zone::IZoneFieldData Class Reference

Interface for accessing the zone field data class. More...

#include <izonefielddata.h>

Public Types
enum	Source { ZoneSource, GpSource, BothSource }

Public Member Functions
virtual const QObject *	getQObject () const =0
	Returns a const pointer to a QObject representing this object.
virtual QObject *	getQObject ()=0
	Returns a pointer to a QObject representing this object.
virtual const IData *	getIData () const =0
virtual IData *	getIData ()=0
virtual const IZoneInterpolate *	getIZoneInterpolate () const =0
	Returns a const pointer to the zone interpolate, IZoneInterpolate.
virtual IZoneInterpolate *	getIZoneInterpolate ()=0
	Returns a pointer to the zone interpolate, IZoneInterpolate.
virtual const IZoneData *	getIZoneData () const =0
virtual IZoneData *	getIZoneData ()=0
virtual const IGpData *	getIGpData () const =0
virtual IGpData *	getIGpData ()=0
virtual int	getCurrentSource () const =0
virtual int	getSource () const =0
virtual bool	getSourceActive () const =0
virtual QStringList	getSourceNames () const =0
virtual QStringList	getSourceKeywords () const =0
virtual QString	getProperty () const =0
virtual bool	getPropertyActive () const =0
virtual QStringList	getPropertiesAvailable () const =0
virtual QList< uint >	getInterestedIn () const =0
virtual QPair< double, quint64 >	getData (const DVect &pos)=0
virtual double	getData (const IGp *gp, const IZone *z, quint32 thread=0, quint32 block=0)=0
virtual double	getData (const IZone *z, const DVect &pos, double tol=0.0)=0
virtual double	getData (const IZone *z, const ZoneWt &wt)=0
virtual void	initialize ()=0
virtual void	initializeMultithreading (bool needSpatialSearch, quint32 threads)=0
virtual void	reset ()=0
virtual void	destroy ()=0
	Destroys this object, returning the memory to the heap.
virtual void	setProperty (const QString &s)=0
virtual void	setSource (int source)=0
virtual void	setComponent (int i)=0
virtual void	setQuantity (int i)=0
virtual void	propertyChanged (const QString &s)=0
	This SIGNAL is emitted if the name of the property used for zone property data changes.
virtual void	propertyActiveChanged (bool b)=0
virtual void	sourceChanged (int source)=0
virtual void	sourceActiveChanged (bool b)=0
virtual void	currentSourceChanged (int source)=0
	This SIGNAL is emitted if the active index changes from zone based to gp, or vice versa.

Detailed Description

Interface for accessing the zone field data class.

This class allows access to both gp and zone scalar field data (like density, displacement magnitude, sxx, etc) at any point in the model, not necessarily where a gridpoint or a zone centroid fall.
Interpolation may be necessary for zone-based variables, and the specifics of that process can be set through the IZoneInterpolate interface.

Member Function Documentation

getData() [1/2]

virtual QPair<double,quint64> zone::IZoneFieldData::getData ( const DVect &  pos )

pure virtual

Assuming pos falls inside any zone of the model, returns the data indicated by the current index interpolated to that position.
The first value in the return pair is the interpolated value. The second value is the ID of the zone containing point pos.

getData() [2/2]

virtual double zone::IZoneFieldData::getData ( const IGp *  gp, const IZone *  z, quint32  thread = 0, quint32  block = 0  )

pure virtual

Retrives data directly from IGp gp or IZone z, depending on if the index type indicates zone or gp data is desired. No interpolation is performed.

initialize()

virtual void zone::IZoneFieldData::initialize ( )

pure virtual

Initializes the field data object for efficient calculation of many values.
After initialization, values are stored in temporary offsets in Gp and Zone data, to minimize recalculation.
This is only useful if many values are going to be queried via getData() in sequence.
If the model changes after the call to initialize but before a reset(), any further calls to getData() will return invalid data.

reset()

virtual void zone::IZoneFieldData::reset ( )

pure virtual

Resets the object after a call to initialize(), releasing resources back to the system and losing temporarily stored calculations.

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

• C:/Source/itasca-suite/flac3d/zone/interface/izonefielddata.h