Void
MbData::switchMotionRefinement()
{
ROFVS( m_bHasMotionRefinement );
// switch mb_type
MbMode eMbModeTemp = m_eMbMode;
m_eMbMode = m_eMbModeBase;
m_eMbModeBase = eMbModeTemp;
// switch sub-mb_type
BlkMode aBlkModeTemp[4]; ::memcpy( aBlkModeTemp, m_aBlkMode, sizeof( m_aBlkMode ) );
::memcpy( m_aBlkMode, m_aBlkModeBase, sizeof( m_aBlkMode ) );
::memcpy( m_aBlkModeBase, aBlkModeTemp, sizeof( m_aBlkMode ) );
// switch motion vectors
for( UInt ui = 0; ui < 2; ui++ )
{
MbMotionData cMbMotionDataTemp;
cMbMotionDataTemp.copyFrom( *m_apcMbMotionData[ui] );
m_apcMbMotionData[ui]->copyFrom( *m_apcMbMotionDataBase[ui] );
m_apcMbMotionDataBase[ui]->copyFrom( cMbMotionDataTemp );
}
}
Void MbDataStruct::clearIntraPredictionModes( Bool bAll )
{
::memset( m_ascIPredMode, DC_PRED, sizeof(UChar)* 16 );
ROFVS( bAll );
m_ucChromaPredMode = 0;
}