avir::CImageResizerFilterStep< fptype, fptypeatom >::CRPosBufArray Class Reference

Resizing positions buffer array class. More...

#include <avir.h>

Inheritance diagram for avir::CImageResizerFilterStep< fptype, fptypeatom >::CRPosBufArray:

Public Member Functions
CRPosBuf &	getRPosBuf (const double k, const double o, const int FracCount)
	Returns the resizing positions buffer with the required stepping.
Public Member Functions inherited from avir::CStructArray< CRPosBuf >
	CStructArray (const CStructArray &Source)
	Copies the specified array element-by-element.
CRPosBuf &	add ()
	Creates a new object of type T with the default constructor, and adds this object to the array.
void	clear ()
	Erases all items of this array.
int	getItemCount () const
	Returns the number of allocated items.
CStructArray &	operator= (const CStructArray &Source)
	Copies the specified array element-by-element.
CRPosBuf &	operator[] (const int Index)
	Returns writable reference to the specified element.
const CRPosBuf &	operator[] (const int Index) const
	Returns const reference to the specified element.
void	setItemCount (const int NewCount)
	Changes the number of allocated items.

Detailed Description

template<typename fptype, typename fptypeatom>
class avir::CImageResizerFilterStep< fptype, fptypeatom >::CRPosBufArray

Resizing positions buffer array class.

This class combines structure array of the CRPosBuf class objects with the function that locates or creates buffer with the required resizing stepping.

Member Function Documentation

getRPosBuf()

template<typename fptype, typename fptypeatom>

CRPosBuf & avir::CImageResizerFilterStep< fptype, fptypeatom >::CRPosBufArray::getRPosBuf	(	const double	k,
		const double	o,
		const int	FracCount )

Returns the resizing positions buffer with the required stepping.

If no such buffer exists, it is created.

Parameters

k	Resizing step.
o	Resizing offset.
FracCount	The number of fractional delay filters in a filter bank used together with this buffer.

Returns

Reference to the CRPosBuf object.