PARP Research Group

Universidad de Murcia

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src/qvip/qvimage.cpp Go to the documentation of this file. /* * Copyright (C) 2007, 2008, 2009, 2010, 2011, 2012. PARP Research Group. * <http://perception.inf.um.es> * University of Murcia, Spain. * * This file is part of the QVision library. * * QVision is free software: you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as * published by the Free Software Foundation, version 3 of the License. * * QVision is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU Lesser General Public License for more details. * * You should have received a copy of the GNU Lesser General Public * License along with QVision. If not, see <http://www.gnu.org/licenses/>. */ #include <QDebug> #include <QVImage> #include <iostream> template <> const char * QVImage<uChar,1>::getTypeQString() const { return "QVImage<uChar,1>"; } template <> const char * QVImage<uChar,3>::getTypeQString() const { return "QVImage<uChar,3>"; } template <> const char * QVImage<sChar,1>::getTypeQString() const { return "QVImage<sChar,1>"; } template <> const char * QVImage<sChar,3>::getTypeQString() const { return "QVImage<sChar,3>"; } template <> const char * QVImage<uShort,1>::getTypeQString() const { return "QVImage<uShort,1>"; } template <> const char * QVImage<uShort,3>::getTypeQString() const { return "QVImage<uShort,3>"; } template <> const char * QVImage<sShort,1>::getTypeQString() const { return "QVImage<sShort,1>"; } template <> const char * QVImage<sShort,3>::getTypeQString() const { return "QVImage<sShort,3>"; } template <> const char * QVImage<sInt,1>::getTypeQString() const { return "QVImage<sInt,1>"; } template <> const char * QVImage<sInt,3>::getTypeQString() const { return "QVImage<sInt,3>"; } template <> const char * QVImage<uInt,1>::getTypeQString() const { return "QVImage<uInt,1>"; } template <> const char * QVImage<uInt,3>::getTypeQString() const { return "QVImage<uInt,3>"; } template <> const char * QVImage<sFloat,1>::getTypeQString() const { return "QVImage<sFloat,1>"; } template <> const char * QVImage<sFloat,3>::getTypeQString() const { return "QVImage<sFloat,3>"; } // Copy constructors #define CREATE_COPY_CONSTRUCTOR(TYPE, C) \ template <> QVImage<TYPE, C>::QVImage(QVImage<TYPE, C> const &img):QVGenericImage(img) \ { \ imageBuffer = img.imageBuffer; \ step_div_type_size = getStep()/sizeof(TYPE); \ } CREATE_COPY_CONSTRUCTOR(uChar, 1); CREATE_COPY_CONSTRUCTOR(uChar, 3); CREATE_COPY_CONSTRUCTOR(sChar, 1); CREATE_COPY_CONSTRUCTOR(sChar, 3); CREATE_COPY_CONSTRUCTOR(uShort, 1); CREATE_COPY_CONSTRUCTOR(uShort, 3); CREATE_COPY_CONSTRUCTOR(sShort, 1); CREATE_COPY_CONSTRUCTOR(sShort, 3); CREATE_COPY_CONSTRUCTOR(uInt, 1); CREATE_COPY_CONSTRUCTOR(uInt, 3); CREATE_COPY_CONSTRUCTOR(sInt, 1); CREATE_COPY_CONSTRUCTOR(sInt, 3); CREATE_COPY_CONSTRUCTOR(sFloat, 1); CREATE_COPY_CONSTRUCTOR(sFloat, 3); // Copy operator #define CREATE_COPY_OPERATOR(TYPE, C) \ template <> QVImage<TYPE,C> & QVImage<TYPE, C>::operator=(const QVImage<TYPE, C> &img) \ { \ imageBuffer = img.imageBuffer; \ setROI(img.getROI()); setAnchor(img.getAnchor()); \ step_div_type_size = getStep()/sizeof(TYPE); \ return *this; \ } CREATE_COPY_OPERATOR(uChar, 1); CREATE_COPY_OPERATOR(uChar, 3); CREATE_COPY_OPERATOR(sChar, 1); CREATE_COPY_OPERATOR(sChar, 3); CREATE_COPY_OPERATOR(uShort, 1); CREATE_COPY_OPERATOR(uShort, 3); CREATE_COPY_OPERATOR(sShort, 1); CREATE_COPY_OPERATOR(sShort, 3); CREATE_COPY_OPERATOR(uInt, 1); CREATE_COPY_OPERATOR(uInt, 3); CREATE_COPY_OPERATOR(sInt, 1); CREATE_COPY_OPERATOR(sInt, 3); CREATE_COPY_OPERATOR(sFloat, 1); CREATE_COPY_OPERATOR(sFloat, 3); // QVIPP FUNCTIONS #ifdef QVIPP #include <qvipp.h> #endif // QVIPP // Compose copy constructors #define CREATE_COMPOSE_COPY_CONSTRUCTOR(TYPE) \ template <> QVImage<TYPE, 3>::QVImage(QVImage<TYPE,1> const &red, QVImage<TYPE,1> const &green, QVImage<TYPE,1> const &blue):QVGenericImage(red) \ { \ imageBuffer = new QVImageBuffer<TYPE>(3*red.getCols(), red.getRows()); \ Copy(red, green, blue, *this); \ setROI(red.getROI()); setAnchor(red.getAnchor()); \ step_div_type_size = getStep()/sizeof(TYPE); \ } //#ifdef QVIPP CREATE_COMPOSE_COPY_CONSTRUCTOR(uChar); CREATE_COMPOSE_COPY_CONSTRUCTOR(uShort); CREATE_COMPOSE_COPY_CONSTRUCTOR(sShort); CREATE_COMPOSE_COPY_CONSTRUCTOR(sInt); CREATE_COMPOSE_COPY_CONSTRUCTOR(sFloat); //#endif // Conversion constructors #define CREATE_CONVERT_CONSTRUCTOR(TYPE1, TYPE2, C) \ template <> QVImage<TYPE2, C>::QVImage(QVImage<TYPE1, C> const &img):QVGenericImage(img) \ { \ imageBuffer = new QVImageBuffer<TYPE2>(C*img.getCols(), img.getRows()); \ setAnchor(img.getROI().x(),img.getROI().y()); \ Convert(img, *this); \ setROI(img.getROI()); setAnchor(img.getAnchor()); \ step_div_type_size = getStep()/sizeof(TYPE2); \ } //#ifdef QVIPP // (ORIG, DEST, CHAN) // sFloat //CREATE_CONVERT_CONSTRUCTOR(sFloat, sFloat, 1); CREATE_CONVERT_CONSTRUCTOR(sFloat, uChar, 1); CREATE_CONVERT_CONSTRUCTOR(sFloat, sChar, 1); CREATE_CONVERT_CONSTRUCTOR(sFloat, sInt, 1); CREATE_CONVERT_CONSTRUCTOR(sFloat, uInt, 1); CREATE_CONVERT_CONSTRUCTOR(sFloat, sShort, 1); CREATE_CONVERT_CONSTRUCTOR(sFloat, uShort, 1); //CREATE_CONVERT_CONSTRUCTOR(sFloat, sFloat, 3); CREATE_CONVERT_CONSTRUCTOR(sFloat, uChar, 3); CREATE_CONVERT_CONSTRUCTOR(sFloat, sChar, 3); CREATE_CONVERT_CONSTRUCTOR(sFloat, sInt, 3); CREATE_CONVERT_CONSTRUCTOR(sFloat, uInt, 3); CREATE_CONVERT_CONSTRUCTOR(sFloat, sShort, 3); CREATE_CONVERT_CONSTRUCTOR(sFloat, uShort, 3); // uChar CREATE_CONVERT_CONSTRUCTOR(uChar, sFloat, 1); //CREATE_CONVERT_CONSTRUCTOR(uChar, uChar, 1); CREATE_CONVERT_CONSTRUCTOR(uChar, sChar, 1); CREATE_CONVERT_CONSTRUCTOR(uChar, sInt, 1); CREATE_CONVERT_CONSTRUCTOR(uChar, uInt, 1); CREATE_CONVERT_CONSTRUCTOR(uChar, sShort, 1); CREATE_CONVERT_CONSTRUCTOR(uChar, uShort, 1); CREATE_CONVERT_CONSTRUCTOR(uChar, sFloat, 3); //CREATE_CONVERT_CONSTRUCTOR(uChar, uChar, 3); CREATE_CONVERT_CONSTRUCTOR(uChar, sChar, 3); CREATE_CONVERT_CONSTRUCTOR(uChar, sInt, 3); CREATE_CONVERT_CONSTRUCTOR(uChar, uInt, 3); CREATE_CONVERT_CONSTRUCTOR(uChar, sShort, 3); CREATE_CONVERT_CONSTRUCTOR(uChar, uShort, 3); // sChar CREATE_CONVERT_CONSTRUCTOR(sChar, sFloat, 1); CREATE_CONVERT_CONSTRUCTOR(sChar, uChar, 1); //CREATE_CONVERT_CONSTRUCTOR(sChar, sChar, 1); CREATE_CONVERT_CONSTRUCTOR(sChar, sInt, 1); CREATE_CONVERT_CONSTRUCTOR(sChar, uInt, 1); CREATE_CONVERT_CONSTRUCTOR(sChar, sShort, 1); CREATE_CONVERT_CONSTRUCTOR(sChar, uShort, 1); CREATE_CONVERT_CONSTRUCTOR(sChar, sFloat, 3); CREATE_CONVERT_CONSTRUCTOR(sChar, uChar, 3); //CREATE_CONVERT_CONSTRUCTOR(sChar, sChar, 3); CREATE_CONVERT_CONSTRUCTOR(sChar, sInt, 3); CREATE_CONVERT_CONSTRUCTOR(sChar, uInt, 3); CREATE_CONVERT_CONSTRUCTOR(sChar, sShort, 3); CREATE_CONVERT_CONSTRUCTOR(sChar, uShort, 3); // sInt CREATE_CONVERT_CONSTRUCTOR(sInt, sFloat, 1); CREATE_CONVERT_CONSTRUCTOR(sInt, uChar, 1); CREATE_CONVERT_CONSTRUCTOR(sInt, sChar, 1); //CREATE_CONVERT_CONSTRUCTOR(sInt, sInt, 1); CREATE_CONVERT_CONSTRUCTOR(sInt, uInt, 1); CREATE_CONVERT_CONSTRUCTOR(sInt, sShort, 1); CREATE_CONVERT_CONSTRUCTOR(sInt, uShort, 1); CREATE_CONVERT_CONSTRUCTOR(sInt, sFloat, 3); CREATE_CONVERT_CONSTRUCTOR(sInt, uChar, 3); CREATE_CONVERT_CONSTRUCTOR(sInt, sChar, 3); //CREATE_CONVERT_CONSTRUCTOR(sInt, sInt, 3); CREATE_CONVERT_CONSTRUCTOR(sInt, uInt, 3); CREATE_CONVERT_CONSTRUCTOR(sInt, sShort, 3); CREATE_CONVERT_CONSTRUCTOR(sInt, uShort, 3); // uInt CREATE_CONVERT_CONSTRUCTOR(uInt, sFloat, 1); CREATE_CONVERT_CONSTRUCTOR(uInt, uChar, 1); CREATE_CONVERT_CONSTRUCTOR(uInt, sChar, 1); CREATE_CONVERT_CONSTRUCTOR(uInt, sInt, 1); //CREATE_CONVERT_CONSTRUCTOR(uInt, uInt, 1); CREATE_CONVERT_CONSTRUCTOR(uInt, sShort, 1); CREATE_CONVERT_CONSTRUCTOR(uInt, uShort, 1); CREATE_CONVERT_CONSTRUCTOR(uInt, sFloat, 3); CREATE_CONVERT_CONSTRUCTOR(uInt, uChar, 3); CREATE_CONVERT_CONSTRUCTOR(uInt, sChar, 3); CREATE_CONVERT_CONSTRUCTOR(uInt, sInt, 3); //CREATE_CONVERT_CONSTRUCTOR(uInt, uInt, 3); CREATE_CONVERT_CONSTRUCTOR(uInt, sShort, 3); CREATE_CONVERT_CONSTRUCTOR(uInt, uShort, 3); // sShort CREATE_CONVERT_CONSTRUCTOR(sShort, sFloat, 1); CREATE_CONVERT_CONSTRUCTOR(sShort, uChar, 1); CREATE_CONVERT_CONSTRUCTOR(sShort, sChar, 1); CREATE_CONVERT_CONSTRUCTOR(sShort, sInt, 1); CREATE_CONVERT_CONSTRUCTOR(sShort, uInt, 1); //CREATE_CONVERT_CONSTRUCTOR(sShort, sShort, 1); CREATE_CONVERT_CONSTRUCTOR(sShort, uShort, 1); CREATE_CONVERT_CONSTRUCTOR(sShort, sFloat, 3); CREATE_CONVERT_CONSTRUCTOR(sShort, uChar, 3); CREATE_CONVERT_CONSTRUCTOR(sShort, sChar, 3); CREATE_CONVERT_CONSTRUCTOR(sShort, sInt, 3); CREATE_CONVERT_CONSTRUCTOR(sShort, uInt, 3); //CREATE_CONVERT_CONSTRUCTOR(sShort, sShort, 3); CREATE_CONVERT_CONSTRUCTOR(sShort, uShort, 3); // uShort CREATE_CONVERT_CONSTRUCTOR(uShort, sFloat, 1); CREATE_CONVERT_CONSTRUCTOR(uShort, uChar, 1); CREATE_CONVERT_CONSTRUCTOR(uShort, sChar, 1); CREATE_CONVERT_CONSTRUCTOR(uShort, sInt, 1); CREATE_CONVERT_CONSTRUCTOR(uShort, uInt, 1); CREATE_CONVERT_CONSTRUCTOR(uShort, sShort, 1); //CREATE_CONVERT_CONSTRUCTOR(uShort, uShort, 1); CREATE_CONVERT_CONSTRUCTOR(uShort, sFloat, 3); CREATE_CONVERT_CONSTRUCTOR(uShort, uChar, 3); CREATE_CONVERT_CONSTRUCTOR(uShort, sChar, 3); CREATE_CONVERT_CONSTRUCTOR(uShort, sInt, 3); CREATE_CONVERT_CONSTRUCTOR(uShort, uInt, 3); CREATE_CONVERT_CONSTRUCTOR(uShort, sShort, 3); //CREATE_CONVERT_CONSTRUCTOR(uShort, uShort, 3); #define CREATE_CONVERT_CONSTRUCTOR_C3_C1(TYPE) \ template <> QVImage<TYPE, 1>::QVImage(QVImage<TYPE, 3> const &img):QVGenericImage(img) \ { \ imageBuffer = new QVImageBuffer<TYPE>(img.getCols(), img.getRows()); \ setAnchor(img.getROI().x(),img.getROI().y()); \ RGBToGray(img, *this); \ setROI(img.getROI()); setAnchor(img.getAnchor()); \ step_div_type_size = getStep()/sizeof(TYPE); \ } CREATE_CONVERT_CONSTRUCTOR_C3_C1(uChar); CREATE_CONVERT_CONSTRUCTOR_C3_C1(sChar); CREATE_CONVERT_CONSTRUCTOR_C3_C1(uInt); CREATE_CONVERT_CONSTRUCTOR_C3_C1(sInt); CREATE_CONVERT_CONSTRUCTOR_C3_C1(uShort); CREATE_CONVERT_CONSTRUCTOR_C3_C1(sShort); CREATE_CONVERT_CONSTRUCTOR_C3_C1(sFloat); #define CREATE_CONVERT_CONSTRUCTOR_C1_C3(TYPE) \ template <> QVImage<TYPE, 3>::QVImage(QVImage<TYPE, 1> const &img):QVGenericImage(img) \ { \ imageBuffer = new QVImageBuffer<TYPE>(3*img.getCols(), img.getRows()); \ setAnchor(img.getROI().x(),img.getROI().y()); \ Copy(img, img, img, *this); \ setROI(img.getROI()); setAnchor(img.getAnchor()); \ step_div_type_size = getStep()/sizeof(TYPE); \ } CREATE_CONVERT_CONSTRUCTOR_C1_C3(uChar); CREATE_CONVERT_CONSTRUCTOR_C1_C3(sChar); CREATE_CONVERT_CONSTRUCTOR_C1_C3(uShort); CREATE_CONVERT_CONSTRUCTOR_C1_C3(sShort); CREATE_CONVERT_CONSTRUCTOR_C1_C3(uInt); CREATE_CONVERT_CONSTRUCTOR_C1_C3(sInt); CREATE_CONVERT_CONSTRUCTOR_C1_C3(sFloat); // Nota: las siguientes funciones dan error al compilar, ya que no existen versiones de la función wrapper Convert, // para convertir de una imagen entera, a una imagen de tipo uShort, sShort, o sFloat. // CREATE_CONVERT_CONSTRUCTOR(uShort, sInt, 1); // CREATE_CONVERT_CONSTRUCTOR(sShort, sInt, 1); // CREATE_CONVERT_CONSTRUCTOR(uShort, sInt, 3); // CREATE_CONVERT_CONSTRUCTOR(sShort, sInt, 