=Fiber::BundlePtr(NullPtr())) const
	Find the Grid that is most recent for the given time.
Info< Skeleton >	getRefinementLevel (double time, int Level, int IndexDepth, const BundlePtr &SpaceTime=BundlePtr(NullPtr()))
	Retrieve a skeleton for the given refinement level for the current time.
Info< Grid >	findPrev (double time, const BundlePtr &theSpacetime=BundlePtr(NullPtr())) const
	Return the Grid that is just previous to the given time.
Info< Grid >	findNext (double time, const BundlePtr &theSpacetime=BundlePtr(NullPtr())) const
	Return the Grid that is just next after the given time.
Fiber::Grid &	operator[] (double time)
RefPtr< Fiber::Grid >	operator() (double time, const Fiber::BundlePtr &theSpacetime=Fiber::BundlePtr(NullPtr())) const
	Convenience function to easily retrieve just the most recent Grid for a given time.
RefPtr< Fiber::Grid >	operator() (double time, const GridSelector &GS)
bool	hasProperty (const BundleProperty &theProperty) const
	Check this GridSelector for a certain property.
bool	providesFieldTypes (const Fiber::TypeList_t &AcceptedFields) const
	Check which field types are supported by the grid that is selected by the current grid selector.

Public Attributes
Info< Grid >	FieldSource
	Meta-Information - from where did we get the selected field?
SkeletonID	mySkeletonID
	Specify the source of this field, on which grid does it live?
Public Attributes inherited from Fiber::GridSelector
BundlePtr	theSourceBundle
	The bundle that was used to retrieve the grid name, meaning: the selected grid name is ensured to exist on this bundle.
string	theGridname
	Name of the selected grid.

Friends
BUNDLE_API bool	operator== (const FieldSelector &L, const FieldSelector &R)
	Compare two field selectors.
bool	operator!= (const FieldSelector &L, const FieldSelector &R)
	Check if two field selectors differ.

Detailed Description

An internal class that stores a couple of textual names.

It is to be used for selecting a field out of a selection of fields.

Examples: ColoredLines.cpp, ComputeNormals.cpp, PolychromeSurface.cpp, and TransparentColoredSurface.cpp.

Constructor & Destructor Documentation

◆ FieldSelector() [1/2]

Fiber::FieldSelector::FieldSelector ( const FieldSelector & FS )

Construct from an existing FieldSelector.

Note that the FieldSelection will be empty, not copied from the existing FieldSelector!

References FieldSelector(), Fiber::GridSelector::GridSelector(), FieldSource, and mySkeletonID.

◆ FieldSelector() [2/2]

Fiber::FieldSelector::FieldSelector	(	double &	time,
		const BundlePtr &	BP,
		const string &	gridName,
		const string &	fieldName )

Construct a FieldSelector from the field found on the most recent Grid of the given bundle.

The respective time will be provided in the time argument.

References findFieldSource(), getTime(), and mySkeletonID.

Member Function Documentation

◆ accept()

template<class ... T>

void Fiber::FieldSelector::accept ( )

inline

Define the types that this field accepts or provides.

FieldSelector F;
     F.accept<float>();
     F.accept<double>();

References FieldTypes().

Referenced by Wizt::Fish< Fiber::Field >::acceptType(), Wizt::TypedSlot< Fiber::Field >::acceptType(), Wizt::FieldFunctor< Operation, GridInspectorType >::FieldOperation(), and Wizt::VOutput< Fiber::Field >::provides().

◆ getCartesianRepresentation()

RefPtr< Representation > Fiber::FieldSelector::getCartesianRepresentation ( int Level = 0 ) const

Return the cartesian representation of the vertices that carries the current field.

Use the

Representation( getFieldName() )

Fiber::FieldSelector::getFieldName

string getFieldName() const

Return the name of the currently selected field.

Definition FieldSelector.cpp:99

Fiber::Representation

A Representation is a set of Field objects, each of them accessed via some FieldID identifier.

Definition Representation.hpp:101

operation to retrieve an actual Field.

References FieldSource, Fiber::GridSelector::getGridname(), and Fiber::GridSelector::theSourceBundle.

◆ getField() [1/2]

RefPtr< Field > Fiber::FieldSelector::getField	(	const string &	theName,
		int	Level = 0,
		const string &	ChartName = string() ) const

Return a field of the given name in the Cartesian representation of the Vertices on the toplevel refinement level.

This general function is useful to retrieve a field on the current grid which is not identical with the selected one.

