public bool Deq(ref long Counter, ref Chip Chip, ref EnmDataType Type, ref int Address, ref int Data, ref object ExData)
{
lock (lockObj)
{
Counter = deqPos.Counter;
Chip.Move(deqPos.pack.Chip);
Type = deqPos.pack.Type;
Address = deqPos.pack.Address;
Data = deqPos.pack.Data;
ExData = deqPos.pack.ExData;
if (enqPos == deqPos)
{
bLength = 0;
return(false);
}
bLength--;
deqPos.Counter = 0;
deqPos = deqPos.next;
//debugDispBuffer();
return(true);
}
}
public void SendChipData(long counter, Chip chip, EnmDataType type, int address, int data, object exData)
{
Console.WriteLine("counter:{0} chip:{1} type:{2} address:{3} data:{4} exData:{5}", counter, chip, type, address, data, exData);
int ch = 0;
byte[] bs = (byte[])exData;
if ((bs[0] & 0x80) != 0)
{
ch = bs[0] & 0xf;
}
SetDelta(ch, midi, counter);
if (bs[0] == 0xf0)
{
midi.data[ch].Add(0xf0);
midi.data[ch].Add((byte)bs.Length);
}
foreach (byte b in bs)
{
midi.data[ch].Add(b);
}
}
public void Copy(Chip Chip, EnmDataType Type, int Address, int Data, object ExData)
{
this.Chip.Move(Chip);
this.Type = Type;
this.Address = Address;
this.Data = Data;
this.ExData = ExData;
}
public void Copy(PackData pack)
{
Chip.Move(pack.Chip);
Type = pack.Type;
Address = pack.Address;
Data = pack.Data;
ExData = pack.ExData;
}
public PackData(outDatum od, Chip Chip, EnmDataType Type, int Address, int Data, object ExData)
{
this.od = od;
this.Chip.Move(Chip);
this.Type = Type;
this.Address = Address;
this.Data = Data;
this.ExData = ExData;
}
public new bool Enq(long Counter, Chip Chip, EnmDataType Type, int Address, int Data, object ExData)
{
switch (Chip.Model)
{
case EnmModel.None:
return(ringBuffer.Enq(Counter, Chip, Type, Address, Data, ExData));
case EnmModel.VirtualModel:
return(ringBuffer.Enq(Counter + EmuDelay, Chip, Type, Address, Data, ExData));
case EnmModel.RealModel:
return(ringBuffer.Enq(Counter + RealDelay, Chip, Type, Address, Data, ExData));
}
return(ringBuffer.Enq(Counter, Chip, Type, Address, Data, ExData));
}
public void Copy(outDatum od, Chip Chip, EnmDataType Type, int Address, int Data, object ExData)
{
this.od = null;
if (od != null)
{
this.od = new outDatum();
this.od.args = od.args;
this.od.linePos = od.linePos;
this.od.type = od.type;
this.od.val = od.val;
}
this.Chip.Move(Chip);
this.Type = Type;
this.Address = Address;
this.Data = Data;
this.ExData = ExData;
}
public bool SetMMLParameter(ref outDatum od, ref long Counter, ref Chip Chip, ref EnmDataType Type, ref int Address, ref int Data, ref object ExData)
{
if (od == null)
{
if (Type != EnmDataType.Block)
{
return(true);
}
if (!(ExData is PackData[]))
{
return(true);
}
foreach (var o in (PackData[])ExData)
{
if (o.od == null)
{
continue;
}
SetMMLParameter2(ref o.od, ref Counter, ref Chip, ref o.Type, ref Address, ref Data, ref o.ExData, true);
}
return(true);
}
if (od.type == enmMMLType.unknown || od.linePos == null)
{
return(true);
}
if (Audio.chipRegister == null)
{
return(true);
}
if (!dicInst.ContainsKey(od.linePos.chip) ||
