protected override void SetNote(outDatum od, int ch, int cc)
{
Core.Note nt = (Core.Note)od.args[0];
int shift = nt.shift;
string f = Math.Sign(shift) >= 0 ? string.Concat(Enumerable.Repeat("+", shift)) : string.Concat(Enumerable.Repeat("-", -shift));
if (nt.trueKeyOn)
{
notecmd[od.linePos.ch] = string.Format("o{0}{1}{2}", octave[od.linePos.ch], nt.cmd, f);
}
else
{
notecmd[od.linePos.ch] = string.Format("skip (o{0}{1}{2})", octave[od.linePos.ch], nt.cmd, f);
}
length[od.linePos.ch] = string.Format("{0:0.##}(#{1:d})", 1.0 * cc / nt.length, nt.length);
if (!beforeTie[od.linePos.ch])
{
if (vol[od.linePos.ch] != null)
{
if (nt.trueKeyOn)
{
keyOnMeter[od.linePos.ch] = (int)(256.0 / 16.0 * vol[od.linePos.ch]);
}
}
}
beforeTie[od.linePos.ch] = nt.tieSw;
}
protected override void SetNote(outDatum od, int ch, int cc)
{
Core.Note nt = (Core.Note)od.args[0];
int shift = nt.shift;
string f = Math.Sign(shift) >= 0 ? string.Concat(Enumerable.Repeat("+", shift)) : string.Concat(Enumerable.Repeat("-", -shift));
notecmd[od.linePos.ch] = string.Format("o{0}{1}{2}", octave[od.linePos.ch], nt.cmd, f);
length[od.linePos.ch] = string.Format("{0:0.##}(#{1:d})", 1.0 * cc / nt.length, nt.length);
if (!beforeTie[od.linePos.ch])
{
if (vol[od.linePos.ch] != null)
{
keyOnMeter[od.linePos.ch] = (int)(256.0 / (
od.linePos.part == "FMOPN" ? 128 : (
od.linePos.part == "FMOPNex" ? 128 : (
od.linePos.part == "SSG" ? 16 : (
od.linePos.part == "RHYTHM" ? 32 : (
od.linePos.part == "ADPCM" ? 32 : ( //ADPCM-A
od.linePos.part == "ADPCMA" ? 256 : ( //ADPCM 0
od.linePos.part == "ADPCMB" ? 256 : 32 // ADPCM 1/2
))))))) * vol[od.linePos.ch]);
}
}
beforeTie[od.linePos.ch] = nt.tieSw;
}
protected virtual void SetNote(outDatum od, int ch, int cc)
{
if (ch >= notecmd.Length)
{
return;
}
if (!(od.args[0] is Core.Note))
{
return;
}
Core.Note nt = (Core.Note)od.args[0];
int shift = nt.shift;
string f = Math.Sign(shift) >= 0 ? string.Concat(Enumerable.Repeat("+", shift)) : string.Concat(Enumerable.Repeat("-", -shift));
notecmd[ch] = string.Format("o{0}{1}{2}", octave[ch], nt.cmd, f);
length[ch] = string.Format("{0:0.##}(#{1:d})", 1.0 * cc / nt.length, nt.length);
if (!beforeTie[ch])
{
if (vol[ch] != null)
{
keyOnMeter[ch] = (int)(256.0 / (
od.linePos.part == "FMOPN" ? 128 : (
od.linePos.part == "FMOPNex" ? 128 : (
od.linePos.part == "SSG" ? 16 : (
od.linePos.part == "RHYTHM" ? 32 : 256
)))) * vol[ch]);
}
}
beforeTie[ch] = nt.tieSw;
}
protected override void SetNote(outDatum od, int ch, int cc)
{
Core.Note nt = (Core.Note)od.args[0];
int shift = nt.shift;
string f = Math.Sign(shift) >= 0 ? string.Concat(Enumerable.Repeat("+", shift)) : string.Concat(Enumerable.Repeat("-", -shift));
notecmd[od.linePos.ch] = string.Format("o{0}{1}{2}", octave[od.linePos.ch], nt.cmd, f);
length[od.linePos.ch] = string.Format("{0:0.##}(#{1:d})", 1.0 * cc / nt.length, nt.length);
if (!beforeTie[od.linePos.ch])
{
if (vol[od.linePos.ch] != null)
{