3); // CREATE_CONVERT_CONSTRUCTOR(sFloat, sInt, 3); // CREATE_CONVERT_CONSTRUCTOR(sFloat, sInt, 3); // // Por ello, estas funciones deben ser definidas con funciones de conversión Ad-hoc, así como las funciones de conversión // de valores uShort a valores sShort, y viceversa, que tampoco están implementadas por las IPP, ni las funciones para convertir // imagenes de distinto tipo y canal. // // Ojo: Para implementar las funciones de conversión entre imagenes de tipo sShort y uShort, hay que tener en cuenta la saturación // (que hacen las IPP para todas las funciones de conversión que implementa): // - Si se quiere convertir un valor sShort menor que cero a un valor uShort, se deja como el valor cero (0). // - Si se quiere convertir un valor uShort mayor que IPP_MAX_16S a sShort, se debe dejar como el valor IPP_MAX_16S. /*#define CREATE_CONVERT_CONSTRUCTOR_NO_IPP_1(TYPE1, TYPE2) \ template <> QVImage<TYPE2, 1>::QVImage(QVImage<TYPE1, 1> const &img):QVGenericImage(img) \ { \ imageBuffer = new QVImageBuffer<TYPE2>(img.getCols(), img.getRows()); \ QVIMAGE_PTR_INIT_WRITE(TYPE2, this); \ QVIMAGE_INIT_READ(TYPE1, img); \ for (int col = img.getROI().left(); col < img.getROI().right(); col++) \ for (int row = img.getROI().top(); row < img.getROI().bottom(); row++) \ QVIMAGE_PIXEL(this, col, row, 0) = (TYPE2)QVIMAGE_PIXEL(img, col, row, 0); \ setROI(img.getROI()); setAnchor(img.getAnchor()); \ step_div_type_size = getStep()/sizeof(TYPE2); \ } CREATE_CONVERT_CONSTRUCTOR_NO_IPP_1(uShort, sShort); CREATE_CONVERT_CONSTRUCTOR_NO_IPP_1(sShort, uShort); CREATE_CONVERT_CONSTRUCTOR_NO_IPP_1(sInt, uShort); CREATE_CONVERT_CONSTRUCTOR_NO_IPP_1(sInt, sShort); CREATE_CONVERT_CONSTRUCTOR_NO_IPP_1(sInt, sFloat); CREATE_CONVERT_CONSTRUCTOR_NO_IPP_1(sFloat, sInt); #ifndef QVIPP CREATE_CONVERT_CONSTRUCTOR_NO_IPP_1(uChar, uShort); CREATE_CONVERT_CONSTRUCTOR_NO_IPP_1(uChar, sShort); CREATE_CONVERT_CONSTRUCTOR_NO_IPP_1(uChar, sInt); CREATE_CONVERT_CONSTRUCTOR_NO_IPP_1(uChar, sFloat); CREATE_CONVERT_CONSTRUCTOR_NO_IPP_1(uShort, uChar); CREATE_CONVERT_CONSTRUCTOR_NO_IPP_1(uShort, sInt); CREATE_CONVERT_CONSTRUCTOR_NO_IPP_1(uShort, sFloat); CREATE_CONVERT_CONSTRUCTOR_NO_IPP_1(sShort, uChar); CREATE_CONVERT_CONSTRUCTOR_NO_IPP_1(sShort, sInt); CREATE_CONVERT_CONSTRUCTOR_NO_IPP_1(sShort, sFloat); CREATE_CONVERT_CONSTRUCTOR_NO_IPP_1(sInt, uChar); CREATE_CONVERT_CONSTRUCTOR_NO_IPP_1(sFloat, uChar); CREATE_CONVERT_CONSTRUCTOR_NO_IPP_1(sFloat, uShort); CREATE_CONVERT_CONSTRUCTOR_NO_IPP_1(sFloat, sShort); #endif #define CREATE_CONVERT_CONSTRUCTOR_NO_IPP_3(TYPE1, TYPE2) \ template <> QVImage<TYPE2, 3>::QVImage(QVImage<TYPE1, 3> const &img):QVGenericImage(img) \ { \ imageBuffer = new QVImageBuffer<TYPE2>(3*img.getCols(), img.getRows()); \ QVIMAGE_PTR_INIT_WRITE(TYPE2, this); \ QVIMAGE_INIT_READ(TYPE1, img); \ for (int col = img.getROI().left(); col < img.getROI().right(); col++) \ for (int row = img.getROI().top(); row < img.getROI().bottom(); row++) \ { \ QVIMAGE_PIXEL(this, col, row, 0) = (TYPE2)QVIMAGE_PIXEL(img, col, row, 0); \ QVIMAGE_PIXEL(this, col, row, 1) = (TYPE2)QVIMAGE_PIXEL(img, col, row, 1); \ QVIMAGE_PIXEL(this, col, row, 2) = (TYPE2)QVIMAGE_PIXEL(img, col, row, 2); \ } \ setROI(img.getROI()); setAnchor(img.getAnchor()); \ step_div_type_size = getStep()/sizeof(TYPE2); \ } CREATE_CONVERT_CONSTRUCTOR_NO_IPP_3(uShort, sShort); CREATE_CONVERT_CONSTRUCTOR_NO_IPP_3(sShort, uShort); CREATE_CONVERT_CONSTRUCTOR_NO_IPP_3(sInt, uShort); CREATE_CONVERT_CONSTRUCTOR_NO_IPP_3(sInt, sShort); CREATE_CONVERT_CONSTRUCTOR_NO_IPP_3(sInt, sFloat); CREATE_CONVERT_CONSTRUCTOR_NO_IPP_3(sFloat, sInt); #ifndef QVIPP CREATE_CONVERT_CONSTRUCTOR_NO_IPP_3(uChar, uShort); CREATE_CONVERT_CONSTRUCTOR_NO_IPP_3(uChar, sShort); CREATE_CONVERT_CONSTRUCTOR_NO_IPP_3(uChar, sInt); CREATE_CONVERT_CONSTRUCTOR_NO_IPP_3(uChar, sFloat); CREATE_CONVERT_CONSTRUCTOR_NO_IPP_3(uShort, uChar); CREATE_CONVERT_CONSTRUCTOR_NO_IPP_3(uShort, sInt); CREATE_CONVERT_CONSTRUCTOR_NO_IPP_3(uShort, sFloat); CREATE_CONVERT_CONSTRUCTOR_NO_IPP_3(sShort, uChar); CREATE_CONVERT_CONSTRUCTOR_NO_IPP_3(sShort, sInt); CREATE_CONVERT_CONSTRUCTOR_NO_IPP_3(sShort, sFloat); CREATE_CONVERT_CONSTRUCTOR_NO_IPP_3(sInt, uChar); CREATE_CONVERT_CONSTRUCTOR_NO_IPP_3(sFloat, uChar); CREATE_CONVERT_CONSTRUCTOR_NO_IPP_3(sFloat, uShort); CREATE_CONVERT_CONSTRUCTOR_NO_IPP_3(sFloat, sShort); #endif*/ /*#define CREATE_CONVERT_CONSTRUCTOR_NO_IPP_C3_C1(TYPE) \ template <> QVImage<TYPE, 1>::QVImage(QVImage<TYPE, 3> const &img):QVGenericImage(img) \ { \ imageBuffer = new QVImageBuffer<TYPE>(img.getCols(), img.getRows()); \ QVIMAGE_PTR_INIT_WRITE(TYPE, this); \ QVIMAGE_INIT_READ(TYPE, img); \ for (int col = img.getROI().left(); col < img.getROI().right(); col++) \ for (int row = img.getROI().top(); row < img.getROI().bottom(); row++) \ { \ QVIMAGE_PIXEL(this, col, row, 0) = (TYPE)(0.299 * QVIMAGE_PIXEL(img, col, row, 0)); \ QVIMAGE_PIXEL(this, col, row, 0) += (TYPE)(0.587 * QVIMAGE_PIXEL(img, col, row, 1)); \ QVIMAGE_PIXEL(this, col, row, 0) += (TYPE)(0.114 * QVIMAGE_PIXEL(img, col, row, 2)); \ } \ setROI(img.getROI()); setAnchor(img.getAnchor()); \ step_div_type_size = getStep()/sizeof(TYPE); \ } CREATE_CONVERT_CONSTRUCTOR_NO_IPP_C3_C1(sInt); #ifndef QVIPP CREATE_CONVERT_CONSTRUCTOR_NO_IPP_C3_C1(uChar); CREATE_CONVERT_CONSTRUCTOR_NO_IPP_C3_C1(uShort); CREATE_CONVERT_CONSTRUCTOR_NO_IPP_C3_C1(sShort); CREATE_CONVERT_CONSTRUCTOR_NO_IPP_C3_C1(sFloat); #endif #define CREATE_CONVERT_CONSTRUCTOR_NO_IPP_C1_C3(TYPE) \ template <> QVImage<TYPE, 3>::QVImage(QVImage<TYPE, 1> const &img):QVGenericImage(img) \ { \ imageBuffer = new QVImageBuffer<TYPE>(3*img.getCols(), img.getRows()); \ QVIMAGE_PTR_INIT_WRITE(TYPE, this); \ QVIMAGE_INIT_READ(TYPE, img); \ for (int col = img.getROI().left(); col < img.getROI().right(); col++) \ for (int row = img.getROI().top(); row < img.getROI().bottom(); row++) \ { \ QVIMAGE_PIXEL(this, col, row, 0) = (TYPE)(QVIMAGE_PIXEL(img, col, row, 0)); \ QVIMAGE_PIXEL(this, col, row, 1) = (TYPE)(QVIMAGE_PIXEL(img, col, row, 0)); \ QVIMAGE_PIXEL(this, col, row, 2) = (TYPE)(QVIMAGE_PIXEL(img, col, row, 0)); \ } \ setROI(img.getROI()); setAnchor(img.getAnchor()); \ step_div_type_size = getStep()/sizeof(TYPE); \ } #ifndef QVIPP CREATE_CONVERT_CONSTRUCTOR_NO_IPP_C1_C3(uChar); CREATE_CONVERT_CONSTRUCTOR_NO_IPP_C1_C3(uShort); CREATE_CONVERT_CONSTRUCTOR_NO_IPP_C1_C3(sShort); CREATE_CONVERT_CONSTRUCTOR_NO_IPP_C1_C3(sInt); CREATE_CONVERT_CONSTRUCTOR_NO_IPP_C1_C3(sFloat); #endif*/ template <> QVImage<uChar, 3>::QVImage(const QImage &qimg):QVGenericImage() { imageBuffer = new QVImageBuffer<uChar>(3*qimg.size().width(), qimg.size().height()); setROI(0, 0, qimg.size().width(), qimg.size().height()); setAnchor(getROI().x(), getROI().y()); step_div_type_size = getStep()/sizeof(uChar); const int step = getStep(); uChar *imagerawdata = getWriteData(); for(uint row=0; row != getRows(); row++) for(uint col=0; col != getCols(); col++) { imagerawdata[row*step + 3*col] = qRed(qimg.pixel(col,row)); imagerawdata[row*step + 3*col + 1] = qGreen(qimg.pixel(col,row)); imagerawdata[row*step + 3*col + 2] = qBlue(qimg.pixel(col,row)); } } template <> QVImage<uChar, 3>::operator QImage() const { QRect roi = getROI(); const int x=roi.x(), y=roi.y(), w=roi.width(), h=roi.height(), step = getStep(); QImage qImage(w, h, QImage::Format_RGB32); const uChar *imagerawdata = getReadData(); for(int row = y; row < y+h; row++) for(int col = x; col < x+w; col++) { const int idx = row*step + 3*col; uChar r = imagerawdata[idx + 0], g = imagerawdata[idx + 1], b = imagerawdata[idx + 2]; qImage.setPixel(col-x, row-y, qRgb(r,g,b)); } return qImage; } // Convert operators for IplImage /*template <> QVImage<uChar, 3>::QVImage(const IplImage *iplImage):QVGenericImage() { imageBuffer = new QVImageBuffer<uChar>(3*iplImage->width, iplImage->height, align(3*iplImage->width,4)); setROI(0, 0, iplImage->width, iplImage->height); setAnchor(0, 0); const int lineSize = getCols() * 3; // This depends on data size for (uInt y=0 ;y<getRows(); y++) memcpy(getWriteData() + getStep() * y, iplImage->imageData + iplImage->widthStep*y, lineSize); }*/ /*template <> QVImage<uChar, 3>::operator IplImage *() const { IplImage *imageDest = cvCreateImageHeader(cvSize(getCols(), getRows()), IPL_DEPTH_8U, 3); cvCreateImageData(imageDest); const int lineSize = getCols() * 3; // This depends on data size for (uInt y=0 ;y<getRows(); y++) memcpy(imageDest->imageData + imageDest->widthStep*y, getReadData() + getStep() * y, lineSize); return imageDest; }*/ // IPL_DEPTH_8U // IPL_DEPTH_8S // IPL_DEPTH_16U // IPL_DEPTH_16S // IPL_DEPTH_32S // IPL_DEPTH_32F // IPL_DEPTH_64F #define CREATE_IPLIMAGE_CONSTRUCTOR(TYPE, C, DEPTH) \ template <> QVImage<TYPE, C>::QVImage(const IplImage *iplImage):QVGenericImage() \ { \ if (iplImage->nChannels != C) \ qWarning("Conversion from incompatible OpenCV image: incompatible channel number"); \ if (iplImage->depth != DEPTH) \ qWarning("Conversion from incompatible OpenCV image: incompatible depth"); \ \ /*std::cout << "BBB" << std::endl;*/ \ imageBuffer = new QVImageBuffer<TYPE>(C*iplImage->width, iplImage->height /*align(C*iplImage->width,4)*/); \ setROI(0, 0, iplImage->width, iplImage->height); \ step_div_type_size = getStep()/sizeof(TYPE); \ setAnchor(0, 0); \ \ const int lineSize = getCols() * C; /* This depends on data size */ \ \ for (uInt y=0 ;y<getRows(); y++) \ memcpy(getWriteData() + getStep() * y, iplImage->imageData + iplImage->widthStep*y, lineSize); \ } #ifdef QVOPENCV CREATE_IPLIMAGE_CONSTRUCTOR(uChar, 1, IPL_DEPTH_8U); CREATE_IPLIMAGE_CONSTRUCTOR(uChar, 3, IPL_DEPTH_8U); CREATE_IPLIMAGE_CONSTRUCTOR(sFloat, 1, IPL_DEPTH_32F); CREATE_IPLIMAGE_CONSTRUCTOR(sFloat, 3, IPL_DEPTH_32F); #endif #define CREATE_IPLIMAGE_CONVERSION(TYPE, C, DEPTH) \ template <> QVImage<TYPE, C>::operator IplImage *() const \ { \ IplImage *imageDest = cvCreateImageHeader(cvSize(getCols(), getRows()), DEPTH, C); \ cvCreateImageData(imageDest); \ \ const int lineSize = getCols() * C; /* This depends on data size */ \ \ for (uInt y=0 ;y<getRows(); y++) \ memcpy(imageDest->imageData + imageDest->widthStep*y, getReadData() + getStep() * y, lineSize); \ \ return imageDest; \ } #ifdef QVOPENCV CREATE_IPLIMAGE_CONVERSION(uChar, 1, IPL_DEPTH_8U); CREATE_IPLIMAGE_CONVERSION(uChar, 3, IPL_DEPTH_8U); CREATE_IPLIMAGE_CONVERSION(sFloat, 1, IPL_DEPTH_32F); CREATE_IPLIMAGE_CONVERSION(sFloat, 3, IPL_DEPTH_32F); #endif // Operators. Only with the IPP #define CREATE_OPERATOR(NAME, OPERATOR, TYPE, C) \ template <> QVImage<TYPE, C> QVImage<TYPE,C>::OPERATOR(const QVImage<TYPE, C> &img) const \ { \ QVImage<TYPE, C> result = *this; \ NAME(*this, img, result); \ return result; \ } #ifdef QVIPP CREATE_OPERATOR(Add, operator+, uChar, 1); CREATE_OPERATOR(Mul, operator*, uChar, 1); CREATE_OPERATOR(Sub, operator-, uChar, 1); CREATE_OPERATOR(Div, operator/, uChar, 1); CREATE_OPERATOR(Add, operator+, uChar, 3); CREATE_OPERATOR(Mul, operator*, uChar, 3); CREATE_OPERATOR(Sub, operator-, uChar, 3); CREATE_OPERATOR(Div, operator/, uChar, 3); CREATE_OPERATOR(Add, operator+, uShort, 1); CREATE_OPERATOR(Mul, operator*, uShort, 1); CREATE_OPERATOR(Sub, operator-, uShort, 