PARP Research Group

Universidad de Murcia

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src/qvipp/qvippfunctions.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 <qvipp/macros.h> #include <qvipp/qvippfunctions.h> // QVision wrapper function for IPP's ippiConvert_8u16u_C1R void Convert( const QVImage<uChar, 1> & qvimage_pSrc, QVImage<uShort, 1> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Convert, ippiConvert_8u16u_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiConvert_8u16s_C1R void Convert( const QVImage<uChar, 1> & qvimage_pSrc, QVImage<sShort, 1> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Convert, ippiConvert_8u16s_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiConvert_8u32s_C1R void Convert( const QVImage<uChar, 1> & qvimage_pSrc, QVImage<sInt, 1> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Convert, ippiConvert_8u32s_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiConvert_8u32f_C1R void Convert( const QVImage<uChar, 1> & qvimage_pSrc, QVImage<sFloat, 1> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Convert, ippiConvert_8u32f_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiConvert_8u16u_C3R void Convert( const QVImage<uChar, 3> & qvimage_pSrc, QVImage<uShort, 3> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Convert, ippiConvert_8u16u_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiConvert_8u16s_C3R void Convert( const QVImage<uChar, 3> & qvimage_pSrc, QVImage<sShort, 3> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Convert, ippiConvert_8u16s_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiConvert_8u32s_C3R void Convert( const QVImage<uChar, 3> & qvimage_pSrc, QVImage<sInt, 3> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Convert, ippiConvert_8u32s_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiConvert_8u32f_C3R void Convert( const QVImage<uChar, 3> & qvimage_pSrc, QVImage<sFloat, 3> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Convert, ippiConvert_8u32f_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiConvert_16u8u_C1R void Convert( const QVImage<uShort, 1> & qvimage_pSrc, QVImage<uChar, 1> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Convert, ippiConvert_16u8u_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiConvert_16u32s_C1R void Convert( const QVImage<uShort, 1> & qvimage_pSrc, QVImage<sInt, 1> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Convert, ippiConvert_16u32s_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiConvert_16u32f_C1R void Convert( const QVImage<uShort, 1> & qvimage_pSrc, QVImage<sFloat, 1> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Convert, ippiConvert_16u32f_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiConvert_16u8u_C3R void Convert( const QVImage<uShort, 3> & qvimage_pSrc, QVImage<uChar, 3> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Convert, ippiConvert_16u8u_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiConvert_16u32s_C3R void Convert( const QVImage<uShort, 3> & qvimage_pSrc, QVImage<sInt, 3> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Convert, ippiConvert_16u32s_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiConvert_16u32f_C3R void Convert( const QVImage<uShort, 3> & qvimage_pSrc, QVImage<sFloat, 3> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Convert, ippiConvert_16u32f_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiConvert_16s8u_C1R void Convert( const QVImage<sShort, 1> & qvimage_pSrc, QVImage<uChar, 1> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Convert, ippiConvert_16s8u_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiConvert_16s32s_C1R void Convert( const QVImage<sShort, 1> & qvimage_pSrc, QVImage<sInt, 1> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Convert, ippiConvert_16s32s_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiConvert_16s32f_C1R void Convert( const QVImage<sShort, 1> & qvimage_pSrc, QVImage<sFloat, 1> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Convert, ippiConvert_16s32f_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiConvert_16s8u_C3R void Convert( const QVImage<sShort, 3> & qvimage_pSrc, QVImage<uChar, 3> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Convert, ippiConvert_16s8u_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiConvert_16s32s_C3R void Convert( const QVImage<sShort, 3> & qvimage_pSrc, QVImage<sInt, 3> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Convert, ippiConvert_16s32s_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiConvert_16s32f_C3R void Convert( const QVImage<sShort, 3> & qvimage_pSrc, QVImage<sFloat, 3> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Convert, ippiConvert_16s32f_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiConvert_32s8u_C1R void Convert( const QVImage<sInt, 1> & qvimage_pSrc, QVImage<uChar, 1> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Convert, ippiConvert_32s8u_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiConvert_32s8u_C3R void Convert( const QVImage<sInt, 3> & qvimage_pSrc, QVImage<uChar, 3> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Convert, ippiConvert_32s8u_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiConvert_32f8u_C1R void Convert( const QVImage<sFloat, 1> & qvimage_pSrc, QVImage<uChar, 1> & qvimage_pDst, const IppRoundMode roundMode, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Convert, ippiConvert_32f8u_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), roundMode); } // QVision wrapper function for IPP's ippiConvert_32f16u_C1R void Convert( const QVImage<sFloat, 1> & qvimage_pSrc, QVImage<uShort, 1> & qvimage_pDst, const IppRoundMode roundMode, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Convert, ippiConvert_32f16u_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), roundMode); } // QVision wrapper function for IPP's ippiConvert_32f16s_C1R void Convert( const QVImage<sFloat, 1> & qvimage_pSrc, QVImage<sShort, 1> & qvimage_pDst, const IppRoundMode roundMode, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Convert, ippiConvert_32f16s_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), roundMode); } // QVision wrapper function for IPP's ippiConvert_32f8u_C3R void Convert( const QVImage<sFloat, 3> & qvimage_pSrc, QVImage<uChar, 3> & qvimage_pDst, const IppRoundMode roundMode, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Convert, ippiConvert_32f8u_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), roundMode); } // QVision wrapper function for IPP's ippiConvert_32f16u_C3R void Convert( const QVImage<sFloat, 3> & qvimage_pSrc, QVImage<uShort, 3> & qvimage_pDst, const IppRoundMode roundMode, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Convert, ippiConvert_32f16u_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), roundMode); } // QVision wrapper function for IPP's ippiConvert_32f16s_C3R void Convert( const QVImage<sFloat, 3> & qvimage_pSrc, QVImage<sShort, 3> & qvimage_pDst, const IppRoundMode roundMode, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Convert, ippiConvert_32f16s_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), roundMode); } // QVision wrapper function for IPP's ippiScale_8u16u_C1R void Scale( const QVImage<uChar, 1> & qvimage_pSrc, QVImage<uShort, 1> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Scale, ippiScale_8u16u_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiScale_8u16s_C1R void Scale( const QVImage<uChar, 1> & qvimage_pSrc, QVImage<sShort, 1> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Scale, ippiScale_8u16s_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiScale_8u32s_C1R void Scale( const QVImage<uChar, 1> & qvimage_pSrc, QVImage<sInt, 1> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Scale, ippiScale_8u32s_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiScale_8u16u_C3R void Scale( const QVImage<uChar, 3> & qvimage_pSrc, QVImage<uShort, 3> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Scale, ippiScale_8u16u_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiScale_8u16s_C3R void Scale( const QVImage<uChar, 3> & qvimage_pSrc, QVImage<sShort, 3> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Scale, ippiScale_8u16s_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiScale_8u32s_C3R void Scale( const QVImage<uChar, 3> & qvimage_pSrc, QVImage<sInt, 3> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Scale, ippiScale_8u32s_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiSet_8u_C1R void Set( const uChar value, QVImage<uChar, 1> & qvimage_pDst) { IPP_DEBUG(Set, ippiSet_8u_C1R, value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiSet_16u_C1R void Set( const uShort value, QVImage<uShort, 1> & qvimage_pDst) { IPP_DEBUG(Set, ippiSet_16u_C1R, value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiSet_16s_C1R void Set( const sShort value, QVImage<sShort, 1> & qvimage_pDst) { IPP_DEBUG(Set, ippiSet_16s_C1R, value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiSet_32s_C1R void Set( const sInt value, QVImage<sInt, 1> & qvimage_pDst) { IPP_DEBUG(Set, ippiSet_32s_C1R, value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiSet_32f_C1R void Set( const sFloat value, QVImage<sFloat, 1> & qvimage_pDst) { IPP_DEBUG(Set, ippiSet_32f_C1R, value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiSet_8u_C3R void Set( const uChar value[3], QVImage<uChar, 3> & qvimage_pDst) { IPP_DEBUG(Set, ippiSet_8u_C3R, value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiSet_16u_C3R void Set( const uShort value[3], QVImage<uShort, 3> & qvimage_pDst) { IPP_DEBUG(Set, ippiSet_16u_C3R, value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiSet_16s_C3R void Set( const sShort value[3], QVImage<sShort, 3> & qvimage_pDst) { IPP_DEBUG(Set, ippiSet_16s_C3R, value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiSet_32s_C3R void Set( const sInt value[3], QVImage<sInt, 3> & qvimage_pDst) { IPP_DEBUG(Set, ippiSet_32s_C3R, value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiSet_32f_C3R void Set( const sFloat value[3], QVImage<sFloat, 3> & qvimage_pDst) { IPP_DEBUG(Set, ippiSet_32f_C3R, value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiCopy_8u_C1R void Copy( const QVImage<uChar, 1> & qvimage_pSrc, QVImage<uChar, 1> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Copy, ippiCopy_8u_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiCopy_8u_C3R void Copy( const QVImage<uChar, 3> & qvimage_pSrc, QVImage<uChar, 3> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Copy, ippiCopy_8u_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiCopy_16u_C1R void Copy( const QVImage<uShort, 1> & qvimage_pSrc, QVImage<uShort, 1> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Copy, ippiCopy_16u_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiCopy_16u_C3R void Copy( const QVImage<uShort, 3> & qvimage_pSrc, QVImage<uShort, 3> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Copy, ippiCopy_16u_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiCopy_16s_C1R void Copy( const QVImage<sShort, 1> & qvimage_pSrc, QVImage<sShort, 1> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Copy, ippiCopy_16s_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiCopy_16s_C3R void Copy( const QVImage<sShort, 3> & qvimage_pSrc, QVImage<sShort, 3> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Copy, ippiCopy_16s_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiCopy_32s_C1R void Copy( const QVImage<sInt, 1> & qvimage_pSrc, QVImage<sInt, 1> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Copy, ippiCopy_32s_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiCopy_32s_C3R void Copy( const QVImage<sInt, 3> & qvimage_pSrc, QVImage<sInt, 3> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Copy, ippiCopy_32s_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiCopy_32f_C1R void Copy( const QVImage<sFloat, 1> & qvimage_pSrc, QVImage<sFloat, 1> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Copy, ippiCopy_32f_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiCopy_32f_C3R void Copy( const QVImage<sFloat, 3> & qvimage_pSrc, QVImage<sFloat, 3> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Copy, ippiCopy_32f_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiAddRandUniform_Direct_8u_C1IR void AddRandUniform_Direct( QVImage<uChar, 1> & qvimage_pSrcDst, const uChar low, const uChar high, unsigned int & pSeed) { IPP_DEBUG(AddRandUniform_Direct, ippiAddRandUniform_Direct_8u_C1IR, PDATA_WRITE(qvimage_pSrcDst), qvimage_pSrcDst.getStep(), IMAGE_ROISIZE(qvimage_pSrcDst), low, high, & pSeed); } // QVision wrapper function for IPP's ippiAddRandUniform_Direct_16u_C1IR void AddRandUniform_Direct( QVImage<uShort, 1> & qvimage_pSrcDst, const uShort low, const uShort high, unsigned int & pSeed) { IPP_DEBUG(AddRandUniform_Direct, ippiAddRandUniform_Direct_16u_C1IR, PDATA_WRITE(qvimage_pSrcDst), qvimage_pSrcDst.getStep(), IMAGE_ROISIZE(qvimage_pSrcDst), low, high, & pSeed); } // QVision wrapper function for IPP's ippiAddRandUniform_Direct_16s_C1IR void AddRandUniform_Direct( QVImage<sShort, 1> & qvimage_pSrcDst, const sShort low, const sShort high, unsigned int & pSeed) { IPP_DEBUG(AddRandUniform_Direct, ippiAddRandUniform_Direct_16s_C1IR, PDATA_WRITE(qvimage_pSrcDst), qvimage_pSrcDst.getStep(), IMAGE_ROISIZE(qvimage_pSrcDst), low, high, & pSeed); } // QVision wrapper function for IPP's ippiAddRandUniform_Direct_32f_C1IR void AddRandUniform_Direct( QVImage<sFloat, 1> & qvimage_pSrcDst, const sFloat low, const sFloat high, unsigned int & pSeed) { IPP_DEBUG(AddRandUniform_Direct, ippiAddRandUniform_Direct_32f_C1IR, PDATA_WRITE(qvimage_pSrcDst), qvimage_pSrcDst.getStep(), IMAGE_ROISIZE(qvimage_pSrcDst), low, high, & pSeed); } // QVision wrapper function for IPP's ippiAddRandUniform_Direct_8u_C3IR void AddRandUniform_Direct( QVImage<uChar, 3> & qvimage_pSrcDst, const uChar low, const uChar high, unsigned int & pSeed) { IPP_DEBUG(AddRandUniform_Direct, ippiAddRandUniform_Direct_8u_C3IR, PDATA_WRITE(qvimage_pSrcDst), qvimage_pSrcDst.getStep(), IMAGE_ROISIZE(qvimage_pSrcDst), low, high, & pSeed); } // QVision wrapper function for IPP's ippiAddRandUniform_Direct_16u_C3IR void AddRandUniform_Direct( QVImage<uShort, 3> & qvimage_pSrcDst, const uShort low, const uShort high, unsigned int & pSeed) { IPP_DEBUG(AddRandUniform_Direct, ippiAddRandUniform_Direct_16u_C3IR, PDATA_WRITE(qvimage_pSrcDst), qvimage_pSrcDst.getStep(), IMAGE_ROISIZE(qvimage_pSrcDst), low, high, & pSeed); } // QVision wrapper function for IPP's ippiAddRandUniform_Direct_16s_C3IR void AddRandUniform_Direct( QVImage<sShort, 3> & qvimage_pSrcDst, const sShort low, const sShort high, unsigned int & pSeed) { IPP_DEBUG(AddRandUniform_Direct, ippiAddRandUniform_Direct_16s_C3IR, PDATA_WRITE(qvimage_pSrcDst), qvimage_pSrcDst.getStep(), IMAGE_ROISIZE(qvimage_pSrcDst), low, high, & pSeed); } // QVision wrapper function for IPP's ippiAddRandUniform_Direct_32f_C3IR void AddRandUniform_Direct( QVImage<sFloat, 3> & qvimage_pSrcDst, const sFloat low, const sFloat high, unsigned int & pSeed) { IPP_DEBUG(AddRandUniform_Direct, ippiAddRandUniform_Direct_32f_C3IR, PDATA_WRITE(qvimage_pSrcDst), qvimage_pSrcDst.getStep(), IMAGE_ROISIZE(qvimage_pSrcDst), low, high, & pSeed); } // QVision wrapper function for IPP's ippiAdd_8u_C1RSfs void Add( const QVImage<uChar, 1> & qvimage_pSrc1, const QVImage<uChar, 1> & qvimage_pSrc2, QVImage<uChar, 1> & qvimage_pDst, const int scaleFactor, const QPoint &destROIOffset) { CHECK_SAME_ROISIZE(qvimage_pSrc1, qvimage_pSrc2); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc1, destROIOffset, 0, 0); IPP_DEBUG(Add, ippiAdd_8u_C1RSfs, PDATA_READ(qvimage_pSrc1), qvimage_pSrc1.getStep(), PDATA_READ(qvimage_pSrc2), qvimage_pSrc2.