A small chip of data used for pattern matching. More...

#include <Chip.h>

Collaboration diagram for Isis::Chip:

Public Member Functions
	Chip ()
	Constructs a Chip.

	Chip (const Chip &other)
	Constructs a copy of the passed in chip.

	Chip (const int samples, const int lines)
	Construct a Chip with specified dimensions.

virtual	~Chip ()
	Destroys the Chip object.

void	SetSize (const int samples, const int lines)
	Change the size of the Chip.

bool	IsInsideChip (double sample, double line)

int	Samples () const

int	Lines () const

QString	FileName () const

void	SetAllValues (const double &d)
	Single value assignment operator.

void	SetValue (int sample, int line, const double &value)
	Sets a value in the chip.

double	GetValue (int sample, int line)
	Loads a Chip with a value.

double	GetValue (int sample, int line) const
	Get a value from a Chip.

void	TackCube (const double cubeSample, const double cubeLine)
	This sets which cube position will be located at the chip tack position.

int	TackSample () const
	This method returns a chip's fixed tack sample; the middle of the chip.

int	TackLine () const
	This method returns a chip's fixed tack line; the middle of the chip.

void	Load (Cube &cube, const double rotation=0.0, const double scale=1.0, const int band=1)
	Load cube data into the Chip.

void	Load (Cube &cube, Chip &match, Cube &matchChipCube, const double scale=1.0, const int band=1)
	Loads cube data into the Chip.

void	Load (Cube &cube, const Affine &affine, const bool &keepPoly=true, const int band=1)
	Load a chip using an Affine transform as provided by caller.

void	SetChipPosition (const double sample, const double line)
	Compute the position of the cube given a chip coordinate.

double	CubeSample () const

double	CubeLine () const

void	SetCubePosition (const double sample, const double line)
	Compute the position of the chip given a cube coordinate.

double	ChipSample () const

double	ChipLine () const

void	SetValidRange (const double minimum=Isis::ValidMinimum, const double maximum=Isis::ValidMaximum)
	Set the valid range of data in the chip.

bool	IsValid (int sample, int line)

bool	IsValid (double percentage)
	Return if total number of valid pixels in chip meets a specified percentage of the entire chip.

Chip	Extract (int samples, int lines, int samp, int line)
	Extract a sub-chip from a chip.

void	Extract (int samp, int line, Chip &output)
	Extract a subchip centered at the designated coordinate.

Isis::Statistics *	Statistics ()
	Returns a statistics object of the current data in the chip.

void	Extract (Chip &output, Affine &affine)
	Extract a subchip of this chip using an Affine transform.

void	Write (const QString &filename)
	Writes the contents of the Chip to a cube.

void	SetClipPolygon (const geos::geom::MultiPolygon &clipPolygon)
	Sets the clipping polygon for this chip.

Chip &	operator= (const Chip &other)
	Copy assignment operator.

const Affine &	GetTransform () const
	Returns the Affine transformation of chip-to-cube indices.

void	SetTransform (const Affine &affine, const bool &keepPoly=true)
	Sets the internal Affine transform to new translation.

Interpolator::interpType	GetReadInterpolator ()
	Access method that returns the Interpolator Type used for loading a chip.

void	SetReadInterpolator (const Interpolator::interpType type)
	Sets Interpolator Type for loading a chip.

Detailed Description

A small chip of data used for pattern matching.

A chip is a small rectangular area that can be used for pattern matching. Data can be loaded into the chip manually or by reading directly from a cube.

Author: 2005-05-05 Jeff Anderson

See also: AutoReg; AutoRegFactory

Constructor & Destructor Documentation

◆ Chip() [1/3]

Isis::Chip::Chip ( )

Constructs a Chip.

The default size is 3x3.

◆ Chip() [2/3]

Isis::Chip::Chip ( const Chip & other )

Constructs a copy of the passed in chip.

Parameters

other the chip to be copied

References Isis::PolygonTools::MakeMultiPolygon().

◆ Chip() [3/3]

Isis::Chip::Chip	(	const int	samples,
		const int	lines )

Construct a Chip with specified dimensions.

Parameters

samples	number of samples in the chip
lines	number of lines in the chip

◆ ~Chip()

Isis::Chip::~Chip ( )

virtual

Destroys the Chip object.

Member Function Documentation

◆ ChipLine()

double Isis::Chip::ChipLine ( ) const

inline

Returns: The chip line after invoking SetCubePosition

Referenced by Isis::ChipViewport::cubeToViewport().