1); CREATE_OPERATOR(Div, operator/, uShort, 1); CREATE_OPERATOR(Add, operator+, uShort, 3); CREATE_OPERATOR(Mul, operator*, uShort, 3); CREATE_OPERATOR(Sub, operator-, uShort, 3); CREATE_OPERATOR(Div, operator/, uShort, 3); CREATE_OPERATOR(Add, operator+, sShort, 1); CREATE_OPERATOR(Mul, operator*, sShort, 1); CREATE_OPERATOR(Sub, operator-, sShort, 1); CREATE_OPERATOR(Div, operator/, sShort, 1); CREATE_OPERATOR(Add, operator+, sShort, 3); CREATE_OPERATOR(Mul, operator*, sShort, 3); CREATE_OPERATOR(Sub, operator-, sShort, 3); CREATE_OPERATOR(Div, operator/, sShort, 3); #endif #define CREATE_OPERATOR_INT_C1(OPERATOR, OPERATION, TYPE) \ template <> QVImage<TYPE, 1> QVImage<TYPE, 1>::OPERATOR(const QVImage<TYPE, 1> &img) const \ { \ QVImage<TYPE, 1> result = *this; \ QVIMAGE_PTR_INIT_READ(TYPE, this); \ QVIMAGE_INIT_READ(TYPE, img); \ QVIMAGE_INIT_WRITE(TYPE, result); \ for (int col = result.getROI().left(); col < result.getROI().right(); col++) \ for (int row = result.getROI().top(); row < result.getROI().bottom(); row++) \ QVIMAGE_PIXEL(result, col, row, 0) = QVIMAGE_PIXEL(img, col, row, 0) OPERATION QVIMAGE_PIXEL(this, col, row, 0); \ return result; \ } #ifdef QVIPP CREATE_OPERATOR_INT_C1(operator+, +, sInt); CREATE_OPERATOR_INT_C1(operator*, *, sInt); CREATE_OPERATOR_INT_C1(operator-, -, sInt); CREATE_OPERATOR_INT_C1(operator/, /, sInt); #endif #define CREATE_OPERATOR_INT_C3(OPERATOR, OPERATION, TYPE) \ template <> QVImage<TYPE, 3> QVImage<TYPE, 3>::OPERATOR(const QVImage<TYPE, 3> &img) const \ { \ QVImage<TYPE, 3> result = *this; \ QVIMAGE_PTR_INIT_READ(TYPE, this); \ QVIMAGE_INIT_READ(TYPE, img); \ QVIMAGE_INIT_WRITE(TYPE, result); \ for (int col = result.getROI().left(); col < result.getROI().right(); col++) \ for (int row = result.getROI().top(); row < result.getROI().bottom(); row++) \ { \ QVIMAGE_PIXEL(result, col, row, 0) = QVIMAGE_PIXEL(img, col, row, 0) OPERATION QVIMAGE_PIXEL(this, col, row, 0); \ QVIMAGE_PIXEL(result, col, row, 1) = QVIMAGE_PIXEL(img, col, row, 1) OPERATION QVIMAGE_PIXEL(this, col, row, 1); \ QVIMAGE_PIXEL(result, col, row, 2) = QVIMAGE_PIXEL(img, col, row, 2) OPERATION QVIMAGE_PIXEL(this, col, row, 2); \ } \ return result; \ } #ifdef QVIPP CREATE_OPERATOR_INT_C3(operator+, +, sInt); CREATE_OPERATOR_INT_C3(operator*, *, sInt); CREATE_OPERATOR_INT_C3(operator-, -, sInt); CREATE_OPERATOR_INT_C3(operator/, /, sInt); #endif #define CREATE_CONST_OPERATOR(NAME, OPERATOR, TYPE, C) \ template <> QVImage<TYPE, C> QVImage<TYPE,C>::OPERATOR(const TYPE value) const \ { \ QVImage<TYPE, C> result = *this; \ NAME(*this, value, result); \ return result; \ } #ifdef QVIPP CREATE_CONST_OPERATOR(AddC, operator+, uChar, 1); CREATE_CONST_OPERATOR(MulC, operator*, uChar, 1); CREATE_CONST_OPERATOR(SubC, operator-, uChar, 1); CREATE_CONST_OPERATOR(DivC, operator/, uChar, 1); CREATE_CONST_OPERATOR(AddC, operator+, uShort, 1); CREATE_CONST_OPERATOR(MulC, operator*, uShort, 1); CREATE_CONST_OPERATOR(SubC, operator-, uShort, 1); CREATE_CONST_OPERATOR(DivC, operator/, uShort, 1); CREATE_CONST_OPERATOR(AddC, operator+, sShort, 1); CREATE_CONST_OPERATOR(MulC, operator*, sShort, 1); CREATE_CONST_OPERATOR(SubC, operator-, sShort, 1); CREATE_CONST_OPERATOR(DivC, operator/, sShort, 1); CREATE_CONST_OPERATOR(AddC, operator+, sFloat, 1); CREATE_CONST_OPERATOR(MulC, operator*, sFloat, 1); CREATE_CONST_OPERATOR(SubC, operator-, sFloat, 1); CREATE_CONST_OPERATOR(DivC, operator/, sFloat, 1); CREATE_CONST_OPERATOR(LShiftC, operator<<, uChar, 1); CREATE_CONST_OPERATOR(RShiftC, operator>>, uChar, 1); CREATE_CONST_OPERATOR(LShiftC, operator<<, uShort, 1); CREATE_CONST_OPERATOR(RShiftC, operator>>, uShort, 1); CREATE_CONST_OPERATOR(LShiftC, operator<<, sInt, 1); CREATE_CONST_OPERATOR(RShiftC, operator>>, sInt, 1); CREATE_CONST_OPERATOR(AndC, operator&, uChar, 1); CREATE_CONST_OPERATOR(OrC, operator|, uChar, 1); CREATE_CONST_OPERATOR(XorC, operator^, uChar, 1); CREATE_CONST_OPERATOR(AndC, operator&, uShort, 1); CREATE_CONST_OPERATOR(OrC, operator|, uShort, 1); CREATE_CONST_OPERATOR(XorC, operator^, uShort, 1); CREATE_CONST_OPERATOR(AndC, operator&, sInt, 1); CREATE_CONST_OPERATOR(OrC, operator|, sInt, 1); CREATE_CONST_OPERATOR(XorC, operator^, sInt, 1); #endif #define CREATE_CONST_OPERATOR_C3(NAME, OPERATOR, TYPE, C) \ template <> QVImage<TYPE, C> QVImage<TYPE,C>::OPERATOR(const TYPE value) const \ { \ const TYPE values[3] = { value, value, value }; \ QVImage<TYPE, C> result = *this; \ NAME(*this, values, result); \ return result; \ } #ifdef QVIPP CREATE_CONST_OPERATOR_C3(AddC, operator+, uChar, 3); CREATE_CONST_OPERATOR_C3(MulC, operator*, uChar, 3); CREATE_CONST_OPERATOR_C3(SubC, operator-, uChar, 3); CREATE_CONST_OPERATOR_C3(DivC, operator/, uChar, 3); CREATE_CONST_OPERATOR_C3(AddC, operator+, sShort, 3); CREATE_CONST_OPERATOR_C3(MulC, operator*, sShort, 3); CREATE_CONST_OPERATOR_C3(SubC, operator-, sShort, 3); CREATE_CONST_OPERATOR_C3(DivC, operator/, sShort, 3); CREATE_CONST_OPERATOR_C3(AddC, operator+, uShort, 3); CREATE_CONST_OPERATOR_C3(MulC, operator*, uShort, 3); CREATE_CONST_OPERATOR_C3(SubC, operator-, uShort, 3); CREATE_CONST_OPERATOR_C3(DivC, operator/, uShort, 3); CREATE_CONST_OPERATOR_C3(AddC, operator+, sFloat, 3); CREATE_CONST_OPERATOR_C3(MulC, operator*, sFloat, 3); CREATE_CONST_OPERATOR_C3(SubC, operator-, sFloat, 3); CREATE_CONST_OPERATOR_C3(DivC, operator/, sFloat, 3); CREATE_CONST_OPERATOR_C3(AndC, operator&, uChar, 3); CREATE_CONST_OPERATOR_C3(OrC, operator|, uChar, 3); CREATE_CONST_OPERATOR_C3(XorC, operator^, uChar, 3); CREATE_CONST_OPERATOR_C3(AndC, operator&, uShort, 3); CREATE_CONST_OPERATOR_C3(OrC, operator|, uShort, 3); CREATE_CONST_OPERATOR_C3(XorC, operator^, uShort, 3); CREATE_CONST_OPERATOR_C3(AndC, operator&, sInt, 3); CREATE_CONST_OPERATOR_C3(OrC, operator|, sInt, 3); CREATE_CONST_OPERATOR_C3(XorC, operator^, sInt, 3); #endif #define CREATE_CONST_OPERATOR_C4(NAME, OPERATOR, TYPE, C) \ template <> QVImage<TYPE, C> QVImage<TYPE,C>::OPERATOR(const TYPE value) const \ { \ const uInt values[3] = { value, value, value }; \ QVImage<TYPE, C> result = *this; \ NAME(*this, values, result); \ return result; \ } #ifdef QVIPP CREATE_CONST_OPERATOR_C4(LShiftC, operator<<, uChar, 3); CREATE_CONST_OPERATOR_C4(RShiftC, operator>>, uChar, 3); CREATE_CONST_OPERATOR_C4(LShiftC, operator<<, uShort, 3); CREATE_CONST_OPERATOR_C4(RShiftC, operator>>, uShort, 3); CREATE_CONST_OPERATOR_C4(LShiftC, operator<<, sInt, 3); CREATE_CONST_OPERATOR_C4(RShiftC, operator>>, sInt, 3); #endif #define CREATE_CONST_OPERATOR_INT_C1(OPERATOR, OPERATION, TYPE) \ template <> QVImage<TYPE, 1> QVImage<TYPE, 1>::OPERATOR(const TYPE value) const \ { \ QVImage<TYPE, 1> result = *this; \ QVIMAGE_PTR_INIT_READ(TYPE, this); \ QVIMAGE_INIT_WRITE(TYPE, result); \ for (int col = result.getROI().left(); col < result.getROI().right(); col++) \ for (int row = result.getROI().top(); row < result.getROI().bottom(); row++) \ QVIMAGE_PIXEL(result, col, row, 0) = QVIMAGE_PIXEL(this, col, row, 0) OPERATION value; \ return result; \ } #ifdef QVIPP CREATE_CONST_OPERATOR_INT_C1(operator+, +, sInt); CREATE_CONST_OPERATOR_INT_C1(operator*, *, sInt); CREATE_CONST_OPERATOR_INT_C1(operator-, -, sInt); CREATE_CONST_OPERATOR_INT_C1(operator/, /, sInt); #endif #define CREATE_CONST_OPERATOR_INT_C3(OPERATOR, OPERATION, TYPE) \ template <> QVImage<TYPE, 3> QVImage<TYPE, 3>::OPERATOR(const TYPE value) const \ { \ QVImage<TYPE, 3> result = *this; \ QVIMAGE_PTR_INIT_READ(TYPE, this); \ QVIMAGE_INIT_WRITE(TYPE, result); \ for (int col = result.getROI().left(); col < result.getROI().right(); col++) \ for (int row = result.getROI().top(); row < result.getROI().bottom(); row++) \ { \ QVIMAGE_PIXEL(result, col, row, 0) = QVIMAGE_PIXEL(this, col, row, 0) OPERATION value; \ QVIMAGE_PIXEL(result, col, row, 1) = QVIMAGE_PIXEL(this, col, row, 1) OPERATION value; \ QVIMAGE_PIXEL(result, col, row, 2) = QVIMAGE_PIXEL(this, col, row, 2) OPERATION value; \ } \ return result; \ } #ifdef QVIPP CREATE_CONST_OPERATOR_INT_C3(operator+, +, sInt); CREATE_CONST_OPERATOR_INT_C3(operator*, *, sInt); CREATE_CONST_OPERATOR_INT_C3(operator-, -, sInt); CREATE_CONST_OPERATOR_INT_C3(operator/, /, sInt); #endif #define CREATE_NOT_OPERATOR(NAME, OPERATOR, TYPE, C) \ template <> QVImage<TYPE, C> QVImage<TYPE,C>::OPERATOR() const \ { \ QVImage<TYPE, C> result = *this; \ NAME(*this, result); \ return result; \ } #ifdef QVIPP CREATE_NOT_OPERATOR(Not, operator!, uChar, 1); CREATE_NOT_OPERATOR(Not, operator!, uChar, 3); #endif #define CREATE_COMPARE_OPERATOR(NAME, OPERATOR, CMP, TYPE, C) \ template <> QVImage<uChar> QVImage<TYPE,C>::OPERATOR(const QVImage<TYPE, C> &img) const \ { \ QVImage<uChar> result(getCols(), getRows()); \ NAME(*this, img, result, CMP); \ return result; \ } #ifdef QVIPP // ippcmpLess CREATE_COMPARE_OPERATOR(Compare, operator<, ippCmpLess, uChar, 1); CREATE_COMPARE_OPERATOR(Compare, operator<, ippCmpLess, uShort, 1); CREATE_COMPARE_OPERATOR(Compare, operator<, ippCmpLess, sShort, 1); CREATE_COMPARE_OPERATOR(Compare, operator<, ippCmpLess, sFloat, 1); CREATE_COMPARE_OPERATOR(Compare, operator<, ippCmpLess, uChar, 3); CREATE_COMPARE_OPERATOR(Compare, operator<, ippCmpLess, uShort, 3); CREATE_COMPARE_OPERATOR(Compare, operator<, ippCmpLess, sShort, 3); CREATE_COMPARE_OPERATOR(Compare, operator<, ippCmpLess, sFloat, 3); // ippCmpGreater CREATE_COMPARE_OPERATOR(Compare, operator>, ippCmpGreater, uChar, 1); CREATE_COMPARE_OPERATOR(Compare, operator>, ippCmpGreater, uShort, 1); CREATE_COMPARE_OPERATOR(Compare, operator>, ippCmpGreater, sShort, 1); CREATE_COMPARE_OPERATOR(Compare, operator>, ippCmpGreater, sFloat, 1); CREATE_COMPARE_OPERATOR(Compare, operator>, ippCmpGreater, uChar, 3); CREATE_COMPARE_OPERATOR(Compare, operator>, ippCmpGreater, uShort, 3); CREATE_COMPARE_OPERATOR(Compare, operator>, ippCmpGreater, sShort, 3); CREATE_COMPARE_OPERATOR(Compare, operator>, ippCmpGreater, sFloat, 3); // ippcmpLessEq CREATE_COMPARE_OPERATOR(Compare, operator<=, ippCmpLessEq, uChar, 1); CREATE_COMPARE_OPERATOR(Compare, operator<=, ippCmpLessEq, uShort, 1); CREATE_COMPARE_OPERATOR(Compare, operator<=, ippCmpLessEq, sShort, 1); CREATE_COMPARE_OPERATOR(Compare, operator<=, ippCmpLessEq, sFloat, 1); CREATE_COMPARE_OPERATOR(Compare, operator<=, ippCmpLessEq, uChar, 3); CREATE_COMPARE_OPERATOR(Compare, operator<=, ippCmpLessEq, uShort, 3); CREATE_COMPARE_OPERATOR(Compare, operator<=, ippCmpLessEq, sShort, 3); CREATE_COMPARE_OPERATOR(Compare, operator<=, ippCmpLessEq, sFloat, 3); // ippCmpGreaterEq CREATE_COMPARE_OPERATOR(Compare, operator>=, ippCmpGreaterEq, uChar, 1); CREATE_COMPARE_OPERATOR(Compare, operator>=, ippCmpGreaterEq, uShort, 1); CREATE_COMPARE_OPERATOR(Compare, operator>=, ippCmpGreaterEq, sShort, 1); CREATE_COMPARE_OPERATOR(Compare, operator>=, ippCmpGreaterEq, sFloat, 1); CREATE_COMPARE_OPERATOR(Compare, operator>=, ippCmpGreaterEq, uChar, 3); CREATE_COMPARE_OPERATOR(Compare, operator>=, ippCmpGreaterEq, uShort, 3); CREATE_COMPARE_OPERATOR(Compare, operator>=, ippCmpGreaterEq, sShort, 3); CREATE_COMPARE_OPERATOR(Compare, operator>=, ippCmpGreaterEq, sFloat, 3); #endif #define