Implementation of InterpIdw class. More...

Inheritance diagram for xms::InterpIdwImpl:

Classes
class	InterpThread
	Threading class to compute idw interpolation in parallel. More...

Public Member Functions
	InterpIdwImpl ()
	Creates an InterpIdw class.

virtual void	SetPtsTris (BSHP< VecPt3d > a_pts, BSHP< VecInt > a_tris) override
	Sets the points that will be used to do the interpolation. More...

void	SetScalars (const float *a_scalar, size_t a_n) override
	Sets the scalar values that will be used to do the interpolation. More...

void	SetScalars (BSHP< VecFlt > a_scalar) override
	Sets the scalar values that will be used to do the interpolation. More...

virtual void	SetPts (BSHP< VecPt3d > a_pts, bool a_2d) override
	Sets the points that will be used to do the interpolation. More...

virtual float	InterpToPt (const Pt3d &a_pt) override
	Interpolates to the location specified by a_pt and returns the value. More...

virtual void	InterpToPts (const VecPt3d &a_pts, VecFlt &a_scalars) override
	Interpolates to an array of points and fills in an array of scalars. This method will run in parallel using multiple threads. More...

virtual void	SetPtActivity (DynBitset &a_activity) override
	Sets the activity on the point being used to interpolate. More...

virtual void	SetTriActivity (DynBitset &) override
	Sets triangle activity. Ignored by IDW.

virtual const BSHP< VecPt3d >	GetPts () const override
	Returns shared pointer to points vector. More...

virtual const BSHP< VecInt >	GetTris () const override
	Returns shared pointer to triangles vector. More...

virtual const BSHP< VecFlt >	GetScalars () const override
	Returns shared pointer to scalars vector. More...

virtual DynBitset	GetPtActivity () const override
	Returns bitset of point activity. More...

virtual DynBitset	GetTriActivity () const override
	Returns empty bitset. No triangles used for idw. More...

virtual void	SetTrunc (double a_sMax, double a_sMin) override
	Set the truncation values for the interpolation and turn on truncation. More...

virtual bool	GetTruncateInterpolatedValues () const override
	get the option to truncate interpolated values More...

virtual double	GetTruncMin () const override
	get minimum truncation value More...

virtual double	GetTruncMax () const override
	get the maximum truncation value More...

virtual double	GetPower () const override
	get the idw power (1/d or 1/d^2 or 1/d^3) More...

virtual int	GetSearchOptsNumNearestPts () const override
	get the search options number of nearest points More...

virtual bool	GetSearchOptsUseQuadrantSearch () const override
	get the search options option to do a quadrant or octant search More...

virtual WeightEnum	GetWeightCalcMethod () const override
	get the weight calculation method More...

virtual NodalFuncEnum	GetNodalFunctionType () const override
	get the type of nodal function (constant, gradient plane, quadratic) More...

virtual int	GetNodalFunctionNumNearestPts () const override
	get the nodal function number of nearest points More...

virtual bool	GetNodalFunctionUseQuadrantSearch () const override
	get the nodal function option to use a quadrant search More...

virtual void	SetSaveWeights (bool a_) override
	sets a flag to save the weights computed by the interpolation More...

virtual void	InterpWeights (const Pt3d &a_pt, VecInt &a_idx, VecDbl &a_wt) const override
	Given a location and an array of points the weights associated with array of points are calculated. More...

virtual void	SetMultiThreading (bool a_) override
	sets a flag to use (or not) multi-threading when interpolating More...

virtual std::string	ToString () const override
	Write the internals to a string. More...

void	SetPower (double a_power) override
	Sets the exponent for the interpolation. By default the class does inverse distance squared weighting but the exponent can be changed to any value. More...

void	RecalcNodalFunc ()
	Recalculates the nodal function. This happens when the scalars change.

void	SetSearchOpts (int a_nNearestPoints, bool a_quad_oct_Search) override
	Sets the search options for how to find the nearest points to the interpolation point. The number of nearest points can be specified as well as whether to find the nearest points in each quadrant or octant. More...

float	InterpToPt (const Pt3d &a_pt, int a_idx) const
	overload to interpolate to the location specified by a_pt. The a_idx variable is used if the interpolation weights are being saved for later processing by the calling program. More...

void	SetObserver (BSHP< Observer > a_prog) override
	Set the observer class so that feedback on the interpolation process can be received. More...

