public override bool init(outDatum[] xgmBuf, ChipRegister chipRegister, EnmChip[] useChip, uint latency, uint waitTime, long jumpPointClock)
{
this.vgmBuf = xgmBuf;
this.chipRegister = chipRegister;
this.useChip = useChip;
this.latency = latency;
this.waitTime = waitTime;
this.jumpPointClock = jumpPointClock;
Counter = 0;
TotalCounter = 0;
LoopCounter = 0;
vgmCurLoop = 0;
Stopped = false;
vgmFrameCounter = -latency - waitTime;
vgmSpeed = 1;
vgmSpeedCounter = 0;
if (!getXGMInfo(vgmBuf))
{
return(false);
}
//Driverの初期化
musicPtr = musicDataBlockAddr;
xgmpcm = new MDSound.XGMFunction.XGMPCM[] {
new MDSound.XGMFunction.XGMPCM()
, new MDSound.XGMFunction.XGMPCM()
, new MDSound.XGMFunction.XGMPCM()
, new MDSound.XGMFunction.XGMPCM()
};
return(true);
}
public override bool init(byte[] vgmBuf, ChipRegister chipRegister, enmModel model, enmUseChip[] useChip, uint latency, uint waitTime)
{
this.vgmBuf = vgmBuf;
this.chipRegister = chipRegister;
this.model = model;
this.useChip = useChip;
this.latency = latency;
this.waitTime = waitTime;
if (model == enmModel.RealModel)
{
Stopped = true;
vgmCurLoop = 9999;
return(true);
}
Counter = 0;
TotalCounter = 0;
LoopCounter = 0;
vgmCurLoop = 0;
Stopped = false;
vgmFrameCounter = -latency - waitTime;
vgmSpeed = 1;
vgmSpeedCounter = 0;
GD3 = getGD3Info(vgmBuf, 0);
nsfInit();
return(true);
}
public override bool init(byte[] vgmBuf, ChipRegister chipRegister, EnmChip[] useChip, uint latency, uint waitTime)
{
this.vgmBuf = vgmBuf;
this.chipRegister = chipRegister;
this.useChip = useChip;
this.latency = latency;
this.waitTime = waitTime;
Counter = 0;
TotalCounter = 0;
LoopCounter = 0;
vgmCurLoop = 0;
Stopped = false;
vgmFrameCounter = -latency - waitTime;
vgmSpeed = 1;
vgmSpeedCounter = 0;
GD3 = getGD3Info(vgmBuf, 0);
//if (GD3 == null) return false;
if (!getInformationHeader())
{
return(false);
}
//if (model == EnmModel.RealModel)
//{
// chipRegister.setYM2612SyncWait(0, 1);
// chipRegister.setYM2612SyncWait(1, 1);
//}
return(true);
}
public override bool init(outDatum[] xgmBuf, ChipRegister chipRegister, EnmChip[] useChip, uint latency, uint waitTime)
{
this.vgmBuf = xgmBuf;
this.chipRegister = chipRegister;
this.useChip = useChip;
this.latency = latency;
this.waitTime = waitTime;
Counter = 0;
TotalCounter = 0;
LoopCounter = 0;
vgmCurLoop = 0;
Stopped = false;
vgmFrameCounter = -latency - waitTime;
vgmSpeed = 1;
vgmSpeedCounter = 0;
if (!getXGMInfo(vgmBuf))
{
return(false);
}
//if (model == EnmModel.RealModel)
//{
// chipRegister.setYM2612SyncWait(0, 1);
// chipRegister.setYM2612SyncWait(1, 1);
//}
//Driverの初期化
musicPtr = musicDataBlockAddr;
xgmpcm = new XGMPCM[] { new XGMPCM(), new XGMPCM(), new XGMPCM(), new XGMPCM() };
DACEnable = 0;
return(true);
}
public override bool init(byte[] vgmBuf, ChipRegister chipRegister, EnmChip[] useChip, uint latency, uint waitTime)
{
this.vgmBuf = vgmBuf;
this.chipRegister = chipRegister;
this.useChip = useChip;
this.latency = latency;
this.waitTime = waitTime;
//if (model == EnmModel.RealModel)
//{
// Stopped = true;
// vgmCurLoop = 9999;
// return true;
//}
Counter = 0;
