latest version v1.9 - last update 24 Nov 2005

lti::modifier Class Reference

Base class for all filters and other functors, which transform an image or channel in another image of the same type. More...

#include <ltiModifier.h>

Inheritance diagram for lti::modifier:

[legend]Collaboration diagram for lti::modifier:

[legend]List of all members.

Public Member Functions
	modifier ()
virtual	~modifier ()
const parameters &	getParameters () const
bool	apply (fvector &srcdest) const
bool	apply (ivector &srcdest) const
virtual bool	apply (vector< ubyte > &srcdest) const
virtual bool	apply (channel &srcdest) const
virtual bool	apply (imatrix &srcdest) const
virtual bool	apply (channel8 &srcdest) const
virtual bool	apply (image &srcdest) const
virtual bool	apply (const fvector &src, fvector &dest) const
virtual bool	apply (const ivector &src, ivector &dest) const
virtual bool	apply (const vector< ubyte > &src, vector< ubyte > &dest) const
virtual bool	apply (const channel &src, channel &dest) const
virtual bool	apply (const imatrix &src, imatrix &dest) const
virtual bool	apply (const channel8 &src, channel8 &dest) const
virtual bool	apply (const image &src, image &dest) const
virtual const char *	getTypeName () const
Protected Member Functions
parameters &	getParameters ()
Classes
class	parameters
	parameter class for modifier More...

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Detailed Description

Base class for all filters and other functors, which transform an image or channel in another image of the same type.

For those functors which generate more than one image or transforms the image in another totally different space (like a vector), are derived from lti::transform (see for example the FFT transformation!)

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Constructor & Destructor Documentation

lti::modifier::modifier (   )  [inline]

default constructor

virtual lti::modifier::~modifier (   )  [virtual]

destructor

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Member Function Documentation

virtual bool lti::modifier::apply (  const image &  src, image &  dest )  const [virtual]

operates on a copy of the given parameters (image) The image will be splitted in its RGB components, which will be operated with the fastest method, and the results will be merged. Parameters: src  lti::image with the source data. dest  image, where the result will be left. Returns: true if successful, false otherwise. Reimplemented in lti::cannyEdges, lti::colorEdgesGS, lti::colorNormalizationBase, lti::comprehensiveColourNormalization, lti::convolution, lti::downsampling, lti::edgeDetector, lti::filledUpsampling, lti::grayWorldNormalization, lti::rotation, lti::scaling, and lti::susanEdges.

virtual bool lti::modifier::apply (  const channel8 &  src, channel8 &  dest )  const [virtual]

operates on a copy of the given parameters (channel of unsigned bytes) Parameters: src  lti::channel8 with the source data. dest  lti::channel8, where the result will be left. Returns: true if successful, false otherwise. Reimplemented in lti::cannyEdges, lti::colorEdgesGS, lti::cornerDetector, lti::correlation, lti::dilation, lti::distanceTransform, lti::downsampling, lti::edgeDetector, lti::edgeSaliency, lti::erosion, lti::fastRelabeling, lti::filledUpsampling, lti::harrisCorners, lti::histogramEqualization, lti::medianFilter, lti::morphology, lti::relativeThresholding, lti::susanCorners, lti::susanDenoise, lti::susanEdges, lti::thresholding, and lti::upsampling.

virtual bool lti::modifier::apply (  const imatrix &  src, imatrix &  dest )  const [virtual]

operates on a copy of the given parameters (matrix of integers) Parameters: src  matrix of integers with the source data. dest  matrix of integers, where the result will be left. Returns: true if successful, false otherwise. Reimplemented in lti::fastRelabeling, and lti::filledUpsampling.

virtual bool lti::modifier::apply (  const channel &  src, channel &  dest )  const [virtual]

operates on a copy of the given parameters (channel) Parameters: src  lti::channel with the source data. dest  channel, where the result will be left. Returns: true if successful, false otherwise. Reimplemented in lti::cannyEdges, lti::colorEdgesGS, lti::cornerDetector, lti::dilation, lti::distanceTransform, lti::edgeDetector, lti::edgeSaliency, lti::erosion, lti::filledUpsampling, lti::harrisCorners, lti::histogramEqualization, lti::medianFilter, lti::morphology, lti::ogdFilter, lti::relativeThresholding, lti::susanCorners, lti::susanDenoise, lti::susanEdges, lti::thresholding, and lti::upsampling.

