protected override void ReadList(IntPtr ptr, IntPtr ptrTerm, string listType)
{
switch (listType)
{
case "rgn ":
var rgn = new RGN(ptr, ptrTerm);
List.Add(rgn.Header, rgn);
break;
default:
throw new Exception(string.Format("Unknown ListType [{0}]", listType));
}
}
public static void SaveFromPack(string filePath, Pack pack)
{
var saveFile = new File();
// WAVE
saveFile.WavePool = new WVPL();
saveFile.WavePool.List = new Dictionary <int, WAVE>();
foreach (var wav in pack.Wave.ToArray())
{
var wavh = new WAVE();
wavh.Format = new CK_FMT();
wavh.Format.Tag = 1;
wavh.Format.Bits = 16;
wavh.Format.Channels = 1;
wavh.Format.SampleRate = wav.Header.SampleRate;
wavh.Format.BlockAlign = (ushort)(wavh.Format.Bits * wavh.Format.Channels / 8);
wavh.Format.BytesPerSec = wavh.Format.SampleRate * wavh.Format.BlockAlign;
wavh.Sampler = new CK_WSMP();
wavh.Sampler.Gain = wav.Header.Gain;
wavh.Sampler.FineTune = (short)(Math.Log(wav.Header.Pitch, 2.0) * 1200);
wavh.Sampler.UnityNote = wav.Header.UnityNote;
if (0 != wav.Header.LoopEnable)
{
wavh.Sampler.LoopCount = 1;
var loop = new WaveLoop();
loop.Type = 1;
loop.Start = wav.Header.LoopBegin;
loop.Length = wav.Header.LoopLength;
wavh.Loops = new Dictionary <int, WaveLoop>();
wavh.Loops.Add(0, loop);
}
wavh.Info = new Info();
wavh.Info.Name = wav.Info.Name;
wavh.Data = new byte[wav.Data.Length * 2];
var pData = Marshal.AllocHGlobal(wavh.Data.Length);
Marshal.Copy(wav.Data, 0, pData, wav.Data.Length);
Marshal.Copy(pData, wavh.Data, 0, wavh.Data.Length);
Marshal.FreeHGlobal(pData);
saveFile.WavePool.List.Add(saveFile.WavePool.List.Count, wavh);
}
// Inst
saveFile.Instruments = new LINS();
saveFile.Instruments.List = new SortedDictionary <MidiLocale, INS>(new LINS.Sort());
foreach (var srcPre in pack.Preset.Values)
{
if (1 != srcPre.Layer.Count)
{
continue;
}
var srcIns = pack.Inst[srcPre.Layer[0].InstIndex];
var ins = new INS();
ins.Header = new CK_INSH();
ins.Header.Locale = new MidiLocale();
ins.Header.Locale.BankFlg = (byte)(srcPre.Header.IsDrum ? 0x80 : 0x00);
ins.Header.Locale.BankMSB = srcPre.Header.BankMSB;
ins.Header.Locale.BankLSB = srcPre.Header.BankLSB;
ins.Header.Locale.ProgNum = srcPre.Header.ProgNum;
ins.Header.Regions = (uint)srcIns.Region.Count;
ins.Info = new Info();
ins.Info.Name = srcPre.Info.Name;
ins.Info.Category = srcPre.Info.Category;
ins.Articulations = new LART();
ins.Articulations.ART = new ART();
ins.Articulations.ART.List = new Dictionary <int, Connection>();
foreach (var srcArt in srcIns.Art.ToArray())
{
switch (srcArt.Type)
{
case ART_TYPE.EG_AMP_ATTACK:
var ampA = new Connection();
ampA.Source = SRC_TYPE.NONE;
ampA.Control = SRC_TYPE.NONE;
ampA.Destination = DST_TYPE.EG1_ATTACK_TIME;
ampA.Value = srcArt.Value;
ins.Articulations.ART.List.Add(ins.Articulations.ART.List.Count, ampA);
break;
case ART_TYPE.EG_AMP_HOLD:
var ampH = new Connection();
ampH.Source = SRC_TYPE.NONE;
ampH.Control = SRC_TYPE.NONE;
ampH.Destination = DST_TYPE.EG1_HOLD_TIME;