◆ ChipSample()

double Isis::Chip::ChipSample ( ) const

inline

Returns: The chip sample after invoking SetCubePosition

Referenced by Isis::ChipViewport::cubeToViewport().

◆ CubeLine()

double Isis::Chip::CubeLine ( ) const

inline

Returns: The cube line after invoking SetChipPosition

Referenced by Isis::InterestOperator::InterestByMeasure(), Isis::ChipViewport::keyPressEvent(), Isis::ChipViewport::mousePressEvent(), Isis::InterestOperator::Operate(), Isis::ChipViewport::panDown(), Isis::ChipViewport::panLeft(), Isis::ChipViewport::panRight(), Isis::ChipViewport::panUp(), and Isis::ChipViewport::tackLine().

◆ CubeSample()

double Isis::Chip::CubeSample ( ) const

inline

Returns: The cube sample after invoking SetChipPosition

Referenced by Isis::InterestOperator::InterestByMeasure(), Isis::ChipViewport::keyPressEvent(), Isis::ChipViewport::mousePressEvent(), Isis::InterestOperator::Operate(), Isis::ChipViewport::panDown(), Isis::ChipViewport::panLeft(), Isis::ChipViewport::panRight(), Isis::ChipViewport::panUp(), and Isis::ChipViewport::tackSample().

◆ Extract() [1/3]

void Isis::Chip::Extract	(	Chip &	chipped,
		Affine &	affine )

Extract a subchip of this chip using an Affine transform.

This method will translate the data in this chip using an Affine transform to the output chip as provided. Note that the Affine transformation is only applied within the confines of this chip. No file I/O is performed.

A proper Affine transform should not deviate too much from the identity as the mapping operation may result in a NULL filled chip. The operation of this affine is added to the existing affine so proper relationship to the input cube (and any affine operations applied at load time) is preserved. This implies that the resulting affine should yield nearly identical results when read directly from the cube.

Bilinear interpolation is applied to surrounding transformed pixels to provide each new output pixel.

The chipped parameter will be updated to fully reflect the state of this original chip. The state of the chipped parameter dictates the size and the tack sample and line coordinates. Upon return, the corresponding cube sample and line coordinate is updated to the tack sample and line chip coordinate.

As such, note that an identity affine transform will yield identical results to the Chip::Extract method specifying the tack sample and line as the location to extract.

The following example demonstrates how to linearly shift a chip one pixel right and one down.

Chip mychip(35,35);
Cube cube("mycube.cub");
mychip.TackCube(200.0,200.0);
mychip.Load(cube);
 
Affine shift;
shift.Translate(-1.0,-1.0);
 
Chip ochip(15,15);
mychip.Extract(ochip, shift);

Parameters

chipped	Input/output chip containing the transformed subchip
affine	Affine transform to apply to extract subchip

References Isis::Interpolator::BiLinearType, Isis::Double, Isis::Affine::Forward(), GetValue(), Lines(), Isis::Null, Samples(), TackLine(), and TackSample().

◆ Extract() [2/3]

void Isis::Chip::Extract	(	int	samp,
		int	line,
		Chip &	chipped )

Extract a subchip centered at the designated coordinate.

This method extracts a subchip that is centered at the given sample and line coordinate. All appropriate variables in the given chipped parameter are set appropriately prior to return.

Parameters

samp	Center (tack) sample chip coordinate to extract subchip
line	Center (tack) line chip coordinate to extract subchip
chipped	Chip to load the subchip in and return to caller

References GetValue(), Lines(), Isis::Null, Samples(), TackLine(), and TackSample().

◆ Extract() [3/3]

Chip Isis::Chip::Extract	(	int	samples,
		int	lines,
		int	samp,
		int	line )

Extract a sub-chip from a chip.

Parameters

samples	Number of samples in the extracted chip (must be less than or equal to "this" chip)
lines	Number of lines in the extracted chip (must be less than or equal to "this" chip)
samp	Input chip sample to be placed at output chip tack
line	Input chip line to be placed at output chip tack

Returns: Chip Sub-chip extracted from the chip

Exceptions

Isis::IException::Programmer - Chip extraction invalid

References _FILEINFO_, GetValue(), Lines(), Isis::Null, Isis::IException::Programmer, Samples(), TackLine(), TackSample(), and Isis::toString().

Referenced by Isis::InterestOperator::InterestByMeasure(), and Isis::InterestOperator::Operate().

