fast::CardinalSplineModel Class Reference

#include <CardinalSplineModel.hpp>

Inheritance diagram for fast::CardinalSplineModel:

Collaboration diagram for fast::CardinalSplineModel:

Public Member Functions
Shape::pointer	getShape (VectorXf state)
MatrixXf	getStateTransitionMatrix1 ()
MatrixXf	getStateTransitionMatrix2 ()
MatrixXf	getStateTransitionMatrix3 ()
MatrixXf	getProcessErrorMatrix ()
VectorXf	getInitialState (std::shared_ptr< Image > image)
std::vector< MatrixXf >	getMeasurementVectors (VectorXf state, Shape::pointer shape)
void	initializeShapeToImageCenter ()
void	setControlPoints (std::vector< Vector2f > controlPoints)
void	setInitialScaling (float x, float y)
void	setInitialRotation (float angleInRadians)
void	setInitialTranslation (float x, float y)
void	setLocalProcessError (float error)
void	setGlobalProcessError (float error)
void	setTension (float tension)
void	setTension (std::vector< float > tension)
void	setResolution (int resolution)
VectorXf	restrictState (VectorXf state)
void	setScalingLimit (float min=-1, float max=-1)
Public Member Functions inherited from fast::Object
	Object ()
virtual	~Object ()
Reporter &	getReporter ()

Additional Inherited Members
Public Types inherited from fast::ShapeModel
typedef std::shared_ptr< ShapeModel >	pointer
Public Types inherited from fast::Object
typedef std::shared_ptr< Object >	pointer
Static Public Member Functions inherited from fast::Object
static std::string	getStaticNameOfClass ()
Protected Member Functions inherited from fast::Object
Reporter &	reportError ()
Reporter &	reportWarning ()
Reporter &	reportInfo ()
ReporterEnd	reportEnd () const
Protected Attributes inherited from fast::Object
std::weak_ptr< Object >	mPtr

Member Function Documentation

getInitialState()

VectorXf fast::CardinalSplineModel::getInitialState ( std::shared_ptr< Image >  image )

virtual

Implements fast::ShapeModel.

getMeasurementVectors()

std::vector<MatrixXf> fast::CardinalSplineModel::getMeasurementVectors ( VectorXf  state, Shape::pointer  shape  )

virtual

Implements fast::ShapeModel.

getProcessErrorMatrix()

MatrixXf fast::CardinalSplineModel::getProcessErrorMatrix ( )

virtual

Implements fast::ShapeModel.

getShape()

Shape::pointer fast::CardinalSplineModel::getShape ( VectorXf  state )

virtual

Implements fast::ShapeModel.

getStateTransitionMatrix1()

MatrixXf fast::CardinalSplineModel::getStateTransitionMatrix1 ( )

virtual

Implements fast::ShapeModel.

getStateTransitionMatrix2()

MatrixXf fast::CardinalSplineModel::getStateTransitionMatrix2 ( )

virtual

Implements fast::ShapeModel.

getStateTransitionMatrix3()

MatrixXf fast::CardinalSplineModel::getStateTransitionMatrix3 ( )

virtual

Implements fast::ShapeModel.

initializeShapeToImageCenter()

void fast::CardinalSplineModel::initializeShapeToImageCenter

(

)

restrictState()

VectorXf fast::CardinalSplineModel::restrictState ( VectorXf  state )

virtual

Reimplemented from fast::ShapeModel.

setControlPoints()

void fast::CardinalSplineModel::setControlPoints

(

std::vector< Vector2f >

controlPoints

)

Give a set of control points. The control points are assumed to be connected so that vector k, is connected to vector k-1 and k+1, and the last is connected to to the first to form a closed loop.

setGlobalProcessError()

void fast::CardinalSplineModel::setGlobalProcessError

(

float

error

)

setInitialRotation()

void fast::CardinalSplineModel::setInitialRotation

(

float

angleInRadians

)

setInitialScaling()

void fast::CardinalSplineModel::setInitialScaling	(	float	x,
		float	y
	)

setInitialTranslation()

void fast::CardinalSplineModel::setInitialTranslation	(	float	x,
		float	y
	)

setLocalProcessError()

void fast::CardinalSplineModel::setLocalProcessError

(

float

error

)

setResolution()

void fast::CardinalSplineModel::setResolution

(

int

resolution

)

setScalingLimit()

void fast::CardinalSplineModel::setScalingLimit	(	float	min = -1,
		float	max = -1
	)

setTension() [1/2]

void fast::CardinalSplineModel::setTension

(

float

tension

)

setTension() [2/2]

void fast::CardinalSplineModel::setTension

(

std::vector< float >

tension

)

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

• Algorithms/ModelBasedSegmentation/ShapeModels/CardinalSpline/CardinalSplineModel.hpp