TotalCounter = 0;
LoopCounter = 0;
vgmCurLoop = 0;
Stopped = false;
vgmFrameCounter = -latency - waitTime;
vgmSpeed = 1;
vgmSpeedCounter = 0;
GD3 = getGD3Info(vgmBuf, 0);
SidInit(vgmBuf);
initial = true;
return(true);
}
/// <summary>
/// イニシャライズ
/// </summary>
/// <param name="buf"></param>
/// <param name="chipRegister"></param>
/// <param name="model"></param>
/// <param name="useChip"></param>
/// <param name="latency"></param>
/// <param name="waitTime"></param>
/// <returns></returns>
public override bool init(byte[] buf, ChipRegister chipRegister, enmModel model, enmUseChip[] useChip, uint latency, uint waitTime)
{
this.vgmBuf = buf;
this.chipRegister = chipRegister;
this.model = model;
this.useChip = useChip;
this.latency = latency;
this.waitTime = waitTime;
pc88.ChipRegister = chipRegister;
pc88.fmTimer = timerOPN;
pc88.model = model;
//デバッグ向け
//if (model == enmModel.RealModel) return true;
GD3 = getGD3Info(buf, 0);
fnVoicedat = string.IsNullOrEmpty(fnVoicedat) ? "voice.dat" : fnVoicedat;
LoadFMVoice(fnVoicedat);
fnPcm = string.IsNullOrEmpty(fnPcm) ? "mucompcm.bin" : fnPcm;
pcmdata = LoadPCM(fnPcm);
//Compile
ushort basicsize = StoreBasicSource(buf, 1, 1);
//MUCOM88 初期化
muc88.CINT();//0x9600
//コンパイルコマンドのセット
z80.HL = 0xf010;
mem.LD_8(0xf010, 0x41);// 'A'
mem.LD_8(0xf011, 0x00);
mem.LD_8(0xf012, 0x00);
//↓コンパイルが実施される
int ret = muc88.COMPIL();//vector 0xeea8
//エラー発生時は0以外が返る
if (ret != 0)
{
int errLine = mem.LD_16(0x0f32e);//ワークアドレスのERRLINE
log.Write(string.Format("コンパイル時にエラーが発生したみたい(errLine:{0})", errLine));
return(false);
}
SaveMub(basicsize);
setPCMData(pcmdata);
music2.initMusic2();
music2.MSTART();
return(true);
}
public YM3526(ChipRegister chipRegister, Setting setting, outDatum[] vgmBuf) : base(14)
{
this.chipRegister = chipRegister;
this.setting = setting;
this.vgmBuf = vgmBuf;
Use = true;
Device = EnmZGMDevice.YM3526;
name = "YM3526";
Model = EnmVRModel.None;
Number = 0;
Hosei = 0;
}
public C352(ChipRegister chipRegister, Setting setting, outDatum[] vgmBuf) : base(32)
{
this.chipRegister = chipRegister;
this.setting = setting;
this.vgmBuf = vgmBuf;
Use = true;
Device = EnmZGMDevice.C352;
name = "C352";
Model = EnmVRModel.None;
Number = 0;
Hosei = 0;
}
public RF5C164(ChipRegister chipRegister, Setting setting, outDatum[] vgmBuf) : base(8)
{
this.chipRegister = chipRegister;
this.setting = setting;
this.vgmBuf = vgmBuf;
Use = true;
Device = EnmZGMDevice.RF5C164;
name = "RF5C164";
Model = EnmVRModel.None;
Number = 0;
Hosei = 0;
}
public Conductor(ChipRegister chipRegister, Setting setting, outDatum[] vgmBuf) : base(2)
{
this.chipRegister = chipRegister;
this.setting = setting;
this.vgmBuf = vgmBuf;
Use = true;
Device = EnmZGMDevice.Conductor;
name = "CONDUCTOR";
Model = EnmVRModel.None;
Number = 0;
Hosei = 0;
}
public K053260(ChipRegister chipRegister, Setting setting, outDatum[] vgmBuf) : base(4)
{
this.chipRegister = chipRegister;
this.setting = setting;
this.vgmBuf = vgmBuf;
Use = true;
Device = EnmZGMDevice.K053260;
name = "K053260";
Model = EnmVRModel.None;
Number = 0;
Hosei = 0;
}
public QSound(ChipRegister chipRegister, Setting setting, outDatum[] vgmBuf) : base(16)