!dicInst[od.linePos.chip].ContainsKey(od.linePos.chipIndex) ||
!dicInst[od.linePos.chip][od.linePos.chipIndex].ContainsKey(od.linePos.chipNumber))
{
//int chipIndex;
SetupInstrument(od);
}
int cc = Audio.sm != null ? Audio.sm.CurrentClockCount : 0;
dicInst[od.linePos.chip][od.linePos.chipIndex][od.linePos.chipNumber](od, cc, false);
#if DEBUG
//log.Write(string.Format("MML Param Chip:[{0}] Type:[{1}]",od.linePos.chip,od.type));
#endif
return(true);
}
public bool Enq(long Counter, Chip Chip, EnmDataType Type, int Address, int Data, object ExData)
{
if (name != "")
{
log.Write(
string.Format("[{0}]:Enqueue:Counter:{1}:Model:{2}:Device:{3}:Number:{4}:Type:{5}:Address:{6:x4}:Data:{7:x4}"
, name, Counter, Chip.Model, Chip.Device, Chip.Number, Type, Address, Data));
}
lock (lockObj)
{
if (enqPos.next == deqPos)
{
if (!AutoExtend)
{
return(false);
}
//自動拡張
try
{
CntPackData p = new CntPackData();
buf.Add(p);
p.prev = enqPos;
p.next = enqPos.next;
enqPos.next = p;
p.next.prev = p;
}
catch
{
return(false);
}
}
bLength++;
//データをセット
enqPos.Counter = Counter;
enqPos.pack.Copy(Chip, Type, Address, Data, ExData);
if (Counter >= enqPos.prev.Counter)
{
enqPos = enqPos.next;
//debugDispBuffer();
return(true);
}
CntPackData lastPos = enqPos.prev;
//サーチ
srcPos = enqPos.prev;
while (Counter < srcPos.Counter && srcPos != deqPos)
{
srcPos = srcPos.prev;
}
if (Counter < srcPos.Counter && srcPos == deqPos)
{
srcPos = srcPos.prev;
deqPos = enqPos;
}
//enqPosをリングから切り出す。
CntPackData nextPack = enqPos;
enqPos.prev.next = enqPos.next;
enqPos.next.prev = enqPos.prev;
//enqPosを挿入する
tmpPos = srcPos.next;
tmpPos.prev = enqPos;
srcPos.next = enqPos;
enqPos.prev = srcPos;
enqPos.next = tmpPos;
enqPos = lastPos.next;
//debugDispBuffer();
return(true);
}
}
public bool SetMMLParameter(ref outDatum od, ref long Counter, ref Chip Chip, ref EnmDataType Type, ref int Address, ref int Data, ref object ExData)
{
if (od == null || od.type == enmMMLType.unknown || od.linePos == null)
{
return(true);
}
if (!dicInst.ContainsKey(od.linePos.chip) ||
!dicInst[od.linePos.chip].ContainsKey(od.linePos.chipIndex) ||
!dicInst[od.linePos.chip][od.linePos.chipIndex].ContainsKey(od.linePos.chipNumber))
{
Chip chip = null;
int chipIndex = 0;
switch (od.linePos.chip)
{
case "AY8910":
if (Audio.chipRegister != null &&
Audio.chipRegister.AY8910 != null &&
od.linePos.chipIndex < Audio.chipRegister.AY8910.Count)
{
chip = Audio.chipRegister.AY8910[od.linePos.chipIndex];
}
if (chip == null && od.linePos.chipIndex >= 0x80)
{
Driver.ZGM.ZgmChip.ZgmChip zChip = Audio.chipRegister.dicChipCmdNo[od.linePos.chipIndex];
chip = Audio.chipRegister.AY8910[zChip.Index];
chipIndex = zChip.Index;
}
AY8910 ay891 = new AY8910(chip);
AY8910.Add(ay891);
dicInstAdd(ay891, od.linePos.chipIndex, od.linePos.chipNumber);
instsAdd(ay891, od.linePos.chipIndex, od.linePos.chipNumber);
ay891.isTrace = isTrace;
break;
case "C140":
if (Audio.chipRegister != null &&
Audio.chipRegister.C140 != null &&
od.linePos.chipIndex < Audio.chipRegister.C140.Count)
{