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), scaleFactor); } // QVision wrapper function for IPP's ippiAdd_8u_C3RSfs void Add( const QVImage<uChar, 3> & qvimage_pSrc1, const QVImage<uChar, 3> & qvimage_pSrc2, QVImage<uChar, 3> & qvimage_pDst, const int scaleFactor, const QPoint &destROIOffset) { CHECK_SAME_ROISIZE(qvimage_pSrc1, qvimage_pSrc2); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc1, destROIOffset, 0, 0); IPP_DEBUG(Add, ippiAdd_8u_C3RSfs, PDATA_READ(qvimage_pSrc1), qvimage_pSrc1.getStep(), PDATA_READ(qvimage_pSrc2), qvimage_pSrc2.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), scaleFactor); } // QVision wrapper function for IPP's ippiAdd_16u_C1RSfs void Add( const QVImage<uShort, 1> & qvimage_pSrc1, const QVImage<uShort, 1> & qvimage_pSrc2, QVImage<uShort, 1> & qvimage_pDst, const int scaleFactor, const QPoint &destROIOffset) { CHECK_SAME_ROISIZE(qvimage_pSrc1, qvimage_pSrc2); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc1, destROIOffset, 0, 0); IPP_DEBUG(Add, ippiAdd_16u_C1RSfs, PDATA_READ(qvimage_pSrc1), qvimage_pSrc1.getStep(), PDATA_READ(qvimage_pSrc2), qvimage_pSrc2.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), scaleFactor); } // QVision wrapper function for IPP's ippiAdd_16u_C3RSfs void Add( const QVImage<uShort, 3> & qvimage_pSrc1, const QVImage<uShort, 3> & qvimage_pSrc2, QVImage<uShort, 3> & qvimage_pDst, const int scaleFactor, const QPoint &destROIOffset) { CHECK_SAME_ROISIZE(qvimage_pSrc1, qvimage_pSrc2); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc1, destROIOffset, 0, 0); IPP_DEBUG(Add, ippiAdd_16u_C3RSfs, PDATA_READ(qvimage_pSrc1), qvimage_pSrc1.getStep(), PDATA_READ(qvimage_pSrc2), qvimage_pSrc2.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), scaleFactor); } // QVision wrapper function for IPP's ippiAdd_16s_C1RSfs void Add( const QVImage<sShort, 1> & qvimage_pSrc1, const QVImage<sShort, 1> & qvimage_pSrc2, QVImage<sShort, 1> & qvimage_pDst, const int scaleFactor, const QPoint &destROIOffset) { CHECK_SAME_ROISIZE(qvimage_pSrc1, qvimage_pSrc2); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc1, destROIOffset, 0, 0); IPP_DEBUG(Add, ippiAdd_16s_C1RSfs, PDATA_READ(qvimage_pSrc1), qvimage_pSrc1.getStep(), PDATA_READ(qvimage_pSrc2), qvimage_pSrc2.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), scaleFactor); } // QVision wrapper function for IPP's ippiAdd_16s_C3RSfs void Add( const QVImage<sShort, 3> & qvimage_pSrc1, const QVImage<sShort, 3> & qvimage_pSrc2, QVImage<sShort, 3> & qvimage_pDst, const int scaleFactor, const QPoint &destROIOffset) { CHECK_SAME_ROISIZE(qvimage_pSrc1, qvimage_pSrc2); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc1, destROIOffset, 0, 0); IPP_DEBUG(Add, ippiAdd_16s_C3RSfs, PDATA_READ(qvimage_pSrc1), qvimage_pSrc1.getStep(), PDATA_READ(qvimage_pSrc2), qvimage_pSrc2.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), scaleFactor); } // QVision wrapper function for IPP's ippiAdd_32f_C1R void Add( const QVImage<sFloat, 1> & qvimage_pSrc1, const QVImage<sFloat, 1> & qvimage_pSrc2, QVImage<sFloat, 1> & qvimage_pDst, const QPoint &destROIOffset) { CHECK_SAME_ROISIZE(qvimage_pSrc1, qvimage_pSrc2); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc1, destROIOffset, 0, 0); IPP_DEBUG(Add, ippiAdd_32f_C1R, PDATA_READ(qvimage_pSrc1), qvimage_pSrc1.getStep(), PDATA_READ(qvimage_pSrc2), qvimage_pSrc2.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiAdd_32f_C3R void Add( const QVImage<sFloat, 3> & qvimage_pSrc1, const QVImage<sFloat, 3> & qvimage_pSrc2, QVImage<sFloat, 3> & qvimage_pDst, const QPoint &destROIOffset) { CHECK_SAME_ROISIZE(qvimage_pSrc1, qvimage_pSrc2); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc1, destROIOffset, 0, 0); IPP_DEBUG(Add, ippiAdd_32f_C3R, PDATA_READ(qvimage_pSrc1), qvimage_pSrc1.getStep(), PDATA_READ(qvimage_pSrc2), qvimage_pSrc2.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiAddC_8u_C1RSfs void AddC( const QVImage<uChar, 1> & qvimage_pSrc, const uChar value, QVImage<uChar, 1> & qvimage_pDst, const int scaleFactor, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(AddC, ippiAddC_8u_C1RSfs, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), scaleFactor); } // QVision wrapper function for IPP's ippiAddC_8u_C3RSfs void AddC( const QVImage<uChar, 3> & qvimage_pSrc, const uChar value[3], QVImage<uChar, 3> & qvimage_pDst, const int scaleFactor, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(AddC, ippiAddC_8u_C3RSfs, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), scaleFactor); } // QVision wrapper function for IPP's ippiAddC_16u_C1RSfs void AddC( const QVImage<uShort, 1> & qvimage_pSrc, const uShort value, QVImage<uShort, 1> & qvimage_pDst, const int scaleFactor, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(AddC, ippiAddC_16u_C1RSfs, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), scaleFactor); } // QVision wrapper function for IPP's ippiAddC_16u_C3RSfs void AddC( const QVImage<uShort, 3> & qvimage_pSrc, const uShort value[3], QVImage<uShort, 3> & qvimage_pDst, const int scaleFactor, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(AddC, ippiAddC_16u_C3RSfs, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), scaleFactor); } // QVision wrapper function for IPP's ippiAddC_16s_C1RSfs void AddC( const QVImage<sShort, 1> & qvimage_pSrc, const sShort value, QVImage<sShort, 1> & qvimage_pDst, const int scaleFactor, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(AddC, ippiAddC_16s_C1RSfs, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), scaleFactor); } // QVision wrapper function for IPP's ippiAddC_16s_C3RSfs void AddC( const QVImage<sShort, 3> & qvimage_pSrc, const sShort value[3], QVImage<sShort, 3> & qvimage_pDst, const int scaleFactor, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(AddC, ippiAddC_16s_C3RSfs, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), scaleFactor); } // QVision wrapper function for IPP's ippiAddC_32f_C1R void AddC( const QVImage<sFloat, 1> & qvimage_pSrc, const sFloat value, QVImage<sFloat, 1> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(AddC, ippiAddC_32f_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiAddC_32f_C3R void AddC( const QVImage<sFloat, 3> & qvimage_pSrc, const sFloat value[3], QVImage<sFloat, 3> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(AddC, ippiAddC_32f_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiMul_8u_C1RSfs void Mul( const QVImage<uChar, 1> & qvimage_pSrc1, const QVImage<uChar, 1> & qvimage_pSrc2, QVImage<uChar, 1> & qvimage_pDst, const int scaleFactor, const QPoint &destROIOffset) { CHECK_SAME_ROISIZE(qvimage_pSrc1, qvimage_pSrc2); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc1, destROIOffset, 0, 0); IPP_DEBUG(Mul, ippiMul_8u_C1RSfs, PDATA_READ(qvimage_pSrc1), qvimage_pSrc1.getStep(), PDATA_READ(qvimage_pSrc2), qvimage_pSrc2.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), scaleFactor); } // QVision wrapper function for IPP's ippiMul_8u_C3RSfs void Mul( const QVImage<uChar, 3> & qvimage_pSrc1, const QVImage<uChar, 3> & qvimage_pSrc2, QVImage<uChar, 3> & qvimage_pDst, const int scaleFactor, const QPoint &destROIOffset) { CHECK_SAME_ROISIZE(qvimage_pSrc1, qvimage_pSrc2); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc1, destROIOffset, 0, 0); IPP_DEBUG(Mul, ippiMul_8u_C3RSfs, PDATA_READ(qvimage_pSrc1), qvimage_pSrc1.getStep(), PDATA_READ(qvimage_pSrc2), qvimage_pSrc2.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), scaleFactor); } // QVision wrapper function for IPP's ippiMul_16u_C1RSfs void Mul( const QVImage<uShort, 1> & qvimage_pSrc1, const QVImage<uShort, 1> & qvimage_pSrc2, QVImage<uShort, 1> & qvimage_pDst, const int scaleFactor, const QPoint &destROIOffset) { CHECK_SAME_ROISIZE(qvimage_pSrc1, qvimage_pSrc2); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc1, destROIOffset, 0, 0); IPP_DEBUG(Mul, ippiMul_16u_C1RSfs, PDATA_READ(qvimage_pSrc1), qvimage_pSrc1.getStep(), PDATA_READ(qvimage_pSrc2), qvimage_pSrc2.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), scaleFactor); } // QVision wrapper function for IPP's ippiMul_16u_C3RSfs void Mul( const QVImage<uShort, 3> & qvimage_pSrc1, const QVImage<uShort, 3> & qvimage_pSrc2, QVImage<uShort, 3> & qvimage_pDst, const int scaleFactor, const QPoint &destROIOffset) { CHECK_SAME_ROISIZE(qvimage_pSrc1, qvimage_pSrc2); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc1, destROIOffset, 0, 0); IPP_DEBUG(Mul, ippiMul_16u_C3RSfs, PDATA_READ(qvimage_pSrc1), qvimage_pSrc1.getStep(), PDATA_READ(qvimage_pSrc2), qvimage_pSrc2.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), scaleFactor); } // QVision wrapper function for IPP's ippiMul_16s_C1RSfs void Mul( const QVImage<sShort, 1> & qvimage_pSrc1, const QVImage<sShort, 1> & qvimage_pSrc2, QVImage<sShort, 1> & qvimage_pDst, const int scaleFactor, const QPoint &destROIOffset) { CHECK_SAME_ROISIZE(qvimage_pSrc1, qvimage_pSrc2); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc1, destROIOffset, 0, 0); IPP_DEBUG(Mul, ippiMul_16s_C1RSfs, PDATA_READ(qvimage_pSrc1), qvimage_pSrc1.getStep(), PDATA_READ(qvimage_pSrc2), qvimage_pSrc2.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), scaleFactor); } // QVision wrapper function for IPP's ippiMul_16s_C3RSfs void Mul( const QVImage<sShort, 3> & qvimage_pSrc1, const QVImage<sShort, 3> & qvimage_pSrc2, QVImage<sShort, 3> & qvimage_pDst, const int scaleFactor, const QPoint &destROIOffset) { CHECK_SAME_ROISIZE(qvimage_pSrc1, qvimage_pSrc2); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc1, destROIOffset, 0, 0); IPP_DEBUG(Mul, ippiMul_16s_C3RSfs, PDATA_READ(qvimage_pSrc1), qvimage_pSrc1.getStep(), PDATA_READ(qvimage_pSrc2), qvimage_pSrc2.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), scaleFactor); } // QVision wrapper function for IPP's ippiMul_32f_C3R void Mul( const QVImage<sFloat, 3> & qvimage_pSrc1, const QVImage<sFloat, 3> & qvimage_pSrc2, QVImage<sFloat, 3> & qvimage_pDst, const QPoint &destROIOffset) { CHECK_SAME_ROISIZE(qvimage_pSrc1, qvimage_pSrc2); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc1, destROIOffset, 0, 0); IPP_DEBUG(Mul, ippiMul_32f_C3R, PDATA_READ(qvimage_pSrc1), qvimage_pSrc1.getStep(), PDATA_READ(qvimage_pSrc2), qvimage_pSrc2.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiMul_32f_C1R void Mul( const QVImage<sFloat, 1> & qvimage_pSrc1, const QVImage<sFloat, 1> & qvimage_pSrc2, QVImage<sFloat, 1> & qvimage_pDst, const QPoint &destROIOffset) { CHECK_SAME_ROISIZE(qvimage_pSrc1, qvimage_pSrc2); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc1, destROIOffset, 0, 0); IPP_DEBUG(Mul, ippiMul_32f_C1R, PDATA_READ(qvimage_pSrc1), qvimage_pSrc1.getStep(), PDATA_READ(qvimage_pSrc2), qvimage_pSrc2.