◆ FileName()

QString Isis::Chip::FileName ( ) const

inline

Returns: The expanded filename of the cube from which this chip was chipped.

◆ GetReadInterpolator()

Interpolator::interpType Isis::Chip::GetReadInterpolator ( )

inline

Access method that returns the Interpolator Type used for loading a chip.

Returns: const Interpolator::interpType Interpolator used to read data from cube and put it into a chip.

See also: Read(); SetReadInterpolator()

Author: Jeannie Walldren

◆ GetTransform()

const Affine & Isis::Chip::GetTransform ( ) const

inline

Returns the Affine transformation of chip-to-cube indices.

This method returns the affine transform used to load a chip from the same area as a match cube. It also is used to track the tack point line and sample translations from the chip indices to the absolute cube coordiates.

Returns: const Affine& Transform map from chip coordinates to cube coordinates

◆ GetValue() [1/2]

double Isis::Chip::GetValue	(	int	sample,
		int	line )

inline

Loads a Chip with a value.

For example,

Chip c(10,5);
c(1,1) = 1.1;
c(10,5) = 1.2;

Parameters

sample	Sample position to load (1-based)
line	Line position to load (1-based)

Returns: (double) The value of the chip at the specified line/sample

Referenced by Extract(), Extract(), Extract(), Isis::ForstnerOperator::Interest(), Isis::GradientOperator::Interest(), Isis::MoravecOperator::Interest(), Isis::StandardDeviationOperator::Interest(), IsValid(), Isis::AutoReg::Reduce(), Isis::CentroidApolloPan::selectAdaptive(), and Write().

◆ GetValue() [2/2]

double Isis::Chip::GetValue	(	int	sample,
		int	line ) const

inline

Get a value from a Chip.

For example,

Chip c(10,5);

cout << c[3,3] << endl;

Parameters

sample	Sample position to get (1-based)
line	Line position to get (1-based)

Returns: (double) The value of the chip at the specified line/sample

◆ IsInsideChip()

bool Isis::Chip::IsInsideChip	(	double	sample,
		double	line )

Parameters

sample
line

Returns: bool True if the given sample, line is inside the chip

Referenced by Isis::ChipViewport::cubeToViewport().

◆ IsValid() [1/2]

bool Isis::Chip::IsValid ( double percentage )

Return if total number of valid pixels in chip meets a specified percentage of the entire chip.

Parameters

percentage The percentage that the valid pixels percentage must exceed

Returns: bool Returns true if the percentage of valid pixels is greater than the specified percentage, and false if it is not

References IsValid(), Lines(), and Samples().

◆ IsValid() [2/2]

bool Isis::Chip::IsValid	(	int	sample,
		int	line )

inline

Parameters

sample	Sample position
line	Line position

Returns: (bool) Whether the value at the given sample, line position is within the valid range

References GetValue().

Referenced by IsValid().

◆ Lines()

int Isis::Chip::Lines ( ) const

inline

Returns: The number of lines in the chip

Referenced by Isis::ChipViewport::chipLines(), Isis::Selection::ellipseInChip(), Extract(), Extract(), Extract(), Isis::ForstnerOperator::Interest(), Isis::GradientOperator::Interest(), Isis::MoravecOperator::Interest(), Isis::StandardDeviationOperator::Interest(), IsValid(), Load(), Isis::AutoReg::Reduce(), Isis::AutoReg::Register(), Isis::CentroidApolloPan::selectAdaptive(), Isis::ChipViewport::setChip(), Isis::Threshold::Threshold(), and Write().

◆ Load() [1/3]

void Isis::Chip::Load	(	Cube &	cube,
		Chip &	match,
		Cube &	matchChipCube,
		const double	scale = 1.0,
		const int	band = 1 )

Loads cube data into the Chip.

The data will be loaded such that the position set using TackCube method will be put at the center of the chip. The data will be loaded to sub-pixel accuracy using the interpolator indicated using SetReadInterpolator() method. Additionally, the data will be loaded such that it matches the camera and/or projective geometry of a given Chip.

Parameters

cube	The cube used to put data into the chip
match	Match the geometry of this chip
matchChipCube	The cube used to put data into the match chip
scale	scale factor (default of 1)
band	Band number to use when loading (default of 1)

Exceptions

Isis::iException::Programmer	- Chip cube is not a camera or map projection
Isis::iException::Programmer	- Match chip cube is not a camera or map projection
Isis::iException::Programmer	- Cannot find enough points to perform Affine transformation.