chip = Audio.chipRegister.C140[od.linePos.chipIndex];
}
if (chip == null && od.linePos.chipIndex >= 0x80)
{
Driver.ZGM.ZgmChip.ZgmChip zChip = Audio.chipRegister.dicChipCmdNo[od.linePos.chipIndex];
chip = Audio.chipRegister.C140[zChip.Index];
chipIndex = zChip.Index;
}
C140 c140 = new C140(chip);
C140.Add(c140);
dicInstAdd(c140, od.linePos.chipIndex, od.linePos.chipNumber);
instsAdd(c140, od.linePos.chipIndex, od.linePos.chipNumber);
c140.isTrace = isTrace;
break;
case "CONDUCTOR":
Conductor con = new Conductor(chip);
Conductor.Add(con);
dicInstAdd(con, od.linePos.chipIndex, od.linePos.chipNumber);
instsAdd(con, od.linePos.chipIndex, od.linePos.chipNumber);
con.isTrace = isTrace;
break;
case "HuC6280":
if (Audio.chipRegister != null &&
Audio.chipRegister.HuC6280 != null &&
od.linePos.chipIndex < Audio.chipRegister.HuC6280.Count)
{
chip = Audio.chipRegister.HuC6280[od.linePos.chipIndex];
}
if (chip == null && od.linePos.chipIndex >= 0x80)
{
Driver.ZGM.ZgmChip.ZgmChip zChip = Audio.chipRegister.dicChipCmdNo[od.linePos.chipIndex];
chip = Audio.chipRegister.HuC6280[zChip.Index];
chipIndex = zChip.Index;
}
HuC6280 huc = new HuC6280(chip);
HuC6280.Add(huc);
dicInstAdd(huc, od.linePos.chipIndex, od.linePos.chipNumber);
instsAdd(huc, od.linePos.chipIndex, od.linePos.chipNumber);
huc.isTrace = isTrace;
break;
case "K051649":
if (Audio.chipRegister != null &&
Audio.chipRegister.K051649 != null &&
od.linePos.chipIndex < Audio.chipRegister.K051649.Count)
{
chip = Audio.chipRegister.K051649[od.linePos.chipIndex];
}
if (chip == null && od.linePos.chipIndex >= 0x80)
{
Driver.ZGM.ZgmChip.ZgmChip zChip = Audio.chipRegister.dicChipCmdNo[od.linePos.chipIndex];
chip = Audio.chipRegister.K051649[zChip.Index];
chipIndex = zChip.Index;
}
K051649 k51 = new K051649(chip);
K051649.Add(k51);
dicInstAdd(k51, od.linePos.chipIndex, od.linePos.chipNumber);
instsAdd(k51, od.linePos.chipIndex, od.linePos.chipNumber);
k51.isTrace = isTrace;
break;
case "K053260":
if (Audio.chipRegister != null &&
Audio.chipRegister.K053260 != null &&
od.linePos.chipIndex < Audio.chipRegister.K053260.Count)
{
chip = Audio.chipRegister.K053260[od.linePos.chipIndex];
}
if (chip == null && od.linePos.chipIndex >= 0x80)
{
Driver.ZGM.ZgmChip.ZgmChip zChip = Audio.chipRegister.dicChipCmdNo[od.linePos.chipIndex];
chip = Audio.chipRegister.K053260[zChip.Index];
chipIndex = zChip.Index;
}
K053260 k53 = new K053260(chip);
K053260.Add(k53);
dicInstAdd(k53, od.linePos.chipIndex, od.linePos.chipNumber);
instsAdd(k53, od.linePos.chipIndex, od.linePos.chipNumber);
k53.isTrace = isTrace;
break;
case "QSound":
if (Audio.chipRegister != null &&
Audio.chipRegister.QSound != null &&
od.linePos.chipIndex < Audio.chipRegister.QSound.Count)
{
chip = Audio.chipRegister.QSound[od.linePos.chipIndex];
}
if (chip == null && od.linePos.chipIndex >= 0x80)
{
Driver.ZGM.ZgmChip.ZgmChip zChip = Audio.chipRegister.dicChipCmdNo[od.linePos.chipIndex];
chip = Audio.chipRegister.QSound[zChip.Index];
chipIndex = zChip.Index;
}
