umc_h264_to_ipp.h

audio-video-codecs.rar语音编解码器

        pDC, pDiff));
}

#if defined BITDEPTH_9_12
inline IppStatus ippiSumsDiff8x8Blocks4x4(const Ipp16u* pSrc,
                                                Ipp32s  srcStepPixels,
                                          const Ipp16u* pPred,
                                                Ipp32s  predStepPixels,
                                                Ipp32s* pDC,
                                                Ipp16s* pDiff)
{
    return(ippiSumsDiff8x8Blocks4x4_16u32s_C1R(pSrc,
        srcStepPixels*sizeof(Ipp16u),
        pPred, predStepPixels*sizeof(Ipp16u),
        pDC,
        pDiff));
}
#endif // BITDEPTH_9_12

inline IppStatus ippiTransformQuantChromaDC_H264(Ipp16s* pSrcDst,
                                                 Ipp16s* pTBlock,
                                                 Ipp32s  QPChroma,
                                                 Ipp32s*    pNumLevels,
                                                 Ipp32s  intra,
                                                 Ipp32s  needTransform,
                                                 const Ipp16s *pScaleLevels = NULL)
{
    return ippiTransformQuantFwdChromaDC2x2_H264_16s_C1I(pSrcDst, pTBlock, QPChroma, pNumLevels, intra, needTransform,pScaleLevels);
}

#if defined BITDEPTH_9_12
inline IppStatus ippiTransformQuantChromaDC_H264(Ipp32s* pSrcDst,
                                                 Ipp32s* pTBlock,
                                                 Ipp32s  QPChroma,
                                                 Ipp32s* pNumLevels,
                                                 Ipp32s  intra,
                                                 Ipp32s  needTransform,
                                                 const Ipp16s* pScaleLevels = NULL)
{
    return(ippiTransformQuantFwdChromaDC2x2_H264_32s_C1I(pSrcDst, pTBlock, QPChroma, pNumLevels, intra, needTransform, pScaleLevels));
}
inline IppStatus ippiTransformQuantResidual_H264(Ipp16s* pSrc,
                                                 Ipp32s* pDst,
                                                 Ipp32s  Qp,
                                                 Ipp32s* pNumLevels,
                                                 Ipp32s  intra,
                                                 const Ipp16s* pScanMatrix,
                                                 Ipp32s* pLastCoeff,
                                                 const Ipp16s* pLevelScales = NULL)
{
    return ippiTransformQuantFwd4x4_H264_16s32s_C1 (pSrc, pDst, Qp, pNumLevels, intra, pScanMatrix,pLastCoeff, pLevelScales);
}
#endif // BITDEPTH_9_12

inline IppStatus ippiTransformQuantResidual_H264(Ipp16s* pSrcDst,
                                                 Ipp16s* pDst,
                                                 Ipp32s  Qp,
                                                 Ipp32s* pNumLevels,
                                                 Ipp32s  Intra,
                                                 Ipp16s* pScanMatrix,
                                                 Ipp32s* pLastCoeff,
                                                 Ipp16s* pScaleLevels = NULL)
{
    return ippiTransformQuantFwd4x4_H264_16s_C1(pSrcDst,pDst, Qp, pNumLevels, (Ipp8u)Intra, pScanMatrix,pLastCoeff, pScaleLevels);
}

inline IppStatus ippiInterpolateLuma_H264(const Ipp8u*   src,
                                          Ipp32s   src_pitch, // in bytes
                                          Ipp8u*   dst,
                                          Ipp32s   dst_pitch, // in bytes
                                          Ipp32s   xh,
                                          Ipp32s   yh,
                                          IppiSize sz,
                                          Ipp32s   bit_depth)
{
    return(ippiInterpolateLuma_H264_8u_C1R(src, src_pitch,
        dst, dst_pitch,
        xh, yh, sz));
}

#if defined BITDEPTH_9_12
inline IppStatus ippiInterpolateLuma_H264(const Ipp16u* src,
                                          Ipp32s   src_pitch, // in bytes
                                          Ipp16u*  dst,
                                          Ipp32s   dst_pitch, // in bytes
                                          Ipp32s   xh,
                                          Ipp32s   yh,
                                          IppiSize sz,
                                          Ipp32s   bit_depth)
{
//    IppVCInterpolate_16u info = { (Ipp16u*)src,src_pitch/sizeof(Ipp16u), dst, dst_pitch/sizeof(Ipp16u), xh, yh, sz, bit_depth };
    IppVCInterpolate_16u info;
    info.pSrc = (Ipp16u*)src;
    info.srcStep = src_pitch/sizeof(Ipp16u);
    info.pDst = dst;
    info.dstStep = dst_pitch/sizeof(Ipp16u);
    info.dx = xh;
    info.dy = yh;
    info.roiSize.width = sz.width;
    info.roiSize.height = sz.height;
    info.bitDepth = bit_depth;
    return ippiInterpolateLuma_H264_16u_C1R(&info);
}

#endif // BITDEPTH_9_12
inline IppStatus ippiInterpolateLumaTop_H264(const Ipp8u* src,
                                             Ipp32s   src_pitch, // in bytes
                                             Ipp8u*   dst,
                                             Ipp32s   dst_pitch, // in bytes
                                             Ipp32s   xh,
                                             Ipp32s   yh,
                                             Ipp32s   outPixels,
                                             IppiSize sz,
                                             Ipp32s   bit_depth)
{
    return(ippiInterpolateLumaTop_H264_8u_C1R(src, src_pitch,
        dst, dst_pitch,
        xh, yh, outPixels, sz));
}