void	ValFromWeights (VecDbl &a_w, VecInt &a_nPts, float &a_val, int a_ptIdx, const Pt3d &a_pt) const
	Given a vector of weights, the interpolated value a_val is computed at the point a_pt. More...

void	SetWeightCalcMethod (InterpIdw::WeightEnum a_) override
	Sets the method for calculating the weights. The classic just uses 1/distance^exponent. The modified method uses another formulation based on the distance of the furtherest location from the interpolation pt. More...

void	SetNodalFunction (NodalFuncEnum a_, int a_nNearest, bool a_quad_oct, BSHP< Observer > a_p) override
	Sets the type of nodal function as well as options for computing nodal functions. More...

void	CreateNodalFunctionPtr (NodalFuncEnum a_, int a_nNearest, bool a_quad_oct, BSHP< Observer > a_p)
	Creates the Nodal function class. More...

double	ScalarFromNodalFunc (int a_ptIdx, const Pt3d &a_loc) const
	Returns a scalar value based on the nodal function. When nodal functions are used then the scalar value used at each point depends on the location of the you are interpolating to. More...

Public Member Functions inherited from xms::InterpIdw
virtual	~InterpIdw ()
	Destructor.

Public Attributes
bool	m_2d

bool	m_quadOctSearch
	flag for performing quadrant(2d) or octant (3d) searching for nearest ps

bool	m_modifiedShepardWeights
	flag for calculating weights using a the modified shepard's approach

int	m_nNearestPts

double	m_power

BSHP< GmPtSearch >	m_ptSearch
	Class used to find nearest points.

BSHP< VecPt3d >	m_pts
	Points used to interpolate.

BSHP< VecInt >	m_tris
	triangles ignored by idw

BSHP< VecFlt >	m_scalarFrom
	Scalars at the points used to interpolate.

BSHP< NodalFunc >	m_nodalFunc
	Nodal function (constant, gradient plane, quadratic)

BSHP< Observer >	m_prog
	Observer that reports status of interpolation process.

bool	m_saveWeights
	flag for saving the interpolation weights

VecInt2d	m_ptIdx
	pt indexes for saving weights

VecDbl2d	m_weights
	calculated weights for saving weights

bool	m_trunc
	flag to indicate if truncation is on

double	m_truncMax
	Maximum truncation value. All interpolated values will be <=.

double	m_truncMin
	Minimum truncation value. All interpolated values will be >=.

bool	m_multiThread
	flag to indicate if multithreading should be used when interpolating

std::string	m_idString
	identification for comparison with other Interp classes

Additional Inherited Members
Public Types inherited from xms::InterpIdw
enum	WeightEnum { CLASSIC, MODIFIED }
	Weight calculation method enumeration.

enum	NodalFuncEnum { CONSTANT, GRAD_PLANE, QUADRATIC }
	Nodal fuction type enumeration.

Static Public Member Functions inherited from xms::InterpIdw
static BSHP< InterpIdw >	New ()
	Creates an InterpIdw class. More...

Protected Member Functions inherited from xms::InterpIdw
	InterpIdw ()
	Constructor.

Detailed Description

Implementation of InterpIdw class.

Inverse distance weighted interpolation class.

Definition at line 47 of file InterpIdw.cpp.

Member Function Documentation

◆ CreateNodalFunctionPtr()

void xms::InterpIdwImpl::CreateNodalFunctionPtr	(	NodalFuncEnum	a_,
		int	a_nNearest,
		bool	a_quad_oct,
		BSHP< Observer >	a_p
	)

Creates the Nodal function class.

Parameters

a_	Type of nodal function: gradient plane, quadratic
a_nNearest	Number of nearest points to use when calculating nodal functions.
a_quad_oct	flag to turn on/off quadrant or octant searching for nearest number of points.
a_p	Observer for reporting progress of nodal function calculations.

Definition at line 716 of file InterpIdw.cpp.

References m_2d, m_modifiedShepardWeights, m_nodalFunc, m_power, m_pts, m_ptSearch, m_scalarFrom, and xms::NodalFunc::New().

Referenced by SetNodalFunction(), InterpIdwUnitTests::testErrors(), and InterpIdwUnitTests::testErrors2().

◆ GetNodalFunctionNumNearestPts()

virtual int xms::InterpIdwImpl::GetNodalFunctionNumNearestPts ( ) const

inlineoverridevirtual

get the nodal function number of nearest points

Returns: the nodal function number of nearest points

Definition at line 143 of file InterpIdw.cpp.

