public override void CmdInstrument(partPage page, MML mml)
{
char type;
bool re = false;
int n;
if (mml.args[0] is bool)
{
type = (char)mml.args[1];
re = true;
n = (int)mml.args[2];
}
else
{
type = (char)mml.args[0];
n = (int)mml.args[1];
}
//Duty比切り替え
if (type == 'I')
{
if (page.Type == enmChannelType.Square)
{
if (re)
{
n = page.instrument + n;
}
n = Common.CheckRange(n, 0, 7);
page.dutyCycle = n;
SetDummyData(page, mml);
return;
}
msgBox.setErrMsg(msg.get("E32000"), mml.line.Lp);
return;
}
//E指定 ソフトエンベロープ切り替え
if (type == 'E')
{
SetEnvelopParamFromInstrument(page, n, re, mml);
return;
}
//無指定でdpcm以外の場合は ソフトエンベロープ切り替え
if (page.Type != enmChannelType.DPCM)
{
SetEnvelopParamFromInstrument(page, n, re, mml);
return;
}
}
public override void SetFNum(partPage page, MML mml)
{
int arpNote = page.arpFreqMode ? 0 : page.arpDelta;
int arpFreq = page.arpFreqMode ? page.arpDelta : 0;
int f = GetK053260FNum(mml, page, page.octaveNow, page.noteCmd, page.shift + page.keyShift + arpNote);//
if (page.bendWaitCounter != -1)
{
f = page.bendFnum;
}
f = f + page.detune;
f = f + arpFreq;
for (int lfo = 0; lfo < 4; lfo++)
{
if (!page.lfo[lfo].sw)
{
continue;
}
if (page.lfo[lfo].type != eLfoType.Vibrato)
{
continue;
}
f += page.lfo[lfo].value + page.lfo[lfo].param[6];
}
f = Common.CheckRange(f, 0, 0xfff);
if (page.spg.freq == f)
{
return;
}
page.spg.freq = f;
//Delta
int data = f & 0xfff;
if (page.spg.beforeFNum != data)
{
int adr = (page.ch + 1) * 8 + 0x00;
OutK053260Port(mml, port[0], page
, (byte)adr
, (byte)data);
adr++;
OutK053260Port(mml, port[0], page
, (byte)adr
, (byte)((data & 0xf00) >> 8));
page.spg.beforeFNum = data;
}
}
public override void CmdInstrument(partPage page, MML mml)
{
char type = (char)mml.args[0];
int n = (int)mml.args[1];
if (type == 'n' || type == 'N' || type == 'R' || type == 'A')
{
if (page.Type == enmChannelType.FMOPNex)
{
page.instrument = n;
lstPartWork[2].cpg.instrument = n;
lstPartWork[6].cpg.instrument = n;
lstPartWork[7].cpg.instrument = n;
lstPartWork[8].cpg.instrument = n;
OutFmSetInstrument(page, mml, n, page.volume, type);
return;
}
}
if (type == 'n')
{
if (page.pcm)
{
if (page.isPcmMap)
{
page.pcmMapNo = n;
if (!parent.instPCMMap.ContainsKey(n))
{
msgBox.setErrMsg(string.Format(msg.get("E10024"), n), mml.line.Lp);
}
return;
}
page.instrument = n;
if (!parent.instPCM.ContainsKey(n))
{
msgBox.setErrMsg(string.Format(msg.get("E20002"), n), mml.line.Lp);
}
else
{
if (parent.instPCM[n].Item2.chip != enmChipType.YM2612)
{
msgBox.setErrMsg(string.Format(msg.get("E20003"), n), mml.line.Lp);
}
}
return;
}
}
base.CmdInstrument(page, mml);
}
public override void CmdPan(partPage page, MML mml)
{
int n = (int)mml.args[0];
n = Common.CheckRange(n, 0, 3);
page.pan = ((n & 1) << 1) | ((n & 2) >> 1);//LR反転
int vch = page.ch;
if (page.Type == enmChannelType.RHYTHM)
{
if (page.ch == 18)
{
vch = 6;
}