Parameters

Level

May retrieve a field from a refinement level, using the most recent refinement level available. For more complex functionality, for instance getting the field of a refinement level most closely to the current one (instead of the most recent), or for retrieving the past and future refinement levels for temporal interpolation. This simple function here implements the level search in the following way:

double  T = FieldSource.getTime();
Info<Skeleton> iS = theSourceBundle->findPreviousRefinementLevel(T, getGridname(), Level);
RefPtr<Representation> LevelRep = iS.getCartesianRepresentation();

References FieldSource, Fiber::GridSelector::getGridname(), mySkeletonID, and Fiber::GridSelector::theSourceBundle.

Referenced by Wizt::BinaryFieldOperatorObject< TheBinaryOperator, NamingOperator, PrimaryValueType, SecondaryValueType, ResultValueType >::FieldOperation(), and getField().

◆ getField() [2/2]

RefPtr< Fiber::Field > Fiber::FieldSelector::getField	(	int	Level = 0,
		const string &	ChartName = string() ) const

inline

Return a field of the currently selected in the Cartesian representation of the Vertices on the toplevel refinement level.

Note: Be cautious about using AMR levels; the Field may not originate from the same Grid as getGrid() function yields. It is safer to use the getCartesianRepresentation() function to retrieve consistent data fields, in particular consistent coordinates and data fields.

References getField(), and getFieldName().

◆ getGrid()

const RefPtr< Fiber::Grid > & Fiber::FieldSelector::getGrid ( ) const

inline

The Grid object that was found to carry the selected field.

Note that there is no requirement to query fields from just that grid where the field was found. It can as well be queried on another Grid as well, just then it's not ensured that such a field would exist there.

References FieldSource.

Referenced by Wizt::BinaryFieldOperatorObject< TheBinaryOperator, NamingOperator, PrimaryValueType, SecondaryValueType, ResultValueType >::FieldOperation().

◆ GridSource()

const RefPtr< Fiber::Grid > & Fiber::FieldSelector::GridSource ( ) const

inline

The Grid object that was found to carry the selected field.

Note that there is no requirement to query fields from just that grid where the field was found. It can as well be queried on another Grid as well, just then it's not ensured that such a field would exist there.

References FieldSource.

◆ requiresType()

bool Fiber::FieldSelector::requiresType ( const type_info & what ) const

inline

Check if this field selector requires the field to be of the specified type.

Note that if no field selection has been specified, then all types will be "required" and this function returns true.

◆ selectField() [1/2]

void Fiber::FieldSelector::selectField	(	const BundlePtr &	BP,
		const double	time,
		const string &	gridName,
		const string &	fieldName,
		const RefPtr< Grid > &	G,
		const RefPtr< Slice > &	S )

inline

Select a field with full context information.

Only property that is left to set is the accepted types, to be set with accept().

References FieldSource, selectField(), Fiber::GridSelector::selectGrid(), and Fiber::GridSelector::theSourceBundle.

◆ selectField() [2/2]

void Fiber::FieldSelector::selectField	(	const string &	fieldname,
		const TypeList_t &	FT = TypeList_t() )

Select a singular field.

Removes all others field, only one will remain here. More control and adding multiple fields requires using the SelectedFields() member function.

References getFieldName(), Selection(), and Fiber::FieldSelection::setUniqueField().

Referenced by FieldSelector(), Wizt::FieldFunctor< Operation, GridInspectorType >::FieldOperation(), findFieldSource(), selectField(), selectField(), and selectTypedField().

Member Data Documentation

◆ FieldSource

Info<Grid> Fiber::FieldSelector::FieldSource

Meta-Information - from where did we get the selected field?

The base class, GridSelector, specifies information on how to find a certain Grid. The FieldSource now actually provides the result of such a search process, and tells concretely which Grid has been found using the parameters of the base class, the Grid Selector.

Referenced by FieldSelector(), FieldSelector(), FieldSelector(), findFieldSource(), getCartesianPositions(), getCartesianRepresentation(), getField(), getGrid(), getPositions(), getSlice(), getTime(), GridSource(), operator==, and selectField().

◆ mySkeletonID

SkeletonID Fiber::FieldSelector::mySkeletonID

Specify the source of this field, on which grid does it live?

By default, this are the vertices.

Referenced by FieldSelector(), FieldSelector(), FieldSelector(), FieldSelector(), FieldSelector(), and getField().

Public Types

Public Member Functions

Public Attributes

Friends

Detailed Description

Constructor & Destructor Documentation

◆ FieldSelector() [1/2]

◆ FieldSelector() [2/2]

Member Function Documentation

◆ accept()

◆ getCartesianRepresentation()

◆ getField() [1/2]

◆ getField() [2/2]

◆ getGrid()

◆ GridSource()

◆ requiresType()

◆ selectField() [1/2]

◆ selectField() [2/2]

Member Data Documentation

◆ FieldSource

◆ mySkeletonID