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HxImgFtorRecGenConv2dK1d Class Template Reference

Instantiation of generic algorithm for recursive generalized convolution on 2D images with a 1d kernel. More...

#include <HxImgFtorRecGenConv2dK1d.h>

Inheritance diagram for HxImgFtorRecGenConv2dK1d::

List of all members.

Public Types
typedef HxImgFtorRecGenConvK1dKey	KeyType
	The key type of this class. More...
Public Methods
	HxImgFtorRecGenConv2dK1d ()
	Constructor. More...
virtual	~HxImgFtorRecGenConv2dK1d ()
	Destructor. More...
Protected Methods
virtual void	doIt (Img1DataPtrType imgPtr, Img2DataPtrType kerPtr, HxSizes imgSize, HxSizes kerSize, HxTagList &tags, HxImgFtorDescription *description=0)
	Do it. More...

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Detailed Description

template<class ImgSigT, class KerImgSigT, class PixOpT, class RedOpT>
class HxImgFtorRecGenConv2dK1d< ImgSigT, KerImgSigT, PixOpT, RedOpT >

Instantiation of generic algorithm for recursive generalized convolution on 2D images with a 1d kernel.

Template parameters:

• ImgSigT is the signature type of the source/destination image
• KerImgSigT is the signature type of the kernel image
• PixOpT is the type of the pixel combining functor
• RedOpT is the type of the pixel reducing functor

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Member Typedef Documentation

template<class ImgSigT, class KerImgSigT, class PixOpT, class RedOpT> typedef HxImgFtorRecGenConvK1dKey HxImgFtorRecGenConv2dK1d::KeyType

The key type of this class. Reimplemented from HxImgFtorI2Cast.

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Constructor & Destructor Documentation

template<class ImgSigT, class KerImgSigT, class PixOpT, class RedOpT> HxImgFtorRecGenConv2dK1d< ImgSigT, KerImgSigT, PixOpT, RedOpT >::HxImgFtorRecGenConv2dK1d (    )

Constructor. : HxImgFtorI2Cast<ImgSigT, KerImgSigT>( HxImgFtorRecGenConvK1dKey( HxClassName<ImgSigT>(), HxClassName<KerImgSigT>(), HxClassName<PixOpT>(), HxClassName<RedOpT>())) { #ifdef CD_TRACE HxEnvironment::instance()->outputStream() << "HxImgFtorRecGenConv2dK1d::HxImgFtorRecGenConv2dK1d()" << STD_ENDL; #endif }

template<class ImgSigT, class KerImgSigT, class PixOpT, class RedOpT> HxImgFtorRecGenConv2dK1d< ImgSigT, KerImgSigT, PixOpT, RedOpT >::~HxImgFtorRecGenConv2dK1d (    )  [virtual]

Destructor. { #ifdef CD_TRACE HxEnvironment::instance()->outputStream() << "HxImgFtorRecGenConv2dK1d::~HxImgFtorRecGenConv2dK1d()" << STD_ENDL; #endif }

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Member Function Documentation

template<class ImgSigT, class KerImgSigT, class PixOpT, class RedOpT> void HxImgFtorRecGenConv2dK1d< ImgSigT, KerImgSigT, PixOpT, RedOpT >::doIt (  Img1DataPtrType    imgPtr, Img2DataPtrType    kerPtr, HxSizes    imgSize, HxSizes    kerSize, HxTagList &    tags, HxImgFtorDescription *    description = 0 )  [protected, virtual]

Do it. Parameters: imgPtr  Input/Output image: IS = imgSize, IBS = taglist(borderSize) kerPtr  Input image, IS = kerSize, IBS = 0 Calls HxFuncRecGenConv2dK1dDispatch to dispatch the actual work. Reimplemented from HxImgFtorI2Cast. { int dimension = HxGetTag(tags, "dimension", 0); bool buffered = HxGetTag(tags, "buffered", false); if (buffered && description) description->setVariation("buffered"); HxSizes borderSize = HxGetTag(tags, "borderSize", HxSizes(0,0,0)); /* HxValue Lvalue = HxGetTag(tags, "LeftBorderValue", HxValue(0)); HxValue Rvalue = HxGetTag(tags, "RightBorderValue", HxValue(0)); HxValue Tvalue = HxGetTag(tags, "TopBorderValue", HxValue(0)); HxValue Bvalue = HxGetTag(tags, "BottomBorderValue", HxValue(0)); */ PixOpT pixOp(tags); RedOpT redOp(tags); typedef typename KerImgSigT::ArithType ArithType; ArithType dummy; ArithType rValue = HxGetTag(tags, "RightBorderValue", HxValue(1)); ArithType bValue = HxGetTag(tags, "BottomBorderValue", HxValue(1)); HxFuncRecGenConv2dK1dDispatch(imgPtr, kerPtr, dummy, imgSize, borderSize, kerSize, pixOp, redOp, dimension, buffered, rValue, bValue); }

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

• HxImgFtorRecGenConv2dK1d.h
• HxImgFtorRecGenConv2dK1d.c

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