texture.h File Reference

#include <string>
#include "wrap_dtlib_cpp/img.h"
#include "wrap_dtlib_cpp/filterbank.h"
#include "m_cpp/m_matrix.h"
#include "i_cpp/i_image.h"
#include "wrap_dtlib_cpp/jpeg.h"
#include "wrap_dtlib_cpp/kmeans.h"
#include "wrap_dtlib_cpp/textonhisto.h"
#include "wrap_dtlib_cpp/texturescale.h"
#include "wrap_dtlib_cpp/channels.h"
#include "wrap_dtlib_cpp/median.h"
#include "wrap_dtlib_cpp/ptexture.h"
#include "wrap_dtlib_cpp/orientation_fit.h"
#include "wrap_dtlib_cpp/subpix_localize.h"
#include "wrap_dtlib_cpp/combine_scales.h"
#include "wrap_dtlib_cpp/weberlaw.h"
#include "wrap_dtlib_cpp/colorhisto.h"
#include "wrap_dtlib_cpp/histogram.h"
#include "wrap_dtlib_cpp/dual_lattice.h"
#include "wrap_dtlib_cpp/sparsepat.h"

Go to the source code of this file.

Namespaces
	DTLib

Functions
void	DTLib::FilterbankConvolve (FloatCImgPtr m_pInputImage, CFilterbank **m_pFilterbank_ptr, FloatCImgVecPtr *m_pConvVec_ptr, int m_nGaussScales, int m_nGaussOrientations, float m_GaussSigmaY, float m_GaussX2YSigmaRatio, int m_nDOGScales, float m_DOGExcitSigma, float m_DOGInhibSigmaRatio1, float m_DOGInhibSigmaRatio2)
void	DTLib::ComputeOrientationEnergy (FloatCImgPtr m_pInputImage, CFilterbank *m_pFilterbank, FloatCImgVecPtr m_pConvVec, FloatCImgVecPtr *m_pOEVec, int m_nGaussScales, int m_nGaussOrientations)
void	DTLib::extract_texture (const kjb::Image &img, const kjb::Int_matrix &seg_map, kjb::Matrix &Oe_mean, kjb::Matrix &Oe_var, kjb::Matrix &DOG_mean, kjb::Matrix &DOG_var, int m_nGaussScales, int m_nGaussOrientations, float m_GaussSigmaY, float m_GaussX2YSigmaRatio, int m_nDOGScales, float m_DOGExcitSigma, float m_DOGInhibSigmaRatio1, float m_DOGInhibSigmaRatio2, int m_nCroppedPixels)
FloatCImgPtr	DTLib::convert_kjb_to_CImg (const kjb::Image &img, FloatCImgPtr *m_pAImg, FloatCImgPtr *m_pBImg, int m_nCroppedPixels, bool &m_bColor)
void	DTLib::do_textons (FloatCImgVecPtr m_pConvVec, LongCImgPtr *m_pTextonsImg, int m_nGaussScales, int m_nGaussOrientations, int m_nDOGScales, int m_InputWidth, int m_InputHeight, int m_nTextureKMeansK, int m_nTextureKMeansIterations)
void	DTLib::ComputeTextonHistoImg ()
CCircleMasks *	DTLib::ComputeCircleMasks (int m_minTextureScale, int m_maxTextureScale)
FloatCImgPtr	DTLib::ComputeTextureScale (LongCImgPtr m_pTextonsImg, CTextureScale **m_pTS, int m_InputWidth, int m_InputHeight, int m_nTextureKMeansK, float m_TextureMinDist, float m_TextureMaxDist, float m_TextureAlphaScaleFactor, int &m_minTextureScale, int &m_maxTextureScale)
FloatCImgPtr	DTLib::ComputePTexture (DTLib::CCircleMasks *m_pCircleMasks, FloatCImgPtr m_pTextureScaleImg, LongCImgPtr m_pTextonsImg, ByteCImgPtr m_pNMSCombImg, FloatCImgPtr m_pOriCombImg, int m_InputWidth, int m_InputHeight, int m_minTextureScale, int m_maxTextureScale, int m_nTextureKMeansK, float m_TextureDiskMiddleWidth, float m_TextureTau, float m_TextureBeta)
void	DTLib::ComputeNonmaximaSuppression (CFilterbank *m_pFilterbank, FloatCImgVecPtr m_pOEVec, CImgVec< BYTE > **m_pNMSVec, CImgVec< float > **m_pEnergyVec, CImgVec< float > **m_pOriVec, CImgVec< float > **m_pXLocVec, CImgVec< float > **m_pYLocVec, CImgVec< float > **m_pErrVec, int m_nGaussScales, int m_nGaussOrientations, int m_InputWidth, int m_InputHeight)
void	DTLib::CombineScales (CImgVec< BYTE > *m_pNMSVec, CImgVec< float > *m_pEnergyVec, CImgVec< float > *m_pOriVec, ByteCImgPtr *m_pNMSCombImg, FloatCImgPtr *m_pOriCombImg, FloatCImgPtr *m_pEnergyCombImg, int m_InputWidth, int m_InputHeight, int m_nGaussScales)