else if (page.ch == 19)
{
vch = 7;
}
else if (page.ch == 20)
{
vch = 8;
}
else if (page.ch == 21)
{
vch = 8;
}
else if (page.ch == 22)
{
vch = 7;
}
}
byte[] port = getPortFromCh(vch);
byte PanFbCnt = 0;
if (page.instrument != -1)
{
PanFbCnt = (byte)(
(parent.instOPL[page.instrument].Item2[26] & 0x07) << 1
| parent.instOPL[page.instrument].Item2[25] & 0x01
);
}
SOutData(page, mml, port, (byte)(vch % 9 + 0xC0), (byte)((
PanFbCnt
| (page.pan * 0x10) // PAN
)));
SetDummyData(page, mml);
}
public override void CmdY(partPage page, MML mml)
{
base.CmdY(page, mml);
if (mml.args[0] is string)
{
return;
}
byte adr = (byte)(int)mml.args[0];
byte dat = (byte)(int)mml.args[1];
SOutData(page, mml, (page.ch > 2 && page.ch < 6) ? port[1] : port[0], adr, dat);
}
public override void SetupPageData(partWork pw, partPage page)
{
OutC140KeyOff(null, page);
page.spg.instrument = -1;
//周波数
page.spg.freq = -1;
SetFNum(page, null);
//音量(パン兼用)
page.spg.beforeLVolume = -1;
page.spg.beforeRVolume = -1;
SetVolume(page, null);
}
private void OutPsgVolume(partPage page, MML mml)
{
if (page.pcm)
{
return;
}
if (page.spg.beforeVolume != page.beforeVolume)
{
byte data = (byte)(0x80 + (page.ch << 5) + 0x10 + (15 - page.beforeVolume));
OutPsgPort(page, mml, port[0], data);
page.spg.beforeVolume = page.beforeVolume;
}
}
public override void CmdMIDICh(partPage page, MML mml)
{
int ch = (int)mml.args[0];
page.MIDIch = ch & 0xf;
MML vmml = new MML();
vmml.type = enmMMLType.MIDICh;
vmml.args = new List <object>();
vmml.args.Add(page.MIDIch);
vmml.line = mml.line;
SetDummyData(page, vmml);
}
public override void CmdVelocity(partPage page, MML mml)
{
int vel = (int)mml.args[0];
page.velocity = vel & 0x7f;
MML vmml = new MML();
vmml.type = enmMMLType.Velocity;
vmml.args = new List <object>();
vmml.args.Add(page.velocity);
vmml.line = mml.line;
SetDummyData(page, vmml);
}
public override void CmdInstrument(partPage page, MML mml)
{
char type;
bool re = false;
int n;
if (mml.args[0] is bool)
{
type = (char)mml.args[1];
re = true;
n = (int)mml.args[2];
}
else
{
type = (char)mml.args[0];
n = (int)mml.args[1];
}
if (type == 'E')
{
n = SetEnvelopParamFromInstrument(page, n, re, mml);
return;
}
else if (type == 'S')
{
if (re)
{
n = page.instrument + n;
}
SendSysEx(page, mml, n);
return;
}
if (re)
{
n = page.instrument + n;
}
n = Common.CheckRange(n, 0, 127);
page.instrument = n;
MML vmml = new MML();
vmml.type = enmMMLType.Instrument;
vmml.args = new List <object>();
vmml.args.Add(page.instrument);
vmml.line = mml.line;
SetDummyData(page, vmml);
OutMidiProgramChange(page, mml, (byte)page.instrument);
}
private void OutDCSGCh3Freq(partPage page, MML mml)
{
dcsgCh3Freq = Common.CheckRange(dcsgCh3Freq, -1, 0x3ff);
if (beforeDcsgCh3Freq != dcsgCh3Freq && dcsgCh3Freq != -1)
{
beforeDcsgCh3Freq = dcsgCh3Freq;
byte data = (byte)(0xc0 + (dcsgCh3Freq & 0xf));