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiMulC_8u_C1RSfs void MulC( const QVImage<uChar, 1> & qvimage_pSrc, const uChar value, QVImage<uChar, 1> & qvimage_pDst, const int scaleFactor, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(MulC, ippiMulC_8u_C1RSfs, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), scaleFactor); } // QVision wrapper function for IPP's ippiMulC_8u_C3RSfs void MulC( const QVImage<uChar, 3> & qvimage_pSrc, const uChar value[3], QVImage<uChar, 3> & qvimage_pDst, const int scaleFactor, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(MulC, ippiMulC_8u_C3RSfs, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), scaleFactor); } // QVision wrapper function for IPP's ippiMulC_16u_C1RSfs void MulC( const QVImage<uShort, 1> & qvimage_pSrc, const uShort value, QVImage<uShort, 1> & qvimage_pDst, const int scaleFactor, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(MulC, ippiMulC_16u_C1RSfs, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), scaleFactor); } // QVision wrapper function for IPP's ippiMulC_16u_C3RSfs void MulC( const QVImage<uShort, 3> & qvimage_pSrc, const uShort value[3], QVImage<uShort, 3> & qvimage_pDst, const int scaleFactor, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(MulC, ippiMulC_16u_C3RSfs, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), scaleFactor); } // QVision wrapper function for IPP's ippiMulC_16s_C1RSfs void MulC( const QVImage<sShort, 1> & qvimage_pSrc, const sShort value, QVImage<sShort, 1> & qvimage_pDst, const int scaleFactor, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(MulC, ippiMulC_16s_C1RSfs, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), scaleFactor); } // QVision wrapper function for IPP's ippiMulC_16s_C3RSfs void MulC( const QVImage<sShort, 3> & qvimage_pSrc, const sShort value[3], QVImage<sShort, 3> & qvimage_pDst, const int scaleFactor, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(MulC, ippiMulC_16s_C3RSfs, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), scaleFactor); } // QVision wrapper function for IPP's ippiMulC_32f_C1R void MulC( const QVImage<sFloat, 1> & qvimage_pSrc, const sFloat value, QVImage<sFloat, 1> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(MulC, ippiMulC_32f_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiMulC_32f_C3R void MulC( const QVImage<sFloat, 3> & qvimage_pSrc, const sFloat value[3], QVImage<sFloat, 3> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(MulC, ippiMulC_32f_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiMulScale_8u_C1R void MulScale( const QVImage<uChar, 1> & qvimage_pSrc1, const QVImage<uChar, 1> & qvimage_pSrc2, QVImage<uChar, 1> & qvimage_pDst, const QPoint &destROIOffset) { CHECK_SAME_ROISIZE(qvimage_pSrc1, qvimage_pSrc2); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc1, destROIOffset, 0, 0); IPP_DEBUG(MulScale, ippiMulScale_8u_C1R, PDATA_READ(qvimage_pSrc1), qvimage_pSrc1.getStep(), PDATA_READ(qvimage_pSrc2), qvimage_pSrc2.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiMulScale_8u_C3R void MulScale( const QVImage<uChar, 3> & qvimage_pSrc1, const QVImage<uChar, 3> & qvimage_pSrc2, QVImage<uChar, 3> & qvimage_pDst, const QPoint &destROIOffset) { CHECK_SAME_ROISIZE(qvimage_pSrc1, qvimage_pSrc2); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc1, destROIOffset, 0, 0); IPP_DEBUG(MulScale, ippiMulScale_8u_C3R, PDATA_READ(qvimage_pSrc1), qvimage_pSrc1.getStep(), PDATA_READ(qvimage_pSrc2), qvimage_pSrc2.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiSub_8u_C1RSfs void Sub( const QVImage<uChar, 1> & qvimage_pSrc1, const QVImage<uChar, 1> & qvimage_pSrc2, QVImage<uChar, 1> & qvimage_pDst, const int scaleFactor, const QPoint &destROIOffset) { CHECK_SAME_ROISIZE(qvimage_pSrc1, qvimage_pSrc2); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc1, destROIOffset, 0, 0); IPP_DEBUG(Sub, ippiSub_8u_C1RSfs, PDATA_READ(qvimage_pSrc1), qvimage_pSrc1.getStep(), PDATA_READ(qvimage_pSrc2), qvimage_pSrc2.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), scaleFactor); } // QVision wrapper function for IPP's ippiSub_8u_C3RSfs void Sub( const QVImage<uChar, 3> & qvimage_pSrc1, const QVImage<uChar, 3> & qvimage_pSrc2, QVImage<uChar, 3> & qvimage_pDst, const int scaleFactor, const QPoint &destROIOffset) { CHECK_SAME_ROISIZE(qvimage_pSrc1, qvimage_pSrc2); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc1, destROIOffset, 0, 0); IPP_DEBUG(Sub, ippiSub_8u_C3RSfs, PDATA_READ(qvimage_pSrc1), qvimage_pSrc1.getStep(), PDATA_READ(qvimage_pSrc2), qvimage_pSrc2.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), scaleFactor); } // QVision wrapper function for IPP's ippiSub_16u_C1RSfs void Sub( const QVImage<uShort, 1> & qvimage_pSrc1, const QVImage<uShort, 1> & qvimage_pSrc2, QVImage<uShort, 1> & qvimage_pDst, const int scaleFactor, const QPoint &destROIOffset) { CHECK_SAME_ROISIZE(qvimage_pSrc1, qvimage_pSrc2); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc1, destROIOffset, 0, 0); IPP_DEBUG(Sub, ippiSub_16u_C1RSfs, PDATA_READ(qvimage_pSrc1), qvimage_pSrc1.getStep(), PDATA_READ(qvimage_pSrc2), qvimage_pSrc2.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), scaleFactor); } // QVision wrapper function for IPP's ippiSub_16u_C3RSfs void Sub( const QVImage<uShort, 3> & qvimage_pSrc1, const QVImage<uShort, 3> & qvimage_pSrc2, QVImage<uShort, 3> & qvimage_pDst, const int scaleFactor, const QPoint &destROIOffset) { CHECK_SAME_ROISIZE(qvimage_pSrc1, qvimage_pSrc2); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc1, destROIOffset, 0, 0); IPP_DEBUG(Sub, ippiSub_16u_C3RSfs, PDATA_READ(qvimage_pSrc1), qvimage_pSrc1.getStep(), PDATA_READ(qvimage_pSrc2), qvimage_pSrc2.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), scaleFactor); } // QVision wrapper function for IPP's ippiSub_16s_C1RSfs void Sub( const QVImage<sShort, 1> & qvimage_pSrc1, const QVImage<sShort, 1> & qvimage_pSrc2, QVImage<sShort, 1> & qvimage_pDst, const int scaleFactor, const QPoint &destROIOffset) { CHECK_SAME_ROISIZE(qvimage_pSrc1, qvimage_pSrc2); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc1, destROIOffset, 0, 0); IPP_DEBUG(Sub, ippiSub_16s_C1RSfs, PDATA_READ(qvimage_pSrc1), qvimage_pSrc1.getStep(), PDATA_READ(qvimage_pSrc2), qvimage_pSrc2.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), scaleFactor); } // QVision wrapper function for IPP's ippiSub_16s_C3RSfs void Sub( const QVImage<sShort, 3> & qvimage_pSrc1, const QVImage<sShort, 3> & qvimage_pSrc2, QVImage<sShort, 3> & qvimage_pDst, const int scaleFactor, const QPoint &destROIOffset) { CHECK_SAME_ROISIZE(qvimage_pSrc1, qvimage_pSrc2); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc1, destROIOffset, 0, 0); IPP_DEBUG(Sub, ippiSub_16s_C3RSfs, PDATA_READ(qvimage_pSrc1), qvimage_pSrc1.getStep(), PDATA_READ(qvimage_pSrc2), qvimage_pSrc2.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), scaleFactor); } // QVision wrapper function for IPP's ippiSub_32f_C1R void Sub( const QVImage<sFloat, 1> & qvimage_pSrc1, const QVImage<sFloat, 1> & qvimage_pSrc2, QVImage<sFloat, 1> & qvimage_pDst, const QPoint &destROIOffset) { CHECK_SAME_ROISIZE(qvimage_pSrc1, qvimage_pSrc2); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc1, destROIOffset, 0, 0); IPP_DEBUG(Sub, ippiSub_32f_C1R, PDATA_READ(qvimage_pSrc1), qvimage_pSrc1.getStep(), PDATA_READ(qvimage_pSrc2), qvimage_pSrc2.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiSub_32f_C3R void Sub( const QVImage<sFloat, 3> & qvimage_pSrc1, const QVImage<sFloat, 3> & qvimage_pSrc2, QVImage<sFloat, 3> & qvimage_pDst, const QPoint &destROIOffset) { CHECK_SAME_ROISIZE(qvimage_pSrc1, qvimage_pSrc2); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc1, destROIOffset, 0, 0); IPP_DEBUG(Sub, ippiSub_32f_C3R, PDATA_READ(qvimage_pSrc1), qvimage_pSrc1.getStep(), PDATA_READ(qvimage_pSrc2), qvimage_pSrc2.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiSubC_8u_C1RSfs void SubC( const QVImage<uChar, 1> & qvimage_pSrc, const uChar value, QVImage<uChar, 1> & qvimage_pDst, const int scaleFactor, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(SubC, ippiSubC_8u_C1RSfs, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), scaleFactor); } // QVision wrapper function for IPP's ippiSubC_8u_C3RSfs void SubC( const QVImage<uChar, 3> & qvimage_pSrc, const uChar value[3], QVImage<uChar, 3> & qvimage_pDst, const int scaleFactor, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(SubC, ippiSubC_8u_C3RSfs, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), scaleFactor); } // QVision wrapper function for IPP's ippiSubC_16u_C1RSfs void SubC( const QVImage<uShort, 1> & qvimage_pSrc, const uShort value, QVImage<uShort, 1> & qvimage_pDst, const int scaleFactor, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(SubC, ippiSubC_16u_C1RSfs, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), scaleFactor); } // QVision wrapper function for IPP's ippiSubC_16s_C1RSfs void SubC( const QVImage<sShort, 1> & qvimage_pSrc, const sShort value, QVImage<sShort, 1> & qvimage_pDst, const int scaleFactor, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(SubC, ippiSubC_16s_C1RSfs, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), scaleFactor); } // QVision wrapper function for IPP's ippiSubC_16u_C3RSfs void SubC( const QVImage<uShort, 3> & qvimage_pSrc, const uShort value[3], QVImage<uShort, 3> & qvimage_pDst, const int scaleFactor, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(SubC, ippiSubC_16u_C3RSfs, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), scaleFactor); } // QVision wrapper function for IPP's ippiSubC_16s_C3RSfs void SubC( const QVImage<sShort, 3> & qvimage_pSrc, const sShort value[3], QVImage<sShort, 3> & qvimage_pDst, const int scaleFactor, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(SubC, ippiSubC_16s_C3RSfs, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), scaleFactor); } // QVision wrapper function for IPP's ippiSubC_32f_C1R void SubC( const QVImage<sFloat, 1> & qvimage_pSrc, const sFloat value, QVImage<sFloat, 1> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(SubC, ippiSubC_32f_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiSubC_32f_C3R void SubC( const QVImage<sFloat, 3> & qvimage_pSrc, const sFloat value[3], QVImage<sFloat, 3> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(SubC, ippiSubC_32f_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiDiv_8u_C1RSfs void Div( const QVImage<uChar, 1> & qvimage_pSrc1, const QVImage<uChar, 1> & qvimage_pSrc2, QVImage<uChar, 1> & qvimage_pDst, const int scaleFactor, const QPoint &destROIOffset) { CHECK_SAME_ROISIZE(qvimage_pSrc1, qvimage_pSrc2); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc1, destROIOffset, 0, 0); IPP_DEBUG(Div, ippiDiv_8u_C1RSfs, PDATA_READ(qvimage_pSrc1), qvimage_pSrc1.getStep(), PDATA_READ(qvimage_pSrc2), qvimage_pSrc2.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), scaleFactor); } // QVision wrapper function for IPP's ippiDiv_8u_C3RSfs void Div( const QVImage<uChar, 3> & qvimage_pSrc1, const QVImage<uChar, 3> & qvimage_pSrc2, QVImage<uChar, 3> & qvimage_pDst, const int scaleFactor, const QPoint &destROIOffset) { CHECK_SAME_ROISIZE(qvimage_pSrc1, qvimage_pSrc2); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc1, destROIOffset, 0, 0); IPP_DEBUG(Div, ippiDiv_8u_C3RSfs, PDATA_READ(qvimage_pSrc1), qvimage_pSrc1.getStep(), PDATA_READ(qvimage_pSrc2), qvimage_pSrc2.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), scaleFactor); } // QVision wrapper function for IPP's ippiDiv_16u_C1RSfs void Div( const QVImage<uShort, 1> & qvimage_pSrc1, const QVImage<uShort, 1> & qvimage_pSrc2, QVImage<uShort, 1> & qvimage_pDst, const int scaleFactor, const QPoint &destROIOffset) { CHECK_SAME_ROISIZE(qvimage_pSrc1, qvimage_pSrc2); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc1, destROIOffset, 0, 0); IPP_DEBUG(Div, ippiDiv_16u_C1RSfs, PDATA_READ(qvimage_pSrc1), qvimage_pSrc1.getStep(), PDATA_READ(qvimage_pSrc2), qvimage_pSrc2.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), scaleFactor); } // QVision wrapper function for IPP's ippiDiv_16u_C3RSfs void Div( const QVImage<uShort, 3> & qvimage_pSrc1, const QVImage<uShort, 3> & qvimage_pSrc2, QVImage<uShort, 3> & qvimage_pDst, const int scaleFactor, const QPoint &destROIOffset) { CHECK_SAME_ROISIZE(qvimage_pSrc1, qvimage_pSrc2); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc1, destROIOffset, 0, 0); IPP_DEBUG(Div, ippiDiv_16u_C3RSfs, PDATA_READ(qvimage_pSrc1), qvimage_pSrc1.getStep(), PDATA_READ(qvimage_pSrc2), qvimage_pSrc2.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), scaleFactor); } // QVision wrapper function for IPP's ippiDiv_16s_C1RSfs void Div( const QVImage<sShort, 1> & qvimage_pSrc1, const QVImage<sShort, 1> & qvimage_pSrc2, QVImage<sShort, 1> & qvimage_pDst, const int scaleFactor, const QPoint &destROIOffset) { CHECK_SAME_ROISIZE(qvimage_pSrc1, qvimage_pSrc2); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc1, destROIOffset, 0, 0); IPP_DEBUG(Div, ippiDiv_16s_C1RSfs, PDATA_READ(qvimage_pSrc1), qvimage_pSrc1.getStep(), PDATA_READ(qvimage_pSrc2), qvimage_pSrc2.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), scaleFactor); } // QVision wrapper function for IPP's ippiDiv_16s_C3RSfs void Div( const QVImage<sShort, 3> & qvimage_pSrc1, const QVImage<sShort, 3> & qvimage_pSrc2, QVImage<sShort, 3> & qvimage_pDst, const int scaleFactor, const QPoint &destROIOffset) { CHECK_SAME_ROISIZE(qvimage_pSrc1, qvimage_pSrc2); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc1, destROIOffset, 0, 0); IPP_DEBUG(Div, ippiDiv_16s_C3RSfs, PDATA_READ(qvimage_pSrc1), qvimage_pSrc1.getStep(), PDATA_READ(qvimage_pSrc2), qvimage_pSrc2.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), scaleFactor); } // QVision wrapper function for IPP's ippiDiv_32f_C3R void Div( const QVImage<sFloat, 3> & qvimage_pSrc1, const QVImage<sFloat, 3> & qvimage_pSrc2, QVImage<sFloat, 3> & qvimage_pDst, const QPoint &destROIOffset) { CHECK_SAME_ROISIZE(qvimage_pSrc1, qvimage_pSrc2); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc1, destROIOffset, 0, 0); IPP_DEBUG(Div, ippiDiv_32f_C3R, PDATA_READ(qvimage_pSrc1), qvimage_pSrc1.getStep(), PDATA_READ(qvimage_pSrc2), qvimage_pSrc2.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiDiv_32f_C1R void Div( const QVImage<sFloat, 1> & qvimage_pSrc1, const QVImage<sFloat, 1> & qvimage_pSrc2, QVImage<sFloat, 1> & qvimage_pDst, const QPoint &destROIOffset) { CHECK_SAME_ROISIZE(qvimage_pSrc1, qvimage_pSrc2); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc1, destROIOffset, 0, 0); IPP_DEBUG(Div, ippiDiv_32f_C1R, PDATA_READ(qvimage_pSrc1), qvimage_pSrc1.getStep(), PDATA_READ(qvimage_pSrc2), qvimage_pSrc2.