public SoundclusterSfbk(RiffFile aRiffFile)
: base()
{
RiffChunkListSfbk lSfbkList = ( RiffChunkListSfbk )aRiffFile.riffChunkList;
try
{
List <RiffChunkList> lSdtaListList = lSfbkList.sdtaListList;
RiffChunkListSdta[] sdtaBodyList = new RiffChunkListSdta[lSdtaListList.Count];
for (int i = 0; i < lSdtaListList.Count; i++)
{
sdtaBodyList[i] = ( RiffChunkListSdta )lSdtaListList[i];
}
List <RiffChunkList> pdtaListList = lSfbkList.pdtaListList;
for (int i = 0; i < pdtaListList.Count; i++)
{
RiffChunkListPdta pdtaList = ( RiffChunkListPdta )pdtaListList[i];
Dictionary <string, Instrument> lInstrumentDictionary = InstrumentSfbk.CreateInstrumentList(pdtaList);
List <InstrumentBase> instrumentList = CreateInstrumentList(pdtaList, sdtaBodyList, lInstrumentDictionary, aRiffFile.name);
PhdrData[] phdrDataArray = pdtaList.phdrBody.phdrDataArray;
for (int j = 0; j < phdrDataArray.Length - 1; j++)
{
int bank = phdrDataArray[j].bank;
int instrument = phdrDataArray[j].preset % 128;
Logger.LogNormal("Name:" + phdrDataArray[j].name + "");
Logger.LogNormal("Bank/Preset:" + bank + "/" + instrument);
if (bank == 128)
{
Logger.LogWarning("Change Bank:" + bank);
bank = 0x7F00;
}
if (bankDictionary.ContainsKey(bank) == false)
{
Logger.LogWarning("Bank:" + bank);
bankDictionary.Add(bank, new BankSfbk());
}
bankDictionary[bank].AddInstrument(instrument, instrumentList[j]);
}
}
}
catch (Exception aExpection)
{
Logger.LogError("Expection at RIFF Read:" + aExpection.ToString());
}
}
public List <InstrumentBase> CreateInstrumentList(RiffChunkListPdta pdtaList, RiffChunkListSdta[] sdtaBodyList, Dictionary <string, Instrument> instrumentDictionary, string aName)
{
List <InstrumentBase> lInstrumentList = new List <InstrumentBase>();
RiffChunkInst instChunk = pdtaList.instBody;
RiffChunkIbag ibagChunk = pdtaList.ibagBody;
for (int i = 0; i < instChunk.instDataArray.Length; i++)
{
IbagData ibagData0 = ibagChunk.dataArray[instChunk.instDataArray[i].bagNdx];
IbagData ibagData1 = null;
if (i < instChunk.instDataArray.Length - 1)
{
ibagData1 = ibagChunk.dataArray[instChunk.instDataArray[i + 1].bagNdx];
}
lInstrumentList.Add(new InstrumentSfbk(pdtaList, sdtaBodyList, instChunk.instDataArray[i], ibagData0, ibagData1, aName));
}
return(lInstrumentList);
}
public static Dictionary <string, Instrument> CreateInstrumentList(RiffChunkListPdta pdtaList)
{
Dictionary <string, Instrument> lInstrumentDictionary = new Dictionary <string, Instrument>();
RiffChunkPhdr phdrChunk = pdtaList.phdrBody;
RiffChunkPbag pbagChunk = pdtaList.pbagBody;
RiffChunkPgen pgenChunk = pdtaList.pgenBody;
RiffChunkPmod pmodChunk = pdtaList.pmodBody;
for (int i = 0; i < phdrChunk.phdrDataArray.Length; i++)
{
Instrument lInstrument = new Instrument();
if (lInstrumentDictionary.ContainsKey(i.ToString()) == false)
{
lInstrumentDictionary.Add(i.ToString(), lInstrument);
}
else
{
Console.WriteLine("Error");
}
PbagData pbagData0 = pbagChunk.pbagDataArray[phdrChunk.phdrDataArray[i].bagNdx];
int gens = pbagChunk.pbagDataArray.Length - pbagData0.genNdx;
int mods = pmodChunk.pmodDataArray.Length - pbagData0.modNdx;
if (i < phdrChunk.phdrDataArray.Length - 1)
{
PbagData pbagData1 = pbagChunk.pbagDataArray[phdrChunk.phdrDataArray[i + 1].bagNdx];
gens = pbagData1.genNdx - pbagData0.genNdx;
mods = pbagData1.modNdx - pbagData0.modNdx;
