bool QSoundSampColl::GetSampleInfo()
{
//QSoundInstrSet* instrset = (QSoundInstrSet*)instrset;
uint32_t numSamples = instrset->sampInfoTable->numSamples;
for (uint32_t i=0; i<numSamples; i++)
{
wostringstream name;
name << L"Sample " << i;
qs_samp_info* sampInfo = &sampInfoTable->infos[i];
uint32_t sampOffset = (sampInfo->bank<<16) + (sampInfo->start_addr_hi<<8) + sampInfo->start_addr_lo;
int sampLength;
if (sampInfo->end_addr_hi == 0 && sampInfo->end_addr_lo == 0)
sampLength = ((sampInfo->bank+1)<<16) - sampOffset;
else
sampLength = (sampInfo->bank<<16) + (sampInfo->end_addr_hi<<8) + sampInfo->end_addr_lo - sampOffset;
if (sampLength < 0)
sampLength = -sampLength;
//uint32_t loopOffset = (sampOffset+sampLength)-((sampInfo->bank<<16) + (sampInfo->loop_offset_hi<<8) + sampInfo->loop_offset_lo);
uint32_t loopOffset = ((sampInfo->bank<<16) + (sampInfo->loop_offset_hi<<8) + sampInfo->loop_offset_lo) - sampOffset;
if (loopOffset > (uint32_t)sampLength)
loopOffset = sampLength;
if (sampLength == 0 || sampOffset > unLength)
break;
VGMSamp* newSamp = AddSamp(sampOffset, sampLength, sampOffset, sampLength, 1, 8, 24000, name.str());
newSamp->SetWaveType(WT_PCM8);
if ( sampLength - loopOffset < 40)
newSamp->SetLoopStatus(false);
else
{
newSamp->SetLoopStatus(true);
newSamp->SetLoopOffset(loopOffset);
newSamp->SetLoopLength(sampLength-loopOffset);
newSamp->unityKey = sampInfo->unity_key;
}
}
return true;
}
