viennals::CompareCriticalDimensions< T, D > Class Template Reference

Compares critical dimensions (surface positions) between two level sets. Critical dimensions are defined as the maximum or minimum positions where the surface (SDF = 0) exists within a specified range. More...

#include <lsCompareCriticalDimensions.hpp>

Public Member Functions
	CompareCriticalDimensions ()
	CompareCriticalDimensions (SmartPointer< Domain< T, D > > passedLevelSetTarget, SmartPointer< Domain< T, D > > passedLevelSetSample)
void	setLevelSetTarget (SmartPointer< Domain< T, D > > passedLevelSet)
void	setLevelSetSample (SmartPointer< Domain< T, D > > passedLevelSet)
void	addRange (int measureDimension, const std::array< T, D > &minBounds, const std::array< T, D > &maxBounds, bool findMaximum=true)
	Add a generic range specification.
void	addXRange (T minX, T maxX, bool findMaximum=true)
	Add an X range to find maximum or minimum Y position.
void	addYRange (T minY, T maxY, bool findMaximum=true)
	Add a Y range to find maximum or minimum X position.
void	clearRanges ()
	Clear all range specifications.
void	setOutputMesh (SmartPointer< Mesh< T > > passedMesh)
	Set the output mesh where critical dimension locations will be stored.
void	apply ()
	Apply the comparison.
size_t	getNumCriticalDimensions () const
	Get the number of critical dimensions compared.
bool	getCriticalDimensionResult (size_t index, T &positionTarget, T &positionSample, T &difference) const
	Get a specific critical dimension result.
T	getMeanDifference () const
	Get mean absolute difference across all valid critical dimensions.
T	getMaxDifference () const
	Get maximum difference across all valid critical dimensions.
T	getRMSE () const
	Get RMSE across all valid critical dimensions.
std::vector< T >	getAllDifferences () const
	Get all valid results.

Detailed Description

template<class T, int D = 2>
class viennals::CompareCriticalDimensions< T, D >

Compares critical dimensions (surface positions) between two level sets. Critical dimensions are defined as the maximum or minimum positions where the surface (SDF = 0) exists within a specified range.

• If X range is specified: finds Y coordinates where surface exists, then identifies max/min Y positions
• If Y range is specified: finds X coordinates where surface exists, then identifies max/min X positions

The surface position is interpolated from grid points where the SDF crosses zero. Multiple ranges can be specified to compare different critical dimensions.

Note for the future: lsToDiskMesh could be used instead of lsToSurfaceMesh, which is probably more efficient but slightly less accurate.

Constructor & Destructor Documentation

CompareCriticalDimensions() [1/2]

template<class T, int D = 2>

viennals::CompareCriticalDimensions< T, D >::CompareCriticalDimensions ( )

inline

CompareCriticalDimensions() [2/2]

template<class T, int D = 2>

viennals::CompareCriticalDimensions< T, D >::CompareCriticalDimensions ( SmartPointer< Domain< T, D > > passedLevelSetTarget, SmartPointer< Domain< T, D > > passedLevelSetSample )

inline

Member Function Documentation

addRange()

template<class T, int D = 2>

void viennals::CompareCriticalDimensions< T, D >::addRange ( int measureDimension, const std::array< T, D > & minBounds, const std::array< T, D > & maxBounds, bool findMaximum = true )

inline

Add a generic range specification.

addXRange()

template<class T, int D = 2>

void viennals::CompareCriticalDimensions< T, D >::addXRange ( T minX, T maxX, bool findMaximum = true )

inline

Add an X range to find maximum or minimum Y position.

addYRange()

template<class T, int D = 2>

void viennals::CompareCriticalDimensions< T, D >::addYRange ( T minY, T maxY, bool findMaximum = true )

inline

Add a Y range to find maximum or minimum X position.

apply()

template<class T, int D = 2>

void viennals::CompareCriticalDimensions< T, D >::apply ( )

inline

Apply the comparison.

clearRanges()

template<class T, int D = 2>

void viennals::CompareCriticalDimensions< T, D >::clearRanges ( )

inline

Clear all range specifications.

getAllDifferences()

template<class T, int D = 2>

std::vector< T > viennals::CompareCriticalDimensions< T, D >::getAllDifferences ( ) const

inline

Get all valid results.

getCriticalDimensionResult()

template<class T, int D = 2>

bool viennals::CompareCriticalDimensions< T, D >::getCriticalDimensionResult ( size_t index, T & positionTarget, T & positionSample, T & difference ) const

inline

Get a specific critical dimension result.

getMaxDifference()

template<class T, int D = 2>

T viennals::CompareCriticalDimensions< T, D >::getMaxDifference ( ) const

inline

Get maximum difference across all valid critical dimensions.

getMeanDifference()

template<class T, int D = 2>

T viennals::CompareCriticalDimensions< T, D >::getMeanDifference ( ) const

inline

Get mean absolute difference across all valid critical dimensions.

getNumCriticalDimensions()

template<class T, int D = 2>

size_t viennals::CompareCriticalDimensions< T, D >::getNumCriticalDimensions ( ) const

inline

Get the number of critical dimensions compared.

getRMSE()

template<class T, int D = 2>

T viennals::CompareCriticalDimensions< T, D >::getRMSE ( ) const

inline

Get RMSE across all valid critical dimensions.

setLevelSetSample()

template<class T, int D = 2>

void viennals::CompareCriticalDimensions< T, D >::setLevelSetSample ( SmartPointer< Domain< T, D > > passedLevelSet )

inline

setLevelSetTarget()

template<class T, int D = 2>

void viennals::CompareCriticalDimensions< T, D >::setLevelSetTarget ( SmartPointer< Domain< T, D > > passedLevelSet )

inline

setOutputMesh()

template<class T, int D = 2>

void viennals::CompareCriticalDimensions< T, D >::setOutputMesh ( SmartPointer< Mesh< T > > passedMesh )

inline

Set the output mesh where critical dimension locations will be stored.

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

• include/viennals/lsCompareCriticalDimensions.hpp