public int Count = 0; //1行に定義されているパートの総数
public Line(LinePos lp, string txt)
{
Lp = lp;
Txt = txt;
Index = 0;
Count = 0;
}
public outDatum(enmMMLType type, List <object> args, LinePos linePos, byte val)
{
this.type = type;
this.args = args;
this.linePos = linePos;
this.val = val;
}
public Line Copy()
{
LinePos lp = new LinePos(this.Lp.fullPath, this.Lp.row, this.Lp.col, this.Lp.length, this.Lp.part, this.Lp.chip, this.Lp.chipIndex, this.Lp.chipNumber, this.Lp.ch);
Line l = new Line(lp, this.Txt);
return(l);
}
public Line Copy()
{
LinePos lp = new LinePos(this.Lp.document, this.Lp.srcMMLID, this.Lp.row, this.Lp.col, this.Lp.length, this.Lp.part, this.Lp.chip, this.Lp.chipIndex, this.Lp.chipNumber, this.Lp.ch);
Line l = new Line(lp, this.Txt);
l.Index = this.Index;
l.Count = this.Count;
return(l);
}
public static void setWrnMsg(string msg, LinePos lp)
{
if (lp != null)
{
wrnBox.Add(new msgInfo(lp.srcMMLID, lp.row, lp.col, lp.length, msg));
}
else
{
wrnBox.Add(new msgInfo("-", -1, -1, -1, msg));
}
}
public static void setErrMsg(string msg, LinePos lp)
{
//errBox.Add(string.Format("(F : {0} L : {1}) : {2}", System.IO.Path.GetFileName(fn), lineNumber, msg));
if (lp != null)
{
errBox.Add(new msgInfo(lp.srcMMLID, lp.row, lp.col, lp.length, msg));
}
else
{
errBox.Add(new msgInfo("-", -1, -1, -1, msg));
}
}
private LinePos[] CopyAndToArrayStackAliesPos(Stack <LinePos> stackAliesPos)
{
List <LinePos> ret = new List <LinePos>();
LinePos[] saps = stackAliesPos.ToArray();
foreach (LinePos sap in saps)
{
LinePos ap = LinePos.Copy(sap);
ret.Add(ap);
}
return(ret.ToArray());
}
private void OutQSoundKeyOn(partPage page, MML mml)
{
byte adr = 0;
ushort data = 0;
if (page.instrument == -1)
{
LinePos lp = mml?.line?.Lp;
if (lp == null)
{
lp = new LinePos(null, "-");
}
msgBox.setErrMsg(msg.get("E22005"), lp);
return;
}
//Volume
SetVolume(page, mml);
//Address shift
int stAdr = page.pcmStartAddress + page.addressShift;
if (stAdr >= page.pcmEndAddress)
{
stAdr = page.pcmEndAddress - 1;
}
//if (pw.ppg[pw.cpgNum].beforepcmStartAddress != stAdr)
{
//StartAdr
adr = (byte)((page.ch << 3) + 0x01);
data = (ushort)stAdr;
OutQSoundPort(mml, port[0], page
, adr
, (ushort)data
);
page.beforepcmStartAddress = stAdr;
}
if (page.beforepcmEndAddress != page.pcmEndAddress)
{
//EndAdr
adr = (byte)((page.ch << 3) + 0x05);
data = (ushort)page.pcmEndAddress;
OutQSoundPort(mml, port[0], page
, adr
, (ushort)data
);
page.beforepcmEndAddress = page.pcmEndAddress;
}
if (page.beforepcmLoopAddress != (page.pcmEndAddress - page.pcmLoopAddress) && page.beforepcmLoopAddress != 4)
{
//LoopAdr
adr = (byte)((page.ch << 3) + 0x04);
data = (ushort)(page.pcmLoopAddress == -1
? 4 //QSoundはループがデフォ。(thanks Ian(@SuperCTR)さん)
: (page.pcmEndAddress - page.pcmLoopAddress)
);
OutQSoundPort(mml, port[0], page
, adr
, (ushort)data
);
page.beforepcmLoopAddress = data;
}
if (page.beforepcmBank != page.pcmBank)
{
int bch = (page.ch - 1) & 0xf;
adr = (byte)((bch << 3) + 0x00);
data = (ushort)(page.pcmBank);
OutQSoundPort(mml, port[0], page
, adr
, (ushort)(data | 0x8000)
);
page.beforepcmBank = page.pcmBank;
}
adr = (byte)((page.ch << 3) + 0x03);
data = (ushort)0x8000;
if (parent.instPCM[page.instrument].Item2.status != enmPCMSTATUS.ERROR)
{
parent.instPCM[page.instrument].Item2.status = enmPCMSTATUS.USED;
