AtomIterator Class Reference

Allow iteration over a set of atoms given by a target list (component name or index list) More...

#include <AtomIterator.h>

Collaboration diagram for AtomIterator:

Public Member Functions
	AtomIterator (PhysicalModel *pml, std::string targetList)
	constructor More...
void	begin ()
	place iterator on first atom More...
Atom *	currentAtom ()
	return current atom More...
bool	end ()
	return true if iterator is over the last atom More...
void	next ()
	if iteration is not finished, advance to next atom More...
void	operator++ ()
	redefinition of ++ operator, advance iterator to next atom More...
	~AtomIterator ()=default
	destructor More...

Detailed Description

Allow iteration over a set of atoms given by a target list (component name or index list)

Constructor & Destructor Documentation

AtomIterator()

AtomIterator::AtomIterator	(	PhysicalModel *	pml,
		std::string	targetList
	)

constructor

References a, PhysicalModel::getAtom(), PhysicalModel::getComponentByName(), TargetList::getIndexedTarget(), TargetList::getNamedTarget(), StructuralComponent::getNumberOfStructures(), TargetList::getNumberOfTargets(), StructuralComponent::getStructure(), and TargetList::indexedTargets().

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~AtomIterator()

AtomIterator::~AtomIterator ( )

default

destructor

Member Function Documentation

begin()

void AtomIterator::begin

(

)

place iterator on first atom

Referenced by MonitorDisplacement::calculate(), MonitorDistanceX::calculate(), MonitorDistanceY::calculate(), MonitorDistanceZ::calculate(), MonitorGeometricDeviation::calculate(), MonitorNormDisplacement::calculate(), MonitorPointFinalSetDistance::calculate(), MonitorPointSetDistance::calculate(), MonitorPointToTriangleMeshDistanceFinal::calculate(), MonitorPosition::calculate(), MonitorRen::calculate(), Reference::getDistanceToTriangularMesh(), Reference::getNearest(), and Monitor::Monitor().

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currentAtom()

Atom * AtomIterator::currentAtom

(

)

return current atom

Referenced by MonitorDisplacement::calculate(), MonitorDistanceX::calculate(), MonitorDistanceY::calculate(), MonitorDistanceZ::calculate(), MonitorGeometricDeviation::calculate(), MonitorNormDisplacement::calculate(), MonitorPointFinalSetDistance::calculate(), MonitorPointSetDistance::calculate(), MonitorPointToTriangleMeshDistanceFinal::calculate(), MonitorPosition::calculate(), MonitorRen::calculate(), Reference::getDistanceToTriangularMesh(), Reference::getNearest(), and Monitor::Monitor().

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end()

bool AtomIterator::end

(

)

return true if iterator is over the last atom

Referenced by MonitorDisplacement::calculate(), MonitorDistanceX::calculate(), MonitorDistanceY::calculate(), MonitorDistanceZ::calculate(), MonitorGeometricDeviation::calculate(), MonitorNormDisplacement::calculate(), MonitorPointFinalSetDistance::calculate(), MonitorPointSetDistance::calculate(), MonitorPointToTriangleMeshDistanceFinal::calculate(), MonitorPosition::calculate(), MonitorRen::calculate(), Reference::getDistanceToTriangularMesh(), Reference::getNearest(), Monitor::Monitor(), next(), and operator++().

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next()

void AtomIterator::next

(

)

if iteration is not finished, advance to next atom

References end().

Referenced by MonitorDisplacement::calculate(), MonitorDistanceX::calculate(), MonitorDistanceY::calculate(), MonitorDistanceZ::calculate(), MonitorGeometricDeviation::calculate(), MonitorNormDisplacement::calculate(), MonitorPointFinalSetDistance::calculate(), MonitorPointSetDistance::calculate(), MonitorPointToTriangleMeshDistanceFinal::calculate(), MonitorPosition::calculate(), MonitorRen::calculate(), Reference::getDistanceToTriangularMesh(), Reference::getNearest(), and Monitor::Monitor().

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operator++()

void AtomIterator::operator++

(

)

redefinition of ++ operator, advance iterator to next atom

References end().

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

• AtomIterator.h
• AtomIterator.cpp