virtual bool lti::modifier::apply (  const vector< ubyte > &  src, vector< ubyte > &  dest )  const [virtual]

operates on a copy of the given parameters (vector of unsigned bytes) Parameters: src  vector of unsigned bytes with the source data. dest  vector of unsigned bytes, where the result will be left. Returns: true if successful, false otherwise. Reimplemented in lti::histogramEqualization.

virtual bool lti::modifier::apply (  const ivector &  src, ivector &  dest )  const [virtual]

operates on a copy of the given parameters (vector of integers) Parameters: src  vector of integers with the source data. dest  vector of integers, where the result will be left. Returns: true if successful, false otherwise.

virtual bool lti::modifier::apply (  const fvector &  src, fvector &  dest )  const [virtual]

operates on a copy of the given parameters (vector of floats) Parameters: src  vector of floats with the source data. dest  vector of floats, where the result will be left. Returns: true if successful, false otherwise. Reimplemented in lti::dilation, lti::erosion, and lti::histogramEqualization.

virtual bool lti::modifier::apply (  image &  srcdest  )  const [virtual]

operates on the given image The image will be splitted in its RGB components, which will be operated with the fastest method, and the results will be merged again. Parameters: srcdest  lti::image with the source data. The result will be left here. Returns: true if successful, false otherwise. Reimplemented in lti::cannyEdges, lti::colorEdgesGS, lti::colorNormalizationBase, lti::comprehensiveColourNormalization, lti::convolution, lti::downsampling, lti::edgeDetector, lti::filledUpsampling, lti::grayWorldNormalization, lti::rotation, lti::scaling, and lti::susanEdges.

virtual bool lti::modifier::apply (  channel8 &  srcdest  )  const [virtual]

operates on the given parameter (channel of unsigned bytes). If this method is not implemented an exception of type lti::functor::invalidMethodException will be thrown. Parameters: srcdest  channel8 with the source data. The result will be left here too. Returns: true if successful, false otherwise. Reimplemented in lti::cannyEdges, lti::classicEdgeDetector, lti::colorEdgesGS, lti::cornerDetector, lti::correlation, lti::dilation, lti::distanceTransform, lti::downsampling, lti::edgeDetector, lti::edgeSaliency, lti::erosion, lti::fastRelabeling, lti::filledUpsampling, lti::harrisCorners, lti::histogramEqualization, lti::medianFilter, lti::morphology, lti::relativeThresholding, lti::susanCorners, lti::susanDenoise, lti::susanEdges, lti::thresholding, and lti::upsampling.

virtual bool lti::modifier::apply (  imatrix &  srcdest  )  const [virtual]

operates on the given parameter (matrix of integers). If this method is not implemented an exception of type lti::functor::invalidMethodException will be thrown. Parameters: srcdest  matrix of integers with the source data. The result will be left here too. Returns: true if successful, false otherwise. Reimplemented in lti::fastRelabeling, and lti::filledUpsampling.

virtual bool lti::modifier::apply (  channel &  srcdest  )  const [virtual]

operates on the given parameter (channel, i.e. matrix of floats). If this method is not implemented, an exception of type lti::functor::invalidMethodException will be thrown. Parameters: srcdest  channel with the source data. The result will be left here too. Returns: true if successful, false otherwise. Reimplemented in lti::cannyEdges, lti::colorEdgesGS, lti::cornerDetector, lti::dilation, lti::distanceTransform, lti::edgeDetector, lti::edgeSaliency, lti::erosion, lti::filledUpsampling, lti::harrisCorners, lti::histogramEqualization, lti::medianFilter, lti::morphology, lti::ogdFilter, lti::relativeThresholding, lti::susanCorners, lti::susanDenoise, lti::susanEdges, lti::thresholding, and lti::upsampling.

virtual bool lti::modifier::apply (  vector< ubyte > &  srcdest  )  const [virtual]

operates on the given parameter (vector of unsigned bytes). If this method is not implemented, an exception of type lti::functor::invalidMethodException will be thrown. Parameters: srcdest  vector of unsigned bytes with the source data. The result will be left here too. Returns: true if successful, false otherwise. Reimplemented in lti::histogramEqualization.

