Shape vector, presented as a 1-D OpenCV matrix. More...

#include <shapevec.h>

Inherits Mat_< double >.

Public Member Functions
	ShapeVec (const Mat_< double > &a)
	Construct by a matrix.
ShapeVec &	operator= (const Mat_< double > &a)
	Assign shape vector by a Mat.
	ShapeVec ()
	Default constructor does nothing.
void	alignTo (const ShapeVec &ref)
	Align to another shape vector.
void	zeroGravity ()
	Move the center of gravity to origin. X and Y are moved seperately.
void	scaleToOne ()
	Scale the vector's norm to 1.
void	doTranslate (double vX, double vY)
void	doScale (double r)
double	getXMean () const
double	getYMean () const
double	X (int i) const
double &	X (int i)
double	Y (int i) const
double &	Y (int i)
cv::Rect_< double >	getBoundRect ()
void	restoreToPointList (vector< Point_< int > > &v, const SimilarityTrans &st)
	Do a similarity transform and restore it into a list of points.
void	fromPointList (const vector< cv::Point2i > &v)
	Flatten a list of points to the current shape vector.
int	nPoints () const
	Number of points for this Shape.
SimilarityTrans	getShapeTransformFitingSize (const cv::Size &rect, double scaleRatio=0.9, double xOffset=0, double yOffset=0)
	Given a target size, find a proper transformation to rescale the shape.

Detailed Description

Shape vector, presented as a 1-D OpenCV matrix.

Constructor & Destructor Documentation

StatModel::ShapeVec::ShapeVec ( const Mat_< double > & a ) [inline]

Construct by a matrix.

StatModel::ShapeVec::ShapeVec ( ) [inline]

Default constructor does nothing.

void StatModel::ShapeVec::alignTo ( const ShapeVec & ref )

Align to another shape vector.

void StatModel::ShapeVec::doScale ( double r )

void StatModel::ShapeVec::doTranslate	(	double	vX,
		double	vY
	)

void StatModel::ShapeVec::fromPointList ( const vector< cv::Point2i > & v )

Flatten a list of points to the current shape vector.

cv::Rect_< double > StatModel::ShapeVec::getBoundRect ( )

SimilarityTrans StatModel::ShapeVec::getShapeTransformFitingSize	(	const cv::Size &	rect,
		double	scaleRatio = `0.9`,
		double	xOffset = `0`,
		double	yOffset = `0`
	)

Given a target size, find a proper transformation to rescale the shape.

double StatModel::ShapeVec::getXMean ( ) const [inline]

double StatModel::ShapeVec::getYMean ( ) const [inline]

int StatModel::ShapeVec::nPoints ( ) const [inline]

Number of points for this Shape.

ShapeVec& StatModel::ShapeVec::operator= ( const Mat_< double > & a ) [inline]

Assign shape vector by a Mat.

void StatModel::ShapeVec::restoreToPointList	(	vector< Point_< int > > &	v,
		const SimilarityTrans &	st
	)

Do a similarity transform and restore it into a list of points.

void StatModel::ShapeVec::scaleToOne ( )

Scale the vector's norm to 1.

double StatModel::ShapeVec::X ( int i ) const [inline]

double& StatModel::ShapeVec::X ( int i ) [inline]

double StatModel::ShapeVec::Y ( int i ) const [inline]

double& StatModel::ShapeVec::Y ( int i ) [inline]

void StatModel::ShapeVec::zeroGravity ( )

Move the center of gravity to origin. X and Y are moved seperately.

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