ampH.Value = srcArt.Value;
ins.Articulations.ART.List.Add(ins.Articulations.ART.List.Count, ampH);
break;
case ART_TYPE.EG_AMP_DECAY:
var ampD = new Connection();
ampD.Source = SRC_TYPE.NONE;
ampD.Control = SRC_TYPE.NONE;
ampD.Destination = DST_TYPE.EG1_DECAY_TIME;
ampD.Value = srcArt.Value;
ins.Articulations.ART.List.Add(ins.Articulations.ART.List.Count, ampD);
break;
case ART_TYPE.EG_AMP_SUSTAIN:
var ampS = new Connection();
ampS.Source = SRC_TYPE.NONE;
ampS.Control = SRC_TYPE.NONE;
ampS.Destination = DST_TYPE.EG1_SUSTAIN_LEVEL;
ampS.Value = srcArt.Value;
ins.Articulations.ART.List.Add(ins.Articulations.ART.List.Count, ampS);
break;
case ART_TYPE.EG_AMP_RELEASE:
var ampR = new Connection();
ampR.Source = SRC_TYPE.NONE;
ampR.Control = SRC_TYPE.NONE;
ampR.Destination = DST_TYPE.EG1_RELEASE_TIME;
ampR.Value = srcArt.Value;
ins.Articulations.ART.List.Add(ins.Articulations.ART.List.Count, ampR);
break;
case ART_TYPE.EG_CUTOFF_ATTACK:
var fcA = new Connection();
fcA.Source = SRC_TYPE.NONE;
fcA.Control = SRC_TYPE.NONE;
fcA.Destination = DST_TYPE.EG1_ATTACK_TIME;
fcA.Value = srcArt.Value;
ins.Articulations.ART.List.Add(ins.Articulations.ART.List.Count, fcA);
break;
case ART_TYPE.EG_CUTOFF_HOLD:
var fcH = new Connection();
fcH.Source = SRC_TYPE.NONE;
fcH.Control = SRC_TYPE.NONE;
fcH.Destination = DST_TYPE.EG1_HOLD_TIME;
fcH.Value = srcArt.Value;
ins.Articulations.ART.List.Add(ins.Articulations.ART.List.Count, fcH);
break;
case ART_TYPE.EG_CUTOFF_DECAY:
var fcD = new Connection();
fcD.Source = SRC_TYPE.NONE;
fcD.Control = SRC_TYPE.NONE;
fcD.Destination = DST_TYPE.EG1_DECAY_TIME;
fcD.Value = srcArt.Value;
ins.Articulations.ART.List.Add(ins.Articulations.ART.List.Count, fcD);
break;
case ART_TYPE.EG_CUTOFF_SUSTAIN:
var fcS = new Connection();
fcS.Source = SRC_TYPE.NONE;
fcS.Control = SRC_TYPE.NONE;
fcS.Destination = DST_TYPE.EG1_SUSTAIN_LEVEL;
fcS.Value = srcArt.Value;
ins.Articulations.ART.List.Add(ins.Articulations.ART.List.Count, fcS);
break;
case ART_TYPE.EG_CUTOFF_RELEASE:
var fcR = new Connection();
fcR.Source = SRC_TYPE.NONE;
fcR.Control = SRC_TYPE.NONE;
fcR.Destination = DST_TYPE.EG1_RELEASE_TIME;
fcR.Value = srcArt.Value;
ins.Articulations.ART.List.Add(ins.Articulations.ART.List.Count, fcR);
break;
}
}
ins.Regions = new LRGN();
ins.Regions.List = new SortedDictionary <CK_RGNH, RGN>(new LRGN.Sort());
foreach (var srcRgn in srcIns.Region.Array)
{
var rgn = new RGN();
rgn.Header.Key.Hi = srcRgn.Header.KeyHi;
rgn.Header.Key.Lo = srcRgn.Header.KeyLo;
rgn.Header.Vel.Hi = srcRgn.Header.VelHi;
rgn.Header.Vel.Lo = srcRgn.Header.VelLo;
rgn.Articulations = new LART();
rgn.Articulations.ART = new ART();
rgn.Articulations.ART.List = new Dictionary <int, Connection>();
foreach (var srcArt in srcRgn.Art.ToArray())
{
switch (srcArt.Type)
{
case ART_TYPE.WAVE_INDEX:
rgn.WaveLink.Channel = 1;
rgn.WaveLink.TableIndex = (uint)srcArt.Value;
break;
case ART_TYPE.GAIN:
rgn.Sampler.Gain = srcArt.Value;
break;
case ART_TYPE.UNITY_KEY:
