public void CmdLoop(partWork pw, MML mml)
{
pw.incPos();
parent.loopOffset = (long)parent.dat.Count;
parent.loopClock = (long)parent.lClock;
parent.loopSamples = (long)parent.dSample;
if (parent.info.format == enmFormat.XGM)
{
parent.OutData(0x7e);
}
foreach (KeyValuePair <enmChipType, ClsChip[]> kvp in parent.chips)
{
foreach (ClsChip chip in kvp.Value)
{
foreach (partWork p in chip.lstPartWork)
{
p.reqFreqReset = true;
//p.beforeLVolume = -1;
//p.beforeRVolume = -1;
//p.beforeVolume = -1;
//p.pan = new dint(3);
//p.beforeTie = false;
chip.CmdLoopExtProc(p, mml);
}
}
}
}
public void CmdLoop(partWork pw, MML mml)
{
if (pw.chip.parent.isLoopEx)
{
pw.loopInfo.use = true;
pw.loopInfo.clockPos = (long)parent.lClock;
pw.loopInfo.mmlPos = pw.mmlPos;
pw.incPos();
if (pw.loopInfo.isLongMml && parent.unusePartEndCount == parent.loopUnusePartCount)
{
//parent.loopKusabi = true;
//parent.loopKusabiOffset = (long)parent.dat.Count;
//parent.loopKusabiClock = (long)parent.lClock;
//parent.loopKusabiSamples = (long)parent.dSample;
//parent.loopKusabiXGM0x7ePtr = parent.OutDataLength();
parent.loopOffset = (long)parent.dat.Count;
parent.loopClock = (long)parent.lClock;
parent.loopSamples = (long)parent.dSample;
if (parent.info.format == enmFormat.XGM)
{
parent.OutData(0x7e);
}
}
pw.reqFreqReset = true;
pw.chip.CmdLoopExtProc(pw, mml);
return;
}
pw.incPos();
parent.loopOffset = (long)parent.dat.Count;
parent.loopClock = (long)parent.lClock;
parent.loopSamples = (long)parent.dSample;
if (parent.info.format == enmFormat.XGM)
{
parent.OutData(0x7e);
}
foreach (KeyValuePair <enmChipType, ClsChip[]> kvp in parent.chips)
{
foreach (ClsChip chip in kvp.Value)
{
if (!chip.use)
{
continue;
}
foreach (partWork p in chip.lstPartWork)
{
p.reqFreqReset = true;
//p.beforeLVolume = -1;
//p.beforeRVolume = -1;
//p.beforeVolume = -1;
//p.pan = new dint(3);
//p.beforeTie = false;
chip.CmdLoopExtProc(p, mml);
}
}
}
}
