The CSOInterpolate3DFunction holds the interpolation function that is a smooth thin-plate spline surface. More...

#include <CSOInterpolate3DFunction.h>

Inheritance diagram for ml::CSOInterpolate3DFunction:

Public Types
typedef std::vector< Vector3 >	StartingPositions

typedef std::map< unsigned int, StartingPositions >	StartingPositionsMap

Public Member Functions
	CSOInterpolate3DFunction ()
	Constructor.

	CSOInterpolate3DFunction (const CSOList *csoList, const Matrix4 &worldToVoxelMatrix, const Matrix4 &voxelToWorldMatrix, const CSOInterpolate3DFunctionSettings &settings)
	Constructor, takes a CSOList and the voxel matrix as arguments.

	~CSOInterpolate3DFunction () override
	Destructor.

float	evaluateAtPos (const Vector3 &pos) const override
	Returns a scalar for a given 3D voxel position; can be thought of as evaluating a smoothed distance function.

bool	shouldParallelize () const override
	Returns whether calls to evaluateAtPos should and can be done from different threads.

StartingPositionsMap &	getStartingPositions ()
	Returns the vector of starting positions for CSOs.

const CSOInterpolate3DFunctionSettings &	getSettings () const
	Returns the settings.

Public Member Functions inherited from ml::CSOFunction
	CSOFunction ()=default
	Constructor (empty).

virtual	~CSOFunction ()=default
	Destructor (empty).

virtual bool	logging () const
	Returns whether logging is enabled.

Detailed Description

The CSOInterpolate3DFunction holds the interpolation function that is a smooth thin-plate spline surface.

Definition at line 117 of file CSOInterpolate3DFunction.h.

Member Typedef Documentation

◆ StartingPositions

typedef std::vector<Vector3> ml::CSOInterpolate3DFunction::StartingPositions

Definition at line 122 of file CSOInterpolate3DFunction.h.

◆ StartingPositionsMap

typedef std::map<unsigned int, StartingPositions> ml::CSOInterpolate3DFunction::StartingPositionsMap

Definition at line 123 of file CSOInterpolate3DFunction.h.

Constructor & Destructor Documentation

◆ CSOInterpolate3DFunction() [1/2]

ml::CSOInterpolate3DFunction::CSOInterpolate3DFunction ( )

Constructor.

◆ CSOInterpolate3DFunction() [2/2]

ml::CSOInterpolate3DFunction::CSOInterpolate3DFunction	(	const CSOList *	csoList,
		const Matrix4 &	worldToVoxelMatrix,
		const Matrix4 &	voxelToWorldMatrix,
		const CSOInterpolate3DFunctionSettings &	settings
	)

Constructor, takes a CSOList and the voxel matrix as arguments.

◆ ~CSOInterpolate3DFunction()

ml::CSOInterpolate3DFunction::~CSOInterpolate3DFunction ( )

override

Destructor.

Member Function Documentation

◆ evaluateAtPos()

float ml::CSOInterpolate3DFunction::evaluateAtPos ( const Vector3 & pos ) const

overridevirtual

Returns a scalar for a given 3D voxel position; can be thought of as evaluating a smoothed distance function.

Reimplemented from ml::CSOFunction.

◆ getSettings()

const CSOInterpolate3DFunctionSettings & ml::CSOInterpolate3DFunction::getSettings ( ) const

inline

Returns the settings.

Definition at line 146 of file CSOInterpolate3DFunction.h.

◆ getStartingPositions()

StartingPositionsMap & ml::CSOInterpolate3DFunction::getStartingPositions ( )

inline

Returns the vector of starting positions for CSOs.

Definition at line 143 of file CSOInterpolate3DFunction.h.

◆ shouldParallelize()

bool ml::CSOInterpolate3DFunction::shouldParallelize ( ) const

inlineoverridevirtual

Returns whether calls to evaluateAtPos should and can be done from different threads.