CREATE_GENERIC_COMPARE_OPERATOR_C1(OPERATOR, OPERATION, TYPE1, TYPE2) \ template <> QVImage<uChar> QVImage<TYPE1, 1>::OPERATOR(const QVImage<TYPE2, 1> &img) const \ { \ QVImage<uChar> result(getCols(), getRows()); \ result.setROI(getROI()); result.setAnchor(getAnchor()); \ QVIMAGE_PTR_INIT_READ(TYPE1, this); \ QVIMAGE_INIT_READ(TYPE2, img); \ QVIMAGE_INIT_WRITE(uChar, result); \ for (int col = result.getROI().left(); col < result.getROI().right(); col++) \ for (int row = result.getROI().top(); row < result.getROI().bottom(); row++) \ if (QVIMAGE_PIXEL(this, col, row, 0) OPERATION QVIMAGE_PIXEL(img, col, row, 0)) \ QVIMAGE_PIXEL(result, col, row, 0) = IPP_MAX_8U; \ else QVIMAGE_PIXEL(result, col, row, 0) = 0; \ return result; \ } #ifdef QVIPP CREATE_GENERIC_COMPARE_OPERATOR_C1(operator<, <, uChar, uShort); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator>, >, uChar, uShort); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator<=, <=, uChar, uShort); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator>=, >=, uChar, uShort); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator<, <, uChar, sShort); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator>, >, uChar, sShort); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator<=, <=, uChar, sShort); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator>=, >=, uChar, sShort); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator<, <, uChar, sInt); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator>, >, uChar, sInt); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator<=, <=, uChar, sInt); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator>=, >=, uChar, sInt); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator<, <, uChar, sFloat); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator>, >, uChar, sFloat); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator<=, <=, uChar, sFloat); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator>=, >=, uChar, sFloat); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator<, <, uShort, uChar); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator>, >, uShort, uChar); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator<=, <=, uShort, uChar); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator>=, >=, uShort, uChar); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator<, <, uShort, sShort); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator>, >, uShort, sShort); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator<=, <=, uShort, sShort); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator>=, >=, uShort, sShort); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator<, <, uShort, sInt); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator>, >, uShort, sInt); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator<=, <=, uShort, sInt); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator>=, >=, uShort, sInt); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator<, <, uShort, sFloat); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator>, >, uShort, sFloat); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator<=, <=, uShort, sFloat); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator>=, >=, uShort, sFloat); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator<, <, sShort, uChar); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator>, >, sShort, uChar); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator<=, <=, sShort, uChar); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator>=, >=, sShort, uChar); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator<, <, sShort, uShort); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator>, >, sShort, uShort); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator<=, <=, sShort, uShort); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator>=, >=, sShort, uShort); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator<, <, sShort, sInt); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator>, >, sShort, sInt); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator<=, <=, sShort, sInt); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator>=, >=, sShort, sInt); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator<, <, sShort, sFloat); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator>, >, sShort, sFloat); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator<=, <=, sShort, sFloat); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator>=, >=, sShort, sFloat); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator<, <, sInt, uChar); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator>, >, sInt, uChar); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator<=, <=, sInt, uChar); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator>=, >=, sInt, uChar); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator<, <, sInt, uShort); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator>, >, sInt, uShort); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator<=, <=, sInt, uShort); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator>=, >=, sInt, uShort); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator<, <, sInt, sShort); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator>, >, sInt, sShort); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator<=, <=, sInt, sShort); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator>=, >=, sInt, sShort); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator<, <, sInt, sInt); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator>, >, sInt, sInt); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator<=, <=, sInt, sInt); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator>=, >=, sInt, sInt); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator<, <, sInt, sFloat); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator>, >, sInt, sFloat); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator<=, <=, sInt, sFloat); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator>=, >=, sInt, sFloat); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator<, <, sFloat, uChar); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator>, >, sFloat, uChar); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator<=, <=, sFloat, uChar); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator>=, >=, sFloat, uChar); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator<, <, sFloat, uShort); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator>, >, sFloat, uShort); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator<=, <=, sFloat, uShort); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator>=, >=, sFloat, uShort); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator<, <, sFloat, sShort); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator>, >, sFloat, sShort); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator<=, <=, sFloat, sShort); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator>=, >=, sFloat, sShort); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator<, <, sFloat, sInt); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator>, >, sFloat, sInt); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator<=, <=, sFloat, sInt); CREATE_GENERIC_COMPARE_OPERATOR_C1(operator>=, >=, sFloat, sInt); #endif #define CREATE_GENERIC_COMPARE_OPERATOR_C3(OPERATOR, OPERATION, TYPE1, TYPE2) \ template <> QVImage<uChar> QVImage<TYPE1, 3>::OPERATOR(const QVImage<TYPE2, 3> &img) const \ { \ QVImage<uChar> result(getCols(), getRows()); \ result.setROI(getROI()); result.setAnchor(getAnchor()); \ QVIMAGE_PTR_INIT_READ(TYPE1, this); \ QVIMAGE_INIT_READ(TYPE2, img); \ QVIMAGE_INIT_WRITE(uChar, result); \ for (int col = result.getROI().left(); col < result.getROI().right(); col++) \ for (int row = result.getROI().top(); row < result.getROI().bottom(); row++) \ { \ if( (QVIMAGE_PIXEL(this, col, row, 0) OPERATION QVIMAGE_PIXEL(img, col, row, 0)) && \ (QVIMAGE_PIXEL(this, col, row, 1) OPERATION QVIMAGE_PIXEL(img, col, row, 1)) && \ (QVIMAGE_PIXEL(this, col, row, 2) OPERATION QVIMAGE_PIXEL(img, col, row, 2)) ) \ QVIMAGE_PIXEL(result, col, row, 0) = IPP_MAX_8U; \ else QVIMAGE_PIXEL(result, col, row, 0) = 0; \ } \ return result; \ } #ifdef QVIPP CREATE_GENERIC_COMPARE_OPERATOR_C3(operator<, <, uChar, uShort); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator>, >, uChar, uShort); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator<=, <=, uChar, uShort); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator>=, >=, uChar, uShort); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator<, <, uChar, sShort); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator>, >, uChar, sShort); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator<=, <=, uChar, sShort); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator>=, >=, uChar, sShort); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator<, <, uChar, sInt); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator>, >, uChar, sInt); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator<=, <=, uChar, sInt); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator>=, >=, uChar, sInt); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator<, <, uChar, sFloat); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator>, >, uChar, sFloat); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator<=, <=, uChar, sFloat); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator>=, >=, uChar, sFloat); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator<, <, uShort, uChar); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator>, >, uShort, uChar); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator<=, <=, uShort, uChar); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator>=, >=, uShort, uChar); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator<, <, uShort, sShort); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator>, >, uShort, sShort); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator<=, <=, uShort, sShort); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator>=, >=, uShort, sShort); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator<, <, uShort, sInt); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator>, >, uShort, sInt); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator<=, <=, uShort, sInt); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator>=, >=, uShort, sInt); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator<, <, uShort, sFloat); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator>, >, uShort, sFloat); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator<=, <=, uShort, sFloat); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator>=, >=, uShort, sFloat); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator<, <, sShort, uChar); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator>, >, sShort, uChar); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator<=, <=, sShort, uChar); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator>=, >=, sShort, uChar); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator<