ErrVal MbCoder::xWriteIntraPredModes( MbDataAccess& rcMbDataAccess )
{
ROFRS( rcMbDataAccess.getMbData().isIntra(), Err::m_nOK );
if( rcMbDataAccess.getMbData().isIntra4x4() )
{
if( rcMbDataAccess.getSH().getPPS().getTransform8x8ModeFlag() )
{
RNOK( m_pcMbSymbolWriteIf->transformSize8x8Flag( rcMbDataAccess ) );
}
if( rcMbDataAccess.getMbData().isTransformSize8x8() )
{
for( B8x8Idx cIdx; cIdx.isLegal(); cIdx++ )
{
RNOK( m_pcMbSymbolWriteIf->intraPredModeLuma( rcMbDataAccess, cIdx ) );
}
}
else
{
for( S4x4Idx cIdx; cIdx.isLegal(); cIdx++ )
{
RNOK( m_pcMbSymbolWriteIf->intraPredModeLuma( rcMbDataAccess, cIdx ) );
}
}
}
if( rcMbDataAccess.getMbData().isIntra4x4() || rcMbDataAccess.getMbData().isIntra16x16() )
{
RNOK( m_pcMbSymbolWriteIf->intraPredModeChroma( rcMbDataAccess ) );
}
return Err::m_nOK;
}
Void
MbTransformCoeffs::clearLumaLevels8x8( B8x8Idx c8x8Idx )
{
UInt uiIndex = c8x8Idx.b8x8();
::memset( &m_aaiLevel[uiIndex ][0], 0, sizeof(TCoeff)*16 );
::memset( &m_aaiLevel[uiIndex+1][0], 0, sizeof(TCoeff)*16 );
::memset( &m_aaiLevel[uiIndex+4][0], 0, sizeof(TCoeff)*16 );
::memset( &m_aaiLevel[uiIndex+5][0], 0, sizeof(TCoeff)*16 );
}
ErrVal MbCoder::xWriteBlockMv( MbDataAccess& rcMbDataAccess, B8x8Idx c8x8Idx, ListIdx eLstIdx )
{
BlkMode eBlkMode = rcMbDataAccess.getMbData().getBlkMode( c8x8Idx.b8x8Index() );
ParIdx8x8 eParIdx = c8x8Idx.b8x8();
switch( eBlkMode )
{
case BLK_8x8:
{
RNOK( m_pcMbSymbolWriteIf->mvd( rcMbDataAccess, eLstIdx, eParIdx ) );
break;
}
case BLK_8x4:
{
RNOK( m_pcMbSymbolWriteIf->mvd( rcMbDataAccess, eLstIdx, eParIdx, SPART_8x4_0 ) );
RNOK( m_pcMbSymbolWriteIf->mvd( rcMbDataAccess, eLstIdx, eParIdx, SPART_8x4_1 ) );
break;
}
case BLK_4x8:
{
RNOK( m_pcMbSymbolWriteIf->mvd( rcMbDataAccess, eLstIdx, eParIdx, SPART_4x8_0 ) );
RNOK( m_pcMbSymbolWriteIf->mvd( rcMbDataAccess, eLstIdx, eParIdx, SPART_4x8_1 ) );
break;
}
case BLK_4x4:
{
RNOK( m_pcMbSymbolWriteIf->mvd( rcMbDataAccess, eLstIdx, eParIdx, SPART_4x4_0 ) );
RNOK( m_pcMbSymbolWriteIf->mvd( rcMbDataAccess, eLstIdx, eParIdx, SPART_4x4_1 ) );
RNOK( m_pcMbSymbolWriteIf->mvd( rcMbDataAccess, eLstIdx, eParIdx, SPART_4x4_2 ) );
RNOK( m_pcMbSymbolWriteIf->mvd( rcMbDataAccess, eLstIdx, eParIdx, SPART_4x4_3 ) );
break;
}
case BLK_SKIP:
{
break;
}
default:
{
AF();
return Err::m_nERR;
}
}
return Err::m_nOK;
}
ErrVal
MbParser::xGet8x8BlockMv( MbDataAccess& rcMbDataAccess, B8x8Idx c8x8Idx, ListIdx eLstIdx )
