public Pack ToPack()
{
var now = DateTime.Now.ToString("yyyy/MM/dd HH:mm");
var pack = new Pack();
foreach (var wave in WavePool.List.Values)
{
var waveInfo = new Wave();
waveInfo.Header.SampleRate = wave.Format.SampleRate;
if (0 < wave.Sampler.LoopCount)
{
waveInfo.Header.LoopEnable = 1;
waveInfo.Header.LoopBegin = wave.Loops[0].Start;
waveInfo.Header.LoopLength = wave.Loops[0].Length;
}
else
{
waveInfo.Header.LoopEnable = 0;
waveInfo.Header.LoopBegin = 0;
waveInfo.Header.LoopLength = (uint)(wave.Data.Length / wave.Format.BlockAlign);
}
waveInfo.Header.UnityNote = (byte)wave.Sampler.UnityNote;
waveInfo.Header.Gain = wave.Sampler.Gain;
waveInfo.Header.Pitch = Math.Pow(2.0, wave.Sampler.FineTune / 1200.0);
var ptr = Marshal.AllocHGlobal(wave.Data.Length);
Marshal.Copy(wave.Data, 0, ptr, wave.Data.Length);
waveInfo.Data = new short[wave.Data.Length / 2];
Marshal.Copy(ptr, waveInfo.Data, 0, waveInfo.Data.Length);
Marshal.FreeHGlobal(ptr);
waveInfo.Info.Name = wave.Info.Name;
waveInfo.Info.Category = wave.Info.Category;
waveInfo.Info.CreationDate = now;
waveInfo.Info.SourceForm = Path.GetFileName(mFilePath);
pack.Wave.Add(waveInfo);
}
foreach (var dlsInst in Instruments.List)
{
var pres = new Preset();
pres.Header.IsDrum = 0 < (dlsInst.Key.BankFlg & 0x80);
pres.Header.BankMSB = dlsInst.Key.BankMSB;
pres.Header.BankLSB = dlsInst.Key.BankLSB;
pres.Header.ProgNum = dlsInst.Key.ProgNum;
var lyr = new Layer();
lyr.Header.KeyLo = 0;
lyr.Header.KeyHi = 127;
lyr.Header.VelLo = 0;
lyr.Header.VelHi = 127;
lyr.InstIndex = pack.Inst.Count;
pres.Layer.Add(lyr);
pres.Info.Name = dlsInst.Value.Info.Name;
pres.Info.Category = dlsInst.Value.Info.Category;
pres.Info.CreationDate = now;
pres.Info.SourceForm = Path.GetFileName(mFilePath);
pack.Preset.Add(pres.Header, pres);
var inst = new Inst();
inst.Info.Name = dlsInst.Value.Info.Name;
inst.Info.Category = dlsInst.Value.Info.Category;
inst.Info.CreationDate = now;
inst.Info.SourceForm = Path.GetFileName(mFilePath);
if (null != dlsInst.Value.Articulations && null != dlsInst.Value.Articulations.ART)
{
foreach (var instArt in dlsInst.Value.Articulations.ART.List.Values)
{
if (instArt.Source != SRC_TYPE.NONE || instArt.Control != SRC_TYPE.NONE)
{
continue;
}
var art = new InstPack.ART {
Value = instArt.Value
};
switch (instArt.Destination)
{
case DST_TYPE.EG1_ATTACK_TIME:
art.Type = ART_TYPE.EG_AMP_ATTACK;
inst.Art.Add(art);
break;
case DST_TYPE.EG1_HOLD_TIME:
art.Type = ART_TYPE.EG_AMP_HOLD;
inst.Art.Add(art);
break;
case DST_TYPE.EG1_DECAY_TIME:
art.Type = ART_TYPE.EG_AMP_DECAY;
inst.Art.Add(art);
break;
case DST_TYPE.EG1_SUSTAIN_LEVEL:
art.Type = ART_TYPE.EG_AMP_SUSTAIN;
inst.Art.Add(art);
break;
case DST_TYPE.EG1_RELEASE_TIME:
art.Type = ART_TYPE.EG_AMP_RELEASE;
inst.Art.Add(art);
break;
case DST_TYPE.EG2_ATTACK_TIME:
art.Type = ART_TYPE.EG_CUTOFF_ATTACK;
inst.Art.Add(art);
break;
case DST_TYPE.EG2_HOLD_TIME:
art.Type = ART_TYPE.EG_CUTOFF_HOLD;
inst.Art.Add(art);
break;
case DST_TYPE.EG2_DECAY_TIME:
art.Type = ART_TYPE.EG_CUTOFF_DECAY;
inst.Art.Add(art);
break;
