void AudioJitTests()
{
DSPJitTester::Initialize();
dar();
iar();
subarn();
addarn();
sbclr();
sbset();
nx_ir();
nx_dr();
nx_nr();
nx_mv();
set16_l();
nx_s();
nx_sn();
nx_l();
nx_ln();
nx_ls();
nx_lsn();
nx_lsm();
nx_lsnm();
nx_sl();
nx_sln();
nx_slm();
nx_slnm();
nx_ld();
}
void ActionWithGrid::createGrid( const std::string& type, const std::string& inputstr ){
// Start creating the input for the grid
std::string vstring = inputstr;
if( keywords.exists("KERNEL") ){
std::string vconc; parse("CONCENTRATION",vconc);
if( vconc.length()>0 ){
vstring += " TYPE=fibonacci CONCENTRATION=" + vconc;
} else {
std::string kstring; parse("KERNEL",kstring);
if( kstring=="DISCRETE" ) vstring += " KERNEL=" + kstring;
else vstring += " KERNEL=" + kstring + " " + getKeyword("BANDWIDTH");
}
}
vesselbase::VesselOptions da("mygrid","",-1,vstring,this);
Keywords keys; gridtools::AverageOnGrid::registerKeywords( keys );
vesselbase::VesselOptions dar( da, keys );
if( type=="histogram" ){
mygrid = new HistogramOnGrid(dar);
} else if( type=="average" ){
mygrid = new AverageOnGrid(dar);
} else if( type=="grid" ){
mygrid = new GridVessel(dar);
} else {
plumed_merror("no way to create grid of type " + type );
}
}
HRESULT TvideoCodecQuickSync::DeliverSurface(QsFrameData* frameData)
{
if (NULL == frameData) { return E_POINTER; }
unsigned char* dstBuffer[4] = {frameData->y, frameData->u, 0, 0};
ptrdiff_t strides[4] = {frameData->dwStride, frameData->dwStride, 0, 0};
int frametype, fieldtype;
// set frame type - Not curently available!
switch (frameData->frameType) {
case QsFrameData::P:
frametype = FRAME_TYPE::P;
break;
case QsFrameData::B:
frametype = FRAME_TYPE::B;
break;
case QsFrameData::I:
default:
frametype = FRAME_TYPE::I;
}
// interlacing info
// progressive
if (frameData->dwInterlaceFlags & AM_VIDEO_FLAG_WEAVE) {
fieldtype = FIELD_TYPE::PROGRESSIVE_FRAME;
}
// interlaced
else {
fieldtype = (frameData->dwInterlaceFlags & AM_VIDEO_FLAG_FIELD1FIRST) ?
(FIELD_TYPE::INT_TFF) :
(FIELD_TYPE::INT_BFF);
}
Trect r(frameData->rcClip);
TffPict pict(FF_CSP_NV12, dstBuffer, strides, r, frameData->bReadOnly, frametype, fieldtype, 0, NULL); //TODO: src frame size
pict.rectClip = frameData->rcClip;
// set times stamps
pict.rtStart = frameData->rtStart;
pict.rtStop = frameData->rtStop;
// aspect ratio
if (frameData->dwPictAspectRatioX * frameData->dwPictAspectRatioY != 0) {
Rational dar(frameData->dwPictAspectRatioX, frameData->dwPictAspectRatioY);
pict.setDar(dar);
}
// soft telecine detection
// if "Detect soft telecine and average frame durations" is enabled,
// flames are flagged as progressive, frame durations are averaged.
// pict.film is valid even if the setting is disabled.
telecineManager.new_frame(
0 != (frameData->dwInterlaceFlags & AM_VIDEO_FLAG_FIELD1FIRST),
0 != (frameData->dwInterlaceFlags & AM_VIDEO_FLAG_REPEAT_FIELD),
pict.rtStart,
pict.rtStop);
telecineManager.get_fieldtype(pict);
telecineManager.get_timestamps(pict);
return sinkD->deliverDecodedSample(pict);
}