{
ParIdx8x8 eParIdx = c8x8Idx.b8x8();
switch( rcMbDataAccess.getMbData().getBlkMode( c8x8Idx.b8x8Index() ) )
{
case BLK_8x8:
{
DECRNOK( m_pcMbSymbolReadIf->mvd( rcMbDataAccess, eLstIdx, eParIdx ) );
break;
}
case BLK_8x4:
{
DECRNOK( m_pcMbSymbolReadIf->mvd( rcMbDataAccess, eLstIdx, eParIdx, SPART_8x4_0 ) );
DECRNOK( m_pcMbSymbolReadIf->mvd( rcMbDataAccess, eLstIdx, eParIdx, SPART_8x4_1 ) );
break;
}
case BLK_4x8:
{
DECRNOK( m_pcMbSymbolReadIf->mvd( rcMbDataAccess, eLstIdx, eParIdx, SPART_4x8_0 ) );
DECRNOK( m_pcMbSymbolReadIf->mvd( rcMbDataAccess, eLstIdx, eParIdx, SPART_4x8_1 ) );
break;
}
case BLK_4x4:
{
DECRNOK( m_pcMbSymbolReadIf->mvd( rcMbDataAccess, eLstIdx, eParIdx, SPART_4x4_0 ) );
DECRNOK( m_pcMbSymbolReadIf->mvd( rcMbDataAccess, eLstIdx, eParIdx, SPART_4x4_1 ) );
DECRNOK( m_pcMbSymbolReadIf->mvd( rcMbDataAccess, eLstIdx, eParIdx, SPART_4x4_2 ) );
DECRNOK( m_pcMbSymbolReadIf->mvd( rcMbDataAccess, eLstIdx, eParIdx, SPART_4x4_3 ) );
break;
}
case BLK_SKIP:
{
break;
}
default:
{
return Err::m_nERR;
}
}
return Err::m_nOK;
}
ErrVal MbDecoder::xDecodeMbIntraBL( MbDataAccess& rcMbDataAccess,
IntYuvPicBuffer* pcRecYuvBuffer,
IntYuvMbBuffer& rcPredBuffer,
IntYuvPicBuffer* pcBaseYuvBuffer )
{
IntYuvMbBuffer cYuvMbBuffer;
MbTransformCoeffs& rcCoeffs = m_cTCoeffs;
cYuvMbBuffer.loadBuffer ( pcBaseYuvBuffer );
rcPredBuffer.loadLuma ( cYuvMbBuffer );
rcPredBuffer.loadChroma ( cYuvMbBuffer );
if( rcMbDataAccess.getMbData().isTransformSize8x8() )
{
for( B8x8Idx cIdx; cIdx.isLegal(); cIdx++ )
{
if( rcMbDataAccess.getMbData().is4x4BlkCoded( cIdx ) )
{
RNOK( m_pcTransform->invTransform8x8Blk( cYuvMbBuffer.getYBlk( cIdx ),
cYuvMbBuffer.getLStride(),
rcCoeffs.get8x8(cIdx) ) );
}
}
}
else
{
for( B4x4Idx cIdx; cIdx.isLegal(); cIdx++ )
{
if( rcMbDataAccess.getMbData().is4x4BlkCoded( cIdx ) )
{
RNOK( m_pcTransform->invTransform4x4Blk( cYuvMbBuffer.getYBlk( cIdx ),
cYuvMbBuffer.getLStride(),
rcCoeffs.get(cIdx) ) );
}
}
}
UInt uiChromaCbp = rcMbDataAccess.getMbData().getCbpChroma4x4();
RNOK( xDecodeChroma( rcMbDataAccess, cYuvMbBuffer, rcPredBuffer, uiChromaCbp, false ) );
pcRecYuvBuffer->loadBuffer( &cYuvMbBuffer );
return Err::m_nOK;
}
ErrVal
MbParser::xReadIntraPredModes( MbDataAccess& rcMbDataAccess )
{
ROFRS( rcMbDataAccess.getMbData().isIntra(), Err::m_nOK );
if( rcMbDataAccess.getMbData().isIntra4x4() )
{
if( rcMbDataAccess.getSH().getPPS().getTransform8x8ModeFlag() )