, <, sShort, uShort); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator>, >, sShort, uShort); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator<=, <=, sShort, uShort); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator>=, >=, sShort, uShort); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator<, <, sShort, sInt); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator>, >, sShort, sInt); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator<=, <=, sShort, sInt); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator>=, >=, sShort, sInt); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator<, <, sShort, sFloat); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator>, >, sShort, sFloat); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator<=, <=, sShort, sFloat); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator>=, >=, sShort, sFloat); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator<, <, sInt, uChar); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator>, >, sInt, uChar); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator<=, <=, sInt, uChar); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator>=, >=, sInt, uChar); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator<, <, sInt, uShort); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator>, >, sInt, uShort); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator<=, <=, sInt, uShort); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator>=, >=, sInt, uShort); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator<, <, sInt, sShort); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator>, >, sInt, sShort); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator<=, <=, sInt, sShort); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator>=, >=, sInt, sShort); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator<, <, sInt, sInt); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator>, >, sInt, sInt); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator<=, <=, sInt, sInt); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator>=, >=, sInt, sInt); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator<, <, sInt, sFloat); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator>, >, sInt, sFloat); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator<=, <=, sInt, sFloat); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator>=, >=, sInt, sFloat); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator<, <, sFloat, uChar); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator>, >, sFloat, uChar); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator<=, <=, sFloat, uChar); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator>=, >=, sFloat, uChar); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator<, <, sFloat, uShort); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator>, >, sFloat, uShort); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator<=, <=, sFloat, uShort); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator>=, >=, sFloat, uShort); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator<, <, sFloat, sShort); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator>, >, sFloat, sShort); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator<=, <=, sFloat, sShort); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator>=, >=, sFloat, sShort); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator<, <, sFloat, sInt); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator>, >, sFloat, sInt); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator<=, <=, sFloat, sInt); CREATE_GENERIC_COMPARE_OPERATOR_C3(operator>=, >=, sFloat, sInt); #endif // Set FUNCTION #define CREATE_SET_FUNCTION_C1(TYPE) \ template <> void QVImage<TYPE>::set(TYPE c1, TYPE, TYPE) \ { Set(c1, *this); } CREATE_SET_FUNCTION_C1(uChar); CREATE_SET_FUNCTION_C1(uShort); CREATE_SET_FUNCTION_C1(sShort); CREATE_SET_FUNCTION_C1(sInt); CREATE_SET_FUNCTION_C1(sFloat); #define CREATE_SET_FUNCTION_C3(TYPE) \ template <> void QVImage<TYPE,3>::set(TYPE c1, TYPE c2, TYPE c3) \ { \ const TYPE values[3] = { c1, c2, c3 }; \ Set(values, *this); \ } CREATE_SET_FUNCTION_C3(uChar); CREATE_SET_FUNCTION_C3(uShort); CREATE_SET_FUNCTION_C3(sShort); CREATE_SET_FUNCTION_C3(sInt); CREATE_SET_FUNCTION_C3(sFloat); // operator = #define CREATE_CONVERT_OPERATOR(TYPE1, TYPE2, C) \ template <> QVImage<TYPE2, C> & QVImage<TYPE2, C>::operator=(const QVImage<TYPE1, C> &img) \ { \ imageBuffer = new QVImageBuffer<TYPE2>(C*img.getCols(), img.getRows()); \ setAnchor(img.getROI().x(),img.getROI().y()); \ Convert(img, *this); \ setROI(img.getROI()); setAnchor(img.getAnchor()); \ step_div_type_size = getStep()/sizeof(TYPE2); \ return *this; \ } //#ifdef QVIPP CREATE_CONVERT_OPERATOR(uChar, uShort, 1); CREATE_CONVERT_OPERATOR(uChar, sShort, 1); CREATE_CONVERT_OPERATOR(uChar, sInt, 1); CREATE_CONVERT_OPERATOR(uChar, sFloat, 1); CREATE_CONVERT_OPERATOR(uChar, uShort, 3); CREATE_CONVERT_OPERATOR(uChar, sShort, 3); CREATE_CONVERT_OPERATOR(uChar, sInt, 3); CREATE_CONVERT_OPERATOR(uChar, sFloat, 3); CREATE_CONVERT_OPERATOR(uShort, uChar, 1); CREATE_CONVERT_OPERATOR(uShort, sInt, 1); CREATE_CONVERT_OPERATOR(uShort, sFloat, 1); CREATE_CONVERT_OPERATOR(uShort, uChar, 3); CREATE_CONVERT_OPERATOR(uShort, sInt, 3); CREATE_CONVERT_OPERATOR(uShort, sFloat, 3); CREATE_CONVERT_OPERATOR(sShort, uChar, 1); CREATE_CONVERT_OPERATOR(sShort, sInt, 1); CREATE_CONVERT_OPERATOR(sShort, sFloat, 1); CREATE_CONVERT_OPERATOR(sShort, uChar, 3); CREATE_CONVERT_OPERATOR(sShort, sInt, 3); CREATE_CONVERT_OPERATOR(sShort, sFloat, 3); CREATE_CONVERT_OPERATOR(sInt, uChar, 1); CREATE_CONVERT_OPERATOR(sInt, uChar, 3); CREATE_CONVERT_OPERATOR(sFloat, uChar, 1); CREATE_CONVERT_OPERATOR(sFloat, uShort, 1); CREATE_CONVERT_OPERATOR(sFloat, sShort, 1); CREATE_CONVERT_OPERATOR(sFloat, uChar, 3); CREATE_CONVERT_OPERATOR(sFloat, uShort, 3); CREATE_CONVERT_OPERATOR(sFloat, sShort, 3); //#endif // Nota: las siguientes funciones dan error al compilar, ya que no existen versiones de la función wrapper Convert, // para convertir de una imagen entera, a una imagen de tipo uShort, sShort, o sFloat. // CREATE_CONVERT_OPERATOR(uShort, sInt, 1); // CREATE_CONVERT_OPERATOR(sShort, sInt, 1); // CREATE_CONVERT_OPERATOR(uShort, sInt, 3); // CREATE_CONVERT_OPERATOR(sShort, sInt, 3); // CREATE_CONVERT_OPERATOR(sFloat, sInt, 3); // CREATE_CONVERT_OPERATOR(sFloat, sInt, 3); // // Por ello, estas funciones deben ser definidas con funciones de conversión Ad-hoc, así como las funciones de conversión // de valores uShort a valores sShort, y viceversa, que tampoco están implementadas por las IPP, ni las funciones para convertir // imagenes de distinto tipo y canal. // // Ojo: Para implementar las funciones de conversión entre imagenes de tipo sShort y uShort, hay que tener en cuenta la saturación // (que hacen las IPP para todas las funciones de conversión que implementa): // - Si se quiere convertir un valor sShort menor que cero a un valor uShort, se deja como el valor cero (0). // - Si se quiere convertir un valor uShort mayor que IPP_MAX_16S a sShort, se debe dejar como el valor IPP_MAX_16S. /* #define CREATE_CONVERT_OPERATOR_NO_IPP_1(TYPE1, TYPE2) \ template <> QVImage<TYPE2, 1> & QVImage<TYPE2, 1>::operator=(const QVImage<TYPE1, 1> &img) \ { \ imageBuffer = new QVImageBuffer<TYPE2>(img.getCols(), img.getRows()); \ QVIMAGE_PTR_INIT_WRITE(TYPE2, this); \ QVIMAGE_INIT_READ(TYPE1, img); \ for (int col = img.getROI().left(); col < img.getROI().right(); col++) \ for (int row = img.getROI().top(); row < img.getROI().bottom(); row++) \ QVIMAGE_PIXEL(this, col, row, 0) = (TYPE2)QVIMAGE_PIXEL(img, col, row, 0); \ setROI(img.getROI()); setAnchor(img.getAnchor()); \ step_div_type_size = getStep()/sizeof(TYPE2); \ return *this; \ } CREATE_CONVERT_OPERATOR_NO_IPP_1(uShort, sShort); CREATE_CONVERT_OPERATOR_NO_IPP_1(sShort, uShort); CREATE_CONVERT_OPERATOR_NO_IPP_1(sInt, uShort); CREATE_CONVERT_OPERATOR_NO_IPP_1(sInt, sShort); CREATE_CONVERT_OPERATOR_NO_IPP_1(sInt, sFloat); CREATE_CONVERT_OPERATOR_NO_IPP_1(sFloat, sInt); #define CREATE_CONVERT_OPERATOR_NO_IPP_3(TYPE1, TYPE2) \ template <> QVImage<TYPE2, 3> & QVImage<TYPE2, 3>::operator=(const QVImage<TYPE1, 3> &img) \ { \ imageBuffer = new QVImageBuffer<TYPE2>(3*img.getCols(), img.getRows()); \ QVIMAGE_PTR_INIT_WRITE(TYPE2, this); \ QVIMAGE_INIT_READ(TYPE1, img); \ for (int col = img.getROI().left(); col < img.getROI().right(); col++) \ for (int row = img.getROI().top(); row < img.getROI().bottom(); row++) \ { \ QVIMAGE_PIXEL(this, col, row, 0) = (TYPE2)QVIMAGE_PIXEL(img, col, row, 0); \ QVIMAGE_PIXEL(this, col, row, 1) = (TYPE2)QVIMAGE_PIXEL(img, col, row, 1); \ QVIMAGE_PIXEL(this, col, row, 2) = (TYPE2)QVIMAGE_PIXEL(img, col, row, 2); \ } \ setROI(img.getROI()); setAnchor(img.getAnchor()); \ step_div_type_size = getStep()/sizeof(TYPE2); \ return *this; \ } CREATE_CONVERT_OPERATOR_NO_IPP_3(uShort, sShort); CREATE_CONVERT_OPERATOR_NO_IPP_3(sShort, uShort); CREATE_CONVERT_OPERATOR_NO_IPP_3(sInt, uShort); CREATE_CONVERT_OPERATOR_NO_IPP_3(sInt, sShort); CREATE_CONVERT_OPERATOR_NO_IPP_3(sInt, sFloat); CREATE_CONVERT_OPERATOR_NO_IPP_3(sFloat, sInt); */ #define CREATE_CONVERT_OPERATOR_C3_C1(TYPE) \ template <> QVImage<TYPE, 1> & QVImage<TYPE, 1>::operator=(const QVImage<TYPE, 3> &img) \ { \ imageBuffer = new QVImageBuffer<TYPE>(img.getCols(), img.getRows()); \ setAnchor(img.getROI().x(),img.getROI().y()); \ RGBToGray(img, *this); \ setROI(img.getROI()); setAnchor(img.getAnchor()); \ step_div_type_size = getStep()/sizeof(TYPE); \ return *this; \ } //#ifdef QVIPP CREATE_CONVERT_OPERATOR_C3_C1(uChar); CREATE_CONVERT_OPERATOR_C3_C1(sChar); CREATE_CONVERT_OPERATOR_C3_C1(uInt); CREATE_CONVERT_OPERATOR_C3_C1(sInt); CREATE_CONVERT_OPERATOR_C3_C1(uShort); CREATE_CONVERT_OPERATOR_C3_C1(sShort); CREATE_CONVERT_OPERATOR_C3_C1(sFloat); //#endif /*#define CREATE_CONVERT_OPERATOR_NO_IPP_C3_C1(TYPE) \ template <> QVImage<TYPE, 1> & QVImage<TYPE, 1>::operator=(const QVImage<TYPE, 3> &img) \ { \ imageBuffer = new QVImageBuffer<TYPE>(img.getCols(), img.getRows()); \ QVIMAGE_PTR_INIT_WRITE(TYPE, this); \ QVIMAGE_INIT_READ(TYPE, img); \ for (int col = img.getROI().left(); col < img.getROI().right(); col++) \ for (int row = img.getROI().top(); row < img.getROI().bottom(); row++) \ { \ QVIMAGE_PIXEL(this, col, row, 0) = (TYPE)(0.299 * QVIMAGE_PIXEL(img, col, row, 0)); \ QVIMAGE_PIXEL(this, col, row, 0) += (TYPE)(0.587 * QVIMAGE_PIXEL(img, col, row, 1)); \ QVIMAGE_PIXEL(this, col, row, 0) += (TYPE)(0.114 * QVIMAGE_PIXEL(img, col, row, 2)); \ } \ setROI(img.getROI()); setAnchor(img.getAnchor()); \ step_div_type_size = getStep()/sizeof(TYPE); \ return *this; \ } CREATE_CONVERT_OPERATOR_NO_IPP_C3_C1(sInt); #ifndef QVIPP CREATE_CONVERT_OPERATOR_NO_IPP_C3_C1(uChar); CREATE_CONVERT_OPERATOR_NO_IPP_C3_C1(sChar); CREATE_CONVERT_OPERATOR_NO_IPP_C3_C1(uShort); CREATE_CONVERT_OPERATOR_NO_IPP_C3_C1(sShort); CREATE_CONVERT_OPERATOR_NO_IPP_C3_C1(sFloat); #endif*/ #define CREATE_CONVERT_OPERATOR_C1_C3(TYPE) \ template <> QVImage<TYPE, 3> & QVImage<TYPE, 3>::operator=(const