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiDivC_8u_C1RSfs void DivC( const QVImage<uChar, 1> & qvimage_pSrc, const uChar value, QVImage<uChar, 1> & qvimage_pDst, const int scaleFactor, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(DivC, ippiDivC_8u_C1RSfs, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), scaleFactor); } // QVision wrapper function for IPP's ippiDivC_8u_C3RSfs void DivC( const QVImage<uChar, 3> & qvimage_pSrc, const uChar value[3], QVImage<uChar, 3> & qvimage_pDst, const int scaleFactor, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(DivC, ippiDivC_8u_C3RSfs, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), scaleFactor); } // QVision wrapper function for IPP's ippiDivC_16u_C1RSfs void DivC( const QVImage<uShort, 1> & qvimage_pSrc, const uShort value, QVImage<uShort, 1> & qvimage_pDst, const int scaleFactor, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(DivC, ippiDivC_16u_C1RSfs, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), scaleFactor); } // QVision wrapper function for IPP's ippiDivC_16u_C3RSfs void DivC( const QVImage<uShort, 3> & qvimage_pSrc, const uShort value[3], QVImage<uShort, 3> & qvimage_pDst, const int scaleFactor, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(DivC, ippiDivC_16u_C3RSfs, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), scaleFactor); } // QVision wrapper function for IPP's ippiDivC_16s_C1RSfs void DivC( const QVImage<sShort, 1> & qvimage_pSrc, const sShort value, QVImage<sShort, 1> & qvimage_pDst, const int scaleFactor, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(DivC, ippiDivC_16s_C1RSfs, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), scaleFactor); } // QVision wrapper function for IPP's ippiDivC_16s_C3RSfs void DivC( const QVImage<sShort, 3> & qvimage_pSrc, const sShort value[3], QVImage<sShort, 3> & qvimage_pDst, const int scaleFactor, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(DivC, ippiDivC_16s_C3RSfs, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), scaleFactor); } // QVision wrapper function for IPP's ippiDivC_32f_C1R void DivC( const QVImage<sFloat, 1> & qvimage_pSrc, const sFloat value, QVImage<sFloat, 1> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(DivC, ippiDivC_32f_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiDivC_32f_C3R void DivC( const QVImage<sFloat, 3> & qvimage_pSrc, const sFloat value[3], QVImage<sFloat, 3> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(DivC, ippiDivC_32f_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiAbs_16s_C1R void Abs( const QVImage<sShort, 1> & qvimage_pSrc, QVImage<sShort, 1> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Abs, ippiAbs_16s_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiAbs_32f_C1R void Abs( const QVImage<sFloat, 1> & qvimage_pSrc, QVImage<sFloat, 1> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Abs, ippiAbs_32f_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiAbsDiff_8u_C1R void AbsDiff( const QVImage<uChar, 1> & qvimage_pSrc1, const QVImage<uChar, 1> & qvimage_pSrc2, QVImage<uChar, 1> & qvimage_pDst, const QPoint &destROIOffset) { CHECK_SAME_ROISIZE(qvimage_pSrc1, qvimage_pSrc2); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc1, destROIOffset, 0, 0); IPP_DEBUG(AbsDiff, ippiAbsDiff_8u_C1R, PDATA_READ(qvimage_pSrc1), qvimage_pSrc1.getStep(), PDATA_READ(qvimage_pSrc2), qvimage_pSrc2.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiAbsDiff_32f_C1R // Calculate absolute difference between corresponding pixels of the two images or between image pixels and scalar. void AbsDiff( const QVImage<sFloat, 1> & qvimage_pSrc1, const QVImage<sFloat, 1> & qvimage_pSrc2, QVImage<sFloat, 1> & qvimage_pDst, const QPoint &destROIOffset) { CHECK_SAME_ROISIZE(qvimage_pSrc1, qvimage_pSrc2); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc1, destROIOffset, 0, 0); IPP_DEBUG(AbsDiff, ippiAbsDiff_32f_C1R, PDATA_READ(qvimage_pSrc1), qvimage_pSrc1.getStep(), PDATA_READ(qvimage_pSrc2), qvimage_pSrc2.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiSqr_32f_C1R void Sqr( const QVImage<sFloat, 1> & qvimage_pSrc, QVImage<sFloat, 1> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Sqr, ippiSqr_32f_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiLn_32f_C1R void Ln( const QVImage<sFloat, 1> & qvimage_pSrc, QVImage<sFloat, 1> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Ln, ippiLn_32f_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiLn_32f_C3R void Ln( const QVImage<sFloat, 3> & qvimage_pSrc, QVImage<sFloat, 3> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Ln, ippiLn_32f_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiAnd_8u_C1R void And( const QVImage<uChar, 1> & qvimage_pSrc1, const QVImage<uChar, 1> & qvimage_pSrc2, QVImage<uChar, 1> & qvimage_pDst, const QPoint &destROIOffset) { CHECK_SAME_ROISIZE(qvimage_pSrc1, qvimage_pSrc2); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc1, destROIOffset, 0, 0); IPP_DEBUG(And, ippiAnd_8u_C1R, PDATA_READ(qvimage_pSrc1), qvimage_pSrc1.getStep(), PDATA_READ(qvimage_pSrc2), qvimage_pSrc2.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiAnd_8u_C3R void And( const QVImage<uChar, 3> & qvimage_pSrc1, const QVImage<uChar, 3> & qvimage_pSrc2, QVImage<uChar, 3> & qvimage_pDst, const QPoint &destROIOffset) { CHECK_SAME_ROISIZE(qvimage_pSrc1, qvimage_pSrc2); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc1, destROIOffset, 0, 0); IPP_DEBUG(And, ippiAnd_8u_C3R, PDATA_READ(qvimage_pSrc1), qvimage_pSrc1.getStep(), PDATA_READ(qvimage_pSrc2), qvimage_pSrc2.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiAnd_16u_C1R void And( const QVImage<uShort, 1> & qvimage_pSrc1, const QVImage<uShort, 1> & qvimage_pSrc2, QVImage<uShort, 1> & qvimage_pDst, const QPoint &destROIOffset) { CHECK_SAME_ROISIZE(qvimage_pSrc1, qvimage_pSrc2); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc1, destROIOffset, 0, 0); IPP_DEBUG(And, ippiAnd_16u_C1R, PDATA_READ(qvimage_pSrc1), qvimage_pSrc1.getStep(), PDATA_READ(qvimage_pSrc2), qvimage_pSrc2.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiAnd_16u_C3R void And( const QVImage<uShort, 3> & qvimage_pSrc1, const QVImage<uShort, 3> & qvimage_pSrc2, QVImage<uShort, 3> & qvimage_pDst, const QPoint &destROIOffset) { CHECK_SAME_ROISIZE(qvimage_pSrc1, qvimage_pSrc2); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc1, destROIOffset, 0, 0); IPP_DEBUG(And, ippiAnd_16u_C3R, PDATA_READ(qvimage_pSrc1), qvimage_pSrc1.getStep(), PDATA_READ(qvimage_pSrc2), qvimage_pSrc2.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiAnd_32s_C1R void And( const QVImage<sInt, 1> & qvimage_pSrc1, const QVImage<sInt, 1> & qvimage_pSrc2, QVImage<sInt, 1> & qvimage_pDst, const QPoint &destROIOffset) { CHECK_SAME_ROISIZE(qvimage_pSrc1, qvimage_pSrc2); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc1, destROIOffset, 0, 0); IPP_DEBUG(And, ippiAnd_32s_C1R, PDATA_READ(qvimage_pSrc1), qvimage_pSrc1.getStep(), PDATA_READ(qvimage_pSrc2), qvimage_pSrc2.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiAnd_32s_C3R void And( const QVImage<sInt, 3> & qvimage_pSrc1, const QVImage<sInt, 3> & qvimage_pSrc2, QVImage<sInt, 3> & qvimage_pDst, const QPoint &destROIOffset) { CHECK_SAME_ROISIZE(qvimage_pSrc1, qvimage_pSrc2); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc1, destROIOffset, 0, 0); IPP_DEBUG(And, ippiAnd_32s_C3R, PDATA_READ(qvimage_pSrc1), qvimage_pSrc1.getStep(), PDATA_READ(qvimage_pSrc2), qvimage_pSrc2.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiOr_8u_C1R void Or( const QVImage<uChar, 1> & qvimage_pSrc1, const QVImage<uChar, 1> & qvimage_pSrc2, QVImage<uChar, 1> & qvimage_pDst, const QPoint &destROIOffset) { CHECK_SAME_ROISIZE(qvimage_pSrc1, qvimage_pSrc2); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc1, destROIOffset, 0, 0); IPP_DEBUG(Or, ippiOr_8u_C1R, PDATA_READ(qvimage_pSrc1), qvimage_pSrc1.getStep(), PDATA_READ(qvimage_pSrc2), qvimage_pSrc2.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiOr_8u_C3R void Or( const QVImage<uChar, 3> & qvimage_pSrc1, const QVImage<uChar, 3> & qvimage_pSrc2, QVImage<uChar, 3> & qvimage_pDst, const QPoint &destROIOffset) { CHECK_SAME_ROISIZE(qvimage_pSrc1, qvimage_pSrc2); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc1, destROIOffset, 0, 0); IPP_DEBUG(Or, ippiOr_8u_C3R, PDATA_READ(qvimage_pSrc1), qvimage_pSrc1.getStep(), PDATA_READ(qvimage_pSrc2), qvimage_pSrc2.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiOr_16u_C1R void Or( const QVImage<uShort, 1> & qvimage_pSrc1, const QVImage<uShort, 1> & qvimage_pSrc2, QVImage<uShort, 1> & qvimage_pDst, const QPoint &destROIOffset) { CHECK_SAME_ROISIZE(qvimage_pSrc1, qvimage_pSrc2); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc1, destROIOffset, 0, 0); IPP_DEBUG(Or, ippiOr_16u_C1R, PDATA_READ(qvimage_pSrc1), qvimage_pSrc1.getStep(), PDATA_READ(qvimage_pSrc2), qvimage_pSrc2.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiOr_16u_C3R void Or( const QVImage<uShort, 3> & qvimage_pSrc1, const QVImage<uShort, 3> & qvimage_pSrc2, QVImage<uShort, 3> & qvimage_pDst, const QPoint &destROIOffset) { CHECK_SAME_ROISIZE(qvimage_pSrc1, qvimage_pSrc2); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc1, destROIOffset, 0, 0); IPP_DEBUG(Or, ippiOr_16u_C3R, PDATA_READ(qvimage_pSrc1), qvimage_pSrc1.getStep(), PDATA_READ(qvimage_pSrc2), qvimage_pSrc2.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiOr_32s_C1R void Or( const QVImage<sInt, 1> & qvimage_pSrc1, const QVImage<sInt, 1> & qvimage_pSrc2, QVImage<sInt, 1> & qvimage_pDst, const QPoint &destROIOffset) { CHECK_SAME_ROISIZE(qvimage_pSrc1, qvimage_pSrc2); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc1, destROIOffset, 0, 0); IPP_DEBUG(Or, ippiOr_32s_C1R, PDATA_READ(qvimage_pSrc1), qvimage_pSrc1.getStep(), PDATA_READ(qvimage_pSrc2), qvimage_pSrc2.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiOr_32s_C3R void Or( const QVImage<sInt, 3> & qvimage_pSrc1, const QVImage<sInt, 3> & qvimage_pSrc2, QVImage<sInt, 3> & qvimage_pDst, const QPoint &destROIOffset) { CHECK_SAME_ROISIZE(qvimage_pSrc1, qvimage_pSrc2); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc1, destROIOffset, 0, 0); IPP_DEBUG(Or, ippiOr_32s_C3R, PDATA_READ(qvimage_pSrc1), qvimage_pSrc1.getStep(), PDATA_READ(qvimage_pSrc2), qvimage_pSrc2.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiXor_8u_C1R void Xor( const QVImage<uChar, 1> & qvimage_pSrc1, const QVImage<uChar, 1> & qvimage_pSrc2, QVImage<uChar, 1> & qvimage_pDst, const QPoint &destROIOffset) { CHECK_SAME_ROISIZE(qvimage_pSrc1, qvimage_pSrc2); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc1, destROIOffset, 0, 0); IPP_DEBUG(Xor, ippiXor_8u_C1R, PDATA_READ(qvimage_pSrc1), qvimage_pSrc1.getStep(), PDATA_READ(qvimage_pSrc2), qvimage_pSrc2.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiXor_8u_C3R void Xor( const QVImage<uChar, 3> & qvimage_pSrc1, const QVImage<uChar, 3> & qvimage_pSrc2, QVImage<uChar, 3> & qvimage_pDst, const QPoint &destROIOffset) { CHECK_SAME_ROISIZE(qvimage_pSrc1, qvimage_pSrc2); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc1, destROIOffset, 0, 0); IPP_DEBUG(Xor, ippiXor_8u_C3R, PDATA_READ(qvimage_pSrc1), qvimage_pSrc1.getStep(), PDATA_READ(qvimage_pSrc2), qvimage_pSrc2.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiXor_16u_C1R void Xor( const QVImage<uShort, 1> & qvimage_pSrc1, const QVImage<uShort, 1> & qvimage_pSrc2, QVImage<uShort, 1> & qvimage_pDst, const QPoint &destROIOffset) { CHECK_SAME_ROISIZE(qvimage_pSrc1, qvimage_pSrc2); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc1, destROIOffset, 0, 0); IPP_DEBUG(Xor, ippiXor_16u_C1R, PDATA_READ(qvimage_pSrc1), qvimage_pSrc1.getStep(), PDATA_READ(qvimage_pSrc2), qvimage_pSrc2.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiXor_16u_C3R void Xor( const QVImage<uShort, 3> & qvimage_pSrc1, const QVImage<uShort, 3> & qvimage_pSrc2, QVImage<uShort, 3> & qvimage_pDst, const QPoint &destROIOffset) { CHECK_SAME_ROISIZE(qvimage_pSrc1, qvimage_pSrc2); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc1, destROIOffset, 0, 0); IPP_DEBUG(Xor, ippiXor_16u_C3R, PDATA_READ(qvimage_pSrc1), qvimage_pSrc1.getStep(), PDATA_READ(qvimage_pSrc2), qvimage_pSrc2.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiXor_32s_C1R void Xor( const QVImage<sInt, 1> & qvimage_pSrc1, const QVImage<sInt, 1> & qvimage_pSrc2, QVImage<sInt, 1> & qvimage_pDst, const QPoint &destROIOffset) { CHECK_SAME_ROISIZE(qvimage_pSrc1, qvimage_pSrc2); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc1, destROIOffset, 0, 0); IPP_DEBUG(Xor, ippiXor_32s_C1R, PDATA_READ(qvimage_pSrc1), qvimage_pSrc1.getStep(), PDATA_READ(qvimage_pSrc2), qvimage_pSrc2.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiXor_32s_C3R void Xor( const QVImage<sInt, 3> & qvimage_pSrc1, const QVImage<sInt, 3> & qvimage_pSrc2, QVImage<sInt, 3> & qvimage_pDst, const QPoint &destROIOffset) { CHECK_SAME_ROISIZE(qvimage_pSrc1, qvimage_pSrc2); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc1, destROIOffset, 0, 0); IPP_DEBUG(Xor, ippiXor_32s_C3R, PDATA_READ(qvimage_pSrc1), qvimage_pSrc1.getStep(), PDATA_READ(qvimage_pSrc2), qvimage_pSrc2.