void CTimeStretchFilter::CreateOutput(UINT32 nInFrames, UINT32 nOutFrames, double dBias, double dAdjustment, double dAVMult, bool bFlushPartialSample)
{
HRESULT hr = S_OK;
UINT32 maxBufferFrames = DEFAULT_OUT_BUFFER_SIZE / m_pOutputFormat->Format.nBlockAlign;
UINT32 nOutFramesTotal = 0;
while (nOutFrames > 0)
{
// try to get an output buffer if none available
if (!m_pNextOutSample && FAILED(hr = RequestNextOutBuffer(m_rtInSampleTime)))
{
Log("CTimeStretchFilter::timestretch thread - Failed to get next output sample!");
break;
}
BYTE* pOutData = NULL;
m_pNextOutSample->GetPointer(&pOutData);
if (pOutData)
{
UINT32 nOffset = m_pNextOutSample->GetActualDataLength();
UINT32 nOffsetInFrames = nOffset / m_pOutputFormat->Format.nBlockAlign;
if (nOutFrames > maxBufferFrames - nOffsetInFrames)
nOutFrames = maxBufferFrames - nOffsetInFrames;
m_pNextOutSample->SetActualDataLength(nOffset + nOutFrames * m_pOutputFormat->Format.nBlockAlign);
pOutData += nOffset;
receiveSamplesInternal((short*)pOutData, nOutFrames);
nOutFramesTotal += nOutFrames;
if (m_pMediaType)
m_pNextOutSample->SetMediaType(m_pMediaType);
OutputSample(bFlushPartialSample);
nOutFrames = numSamples();
}
}
if (nOutFramesTotal > 0)
{
double rtSampleDuration = (double)nInFrames * (double)UNITS / (double)m_pOutputFormat->Format.nSamplesPerSec;
double rtProcessedSampleDuration = (double)(nOutFramesTotal) * (double)UNITS / (double)m_pOutputFormat->Format.nSamplesPerSec;
m_pClock->AudioResampled(rtProcessedSampleDuration, rtSampleDuration, dBias, dAdjustment, dAVMult);
//Log(m_pClock->DebugData());
}
}
void CTimeStretchFilter::CreateOutput(UINT32 nInFrames, UINT32 nOutFrames, double dBias, double dAdjustment, double dAVMult, bool bFlushPartialSample)
{
HRESULT hr = S_OK;
UINT32 maxBufferFrames = m_nOutBufferSize / m_pOutputFormat->Format.nBlockAlign;
UINT32 nOutFramesTotal = 0;
while (nOutFrames > 0)
{
// try to get an output buffer if none available
if (!m_pNextOutSample && FAILED(hr = RequestNextOutBuffer(m_rtInSampleTime)))
{
Log("CTimeStretchFilter::timestretch thread - Failed to get next output sample!");
break;
}
BYTE* pOutData = NULL;
m_pNextOutSample->GetPointer(&pOutData);
if (pOutData)
{
UINT32 nOffset = m_pNextOutSample->GetActualDataLength();
UINT32 nOffsetInFrames = nOffset / m_pOutputFormat->Format.nBlockAlign;
if (nOutFrames > maxBufferFrames - nOffsetInFrames)
nOutFrames = maxBufferFrames - nOffsetInFrames;
m_pNextOutSample->SetActualDataLength(nOffset + nOutFrames * m_pOutputFormat->Format.nBlockAlign);
pOutData += nOffset;
receiveSamplesInternal((short*)pOutData, nOutFrames);
nOutFramesTotal += nOutFrames;
if (m_pMediaType)
m_pNextOutSample->SetMediaType(m_pMediaType);
OutputSample(bFlushPartialSample);
nOutFrames = numSamples();
}
}
}