QVImage<TYPE, 1> &img) \ { \ imageBuffer = new QVImageBuffer<TYPE>(3*img.getCols(), img.getRows()); \ setAnchor(img.getROI().x(),img.getROI().y()); \ Copy(img, img, img, *this); \ setROI(img.getROI()); setAnchor(img.getAnchor()); \ step_div_type_size = getStep()/sizeof(TYPE); \ return *this; \ } #ifdef QVIPP CREATE_CONVERT_OPERATOR_C1_C3(uChar); CREATE_CONVERT_OPERATOR_C1_C3(uShort); CREATE_CONVERT_OPERATOR_C1_C3(sShort); CREATE_CONVERT_OPERATOR_C1_C3(sInt); CREATE_CONVERT_OPERATOR_C1_C3(sFloat); #endif //Convert constructors with double conversion (after operator= declaration) #define CREATE_CONVERT_CONSTRUCTOR_DOUBLE_C3_C1(TYPE1, TYPE2) \ template <> QVImage<TYPE2, 1>::QVImage(QVImage<TYPE1, 3> const &img):QVGenericImage(img) \ { \ QVImage<TYPE1, 1> temp1(img); \ QVImage<TYPE2, 1> temp2(temp1); \ *this = temp2; \ } CREATE_CONVERT_CONSTRUCTOR_DOUBLE_C3_C1(uChar, uShort); CREATE_CONVERT_CONSTRUCTOR_DOUBLE_C3_C1(uChar, sShort); CREATE_CONVERT_CONSTRUCTOR_DOUBLE_C3_C1(uChar, sInt); CREATE_CONVERT_CONSTRUCTOR_DOUBLE_C3_C1(uChar, sFloat); CREATE_CONVERT_CONSTRUCTOR_DOUBLE_C3_C1(uShort, uChar); CREATE_CONVERT_CONSTRUCTOR_DOUBLE_C3_C1(uShort, sShort); CREATE_CONVERT_CONSTRUCTOR_DOUBLE_C3_C1(uShort, sInt); CREATE_CONVERT_CONSTRUCTOR_DOUBLE_C3_C1(uShort, sFloat); CREATE_CONVERT_CONSTRUCTOR_DOUBLE_C3_C1(sShort, uChar); CREATE_CONVERT_CONSTRUCTOR_DOUBLE_C3_C1(sShort, uShort); CREATE_CONVERT_CONSTRUCTOR_DOUBLE_C3_C1(sShort, sInt); CREATE_CONVERT_CONSTRUCTOR_DOUBLE_C3_C1(sShort, sFloat); CREATE_CONVERT_CONSTRUCTOR_DOUBLE_C3_C1(sInt, uChar); CREATE_CONVERT_CONSTRUCTOR_DOUBLE_C3_C1(sInt, uShort); CREATE_CONVERT_CONSTRUCTOR_DOUBLE_C3_C1(sInt, sShort); CREATE_CONVERT_CONSTRUCTOR_DOUBLE_C3_C1(sInt, sFloat); CREATE_CONVERT_CONSTRUCTOR_DOUBLE_C3_C1(sFloat, uChar); CREATE_CONVERT_CONSTRUCTOR_DOUBLE_C3_C1(sFloat, uShort); CREATE_CONVERT_CONSTRUCTOR_DOUBLE_C3_C1(sFloat, sShort); CREATE_CONVERT_CONSTRUCTOR_DOUBLE_C3_C1(sFloat, sInt); #define CREATE_CONVERT_CONSTRUCTOR_DOUBLE_C1_C3(TYPE1, TYPE2) \ template <> QVImage<TYPE2, 3>::QVImage(QVImage<TYPE1, 1> const &img):QVGenericImage(img) \ { \ QVImage<TYPE1, 3> temp1(img); \ QVImage<TYPE2, 3> temp2(temp1); \ *this = temp2; \ } CREATE_CONVERT_CONSTRUCTOR_DOUBLE_C1_C3(uChar, uShort); CREATE_CONVERT_CONSTRUCTOR_DOUBLE_C1_C3(uChar, sShort); CREATE_CONVERT_CONSTRUCTOR_DOUBLE_C1_C3(uChar, sInt); CREATE_CONVERT_CONSTRUCTOR_DOUBLE_C1_C3(uChar, sFloat); CREATE_CONVERT_CONSTRUCTOR_DOUBLE_C1_C3(uShort, uChar); CREATE_CONVERT_CONSTRUCTOR_DOUBLE_C1_C3(uShort, sShort); CREATE_CONVERT_CONSTRUCTOR_DOUBLE_C1_C3(uShort, sInt); CREATE_CONVERT_CONSTRUCTOR_DOUBLE_C1_C3(uShort, sFloat); CREATE_CONVERT_CONSTRUCTOR_DOUBLE_C1_C3(sShort, uChar); CREATE_CONVERT_CONSTRUCTOR_DOUBLE_C1_C3(sShort, uShort); CREATE_CONVERT_CONSTRUCTOR_DOUBLE_C1_C3(sShort, sInt); CREATE_CONVERT_CONSTRUCTOR_DOUBLE_C1_C3(sShort, sFloat); CREATE_CONVERT_CONSTRUCTOR_DOUBLE_C1_C3(sInt, uChar); CREATE_CONVERT_CONSTRUCTOR_DOUBLE_C1_C3(sInt, uShort); CREATE_CONVERT_CONSTRUCTOR_DOUBLE_C1_C3(sInt, sShort); CREATE_CONVERT_CONSTRUCTOR_DOUBLE_C1_C3(sInt, sFloat); CREATE_CONVERT_CONSTRUCTOR_DOUBLE_C1_C3(sFloat, uChar); CREATE_CONVERT_CONSTRUCTOR_DOUBLE_C1_C3(sFloat, uShort); CREATE_CONVERT_CONSTRUCTOR_DOUBLE_C1_C3(sFloat, sShort); CREATE_CONVERT_CONSTRUCTOR_DOUBLE_C1_C3(sFloat, sInt); #define CREATE_ACCESS_CONSTRUCTOR(OPERATOR, TYPE, C) \ template <> QVImage<TYPE, 1> QVImage<TYPE, C>::OPERATOR(const uInt channel) const \ { \ QVImage<TYPE, 1> result(getCols(), getRows()); \ Copy(*this, channel, result); \ result.setROI(getROI()); result.setAnchor(getAnchor()); \ return result; \ } CREATE_ACCESS_CONSTRUCTOR(operator(), uChar, 1); CREATE_ACCESS_CONSTRUCTOR(operator(), uChar, 3); CREATE_ACCESS_CONSTRUCTOR(operator(), uShort, 1); CREATE_ACCESS_CONSTRUCTOR(operator(), uShort, 3); CREATE_ACCESS_CONSTRUCTOR(operator(), sShort, 1); CREATE_ACCESS_CONSTRUCTOR(operator(), sShort, 3); CREATE_ACCESS_CONSTRUCTOR(operator(), sInt, 1); CREATE_ACCESS_CONSTRUCTOR(operator(), sInt, 3); CREATE_ACCESS_CONSTRUCTOR(operator(), sFloat, 1); CREATE_ACCESS_CONSTRUCTOR(operator(), sFloat, 3); // == Substitute functions for IPP wrapper functions == #ifndef DOXYGEN_IGNORE_THIS template<typename Type> void CopyC1x3C3( const QVImage<Type, 1> &src1, const QVImage<Type, 1> &src2, const QVImage<Type, 1> &src3, QVImage<Type, 3> &dst) { const uInt cols = src1.getCols(), rows = src1.getRows(); Q_ASSERT_X(src2.getCols() == cols, "CopyC1x3C3", "Number of columns for images 1 and 2 do not match"); Q_ASSERT_X(src2.getRows() == rows, "CopyC1x3C3", "Number of rows for images 1 and 2 do not match"); Q_ASSERT_X(src3.getCols() == cols, "CopyC1x3C3", "Number of columns for images 1 and 3 do not match"); Q_ASSERT_X(src3.getRows() == rows, "CopyC1x3C3", "Number of rows for images 1 and 3 do not match"); dst = QVImage<Type, 3>(cols, rows); dst.setROI(src1.getROI()); Type const *src1Data = src1.getReadData(), *src2Data = src2.getReadData(), *src3Data = src3.getReadData(); Type *dstData = dst.getWriteData(); const uInt src1Step = src1.getStep(), src2Step = src2.getStep(), src3Step = src3.getStep(), dstStep = dst.getStep(); for(uInt i = 0; i < rows; i++) { for(uInt j = 0; j < cols; j++) { dstData[3*j+0] = src1Data[j]; dstData[3*j+1] = src2Data[j]; dstData[3*j+2] = src3Data[j]; } src1Data += src1Step; src2Data += src2Step; src3Data += src3Step; dstData += dstStep; } } template<typename Type> void ConvertC1C3(const QVImage<Type, 1> &src, QVImage<Type, 3> &dst) { const int cols = src.getCols(), rows = src.getRows(); dst = QVImage<Type, 3>(cols, rows); dst.setROI(src.getROI()); Type const *srcData = src.getReadData(); Type *dstData = dst.getWriteData(); const int srcStep = src.getStep(), dstStep = dst.getStep(); for(int i = 0; i < rows; i++) { for(int j = 0; j < cols; j++) dstData[3*j+0] = dstData[3*j+1] = dstData[3*j+2] = srcData[j]; srcData += srcStep; dstData += dstStep; } } template<typename Type> void ConvertC3C1(const QVImage<Type, 3> &src, QVImage<Type, 1> &dst) { const int cols = src.getCols(), rows = src.getRows(); dst = QVImage<Type, 1>(cols, rows); dst.setROI(src.getROI()); Type const *srcData = src.getReadData(); Type *dstData = dst.getWriteData(); const int srcStep = src.getStep(), dstStep = dst.getStep(); for(int i = 0; i < rows; i++) { for(int j = 0; j < cols; j++) dstData[j] = (srcData[3*j+0] + srcData[3*j+1] + srcData[3*j+2])/3; srcData += srcStep; dstData += dstStep; } } template<typename Type1, typename Type2, int C> void ConvertType(const QVImage<Type1, C> &src, QVImage<Type2, C> &dst) { const int cols = src.getCols(), rows = src.getRows(); dst = QVImage<Type2, C>(cols, rows); dst.setROI(src.getROI()); Type1 const *srcData = src.getReadData(); Type2 *dstData = dst.getWriteData(); const int srcStep = src.getStep(), dstStep = dst.getStep(); for(int i = 0; i < rows; i++) { for(int j = 0; j < C*cols; j++) dstData[j] = srcData[j]; srcData += srcStep; dstData += dstStep; } } template<typename Type> void CopyC3C1(const QVImage<Type, 3> &src, const uChar channel, QVImage<Type, 1> &dst) { const int cols = src.getCols(), rows = src.getRows(); dst = QVImage<Type, 1>(cols, rows); dst.setROI(src.getROI()); Type const *srcData = src.getReadData(); Type *dstData = dst.getWriteData(); const int srcStep = src.getStep(), dstStep = dst.getStep(); for(int i = 0; i < rows; i++) { for(int j = 0; j < cols; j++) dstData[j] = srcData[3*j+channel]; srcData += srcStep; dstData += dstStep; } } #endif // DOXYGEN_IGNORE_THIS #ifndef QVIPP #define CREATE_SET_NO_IPP_C1(TYPE) \ void Set(const TYPE value, QVImage<TYPE, 1> &image) \ { \ const int cols = image.getCols(), rows = image.getRows(); \ \ QVIMAGE_INIT_WRITE(TYPE,image); \ for(int row = 0; row < rows; row++) \ for(int col = 0; col < cols; col++) \ QVIMAGE_PIXEL(image, col, row, 0) = value; \ } CREATE_SET_NO_IPP_C1(uChar); CREATE_SET_NO_IPP_C1(sFloat); CREATE_SET_NO_IPP_C1(sInt); CREATE_SET_NO_IPP_C1(uInt); CREATE_SET_NO_IPP_C1(sShort); CREATE_SET_NO_IPP_C1(uShort); #define CREATE_SET_NO_IPP_C3(TYPE) \ void Set(const TYPE value[3], QVImage<TYPE, 3> &image) \ { \ const int cols = image.getCols(), rows = image.getRows(); \ \ QVIMAGE_INIT_WRITE(TYPE, image); \ for(int row = 0; row < rows; row++) \ for(int col = 0; col < cols; col++) \ { \ QVIMAGE_PIXEL(image, col, row, 0) = value[0]; \ QVIMAGE_PIXEL(image, col, row, 1) = value[1]; \ QVIMAGE_PIXEL(image, col, row, 2) = value[2]; \ } \ } CREATE_SET_NO_IPP_C3(uChar); CREATE_SET_NO_IPP_C3(sFloat); CREATE_SET_NO_IPP_C3(sInt); CREATE_SET_NO_IPP_C3(uInt); CREATE_SET_NO_IPP_C3(sShort); CREATE_SET_NO_IPP_C3(uShort); #define CREATE_COPY_NO_IPP(TYPE, C) \ void Copy(const QVImage<TYPE, C> &src, QVImage<TYPE, C> &dest) \ { \ dest = src; \ } CREATE_COPY_NO_IPP(uChar, 1); CREATE_COPY_NO_IPP(sFloat, 1); CREATE_COPY_NO_IPP(sInt, 1); CREATE_COPY_NO_IPP(uInt, 1); CREATE_COPY_NO_IPP(sShort, 1); CREATE_COPY_NO_IPP(uShort, 1); CREATE_COPY_NO_IPP(uChar, 3); CREATE_COPY_NO_IPP(sFloat, 3); CREATE_COPY_NO_IPP(sInt, 3); CREATE_COPY_NO_IPP(uInt, 3); CREATE_COPY_NO_IPP(sShort, 3); CREATE_COPY_NO_IPP(uShort, 3); void Copy(const QVImage<sFloat, 3> &src, const uChar channel, QVImage<sFloat, 1> &dst) { CopyC3C1<sFloat>(src, channel, dst); } void Copy(const QVImage<uChar, 3> &src, const uChar channel, QVImage<uChar, 1> &dst) { CopyC3C1<uChar>(src, channel, dst); } void Copy(const QVImage<sChar, 3> &src, const uChar channel, QVImage<sChar, 1> &dst) { CopyC3C1<sChar>(src, channel, dst); } void Copy(const QVImage<sInt, 3> &src, const uChar channel, QVImage<sInt, 1> &dst) { CopyC3C1<sInt>(src, channel, dst); } void Copy(const QVImage<uInt, 3> &src, const uChar channel, QVImage<uInt, 1> &dst) { CopyC3C1<uInt>(src, channel, dst); } void Copy(const QVImage<sShort, 3> &src, const uChar channel, QVImage<sShort, 1> &dst) { CopyC3C1<sShort>(src, channel, dst); } void Copy(const QVImage<uShort, 3> &src, const uChar channel, QVImage<uShort, 1> &dst) { CopyC3C1<uShort>(src, channel, dst); } // Convert method. // sFloat //void Convert(const QVImage<sFloat, 1> &src, QVImage<sFloat, 1> &dst) { ConvertType<sFloat, sFloat, 1>(src, dst); } void Convert(const QVImage<sFloat, 1> &src, QVImage<uChar, 1> &dst) { ConvertType<sFloat, uChar, 1>(src, dst); } void Convert(const QVImage<sFloat, 1> &src, QVImage<sChar, 1> &dst) { ConvertType<sFloat, sChar, 1>(src, dst); } void Convert(const QVImage<sFloat, 1> &src, QVImage<sInt, 1> &dst) { ConvertType<sFloat, sInt, 1>(src, dst); } void Convert(const QVImage<sFloat, 1> &src, QVImage<uInt, 1> &dst) { ConvertType<sFloat, uInt, 1>(src, dst); } void Convert(const QVImage<sFloat, 1> &src, QVImage<sShort, 1> &dst) { ConvertType<sFloat, sShort, 1>(src, dst); } void Convert(const QVImage<sFloat, 1> &src, QVImage<uShort, 1> &dst) { ConvertType<sFloat, uShort, 1>(src, dst); } //void Convert(const QVImage<sFloat, 3> &src, QVImage<sFloat, 3> &dst) { ConvertType<sFloat, sFloat, 3>(src, dst); } void Convert(const QVImage<sFloat, 3> &src, QVImage<uChar, 3> &dst) { ConvertType<sFloat, uChar, 3>(src, dst); } void Convert(const QVImage<sFloat, 3> &src, QVImage<sChar, 3> &dst) { ConvertType<sFloat, sChar, 3>(src, dst); } void Convert(const QVImage<sFloat, 3> &src, QVImage<sInt, 