double v = Math.Min((double)vol[od.linePos.ch], 5000.0);//65535までだが、恐らく4000ぐらいが最大として使用する音量かと思われる
keyOnMeter[od.linePos.ch] = (int)(256.0 / 5000.0 * vol[od.linePos.ch]);
}
}
beforeTie[od.linePos.ch] = nt.tieSw;
}
public override void SetParameter(outDatum od, int cc)
{
if (isTrace)
{
TraceInfo[od.linePos.ch].Enqueue(od);
}
int n;
string s;
switch (od.type)
{
case enmMMLType.Instrument:
if ((char)od.args[0] == 'E')
{
envelope[od.linePos.ch] = (int)od.args[1];
}
else
{
inst[od.linePos.ch] = od.args[1].ToString();
}
break;
case enmMMLType.Volume:
if (od.linePos != null)
{
vol[od.linePos.ch] = (int)od.args[0];
}
break;
case enmMMLType.Pan:
pan[od.linePos.ch] = string.Format("{0}", (int)od.args[0]);
break;
case enmMMLType.Octave:
octave[od.linePos.ch] = (int)od.args[0];
break;
case enmMMLType.OctaveDown:
octave[od.linePos.ch]--;
break;
case enmMMLType.OctaveUp:
octave[od.linePos.ch]++;
break;
case enmMMLType.Note:
if (od.args != null && od.args.Count > 0)
{
Core.Note nt = (Core.Note)od.args[0];
int shift = nt.shift;
string f = Math.Sign(shift) >= 0 ? string.Concat(Enumerable.Repeat("+", shift)) : string.Concat(Enumerable.Repeat("-", -shift));
notecmd[od.linePos.ch] = string.Format("o{0}{1}{2}", octave[od.linePos.ch], nt.cmd, f);
length[od.linePos.ch] = string.Format("{0:0.##}(#{1:d})", 1.0 * cc / nt.length, nt.length);
if (!beforeTie[od.linePos.ch])
{
if (vol[od.linePos.ch] != null)
{
keyOnMeter[od.linePos.ch] = (int)(256.0 / 128.0 * vol[od.linePos.ch]);
}
}
beforeTie[od.linePos.ch] = nt.tieSw;
}
break;
case enmMMLType.Rest:
Core.Rest rs = (Core.Rest)od.args[0];
notecmd[od.linePos.ch] = "r";
length[od.linePos.ch] = string.Format("{0:0.##}(#{1:d})", 1.0 * cc / rs.length, rs.length);
break;
case enmMMLType.Envelope:
s = (string)od.args[0];
envSw[od.linePos.ch] = s == "EON" ? "ON " : "OFF";
break;
case enmMMLType.LfoSwitch:
s = (string)od.args[2];
lfoSw[od.linePos.ch] = s;
break;
case enmMMLType.Detune:
n = (int)od.args[0];
detune[od.linePos.ch] = n;
break;
case enmMMLType.KeyShift:
n = (int)od.args[0];
keyShift[od.linePos.ch] = n;
break;
}
}
public override void SetParameter(outDatum od, int cc)
{
if (isTrace)
{
TraceInfo[od.linePos.ch].Enqueue(od);
}
int n;
string s;
switch (od.type)
{
case enmMMLType.Instrument:
if (od.linePos.part == "SSG")
{
envelope[od.linePos.ch] = (int)od.args[1];
}
else
{
inst[od.linePos.ch] = od.args[1] != null ? od.args[1].ToString() : "(null)";
}
break;
//case enmMMLType.Envelope:
//envelope[od.linePos.ch] = (int)od.args[1];
//break;
case enmMMLType.Volume:
if (od.linePos != null)
{
vol[od.linePos.ch] = (int)od.args[0];
}
break;
case enmMMLType.Pan:
if (od.args.Count == 1)
{
n = (int)od.args[0];
pan[od.linePos.ch] = n == 0 ? "-" : (n == 1 ? "Right" : (n == 2 ? "Left" : "Center"));
}
else
{
pan[od.linePos.ch] = string.Format("L{0} R{1}", (int)od.args[0], (int)od.args[1]);
}
break;
case enmMMLType.Octave:
if (od.args != null && od.args.Count > 0)
{
octave[od.linePos.ch] = (int)od.args[0];
