Encode_Status VaapiEncoderH264::getMaxOutSize(uint32_t *maxSize)
{
FUNC_ENTER();
if (ensureCodedBufferSize())
*maxSize = m_maxCodedbufSize;
else
*maxSize = 0;
return ENCODE_SUCCESS;
}
void VaapiEncoderH264::resetParams ()
{
m_levelIdc = level();
DEBUG("resetParams, ensureCodedBufferSize");
ensureCodedBufferSize();
if (ipPeriod() == 0)
m_videoParamCommon.intraPeriod = 1;
else
m_numBFrames = ipPeriod() - 1;
assert(intraPeriod() > ipPeriod());
m_keyPeriod = intraPeriod() * (m_videoParamAVC.idrInterval + 1);
if (m_keyPeriod > MAX_IDR_PERIOD)
m_keyPeriod = MAX_IDR_PERIOD;
if (minQP() > initQP() ||
(rateControlMode()== RATE_CONTROL_CQP && minQP() < initQP()))
minQP() = initQP();
if (m_numBFrames > (intraPeriod() + 1) / 2)
m_numBFrames = (intraPeriod() + 1) / 2;
/* init m_maxFrameNum, max_poc */
m_log2MaxFrameNum =
h264_get_log2_max_frame_num (m_keyPeriod);
assert (m_log2MaxFrameNum >= 4);
m_maxFrameNum = (1 << m_log2MaxFrameNum);
m_log2MaxPicOrderCnt = m_log2MaxFrameNum + 1;
m_maxPicOrderCnt = (1 << m_log2MaxPicOrderCnt);
m_maxRefList1Count = m_numBFrames > 0;//m_maxRefList1Count <=1, because of currenent order mechanism
m_maxRefList0Count = numRefFrames();
if (m_maxRefList0Count >= m_maxOutputBuffer -1)
m_maxRefList0Count = m_maxOutputBuffer -1;
m_maxRefFrames =
m_maxRefList0Count + m_maxRefList1Count;
assert(m_maxRefFrames <= m_maxOutputBuffer);
INFO("m_maxRefFrames: %d", m_maxRefFrames);
resetGopStart();
}
void VaapiEncoderH264::resetParams ()
{
m_levelIdc = level();
DEBUG("resetParams, ensureCodedBufferSize");
ensureCodedBufferSize();
if (ipPeriod() == 0)
m_videoParamCommon.intraPeriod = 1;
else
m_numBFrames = ipPeriod() - 1;
assert(intraPeriod() > ipPeriod());
if (keyFramePeriod() < intraPeriod())
keyFramePeriod() = intraPeriod();
if (keyFramePeriod() > MAX_IDR_PERIOD)
keyFramePeriod() = MAX_IDR_PERIOD;
if (minQP() > initQP() ||
(rateControlMode()== RATE_CONTROL_CQP && minQP() < initQP()))
minQP() = initQP();
if (m_numBFrames > (intraPeriod() + 1) / 2)
m_numBFrames = (intraPeriod() + 1) / 2;
/* init m_maxFrameNum, max_poc */
m_log2MaxFrameNum =
h264_get_log2_max_frame_num (keyFramePeriod());
assert (m_log2MaxFrameNum >= 4);
m_maxFrameNum = (1 << m_log2MaxFrameNum);
m_log2MaxPicOrderCnt = m_log2MaxFrameNum + 1;
m_maxPicOrderCnt = (1 << m_log2MaxPicOrderCnt);
m_maxRefList0Count = 1;
m_maxRefList1Count = m_numBFrames > 0;
m_maxRefFrames =
m_maxRefList0Count + m_maxRefList1Count;
INFO("m_maxRefFrames: %d", m_maxRefFrames);
resetGopStart();
}
// calls immediately after reorder,
// it makes sure I frame are encoded immediately, so P frames can be pushed to the front of the m_reorderFrameList.
// it also makes sure input thread and output thread runs in parallel
Encode_Status VaapiEncoderH264::doEncode(const SurfacePtr& surface, uint64_t timeStamp, bool forceKeyFrame)
{
FUNC_ENTER();
Encode_Status ret;
ret = reorder(surface, timeStamp, forceKeyFrame);
if (ret != ENCODE_SUCCESS)
return ret;
while (m_reorderState == VAAPI_ENC_REORD_DUMP_FRAMES) {
if (!m_maxCodedbufSize)
ensureCodedBufferSize();
CodedBufferPtr codedBuffer = VaapiCodedBuffer::create(m_context, m_maxCodedbufSize);
if (!codedBuffer)
return ENCODE_NO_MEMORY;
PicturePtr picture = m_reorderFrameList.front();
m_reorderFrameList.pop_front();
picture->m_codedBuffer = codedBuffer;
if (m_reorderFrameList.empty())
m_reorderState = VAAPI_ENC_REORD_WAIT_FRAMES;
ret = encodePicture(picture);
if (ret != ENCODE_SUCCESS) {
return ret;
}
codedBuffer->setFlag(ENCODE_BUFFERFLAG_ENDOFFRAME);
INFO("picture->m_type: 0x%x\n", picture->m_type);
if (picture->isIdr()) {
codedBuffer->setFlag(ENCODE_BUFFERFLAG_SYNCFRAME);
}
if (!output(picture))
return ENCODE_INVALID_PARAMS;
}
INFO();
return ENCODE_SUCCESS;
}