3> &dst) { ConvertType<sFloat, sInt, 3>(src, dst); } void Convert(const QVImage<sFloat, 3> &src, QVImage<uInt, 3> &dst) { ConvertType<sFloat, uInt, 3>(src, dst); } void Convert(const QVImage<sFloat, 3> &src, QVImage<sShort, 3> &dst) { ConvertType<sFloat, sShort, 3>(src, dst); } void Convert(const QVImage<sFloat, 3> &src, QVImage<uShort, 3> &dst) { ConvertType<sFloat, uShort, 3>(src, dst); } // uChar void Convert(const QVImage<uChar, 1> &src, QVImage<sFloat, 1> &dst) { ConvertType<uChar, sFloat, 1>(src, dst); } //void Convert(const QVImage<uChar, 1> &src, QVImage<uChar, 1> &dst) { ConvertType<uChar, uChar, 1>(src, dst); } void Convert(const QVImage<uChar, 1> &src, QVImage<sChar, 1> &dst) { ConvertType<uChar, sChar, 1>(src, dst); } void Convert(const QVImage<uChar, 1> &src, QVImage<sInt, 1> &dst) { ConvertType<uChar, sInt, 1>(src, dst); } void Convert(const QVImage<uChar, 1> &src, QVImage<uInt, 1> &dst) { ConvertType<uChar, uInt, 1>(src, dst); } void Convert(const QVImage<uChar, 1> &src, QVImage<sShort, 1> &dst) { ConvertType<uChar, sShort, 1>(src, dst); } void Convert(const QVImage<uChar, 1> &src, QVImage<uShort, 1> &dst) { ConvertType<uChar, uShort, 1>(src, dst); } void Convert(const QVImage<uChar, 3> &src, QVImage<sFloat, 3> &dst) { ConvertType<uChar, sFloat, 3>(src, dst); } //void Convert(const QVImage<uChar, 3> &src, QVImage<uChar, 3> &dst) { ConvertType<uChar, uChar, 3>(src, dst); } void Convert(const QVImage<uChar, 3> &src, QVImage<sChar, 3> &dst) { ConvertType<uChar, sChar, 3>(src, dst); } void Convert(const QVImage<uChar, 3> &src, QVImage<sInt, 3> &dst) { ConvertType<uChar, sInt, 3>(src, dst); } void Convert(const QVImage<uChar, 3> &src, QVImage<uInt, 3> &dst) { ConvertType<uChar, uInt, 3>(src, dst); } void Convert(const QVImage<uChar, 3> &src, QVImage<sShort, 3> &dst) { ConvertType<uChar, sShort, 3>(src, dst); } void Convert(const QVImage<uChar, 3> &src, QVImage<uShort, 3> &dst) { ConvertType<uChar, uShort, 3>(src, dst); } // sChar void Convert(const QVImage<sChar, 1> &src, QVImage<sFloat, 1> &dst) { ConvertType<sChar, sFloat, 1>(src, dst); } void Convert(const QVImage<sChar, 1> &src, QVImage<uChar, 1> &dst) { ConvertType<sChar, uChar, 1>(src, dst); } //void Convert(const QVImage<sChar, 1> &src, QVImage<sChar, 1> &dst) { ConvertType<uChar, sChar, 1>(src, dst); } void Convert(const QVImage<sChar, 1> &src, QVImage<sInt, 1> &dst) { ConvertType<sChar, sInt, 1>(src, dst); } void Convert(const QVImage<sChar, 1> &src, QVImage<uInt, 1> &dst) { ConvertType<sChar, uInt, 1>(src, dst); } void Convert(const QVImage<sChar, 1> &src, QVImage<sShort, 1> &dst) { ConvertType<sChar, sShort, 1>(src, dst); } void Convert(const QVImage<sChar, 1> &src, QVImage<uShort, 1> &dst) { ConvertType<sChar, uShort, 1>(src, dst); } void Convert(const QVImage<sChar, 3> &src, QVImage<sFloat, 3> &dst) { ConvertType<sChar, sFloat, 3>(src, dst); } void Convert(const QVImage<sChar, 3> &src, QVImage<uChar, 3> &dst) { ConvertType<sChar, uChar, 3>(src, dst); } //void Convert(const QVImage<sChar, 3> &src, QVImage<sChar, 3> &dst) { ConvertType<uChar, sChar, 3>(src, dst); } void Convert(const QVImage<sChar, 3> &src, QVImage<sInt, 3> &dst) { ConvertType<sChar, sInt, 3>(src, dst); } void Convert(const QVImage<sChar, 3> &src, QVImage<uInt, 3> &dst) { ConvertType<sChar, uInt, 3>(src, dst); } void Convert(const QVImage<sChar, 3> &src, QVImage<sShort, 3> &dst) { ConvertType<sChar, sShort, 3>(src, dst); } void Convert(const QVImage<sChar, 3> &src, QVImage<uShort, 3> &dst) { ConvertType<sChar, uShort, 3>(src, dst); } // sInt void Convert(const QVImage<sInt, 1> &src, QVImage<sFloat, 1> &dst) { ConvertType<sInt, sFloat, 1>(src, dst); } void Convert(const QVImage<sInt, 1> &src, QVImage<uChar, 1> &dst) { ConvertType<sInt, uChar, 1>(src, dst); } void Convert(const QVImage<sInt, 1> &src, QVImage<sChar, 1> &dst) { ConvertType<sInt, sChar, 1>(src, dst); } //void Convert(const QVImage<sInt, 1> &src, QVImage<sInt, 1> &dst) { ConvertType<sInt, sInt, 1>(src, dst); } void Convert(const QVImage<sInt, 1> &src, QVImage<uInt, 1> &dst) { ConvertType<sInt, uInt, 1>(src, dst); } void Convert(const QVImage<sInt, 1> &src, QVImage<sShort, 1> &dst) { ConvertType<sInt, sShort, 1>(src, dst); } void Convert(const QVImage<sInt, 1> &src, QVImage<uShort, 1> &dst) { ConvertType<sInt, uShort, 1>(src, dst); } void Convert(const QVImage<sInt, 3> &src, QVImage<sFloat, 3> &dst) { ConvertType<sInt, sFloat, 3>(src, dst); } void Convert(const QVImage<sInt, 3> &src, QVImage<uChar, 3> &dst) { ConvertType<sInt, uChar, 3>(src, dst); } void Convert(const QVImage<sInt, 3> &src, QVImage<sChar, 3> &dst) { ConvertType<sInt, sChar, 3>(src, dst); } //void Convert(const QVImage<sInt, 3> &src, QVImage<sInt, 3> &dst) { ConvertType<sInt, sInt, 3>(src, dst); } void Convert(const QVImage<sInt, 3> &src, QVImage<uInt, 3> &dst) { ConvertType<sInt, uInt, 3>(src, dst); } void Convert(const QVImage<sInt, 3> &src, QVImage<sShort, 3> &dst) { ConvertType<sInt, sShort, 3>(src, dst); } void Convert(const QVImage<sInt, 3> &src, QVImage<uShort, 3> &dst) { ConvertType<sInt, uShort, 3>(src, dst); } // uInt void Convert(const QVImage<uInt, 1> &src, QVImage<sFloat, 1> &dst) { ConvertType<uInt, sFloat, 1>(src, dst); } void Convert(const QVImage<uInt, 1> &src, QVImage<uChar, 1> &dst) { ConvertType<uInt, uChar, 1>(src, dst); } void Convert(const QVImage<uInt, 1> &src, QVImage<sChar, 1> &dst) { ConvertType<uInt, sChar, 1>(src, dst); } void Convert(const QVImage<uInt, 1> &src, QVImage<sInt, 1> &dst) { ConvertType<uInt, sInt, 1>(src, dst); } //void Convert(const QVImage<uInt, 1> &src, QVImage<uInt, 1> &dst) { ConvertType<uInt, uInt, 1>(src, dst); } void Convert(const QVImage<uInt, 1> &src, QVImage<sShort, 1> &dst) { ConvertType<uInt, sShort, 1>(src, dst); } void Convert(const QVImage<uInt, 1> &src, QVImage<uShort, 1> &dst) { ConvertType<uInt, uShort, 1>(src, dst); } void Convert(const QVImage<uInt, 3> &src, QVImage<sFloat, 3> &dst) { ConvertType<uInt, sFloat, 3>(src, dst); } void Convert(const QVImage<uInt, 3> &src, QVImage<uChar, 3> &dst) { ConvertType<uInt, uChar, 3>(src, dst); } void Convert(const QVImage<uInt, 3> &src, QVImage<sChar, 3> &dst) { ConvertType<uInt, sChar, 3>(src, dst); } void Convert(const QVImage<uInt, 3> &src, QVImage<sInt, 3> &dst) { ConvertType<uInt, sInt, 3>(src, dst); } //void Convert(const QVImage<uInt, 3> &src, QVImage<uInt, 3> &dst) { ConvertType<uInt, uInt, 3>(src, dst); } void Convert(const QVImage<uInt, 3> &src, QVImage<sShort, 3> &dst) { ConvertType<uInt, sShort, 3>(src, dst); } void Convert(const QVImage<uInt, 3> &src, QVImage<uShort, 3> &dst) { ConvertType<uInt, uShort, 3>(src, dst); } // sShort void Convert(const QVImage<sShort, 1> &src, QVImage<sFloat, 1> &dst) { ConvertType<sShort, sFloat, 1>(src, dst); } void Convert(const QVImage<sShort, 1> &src, QVImage<uChar, 1> &dst) { ConvertType<sShort, uChar, 1>(src, dst); } void Convert(const QVImage<sShort, 1> &src, QVImage<sChar, 1> &dst) { ConvertType<sShort, sChar, 1>(src, dst); } void Convert(const QVImage<sShort, 1> &src, QVImage<sInt, 1> &dst) { ConvertType<sShort, sInt, 1>(src, dst); } void Convert(const QVImage<sShort, 1> &src, QVImage<uInt, 1> &dst) { ConvertType<sShort, uInt, 1>(src, dst); } //void Convert(const QVImage<sShort, 1> &src, QVImage<sShort, 1> &dst) { ConvertType<sShort, sShort, 1>(src, dst); } void Convert(const QVImage<sShort, 1> &src, QVImage<uShort, 1> &dst) { ConvertType<sShort, uShort, 1>(src, dst); } void Convert(const QVImage<sShort, 3> &src, QVImage<sFloat, 3> &dst) { ConvertType<sShort, sFloat, 3>(src, dst); } void Convert(const QVImage<sShort, 3> &src, QVImage<uChar, 3> &dst) { ConvertType<sShort, uChar, 3>(src, dst); } void Convert(const QVImage<sShort, 3> &src, QVImage<sChar, 3> &dst) { ConvertType<sShort, sChar, 3>(src, dst); } void Convert(const QVImage<sShort, 3> &src, QVImage<sInt, 3> &dst) { ConvertType<sShort, sInt, 3>(src, dst); } void Convert(const QVImage<sShort, 3> &src, QVImage<uInt, 3> &dst) { ConvertType<sShort, uInt, 3>(src, dst); } //void Convert(const QVImage<sShort, 3> &src, QVImage<sShort, 3> &dst) { ConvertType<sShort, sShort, 3>(src, dst); } void Convert(const QVImage<sShort, 3> &src, QVImage<uShort, 3> &dst) { ConvertType<sShort, uShort, 3>(src, dst); } // uShort void Convert(const QVImage<uShort, 1> &src, QVImage<sFloat, 1> &dst) { ConvertType<uShort, sFloat, 1>(src, dst); } void Convert(const QVImage<uShort, 1> &src, QVImage<uChar, 1> &dst) { ConvertType<uShort, uChar, 1>(src, dst); } void Convert(const QVImage<uShort, 1> &src, QVImage<sChar, 1> &dst) { ConvertType<uShort, sChar, 1>(src, dst); } void Convert(const QVImage<uShort, 1> &src, QVImage<sInt, 1> &dst) { ConvertType<uShort, sInt, 1>(src, dst); } void Convert(const QVImage<uShort, 1> &src, QVImage<uInt, 1> &dst) { ConvertType<uShort, uInt, 1>(src, dst); } void Convert(const QVImage<uShort, 1> &src, QVImage<sShort, 1> &dst) { ConvertType<uShort, sShort, 1>(src, dst); } //void Convert(const QVImage<uShort, 1> &src, QVImage<uShort, 1> &dst) { ConvertType<uShort, uShort, 1>(src, dst); } void Convert(const QVImage<uShort, 3> &src, QVImage<sFloat, 3> &dst) { ConvertType<uShort, sFloat, 3>(src, dst); } void Convert(const QVImage<uShort, 3> &src, QVImage<uChar, 3> &dst) { ConvertType<uShort, uChar, 3>(src, dst); } void Convert(const QVImage<uShort, 3> &src, QVImage<sChar, 3> &dst) { ConvertType<uShort, sChar, 3>(src, dst); } void Convert(const QVImage<uShort, 3> &src, QVImage<sInt, 3> &dst) { ConvertType<uShort, sInt, 3>(src, dst); } void Convert(const QVImage<uShort, 3> &src, QVImage<uInt, 3> &dst) { ConvertType<uShort, uInt, 3>(src, dst); } void Convert(const QVImage<uShort, 3> &src, QVImage<sShort, 3> &dst) { ConvertType<uShort, sShort, 3>(src, dst); } //void Convert(const QVImage<uShort, 3> &src, QVImage<uShort, 3> &dst) { ConvertType<uShort, uShort, 3>(src, dst); } // Convert method. void Convert(const QVImage<sFloat, 3> &src, QVImage<sFloat, 1> &dst) { ConvertC3C1<sFloat>(src, dst); } void Convert(const QVImage<sChar, 3> &src, QVImage<sChar, 1> &dst) { ConvertC3C1<sChar>(src, dst); } void Convert(const QVImage<uChar, 3> &src, QVImage<uChar, 1> &dst) { ConvertC3C1<uChar>(src, dst); } void Convert(const QVImage<sInt, 3> &src, QVImage<sInt, 1> &dst) { ConvertC3C1<sInt>(src, dst); } void Convert(const QVImage<uInt, 3> &src, QVImage<uInt, 1> &dst) { ConvertC3C1<uInt>(src, dst); } void Convert(const QVImage<sShort, 3> &src, QVImage<sShort, 1> &dst) { ConvertC3C1<sShort>(src, dst); } void Convert(const QVImage<uShort, 3> &src, QVImage<uShort, 1> &dst) { ConvertC3C1<uShort>(src, dst); } void RGBToGray(const QVImage<sFloat, 3> &src, QVImage<sFloat, 1> &dst) { ConvertC3C1<sFloat>(src, dst); } void RGBToGray(const QVImage<sChar, 3> &src, QVImage<sChar, 1> &dst) { ConvertC3C1<sChar>(src, dst); } void RGBToGray(const QVImage<uChar, 3> &src, QVImage<uChar, 1> &dst) { ConvertC3C1<uChar>(src, dst); } void RGBToGray(const QVImage<sInt, 3> &src, QVImage<sInt, 1> &dst) { ConvertC3C1<sInt>(src, dst); } void RGBToGray(const QVImage<uInt, 3> &src, QVImage<uInt, 1> &dst) { ConvertC3C1<uInt>(src, dst); } void RGBToGray(const QVImage<sShort, 3> &src, QVImage<sShort, 