References m_nodalFunc.

◆ GetNodalFunctionType()

virtual NodalFuncEnum xms::InterpIdwImpl::GetNodalFunctionType ( ) const

inlineoverridevirtual

get the type of nodal function (constant, gradient plane, quadratic)

Returns: the type of nodal function

Definition at line 135 of file InterpIdw.cpp.

References m_nodalFunc.

◆ GetNodalFunctionUseQuadrantSearch()

virtual bool xms::InterpIdwImpl::GetNodalFunctionUseQuadrantSearch ( ) const

inlineoverridevirtual

get the nodal function option to use a quadrant search

Returns: the nodal function option to use a quadrant search

Definition at line 151 of file InterpIdw.cpp.

References m_nodalFunc.

◆ GetPower()

virtual double xms::InterpIdwImpl::GetPower ( ) const

inlineoverridevirtual

get the idw power (1/d or 1/d^2 or 1/d^3)

Returns: the power

Definition at line 118 of file InterpIdw.cpp.

References m_power.

◆ GetPtActivity()

DynBitset xms::InterpIdwImpl::GetPtActivity ( ) const

overridevirtual

Returns bitset of point activity.

Returns: Returns bitset of point activity

Definition at line 537 of file InterpIdw.cpp.

References m_ptSearch.

◆ GetPts()

const BSHP< VecPt3d > xms::InterpIdwImpl::GetPts ( ) const

overridevirtual

Returns shared pointer to points vector.

Returns: Shared pointer to points vector.

Definition at line 513 of file InterpIdw.cpp.

References m_pts.

◆ GetScalars()

const BSHP< VecFlt > xms::InterpIdwImpl::GetScalars ( ) const

overridevirtual

Returns shared pointer to scalars vector.

Returns: Shared pointer to scalars vector.

Definition at line 529 of file InterpIdw.cpp.

References m_scalarFrom.

◆ GetSearchOptsNumNearestPts()

virtual int xms::InterpIdwImpl::GetSearchOptsNumNearestPts ( ) const

inlineoverridevirtual

get the search options number of nearest points

Returns: the number of nearest points

Definition at line 121 of file InterpIdw.cpp.

References m_nNearestPts.

◆ GetSearchOptsUseQuadrantSearch()

virtual bool xms::InterpIdwImpl::GetSearchOptsUseQuadrantSearch ( ) const

inlineoverridevirtual

get the search options option to do a quadrant or octant search

Returns: the option to do a quadrant or octant search

Definition at line 124 of file InterpIdw.cpp.

References m_quadOctSearch.

◆ GetTriActivity()

DynBitset xms::InterpIdwImpl::GetTriActivity ( ) const

overridevirtual

Returns empty bitset. No triangles used for idw.

Returns: Returns empty bitset

Definition at line 547 of file InterpIdw.cpp.

◆ GetTris()

const BSHP< VecInt > xms::InterpIdwImpl::GetTris ( ) const

overridevirtual

Returns shared pointer to triangles vector.

Returns: Shared pointer to triangles vector.

Definition at line 521 of file InterpIdw.cpp.

References m_tris.

◆ GetTruncateInterpolatedValues()

virtual bool xms::InterpIdwImpl::GetTruncateInterpolatedValues ( ) const

inlineoverridevirtual

get the option to truncate interpolated values

Returns: the option to truncate interpolated values

Definition at line 109 of file InterpIdw.cpp.

References m_trunc.

◆ GetTruncMax()

virtual double xms::InterpIdwImpl::GetTruncMax ( ) const

inlineoverridevirtual

get the maximum truncation value

Returns: the maximum truncation value

Definition at line 115 of file InterpIdw.cpp.

References m_truncMax.

◆ GetTruncMin()

virtual double xms::InterpIdwImpl::GetTruncMin ( ) const

inlineoverridevirtual

get minimum truncation value

Returns: the minimum truncation value

Definition at line 112 of file InterpIdw.cpp.

References m_truncMin.

◆ GetWeightCalcMethod()

virtual WeightEnum xms::InterpIdwImpl::GetWeightCalcMethod ( ) const

inlineoverridevirtual

get the weight calculation method

Returns: the weight calculation method

Definition at line 127 of file InterpIdw.cpp.

References m_modifiedShepardWeights.