case DST_TYPE.EG2_SUSTAIN_LEVEL:
art.Type = ART_TYPE.EG_CUTOFF_SUSTAIN;
inst.Art.Add(art);
break;
case DST_TYPE.EG2_RELEASE_TIME:
art.Type = ART_TYPE.EG_CUTOFF_RELEASE;
inst.Art.Add(art);
break;
case DST_TYPE.GAIN:
art.Type = ART_TYPE.GAIN;
inst.Art.Add(art);
break;
case DST_TYPE.PAN:
art.Type = ART_TYPE.PAN;
inst.Art.Add(art);
break;
case DST_TYPE.PITCH:
art.Type = ART_TYPE.FINE_TUNE;
inst.Art.Add(art);
break;
case DST_TYPE.FILTER_Q:
art.Type = ART_TYPE.LPF_RESONANCE;
inst.Art.Add(art);
break;
case DST_TYPE.FILTER_CUTOFF:
art.Type = ART_TYPE.LPF_CUTOFF;
inst.Art.Add(art);
break;
}
}
}
foreach (var dlsRegion in dlsInst.Value.Regions.List)
{
var rgn = new Region();
rgn.Header.KeyLo = (byte)dlsRegion.Key.Key.Lo;
rgn.Header.KeyHi = (byte)dlsRegion.Key.Key.Hi;
rgn.Header.VelLo = (byte)dlsRegion.Key.Vel.Lo;
rgn.Header.VelHi = (byte)dlsRegion.Key.Vel.Hi;
rgn.Art.Add(new InstPack.ART {
Type = ART_TYPE.WAVE_INDEX,
Value = dlsRegion.Value.WaveLink.TableIndex
});
rgn.Art.Add(new InstPack.ART {
Type = ART_TYPE.UNITY_KEY,
Value = dlsRegion.Value.Sampler.UnityNote
});
rgn.Art.Add(new InstPack.ART {
Type = ART_TYPE.FINE_TUNE,
Value = Math.Pow(2.0, dlsRegion.Value.Sampler.FineTune / 1200.0)
});
rgn.Art.Add(new InstPack.ART {
Type = ART_TYPE.GAIN,
Value = dlsRegion.Value.Sampler.Gain
});
if (null != dlsRegion.Value.Articulations && null != dlsRegion.Value.Articulations.ART)
{
foreach (var regionArt in dlsRegion.Value.Articulations.ART.List.Values)
{
if (regionArt.Source != SRC_TYPE.NONE || regionArt.Control != SRC_TYPE.NONE)
{
continue;
}
var art = new InstPack.ART {
Value = regionArt.Value
};
switch (regionArt.Destination)
{
case DST_TYPE.EG1_ATTACK_TIME:
art.Type = ART_TYPE.EG_AMP_ATTACK;
rgn.Art.Add(art);
break;
case DST_TYPE.EG1_HOLD_TIME:
art.Type = ART_TYPE.EG_AMP_HOLD;
rgn.Art.Add(art);
break;
case DST_TYPE.EG1_DECAY_TIME:
art.Type = ART_TYPE.EG_AMP_DECAY;
rgn.Art.Add(art);
break;
case DST_TYPE.EG1_SUSTAIN_LEVEL:
art.Type = ART_TYPE.EG_AMP_SUSTAIN;
rgn.Art.Add(art);
break;
case DST_TYPE.EG1_RELEASE_TIME:
art.Type = ART_TYPE.EG_AMP_RELEASE;
rgn.Art.Add(art);
break;
case DST_TYPE.EG2_ATTACK_TIME:
art.Type = ART_TYPE.EG_CUTOFF_ATTACK;
rgn.Art.Add(art);
break;
case DST_TYPE.EG2_HOLD_TIME:
art.Type = ART_TYPE.EG_CUTOFF_HOLD;
rgn.Art.Add(art);
break;
case DST_TYPE.EG2_DECAY_TIME:
art.Type = ART_TYPE.EG_CUTOFF_DECAY;
rgn.Art.Add(art);
break;
case DST_TYPE.EG2_SUSTAIN_LEVEL:
art.Type = ART_TYPE.EG_CUTOFF_SUSTAIN;
rgn.Art.Add(art);
break;
case DST_TYPE.EG2_RELEASE_TIME:
art.Type = ART_TYPE.EG_CUTOFF_RELEASE;
rgn.Art.Add(art);
break;
case DST_TYPE.GAIN:
art.Type = ART_TYPE.GAIN;
rgn.Art.Add(art);
break;
case DST_TYPE.PAN:
art.Type = ART_TYPE.PAN;
rgn.Art.Add(art);
break;
case DST_TYPE.PITCH:
art.Type = ART_TYPE.FINE_TUNE;
rgn.Art.Add(art);
break;
case DST_TYPE.FILTER_Q:
art.Type = ART_TYPE.LPF_RESONANCE;
rgn.Art.Add(art);
break;
case DST_TYPE.FILTER_CUTOFF:
art.Type = ART_TYPE.LPF_CUTOFF;
rgn.Art.Add(art);
break;
}
}
}
inst.Region.Add(rgn);
}
pack.Inst.Add(inst);
}
return(pack);
}
public void Add(ART art)
{
List.Add(art);
}