1> &dst) { ConvertC3C1<sShort>(src, dst); } void RGBToGray(const QVImage<uShort, 3> &src, QVImage<uShort, 1> &dst) { ConvertC3C1<uShort>(src, dst); } void Convert(const QVImage<sFloat, 1> &src, QVImage<sFloat, 3> &dst) { ConvertC1C3<sFloat>(src, dst); } void Convert(const QVImage<sChar, 1> &src, QVImage<sChar, 3> &dst) { ConvertC1C3<sChar>(src, dst); } void Convert(const QVImage<uChar, 1> &src, QVImage<uChar, 3> &dst) { ConvertC1C3<uChar>(src, dst); } void Convert(const QVImage<sInt, 1> &src, QVImage<sInt, 3> &dst) { ConvertC1C3<sInt>(src, dst); } void Convert(const QVImage<uInt, 1> &src, QVImage<uInt, 3> &dst) { ConvertC1C3<uInt>(src, dst); } void Convert(const QVImage<sShort, 1> &src, QVImage<sShort, 3> &dst) { ConvertC1C3<sShort>(src, dst); } void Convert(const QVImage<uShort, 1> &src, QVImage<uShort, 3> &dst) { ConvertC1C3<uShort>(src, dst); } void Copy(const QVImage<sFloat, 1> &src1, const QVImage<sFloat, 1> &src2, const QVImage<sFloat, 1> &src3, QVImage<sFloat, 3> &dst) { CopyC1x3C3<sFloat>(src1, src2, src3, dst); } void Copy(const QVImage<uChar, 1> &src1, const QVImage<uChar, 1> &src2, const QVImage<uChar, 1> &src3, QVImage<uChar, 3> &dst) { CopyC1x3C3<uChar>(src1, src2, src3, dst); } void Copy(const QVImage<sChar, 1> &src1, const QVImage<sChar, 1> &src2, const QVImage<sChar, 1> &src3, QVImage<sChar, 3> &dst) { CopyC1x3C3<sChar>(src1, src2, src3, dst); } void Copy(const QVImage<uInt, 1> &src1, const QVImage<uInt, 1> &src2, const QVImage<uInt, 1> &src3, QVImage<uInt, 3> &dst) { CopyC1x3C3<uInt>(src1, src2, src3, dst); } void Copy(const QVImage<sInt, 1> &src1, const QVImage<sInt, 1> &src2, const QVImage<sInt, 1> &src3, QVImage<sInt, 3> &dst) { CopyC1x3C3<sInt>(src1, src2, src3, dst); } void Copy(const QVImage<uShort, 1> &src1, const QVImage<uShort, 1> &src2, const QVImage<uShort, 1> &src3, QVImage<uShort, 3> &dst) { CopyC1x3C3<uShort>(src1, src2, src3, dst); } void Copy(const QVImage<sShort, 1> &src1, const QVImage<sShort, 1> &src2, const QVImage<sShort, 1> &src3, QVImage<sShort, 3> &dst) { CopyC1x3C3<sShort>(src1, src2, src3, dst); } // Unimplemented functions. void Resize(const QVImage<uChar> &src, QVImage<uChar> &dest) { std::cout << "Warning: Resize function without IPP is to be implemented soon." << std::endl; dest = src; } void Resize(const QVImage<uChar,3> &src, QVImage<uChar,3> &dest) { std::cout << "Warning: Resize function without IPP is to be implemented soon." << std::endl; dest = src; } void YUV420ToRGB(const QVImage<uChar, 1> &srcY, const QVImage<uChar, 1> &srcU, const QVImage<uChar, 1> &srcV, QVImage<uChar, 3> &destRGB) { std::cout << "Warning: YUV420ToRGB function without IPP is to be implemented soon." << std::endl; /*const double y2 = y, u2 = u-128, v2 = v - 128; double r = +y2 + 1.370705*v2, g = +y2 - 0.337633*u2 - 0.698001*v2, b = +y2 + 1.732446*u2; // Even with proper conversion, some values still need clipping. if (r > 255) r = 255; if (g > 255) g = 255; if (b > 255) b = 255; if (r < 0) r = 0; if (g < 0) g = 0; if (b < 0) b = 0; // Values only go from 0-220.. Why? pixel[0] = r * 220 / 256; pixel[1] = g * 220 / 256; pixel[2] = b * 220 / 256;*/ /* Alternate formula. From http://msdn.microsoft.com/en-us/library/ms893078.aspx //clip denotes clipping the value to the range 0-255 C = Y - 16 D = U - 128 E = V - 128 R = clip(( 298 * C + 409 * E + 128) >> 8) G = clip(( 298 * C - 100 * D - 208 * E + 128) >> 8) B = clip(( 298 * C + 516 * D + 128) >> 8) */ Convert(srcY, destRGB); } void RGBToYUV420(const QVImage<uChar, 3> &src, QVImage<uChar, 1> &dstY, QVImage<uChar, 1> &dstU, QVImage<uChar, 1> &dstV) { std::cout << "Warning: RGBToYUV420 function without IPP is to be implemented soon." << std::endl; /* From http://msdn.microsoft.com/en-us/library/ms893078.aspx Y = ( ( 66 * R + 129 * G + 25 * B + 128) >> 8) + 16 U = ( ( -38 * R - 74 * G + 112 * B + 128) >> 8) + 128 V = ( ( 112 * R - 94 * G - 18 * B + 128) >> 8) + 128 */ Convert(src, dstY); dstU = dstV = QVImage<uChar, 1>(src.getCols() / 2, src.getRows() / 2); Set(128, dstU); Set(128, dstV); } #else // Functions not provided by the IPP. // sFloat void Convert(const QVImage<sFloat, 1> &src, QVImage<sChar, 1> &dst) { ConvertType<sFloat, sChar, 1>(src, dst); } void Convert(const QVImage<sFloat, 1> &src, QVImage<sInt, 1> &dst) { ConvertType<sFloat, sInt, 1>(src, dst); } void Convert(const QVImage<sFloat, 1> &src, QVImage<uInt, 1> &dst) { ConvertType<sFloat, uInt, 1>(src, dst); } void Convert(const QVImage<sFloat, 3> &src, QVImage<sChar, 3> &dst) { ConvertType<sFloat, sChar, 3>(src, dst); } void Convert(const QVImage<sFloat, 3> &src, QVImage<sInt, 3> &dst) { ConvertType<sFloat, sInt, 3>(src, dst); } void Convert(const QVImage<sFloat, 3> &src, QVImage<uInt, 3> &dst) { ConvertType<sFloat, uInt, 3>(src, dst); } // uChar void Convert(const QVImage<uChar, 1> &src, QVImage<sChar, 1> &dst) { ConvertType<uChar, sChar, 1>(src, dst); } void Convert(const QVImage<uChar, 1> &src, QVImage<uInt, 1> &dst) { ConvertType<uChar, uInt, 1>(src, dst); } void Convert(const QVImage<uChar, 3> &src, QVImage<sChar, 3> &dst) { ConvertType<uChar, sChar, 3>(src, dst); } void Convert(const QVImage<uChar, 3> &src, QVImage<uInt, 3> &dst) { ConvertType<uChar, uInt, 3>(src, dst); } // sChar void Convert(const QVImage<sChar, 1> &src, QVImage<sFloat, 1> &dst) { ConvertType<sChar, sFloat, 1>(src, dst); } void Convert(const QVImage<sChar, 1> &src, QVImage<uChar, 1> &dst) { ConvertType<sChar, uChar, 1>(src, dst); } void Convert(const QVImage<sChar, 1> &src, QVImage<sInt, 1> &dst) { ConvertType<sChar, sInt, 1>(src, dst); } void Convert(const QVImage<sChar, 1> &src, QVImage<uInt, 1> &dst) { ConvertType<sChar, uInt, 1>(src, dst); } void Convert(const QVImage<sChar, 1> &src, QVImage<sShort, 1> &dst) { ConvertType<sChar, sShort, 1>(src, dst); } void Convert(const QVImage<sChar, 1> &src, QVImage<uShort, 1> &dst) { ConvertType<sChar, uShort, 1>(src, dst); } void Convert(const QVImage<sChar, 3> &src, QVImage<sFloat, 3> &dst) { ConvertType<sChar, sFloat, 3>(src, dst); } void Convert(const QVImage<sChar, 3> &src, QVImage<uChar, 3> &dst) { ConvertType<sChar, uChar, 3>(src, dst); } void Convert(const QVImage<sChar, 3> &src, QVImage<sInt, 3> &dst) { ConvertType<sChar, sInt, 3>(src, dst); } void Convert(const QVImage<sChar, 3> &src, QVImage<uInt, 3> &dst) { ConvertType<sChar, uInt, 3>(src, dst); } void Convert(const QVImage<sChar, 3> &src, QVImage<sShort, 3> &dst) { ConvertType<sChar, sShort, 3>(src, dst); } void Convert(const QVImage<sChar, 3> &src, QVImage<uShort, 3> &dst) { ConvertType<sChar, uShort, 3>(src, dst); } // sInt void Convert(const QVImage<sInt, 1> &src, QVImage<sFloat, 1> &dst) { ConvertType<sInt, sFloat, 1>(src, dst); } void Convert(const QVImage<sInt, 1> &src, QVImage<sChar, 1> &dst) { ConvertType<sInt, sChar, 1>(src, dst); } void Convert(const QVImage<sInt, 1> &src, QVImage<uInt, 1> &dst) { ConvertType<sInt, uInt, 1>(src, dst); } void Convert(const QVImage<sInt, 1> &src, QVImage<sShort, 1> &dst) { ConvertType<sInt, sShort, 1>(src, dst); } void Convert(const QVImage<sInt, 1> &src, QVImage<uShort, 1> &dst) { ConvertType<sInt, uShort, 1>(src, dst); } void Convert(const QVImage<sInt, 3> &src, QVImage<sFloat, 3> &dst) { ConvertType<sInt, sFloat, 3>(src, dst); } void Convert(const QVImage<sInt, 3> &src, QVImage<sChar, 3> &dst) { ConvertType<sInt, sChar, 3>(src, dst); } void Convert(const QVImage<sInt, 3> &src, QVImage<uInt, 3> &dst) { ConvertType<sInt, uInt, 3>(src, dst); } void Convert(const QVImage<sInt, 3> &src, QVImage<sShort, 3> &dst) { ConvertType<sInt, sShort, 3>(src, dst); } void Convert(const QVImage<sInt, 3> &src, QVImage<uShort, 3> &dst) { ConvertType<sInt, uShort, 3>(src, dst); } // uInt void Convert(const QVImage<uInt, 1> &src, QVImage<sFloat, 1> &dst) { ConvertType<uInt, sFloat, 1>(src, dst); } void Convert(const QVImage<uInt, 1> &src, QVImage<uChar, 1> &dst) { ConvertType<uInt, uChar, 1>(src, dst); } void Convert(const QVImage<uInt, 1> &src, QVImage<sChar, 1> &dst) { ConvertType<uInt, sChar, 1>(src, dst); } void Convert(const QVImage<uInt, 1> &src, QVImage<sInt, 1> &dst) { ConvertType<uInt, sInt, 1>(src, dst); } void Convert(const QVImage<uInt, 1> &src, QVImage<sShort, 1> &dst) { ConvertType<uInt, sShort, 1>(src, dst); } void Convert(const QVImage<uInt, 1> &src, QVImage<uShort, 1> &dst) { ConvertType<uInt, uShort, 1>(src, dst); } void Convert(const QVImage<uInt, 3> &src, QVImage<sFloat, 3> &dst) { ConvertType<uInt, sFloat, 3>(src, dst); } void Convert(const QVImage<uInt, 3> &src, QVImage<uChar, 3> &dst) { ConvertType<uInt, uChar, 3>(src, dst); } void Convert(const QVImage<uInt, 3> &src, QVImage<sChar, 3> &dst) { ConvertType<uInt, sChar, 3>(src, dst); } void Convert(const QVImage<uInt, 3> &src, QVImage<sInt, 3> &dst) { ConvertType<uInt, sInt, 3>(src, dst); } void Convert(const QVImage<uInt, 3> &src, QVImage<sShort, 3> &dst) { ConvertType<uInt, sShort, 3>(src, dst); } void Convert(const QVImage<uInt, 3> &src, QVImage<uShort, 3> &dst) { ConvertType<uInt, uShort, 3>(src, dst); } // sShort void Convert(const QVImage<sShort, 1> &src, QVImage<sChar, 1> &dst) { ConvertType<sShort, sChar, 1>(src, dst); } void Convert(const QVImage<sShort, 1> &src, QVImage<uInt, 1> &dst) { ConvertType<sShort, uInt, 1>(src, dst); } void Convert(const QVImage<sShort, 1> &src, QVImage<uShort, 1> &dst) { ConvertType<sShort, uShort, 1>(src, dst); } void Convert(const QVImage<sShort, 3> &src, QVImage<sChar, 3> &dst) { ConvertType<sShort, sChar, 3>(src, dst); } void Convert(const QVImage<sShort, 3> &src, QVImage<uInt, 3> &dst) { ConvertType<sShort, uInt, 3>(src, dst); } void Convert(const QVImage<sShort, 3> &src, QVImage<uShort, 3> &dst) { ConvertType<sShort, uShort, 3>(src, dst); } // uShort void Convert(const QVImage<uShort, 1> &src, QVImage<sChar, 1> &dst) { ConvertType<uShort, sChar, 1>(src, dst); } void Convert(const QVImage<uShort, 1> &src, QVImage<uInt, 1> &dst) { ConvertType<uShort, uInt, 1>(src, dst); } void Convert(const QVImage<uShort, 1> &src, QVImage<sShort, 1> &dst) { ConvertType<uShort, sShort, 1>(src, dst); } void Convert(const QVImage<uShort, 3> &src, QVImage<sChar, 3> &dst) { ConvertType<uShort, sChar, 3>(src, dst); } void Convert(const QVImage<uShort, 3> &src, QVImage<uInt, 3> &dst) { ConvertType<uShort, uInt, 3>(src, dst); } void Convert(const QVImage<uShort, 3> &src, QVImage<sShort, 3> &dst) { ConvertType<uShort, sShort, 3>(src, dst); } void RGBToGray(const QVImage<sChar, 3> &src, QVImage<sChar, 1> &dst) { ConvertC3C1<sChar>(src, dst); } void RGBToGray(const QVImage<uInt, 3> &src, QVImage<uInt, 1> &dst) { ConvertC3C1<uInt>(src, dst); } void RGBToGray(const QVImage<sInt, 3> &src, QVImage<sInt, 1> &dst) { ConvertC3C1<sInt>(src, dst); } void Copy(const QVImage<sChar, 1> &src1, const QVImage<sChar, 1> &src2, const QVImage<sChar, 1> &src3, QVImage<sChar, 3> &dst) { CopyC1x3C3<sChar>(src1, src2, src3, dst); } void Copy(const QVImage<uInt, 1> &src1, const QVImage<uInt, 1> &src2, const QVImage<uInt, 1> &src3, QVImage<uInt, 3> &dst) { CopyC1x3C3<uInt>(src1, src2, src3, dst); } #endif // QVIPP

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QVision framework. PARP research group. Copyright © 2007, 2008, 2009, 2010, 2011.