QSound qsnd = new QSound(chip);
QSound.Add(qsnd);
dicInstAdd(qsnd, od.linePos.chipIndex, od.linePos.chipNumber);
instsAdd(qsnd, od.linePos.chipIndex, od.linePos.chipNumber);
qsnd.isTrace = isTrace;
break;
case "RF5C164":
if (Audio.chipRegister != null &&
Audio.chipRegister.RF5C164 != null &&
od.linePos.chipIndex < Audio.chipRegister.RF5C164.Count)
{
chip = Audio.chipRegister.RF5C164[od.linePos.chipIndex];
}
if (chip == null && od.linePos.chipIndex >= 0x80)
{
Driver.ZGM.ZgmChip.ZgmChip zChip = Audio.chipRegister.dicChipCmdNo[od.linePos.chipIndex];
chip = Audio.chipRegister.RF5C164[zChip.Index];
chipIndex = zChip.Index;
}
RF5C164 rf5c = new RF5C164(chip);
RF5C164.Add(rf5c);
dicInstAdd(rf5c, od.linePos.chipIndex, od.linePos.chipNumber);
instsAdd(rf5c, od.linePos.chipIndex, od.linePos.chipNumber);
rf5c.isTrace = isTrace;
break;
case "SEGAPCM":
if (Audio.chipRegister != null &&
Audio.chipRegister.SEGAPCM != null &&
od.linePos.chipIndex < Audio.chipRegister.SEGAPCM.Count)
{
chip = Audio.chipRegister.SEGAPCM[od.linePos.chipIndex];
}
if (chip == null && od.linePos.chipIndex >= 0x80)
{
Driver.ZGM.ZgmChip.ZgmChip zChip = Audio.chipRegister.dicChipCmdNo[od.linePos.chipIndex];
chip = Audio.chipRegister.SEGAPCM[zChip.Index];
chipIndex = zChip.Index;
}
SegaPCM spcm = new SegaPCM(chip);
SegaPCM.Add(spcm);
dicInstAdd(spcm, od.linePos.chipIndex, od.linePos.chipNumber);
instsAdd(spcm, od.linePos.chipIndex, od.linePos.chipNumber);
spcm.isTrace = isTrace;
break;
case "SN76489":
if (Audio.chipRegister != null &&
Audio.chipRegister.SN76489 != null &&
od.linePos.chipIndex < Audio.chipRegister.SN76489.Count)
{
chip = Audio.chipRegister.SN76489[od.linePos.chipIndex];
}
if (chip == null && od.linePos.chipIndex >= 0x80)
{
Driver.ZGM.ZgmChip.ZgmChip zChip = Audio.chipRegister.dicChipCmdNo[od.linePos.chipIndex];
chip = Audio.chipRegister.SN76489[zChip.Index];
chipIndex = zChip.Index;
}
SN76489 dcsg = new SN76489(chip);
SN76489.Add(dcsg);
dicInstAdd(dcsg, od.linePos.chipIndex, od.linePos.chipNumber);
instsAdd(dcsg, od.linePos.chipIndex, od.linePos.chipNumber);
dcsg.isTrace = isTrace;
break;
case "YM2151":
if (Audio.chipRegister != null &&
Audio.chipRegister.YM2151 != null &&
od.linePos.chipIndex < Audio.chipRegister.YM2151.Count)
{
chip = Audio.chipRegister.YM2151[od.linePos.chipIndex];
}
if (chip == null && od.linePos.chipIndex >= 0x80)
{
Driver.ZGM.ZgmChip.ZgmChip zChip = Audio.chipRegister.dicChipCmdNo[od.linePos.chipIndex];
chip = Audio.chipRegister.YM2151[zChip.Index];
chipIndex = zChip.Index;
}
YM2151 opm = new YM2151(chip);
YM2151.Add(opm);
dicInstAdd(opm, od.linePos.chipIndex, od.linePos.chipNumber);
instsAdd(opm, od.linePos.chipIndex, od.linePos.chipNumber);
opm.isTrace = isTrace;
break;
case "YM2203":
if (Audio.chipRegister != null &&
Audio.chipRegister.YM2203 != null &&
od.linePos.chipIndex < Audio.chipRegister.YM2203.Count)
{
chip = Audio.chipRegister.YM2203[od.linePos.chipIndex];
}
if (chip == null && od.linePos.chipIndex >= 0x80)
{