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiNot_8u_C1R void Not( const QVImage<uChar, 1> & qvimage_pSrc, QVImage<uChar, 1> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Not, ippiNot_8u_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiNot_8u_C3R void Not( const QVImage<uChar, 3> & qvimage_pSrc, QVImage<uChar, 3> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Not, ippiNot_8u_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiAndC_8u_C1R void AndC( const QVImage<uChar, 1> & qvimage_pSrc, const uChar value, QVImage<uChar, 1> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(AndC, ippiAndC_8u_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiAndC_8u_C3R void AndC( const QVImage<uChar, 3> & qvimage_pSrc, const uChar value[3], QVImage<uChar, 3> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(AndC, ippiAndC_8u_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiAndC_16u_C1R void AndC( const QVImage<uShort, 1> & qvimage_pSrc, const uShort value, QVImage<uShort, 1> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(AndC, ippiAndC_16u_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiAndC_16u_C3R void AndC( const QVImage<uShort, 3> & qvimage_pSrc, const uShort value[3], QVImage<uShort, 3> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(AndC, ippiAndC_16u_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiAndC_32s_C1R void AndC( const QVImage<sInt, 1> & qvimage_pSrc, const sInt value, QVImage<sInt, 1> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(AndC, ippiAndC_32s_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiAndC_32s_C3R void AndC( const QVImage<sInt, 3> & qvimage_pSrc, const sInt value[3], QVImage<sInt, 3> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(AndC, ippiAndC_32s_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiOrC_8u_C1R void OrC( const QVImage<uChar, 1> & qvimage_pSrc, const uChar value, QVImage<uChar, 1> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(OrC, ippiOrC_8u_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiOrC_8u_C3R void OrC( const QVImage<uChar, 3> & qvimage_pSrc, const uChar value[3], QVImage<uChar, 3> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(OrC, ippiOrC_8u_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiOrC_16u_C1R void OrC( const QVImage<uShort, 1> & qvimage_pSrc, const uShort value, QVImage<uShort, 1> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(OrC, ippiOrC_16u_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiOrC_16u_C3R void OrC( const QVImage<uShort, 3> & qvimage_pSrc, const uShort value[3], QVImage<uShort, 3> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(OrC, ippiOrC_16u_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiOrC_32s_C1R void OrC( const QVImage<sInt, 1> & qvimage_pSrc, const sInt value, QVImage<sInt, 1> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(OrC, ippiOrC_32s_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiOrC_32s_C3R void OrC( const QVImage<sInt, 3> & qvimage_pSrc, const sInt value[3], QVImage<sInt, 3> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(OrC, ippiOrC_32s_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiXorC_8u_C1R void XorC( const QVImage<uChar, 1> & qvimage_pSrc, const uChar value, QVImage<uChar, 1> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(XorC, ippiXorC_8u_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiXorC_8u_C3R void XorC( const QVImage<uChar, 3> & qvimage_pSrc, const uChar value[3], QVImage<uChar, 3> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(XorC, ippiXorC_8u_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiXorC_16u_C1R void XorC( const QVImage<uShort, 1> & qvimage_pSrc, const uShort value, QVImage<uShort, 1> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(XorC, ippiXorC_16u_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiXorC_16u_C3R void XorC( const QVImage<uShort, 3> & qvimage_pSrc, const uShort value[3], QVImage<uShort, 3> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(XorC, ippiXorC_16u_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiXorC_32s_C1R void XorC( const QVImage<sInt, 1> & qvimage_pSrc, const sInt value, QVImage<sInt, 1> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(XorC, ippiXorC_32s_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiXorC_32s_C3R void XorC( const QVImage<sInt, 3> & qvimage_pSrc, const sInt value[3], QVImage<sInt, 3> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(XorC, ippiXorC_32s_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiLShiftC_8u_C1R void LShiftC( const QVImage<uChar, 1> & qvimage_pSrc, const uInt value, QVImage<uChar, 1> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(LShiftC, ippiLShiftC_8u_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiLShiftC_8u_C3R void LShiftC( const QVImage<uChar, 3> & qvimage_pSrc, const uInt value[3], QVImage<uChar, 3> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(LShiftC, ippiLShiftC_8u_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiRShiftC_8u_C1R void RShiftC( const QVImage<uChar, 1> & qvimage_pSrc, const uInt value, QVImage<uChar, 1> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(RShiftC, ippiRShiftC_8u_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiRShiftC_8u_C3R void RShiftC( const QVImage<uChar, 3> & qvimage_pSrc, const uInt value[3], QVImage<uChar, 3> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(RShiftC, ippiRShiftC_8u_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiLShiftC_16u_C1R void LShiftC( const QVImage<uShort, 1> & qvimage_pSrc, const uInt value, QVImage<uShort, 1> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(LShiftC, ippiLShiftC_16u_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiLShiftC_16u_C3R void LShiftC( const QVImage<uShort, 3> & qvimage_pSrc, const uInt value[3], QVImage<uShort, 3> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(LShiftC, ippiLShiftC_16u_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiRShiftC_16u_C1R void RShiftC( const QVImage<uShort, 1> & qvimage_pSrc, const uInt value, QVImage<uShort, 1> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(RShiftC, ippiRShiftC_16u_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiRShiftC_16u_C3R void RShiftC( const QVImage<uShort, 3> & qvimage_pSrc, const uInt value[3], QVImage<uShort, 3> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(RShiftC, ippiRShiftC_16u_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiLShiftC_32s_C1R void LShiftC( const QVImage<sInt, 1> & qvimage_pSrc, const uInt value, QVImage<sInt, 1> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(LShiftC, ippiLShiftC_32s_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiLShiftC_32s_C3R void LShiftC( const QVImage<sInt, 3> & qvimage_pSrc, const uInt value[3], QVImage<sInt, 3> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(LShiftC, ippiLShiftC_32s_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiRShiftC_32s_C1R void RShiftC( const QVImage<sInt, 1> & qvimage_pSrc, const uInt value, QVImage<sInt, 1> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(RShiftC, ippiRShiftC_32s_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiRShiftC_32s_C3R void RShiftC( const QVImage<sInt, 3> & qvimage_pSrc, const uInt value[3], QVImage<sInt, 3> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(RShiftC, ippiRShiftC_32s_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiRGBToGray_8u_C3C1R void RGBToGray( const QVImage<uChar, 3> & qvimage_pSrc, QVImage<uChar, 1> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(RGBToGray, ippiRGBToGray_8u_C3C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiRGBToGray_16u_C3C1R void RGBToGray( const QVImage<uShort, 3> & qvimage_pSrc, QVImage<uShort, 1> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(RGBToGray, ippiRGBToGray_16u_C3C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiRGBToGray_16s_C3C1R void RGBToGray( const QVImage<sShort, 3> & qvimage_pSrc, QVImage<sShort, 1> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(RGBToGray, ippiRGBToGray_16s_C3C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiRGBToGray_32f_C3C1R void RGBToGray( const QVImage<sFloat, 3> & qvimage_pSrc, QVImage<sFloat, 1> & qvimage_pDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(RGBToGray, ippiRGBToGray_32f_C3C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst)); } // QVision wrapper function for IPP's ippiThreshold_8u_C1R void Threshold( const QVImage<uChar, 1> & qvimage_pSrc, QVImage<uChar, 1> & qvimage_pDst, const uChar threshold, const IppCmpOp ippCmpOp, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Threshold, ippiThreshold_8u_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), threshold, ippCmpOp); } // QVision wrapper function for IPP's ippiThreshold_8u_C1IR void Threshold( QVImage<uChar, 1> & qvimage_pSrcDst, const uChar threshold, const IppCmpOp ippCmpOp) { IPP_DEBUG(Threshold, ippiThreshold_8u_C1IR, PDATA_WRITE(qvimage_pSrcDst), qvimage_pSrcDst.getStep(), IMAGE_ROISIZE(qvimage_pSrcDst), threshold, ippCmpOp); } // QVision wrapper function for IPP's ippiThreshold_16s_C1R void Threshold( const QVImage<sShort, 1> & qvimage_pSrc, QVImage<sShort, 1> & qvimage_pDst, const sShort threshold, const IppCmpOp ippCmpOp, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Threshold, ippiThreshold_16s_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), threshold, ippCmpOp); } // QVision wrapper function for IPP's ippiThreshold_16s_C1IR void Threshold( QVImage<sShort, 1> & qvimage_pSrcDst, const sShort threshold, const IppCmpOp ippCmpOp) { IPP_DEBUG(Threshold, ippiThreshold_16s_C1IR, PDATA_WRITE(qvimage_pSrcDst), qvimage_pSrcDst.getStep(), IMAGE_ROISIZE(qvimage_pSrcDst), threshold, ippCmpOp); } // QVision wrapper function for IPP's ippiThreshold_32f_C1R void Threshold( const QVImage<sFloat, 1> & qvimage_pSrc, QVImage<sFloat, 1> & qvimage_pDst, const sFloat threshold, const IppCmpOp ippCmpOp, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Threshold, ippiThreshold_32f_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), threshold, ippCmpOp); } // QVision wrapper function for IPP's ippiThreshold_32f_C1IR void Threshold( QVImage<sFloat, 1> & qvimage_pSrcDst, const sFloat threshold, const IppCmpOp ippCmpOp) { IPP_DEBUG(Threshold, ippiThreshold_32f_C1IR, PDATA_WRITE(qvimage_pSrcDst), qvimage_pSrcDst.getStep(), IMAGE_ROISIZE(qvimage_pSrcDst), threshold, ippCmpOp); } // QVision wrapper function for IPP's ippiThreshold_Val_8u_C1R void Threshold_Val( const QVImage<uChar, 1> & qvimage_pSrc, QVImage<uChar, 1> & qvimage_pDst, const uChar threshold, const uChar value, const IppCmpOp ippCmpOp, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Threshold_Val, ippiThreshold_Val_8u_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), threshold, value, ippCmpOp); } // QVision wrapper function for IPP's ippiThreshold_Val_8u_C1IR void Threshold_Val( QVImage<uChar, 1> & qvimage_pSrcDst, const uChar threshold, const uChar value, const IppCmpOp ippCmpOp) { IPP_DEBUG(Threshold_Val, ippiThreshold_Val_8u_C1IR, PDATA_WRITE(qvimage_pSrcDst), qvimage_pSrcDst.getStep(), IMAGE_ROISIZE(qvimage_pSrcDst), threshold, value, ippCmpOp); } // QVision wrapper function for IPP's ippiThreshold_Val_16s_C1IR void Threshold_Val( QVImage<sShort, 1> & qvimage_pSrcDst, const sShort threshold, const sShort value, const IppCmpOp ippCmpOp) { IPP_DEBUG(Threshold_Val, ippiThreshold_Val_16s_C1IR, PDATA_WRITE(qvimage_pSrcDst), qvimage_pSrcDst.getStep(), IMAGE_ROISIZE(qvimage_pSrcDst), threshold, value, ippCmpOp); } // QVision wrapper function for IPP's ippiThreshold_Val_32f_C1R void Threshold_Val( const QVImage<sFloat, 1> & qvimage_pSrc, QVImage<sFloat, 1> & qvimage_pDst, const sFloat threshold, const sFloat value, const IppCmpOp ippCmpOp, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Threshold_Val, ippiThreshold_Val_32f_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), threshold, value, ippCmpOp); } // QVision wrapper function for IPP's ippiThreshold_Val_32f_C1IR void Threshold_Val( QVImage<sFloat, 1> & qvimage_pSrcDst, const sFloat threshold, const sFloat value, const IppCmpOp ippCmpOp) { IPP_DEBUG(Threshold_Val, ippiThreshold_Val_32f_C1IR, PDATA_WRITE(qvimage_pSrcDst), qvimage_pSrcDst.getStep(), IMAGE_ROISIZE(qvimage_pSrcDst), threshold, value, ippCmpOp); } // QVision wrapper function for IPP's ippiThreshold_LTValGTVal_8u_C1R void Threshold_LTValGTVal( const QVImage<uChar, 1> & qvimage_pSrc, QVImage<uChar, 1> & qvimage_pDst, const uChar thresholdLT, const uChar valueLT, const uChar thresholdGT, const uChar valueGT, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Threshold_LTValGTVal, ippiThreshold_LTValGTVal_8u_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), thresholdLT, valueLT, thresholdGT, valueGT); } // QVision wrapper function for IPP's ippiThreshold_LTValGTVal_32f_C1R void Threshold_LTValGTVal( const QVImage<sFloat, 1> & qvimage_pSrc, QVImage<sFloat, 1> & qvimage_pDst, const sFloat thresholdLT, const sFloat valueLT, const sFloat thresholdGT, const sFloat valueGT, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Threshold_LTValGTVal, ippiThreshold_LTValGTVal_32f_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), thresholdLT, valueLT, thresholdGT, valueGT); } // QVision wrapper function for IPP's ippiComputeThreshold_Otsu_8u_C1R // Calculate Otsu theshold value of images. void ComputeThreshold_Otsu( const QVImage<uChar, 1> & qvimage_pSrc, uChar & pThreshold) { IPP_DEBUG(ComputeThreshold_Otsu, ippiComputeThreshold_Otsu_8u_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), IMAGE_ROISIZE(qvimage_pSrc), & pThreshold); } // QVision wrapper function for IPP's ippiCompare_8u_C1R void Compare( const QVImage<uChar, 1> & qvimage_pSrc1, const QVImage<uChar, 1> & qvimage_pSrc2, QVImage<uChar, 1> & qvimage_pDst, const IppCmpOp ippCmpOp, const QPoint &destROIOffset) { CHECK_SAME_ROISIZE(qvimage_pSrc1, qvimage_pSrc2); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc1, destROIOffset, 0, 0); IPP_DEBUG(Compare, ippiCompare_8u_C1R, PDATA_READ(qvimage_pSrc1), qvimage_pSrc1.getStep(), PDATA_READ(qvimage_pSrc2), qvimage_pSrc2.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), ippCmpOp); } // QVision wrapper function for IPP's ippiCompare_16u_C1R void Compare( const QVImage<uShort, 1> & qvimage_pSrc1, const QVImage<uShort, 1> & qvimage_pSrc2, QVImage<uChar, 1> & qvimage_pDst, const IppCmpOp ippCmpOp, const QPoint &destROIOffset) { CHECK_SAME_ROISIZE(qvimage_pSrc1, qvimage_pSrc2); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc1, destROIOffset, 0, 0); IPP_DEBUG(Compare, ippiCompare_16u_C1R, PDATA_READ(qvimage_pSrc1), qvimage_pSrc1.getStep(), PDATA_READ(qvimage_pSrc2), qvimage_pSrc2.