void	DTLib::ComputeTextonHistoImg (LongCImgPtr m_pTextonsImg, FloatCImgPtr m_pTextureScaleImg, FloatCImgPtr m_pPTextureImg, DTLib::CCircleMasks *m_pCircleMasks, CImg< FloatCHistogramPtr > **m_pTextonHistoImg, int m_InputWidth, int m_InputHeight, int m_nTextureKMeansK)
void	DTLib::ComputeWeberLaw (CFilterbank *m_pFilterbank_ptr, FloatCImgVecPtr m_pConvVec_ptr, float m_TextureWeberLawConst)
void	DTLib::Compute_Textons_Histograms (const kjb::Image &img, CImg< FloatCHistogramPtr > **m_pTextonHistoImg, CImg< FloatCHistogramPtr > **ColorHist, FloatCImgPtr *m_pDualHImg, FloatCImgPtr *m_pDualVImg, ByteCImgPtr *m_pSparsePatImg, int m_nGaussScales, int m_nGaussOrientations, float m_GaussSigmaY, float m_GaussX2YSigmaRatio, int m_nDOGScales, float m_DOGExcitSigma, float m_DOGInhibSigmaRatio1, float m_DOGInhibSigmaRatio2, int m_nCroppedPixels, float m_TextureWeberLawConst, int m_nTextureKMeansK, int m_nTextureKMeansIterations, float m_TextureMinDist, float m_TextureMaxDist, float m_TextureAlphaScaleFactor, float m_TextureDiskMiddleWidth, float m_TextureTau, float m_TextureBeta, int m_nBinsA, int m_nBinsB, int m_nBinsC, float m_ColorHistoSoftBinSigma, float m_EdgelLength, float m_InterveningContourSigma, int m_SparsePatternDenseRad, int m_SparsePatternMaxRad, int m_nSparsePatternSamples, bool &m_bColor)
void	DTLib::Compute_All_Histograms (const kjb::Image &img, CImg< FloatCHistogramPtr > **m_pTextonHistoImg, CImg< FloatCHistogramPtr > **ColorHist)
void	DTLib::ComputeColorHistoImg (const kjb::Image &img, CImg< FloatCHistogramPtr > **ColorHist, int m_nBinsA=8, int m_nBinsB=8, int m_nBinsC=8, float m_ColorHistoSoftBinSigma=1.8f, int m_nCroppedPixels=10, int m_nGaussScales=3, int m_nGaussOrientations=12, float m_GaussSigmaY=1.41f, float m_GaussX2YSigmaRatio=3.0f, int m_nDOGScales=3, float m_DOGExcitSigma=1.41f, float m_DOGInhibSigmaRatio1=0.62f, float m_DOGInhibSigmaRatio2=1.6f, float m_TextureMinDist=3.0f, float m_TextureMaxDist=0.1f, float m_TextureAlphaScaleFactor=1.5f, float m_TextureDiskMiddleWidth=3.0f)
CImg< FloatCHistogramPtr > *	DTLib::ComputeColorHistoImg (FloatCImgPtr m_pTextureScaleImg, CCircleMasks *m_pCircleMasks, FloatCImgPtr m_pAImg, FloatCImgPtr m_pBImg, FloatCImgPtr m_pCImg, int m_InputWidth, int m_InputHeight, int m_nBinsA, int m_nBinsB, int m_nBinsC, float m_ColorHistoSoftBinSigma, bool is_colour)
void	DTLib::ComputeDualLattice (CImgVec< float > *m_pEnergyVec, CImgVec< float > *m_pOriVec, CImgVec< BYTE > *m_pNMSVec, CImgVec< float > *m_pXLocVec, CImgVec< float > *m_pYLocVec, FloatCImgPtr m_pPTextureImg, FloatCImgPtr *m_pDualHImg, FloatCImgPtr *m_pDualVImg, int m_InputWidth, int m_InputHeight, int m_nGaussScales, float m_EdgelLength, float m_InterveningContourSigma)
ByteCImgPtr	DTLib::ComputeSparsePattern (int m_SparsePatternDenseRad, int m_SparsePatternMaxRad, int m_nSparsePatternSamples)
CImg< FloatCHistogramPtr > *	DTLib::ReadHistoImg (const std::string &file_name)
void	DTLib::WriteHistoImg (const std::string &file_name, CImg< FloatCHistogramPtr > *pHistoImg)
CImg< FloatCHistogramPtr > *	DTLib::ReadTextonHistoImg (const std::string &file_name)
CImg< FloatCHistogramPtr > *	DTLib::ReadColorHistoImg (const std::string &file_name)
void	DTLib::WriteTextonHistoImg (const std::string &file_name, CImg< FloatCHistogramPtr > *pHistoImg)
void	DTLib::WriteColorHistoImg (const std::string &file_name, CImg< FloatCHistogramPtr > *pHistoImg)
void	DTLib::PrepareHeatMap (kjb::Image &img, CImg< FloatCHistogramPtr > *pHistoImg, int padding, int x_position, int y_position)