}
break;
case enmMMLType.OctaveDown:
octave[od.linePos.ch]--;
break;
case enmMMLType.OctaveUp:
octave[od.linePos.ch]++;
break;
case enmMMLType.Note:
if (od.args != null && od.args.Count > 0)
{
Core.Note nt = (Core.Note)od.args[0];
int shift = nt.shift;
string f = Math.Sign(shift) >= 0 ? string.Concat(Enumerable.Repeat("+", shift)) : string.Concat(Enumerable.Repeat("-", -shift));
notecmd[od.linePos.ch] = string.Format("o{0}{1}{2}", octave[od.linePos.ch], nt.cmd, f);
length[od.linePos.ch] = string.Format("{0:0.##}(#{1:d})", 1.0 * cc / nt.length, nt.length);
if (!beforeTie[od.linePos.ch])
{
if (vol[od.linePos.ch] != null)
{
keyOnMeter[od.linePos.ch] = (int)(256.0 / (
od.linePos.part == "FMOPN" ? 128 : (
od.linePos.part == "FMOPNex" ? 128 : (
od.linePos.part == "SSG" ? 16 : (
od.linePos.part == "RHYTHM" ? 32 : 256
)))) * vol[od.linePos.ch]);
}
}
beforeTie[od.linePos.ch] = nt.tieSw;
}
break;
case enmMMLType.Rest:
Core.Rest rs = (Core.Rest)od.args[0];
notecmd[od.linePos.ch] = "r";
length[od.linePos.ch] = string.Format("{0:0.##}(#{1:d})", 1.0 * cc / rs.length, rs.length);
break;
case enmMMLType.Envelope:
s = (string)od.args[0];
envSw[od.linePos.ch] = s == "EON" ? "ON " : "OFF";
break;
case enmMMLType.LfoSwitch:
s = (string)od.args[2];
lfoSw[od.linePos.ch] = s;
break;
case enmMMLType.Detune:
n = (int)od.args[0];
detune[od.linePos.ch] = n;
break;
case enmMMLType.KeyShift:
n = (int)od.args[0];
keyShift[od.linePos.ch] = n;
break;
}
}
public override void SetParameter(outDatum od, int cc)
{
int n;
string s;
try
{
int ch = isMub ? GetChNumFromMucChNum(od.linePos.ch) : od.linePos.ch;
if (isTrace)
{
TraceInfo[ch].Enqueue(od);
}
switch (od.type)
{
case enmMMLType.ClockCounter:
if (od == null || od.args == null || od.args.Count < 1)
{
break;
}
clockCounter[ch] = (int)od.args[0];
break;
case enmMMLType.Instrument:
if (od.linePos.part == "SSG")
{
envelope[ch] = (int)od.args[1];
}
else
{
inst[ch] = od.args[1].ToString();
}
break;
//case enmMMLType.Envelope:
//envelope[od.linePos.ch] = (int)od.args[1];
//break;
case enmMMLType.Volume:
if (od.linePos != null)
{
vol[ch] = (int)od.args[0];
}
break;
case enmMMLType.Pan:
n = (int)od.args[0];
if (od.linePos.part == "SSG")
{
pan[ch] = "-";
}
else
{
pan[ch] = n == 0 ? "-" : (n == 1 ? "Right" : (n == 2 ? "Left" : (n == 3 ? "Center" : n.ToString())));
}
break;
case enmMMLType.Octave:
octave[ch] = (int)od.args[0];
break;
case enmMMLType.OctaveDown:
octave[ch]--;
break;
case enmMMLType.OctaveUp:
octave[ch]++;
break;
case enmMMLType.Note:
if (!isMub)
{
if (od.args == null || od.args.Count <= 0)
{
break;
}
Core.Note nt = (Core.Note)od.args[0];
int shift = nt.shift;
string f = Math.Sign(shift) >= 0 ? string.Concat(Enumerable.Repeat("+", shift)) : string.Concat(Enumerable.Repeat("-", -shift));
notecmd[ch] = string.Format("o{0}{1}{2}", octave[ch], nt.cmd, f);
length[ch] = string.Format("{0:0.##}(#{1:d})", 1.0 * cc / nt.length, nt.length);