{
DECRNOK( m_pcMbSymbolReadIf->transformSize8x8Flag( rcMbDataAccess ) );
}
if( rcMbDataAccess.getMbData().isTransformSize8x8() )
{
for( B8x8Idx cIdx; cIdx.isLegal(); cIdx++ )
{
DECRNOK( m_pcMbSymbolReadIf->intraPredModeLuma8x8( rcMbDataAccess, cIdx ) );
}
}
else
{
for( S4x4Idx cIdx; cIdx.isLegal(); cIdx++ )
{
DECRNOK( m_pcMbSymbolReadIf->intraPredModeLuma( rcMbDataAccess, cIdx ) );
}
}
}
if( rcMbDataAccess.getMbData().isIntra4x4() || rcMbDataAccess.getMbData().isIntra16x16() )
{
if( rcMbDataAccess.getSH().getSPS().getChromaFormatIdc() )
{
DECRNOK( m_pcMbSymbolReadIf->intraPredModeChroma( rcMbDataAccess ) );
}
else
{
rcMbDataAccess.getMbData().setChromaPredMode( 0 ); // DC prediction
}
}
return Err::m_nOK;
}
ErrVal MbDecoder::xDecodeMbIntra8x8( MbDataAccess& rcMbDataAccess,
IntYuvMbBuffer& cYuvMbBuffer,
IntYuvMbBuffer& rcPredBuffer )
{
Int iStride = cYuvMbBuffer.getLStride();
MbTransformCoeffs& rcCoeffs = m_cTCoeffs;
for( B8x8Idx cIdx; cIdx.isLegal(); cIdx++ )
{
{
Int iPredMode = rcMbDataAccess.decodeIntraPredMode( cIdx );
for( S4x4Idx cIdx4x4( cIdx ); cIdx4x4.isLegal( cIdx ); cIdx4x4++ )
{
rcMbDataAccess.getMbData().intraPredMode( cIdx4x4 ) = iPredMode;
}
}
XPel* puc = cYuvMbBuffer.getYBlk( cIdx );
const UInt uiPredMode = rcMbDataAccess.getMbData().intraPredMode( cIdx );
RNOK( m_pcIntraPrediction->predictLuma8x8Block( puc, iStride, uiPredMode, cIdx ) );
rcPredBuffer.loadLuma( cYuvMbBuffer, cIdx );
if( rcMbDataAccess.getMbData().is4x4BlkCoded( cIdx ) )
{
RNOK( m_pcTransform->invTransform8x8Blk( puc, iStride, rcCoeffs.get8x8( cIdx ) ) );
}
}
UInt uiChromaCbp = rcMbDataAccess.getMbData().getCbpChroma4x4();
RNOK( xDecodeChroma( rcMbDataAccess, cYuvMbBuffer, rcPredBuffer, uiChromaCbp, true ) );
return Err::m_nOK;
}
ErrVal MbDecoder::xDecodeMbInter( MbDataAccess& rcMbDataAccess,
MbDataAccess* pcMbDataAccessBase,
IntYuvMbBuffer& rcPredBuffer,
IntYuvPicBuffer* pcRecYuvBuffer,
IntFrame* pcResidual,
IntFrame* pcBaseResidual,
RefFrameList& rcRefFrameList0,
RefFrameList& rcRefFrameList1,
Bool bReconstruct )
{
IntYuvMbBuffer cYuvMbBuffer; cYuvMbBuffer .setAllSamplesToZero();
IntYuvMbBuffer cYuvMbBufferResidual; cYuvMbBufferResidual.setAllSamplesToZero();
MbTransformCoeffs& rcCoeffs = m_cTCoeffs;
Bool bCalcMv = false;
Bool bFaultTolerant = true;
//===== derive motion vectors =====
calcMv( rcMbDataAccess, pcMbDataAccessBase );
//===== get prediction signal when full reconstruction is requested =====