}
for (int j = 0; j < gens; j++)
{
PgenData pgenData = pgenChunk.pgenDataArray[pbagData0.genNdx + j];
Generator generator = pgenData.amount;
switch (pgenData.genOper)
{
case SFGenerator.StartAddrsOffset:
lInstrument.startAddrsOffset = generator.GetInt16();
Logger.Normal(phdrChunk.phdrDataArray[i].name + "/Start Addrs Offset:" + lInstrument.startAddrsOffset);
break;
case SFGenerator.EndAddrsOffset:
lInstrument.endAddrsOffset = generator.GetInt16();
Logger.Normal(phdrChunk.phdrDataArray[i].name + "/End Addrs Offset:" + lInstrument.endAddrsOffset);
break;
case SFGenerator.StartLoopAddrsOffset:
lInstrument.startLoopAddrsOffset = generator.GetInt16();
Logger.Normal(phdrChunk.phdrDataArray[i].name + "/Start Loop Addrs Offset:" + lInstrument.startLoopAddrsOffset);
break;
case SFGenerator.EndLoopAddrsOffset:
lInstrument.endLoopAddrsOffset = generator.GetInt16();
Logger.Normal(phdrChunk.phdrDataArray[i].name + "/End Loop Addrs Offset:" + lInstrument.endLoopAddrsOffset);
break;
case SFGenerator.StartAddrsCoarseOffset:
lInstrument.startAddrsCoarseOffset = generator.GetInt16();
Logger.Normal(phdrChunk.phdrDataArray[i].name + "/Start Addrs Coarse Offset:" + lInstrument.startAddrsCoarseOffset);
break;
case SFGenerator.ModEnvToPitch:
lInstrument.modEnvToPitch = generator.GetInt16();
Logger.Normal(phdrChunk.phdrDataArray[i].name + "/Mod Env To Pitch:" + lInstrument.startAddrsCoarseOffset);
break;
case SFGenerator.DelayModEnv:
//modEnvToPitch = generator.GetInt16();
Logger.Normal("Delay Mod Env:" + generator.GetInt16());
break;
case SFGenerator.AttackModEnv:
//modEnvToPitch = generator.GetInt16();
Logger.Normal("Attack Mod Env:" + generator.GetInt16());
break;
case SFGenerator.HoldModEnv:
//modEnvToPitch = generator.GetInt16();
Logger.Normal("Hold Mod Env:" + generator.GetInt16());
break;
case SFGenerator.DecayModEnv:
//modEnvToPitch = generator.GetInt16();
Logger.Normal("Decay Mod Env:" + generator.GetInt16());
break;
case SFGenerator.SustainModEnv:
//modEnvToPitch = generator.GetInt16();
Logger.Normal("Sustain Mod Env:" + generator.GetInt16());
break;
case SFGenerator.ReleaseModEnv:
//modEnvToPitch = generator.GetInt16();
Logger.Normal("Release Mod Env:" + generator.GetInt16());
break;
case SFGenerator.DelayVolEnv:
//VolEnvToPitch = generator.GetInt16();
Logger.Normal("Delay Vol Env:" + generator.GetInt16());
break;
case SFGenerator.AttackVolEnv:
//VolEnvToPitch = generator.GetInt16();
Logger.Normal("Attack Vol Env:" + generator.GetInt16());
break;
case SFGenerator.HoldVolEnv:
//VolEnvToPitch = generator.GetInt16();
Logger.Normal("Hold Vol Env:" + generator.GetInt16());
break;
case SFGenerator.DecayVolEnv:
//VolEnvToPitch = generator.GetInt16();
Logger.Normal("Decay Vol Env:" + generator.GetInt16());
break;
case SFGenerator.SustainVolEnv:
//VolEnvToPitch = generator.GetInt16();
Logger.Normal("Sustain Vol Env:" + generator.GetInt16());
break;
case SFGenerator.ReleaseVolEnv:
//VolEnvToPitch = generator.GetInt16();
Logger.Normal("Release Vol Env:" + generator.GetInt16());
break;
case SFGenerator.KeyRange:
RangesType keyRange = generator.GetRangesType();
lInstrument.lokey = keyRange.lo;
lInstrument.hikey = keyRange.hi;
Logger.Warning("Key Range:" + lInstrument.lokey + "," + lInstrument.hikey);