}
OutQSoundPort(mml, port[0], page
, adr
, (ushort)data
);
}
private void OutK053260KeyOn(partPage page, MML mml)
{
byte adr = 0;
byte data = 0;
if (page.instrument == -1)
{
LinePos lp = mml?.line?.Lp;
if (lp == null)
{
lp = new LinePos(null, "-");
}
msgBox.setErrMsg(msg.get("E23005"), lp);
return;
}
//Volume
SetVolume(page, mml);
//Address shift
int stAdr = page.pcmStartAddress + page.addressShift;
if (stAdr >= page.pcmEndAddress)
{
stAdr = page.pcmEndAddress - 1;
}
if (page.spg.beforepcmStartAddress != stAdr)
{
//StartAdr L
adr = (byte)((page.ch + 1) * 8 + 0x04);
data = (byte)stAdr;
OutK053260Port(mml, port[0], page
, adr
, data
);
//StartAdr H
adr = (byte)((page.ch + 1) * 8 + 0x05);
data = (byte)(stAdr >> 8);
OutK053260Port(mml, port[0], page
, adr
, data
);
page.spg.beforepcmStartAddress = stAdr;
}
//K053260は終了アドレスではなくサイズを指定する
//また、K053260はバンクをまたぐ演奏が可能(但しサイズは65534まで)
//TODO:よって現在、パディングを行っているが不要かもしれない。
int size = page.pcmEndAddress - page.pcmStartAddress + 1;
if (page.spg.beforepcmEndAddress != size)
{
//EndAdr L
adr = (byte)((page.ch + 1) * 8 + 0x02);
data = (byte)size;
OutK053260Port(mml, port[0], page
, adr
, data
);
//EndAdr H
adr = (byte)((page.ch + 1) * 8 + 0x03);
data = (byte)(size >> 8);
OutK053260Port(mml, port[0], page
, adr
, data
);
page.spg.beforepcmEndAddress = size;
}
//K053260のループはFlagです。trueのとき、StartAddressに戻ります
//また、他のチャンネルと合わせて設定する必要があります。
if (page.spg.beforepcmBank != page.pcmBank)
{
adr = (byte)((page.ch + 1) * 8 + 0x06);
data = (byte)(page.pcmBank);
OutK053260Port(mml, port[0], page
, adr
, data
);
page.spg.beforepcmBank = page.pcmBank;
}
if (parent.instPCM[page.instrument].Item2.status != enmPCMSTATUS.ERROR)
{
parent.instPCM[page.instrument].Item2.status = enmPCMSTATUS.USED;
}
}
//private List<clsPos> LstPos = null;
//public int pcmMapNo { get; set; } = 0;
//public int dutyCycle { get; set; } = 0;
//public int oldDutyCycle { get; set; } = -1;
//public int oldFreq { get; set; } = -1;
//public bool directModeVib { get; set; }
//public bool directModeTre { get; set; }
//public int pitchBend { get; set; } = 0;
//public int tieBend { get; set; } = 0;
//public int portaBend { get; set; } = 0;
//public int lfoBend { get; set; } = 0;
//public int bendStartOctave { get; set; } = 0;
//public char bendStartNote { get; set; } = 'c';
//public int bendStartShift { get; set; } = 0;
//public int velocity { get; set; } = 110;
//public int effectDistortionSwitch { get; internal set; } = 0;
//public int effectDistortionVolume { get; internal set; } = 32;
//public bool isOp4Mode { get; internal set; } = false;
//public int beforeBendNoteNum { get; internal set; } = -1;
//public int panRL { get; internal set; }
//public int panRR { get; internal set; }
//public int flag { get; internal set; }
//public bool changeFlag { get; internal set; }
//public int C352flag { get; internal set; }
public void MakeLstPos(partPage page)
{
if (page.pData == null)
{
return;
}
int tCol = 0;
int row = 0;
int col = 0;
int pCol = 0;
string aliesName = "";
//int aliesDepth = 0;
page.LstPos = new List <clsPos>();
page.LstPos.Add(new clsPos());
page.stackAliesPos = new Stack <LinePos>();
resetPos(page);
while (true)
{
string data;
char ch;
//読みだすデータの頭出し
if (aliesName == "")
{
if (page.pData.Count == row)
{
return;
}
data = page.pData[row].Txt;