OutPsgPort(page, mml, port[0], data);
data = (byte)(dcsgCh3Freq >> 4);
OutPsgPort(page, mml, port[0], data);
}
}
protected virtual void SetInstAtChannelPanFbCnt(partPage page, MML mml, int chNum, int pan, int fb, int cnt)
{
//portは9channel毎に切り替わる
byte[] port = this.port[chNum / 9];
SOutData(page,
mml,
port,
(byte)(chNum % 9 + 0xC0),
(byte)(
((fb & 0x07) << 1) | (cnt & 0x01) | (pan * 0x10) // PAN(CHA,CHB (CHC,CHDは未使用))
)
);
}
public override void SetLfoAtKeyOn(partPage page, MML mml)
{
base.SetLfoAtKeyOn(page, mml);
for (int lfo = 0; lfo < 4; lfo++)
{
clsLfo pl = page.lfo[lfo];
if (!pl.sw)
{
continue;
}
if (pl.type == eLfoType.Wah)
{
continue;
}
if (pl.param[5] != 1)
{
continue;
}
pl.isEnd = false;
pl.value = (pl.param[0] == 0) ? pl.param[6] : 0;//ディレイ中は振幅補正は適用されない
pl.waitCounter = pl.param[0];
pl.direction = pl.param[2] < 0 ? -1 : 1;
pl.depthWaitCounter = pl.param[7];
pl.depth = pl.param[3];
pl.depthV2 = pl.param[2];
if (pl.type == eLfoType.Vibrato)
{
if (page.Type == enmChannelType.ADPCM)
{
SetAdpcmFNum(mml, page);
}
}
if (pl.type == eLfoType.Tremolo)
{
page.beforeVolume = -1;
//if (pw.ppg[pw.cpgNum].Type == enmChannelType.RHYTHM)
//SetRhythmVolume(pw);
if (page.Type == enmChannelType.ADPCM)
{
SetAdpcmVolume(mml, page);
}
}
}
}
public override void SetupPageData(partWork pw, partPage page)
{
page.keyOff = true;
page.spg.instrument = -1;
page.spg.beforeEnvInstrument = -1;
//周波数
page.spg.beforeFNum = -1;
//音量
page.spg.beforeVolume = -1;
SetVolume(page, null);
}
public override void SetFNum(partPage page, MML mml)
{
if (page.Type != enmChannelType.DCSGNOISE)
{
int arpNote = page.arpFreqMode ? 0 : page.arpDelta;
int arpFreq = page.arpFreqMode ? page.arpDelta : 0;
int f = -page.detune;
f = f - arpFreq;
for (int lfo = 0; lfo < 4; lfo++)
{
if (!page.lfo[lfo].sw)
{
continue;
}
if (page.lfo[lfo].type != eLfoType.Vibrato)
{
continue;
}
f -= page.lfo[lfo].value + page.lfo[lfo].param[6];//param[6] : 位相
}
if (page.octaveNow < 1)
{
f <<= -page.octaveNow;
}
else
{
f >>= page.octaveNow - 1;
}
if (page.bendWaitCounter != -1)
{
f += page.bendFnum;
}
else
{
f += GetDcsgFNum(page.octaveNow, page.noteCmd, page.shift + page.keyShift + arpNote);//
}
f = Common.CheckRange(f, 0, 0x3ff);
page.freq = f;
}
else
{
int f = 0xe0 + (page.noise & 7);
page.freq = f;
}
}
public override void CmdInstrument(partPage page, MML mml)
{
char type = (char)mml.args[0];
int n = (int)mml.args[1];
if (type == 'I')
{
msgBox.setErrMsg(msg.get("E22001")
, mml.line.Lp);
return;
}
if (type == 'T')
{
msgBox.setErrMsg(msg.get("E22002")
, mml.line.Lp);
return;
}
if (type == 'E')
{
n = SetEnvelopParamFromInstrument(page, n, mml);
return;
}
n = Common.CheckRange(n, 0, 255);
if (!parent.instPCM.ContainsKey(n))
{
msgBox.setErrMsg(string.Format(msg.get("E22003"), n)
, mml.line.Lp);
return;
}
if (parent.instPCM[n].Item2.chip != enmChipType.QSound)
{
msgBox.setErrMsg(string.Format(msg.get("E22004"), n)