rgn.Sampler.UnityNote = (ushort)srcArt.Value;
break;
case ART_TYPE.FINE_TUNE:
rgn.Sampler.FineTune = (short)(Math.Log(srcArt.Value, 2.0) * 1200);
break;
case ART_TYPE.EG_AMP_ATTACK:
var ampA = new Connection();
ampA.Source = SRC_TYPE.NONE;
ampA.Control = SRC_TYPE.NONE;
ampA.Destination = DST_TYPE.EG1_ATTACK_TIME;
ampA.Value = srcArt.Value;
rgn.Articulations.ART.List.Add(rgn.Articulations.ART.List.Count, ampA);
break;
case ART_TYPE.EG_AMP_HOLD:
var ampH = new Connection();
ampH.Source = SRC_TYPE.NONE;
ampH.Control = SRC_TYPE.NONE;
ampH.Destination = DST_TYPE.EG1_HOLD_TIME;
ampH.Value = srcArt.Value;
rgn.Articulations.ART.List.Add(rgn.Articulations.ART.List.Count, ampH);
break;
case ART_TYPE.EG_AMP_DECAY:
var ampD = new Connection();
ampD.Source = SRC_TYPE.NONE;
ampD.Control = SRC_TYPE.NONE;
ampD.Destination = DST_TYPE.EG1_DECAY_TIME;
ampD.Value = srcArt.Value;
rgn.Articulations.ART.List.Add(rgn.Articulations.ART.List.Count, ampD);
break;
case ART_TYPE.EG_AMP_SUSTAIN:
var ampS = new Connection();
ampS.Source = SRC_TYPE.NONE;
ampS.Control = SRC_TYPE.NONE;
ampS.Destination = DST_TYPE.EG1_SUSTAIN_LEVEL;
ampS.Value = srcArt.Value;
rgn.Articulations.ART.List.Add(rgn.Articulations.ART.List.Count, ampS);
break;
case ART_TYPE.EG_AMP_RELEASE:
var ampR = new Connection();
ampR.Source = SRC_TYPE.NONE;
ampR.Control = SRC_TYPE.NONE;
ampR.Destination = DST_TYPE.EG1_RELEASE_TIME;
ampR.Value = srcArt.Value;
rgn.Articulations.ART.List.Add(rgn.Articulations.ART.List.Count, ampR);
break;
case ART_TYPE.EG_CUTOFF_ATTACK:
var fcA = new Connection();
fcA.Source = SRC_TYPE.NONE;
fcA.Control = SRC_TYPE.NONE;
fcA.Destination = DST_TYPE.EG1_ATTACK_TIME;
fcA.Value = srcArt.Value;
rgn.Articulations.ART.List.Add(rgn.Articulations.ART.List.Count, fcA);
break;
case ART_TYPE.EG_CUTOFF_HOLD:
var fcH = new Connection();
fcH.Source = SRC_TYPE.NONE;
fcH.Control = SRC_TYPE.NONE;
fcH.Destination = DST_TYPE.EG1_HOLD_TIME;
fcH.Value = srcArt.Value;
rgn.Articulations.ART.List.Add(rgn.Articulations.ART.List.Count, fcH);
break;
case ART_TYPE.EG_CUTOFF_DECAY:
var fcD = new Connection();
fcD.Source = SRC_TYPE.NONE;
fcD.Control = SRC_TYPE.NONE;
fcD.Destination = DST_TYPE.EG1_DECAY_TIME;
fcD.Value = srcArt.Value;
rgn.Articulations.ART.List.Add(rgn.Articulations.ART.List.Count, fcD);
break;
case ART_TYPE.EG_CUTOFF_SUSTAIN:
var fcS = new Connection();
fcS.Source = SRC_TYPE.NONE;
fcS.Control = SRC_TYPE.NONE;
fcS.Destination = DST_TYPE.EG1_SUSTAIN_LEVEL;
fcS.Value = srcArt.Value;
rgn.Articulations.ART.List.Add(rgn.Articulations.ART.List.Count, fcS);
break;
case ART_TYPE.EG_CUTOFF_RELEASE:
var fcR = new Connection();
fcR.Source = SRC_TYPE.NONE;
fcR.Control = SRC_TYPE.NONE;
fcR.Destination = DST_TYPE.EG1_RELEASE_TIME;
fcR.Value = srcArt.Value;
rgn.Articulations.ART.List.Add(rgn.Articulations.ART.List.Count, fcR);
break;
}
}
ins.Regions.List.Add(rgn.Header, rgn);
}
saveFile.Instruments.List.Add(ins.Header.Locale, ins);
}
saveFile.Save(filePath);
}