{
this.chipRegister = chipRegister;
this.setting = setting;
this.vgmBuf = vgmBuf;
Use = true;
Device = EnmZGMDevice.QSound;
name = "QSound";
Model = EnmVRModel.None;
Number = 0;
Hosei = 0;
}
public NES(ChipRegister chipRegister, Setting setting, outDatum[] vgmBuf) : base(5)
{
this.chipRegister = chipRegister;
this.setting = setting;
this.vgmBuf = vgmBuf;
Use = true;
Device = EnmZGMDevice.NESAPU;
name = "NES";
Model = EnmVRModel.None;
Number = 0;
Hosei = 0;
}
public SEGAPCM(ChipRegister chipRegister, Setting setting, outDatum[] vgmBuf) : base(16)
{
this.chipRegister = chipRegister;
this.setting = setting;
this.vgmBuf = vgmBuf;
Use = true;
Device = EnmZGMDevice.SegaPCM;
name = "SEGAPCM";
Model = EnmVRModel.None;
Number = 0;
Hosei = 0;
}
public MidiGM(ChipRegister chipRegister, Setting setting, outDatum[] vgmBuf) : base(99)
{
this.chipRegister = chipRegister;
this.setting = setting;
this.vgmBuf = vgmBuf;
Use = true;
Device = EnmZGMDevice.MIDIGM;
name = "GeneralMIDI";
Model = EnmVRModel.None;
Number = 0;
Hosei = 0;
}
public void InitDriver(
string fileName
, Action <ChipDatum> OPL4Write
, Action <long, int> OPL4WaitSend
, musicDriverInterface.MmlDatum[] mdrBuf
, ChipRegister chipRegister
)
{
musicDriverInterface.Log.writeMethod = disp;
musicDriverInterface.Log.off = 0;
setting = Audio.setting;
this.chipRegister = chipRegister;
int jumpIndex = -1;
if (compiler != null)
{
CompilerInfo ci = compiler.GetCompilerInfo();
if (ci.jumpClock != -1)
{
jumpIndex = ci.jumpClock;
}
}
object addtionalMoonDriverDotNETOption = new object[] {
fileName,//string srcFile;
(Func <string, Stream>)appendFileReaderCallback,
Common.SampleRate,
jumpIndex
};
object[] addOp = new object[] {
fileName,
//(Func<string, Stream>)appendFileReaderCallback,
(double)Common.SampleRate,
jumpIndex
};
List <ChipAction> lca = new List <ChipAction>();
MoonDriverChipAction ca = new MoonDriverChipAction(OPL4Write); lca.Add(ca);
driver.Init(
//fileName
//, OPL4Write
lca
, mdrBuf
, appendFileReaderCallback
//,OPL4WaitSend
, addOp
);
}
public bool init(MmlDatum[] mdrBuf
, string mdrWorkPath
, MoonDriverManager moonDriverManager
, ChipRegister chipRegister
, EnmChip[] enmChips
, uint v1, uint v2
, string mdrFileName)
{
if (moonDriverManager == null)
{
return(false);
}
this.vgmBuf = null;
this.mdrBuf = mdrBuf;
this.chipRegister = chipRegister;
//this.useChip = useChip;
//this.latency = latency;
//this.waitTime = waitTime;
this.MoonDriverManager = moonDriverManager;
chipYMF278B = chipRegister.YMF278B[0];
filename = mdrFileName;
Counter = 0;
TotalCounter = 0;
LoopCounter = 0;
vgmCurLoop = 0;
Stopped = false;
vgmFrameCounter = -latency - waitTime;
vgmSpeed = 1;
vgmSpeedCounter = 0;
initPhase = true;
pcmdata = new List <SoundManager.PackData>();
//Driverの初期化
moonDriverManager.InitDriver(
System.IO.Path.Combine(mdrWorkPath, "dummy")
, OPL4InitialWrite
, OPL4WaitSend
, mdrBuf
, chipRegister
);
moonDriverManager.StartRendering((int)Common.SampleRate, (int)YMF278BClockValue);
moonDriverManager.MSTART(0);
return(true);
}