◆ InterpToPt() [1/2]

float xms::InterpIdwImpl::InterpToPt ( const Pt3d & a_pt )

overridevirtual

Interpolates to the location specified by a_pt and returns the value.

Parameters

a_pt	The location of the interpolation point.

Returns: The interpolated value.

Definition at line 427 of file InterpIdw.cpp.

References XM_NONE.

Referenced by InterpToPts(), InterpIdwUnitTests::testErrors2(), and xms::InterpIdwImpl::InterpThread::Worker().

◆ InterpToPt() [2/2]

float xms::InterpIdwImpl::InterpToPt	(	const Pt3d &	a_pt,
		int	a_idx
	)		const

overload to interpolate to the location specified by a_pt. The a_idx variable is used if the interpolation weights are being saved for later processing by the calling program.

Parameters

a_pt	The location of the interpolation point.
a_idx	Index related to the location a_pt used to later process interpolation weights related to a_pt.

Returns: The interpolated value.

Definition at line 440 of file InterpIdw.cpp.

References InterpWeights(), m_saveWeights, m_scalarFrom, m_trunc, m_truncMax, m_truncMin, ValFromWeights(), and XM_ENSURE_FALSE.

◆ InterpToPts()

void xms::InterpIdwImpl::InterpToPts	(	const VecPt3d &	a_pts,
		VecFlt &	a_scalars
	)

overridevirtual

Interpolates to an array of points and fills in an array of scalars. This method will run in parallel using multiple threads.

Parameters

a_pts	Array of points to interpolate to.
a_scalars	Array of scalar values that is filled in by this method. a_scalars will be the same size as a_pts and each value corresponds to the interpolated value at the respective location in the a_pts array.

Definition at line 472 of file InterpIdw.cpp.

References InterpToPt(), m_multiThread, m_prog, m_saveWeights, and xms::ThreadMgr::New().

◆ InterpWeights()

void xms::InterpIdwImpl::InterpWeights	(	const Pt3d &	a_pt,
		VecInt &	a_nPts,
		VecDbl &	a_w
	)		const

overridevirtual

Given a location and an array of points the weights associated with array of points are calculated.

Parameters

a_pt	Location of the interpolation point
a_nPts	Vector of indices indicating the location in the m_pts vector of the nearest points to a_pt.
a_w	Vector weights associated with the nearest points to a_pt.

Definition at line 571 of file InterpIdw.cpp.

References xms::inDistanceSquared(), xms::inIdwWeights(), m_2d, m_modifiedShepardWeights, m_nNearestPts, m_power, m_pts, m_ptSearch, and m_quadOctSearch.

Referenced by InterpToPt().

◆ ScalarFromNodalFunc()

double xms::InterpIdwImpl::ScalarFromNodalFunc	(	int	a_ptIdx,
		const Pt3d &	a_loc
	)		const

Returns a scalar value based on the nodal function. When nodal functions are used then the scalar value used at each point depends on the location of the you are interpolating to.

Parameters

a_ptIdx	The index of one of the points being used to interpolate (index into m_pts).
a_loc	The location of the point we are interpolating to.

Returns: Scalar value at a_ptIdx adjusted by the nodal function.

Definition at line 733 of file InterpIdw.cpp.

References m_nodalFunc, and m_scalarFrom.

Referenced by ValFromWeights().

◆ SetMultiThreading()

virtual void xms::InterpIdwImpl::SetMultiThreading ( bool a_ )

inlineoverridevirtual

sets a flag to use (or not) multi-threading when interpolating

Parameters

[in] a_ flag: true will use multi-threading and false will not. The default setting for the class is to use multi-threading.

Definition at line 169 of file InterpIdw.cpp.

References m_multiThread.

◆ SetNodalFunction()

void xms::InterpIdwImpl::SetNodalFunction	(	NodalFuncEnum	a_,
		int	a_nNearest,
		bool	a_quad_oct,
		BSHP< Observer >	a_p
	)

override

Sets the type of nodal function as well as options for computing nodal functions.

Parameters

a_	The nodal function methodology: constant (0), gradient plane (1), quadratic (2).
a_nNearest	The nearest number of points to use when calculating the nodal functions.
a_quad_oct	Find the nearest number of points in each quadrant (2d) or octant (3d) when computing nodal functions.
a_p	Progress bar to give user feedback.

Definition at line 696 of file InterpIdw.cpp.