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), ippCmpOp); } // QVision wrapper function for IPP's ippiCompare_16s_C1R void Compare( const QVImage<sShort, 1> & qvimage_pSrc1, const QVImage<sShort, 1> & qvimage_pSrc2, QVImage<uChar, 1> & qvimage_pDst, const IppCmpOp ippCmpOp, const QPoint &destROIOffset) { CHECK_SAME_ROISIZE(qvimage_pSrc1, qvimage_pSrc2); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc1, destROIOffset, 0, 0); IPP_DEBUG(Compare, ippiCompare_16s_C1R, PDATA_READ(qvimage_pSrc1), qvimage_pSrc1.getStep(), PDATA_READ(qvimage_pSrc2), qvimage_pSrc2.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), ippCmpOp); } // QVision wrapper function for IPP's ippiCompare_32f_C1R void Compare( const QVImage<sFloat, 1> & qvimage_pSrc1, const QVImage<sFloat, 1> & qvimage_pSrc2, QVImage<uChar, 1> & qvimage_pDst, const IppCmpOp ippCmpOp, const QPoint &destROIOffset) { CHECK_SAME_ROISIZE(qvimage_pSrc1, qvimage_pSrc2); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc1, destROIOffset, 0, 0); IPP_DEBUG(Compare, ippiCompare_32f_C1R, PDATA_READ(qvimage_pSrc1), qvimage_pSrc1.getStep(), PDATA_READ(qvimage_pSrc2), qvimage_pSrc2.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), ippCmpOp); } // QVision wrapper function for IPP's ippiCompareC_8u_C1R void CompareC( const QVImage<uChar, 1> & qvimage_pSrc, const uChar value, QVImage<uChar, 1> & qvimage_pDst, const IppCmpOp ippCmpOp, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(CompareC, ippiCompareC_8u_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), ippCmpOp); } // QVision wrapper function for IPP's ippiCompareC_32f_C1R void CompareC( const QVImage<sFloat, 1> & qvimage_pSrc, const sFloat value, QVImage<uChar, 1> & qvimage_pDst, const IppCmpOp ippCmpOp, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(CompareC, ippiCompareC_32f_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), value, PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), ippCmpOp); } // QVision wrapper function for IPP's ippiDilate_8u_C1R void Dilate( const QVImage<uChar, 1> & qvimage_pSrc, QVImage<uChar, 1> & qvimage_pDst, const uChar & pMask, const QSize &maskSize, const QPoint &anchor, const QPoint &destROIOffset) { const int colMaskRadius = maskSize.width(), rowMaskRadius = maskSize.height(); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, colMaskRadius-1, rowMaskRadius-1); IPP_DEBUG(Dilate, ippiDilate_8u_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), & pMask, IPP_SIZE_FROM_QSIZE(maskSize), IPP_POINT_FROM_QPOINT(anchor)); } // QVision wrapper function for IPP's ippiDilate_8u_C3R void Dilate( const QVImage<uChar, 3> & qvimage_pSrc, QVImage<uChar, 3> & qvimage_pDst, const uChar & pMask, const QSize &maskSize, const QPoint &anchor, const QPoint &destROIOffset) { const int colMaskRadius = maskSize.width(), rowMaskRadius = maskSize.height(); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, colMaskRadius-1, rowMaskRadius-1); IPP_DEBUG(Dilate, ippiDilate_8u_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), & pMask, IPP_SIZE_FROM_QSIZE(maskSize), IPP_POINT_FROM_QPOINT(anchor)); } // QVision wrapper function for IPP's ippiDilate_8u_C1IR void Dilate( QVImage<uChar, 1> & qvimage_pSrcDst, const uChar & pMask, const QSize &maskSize, const QPoint &anchor) { IPP_DEBUG(Dilate, ippiDilate_8u_C1IR, PDATA_WRITE(qvimage_pSrcDst), qvimage_pSrcDst.getStep(), IMAGE_ROISIZE(qvimage_pSrcDst), & pMask, IPP_SIZE_FROM_QSIZE(maskSize), IPP_POINT_FROM_QPOINT(anchor)); } // QVision wrapper function for IPP's ippiDilate_16u_C1R void Dilate( const QVImage<uShort, 1> & qvimage_pSrc, QVImage<uShort, 1> & qvimage_pDst, const uChar & pMask, const QSize &maskSize, const QPoint &anchor, const QPoint &destROIOffset) { const int colMaskRadius = maskSize.width(), rowMaskRadius = maskSize.height(); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, colMaskRadius-1, rowMaskRadius-1); IPP_DEBUG(Dilate, ippiDilate_16u_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), & pMask, IPP_SIZE_FROM_QSIZE(maskSize), IPP_POINT_FROM_QPOINT(anchor)); } // QVision wrapper function for IPP's ippiDilate_16u_C3R void Dilate( const QVImage<uShort, 3> & qvimage_pSrc, QVImage<uShort, 3> & qvimage_pDst, const uChar & pMask, const QSize &maskSize, const QPoint &anchor, const QPoint &destROIOffset) { const int colMaskRadius = maskSize.width(), rowMaskRadius = maskSize.height(); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, colMaskRadius-1, rowMaskRadius-1); IPP_DEBUG(Dilate, ippiDilate_16u_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), & pMask, IPP_SIZE_FROM_QSIZE(maskSize), IPP_POINT_FROM_QPOINT(anchor)); } // QVision wrapper function for IPP's ippiDilate_32f_C1R void Dilate( const QVImage<sFloat, 1> & qvimage_pSrc, QVImage<sFloat, 1> & qvimage_pDst, const uChar & pMask, const QSize &maskSize, const QPoint &anchor, const QPoint &destROIOffset) { const int colMaskRadius = maskSize.width(), rowMaskRadius = maskSize.height(); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, colMaskRadius-1, rowMaskRadius-1); IPP_DEBUG(Dilate, ippiDilate_32f_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), & pMask, IPP_SIZE_FROM_QSIZE(maskSize), IPP_POINT_FROM_QPOINT(anchor)); } // QVision wrapper function for IPP's ippiDilate_32f_C3R void Dilate( const QVImage<sFloat, 3> & qvimage_pSrc, QVImage<sFloat, 3> & qvimage_pDst, const uChar & pMask, const QSize &maskSize, const QPoint &anchor, const QPoint &destROIOffset) { const int colMaskRadius = maskSize.width(), rowMaskRadius = maskSize.height(); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, colMaskRadius-1, rowMaskRadius-1); IPP_DEBUG(Dilate, ippiDilate_32f_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), & pMask, IPP_SIZE_FROM_QSIZE(maskSize), IPP_POINT_FROM_QPOINT(anchor)); } // QVision wrapper function for IPP's ippiErode_8u_C1R void Erode( const QVImage<uChar, 1> & qvimage_pSrc, QVImage<uChar, 1> & qvimage_pDst, const uChar & pMask, const QSize &maskSize, const QPoint &anchor, const QPoint &destROIOffset) { const int colMaskRadius = maskSize.width(), rowMaskRadius = maskSize.height(); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, colMaskRadius-1, rowMaskRadius-1); IPP_DEBUG(Erode, ippiErode_8u_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), & pMask, IPP_SIZE_FROM_QSIZE(maskSize), IPP_POINT_FROM_QPOINT(anchor)); } // QVision wrapper function for IPP's ippiErode_8u_C3R void Erode( const QVImage<uChar, 3> & qvimage_pSrc, QVImage<uChar, 3> & qvimage_pDst, const uChar & pMask, const QSize &maskSize, const QPoint &anchor, const QPoint &destROIOffset) { const int colMaskRadius = maskSize.width(), rowMaskRadius = maskSize.height(); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, colMaskRadius-1, rowMaskRadius-1); IPP_DEBUG(Erode, ippiErode_8u_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), & pMask, IPP_SIZE_FROM_QSIZE(maskSize), IPP_POINT_FROM_QPOINT(anchor)); } // QVision wrapper function for IPP's ippiErode_8u_C1IR void Erode( QVImage<uChar, 1> & qvimage_pSrcDst, const uChar & pMask, const QSize &maskSize, const QPoint &anchor) { IPP_DEBUG(Erode, ippiErode_8u_C1IR, PDATA_WRITE(qvimage_pSrcDst), qvimage_pSrcDst.getStep(), IMAGE_ROISIZE(qvimage_pSrcDst), & pMask, IPP_SIZE_FROM_QSIZE(maskSize), IPP_POINT_FROM_QPOINT(anchor)); } // QVision wrapper function for IPP's ippiErode_16u_C1R void Erode( const QVImage<uShort, 1> & qvimage_pSrc, QVImage<uShort, 1> & qvimage_pDst, const uChar & pMask, const QSize &maskSize, const QPoint &anchor, const QPoint &destROIOffset) { const int colMaskRadius = maskSize.width(), rowMaskRadius = maskSize.height(); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, colMaskRadius-1, rowMaskRadius-1); IPP_DEBUG(Erode, ippiErode_16u_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), & pMask, IPP_SIZE_FROM_QSIZE(maskSize), IPP_POINT_FROM_QPOINT(anchor)); } // QVision wrapper function for IPP's ippiErode_16u_C3R void Erode( const QVImage<uShort, 3> & qvimage_pSrc, QVImage<uShort, 3> & qvimage_pDst, const uChar & pMask, const QSize &maskSize, const QPoint &anchor, const QPoint &destROIOffset) { const int colMaskRadius = maskSize.width(), rowMaskRadius = maskSize.height(); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, colMaskRadius-1, rowMaskRadius-1); IPP_DEBUG(Erode, ippiErode_16u_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), & pMask, IPP_SIZE_FROM_QSIZE(maskSize), IPP_POINT_FROM_QPOINT(anchor)); } // QVision wrapper function for IPP's ippiErode_32f_C1R void Erode( const QVImage<sFloat, 1> & qvimage_pSrc, QVImage<sFloat, 1> & qvimage_pDst, const uChar & pMask, const QSize &maskSize, const QPoint &anchor, const QPoint &destROIOffset) { const int colMaskRadius = maskSize.width(), rowMaskRadius = maskSize.height(); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, colMaskRadius-1, rowMaskRadius-1); IPP_DEBUG(Erode, ippiErode_32f_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), & pMask, IPP_SIZE_FROM_QSIZE(maskSize), IPP_POINT_FROM_QPOINT(anchor)); } // QVision wrapper function for IPP's ippiErode_32f_C3R void Erode( const QVImage<sFloat, 3> & qvimage_pSrc, QVImage<sFloat, 3> & qvimage_pDst, const uChar & pMask, const QSize &maskSize, const QPoint &anchor, const QPoint &destROIOffset) { const int colMaskRadius = maskSize.width(), rowMaskRadius = maskSize.height(); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, colMaskRadius-1, rowMaskRadius-1); IPP_DEBUG(Erode, ippiErode_32f_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), & pMask, IPP_SIZE_FROM_QSIZE(maskSize), IPP_POINT_FROM_QPOINT(anchor)); } // QVision wrapper function for IPP's ippiFilterBox_8u_C1R void FilterBox( const QVImage<uChar, 1> & qvimage_pSrc, QVImage<uChar, 1> & qvimage_pDst, const QSize &maskSize, const QPoint &anchor, const QPoint &destROIOffset) { const int colMaskRadius = maskSize.width(), rowMaskRadius = maskSize.height(); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, colMaskRadius-1, rowMaskRadius-1); IPP_DEBUG(FilterBox, ippiFilterBox_8u_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), IPP_SIZE_FROM_QSIZE(maskSize), IPP_POINT_FROM_QPOINT(anchor)); } // QVision wrapper function for IPP's ippiFilterBox_8u_C3R void FilterBox( const QVImage<uChar, 3> & qvimage_pSrc, QVImage<uChar, 3> & qvimage_pDst, const QSize &maskSize, const QPoint &anchor, const QPoint &destROIOffset) { const int colMaskRadius = maskSize.width(), rowMaskRadius = maskSize.height(); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, colMaskRadius-1, rowMaskRadius-1); IPP_DEBUG(FilterBox, ippiFilterBox_8u_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), IPP_SIZE_FROM_QSIZE(maskSize), IPP_POINT_FROM_QPOINT(anchor)); } // QVision wrapper function for IPP's ippiFilterBox_16u_C1R void FilterBox( const QVImage<uShort, 1> & qvimage_pSrc, QVImage<uShort, 1> & qvimage_pDst, const QSize &maskSize, const QPoint &anchor, const QPoint &destROIOffset) { const int colMaskRadius = maskSize.width(), rowMaskRadius = maskSize.height(); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, colMaskRadius-1, rowMaskRadius-1); IPP_DEBUG(FilterBox, ippiFilterBox_16u_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), IPP_SIZE_FROM_QSIZE(maskSize), IPP_POINT_FROM_QPOINT(anchor)); } // QVision wrapper function for IPP's ippiFilterBox_32f_C1R void FilterBox( const QVImage<sFloat, 1> & qvimage_pSrc, QVImage<sFloat, 1> & qvimage_pDst, const QSize &maskSize, const QPoint &anchor, const QPoint &destROIOffset) { const int colMaskRadius = maskSize.width(), rowMaskRadius = maskSize.height(); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, colMaskRadius-1, rowMaskRadius-1); IPP_DEBUG(FilterBox, ippiFilterBox_32f_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), IPP_SIZE_FROM_QSIZE(maskSize), IPP_POINT_FROM_QPOINT(anchor)); } // QVision wrapper function for IPP's ippiFilterMin_8u_C1R void FilterMin( const QVImage<uChar, 1> & qvimage_pSrc, QVImage<uChar, 1> & qvimage_pDst, const QSize &maskSize, const QPoint &anchor, const QPoint &destROIOffset) { const int colMaskRadius = maskSize.width(), rowMaskRadius = maskSize.height(); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, colMaskRadius-1, rowMaskRadius-1); IPP_DEBUG(FilterMin, ippiFilterMin_8u_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), IPP_SIZE_FROM_QSIZE(maskSize), IPP_POINT_FROM_QPOINT(anchor)); } // QVision wrapper function for IPP's ippiFilterMin_8u_C3R void FilterMin( const QVImage<uChar, 3> & qvimage_pSrc, QVImage<uChar, 3> & qvimage_pDst, const QSize &maskSize, const QPoint &anchor, const QPoint &destROIOffset) { const int colMaskRadius = maskSize.width(), rowMaskRadius = maskSize.height(); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, colMaskRadius-1, rowMaskRadius-1); IPP_DEBUG(FilterMin, ippiFilterMin_8u_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), IPP_SIZE_FROM_QSIZE(maskSize), IPP_POINT_FROM_QPOINT(anchor)); } // QVision wrapper function for IPP's ippiFilterMin_16u_C1R void FilterMin( const QVImage<uShort, 1> & qvimage_pSrc, QVImage<uShort, 1> & qvimage_pDst, const QSize &maskSize, const QPoint &anchor, const QPoint &destROIOffset) { const int colMaskRadius = maskSize.width(), rowMaskRadius = maskSize.height(); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, colMaskRadius-1, rowMaskRadius-1); IPP_DEBUG(FilterMin, ippiFilterMin_16u_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), IPP_SIZE_FROM_QSIZE(maskSize), IPP_POINT_FROM_QPOINT(anchor)); } // QVision wrapper function for IPP's ippiFilterMin_32f_C1R void FilterMin( const QVImage<sFloat, 1> & qvimage_pSrc, QVImage<sFloat, 1> & qvimage_pDst, const QSize &maskSize, const QPoint &anchor, const QPoint &destROIOffset) { const int colMaskRadius = maskSize.width(), rowMaskRadius = maskSize.height(); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, colMaskRadius-1, rowMaskRadius-1); IPP_DEBUG(FilterMin, ippiFilterMin_32f_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), IPP_SIZE_FROM_QSIZE(maskSize), IPP_POINT_FROM_QPOINT(anchor)); } // QVision