if( bReconstruct )
{
if( rcMbDataAccess.getMbData().getMbMode() == MODE_8x8 || rcMbDataAccess.getMbData().getMbMode() == MODE_8x8ref0 )
{
for( B8x8Idx c8x8Idx; c8x8Idx.isLegal(); c8x8Idx++ )
{
//----- motion compensated prediction -----
RNOK( m_pcMotionCompensation->compensateSubMb ( c8x8Idx,
rcMbDataAccess, rcRefFrameList0, rcRefFrameList1,
&cYuvMbBuffer, bCalcMv, bFaultTolerant ) );
}
}
else
{
//----- motion compensated prediction -----
RNOK( m_pcMotionCompensation->compensateMb ( rcMbDataAccess,
rcRefFrameList0,
rcRefFrameList1,
&cYuvMbBuffer,
bCalcMv ) );
}
rcPredBuffer.loadLuma ( cYuvMbBuffer );
rcPredBuffer.loadChroma ( cYuvMbBuffer );
}
//===== reconstruct residual signal by using transform coefficients ======
m_pcTransform->setClipMode( false );
if( rcMbDataAccess.getMbData().isTransformSize8x8() )
{
for( B8x8Idx cIdx; cIdx.isLegal(); cIdx++ )
{
if( rcMbDataAccess.getMbData().is4x4BlkCoded( cIdx ) )
{
RNOK( m_pcTransform->invTransform8x8Blk( cYuvMbBufferResidual.getYBlk( cIdx ),
cYuvMbBufferResidual.getLStride(),
rcCoeffs.get8x8(cIdx) ) );
}
}
}
else
{
for( B4x4Idx cIdx; cIdx.isLegal(); cIdx++ )
{
if( rcMbDataAccess.getMbData().is4x4BlkCoded( cIdx ) )
{
RNOK( m_pcTransform->invTransform4x4Blk( cYuvMbBufferResidual.getYBlk( cIdx ),
cYuvMbBufferResidual.getLStride(),
rcCoeffs.get(cIdx) ) );
}
}
}
UInt uiChromaCbp = rcMbDataAccess.getMbData().getCbpChroma4x4();
RNOK( xDecodeChroma( rcMbDataAccess, cYuvMbBufferResidual, rcPredBuffer, uiChromaCbp, false ) );
m_pcTransform->setClipMode( true );
//===== add base layer residual =====
if( rcMbDataAccess.getMbData().getResidualPredFlag( PART_16x16 ) )
{
IntYuvMbBuffer cBaseLayerBuffer;
cBaseLayerBuffer.loadBuffer( pcBaseResidual->getFullPelYuvBuffer() );
//-- JVT-R091
if ( bReconstruct && rcMbDataAccess.getMbData().getSmoothedRefFlag() )
{
IntYuvMbBuffer cMbBuffer;
// obtain P
cMbBuffer.loadLuma ( cYuvMbBuffer );
cMbBuffer.loadChroma( cYuvMbBuffer );
// P+Rb
cMbBuffer.add( cBaseLayerBuffer );
// S(P+Rb)
pcRecYuvBuffer->loadBuffer( &cMbBuffer );
pcRecYuvBuffer->smoothMbInside();
if ( rcMbDataAccess.isAboveMbExisting() )
{
pcRecYuvBuffer->smoothMbTop();
}
if ( rcMbDataAccess.isLeftMbExisting() )
{
pcRecYuvBuffer->smoothMbLeft();
}
// store new prediction
cYuvMbBuffer.loadBuffer ( pcRecYuvBuffer );
cYuvMbBuffer.subtract ( cBaseLayerBuffer );
// update rcPredBuffer