References CreateNodalFunctionPtr(), xms::inAllScalarsEqual(), m_pts, m_ptSearch, m_scalarFrom, XM_ENSURE_TRUE, and XM_ENSURE_TRUE_VOID_NO_ASSERT.

Referenced by InterpIdwUnitTests::testErrors(), and InterpIdwUnitTests::testErrors2().

◆ SetObserver()

void xms::InterpIdwImpl::SetObserver ( BSHP< Observer > a_prog )

inlineoverride

Set the observer class so that feedback on the interpolation process can be received.

Parameters

a_prog The observer.

Definition at line 180 of file InterpIdw.cpp.

References m_prog.

◆ SetPower()

void xms::InterpIdwImpl::SetPower ( double a_power )

override

Sets the exponent for the interpolation. By default the class does inverse distance squared weighting but the exponent can be changed to any value.

Parameters

a_power the exponent used to compute the point weights 1 / distance^a_power

Definition at line 393 of file InterpIdw.cpp.

References m_nodalFunc, m_power, and XM_ENSURE_TRUE.

◆ SetPtActivity()

void xms::InterpIdwImpl::SetPtActivity ( DynBitset & a_activity )

overridevirtual

Sets the activity on the point being used to interpolate.

Parameters

a_activity Bitset of point activity.

Definition at line 505 of file InterpIdw.cpp.

References m_ptSearch.

◆ SetPts()

void xms::InterpIdwImpl::SetPts	(	BSHP< VecPt3d >	a_pts,
		bool	a_2d
	)

overridevirtual

Sets the points that will be used to do the interpolation.

Parameters

a_pts	array of the point locations
a_2d	indicates if the class will do 2D or 3D interpolation

Definition at line 350 of file InterpIdw.cpp.

References m_2d, m_pts, m_ptSearch, and m_scalarFrom.

Referenced by SetPtsTris(), InterpIdwUnitTests::testErrors(), and InterpIdwUnitTests::testErrors2().

◆ SetPtsTris()

void xms::InterpIdwImpl::SetPtsTris	(	BSHP< VecPt3d >	a_pts,
		BSHP< VecInt >	a_tris
	)

overridevirtual

Sets the points that will be used to do the interpolation.

Parameters

a_pts	array of the point locations
a_tris	triangles

Definition at line 340 of file InterpIdw.cpp.

References m_tris, and SetPts().

◆ SetSaveWeights()

virtual void xms::InterpIdwImpl::SetSaveWeights ( bool a_ )

inlineoverridevirtual

sets a flag to save the weights computed by the interpolation

Parameters

[in] a_ flag: true will save weights and false will not

Definition at line 161 of file InterpIdw.cpp.

References m_saveWeights.

◆ SetScalars() [1/2]

void xms::InterpIdwImpl::SetScalars	(	const float *	a_scalar,
		size_t	a_n
	)

override

Sets the scalar values that will be used to do the interpolation.

Parameters

a_scalar	array of scalar values
a_n	size of the a_scalar array

Definition at line 371 of file InterpIdw.cpp.

References m_scalarFrom, and RecalcNodalFunc().

Referenced by InterpIdwUnitTests::testErrors(), and InterpIdwUnitTests::testErrors2().

◆ SetScalars() [2/2]

void xms::InterpIdwImpl::SetScalars ( BSHP< VecFlt > a_scalar )

override

Sets the scalar values that will be used to do the interpolation.

Parameters

a_scalar array of scalar values

Definition at line 381 of file InterpIdw.cpp.

References m_scalarFrom, and RecalcNodalFunc().

◆ SetSearchOpts()

void xms::InterpIdwImpl::SetSearchOpts	(	int	a_nNearestPoints,
		bool	a_quad_oct_Search
	)

override

Sets the search options for how to find the nearest points to the interpolation point. The number of nearest points can be specified as well as whether to find the nearest points in each quadrant or octant.

Parameters

a_nNearestPoints	the number of nearest points to the interpolation point. These points are used to do the interpolation.
a_quad_oct_Search	specifies if the search criterion should find the nearest points in each quadrant (2d) or octant (3d)

Definition at line 417 of file InterpIdw.cpp.

References m_nNearestPts, and m_quadOctSearch.

◆ SetTrunc()

void xms::InterpIdwImpl::SetTrunc	(	double	a_sMax,
		double	a_sMin
	)

overridevirtual

Set the truncation values for the interpolation and turn on truncation.

Parameters

a_sMax	The maximum value for truncation.
a_sMin	The minimum value for truncation.