Driver.ZGM.ZgmChip.ZgmChip zChip = Audio.chipRegister.dicChipCmdNo[od.linePos.chipIndex];
chip = Audio.chipRegister.YM2203[zChip.Index];
chipIndex = zChip.Index;
}
YM2203 opn = new YM2203(chip);
YM2203.Add(opn);
dicInstAdd(opn, od.linePos.chipIndex, od.linePos.chipNumber);
instsAdd(opn, od.linePos.chipIndex, od.linePos.chipNumber);
opn.isTrace = isTrace;
break;
case "YM2413":
if (Audio.chipRegister != null &&
Audio.chipRegister.YM2413 != null &&
od.linePos.chipIndex < Audio.chipRegister.YM2413.Count)
{
chip = Audio.chipRegister.YM2413[od.linePos.chipIndex];
}
if (chip == null && od.linePos.chipIndex >= 0x80)
{
Driver.ZGM.ZgmChip.ZgmChip zChip = Audio.chipRegister.dicChipCmdNo[od.linePos.chipIndex];
chip = Audio.chipRegister.YM2413[zChip.Index];
chipIndex = zChip.Index;
}
YM2413 opll = new YM2413(chip);
YM2413.Add(opll);
dicInstAdd(opll, od.linePos.chipIndex, od.linePos.chipNumber);
instsAdd(opll, od.linePos.chipIndex, od.linePos.chipNumber);
opll.isTrace = isTrace;
break;
case "YM2608":
if (Audio.chipRegister != null &&
Audio.chipRegister.YM2608 != null &&
od.linePos.chipIndex < Audio.chipRegister.YM2608.Count)
{
chip = Audio.chipRegister.YM2608[od.linePos.chipIndex];
}
if (chip == null && od.linePos.chipIndex >= 0x80)
{
Driver.ZGM.ZgmChip.ZgmChip zChip = Audio.chipRegister.dicChipCmdNo[od.linePos.chipIndex];
chip = Audio.chipRegister.YM2608[zChip.Index];
chipIndex = zChip.Index;
}
YM2608 opna = new YM2608(chip);
YM2608.Add(opna);
dicInstAdd(opna, od.linePos.chipIndex, od.linePos.chipNumber);
instsAdd(opna, od.linePos.chipIndex, od.linePos.chipNumber);
opna.isTrace = isTrace;
break;
case "YM2609":
if (Audio.chipRegister != null &&
Audio.chipRegister.YM2609 != null &&
od.linePos.chipIndex < Audio.chipRegister.YM2609.Count)
{
chip = Audio.chipRegister.YM2609[od.linePos.chipIndex];
chipIndex = od.linePos.chipIndex;
}
if (chip == null && od.linePos.chipIndex >= 0x80)
{
Driver.ZGM.ZgmChip.ZgmChip zChip = Audio.chipRegister.dicChipCmdNo[od.linePos.chipIndex];
chip = Audio.chipRegister.YM2609[zChip.Index];
chipIndex = zChip.Index;
}
YM2609 opna2 = new YM2609(chip);
YM2609.Add(opna2);
dicInstAdd(opna2, od.linePos.chipIndex, od.linePos.chipNumber);
instsAdd(opna2, od.linePos.chipIndex, od.linePos.chipNumber);
opna2.isTrace = isTrace;
break;
case "YM2610B":
if (Audio.chipRegister != null &&
Audio.chipRegister.YM2610 != null &&
od.linePos.chipIndex < Audio.chipRegister.YM2610.Count)
{
chip = Audio.chipRegister.YM2610[od.linePos.chipIndex];
}
if (chip == null && od.linePos.chipIndex >= 0x80)
{
Driver.ZGM.ZgmChip.ZgmChip zChip = Audio.chipRegister.dicChipCmdNo[od.linePos.chipIndex];
chip = Audio.chipRegister.YM2610[zChip.Index];
chipIndex = zChip.Index;
}
YM2610B opnb = new YM2610B(chip);
YM2610B.Add(opnb);
dicInstAdd(opnb, od.linePos.chipIndex, od.linePos.chipNumber);
instsAdd(opnb, od.linePos.chipIndex, od.linePos.chipNumber);
opnb.isTrace = isTrace;
break;
case "YM2612":
if (Audio.chipRegister != null &&
Audio.chipRegister.YM2612 != null &&
od.linePos.chipIndex < Audio.chipRegister.YM2612.Count)