pCol = page.pData[row].Lp.col;
}
else
{
data = aData[aliesName].Txt;
pCol = aData[aliesName].Lp.col;
}
data = Common.CutComment(data);
//解析行の解析位置が終端に達したときの処理
while (data.Length == col + pCol)
{
if (aliesName == "")
{
row++;
if (page.pData.Count == row)
{
break;
}
else
{
data = page.pData[row].Txt;
data = Common.CutComment(data);
pCol = page.pData[row].Lp.col;
col = 0;// pData[row].Lp.col;
clsPos p = new clsPos();
p.tCol = tCol;
p.alies = null;
p.col = 0;
p.row = row;
page.LstPos.Add(p);
break;
}
}
else
{
clsPos p = page.stackPos.Pop();
aliesName = p.alies[0].aliesName;
page.stackAliesPos.Pop();
col = p.col;
row = p.row;
if (aliesName == "")
{
data = page.pData[row].Txt;
pCol = page.pData[row].Lp.col;
}
else
{
data = aData[aliesName].Txt;
pCol = aData[aliesName].Lp.col;
}
data = Common.CutComment(data);
p.tCol = tCol;
page.LstPos.Add(p);
}
}
ch = data[col + pCol];
//解析位置でエイリアス指定されている場合
while (ch == '%')
{
string a = getAliesName(data, col + pCol);
if (a != "")
{
LinePos ali = new LinePos();
ali.aliesName = aliesName; //現在のエイリアス名
ali.aliesNextName = a; //飛び先となるエイリアス名
ali.aliesDepth = page.stackAliesPos.Count + 1;
//ali.nextDepth = page.stackAliesPos.Count + 1;
ali.row = page.pData[row].Lp.row;
ali.col = col + pCol;
ali.length = a.Length + 1;
//マクロから復帰する際に使用する場所情報を作成
clsPos p = new clsPos();
p.col = col + a.Length + 1;
p.row = row;
p.alies = CopyAndToArrayStackAliesPos(page.stackAliesPos); //現時点のスタックの内容に戻す
page.stackPos.Push(p);
page.stackAliesPos.Push(ali);
data = aData[a].Txt;
data = Common.CutComment(data);
pCol = aData[a].Lp.col;
col = 0;
aliesName = a;
row = 0;
p = new clsPos();
p.tCol = tCol;
p.alies = CopyAndToArrayStackAliesPos(page.stackAliesPos);
p.col = 0;
p.row = 0;
page.LstPos.Add(p);
}
else
{
msgBox.setWrnMsg(msg.get("E06000")
, (aliesName == "") ? page.pData[row].Lp : aData[aliesName].Lp
);
col++;
}
ch = data[col + pCol];
}
tCol++;
col++;
//解析行の解析位置が終端に達したときの処理
while (data.Length == col + pCol)// || data[col + pCol] == ';')
{
if (aliesName == "")
{
row++;
if (page.pData.Count == row)
{
break;
}
else
{
data = page.pData[row].Txt;
data = Common.CutComment(data);
pCol = page.pData[row].Lp.col;
col = 0;
clsPos p = new clsPos();
p.tCol = tCol;
p.alies = null;
p.col = 0;
p.row = row;
page.LstPos.Add(p);
break;
}
}
else
{
clsPos p = page.stackPos.Pop();
aliesName = p.alies.Length < 1 ? "" : p.alies[0].aliesNextName;
page.stackAliesPos.Pop();
col = p.col;
row = p.row;
if (aliesName == "")
{
data = page.pData[row].Txt;
data = Common.CutComment(data);
pCol = page.pData[row].Lp.col;
}
else
{
data = aData[aliesName].Txt;
data = Common.CutComment(data);
pCol = aData[aliesName].Lp.col;
}
p.tCol = tCol;
page.LstPos.Add(p);
}
}
}
}
private void OutQSoundKeyOn(partWork pw, MML mml)
{
byte adr = 0;
ushort data = 0;
if (pw.instrument == -1)
{
LinePos lp = mml?.line?.Lp;
if (lp == null)
{
lp = new LinePos("-");
}
msgBox.setErrMsg(msg.get("E22005"), lp);
return;
}
//Volume
SetVolume(pw, mml);
//Address shift
int stAdr = pw.pcmStartAddress + pw.addressShift;
if (stAdr >= pw.pcmEndAddress)
{
stAdr = pw.pcmEndAddress - 1;
}
//if (pw.beforepcmStartAddress != stAdr)
{
//StartAdr
adr = (byte)((pw.ch << 3) + 0x01);
data = (ushort)stAdr;
OutQSoundPort(mml, port[0], pw
, adr
, (ushort)data
);
pw.beforepcmStartAddress = stAdr;
}
if (pw.beforepcmEndAddress != pw.pcmEndAddress)