, mml.line.Lp);
return;
}
page.instrument = n;
page.pcmStartAddress = (int)parent.instPCM[n].Item2.stAdr;
page.pcmEndAddress = (int)parent.instPCM[n].Item2.edAdr;
page.pcmLoopAddress = (int)parent.instPCM[n].Item2.loopAdr;
page.beforepcmLoopAddress = -1;
page.pcmBank = (int)((parent.instPCM[n].Item2.stAdr >> 16));
SetDummyData(page, mml);
}
public override void MultiChannelCommand(MML mml)
{
if (!use)
{
return;
}
for (int i = 0; i < ChMax; i++)
{
partPage page = lstPartWork[i].cpg;
//fnum
if (page.beforeFNum != page.FNum)
{
byte data = (byte)page.FNum;
OutK051649Port(page, mml, port[0], ChipNumber, 1, (byte)(0 + page.ch * 2), data);
data = (byte)((page.FNum & 0xf00) >> 8);
OutK051649Port(page, mml, port[0], ChipNumber, 1, (byte)(1 + page.ch * 2), data);
page.beforeFNum = page.FNum;
}
//instrument
if (page.spg.instrument != page.instrument)
{
page.spg.instrument = page.instrument;
((K051649)page.chip).OutK051649SetInstrument(page, mml, page.instrument);
}
//volume
SetSsgVolume(mml, page);
//keyonoff
if (page.keyOn)
{
keyOnStatus |= (byte)(1 << page.ch);
}
else
{
keyOnStatus &= (byte)~(1 << page.ch);
}
}
//keyonoff
if (keyOnStatus != keyOnStatusOld)
{
OutK051649Port(lstPartWork[lstPartWork.Count - 1].cpg, mml, port[0], ChipNumber, 3, 0, keyOnStatus);
keyOnStatusOld = keyOnStatus;
}
}
public override void SetLfoAtKeyOn(partPage page, MML mml)
{
for (int lfo = 0; lfo < 4; lfo++)
{
clsLfo pl = page.lfo[lfo];
if (!pl.sw)
{
continue;
}
if (pl.type == eLfoType.Hardware)
{
continue;
}
int w = 0;
if (pl.type == eLfoType.Wah)
{
w = 1;
}
if (pl.param[w + 5] != 1)
{
continue;
}
pl.isEnd = false;
pl.value = (pl.param[w + 0] == 0) ? pl.param[w + 6] : 0;//ディレイ中は振幅補正は適用されない
pl.waitCounter = pl.param[w + 0];
pl.direction = pl.param[w + 2] < 0 ? -1 : 1;
pl.depthWaitCounter = pl.param[w + 7];
pl.depth = pl.param[w + 3];
pl.depthV2 = pl.param[w + 2];
if (pl.type == eLfoType.Vibrato)
{
SetFmFNum(page, mml);
}
if (pl.type == eLfoType.Tremolo)
{
page.beforeVolume = -1;
SetFmVolume(page, mml);
}
if (pl.type == eLfoType.Wah)
{
page.beforeVolume = -1;
SetFmTL(page, mml);
}
}
}
public override void CmdInstrument(partPage page, MML mml)
{
char type = (char)mml.args[0];
int n = (int)mml.args[1];
if (type == 'I')
{
msgBox.setErrMsg(msg.get("E13001"), mml.line.Lp);
return;
}
if (type == 'T')
{
msgBox.setErrMsg(msg.get("E13002"), mml.line.Lp);
return;
}
if (type == 'E')
{
n = SetEnvelopParamFromInstrument(page, n, mml);
return;
}
n = Common.CheckRange(n, 0, 255);
if (!parent.instPCM.ContainsKey(n))
{
msgBox.setErrMsg(string.Format(msg.get("E13003"), n), mml.line.Lp);
return;
}
if (parent.instPCM[n].Item2.chip != enmChipType.RF5C164)
{
msgBox.setErrMsg(string.Format(msg.get("E13004"), n), mml.line.Lp);
return;
}
page.instrument = n;
page.beforepcmStartAddress = -1;
page.pcmStartAddress = (int)parent.instPCM[n].Item2.stAdr;