{
chip = Audio.chipRegister.YM2612[od.linePos.chipIndex];
}
if (chip == null && od.linePos.chipIndex >= 0x80)
{
Driver.ZGM.ZgmChip.ZgmChip zChip = Audio.chipRegister.dicChipCmdNo[od.linePos.chipIndex];
chip = Audio.chipRegister.YM2612[zChip.Index];
chipIndex = zChip.Index;
}
YM2612 opn2 = new YM2612(chip);
YM2612.Add(opn2);
dicInstAdd(opn2, od.linePos.chipIndex, od.linePos.chipNumber);
instsAdd(opn2, od.linePos.chipIndex, od.linePos.chipNumber);
opn2.isTrace = isTrace;
break;
case "YM2612X":
if (Audio.chipRegister != null &&
Audio.chipRegister.YM2612 != null &&
od.linePos.chipIndex < Audio.chipRegister.YM2612.Count)
{
chip = Audio.chipRegister.YM2612[od.linePos.chipIndex];
}
if (chip == null && od.linePos.chipIndex >= 0x80)
{
Driver.ZGM.ZgmChip.ZgmChip zChip = Audio.chipRegister.dicChipCmdNo[od.linePos.chipIndex];
chip = Audio.chipRegister.YM2612[zChip.Index];
chipIndex = zChip.Index;
}
YM2612X opn2x = new YM2612X(chip);
YM2612X.Add(opn2x);
dicInstAdd(opn2x, od.linePos.chipIndex, od.linePos.chipNumber);
instsAdd(opn2x, od.linePos.chipIndex, od.linePos.chipNumber);
opn2x.isTrace = isTrace;
break;
case "GeneralMIDI":
if (Audio.chipRegister != null &&
Audio.chipRegister.MIDI != null &&
od.linePos.chipIndex < Audio.chipRegister.MIDI.Count)
{
chip = Audio.chipRegister.MIDI[od.linePos.chipIndex];
}
if (chip == null && od.linePos.chipIndex >= 0x80)
{
Driver.ZGM.ZgmChip.ZgmChip zChip = Audio.chipRegister.dicChipCmdNo[od.linePos.chipIndex];
chip = Audio.chipRegister.MIDI[zChip.Index];
chipIndex = zChip.Index;
}
GeneralMIDI gmidi = new GeneralMIDI(chip);
GeneralMIDI.Add(gmidi);
dicInstAdd(gmidi, od.linePos.chipIndex, od.linePos.chipNumber);
instsAdd(gmidi, od.linePos.chipIndex, od.linePos.chipNumber);
gmidi.isTrace = isTrace;
break;
}
}
int cc = Audio.sm != null ? Audio.sm.CurrentClockCount : 0;
dicInst[od.linePos.chip][od.linePos.chipIndex][od.linePos.chipNumber](od, cc);
return(true);
}
public bool Deq(ref outDatum od, ref long Counter, ref Chip Chip, ref EnmDataType Type, ref int Address, ref int Data, ref object ExData)
{
return(ringBuffer.Deq(ref od, ref Counter, ref Chip, ref Type, ref Address, ref Data, ref ExData));
}
public bool Enq(outDatum od, long Counter, Chip Chip, EnmDataType Type, int Address, int Data, object ExData)
{
return(ringBuffer.Enq(od, Counter, Chip, Type, Address, Data, ExData));
}
public bool SetMMLParameter(ref outDatum od, ref long Counter, ref Chip Chip, ref EnmDataType Type, ref int Address, ref int Data, ref object ExData)
{
if (od == null)
{
return(true);
}
if (od.type == enmMMLType.unknown || od.linePos == null)
{
#if DEBUG
//log.Write(string.Format("Manager.cs:SetMMLParameter: {0}", od.type));
#endif
return(true);
}
if (Audio.chipRegister == null)
{
return(true);
}
if (!dicInst.ContainsKey(od.linePos.chip) ||
!dicInst[od.linePos.chip].ContainsKey(od.linePos.chipIndex) ||
!dicInst[od.linePos.chip][od.linePos.chipIndex].ContainsKey(od.linePos.chipNumber))
{
//int chipIndex;
switch (od.linePos.chip)
{
case "AY8910":