rcPredBuffer.loadLuma ( cYuvMbBuffer );
rcPredBuffer.loadChroma ( cYuvMbBuffer );
}
//--
cYuvMbBufferResidual.add( cBaseLayerBuffer );
//--- set CBP ---
rcMbDataAccess.getMbData().setMbExtCbp( rcMbDataAccess.getMbData().getMbExtCbp() | pcMbDataAccessBase->getMbData().getMbExtCbp() );
}
//===== reconstruct signal =====
if( bReconstruct )
{
cYuvMbBuffer.add( cYuvMbBufferResidual );
cYuvMbBuffer.clip();
}
//===== store reconstructed residual =====
if( pcResidual )
{
RNOK( pcResidual->getFullPelYuvBuffer()->loadBuffer( &cYuvMbBufferResidual ) );
}
//===== store reconstructed signal =====
if( pcRecYuvBuffer )
{
RNOK( pcRecYuvBuffer->loadBuffer( &cYuvMbBuffer ) );
}
return Err::m_nOK;
}
ErrVal
ReconstructionBypass::xPadRecMb( YuvMbBufferExtension* pcBuffer, UInt uiMask )
{
Bool bAboveIntra = 0 != (uiMask & 0x01);
Bool bBelowIntra = 0 != (uiMask & 0x10);
Bool bLeftIntra = 0 != (uiMask & 0x40);
Bool bRightIntra = 0 != (uiMask & 0x04);
Bool bLeftAboveIntra = 0 != (uiMask & 0x80);
Bool bRightAboveIntra = 0 != (uiMask & 0x02);
Bool bLeftBelowIntra = 0 != (uiMask & 0x20);
Bool bRightBelowIntra = 0 != (uiMask & 0x08);
for( B8x8Idx cIdx; cIdx.isLegal(); cIdx++ )
{
switch( cIdx.b8x8Index() )
{
case 0:
{
if( bAboveIntra )
{
if( bLeftIntra )
{
pcBuffer->mergeFromLeftAbove( cIdx, bLeftAboveIntra );
}
else
{
pcBuffer->copyFromAbove( cIdx );
}
}
else
{
if( bLeftIntra )
{
pcBuffer->copyFromLeft( cIdx );
}
else if( bLeftAboveIntra )
{
pcBuffer->copyFromLeftAbove( cIdx );
}
}
}
break;
case 1:
{
if( bAboveIntra )
{
if( bRightIntra )
{
pcBuffer->mergeFromRightAbove( cIdx, bRightAboveIntra );
}
else
{
pcBuffer->copyFromAbove( cIdx );
}
}
else
{
if( bRightIntra )
{
pcBuffer->copyFromRight( cIdx );
}
else if( bRightAboveIntra )
{
pcBuffer->copyFromRightAbove( cIdx );
}
}
}
break;
case 2:
{
if( bBelowIntra )
{
if( bLeftIntra )
{
pcBuffer->mergeFromLeftBelow( cIdx, bLeftBelowIntra );
}
else
{
pcBuffer->copyFromBelow( cIdx );
}
}
else
{
if( bLeftIntra )
{
pcBuffer->copyFromLeft( cIdx );
}
else if( bLeftBelowIntra )
{
pcBuffer->copyFromLeftBelow( cIdx );
}
}
}
break;
case 3:
{
if( bBelowIntra )
{
if( bRightIntra )
{
pcBuffer->mergeFromRightBelow( cIdx, bRightBelowIntra );
}
else
{
pcBuffer->copyFromBelow( cIdx );
}
}
else
{
if( bRightIntra )
{
pcBuffer->copyFromRight( cIdx );
}
else if( bRightBelowIntra )
{
pcBuffer->copyFromRightBelow( cIdx );
}
}
}
break;
default:
break;
}
}
return Err::m_nOK;
}