SetRf5c164SampleStartAddress(mml, page);
SetRf5c164LoopAddress(mml, page, (int)(parent.instPCM[n].Item2.loopAdr + 2));
//L対策も混みです
page.envIndex = -1;
page.envCounter = -1;
page.envVolume = 0;
SetKeyOff(page, mml);
}
public override void CmdPan(partPage page, MML mml)
{
int n = (int)mml.args[0];
page.pan = ((n & 1) << 1) | ((n & 2) >> 1);//LR反転
int vch = page.ch;
if (page.Type == enmChannelType.RHYTHM)
{
if (page.ch == 18)
{
vch = 6;
}
else if (page.ch == 19)
{
vch = 7;
}
else if (page.ch == 20)
{
vch = 8;
}
else if (page.ch == 21)
{
vch = 8;
}
else if (page.ch == 22)
{
vch = 7;
}
}
if (page.instrument != -1)
{
if (!page.isOp4Mode)
{
byte[] inst = parent.instOPL[page.instrument].Item2;
SetInstAtChannelPanFbCnt(page, mml, vch, (int)page.pan, inst[26], inst[25]);
}
else
{
byte[] inst = parent.instOPL[page.instrument].Item2;
SetInstAtChannelPanFbCnt(page, mml, vch, (int)page.pan, inst[51], inst[49]);
SetInstAtChannelPanFbCnt(page, mml, vch + 3, (int)page.pan, inst[51], inst[50]);
}
}
SetDummyData(page, mml);
}
public void SetFmTL(partPage page, MML mml)
{
int tl1 = page.tlDelta1;
int tl2 = page.tlDelta2;
int tl3 = page.tlDelta3;
int tl4 = page.tlDelta4;
int slot = 0;
for (int lfo = 0; lfo < 4; lfo++)
{
if (!page.lfo[lfo].sw)
{
continue;
}
if (page.lfo[lfo].type != eLfoType.Wah)
{
continue;
}
if ((page.lfo[lfo].slot & 1) != 0)
{
tl1 += page.lfo[lfo].value + page.lfo[lfo].param[1 + 6]; slot |= 1;
}
if ((page.lfo[lfo].slot & 2) != 0)
{
tl2 += page.lfo[lfo].value + page.lfo[lfo].param[1 + 6]; slot |= 2;
}
if ((page.lfo[lfo].slot & 4) != 0)
{
tl3 += page.lfo[lfo].value + page.lfo[lfo].param[1 + 6]; slot |= 4;
}
if ((page.lfo[lfo].slot & 8) != 0)
{
tl4 += page.lfo[lfo].value + page.lfo[lfo].param[1 + 6]; slot |= 8;
}
}
if (page.spg.beforeTlDelta1 != tl1 || page.spg.beforeTlDelta2 != tl2 || page.spg.beforeTlDelta3 != tl3 || page.spg.beforeTlDelta4 != tl4)
{
if (parent.instOPM.ContainsKey(page.instrument))
{
OutFmSetTL(page, mml, tl1, tl2, tl3, tl4, slot, page.instrument);
}
page.spg.beforeTlDelta1 = tl1;
page.spg.beforeTlDelta2 = tl2;
page.spg.beforeTlDelta3 = tl3;
page.spg.beforeTlDelta4 = tl4;
}
}
public void SetRf5c164SampleStartAddress(MML mml, partPage page)
{
//Address shift
int stAdr = page.pcmStartAddress + page.addressShift;
//if (stAdr >= pw.ppg[pw.cpgNum].pcmEndAddress) stAdr = pw.ppg[pw.cpgNum].pcmEndAddress - 1;
if (page.beforepcmStartAddress != stAdr && stAdr >= 0)
{
SetRf5c164CurrentChannel(mml, page);
byte data = (byte)(stAdr >> 8);
OutRf5c164Port(page, mml, port[0], page.chipNumber, 0x6, data);
//pw.ppg[pw.cpgNum].pcmStartAddress = stAdr;
}
}
public void OutSsgKeyOff(MML mml, partPage page)
{
page.keyOn = false;
//byte pch = (byte)page.ch;
//int n = 9;
//byte data = (byte)(SSGKeyOn | n << pch);
//SSGKeyOn = data;
//parent.OutData(mml, port[0], (byte)(0x08 + pch), 0);
//SOutData(page, mml, port[0], (byte)(0x08 + pch), 0);