{
//EndAdr
adr = (byte)((pw.ch << 3) + 0x05);
data = (ushort)pw.pcmEndAddress;
OutQSoundPort(mml, port[0], pw
, adr
, (ushort)data
);
pw.beforepcmEndAddress = pw.pcmEndAddress;
}
if (pw.beforepcmLoopAddress != pw.pcmLoopAddress)
{
//LoopAdr
adr = (byte)((pw.ch << 3) + 0x04);
data = (ushort)(pw.pcmLoopAddress == -1 ? 0 : (pw.pcmEndAddress - pw.pcmLoopAddress));
OutQSoundPort(mml, port[0], pw
, adr
, (ushort)data
);
pw.beforepcmLoopAddress = pw.pcmLoopAddress;
}
if (pw.beforepcmBank != pw.pcmBank)
{
int bch = (pw.ch - 1) & 0xf;
adr = (byte)((bch << 3) + 0x00);
data = (ushort)(pw.pcmBank);
OutQSoundPort(mml, port[0], pw
, adr
, (ushort)data
);
pw.beforepcmBank = pw.pcmBank;
}
adr = (byte)((pw.ch << 3) + 0x03);
data = (ushort)0x8000;
if (parent.instPCM[pw.instrument].status != enmPCMSTATUS.ERROR)
{
parent.instPCM[pw.instrument].status = enmPCMSTATUS.USED;
}
OutQSoundPort(mml, port[0], pw
, adr
, (ushort)data
);
}
public void OutC140KeyOn(partWork pw, MML mml)
{
int adr = 0;
byte data = 0;
if (pw.instrument == -1)
{
LinePos lp = mml?.line?.Lp;
if (lp == null)
{
lp = new LinePos("-");
}
msgBox.setErrMsg(msg.get("E10030"), lp);
return;
}
//Volume
SetVolume(pw, mml);
//Address shift
int stAdr = pw.pcmStartAddress + pw.addressShift;
if (stAdr >= pw.pcmEndAddress)
{
stAdr = pw.pcmEndAddress - 1;
}
if (pw.beforepcmStartAddress != stAdr)
{
//StartAdr H
adr = pw.ch * 16 + 0x06;
data = (byte)((stAdr & 0xff00) >> 8);
OutC140Port(mml, pw
, (byte)(adr >> 8)
, (byte)adr
, data);
//StartAdr L
adr = pw.ch * 16 + 0x07;
data = (byte)((stAdr & 0x00ff) >> 0);
OutC140Port(mml, pw
, (byte)(adr >> 8)
, (byte)adr
, data);
pw.beforepcmStartAddress = stAdr;
}
if (pw.beforepcmEndAddress != pw.pcmEndAddress)
{
int eAdr = pw.pcmEndAddress;
//EndAdr H
adr = pw.ch * 16 + 0x08;
data = (byte)((eAdr & 0xff00) >> 8);
OutC140Port(mml, pw
, (byte)(adr >> 8)
, (byte)adr
, data);
//EndAdr L
adr = pw.ch * 16 + 0x09;
data = (byte)((eAdr & 0x00ff) >> 0);
OutC140Port(mml, pw
, (byte)(adr >> 8)
, (byte)adr
, data);
pw.beforepcmEndAddress = pw.pcmEndAddress;
}
if (pw.beforepcmLoopAddress != pw.pcmLoopAddress)
{
if (pw.pcmLoopAddress != -1)
{
//LoopAdr H
adr = pw.ch * 16 + 0x0a;
data = (byte)((pw.pcmLoopAddress & 0xff00) >> 8);
OutC140Port(mml, pw
, (byte)(adr >> 8)
, (byte)adr
, data);
//LoopAdr L
adr = pw.ch * 16 + 0x0b;
data = (byte)((pw.pcmLoopAddress & 0x00ff) >> 0);
OutC140Port(mml, pw
, (byte)(adr >> 8)
, (byte)adr
, data);
pw.beforepcmLoopAddress = pw.pcmLoopAddress;
}
}
if (pw.beforepcmBank != pw.pcmBank)
{
adr = pw.ch * 16 + 0x04;
data = (byte)((pw.pcmBank & 7) | (isSystem2 ? ((pw.pcmBank & 0x8) << 2) : ((pw.pcmBank & 0x18) << 1)));
OutC140Port(mml, pw
, (byte)(adr >> 8)
, (byte)adr
, data);
pw.beforepcmBank = pw.pcmBank;
}
adr = pw.ch * 16 + 0x05;
bool is16bit = false;
if (pw.instrument >= 0 && parent.instPCM.ContainsKey(pw.instrument))
{
is16bit = (bool)parent.instPCM[pw.instrument].is16bit;
}
if (parent.instPCM[pw.instrument].status != enmPCMSTATUS.ERROR)
{
parent.instPCM[pw.instrument].status = enmPCMSTATUS.USED;
}
data = (byte)(
0x80 //KeyOn
| (is16bit ? 0x08 : 0x00) //CompPCM
| ((pw.pcmLoopAddress != -1) ? 0x10 : 0x00) //Loop
);
OutC140Port(mml, pw
, (byte)(adr >> 8)
, (byte)adr
, data);
}
public Line(LinePos lp, string txt)
{
Lp = lp;
Txt = txt;
}