See also: Read(); SetReadInterpolator(); GetReadInterpolator()

References _FILEINFO_, Isis::Cube::camera(), Isis::Affine::Compute(), Isis::Cube::fileName(), Lines(), Isis::Cube::projection(), Samples(), Isis::Affine::Scale(), Isis::Affine::Solve(), TackLine(), TackSample(), Isis::Affine::Translate(), Isis::IException::User, Isis::Affine::xp(), and Isis::Affine::yp().

◆ Load() [2/3]

void Isis::Chip::Load	(	Cube &	cube,
		const Affine &	affine,
		const bool &	keepPoly = true,
		const int	band = 1 )

Load a chip using an Affine transform as provided by caller.

This method will load data from a cube using an established Affine transform as provided by the caller. It is up to the caller to set up the affine appropriately.

For example, the first thing this method will do is set the chip tack point to the transformed cube location by replacing the existing affine transform with the one passed in and then calling SetChipPosition providing the chip tack point as the argument. This establishes which cube pixel is located at the chip tack point.

The data will be loaded to sub-pixel accuracy using the interpolator indicated using SetReadInterpolator() method.

Parameters

cube	Cube to load the data from
affine	Affine transform to set for chip load/operations
keepPoly	Indicates whether clipping polygon should be kept or removed (default of true)
band	Band number to read data from (default of 1)

See also: Read(); SetReadInterpolator(); GetReadInterpolator()

References Isis::Cube::fileName(), SetChipPosition(), SetTransform(), TackLine(), and TackSample().

◆ Load() [3/3]

void Isis::Chip::Load	(	Cube &	cube,
		const double	rotation = 0.0,
		const double	scale = 1.0,
		const int	band = 1 )

Load cube data into the Chip.

The data will be loaded such that the position set using TackCube method will be put at the center of the chip. The data will be loaded to sub-pixel accuracy using the interpolator indicated using SetReadInterpolator() method.

Parameters

cube	The cube used to put data into the chip
rotation	rotation in degrees of data about the cube tack point (default of 0)
scale	scale factor (default of 1)
band	Band number to use when loading (default of 1)

See also: Read(); SetReadInterpolator(); GetReadInterpolator()

References Isis::Cube::fileName(), Isis::Affine::Identity(), Isis::Affine::Rotate(), Isis::Affine::Scale(), and Isis::Affine::Translate().

Referenced by Isis::ChipViewport::geomChip(), Isis::InterestOperator::InterestByMeasure(), Isis::ChipViewport::nogeomChip(), Isis::InterestOperator::Operate(), Isis::ChipViewport::rotateChip(), Isis::ControlMeasureEditWidget::setLeftMeasure(), Isis::ControlPointEdit::setLeftMeasure(), Isis::ChipViewportsWidget::setPoint(), Isis::ControlMeasureEditWidget::setRightMeasure(), and Isis::ControlPointEdit::setRightMeasure().

◆ operator=()

Chip & Isis::Chip::operator= ( const Chip & other )

Copy assignment operator.

Parameters

other chip to be copied to this

Returns: The chip that was copied from the other

References Isis::PolygonTools::MakeMultiPolygon().

◆ Samples()

int Isis::Chip::Samples ( ) const

inline

Returns: The number of samples in the chip

Referenced by Isis::ChipViewport::chipSamples(), Isis::Selection::ellipseInChip(), Extract(), Extract(), Extract(), Isis::ForstnerOperator::Interest(), Isis::GradientOperator::Interest(), Isis::MoravecOperator::Interest(), Isis::StandardDeviationOperator::Interest(), IsValid(), Load(), Isis::AutoReg::Reduce(), Isis::AutoReg::Register(), Isis::CentroidApolloPan::selectAdaptive(), Isis::ChipViewport::setChip(), Isis::Threshold::Threshold(), and Write().

◆ SetAllValues()

void Isis::Chip::SetAllValues ( const double & d )

Single value assignment operator.

Sets the entire chip to a constant

Parameters

d	Value to set the chip to

◆ SetChipPosition()

void Isis::Chip::SetChipPosition	(	const double	sample,
		const double	line )

Compute the position of the cube given a chip coordinate.

