private void makeTrackDiv()
{
log.Write("Track division");
long waitCounter = 0;
int endChannel = 0;
int totalChannel = 0;
TrackInfo ti = new TrackInfo();
ti.offset = mmlInfo.dat.Count;
track.Add(ti);
foreach (byte b in TrackTemp)
{
outDatum dt = new outDatum(enmMMLType.unknown, null, null, b);
mmlInfo.dat.Add(dt);
}
//PCM Data block
foreach (KeyValuePair <enmChipType, ClsChip[]> kvp in mmlInfo.chips)
{
foreach (ClsChip chip in kvp.Value)
{
if (chip == null)
{
continue;
}
chip.SetPCMDataBlock(null);
}
}
//Set Initialize data
foreach (KeyValuePair <enmChipType, ClsChip[]> kvp in mmlInfo.chips)
{
foreach (ClsChip chip in kvp.Value)
{
if (chip == null)
{
continue;
}
chip.InitChip();
}
}
foreach (KeyValuePair <enmChipType, ClsChip[]> kvp in mmlInfo.chips)
{
foreach (ClsChip chip in kvp.Value)
{
if (chip == null)
{
continue;
}
totalChannel += chip.ChMax;
}
}
do
{
log.Write("全パートコマンド解析");
mmlInfo.AnalyzeAllPartCommand();
log.Write("全パートのうち次のコマンドまで一番近い値を求める");
waitCounter = mmlInfo.ComputeAllPartDistance();
//log.Write("全パートのwaitcounterを減らす");
//mmlInfo.DecAllPartWaitCounter(waitCounter);
log.Write("終了パートのカウント");
endChannel = mmlInfo.CountUpEndPart();
if (endChannel < totalChannel)
{
log.Write("全パートのwaitcounterを減らす");
mmlInfo.DecAllPartWaitCounter(waitCounter);
}
} while (endChannel < totalChannel);
//残カット
//if (mmlInfo.loopClock != -1 && waitCounter > 0 && waitCounter != long.MaxValue)
//{
// mmlInfo.lClock -= waitCounter;
// mmlInfo.dSample -= (long)(mmlInfo.info.samplesPerClock * waitCounter);
//}
Common.SetLE32(mmlInfo.dat, (uint)(ti.offset + 0x03), (uint)(mmlInfo.dat.Count - ti.offset));
Common.SetLE32(mmlInfo.dat, (uint)(ti.offset + 0x07), (uint)(mmlInfo.dummyCmdLoopOffset));
}