wrapper function for IPP's ippiFilterMax_8u_C1R void FilterMax( const QVImage<uChar, 1> & qvimage_pSrc, QVImage<uChar, 1> & qvimage_pDst, const QSize &maskSize, const QPoint &anchor, const QPoint &destROIOffset) { const int colMaskRadius = maskSize.width(), rowMaskRadius = maskSize.height(); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, colMaskRadius-1, rowMaskRadius-1); IPP_DEBUG(FilterMax, ippiFilterMax_8u_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), IPP_SIZE_FROM_QSIZE(maskSize), IPP_POINT_FROM_QPOINT(anchor)); } // QVision wrapper function for IPP's ippiFilterMax_8u_C3R void FilterMax( const QVImage<uChar, 3> & qvimage_pSrc, QVImage<uChar, 3> & qvimage_pDst, const QSize &maskSize, const QPoint &anchor, const QPoint &destROIOffset) { const int colMaskRadius = maskSize.width(), rowMaskRadius = maskSize.height(); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, colMaskRadius-1, rowMaskRadius-1); IPP_DEBUG(FilterMax, ippiFilterMax_8u_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), IPP_SIZE_FROM_QSIZE(maskSize), IPP_POINT_FROM_QPOINT(anchor)); } // QVision wrapper function for IPP's ippiFilterMax_16u_C1R void FilterMax( const QVImage<uShort, 1> & qvimage_pSrc, QVImage<uShort, 1> & qvimage_pDst, const QSize &maskSize, const QPoint &anchor, const QPoint &destROIOffset) { const int colMaskRadius = maskSize.width(), rowMaskRadius = maskSize.height(); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, colMaskRadius-1, rowMaskRadius-1); IPP_DEBUG(FilterMax, ippiFilterMax_16u_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), IPP_SIZE_FROM_QSIZE(maskSize), IPP_POINT_FROM_QPOINT(anchor)); } // QVision wrapper function for IPP's ippiFilterMax_32f_C1R void FilterMax( const QVImage<sFloat, 1> & qvimage_pSrc, QVImage<sFloat, 1> & qvimage_pDst, const QSize &maskSize, const QPoint &anchor, const QPoint &destROIOffset) { const int colMaskRadius = maskSize.width(), rowMaskRadius = maskSize.height(); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, colMaskRadius-1, rowMaskRadius-1); IPP_DEBUG(FilterMax, ippiFilterMax_32f_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), IPP_SIZE_FROM_QSIZE(maskSize), IPP_POINT_FROM_QPOINT(anchor)); } // QVision wrapper function for IPP's ippiFilterMedian_8u_C1R void FilterMedian( const QVImage<uChar, 1> & qvimage_pSrc, QVImage<uChar, 1> & qvimage_pDst, const QSize &maskSize, const QPoint &anchor, const QPoint &destROIOffset) { const int colMaskRadius = maskSize.width(), rowMaskRadius = maskSize.height(); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, colMaskRadius-1, rowMaskRadius-1); IPP_DEBUG(FilterMedian, ippiFilterMedian_8u_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), IPP_SIZE_FROM_QSIZE(maskSize), IPP_POINT_FROM_QPOINT(anchor)); } // QVision wrapper function for IPP's ippiFilterMedian_8u_C3R void FilterMedian( const QVImage<uChar, 3> & qvimage_pSrc, QVImage<uChar, 3> & qvimage_pDst, const QSize &maskSize, const QPoint &anchor, const QPoint &destROIOffset) { const int colMaskRadius = maskSize.width(), rowMaskRadius = maskSize.height(); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, colMaskRadius-1, rowMaskRadius-1); IPP_DEBUG(FilterMedian, ippiFilterMedian_8u_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), IPP_SIZE_FROM_QSIZE(maskSize), IPP_POINT_FROM_QPOINT(anchor)); } // QVision wrapper function for IPP's ippiFilterMedian_16u_C1R void FilterMedian( const QVImage<uShort, 1> & qvimage_pSrc, QVImage<uShort, 1> & qvimage_pDst, const QSize &maskSize, const QPoint &anchor, const QPoint &destROIOffset) { const int colMaskRadius = maskSize.width(), rowMaskRadius = maskSize.height(); COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, colMaskRadius-1, rowMaskRadius-1); IPP_DEBUG(FilterMedian, ippiFilterMedian_16u_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), IPP_SIZE_FROM_QSIZE(maskSize), IPP_POINT_FROM_QPOINT(anchor)); } // QVision wrapper function for IPP's ippiFilterMedianHoriz_8u_C1R void FilterMedianHoriz( const QVImage<uChar, 1> & qvimage_pSrc, QVImage<uChar, 1> & qvimage_pDst, const IppiMaskSize mask, const QPoint &destROIOffset) { const int maskCols = IPP_MASK_SIZE_COLS(mask)-1, maskRows = IPP_MASK_SIZE_ROWS(mask)-1; COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, maskCols, maskRows); IPP_DEBUG(FilterMedianHoriz, ippiFilterMedianHoriz_8u_C1R, PDATA_READ_MARGIN(qvimage_pSrc, maskCols/2, maskRows/2), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), mask); } // QVision wrapper function for IPP's ippiFilterMedianVert_8u_C1R void FilterMedianVert( const QVImage<uChar, 1> & qvimage_pSrc, QVImage<uChar, 1> & qvimage_pDst, const IppiMaskSize mask, const QPoint &destROIOffset) { const int maskCols = IPP_MASK_SIZE_COLS(mask)-1, maskRows = IPP_MASK_SIZE_ROWS(mask)-1; COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, maskCols, maskRows); IPP_DEBUG(FilterMedianVert, ippiFilterMedianVert_8u_C1R, PDATA_READ_MARGIN(qvimage_pSrc, maskCols/2, maskRows/2), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), mask); } // QVision wrapper function for IPP's ippiFilterMedianCross_8u_C1R void FilterMedianCross( const QVImage<uChar, 1> & qvimage_pSrc, QVImage<uChar, 1> & qvimage_pDst, const IppiMaskSize mask, const QPoint &destROIOffset) { const int maskCols = IPP_MASK_SIZE_COLS(mask)-1, maskRows = IPP_MASK_SIZE_ROWS(mask)-1; COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, maskCols, maskRows); IPP_DEBUG(FilterMedianCross, ippiFilterMedianCross_8u_C1R, PDATA_READ_MARGIN(qvimage_pSrc, maskCols/2, maskRows/2), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), mask); } // QVision wrapper function for IPP's ippiFilterMedianWeightedCenter3x3_8u_C1R // Filter an image using a median filter with kernel size 3x3 and enlarged weight of central pixel. void FilterMedianWeightedCenter3x3( const QVImage<uChar, 1> & qvimage_pSrc, QVImage<uChar, 1> & qvimage_pDst, const int weight, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(FilterMedianWeightedCenter3x3, ippiFilterMedianWeightedCenter3x3_8u_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), weight); } // QVision wrapper function for IPP's ippiFilterMedianColor_8u_C3R void FilterMedianColor( const QVImage<uChar, 3> & qvimage_pSrc, QVImage<uChar, 3> & qvimage_pDst, const IppiMaskSize mask, const QPoint &destROIOffset) { const int maskCols = IPP_MASK_SIZE_COLS(mask)-1, maskRows = IPP_MASK_SIZE_ROWS(mask)-1; COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, maskCols, maskRows); IPP_DEBUG(FilterMedianColor, ippiFilterMedianColor_8u_C3R, PDATA_READ_MARGIN(qvimage_pSrc, maskCols/2, maskRows/2), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), mask); } // QVision wrapper function for IPP's ippiFilterSobelHorizMask_32f_C1R void FilterSobelHorizMask( const QVImage<sFloat, 1> & qvimage_pSrc, QVImage<sFloat, 1> & qvimage_pDst, const IppiMaskSize mask, const QPoint &destROIOffset) { const int maskCols = IPP_MASK_SIZE_COLS(mask)-1, maskRows = IPP_MASK_SIZE_ROWS(mask)-1; COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, maskCols, maskRows); IPP_DEBUG(FilterSobelHorizMask, ippiFilterSobelHorizMask_32f_C1R, PDATA_READ_MARGIN(qvimage_pSrc, maskCols/2, maskRows/2), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), mask); } // QVision wrapper function for IPP's ippiFilterSobelVertMask_32f_C1R void FilterSobelVertMask( const QVImage<sFloat, 1> & qvimage_pSrc, QVImage<sFloat, 1> & qvimage_pDst, const IppiMaskSize mask, const QPoint &destROIOffset) { const int maskCols = IPP_MASK_SIZE_COLS(mask)-1, maskRows = IPP_MASK_SIZE_ROWS(mask)-1; COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, maskCols, maskRows); IPP_DEBUG(FilterSobelVertMask, ippiFilterSobelVertMask_32f_C1R, PDATA_READ_MARGIN(qvimage_pSrc, maskCols/2, maskRows/2), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), mask); } // QVision wrapper function for IPP's ippiFilterLaplace_8u_C1R void FilterLaplace( const QVImage<uChar, 1> & qvimage_pSrc, QVImage<uChar, 1> & qvimage_pDst, const IppiMaskSize mask, const QPoint &destROIOffset) { const int maskCols = IPP_MASK_SIZE_COLS(mask)-1, maskRows = IPP_MASK_SIZE_ROWS(mask)-1; COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, maskCols, maskRows); IPP_DEBUG(FilterLaplace, ippiFilterLaplace_8u_C1R, PDATA_READ_MARGIN(qvimage_pSrc, maskCols/2, maskRows/2), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), mask); } // QVision wrapper function for IPP's ippiFilterLaplace_16s_C1R void FilterLaplace( const QVImage<sShort, 1> & qvimage_pSrc, QVImage<sShort, 1> & qvimage_pDst, const IppiMaskSize mask, const QPoint &destROIOffset) { const int maskCols = IPP_MASK_SIZE_COLS(mask)-1, maskRows = IPP_MASK_SIZE_ROWS(mask)-1; COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, maskCols, maskRows); IPP_DEBUG(FilterLaplace, ippiFilterLaplace_16s_C1R, PDATA_READ_MARGIN(qvimage_pSrc, maskCols/2, maskRows/2), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), mask); } // QVision wrapper function for IPP's ippiFilterLaplace_32f_C1R void FilterLaplace( const QVImage<sFloat, 1> & qvimage_pSrc, QVImage<sFloat, 1> & qvimage_pDst, const IppiMaskSize mask, const QPoint &destROIOffset) { const int maskCols = IPP_MASK_SIZE_COLS(mask)-1, maskRows = IPP_MASK_SIZE_ROWS(mask)-1; COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, maskCols, maskRows); IPP_DEBUG(FilterLaplace, ippiFilterLaplace_32f_C1R, PDATA_READ_MARGIN(qvimage_pSrc, maskCols/2, maskRows/2), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), mask); } // QVision wrapper function for IPP's ippiFilterGauss_8u_C1R void FilterGauss( const QVImage<uChar, 1> & qvimage_pSrc, QVImage<uChar, 1> & qvimage_pDst, const IppiMaskSize mask, const QPoint &destROIOffset) { const int maskCols = IPP_MASK_SIZE_COLS(mask)-1, maskRows = IPP_MASK_SIZE_ROWS(mask)-1; COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, maskCols, maskRows); IPP_DEBUG(FilterGauss, ippiFilterGauss_8u_C1R, PDATA_READ_MARGIN(qvimage_pSrc, maskCols/2, maskRows/2), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), mask); } // QVision wrapper function for IPP's ippiFilterGauss_32f_C1R void FilterGauss( const QVImage<sFloat, 1> & qvimage_pSrc, QVImage<sFloat, 1> & qvimage_pDst, const IppiMaskSize mask, const QPoint &destROIOffset) { const int maskCols = IPP_MASK_SIZE_COLS(mask)-1, maskRows = IPP_MASK_SIZE_ROWS(mask)-1; COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, maskCols, maskRows); IPP_DEBUG(FilterGauss, ippiFilterGauss_32f_C1R, PDATA_READ_MARGIN(qvimage_pSrc, maskCols/2, maskRows/2), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), mask); } // QVision wrapper function for IPP's ippiFilterGauss_8u_C3R void FilterGauss( const QVImage<uChar, 3> & qvimage_pSrc, QVImage<uChar, 3> & qvimage_pDst, const IppiMaskSize mask, const QPoint &destROIOffset) { const int maskCols = IPP_MASK_SIZE_COLS(mask)-1, maskRows = IPP_MASK_SIZE_ROWS(mask)-1; COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, maskCols, maskRows); IPP_DEBUG(FilterGauss, ippiFilterGauss_8u_C3R, PDATA_READ_MARGIN(qvimage_pSrc, maskCols/2, maskRows/2), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), mask); } // QVision wrapper function for IPP's ippiFilterGauss_32f_C3R void FilterGauss( const QVImage<sFloat, 3> & qvimage_pSrc, QVImage<sFloat, 3> & qvimage_pDst, const IppiMaskSize mask, const QPoint &destROIOffset) { const int maskCols = IPP_MASK_SIZE_COLS(mask)-1, maskRows = IPP_MASK_SIZE_ROWS(mask)-1; COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, maskCols, maskRows); IPP_DEBUG(FilterGauss, ippiFilterGauss_32f_C3R, PDATA_READ_MARGIN(qvimage_pSrc, maskCols/2, maskRows/2), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), mask); } // QVision wrapper function for IPP's ippiFilterHipass_8u_C1R void FilterHipass( const QVImage<uChar, 1> & qvimage_pSrc, QVImage<uChar, 1> & qvimage_pDst, const IppiMaskSize mask, const QPoint &destROIOffset) { const int maskCols = IPP_MASK_SIZE_COLS(mask)-1, maskRows = IPP_MASK_SIZE_ROWS(mask)-1; COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, maskCols, maskRows); IPP_DEBUG(FilterHipass, ippiFilterHipass_8u_C1R, PDATA_READ_MARGIN(qvimage_pSrc, maskCols/2, maskRows/2), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), mask); } // QVision wrapper function for IPP's ippiFilterHipass_8u_C3R void FilterHipass( const QVImage<uChar, 3> & qvimage_pSrc, QVImage<uChar, 3> & qvimage_pDst, const IppiMaskSize mask, const QPoint &destROIOffset) { const int maskCols = IPP_MASK_SIZE_COLS(mask)-1, maskRows = IPP_MASK_SIZE_ROWS(mask)-1; COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, maskCols, maskRows); IPP_DEBUG(FilterHipass, ippiFilterHipass_8u_C3R, PDATA_READ_MARGIN(qvimage_pSrc, maskCols/2, maskRows/2), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), mask); } // QVision wrapper function for IPP's ippiFilterHipass_32f_C1R void FilterHipass( const QVImage<sFloat, 1> & qvimage_pSrc, QVImage<sFloat, 1> & qvimage_pDst, const IppiMaskSize mask, const QPoint &destROIOffset) { const int maskCols = IPP_MASK_SIZE_COLS(mask)-1, maskRows = IPP_MASK_SIZE_ROWS(mask)-1; COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, maskCols, maskRows); IPP_DEBUG(FilterHipass, ippiFilterHipass_32f_C1R, PDATA_READ_MARGIN(qvimage_pSrc, maskCols/2, maskRows/2), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), mask); } // QVision wrapper function for IPP's ippiFilterHipass_32f_C3R void FilterHipass( const QVImage<sFloat, 3> & qvimage_pSrc, QVImage<sFloat, 3> & qvimage_pDst, const IppiMaskSize mask, const QPoint &destROIOffset) { const int maskCols = IPP_MASK_SIZE_COLS(mask)-1, maskRows = IPP_MASK_SIZE_ROWS(mask)-1; COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, maskCols, maskRows); IPP_DEBUG(FilterHipass, ippiFilterHipass_32f_C3R, PDATA_READ_MARGIN(qvimage_pSrc, maskCols/2, maskRows/2), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), mask); } // QVision