Any rotation or geometric matching done during the Load process will be taken into account. Use CubeSample and CubeLine methods to obtain results. Note the results could be outside of the cube

Parameters

sample	chip sample coordinate
line	chip line coordinate

References Isis::Affine::Compute(), TackLine(), TackSample(), Isis::Affine::xp(), and Isis::Affine::yp().

Referenced by Isis::InterestOperator::InterestByMeasure(), Isis::ChipViewport::keyPressEvent(), Load(), Isis::ChipViewport::mousePressEvent(), Isis::InterestOperator::Operate(), Isis::ChipViewport::panDown(), Isis::ChipViewport::panLeft(), Isis::ChipViewport::panRight(), Isis::ChipViewport::panUp(), Isis::AutoReg::Register(), Isis::ChipViewport::tackLine(), and Isis::ChipViewport::tackSample().

◆ SetClipPolygon()

void Isis::Chip::SetClipPolygon ( const geos::geom::MultiPolygon & clipPolygon )

Sets the clipping polygon for this chip.

The coordinates must be in (sample,line) order. All Pixel values outside this polygon will be set to Null8. The cubic convolution interpolation is allowed to uses valid pixels outside the clipping area.

Parameters

clipPolygon The polygons used to clip the chip

References Isis::PolygonTools::CopyMultiPolygon().

Referenced by Isis::InterestOperator::InterestByMeasure(), and Isis::InterestOperator::Operate().

◆ SetCubePosition()

void Isis::Chip::SetCubePosition	(	const double	sample,
		const double	line )

Compute the position of the chip given a cube coordinate.

Any rotation or geometric matching done during the Load process will be taken into account. Use ChipSample and ChipLine methods to obtain results. Note that the results could be outside of the chip.

Parameters

sample	chip sample coordinate
line	chip line coordinate

References Isis::Affine::ComputeInverse(), TackLine(), TackSample(), Isis::Affine::x(), and Isis::Affine::y().

Referenced by Isis::ChipViewport::cubeToViewport().

◆ SetReadInterpolator()

void Isis::Chip::SetReadInterpolator ( const Interpolator::interpType type )

inline

Sets Interpolator Type for loading a chip.

This type is used in the Read() method.

Parameters

type	Interpolator type to be used.

Exceptions

IException::Programmer - Invalid Interpolator Type

See also: Read(); SetReadInterpolator()

Author: Jeannie Walldren

References _FILEINFO_, Isis::Interpolator::BiLinearType, Isis::Interpolator::CubicConvolutionType, Isis::Interpolator::NearestNeighborType, Isis::IException::Programmer, and Isis::toString().

Referenced by Isis::AutoReg::SetChipInterpolator().

◆ SetSize()

void Isis::Chip::SetSize	(	const int	samples,
		const int	lines )

Change the size of the Chip.

Parameters

samples	number of samples in the chip
lines	number of lines in the chip

Exceptions

Isis::iException::User - Samples and lines must be greater than zero.

References _FILEINFO_, Isis::Affine::Identity(), Isis::toString(), and Isis::IException::User.

Referenced by Isis::AutoReg::AutoReg(), Isis::AutoReg::Parse(), and Isis::AutoReg::Register().

◆ SetTransform()

void Isis::Chip::SetTransform	(	const Affine &	affine,
		const bool &	keepPoly = true )

inline

Sets the internal Affine transform to new translation.

Provides the ability to establish a new affine transformation without overhead of, say, loading the chip with a new translation. The caller also has the option to specify the disposition of an established polygon.

Parameters

affine	New affine tranform to set for this chip
keepPoly	Indicates whether an existing polygon clipper should be kept (default of true)

Referenced by Load().

◆ SetValidRange()

void Isis::Chip::SetValidRange	(	const double	minimum = Isis::ValidMinimum,
		const double	maximum = Isis::ValidMaximum )

Set the valid range of data in the chip.

If never called all data in the chip is consider valid (other than special pixels).

Parameters

minimum	minimum valid pixel value (default of Isis::ValidMinimum)
maximum	maximum valid pixel value (default of Isis::ValidMaximum)

Exceptions

Isis::iException::Programmer - First parameter must be smaller than the second.

References _FILEINFO_, Isis::IException::Programmer, and Isis::toString().

Referenced by Isis::AutoReg::Parse().

◆ SetValue()

void Isis::Chip::SetValue	(	int	sample,
		int	line,
		const double &	value )

inline

Sets a value in the chip.

Parameters

sample	Sample position to load (1-based)
line	Line position to load (1-based)
value	Value to set

Referenced by Isis::AutoReg::Reduce(), and Isis::AutoReg::Register().