public override bool init(byte[] vgmBuf, ChipRegister chipRegister, enmModel model, enmUseChip[] useChip, uint latency, uint waitTime)
{
this.vgmBuf = vgmBuf;
this.chipRegister = chipRegister;
this.model = model;
this.useChip = useChip;
this.latency = latency;
this.waitTime = waitTime;
if (model == enmModel.RealModel)
{
Stopped = true;
vgmCurLoop = 9999;
return(true);
}
Counter = 0;
TotalCounter = 0;
LoopCounter = 0;
vgmCurLoop = 0;
Stopped = false;
vgmFrameCounter = -latency - waitTime;
vgmSpeed = 1;
vgmSpeedCounter = 0;
silent_length = 0;
playtime_detected = false;
ld = new HESDetector();
ld.Reset();
GD3 = getGD3Info(vgmBuf, 0);
m_hes = new m_hes();
m_hes.chipRegister = chipRegister;
m_hes.ld = ld;
nez_play = new m_hes.NEZ_PLAY();
if (m_hes.HESLoad(nez_play, vgmBuf, (UInt32)vgmBuf.Length) != 0)
{
return(false);
}
nez_play.song.songno = (UInt32)(this.song + 1);
m_hes.HESHESReset(nez_play);
return(true);
}
public override bool init(byte[] vgmBuf, ChipRegister chipRegister, enmModel model, enmUseChip[] useChip, uint latency, uint waitTime)
{
this.vgmBuf = vgmBuf;
this.chipRegister = chipRegister;
this.model = model;
this.useChip = useChip;
this.latency = latency;
this.waitTime = waitTime;
Counter = 0;
TotalCounter = 0;
LoopCounter = 0;
vgmCurLoop = 0;
Stopped = false;
//コントロールを送信してからウェイトするためここでは0をセットする
//vgmFrameCounter = -latency - waitTime;
vgmFrameCounter = 0;
vgmSpeed = 1;
vgmSpeedCounter = 0;
GD3 = getGD3Info(vgmBuf, 0);
//if (GD3 == null) return false;
if (!getInformationHeader()) return false;
//ポートごとに事前に送信するコマンドを作成する
if (!MakeBeforeSendCommand()) return false;
if (model == enmModel.RealModel)
{
chipRegister.setYM2612SyncWait(0, 1);
chipRegister.setYM2612SyncWait(1, 1);
}
return true;
}
public bool init(musicDriverInterface.MmlDatum[] mubBuf, string workPath, mucomManager mucomManager, ChipRegister chipRegister
, EnmChip[] useChip
, uint latency
, uint waitTime
, string fn
)
{
if (mucomManager == null)
{
return(false);
}
this.vgmBuf = null;
this.mubBuf = mubBuf;
this.chipRegister = chipRegister;
this.useChip = useChip;
this.latency = latency;
this.waitTime = waitTime;
this.mm = mucomManager;
chipYM2608 = chipRegister.YM2608[0];
chipYM2608S = chipRegister.YM2608[1];
chipYM2610 = chipRegister.YM2610[0];
chipYM2610S = chipRegister.YM2610[1];
chipYM2151 = chipRegister.YM2151[0];
filename = fn;
Counter = 0;
TotalCounter = 0;
LoopCounter = 0;
vgmCurLoop = 0;
Stopped = false;
vgmFrameCounter = -latency - waitTime;
vgmSpeed = 1;
vgmSpeedCounter = 0;
initPhase = true;
pd[0] = new List <SoundManager.PackData>();
pd[1] = new List <SoundManager.PackData>();
pd[2] = new List <SoundManager.PackData>();
pd[3] = new List <SoundManager.PackData>();
pd[4] = new List <SoundManager.PackData>();
pdOPNB[0] = null;
pdOPNB[1] = null;
pdOPNB[2] = null;
pdOPNB[3] = null;
pdOPM[0] = null;
pdOPM[1] = null;
//Driverの初期化
mm.InitDriver(
System.IO.Path.Combine(workPath, "dummy")
, new List <Action <musicDriverInterface.ChipDatum> >()
{
OPNAWriteP
, OPNAWriteS
, OPNBWriteP
, OPNBWriteS
, OPMWriteP
}
, new List <Action <byte[], int, int> >()
{
null
, null
, OPNBWriteAdpcmP
, OPNBWriteAdpcmS
}
, OPNAWaitSend