if (!beforeTie[ch])
{
if (vol[ch] != null)
{
keyOnMeter[ch] = (int)(256.0 / (
od.linePos.part == "FMOPN" ? 128 : (
od.linePos.part == "FMOPNex" ? 128 : (
od.linePos.part == "SSG" ? 16 : (
od.linePos.part == "RHYTHM" ? 32 : 256
)))) * vol[ch]);
}
}
beforeTie[ch] = nt.tieSw;
}
else
{
if (od.args == null || od.args.Count <= 0)
{
break;
}
octave[ch] = ((int)od.args[0] >> 4);
notecmd[ch] = string.Format("o{0}{1}", octave[ch], noteStrTbl[((int)od.args[0] & 0xf)]);
length[ch] = string.Format("{0:0.##}(#{1:d})", 1.0 * clockCounter[ch] / (int)od.args[1], (int)od.args[1]);
if (vol[ch] != null)
{
keyOnMeter[ch] = (int)(256.0 / (
od.linePos.part == "FM" ? 15 : (
od.linePos.part == "SSG" ? 15 : (
od.linePos.part == "RHYTHM" ? 63 : 255
))) * vol[ch]);
}
}
break;
case enmMMLType.Rest:
if (!isMub)
{
if (od.args != null)
{
Core.Rest rs = (Core.Rest)od.args[0];
notecmd[ch] = "r";
length[ch] = string.Format("{0:0.##}(#{1:d})", 1.0 * cc / rs.length, rs.length);
}
}
else
{
if (od.args != null)
{
notecmd[ch] = "r";
length[ch] = string.Format("{0:0.##}(#{1:d})", 1.0 * clockCounter[ch] / (int)od.args[0], (int)od.args[0]);
}
}
break;
case enmMMLType.Envelope:
s = (string)od.args[0];
envSw[ch] = s == "EON" ? "ON " : "OFF";
break;
case enmMMLType.LfoSwitch:
s = (string)od.args[2];
lfoSw[ch] = s;
break;
case enmMMLType.Detune:
n = (int)od.args[0];
detune[ch] = n;
break;
case enmMMLType.KeyShift:
n = (int)od.args[0];
keyShift[ch] = n;
break;
}
}
catch
{
;//握りつぶす
}
}
public override void SetParameter(outDatum od, int cc)
{
if (isTrace)
{
TraceInfo[od.linePos.ch].Enqueue(od);
}
switch (od.type)
{
case enmMMLType.Instrument:
break;
case enmMMLType.Octave:
break;
case enmMMLType.OctaveDown:
break;
case enmMMLType.OctaveUp:
break;
case enmMMLType.Note:
if (od.args != null && od.args.Count > 0)
{
Core.Note nt = (Core.Note)od.args[0];
int shift = nt.shift;
string f = Math.Sign(shift) >= 0 ? string.Concat(Enumerable.Repeat("+", shift)) : string.Concat(Enumerable.Repeat("-", -shift));
notecmd[od.linePos.ch] = string.Format("o{0}{1}{2}", octave[od.linePos.ch], nt.cmd, f);
length[od.linePos.ch] = string.Format("{0:0.##}(#{1:d})", 1.0 * cc / nt.length, nt.length);
if (!beforeTie[od.linePos.ch])
{
if (vol[od.linePos.ch] != null)
{
keyOnMeter[od.linePos.ch] = (int)(256.0 / 16.0 * vol[od.linePos.ch]);
}
}
beforeTie[od.linePos.ch] = nt.tieSw;
}
break;
case enmMMLType.Rest:
Core.Rest rs = (Core.Rest)od.args[0];
notecmd[od.linePos.ch] = "r";
length[od.linePos.ch] = string.Format("{0:0.##}(#{1:d})", 1.0 * cc / rs.length, rs.length);
break;
case enmMMLType.Lyric:
int ls = (int)od.args[1];
notecmd[od.linePos.ch] = "lyric";
length[od.linePos.ch] = string.Format("{0:0.##}(#{1:d})", 1.0 * cc / ls, ls);
keyOnMeter[od.linePos.ch] = (int)(255.0);
break;
case enmMMLType.Volume:
break;
case enmMMLType.Pan:
break;
case enmMMLType.Envelope:
break;
case enmMMLType.LfoSwitch:
break;
case enmMMLType.Detune:
break;
case enmMMLType.KeyShift:
break;
}
}