◆ Statistics()

Isis::Statistics * Isis::Chip::Statistics ( )

Returns a statistics object of the current data in the chip.

The caller takes ownership of the returned instance.

Returns: Isis::Statistics* Statistics of the data in the chip

◆ TackCube()

void Isis::Chip::TackCube	(	const double	cubeSample,
		const double	cubeLine )

This sets which cube position will be located at the chip tack position.

Parameters

cubeSample	the cube sample value to tack
cubeLine	the cube line value to tack

References Isis::Affine::Identity(), and Isis::Affine::Translate().

Referenced by Isis::InterestOperator::InterestByMeasure(), Isis::InterestOperator::Operate(), Isis::ControlMeasureEditWidget::setLeftMeasure(), Isis::ControlPointEdit::setLeftMeasure(), Isis::ControlMeasureEditWidget::setLeftPosition(), Isis::ChipViewportsWidget::setPoint(), Isis::ControlMeasureEditWidget::setRightMeasure(), Isis::ControlPointEdit::setRightMeasure(), and Isis::ControlMeasureEditWidget::setRightPosition().

◆ TackLine()

int Isis::Chip::TackLine ( ) const

inline

This method returns a chip's fixed tack line; the middle of the chip.

It is a chip coordinate, not a cube coordinate. For example, a chip with 5 lines will return 3, the middle pixel. A chip with 4 lines will return 2.

Returns: The fixed tack line of the chip.

Referenced by Extract(), Extract(), Extract(), Isis::ChipViewport::keyPressEvent(), Load(), Load(), Isis::ChipViewport::panDown(), Isis::ChipViewport::panLeft(), Isis::ChipViewport::panRight(), Isis::ChipViewport::panUp(), SetChipPosition(), SetCubePosition(), Isis::ChipViewport::tackLine(), and Isis::ChipViewport::tackSample().

◆ TackSample()

int Isis::Chip::TackSample ( ) const

inline

This method returns a chip's fixed tack sample; the middle of the chip.

It is a chip coordinate, not a cube coordinate. For example, a chip with 5 samples will return 3, the middle pixel. A chip with 4 samples will return 2.

Returns: The fixed tack sample of the chip.

Referenced by Extract(), Extract(), Extract(), Isis::ChipViewport::keyPressEvent(), Load(), Load(), Isis::ChipViewport::panDown(), Isis::ChipViewport::panLeft(), Isis::ChipViewport::panRight(), Isis::ChipViewport::panUp(), SetChipPosition(), SetCubePosition(), Isis::ChipViewport::tackLine(), and Isis::ChipViewport::tackSample().

◆ Write()

void Isis::Chip::Write ( const QString & filename )

Writes the contents of the Chip to a cube.

Parameters

filename Name of the cube to create

References GetValue(), Lines(), Samples(), Isis::Cube::setDimensions(), and Isis::LineManager::SetLine().

Referenced by Isis::ControlMeasureEditWidget::saveChips(), and Isis::ControlPointEdit::saveChips().

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

/Users/astamile/ISIS3/isis/src/base/objs/Chip/Chip.h
/Users/astamile/ISIS3/isis/src/base/objs/Chip/Chip.cpp

Public Member Functions

Detailed Description

Constructor & Destructor Documentation

◆ Chip() [1/3]

◆ Chip() [2/3]

◆ Chip() [3/3]

◆ ~Chip()

Member Function Documentation

◆ ChipLine()

◆ ChipSample()

◆ CubeLine()

◆ CubeSample()

◆ Extract() [1/3]

◆ Extract() [2/3]

◆ Extract() [3/3]

◆ FileName()

◆ GetReadInterpolator()

◆ GetTransform()

◆ GetValue() [1/2]

◆ GetValue() [2/2]

◆ IsInsideChip()

◆ IsValid() [1/2]

◆ IsValid() [2/2]

◆ Lines()

◆ Load() [1/3]

◆ Load() [2/3]

◆ Load() [3/3]

◆ operator=()

◆ Samples()

◆ SetAllValues()

◆ SetChipPosition()

◆ SetClipPolygon()

◆ SetCubePosition()

◆ SetReadInterpolator()

◆ SetSize()

◆ SetTransform()

◆ SetValidRange()

◆ SetValue()

◆ Statistics()

◆ TackCube()

◆ TackLine()

◆ TackSample()

◆ Write()