, false, mubBuf, true, false);
mm.StartRendering(Common.DataSequenceSampleRate, (int)YM2608ClockValue, (int)YM2610ClockValue, (int)YM2151ClockValue);
mm.MSTART(0);
return(true);
}
public override bool init(outDatum[] vgmBuf, ChipRegister chipRegister, EnmChip[] useChip, uint latency, uint waitTime, long jumpPointClock)
{
throw new NotImplementedException();
}
public void InitDriver(
string fileName
, Action <ChipDatum> oPNAWrite
, Action <long, int> oPNAWaitSend
, Func <ChipDatum, int> ppz8Write
, Func <ChipDatum, int> ppsdrvWrite
, Func <ChipDatum, int> p86Write
, bool dummy_NotSoundBoard2 //参照しません
, musicDriverInterface.MmlDatum[] mBuf
, bool isLoadADPCM
, bool loadADPCMOnly
, ChipRegister chipRegister
, bool isGIMICOPNA)
{
musicDriverInterface.Log.writeMethod = disp;
musicDriverInterface.Log.off = 0;
setting = Audio.setting;
this.chipRegister = chipRegister;
isNRM = setting.pmdDotNET.soundBoard == 0;
isSPB = setting.pmdDotNET.soundBoard == 1;
isVA = false;
usePPS = setting.pmdDotNET.usePPSDRV;
usePPZ = setting.pmdDotNET.usePPZ8;
this.isGIMICOPNA = isGIMICOPNA;
int jumpIndex = -1;
if (compiler != null)
{
CompilerInfo ci = compiler.GetCompilerInfo();
if (ci.jumpClock != -1)
{
jumpIndex = ci.jumpClock;
}
}
object[] addtionalPMDDotNETOption = new object[] {
isLoadADPCM, //bool
loadADPCMOnly, //bool
setting.pmdDotNET.isAuto, //bool isAUTO;
isVA, //bool
isNRM, //bool
usePPS, //bool
usePPZ, //bool
isSPB, //bool
envPmd, //string[] 環境変数PMD
envPmdOpt, //string[] 環境変数PMDOpt
fileName, //string srcFile;
"", //string PPCFileHeader無視されます(設定不要)
(Func <string, Stream>)appendFileReaderCallback,
jumpIndex
};
string[] addtionalPMDOption = GetPMDOption();
List <ChipAction> lca = new List <ChipAction>();
PMDChipAction ca = new PMDChipAction(oPNAWrite, oPNAWaitSend);
lca.Add(ca);
driver.Init(
lca
//fileName
//, oPNAWrite
//, oPNAWaitSend
, mBuf
, null //ここのコールバックは未使用
, new object[] {
addtionalPMDDotNETOption //PMDDotNET option
, addtionalPMDOption // PMD option
, ppz8Write
, ppsdrvWrite
, p86Write
});
//AUTO指定の場合に構成が変わるので、構成情報を受け取ってから音量設定を行う
isNRM = (bool)addtionalPMDDotNETOption[4]; //4 = isNrm
isSPB = (bool)addtionalPMDDotNETOption[7]; //7 = isSPB
isVA = (bool)addtionalPMDDotNETOption[3]; //3 = isVA
usePPS = (bool)addtionalPMDDotNETOption[5]; //5 = usePPS
usePPZ = (bool)addtionalPMDDotNETOption[6]; //6 = usePPZ
string[] pmdOptionVol = SetVolume();
////ユーザーがコマンドラインでDオプションを指定していない場合はpmdVolを適用させる
//if (!pmdvolFound && pmdOptionVol != null && pmdOptionVol.Length > 0)
//{
// ((PMDDotNET.Driver)driver).resetOption(pmdOptionVol);//
//}
}
public abstract bool init(byte[] vgmBuf, ChipRegister chipRegister, EnmChip[] useChip, uint latency, uint waitTime);
public bool init(musicDriverInterface.MmlDatum[] mubBuf, string workPath, mucomManager mucomManager, ChipRegister chipRegister
, EnmChip[] useChip
, uint latency
, uint waitTime
, string fn
)
{
if (mucomManager == null)
{
return(false);
}
this.vgmBuf = null;
this.mubBuf = mubBuf;
this.chipRegister = chipRegister;
this.useChip = useChip;
this.latency = latency;
this.waitTime = waitTime;
this.mm = mucomManager;