//page.spg.beforeVolume = -1;
//parent.OutData(mml, port[0], 0x07, data);
//SOutData(page, mml, port[0], 0x07, data);
}
/// <summary>
/// Ch3:波形書き換え
/// </summary>
private void SetWaveFormFromInstrument(partPage page, int n, MML mml)
{
SOutData(page, mml, port[0], NR30, 0x00);
page.beforeFNum = -1;
for (int i = 0; i < 16; i++)
{
// 0 は音色番号が入っている為1からスタート
SOutData(page, mml, port[0], (byte)(0x20 + i)
, (byte)(
((parent.instWF[n].Item2[i * 2 + 0 + 1] & 0xf) << 4)
| (parent.instWF[n].Item2[i * 2 + 1 + 1] & 0xf)
));
}
SOutData(page, mml, port[0], NR30, 0x80);
}
public override void CmdPan(partPage page, MML mml)
{
int n = (int)mml.args[0];
//強制的にモノラルにする
if (parent.info.monoPart != null &&
parent.info.monoPart.Contains(Ch[5].Name))
{
n = 3;
}
n = Common.CheckRange(n, 0, 3);
page.pan = n;
((ClsOPN)page.chip).OutOPNSetPanAMSPMS(mml, page, n, page.ams, page.fms);
}
public bool getNumNoteLength(partPage page, out int num, out bool flg)
{
flg = false;
skipTabSpace(page);
//クロック直接指定
if (getChar(page) == '#')
{
flg = true;
incPos(page);
}
return(getNum(page, out num));
}
public override void CmdInstrument(partPage page, MML mml)
{
char type = (char)mml.args[0];
int n = (int)mml.args[1];
if (type == 'I')
{
msgBox.setErrMsg(msg.get("E16005"), mml.line.Lp);
return;
}
if (type == 'T')
{
n = Common.CheckRange(n, 0, 255);
page.toneDoubler = n;
return;
}
if (type == 'E')
{
SetEnvelopParamFromInstrument(page, n, mml);
return;
}
n = Common.CheckRange(n, 0, 255);
if (page.instrument == n)
{
return;
}
page.instrument = n;
int modeBeforeSend = parent.info.modeBeforeSend;
if (type == 'N')
{
modeBeforeSend = 0;
}
else if (type == 'R')
{
modeBeforeSend = 1;
}
else if (type == 'A')
{
modeBeforeSend = 2;
}
OutSetInstrument(page, mml, n, page.volume, modeBeforeSend);
}
public void SetADPCMAddress(MML mml, partPage page, int startAdr, int endAdr)
{
if (page.spg.pcmStartAddress != startAdr)
{
SOutData(page, mml, port[1], 0x02, (byte)((startAdr >> 2) & 0xff));
SOutData(page, mml, port[1], 0x03, (byte)((startAdr >> 10) & 0xff));
page.spg.pcmStartAddress = startAdr;
}
if (page.spg.pcmEndAddress != endAdr)
{
SOutData(page, mml, port[1], 0x04, (byte)(((endAdr - 0x04) >> 2) & 0xff));
SOutData(page, mml, port[1], 0x05, (byte)(((endAdr - 0x04) >> 10) & 0xff));
page.spg.pcmEndAddress = endAdr;
}
}
public override void CmdPan(partPage page, MML mml)
{
int p = (int)mml.args[0];
p = Common.CheckRange(p, 0, 32);
page.panL = (32 - p);
byte adr = (byte)(page.ch + 0x80);
OutQSoundPort(mml, port[0], page
, adr
, (ushort)(page.panL + 0x110)
);
SetDummyData(page, mml);
}
public override void CmdMode(partPage page, MML mml)
{
int n = (int)mml.args[0];
n = Common.CheckRange(n, 0, 1);
if (n == 1)
{
page.freq = 0;//freqをリセット
page.spg.freq = -1;
OutPsgFnum(page, mml);
}
page.pcm = (n == 1);
page.instrument = -1;
page.spg.beforeVolume = -1;
}
