cvr::affineLocation Class Reference

The affineLocation class is simply used to store the parameters associated with an affine location. More...

Inheritance diagram for cvr::affineLocation:

Collaboration diagram for cvr::affineLocation:

Detailed Description

The affineLocation class is simply used to store the parameters associated with an affine location.

The only difference between cvr::affineLocation and cvr::location is an additional transformation Matrix associated with the affine location.

cvr::affineLocation::affineLocation ( )

Default constructor.

cvr::affineLocation::affineLocation ( const affineLocation & other )

Copy constructor.

Parameters:

other

the object to be copied

cvr::affineLocation::~affineLocation ( )

Destructor.

float cvr::affineLocation::affineOrientation ( ) const

Return the orientation of the major axis of shape description (transMatrix).

For a perfect circle 0 is returned. Due to the symmetry the range is [0;Pi].

affineLocation& cvr::affineLocation::copy ( const affineLocation & other )

Copy data of "other" functor.

Parameters:

other

the functor to be copied

bool cvr::affineLocation::operator!= ( const affineLocation & p )

operator !=

affineLocation& cvr::affineLocation::operator= ( const affineLocation & other )

Alias for copy member.

Parameters:

other

the functor to be copied

bool cvr::affineLocation::operator== ( const affineLocation & p )

operator ==

The affine transformation matrix.

Default: identity

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


Public Member Functions
	affineLocation ()
	affineLocation (const affineLocation &other)
	~affineLocation ()
affineLocation &	copy (const affineLocation &other)
affineLocation &	operator= (const affineLocation &other)
bool	operator== (const affineLocation &p)
bool	operator!= (const affineLocation &p)
float	affineOrientation () const
Public Attributes
matrix< float >	transMatrix