chipYM2608 = chipRegister.YM2608[0];
filename = fn;
Counter = 0;
TotalCounter = 0;
LoopCounter = 0;
vgmCurLoop = 0;
Stopped = false;
vgmFrameCounter = -latency - waitTime;
vgmSpeed = 1;
vgmSpeedCounter = 0;
initPhase = true;
pd = new List <SoundManager.PackData>();
//Driverの初期化
mm.InitDriver(System.IO.Path.Combine(workPath, "dummy"), OPNAInitialWrite, OPNAWaitSend, false, mubBuf, true, false);
mm.StartRendering((int)Common.SampleRate, (int)YM2608ClockValue);
mm.MSTART(0);
return(true);
}
public abstract bool init(byte[] vgmBuf, ChipRegister chipRegister, enmModel model, enmUseChip[] useChip, uint latency, uint waitTime);
public override bool init(outDatum[] vgmBuf, ChipRegister chipRegister, EnmChip[] useChip, uint latency, uint waitTime, long jumpPointClock)
{
return(true);
}
public bool init(MmlDatum[] mBuf
, string mWorkPath
, PMDManager pmdManager
, ChipRegister chipRegister
, EnmChip[] enmChips
, uint v1, uint v2
, string mFileName
, bool isGIMICOPNA)
{
if (pmdManager == null)
{
return(false);
}
this.vgmBuf = null;
this.mBuf = mBuf;
this.chipRegister = chipRegister;
//this.useChip = useChip;
//this.latency = latency;
//this.waitTime = waitTime;
this.pm = pmdManager;
chipYM2608 = chipRegister.YM2608[0];
chipPPZ8 = chipRegister.PPZ8[0];
chipPPSDRV = chipRegister.PPSDRV[0];
chipP86 = chipRegister.P86[0];
filename = mFileName;
Counter = 0;
TotalCounter = 0;
LoopCounter = 0;
vgmCurLoop = 0;
Stopped = false;
vgmFrameCounter = -latency - waitTime;
vgmSpeed = 1;
vgmSpeedCounter = 0;
YM2608_FMVolume = 0;
YM2608_SSGVolume = 0;
YM2608_RhythmVolume = 0;
YM2608_AdpcmVolume = 0;
GIMIC_SSGVolume = 0;
initPhase = true;
pd = new List <SoundManager.PackData>();
psd = new List <SoundManager.PackData>();
pzd = new List <SoundManager.PackData>();
p8d = new List <SoundManager.PackData>();
//Driverの初期化
pm.InitDriver(
System.IO.Path.Combine(mWorkPath, "dummy")
, OPNAInitialWrite
, OPNAWaitSend
, PPZ8Write
, PPSDRVWrite
, P86Write
, false
, mBuf
, true
, false
, chipRegister
, isGIMICOPNA
);
YM2608_FMVolume = pm.YM2608_FMVolume;
YM2608_SSGVolume = pm.YM2608_SSGVolume;
YM2608_RhythmVolume = pm.YM2608_RhythmVolume;
YM2608_AdpcmVolume = pm.YM2608_AdpcmVolume;
GIMIC_SSGVolume = pm.GIMIC_SSGVolume;
if (!Audio.setting.pmdDotNET.isAuto && Audio.setting.pmdDotNET.setManualVolume)
{
YM2608_FMVolume = Audio.setting.pmdDotNET.volumeFM;
YM2608_SSGVolume = Audio.setting.pmdDotNET.volumeSSG;
YM2608_RhythmVolume = Audio.setting.pmdDotNET.volumeRhythm;
YM2608_AdpcmVolume = Audio.setting.pmdDotNET.volumeAdpcm;
GIMIC_SSGVolume = Audio.setting.pmdDotNET.volumeGIMICSSG;
}
pm.StartRendering((int)Common.SampleRate, (int)YM2608ClockValue);
pm.MSTART(0);
return(true);
}
public abstract bool init(outDatum[] vgmBuf, ChipRegister chipRegister, EnmChip[] useChip, uint latency, uint waitTime, long jumpPointClock);
public ZgmChip Create(uint chipIdentNo, ChipRegister chipRegister, Setting setting, outDatum[] vgmBuf)
{
switch (chipIdentNo)
{
case 0x0000_000C: return(new SN76489(chipRegister, setting, vgmBuf));
case 0x0000_0010: return(new YM2413(chipRegister, setting, vgmBuf));