SetupAY8910(od);
break;
case "C140":
SetupC140(od);
break;
case "C352":
SetupC352(od);
break;
case "CONDUCTOR":
SetupConductor(od);
break;
case "HuC6280":
SetupHuC6280(od);
break;
case "K051649":
SetupK051649(od);
break;
case "K053260":
SetupK053260(od);
break;
case "QSound":
SetupQSound(od);
break;
case "RF5C164":
SetupRF5C164(od);
break;
case "SEGAPCM":
SetupSEGAPCM(od);
break;
case "SN76489":
SetupSN76489(od);
break;
case "YM2151":
SetupYM2151(od);
break;
case "YM2203":
SetupYM2203(od);
break;
case "YM2413":
SetupYM2413(od);
break;
case "YM3526":
SetupYM3526(od);
break;
case "Y8950":
SetupY8950(od);
break;
case "YM3812":
SetupYM3812(od);
break;
case "YMF262":
SetupYMF262(od);
break;
case "YMF278B":
SetupYMF278B(od);
break;
case "YMF271":
SetupYMF271(od);
break;
case "YM2608":
SetupYM2608(od);
break;
case "YM2609":
SetupYM2609(od);
break;
case "YM2610B":
SetupYM2610B(od);
break;
case "YM2612":
SetupYM2612(od);
break;
case "YM2612X":
SetupYM2612X(od);
break;
case "GeneralMIDI":
SetupGeneralMIDI(od);
break;
case "PPZ8":
SetupPPZ8(od);
break;
default:
Console.WriteLine("Warning Unknown Chip {0}", od.linePos.chip);
break;
}
}
int cc = Audio.sm != null ? Audio.sm.CurrentClockCount : 0;
dicInst[od.linePos.chip][od.linePos.chipIndex][od.linePos.chipNumber](od, cc);
#if DEBUG
//log.Write(string.Format("MML Param Chip:[{0}] Type:[{1}]",od.linePos.chip,od.type));
#endif
return(true);
}
public void SendChipData(long counter, Chip chip, EnmDataType type, int address, int data, object exData)
{
//Console.WriteLine("counter:{0} chip:{1} type:{2} address:{3} data:{4} exData:{5}", counter, chip, type, address, data, exData);
if (chip.Model != EnmVRModel.VirtualModel)
{
return;
}
if (chip.Index != 0)
{
return;
}
if (chip.Device == Core.EnmZGMDevice.YM2608)
{
if (address == -1 && data == -1)
{
//Block data?
if (exData == null)
{
return;
}
if (!(exData is PackData[]))
{
return;
}
foreach (PackData pd in (PackData[])exData)
{
WriteYM2608(chip.Number, (byte)(pd.Address >> 8), (byte)pd.Address, (byte)pd.Data);
}
}
else
{
WriteYM2608(chip.Number, (byte)(address >> 8), (byte)address, (byte)data);
}
}
else if (chip.Device == Core.EnmZGMDevice.YM2610B)
{
if (type == EnmDataType.Block)
{
//Block data?
if (exData == null)
{
return;
}
if (exData is PackData[])
{
foreach (PackData pd in (PackData[])exData)
{
WriteYM2610(chip.Number, (byte)(pd.Address >> 8), (byte)pd.Address, (byte)pd.Data);
}
}
else
{
;
if (data == -1)
{
WriteYM2610_SetAdpcmA((byte)chip.Number, (byte[])exData);
}
else
{
WriteYM2610_SetAdpcmB((byte)chip.Number, (byte[])exData);
}
}
}
else
{
WriteYM2610(chip.Number, (byte)(address >> 8), (byte)address, (byte)data);
}
}
else if (chip.Device == Core.EnmZGMDevice.YM2151)
{
if (address == -1 && data == -1)
{
//Block data?
if (exData == null)
{
return;
}
if (!(exData is PackData[]))
{
return;
}
foreach (PackData pd in (PackData[])exData)
{
WriteYM2151(chip.Number, (byte)pd.Address, (byte)pd.Data);
}
}
else
{
WriteYM2151(chip.Number, (byte)address, (byte)data);
}
}
}