wrapper function for IPP's ippiFilterLowpass_8u_C1R void FilterLowpass( const QVImage<uChar, 1> & qvimage_pSrc, QVImage<uChar, 1> & qvimage_pDst, const IppiMaskSize mask, const QPoint &destROIOffset) { const int maskCols = IPP_MASK_SIZE_COLS(mask)-1, maskRows = IPP_MASK_SIZE_ROWS(mask)-1; COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, maskCols, maskRows); IPP_DEBUG(FilterLowpass, ippiFilterLowpass_8u_C1R, PDATA_READ_MARGIN(qvimage_pSrc, maskCols/2, maskRows/2), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), mask); } // QVision wrapper function for IPP's ippiFilterLowpass_32f_C1R void FilterLowpass( const QVImage<sFloat, 1> & qvimage_pSrc, QVImage<sFloat, 1> & qvimage_pDst, const IppiMaskSize mask, const QPoint &destROIOffset) { const int maskCols = IPP_MASK_SIZE_COLS(mask)-1, maskRows = IPP_MASK_SIZE_ROWS(mask)-1; COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, maskCols, maskRows); IPP_DEBUG(FilterLowpass, ippiFilterLowpass_32f_C1R, PDATA_READ_MARGIN(qvimage_pSrc, maskCols/2, maskRows/2), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), mask); } // QVision wrapper function for IPP's ippiSum_8u_C1R void Sum( const QVImage<uChar, 1> & qvimage_pSrc, sDouble & pSum) { IPP_DEBUG(Sum, ippiSum_8u_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), IMAGE_ROISIZE(qvimage_pSrc), & pSum); } // QVision wrapper function for IPP's ippiSum_8u_C3R void Sum( const QVImage<uChar, 3> & qvimage_pSrc, sDouble sum[3]) { IPP_DEBUG(Sum, ippiSum_8u_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), IMAGE_ROISIZE(qvimage_pSrc), sum); } // QVision wrapper function for IPP's ippiSum_16s_C1R void Sum( const QVImage<sShort, 1> & qvimage_pSrc, sDouble & pSum) { IPP_DEBUG(Sum, ippiSum_16s_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), IMAGE_ROISIZE(qvimage_pSrc), & pSum); } // QVision wrapper function for IPP's ippiSum_16s_C3R void Sum( const QVImage<sShort, 3> & qvimage_pSrc, sDouble sum[3]) { IPP_DEBUG(Sum, ippiSum_16s_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), IMAGE_ROISIZE(qvimage_pSrc), sum); } // QVision wrapper function for IPP's ippiIntegral_8u32s_C1R void Integral( const QVImage<uChar, 1> & qvimage_pSrc, QVImage<sInt, 1> & qvimage_pDst, const sInt val, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Integral, ippiIntegral_8u32s_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), val); } // QVision wrapper function for IPP's ippiIntegral_8u32f_C1R void Integral( const QVImage<uChar, 1> & qvimage_pSrc, QVImage<sFloat, 1> & qvimage_pDst, const sFloat val, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Integral, ippiIntegral_8u32f_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), val); } // QVision wrapper function for IPP's ippiMean_8u_C1R void Mean( const QVImage<uChar, 1> & qvimage_pSrc, sDouble & pMean) { IPP_DEBUG(Mean, ippiMean_8u_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), IMAGE_ROISIZE(qvimage_pSrc), & pMean); } // QVision wrapper function for IPP's ippiMean_8u_C3R void Mean( const QVImage<uChar, 3> & qvimage_pSrc, sDouble mean[3]) { IPP_DEBUG(Mean, ippiMean_8u_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), IMAGE_ROISIZE(qvimage_pSrc), mean); } // QVision wrapper function for IPP's ippiMean_16s_C1R void Mean( const QVImage<sShort, 1> & qvimage_pSrc, sDouble & pMean) { IPP_DEBUG(Mean, ippiMean_16s_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), IMAGE_ROISIZE(qvimage_pSrc), & pMean); } // QVision wrapper function for IPP's ippiMean_16s_C3R void Mean( const QVImage<sShort, 3> & qvimage_pSrc, sDouble mean[3]) { IPP_DEBUG(Mean, ippiMean_16s_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), IMAGE_ROISIZE(qvimage_pSrc), mean); } // QVision wrapper function for IPP's ippiMin_8u_C1R void Min( const QVImage<uChar, 1> & qvimage_pSrc, uChar & pMin) { IPP_DEBUG(Min, ippiMin_8u_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), IMAGE_ROISIZE(qvimage_pSrc), & pMin); } // QVision wrapper function for IPP's ippiMin_8u_C3R void Min( const QVImage<uChar, 3> & qvimage_pSrc, uChar min[3]) { IPP_DEBUG(Min, ippiMin_8u_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), IMAGE_ROISIZE(qvimage_pSrc), min); } // QVision wrapper function for IPP's ippiMin_16s_C1R void Min( const QVImage<sShort, 1> & qvimage_pSrc, sShort & pMin) { IPP_DEBUG(Min, ippiMin_16s_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), IMAGE_ROISIZE(qvimage_pSrc), & pMin); } // QVision wrapper function for IPP's ippiMin_16s_C3R void Min( const QVImage<sShort, 3> & qvimage_pSrc, sShort min[3]) { IPP_DEBUG(Min, ippiMin_16s_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), IMAGE_ROISIZE(qvimage_pSrc), min); } // QVision wrapper function for IPP's ippiMin_32f_C1R void Min( const QVImage<sFloat, 1> & qvimage_pSrc, sFloat & pMin) { IPP_DEBUG(Min, ippiMin_32f_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), IMAGE_ROISIZE(qvimage_pSrc), & pMin); } // QVision wrapper function for IPP's ippiMax_8u_C1R void Max( const QVImage<uChar, 1> & qvimage_pSrc, uChar & pMax) { IPP_DEBUG(Max, ippiMax_8u_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), IMAGE_ROISIZE(qvimage_pSrc), & pMax); } // QVision wrapper function for IPP's ippiMax_8u_C3R void Max( const QVImage<uChar, 3> & qvimage_pSrc, uChar max[3]) { IPP_DEBUG(Max, ippiMax_8u_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), IMAGE_ROISIZE(qvimage_pSrc), max); } // QVision wrapper function for IPP's ippiMax_16s_C1R void Max( const QVImage<sShort, 1> & qvimage_pSrc, sShort & pMax) { IPP_DEBUG(Max, ippiMax_16s_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), IMAGE_ROISIZE(qvimage_pSrc), & pMax); } // QVision wrapper function for IPP's ippiMax_16s_C3R void Max( const QVImage<sShort, 3> & qvimage_pSrc, sShort max[3]) { IPP_DEBUG(Max, ippiMax_16s_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), IMAGE_ROISIZE(qvimage_pSrc), max); } // QVision wrapper function for IPP's ippiMax_32f_C1R void Max( const QVImage<sFloat, 1> & qvimage_pSrc, sFloat & pMax) { IPP_DEBUG(Max, ippiMax_32f_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), IMAGE_ROISIZE(qvimage_pSrc), & pMax); } // QVision wrapper function for IPP's ippiMinEvery_8u_C1IR void MinEvery( const QVImage<uChar, 1> & qvimage_pSrc, QVImage<uChar, 1> & qvimage_pSrcDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pSrcDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(MinEvery, ippiMinEvery_8u_C1IR, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pSrcDst), qvimage_pSrcDst.getStep(), IMAGE_ROISIZE(qvimage_pSrcDst)); } // QVision wrapper function for IPP's ippiMinEvery_8u_C3IR void MinEvery( const QVImage<uChar, 3> & qvimage_pSrc, QVImage<uChar, 3> & qvimage_pSrcDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pSrcDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(MinEvery, ippiMinEvery_8u_C3IR, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pSrcDst), qvimage_pSrcDst.getStep(), IMAGE_ROISIZE(qvimage_pSrcDst)); } // QVision wrapper function for IPP's ippiMinEvery_16s_C1IR void MinEvery( const QVImage<sShort, 1> & qvimage_pSrc, QVImage<sShort, 1> & qvimage_pSrcDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pSrcDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(MinEvery, ippiMinEvery_16s_C1IR, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pSrcDst), qvimage_pSrcDst.getStep(), IMAGE_ROISIZE(qvimage_pSrcDst)); } // QVision wrapper function for IPP's ippiMinEvery_16s_C3IR void MinEvery( const QVImage<sShort, 3> & qvimage_pSrc, QVImage<sShort, 3> & qvimage_pSrcDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pSrcDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(MinEvery, ippiMinEvery_16s_C3IR, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pSrcDst), qvimage_pSrcDst.getStep(), IMAGE_ROISIZE(qvimage_pSrcDst)); } // QVision wrapper function for IPP's ippiMinEvery_32f_C1IR void MinEvery( const QVImage<sFloat, 1> & qvimage_pSrc, QVImage<sFloat, 1> & qvimage_pSrcDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pSrcDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(MinEvery, ippiMinEvery_32f_C1IR, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pSrcDst), qvimage_pSrcDst.getStep(), IMAGE_ROISIZE(qvimage_pSrcDst)); } // QVision wrapper function for IPP's ippiMaxEvery_8u_C1IR void MaxEvery( const QVImage<uChar, 1> & qvimage_pSrc, QVImage<uChar, 1> & qvimage_pSrcDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pSrcDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(MaxEvery, ippiMaxEvery_8u_C1IR, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pSrcDst), qvimage_pSrcDst.getStep(), IMAGE_ROISIZE(qvimage_pSrcDst)); } // QVision wrapper function for IPP's ippiMaxEvery_8u_C3IR void MaxEvery( const QVImage<uChar, 3> & qvimage_pSrc, QVImage<uChar, 3> & qvimage_pSrcDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pSrcDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(MaxEvery, ippiMaxEvery_8u_C3IR, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pSrcDst), qvimage_pSrcDst.getStep(), IMAGE_ROISIZE(qvimage_pSrcDst)); } // QVision wrapper function for IPP's ippiMaxEvery_16s_C1IR void MaxEvery( const QVImage<sShort, 1> & qvimage_pSrc, QVImage<sShort, 1> & qvimage_pSrcDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pSrcDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(MaxEvery, ippiMaxEvery_16s_C1IR, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pSrcDst), qvimage_pSrcDst.getStep(), IMAGE_ROISIZE(qvimage_pSrcDst)); } // QVision wrapper function for IPP's ippiMaxEvery_16s_C3IR void MaxEvery( const QVImage<sShort, 3> & qvimage_pSrc, QVImage<sShort, 3> & qvimage_pSrcDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pSrcDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(MaxEvery, ippiMaxEvery_16s_C3IR, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pSrcDst), qvimage_pSrcDst.getStep(), IMAGE_ROISIZE(qvimage_pSrcDst)); } // QVision wrapper function for IPP's ippiMaxEvery_32f_C1IR void MaxEvery( const QVImage<sFloat, 1> & qvimage_pSrc, QVImage<sFloat, 1> & qvimage_pSrcDst, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pSrcDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(MaxEvery, ippiMaxEvery_32f_C1IR, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pSrcDst), qvimage_pSrcDst.getStep(), IMAGE_ROISIZE(qvimage_pSrcDst)); } // QVision wrapper function for IPP's ippiCanny_16s8u_C1R void Canny( QVImage<sShort, 1> & qvimage_pSrcDx, QVImage<sShort, 1> & qvimage_pSrcDy, QVImage<uChar, 1> & qvimage_pDstEdges, const sFloat lowThresh, const sFloat highThresh, QVImage<uChar, 1> & qvimage_pBuffer) { IPP_DEBUG(Canny, ippiCanny_16s8u_C1R, PDATA_WRITE(qvimage_pSrcDx), qvimage_pSrcDx.getStep(), PDATA_WRITE(qvimage_pSrcDy), qvimage_pSrcDy.getStep(), PDATA_WRITE(qvimage_pDstEdges), qvimage_pDstEdges.getStep(), IMAGE_ROISIZE(qvimage_pDstEdges), lowThresh, highThresh, qvimage_pBuffer.getWriteData()); } // QVision wrapper function for IPP's ippiCanny_32f8u_C1R void Canny( QVImage<sFloat, 1> & qvimage_pSrcDx, QVImage<sFloat, 1> & qvimage_pSrcDy, QVImage<uChar, 1> & qvimage_pDstEdges, const sFloat lowThresh, const sFloat highThresh, QVImage<uChar, 1> & qvimage_pBuffer) { IPP_DEBUG(Canny, ippiCanny_32f8u_C1R, PDATA_WRITE(qvimage_pSrcDx), qvimage_pSrcDx.getStep(), PDATA_WRITE(qvimage_pSrcDy), qvimage_pSrcDy.getStep(), PDATA_WRITE(qvimage_pDstEdges), qvimage_pDstEdges.getStep(), IMAGE_ROISIZE(qvimage_pDstEdges), lowThresh, highThresh, qvimage_pBuffer.getWriteData()); } // QVision wrapper function for IPP's ippiMinEigenVal_8u32f_C1R void MinEigenVal( const QVImage<uChar, 1> & qvimage_pSrc, QVImage<sFloat, 1> & qvimage_pMinEigenVal, const IppiKernelType kernType, const int apertureSize, const int avgWindow, QVImage<uChar, 1> & qvimage_pBuffer, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pMinEigenVal, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(MinEigenVal, ippiMinEigenVal_8u32f_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pMinEigenVal), qvimage_pMinEigenVal.getStep(), IMAGE_ROISIZE(qvimage_pMinEigenVal), kernType, apertureSize, avgWindow, qvimage_pBuffer.getWriteData()); } // QVision wrapper function for IPP's ippiDistanceTransform_5x5_8u16u_C1R void DistanceTransform_5x5( const QVImage<uChar, 1> & qvimage_pSrc, QVImage<uShort, 1> & qvimage_pDst, sInt & pMetrics, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(DistanceTransform_5x5, ippiDistanceTransform_5x5_8u16u_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), & pMetrics); } // QVision wrapper function for IPP's ippiFastMarching_8u32f_C1R // Calculate distance transform by fast marching method. void FastMarching( const QVImage<uChar, 1> & qvimage_pSrc, QVImage<sFloat, 1> & qvimage_pDst, const sFloat radius, QVImage<uChar, 1> & qvimage_pBuffer, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(FastMarching, ippiFastMarching_8u32f_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), radius, qvimage_pBuffer.getWriteData()); } // QVision wrapper function for IPP's ippiInpaint_8u_C1R void Inpaint( const QVImage<uChar, 1> & qvimage_pSrc, QVImage<uChar, 1> & qvimage_pDst, IppiInpaintState_8u_C1R & pState, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Inpaint, ippiInpaint_8u_C1R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), & pState); } // QVision wrapper function for IPP's ippiInpaint_8u_C3R // Restores damaged image area by direct inpainting. void Inpaint( const QVImage<uChar, 3> & qvimage_pSrc, QVImage<uChar, 3> & qvimage_pDst, IppiInpaintState_8u_C1R & pState, const QPoint &destROIOffset) { COMPOSE_ROI(qvimage_pDst, qvimage_pSrc, destROIOffset, 0, 0); IPP_DEBUG(Inpaint, ippiInpaint_8u_C3R, PDATA_READ(qvimage_pSrc), qvimage_pSrc.getStep(), PDATA_WRITE(qvimage_pDst), qvimage_pDst.getStep(), IMAGE_ROISIZE(qvimage_pDst), & pState); }

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