case 0x0000_002c: return(new YM2612(chipRegister, setting, vgmBuf));
case 0x0000_0030: return(new YM2151(chipRegister, setting, vgmBuf));
case 0x0000_0038: return(new SEGAPCM(chipRegister, setting, vgmBuf));
case 0x0000_0040: return(null); // RF5C68
case 0x0000_0044: return(new YM2203(chipRegister, setting, vgmBuf));
case 0x0000_0048: return(new YM2608(chipRegister, setting, vgmBuf));
case 0x0000_004C: return(new YM2610(chipRegister, setting, vgmBuf));
case 0x0000_0050: return(null); // YM3812
case 0x0000_0054: return(null); // YM3526
case 0x0000_0058: return(null); // Y8950
case 0x0000_005C: return(null); // YMF262
case 0x0000_0060: return(null); // YMF278B
case 0x0000_0064: return(null); // YMF271
case 0x0000_0068: return(null); // YMZ280B
case 0x0000_006C: return(new RF5C164(chipRegister, setting, vgmBuf));
case 0x0000_0070: return(null); // PWM
case 0x0000_0074: return(null); // AY8910
case 0x0000_0080: return(null); // GameBoy DMG
case 0x0000_0084: return(null); // NES APU
case 0x0000_0088: return(null); // MultiPCM
case 0x0000_008C: return(null); // uPD7759
case 0x0000_0090: return(null); // OKIM6258
case 0x0000_0098: return(null); // OKIM6295
case 0x0000_009C: return(new K051649(chipRegister, setting, vgmBuf));
case 0x0000_00A0: return(null); // K054539
case 0x0000_00A4: return(new HuC6280(chipRegister, setting, vgmBuf));
case 0x0000_00A8: return(new C140(chipRegister, setting, vgmBuf));
case 0x0000_00AC: return(new K053260(chipRegister, setting, vgmBuf));
case 0x0000_00B0: return(null); // Pokey
case 0x0000_00B4: return(new QSound(chipRegister, setting, vgmBuf));
case 0x0000_00B8: return(null); // SCSP
case 0x0000_00C0: return(null); // WonderSwan
case 0x0000_00C4: return(null); // Virtual Boy VSU
case 0x0000_00C8: return(null); // SAA1099
case 0x0000_00CC: return(null); // ES5503
case 0x0000_00D0: return(null); // ES5505/ES5506
case 0x0000_00D8: return(null); // X1-010
case 0x0000_00DC: return(null); // C352
case 0x0000_00E0: return(null); // GA20
case 0x0001_0000: return(new Conductor(chipRegister, setting, vgmBuf));
case 0x0002_0001: return(new YM2609(chipRegister, setting, vgmBuf));
case 0x0003_0000: return(null); // XG MU50
case 0x0003_0001: return(null); // XG MU100
case 0x0003_0002: return(null); // XG MU128
case 0x0003_0003: return(null); // XG MU1000
case 0x0003_0004: return(null); // XG MU2000
case 0x0003_0005: return(null); // XG MU1000EX
case 0x0003_0006: return(null); // XG MU2000EX
case 0x0004_0000: return(null); // GS MT-32 LA
case 0x0004_0001: return(null); // GS CM-64 LA
case 0x0004_0002: return(null); // GS SC-55
case 0x0004_0003: return(null); // GS SC-55mkII
case 0x0004_0004: return(null); // GS SC-88
case 0x0004_0005: return(null); // GS SC-88Pro
case 0x0004_0006: return(null); // GS SC-8820
case 0x0004_0007: return(null); // GS SC-8850
case 0x0004_0008: return(null); // GS SD-90
case 0x0004_0009: return(null); // GS Integra-7
case 0x0005_0000: return(new MidiGM(chipRegister, setting, vgmBuf));
case 0x0006_0000: return(null); // CSTi General
case 0x0007_0000: return(null); // Wave General
default: throw new ArgumentException();
}
}