bool lti::modifier::apply (  ivector &  srcdest  )  const

operates on the given parameter (vector of integers). If this method is not implemented, an exception of type lti::functor::invalidMethodException will be thrown. Parameters: srcdest  vector of integers with the source data. The result will be left here too. Returns: true if successful, false otherwise.

bool lti::modifier::apply (  fvector &  srcdest  )  const

operates on the given parameter (vector of floats). If this method is not implemented, an exception of type lti::functor::invalidMethodException will be thrown. Parameters: srcdest  vector of floats with the source data. The result will be left here too. Returns: true if successful, false otherwise. Reimplemented in lti::dilation, lti::erosion, and lti::histogramEqualization.

parameters& lti::modifier::getParameters (   )  [protected]

non const getParameters() Reimplemented from lti::functor. Reimplemented in lti::kNearestNeighFilter.

const parameters& lti::modifier::getParameters (   )  const

returns current parameters. Reimplemented from lti::functor. Reimplemented in lti::blueScreen, lti::borderExtrema, lti::camshiftTracker, lti::cannyEdges, lti::chrominanceMapMasking, lti::classicEdgeDetector, lti::colorEdgesGS, lti::colorNormalizationBase, lti::comprehensiveColourNormalization, lti::convexHull, lti::convolution, lti::cornerDetector, lti::correlation, lti::decimation, lti::dilation, lti::distanceTransform, lti::downsampling, lti::edgeDetector, lti::edgeSaliency, lti::erosion, lti::fastRelabeling, lti::featureSaliencyAx, lti::featureSaliencyIK, lti::filledUpsampling, lti::flipImage, lti::frankotChellapa, lti::geometricFeaturesFromMask, lti::geometricTransform, lti::gHoughTransform, lti::grayWorldNormalization, lti::guyMedioniSaliency, lti::harrisCorners, lti::histogramEqualization, lti::kNearestNeighFilter, lti::lkTracker, lti::localMaxima< T >, lti::maximumFilter< T >, lti::meanshiftTracker, lti::medianFilter, lti::morphology, lti::multiGeometricFeaturesFromMask, lti::ogdFilter, lti::optimalThresholding, lti::polygonApproximation, lti::qmf, lti::qmfInverse, lti::relativeThresholding, lti::rotation, lti::scaling, lti::selective2DConvolution, lti::squareConvolution< T, A >, lti::susanCorners, lti::susanDenoise, lti::susanEdges, lti::thresholding, lti::upsampling, lti::localMaxima< float >, and lti::maximumFilter< float >.

virtual const char* lti::modifier::getTypeName (   )  const [virtual]

returns the name of this type Reimplemented from lti::functor. Reimplemented in lti::blueScreen, lti::borderExtrema, lti::camshiftTracker, lti::cannyEdges, lti::chrominanceMapMasking, lti::classicEdgeDetector, lti::colorEdgesGS, lti::colorNormalizationBase, lti::comprehensiveColourNormalization, lti::convexHull, lti::convolution, lti::cornerDetector, lti::correlation, lti::decimation, lti::dilation, lti::distanceTransform, lti::downsampling, lti::edgeDetector, lti::edgeSaliency, lti::erosion, lti::fastRelabeling, lti::featureSaliencyAx, lti::featureSaliencyIK, lti::filledUpsampling, lti::flipImage, lti::frankotChellapa, lti::geometricFeaturesFromMask, lti::geometricTransform, lti::gHoughTransform, lti::grayWorldNormalization, lti::guyMedioniSaliency, lti::harrisCorners, lti::histogramEqualization, lti::kNearestNeighFilter, lti::lkTracker, lti::localMaxima< T >, lti::maximumFilter< T >, lti::meanshiftTracker, lti::medianFilter, lti::morphology, lti::multiGeometricFeaturesFromMask, lti::ogdFilter, lti::optimalThresholding, lti::polygonApproximation, lti::qmf, lti::qmfInverse, lti::relativeThresholding, lti::rotation, lti::scaling, lti::selective2DConvolution, lti::squareConvolution< T, A >, lti::susanCorners, lti::susanDenoise, lti::susanEdges, lti::thresholding, lti::upsampling, lti::localMaxima< float >, and lti::maximumFilter< float >.

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

• ltiModifier.h

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