Definition at line 557 of file InterpIdw.cpp.

References m_trunc, m_truncMax, and m_truncMin.

◆ SetWeightCalcMethod()

void xms::InterpIdwImpl::SetWeightCalcMethod ( InterpIdw::WeightEnum a_ )

override

Sets the method for calculating the weights. The classic just uses 1/distance^exponent. The modified method uses another formulation based on the distance of the furtherest location from the interpolation pt.

Parameters

a_	The weight calculation method.

Definition at line 676 of file InterpIdw.cpp.

References m_modifiedShepardWeights.

◆ ToString()

std::string xms::InterpIdwImpl::ToString ( ) const

overridevirtual

Write the internals to a string.

Returns: The string.

Definition at line 605 of file InterpIdw.cpp.

References m_2d, m_modifiedShepardWeights, m_multiThread, m_nNearestPts, m_nodalFunc, m_power, m_ptIdx, m_pts, m_ptSearch, m_quadOctSearch, m_saveWeights, m_scalarFrom, m_tris, m_weights, and VecToStream().

◆ ValFromWeights()

void xms::InterpIdwImpl::ValFromWeights	(	VecDbl &	a_w,
		VecInt &	a_nPts,
		float &	a_val,
		int	a_ptIdx,
		const Pt3d &	a_pt
	)		const

Given a vector of weights, the interpolated value a_val is computed at the point a_pt.

Parameters

a_w	Vector of weights associated with locations indicated in the a_nPts vector.
a_nPts	Vector of indices into the m_pts vector for the nearest points to a_pt.
a_val	Interpolated value calculated in this method.
a_ptIdx	Index associated with a_pt that is used to later process interpolation weights.
a_pt	The location of the interpolation point.

Definition at line 652 of file InterpIdw.cpp.

References m_saveWeights, and ScalarFromNodalFunc().

Referenced by InterpToPt().

Member Data Documentation

◆ m_2d

bool xms::InterpIdwImpl::m_2d

flag for computing distances in xy instead of xyz

Definition at line 198 of file InterpIdw.cpp.

Referenced by CreateNodalFunctionPtr(), InterpWeights(), SetPts(), and ToString().

◆ m_nNearestPts

int xms::InterpIdwImpl::m_nNearestPts

number of nearest points to use in the interpolation

Definition at line 203 of file InterpIdw.cpp.

Referenced by GetSearchOptsNumNearestPts(), InterpWeights(), SetSearchOpts(), and ToString().

◆ m_power

double xms::InterpIdwImpl::m_power

The exponent to be used with the inverse of the distance. By default this is 2 so we use 1/d^2. The exponent can be changed so that the calculation is 1/d or 1/d^3...

Definition at line 207 of file InterpIdw.cpp.

Referenced by CreateNodalFunctionPtr(), GetPower(), InterpWeights(), SetPower(), and ToString().

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

/home/conan/xmsinterp/interpolate/InterpIdw.cpp

Classes

Public Member Functions

Public Attributes

Additional Inherited Members

Detailed Description

Member Function Documentation

◆ CreateNodalFunctionPtr()

◆ GetNodalFunctionNumNearestPts()

◆ GetNodalFunctionType()

◆ GetNodalFunctionUseQuadrantSearch()

◆ GetPower()

◆ GetPtActivity()

◆ GetPts()

◆ GetScalars()

◆ GetSearchOptsNumNearestPts()

◆ GetSearchOptsUseQuadrantSearch()

◆ GetTriActivity()

◆ GetTris()

◆ GetTruncateInterpolatedValues()

◆ GetTruncMax()

◆ GetTruncMin()

◆ GetWeightCalcMethod()

◆ InterpToPt() [1/2]

◆ InterpToPt() [2/2]

◆ InterpToPts()

◆ InterpWeights()

◆ ScalarFromNodalFunc()

◆ SetMultiThreading()

◆ SetNodalFunction()

◆ SetObserver()

◆ SetPower()

◆ SetPtActivity()

◆ SetPts()

◆ SetPtsTris()

◆ SetSaveWeights()

◆ SetScalars() [1/2]

◆ SetScalars() [2/2]

◆ SetSearchOpts()

◆ SetTrunc()

◆ SetWeightCalcMethod()

◆ ToString()

◆ ValFromWeights()

Member Data Documentation

◆ m_2d

◆ m_nNearestPts

◆ m_power