#if defined BITDEPTH_9_12
inline IppStatus ippiInterpolateLumaTop_H264(const Ipp16u* src,
                                             Ipp32s    src_pitch, // in bytes
                                             Ipp16u*   dst,
                                             Ipp32s    dst_pitch, // in bytes
                                             Ipp32s    xh,
                                             Ipp32s    yh,
                                             Ipp32s    outPixels,
                                             IppiSize  sz,
                                             Ipp32s    bit_depth)
{
    IppVCInterpolate_16u info;
    info.pSrc = (Ipp16u*)src;
    info.srcStep = src_pitch/sizeof(Ipp16u);
    info.pDst = dst;
    info.dstStep = dst_pitch/sizeof(Ipp16u);
    info.dx = xh;
    info.dy = yh;
    info.roiSize.width = sz.width;
    info.roiSize.height = sz.height;
    info.bitDepth = bit_depth;
    return ippiInterpolateLumaTop_H264_16u_C1R( &info, outPixels );
}

#endif // BITDEPTH_9_12
inline IppStatus ippiInterpolateLumaBottom_H264(const Ipp8u* src,
                                                Ipp32s   src_pitch, // in bytes
                                                Ipp8u*   dst,
                                                Ipp32s   dst_pitch, // in bytes
                                                Ipp32s   xh,
                                                Ipp32s   yh,
                                                Ipp32s   outPixels,
                                                IppiSize sz,
                                                Ipp32s   bit_depth)
{
    return(ippiInterpolateLumaBottom_H264_8u_C1R(src, src_pitch,
        dst, dst_pitch,
        xh, yh, outPixels, sz));
}

#if defined BITDEPTH_9_12
inline IppStatus ippiInterpolateLumaBottom_H264(const Ipp16u* src,
                                                Ipp32s    src_pitch, // in bytes
                                                Ipp16u*   dst,
                                                Ipp32s    dst_pitch, // in bytes
                                                Ipp32s    xh,
                                                Ipp32s    yh,
                                                Ipp32s    outPixels,
                                                IppiSize  sz,
                                                Ipp32s    bit_depth)
{
//    IppVCInterpolate_16u info = { (Ipp16u*)src, src_pitch/sizeof(Ipp16u), dst, dst_pitch/sizeof(Ipp16u), xh, yh, sz, bit_depth };
    IppVCInterpolate_16u info;
    info.pSrc = (Ipp16u*)src;
    info.srcStep = src_pitch/sizeof(Ipp16u);
    info.pDst = dst;
    info.dstStep = dst_pitch/sizeof(Ipp16u);
    info.dx = xh;
    info.dy = yh;
    info.roiSize.width = sz.width;
    info.roiSize.height = sz.height;
    info.bitDepth = bit_depth;
    return ippiInterpolateLumaBottom_H264_16u_C1R( &info, outPixels );
}

#endif // BITDEPTH_9_12

inline IppStatus ippiInterpolateChroma_H264(const Ipp8u* src,
                                            Ipp32s   src_pitch, // in bytes
                                            Ipp8u*   dst,
                                            Ipp32s   dst_pitch, // in bytes
                                            Ipp32s   xh,
                                            Ipp32s   yh,
                                            IppiSize sz,
                                            Ipp32s   bit_depth)
{
    return(ippiInterpolateChroma_H264_8u_C1R(src, src_pitch, dst, dst_pitch, xh, yh, sz));
}

#if defined BITDEPTH_9_12
inline IppStatus ippiInterpolateChroma_H264(const Ipp16u* src,
                                            Ipp32s   src_pitch, // in bytes
                                            Ipp16u*  dst,
                                            Ipp32s   dst_pitch, // in bytes
                                            Ipp32s   xh,
                                            Ipp32s   yh,
                                            IppiSize sz,
                                            Ipp32s   bit_depth)
{
//    IppVCInterpolate_16u info = { (Ipp16u*)src,src_pitch/sizeof(Ipp16u), dst, dst_pitch/sizeof(Ipp16u), xh, yh, sz, bit_depth };
    IppVCInterpolate_16u info;
    info.pSrc = (Ipp16u*)src;
    info.srcStep = src_pitch/sizeof(Ipp16u);
    info.pDst = dst;
    info.dstStep = dst_pitch/sizeof(Ipp16u);
    info.dx = xh;
    info.dy = yh;
    info.roiSize.width = sz.width;
    info.roiSize.height = sz.height;
    info.bitDepth = bit_depth;
    return ippiInterpolateChroma_H264_16u_C1R( &info );
}

#endif // BITDEPTH_9_12

inline IppStatus ippiInterpolateChromaTop_H264(const Ipp8u* src,
                                               Ipp32s   src_pitch, // in bytes
                                               Ipp8u*   dst,
                                               Ipp32s   dst_pitch, // in bytes
                                               Ipp32s   xh,
                                               Ipp32s   yh,
                                               Ipp32s   outPixels,
                                               IppiSize sz,
                                               Ipp32s   bit_depth)