Logger.Warning(phdrChunk.phdrDataArray[i].name + ":" + "Key Range:" + lInstrument.lokey + "," + lInstrument.hikey);
break;
case SFGenerator.FineTune:
lInstrument.fineTune = generator.GetInt16();
Logger.Warning("Fine Tune:" + lInstrument.fineTune);
break;
case SFGenerator.Instrument:
UInt16 instrument = generator.GetUInt16();
Logger.Normal("Number:" + i);
phdrChunk.phdrDataArray [i].instrumentList.Add(instrument);
lInstrumentDictionary [i.ToString()].instrument = instrument;
Logger.Warning("Instrument:" + instrument);
//instrumentDictionary[instrument]
break;
case SFGenerator.OverridingRootKey:
lInstrument.rootKey = ( byte )generator.GetUInt16();
Logger.Normal("Root key:" + lInstrument.rootKey);
break;
default:
//Log.LogWarning( pgenData.GetGenOper() + ":" + generator.GetUInt16() );
break;
}
}
for (int j = 0; j < mods; j++)
{
PmodData pmodData = pmodChunk.pmodDataArray[(pbagData0.modNdx + j) % pmodChunk.pmodDataArray.Length];
}
}
return(lInstrumentDictionary);
}
public InstrumentSfbk(RiffChunkListPdta pdtaList, RiffChunkListSdta[] sdtaBodyList, InstData instData, IbagData ibagData0, IbagData ibagData1, string aName)
: base()
{
RiffInfoIbag ibagChunk = pdtaList.ibagBody;
RiffInfoIgen igenChunk = pdtaList.igenBody;
RiffInfoImod imodChunk = pdtaList.imodBody;
ShdrData[] shdrDataArray = pdtaList.shdrBody.shdrDataArray;
byte lokey = 0xFF;
byte hikey = 0xFF;
byte rootkey = 0;
int fineTune = 0;
bool loopMode = false;
int startAddrsOffset = 0;
int endAddrsOffset = 0;
int startLoopAddrsOffset = 0;
int endLoopAddrsOffset = 0;
int startAddrsCoarseOffset = 0;
int modEnvToPitch = 0;
int gens = igenChunk.igenDataArray.Length - ibagData0.genNdx;
int mods = imodChunk.imodDataArray.Length - ibagData0.modNdx;
if (ibagData1 != null)
{
gens = ibagData1.genNdx - ibagData0.genNdx;
mods = ibagData1.modNdx - ibagData0.modNdx;
}
for (int j = 0; j < gens; j++)
{
IgenData igenData = igenChunk.igenDataArray[ibagData0.genNdx + j];
Generator generator = igenData.amount;
switch (igenData.genOper)
{
case SFGenerator.StartAddrsOffset:
startAddrsOffset = generator.GetInt16();
Logger.Normal(instData.name + "/Start Addrs Offset:" + startAddrsOffset);
break;
case SFGenerator.EndAddrsOffset:
endAddrsOffset = generator.GetInt16();
Logger.Normal(instData.name + "/End Addrs Offset:" + endAddrsOffset);
break;
case SFGenerator.StartLoopAddrsOffset:
startLoopAddrsOffset = generator.GetInt16();
Logger.Normal(instData.name + "/Start Loop Addrs Offset:" + startLoopAddrsOffset);
break;
case SFGenerator.EndLoopAddrsOffset:
endLoopAddrsOffset = generator.GetInt16();
Logger.Normal(instData.name + "/End Loop Addrs Offset:" + endLoopAddrsOffset);
break;
case SFGenerator.StartAddrsCoarseOffset:
startAddrsCoarseOffset = generator.GetInt16();
Logger.Normal("Start Addrs Coarse Offset:" + startAddrsCoarseOffset);
break;
case SFGenerator.ModLfoToPitch:
//startAddrsCoarseOffset = generator.GetUInt16();
//Log( "Start Addrs Coarse Offset:" + startAddrsCoarseOffset );
break;
case SFGenerator.VibLfoToPitch:
//startAddrsCoarseOffset = generator.GetUInt16();
//Log( "Start Addrs Coarse Offset:" + startAddrsCoarseOffset );
break;
case SFGenerator.ModEnvToPitch:
modEnvToPitch = generator.GetInt16();
Logger.Normal(instData.name + "/Mod Env To Pitch:" + modEnvToPitch);
break;
case SFGenerator.DelayModEnv:
//modEnvToPitch = generator.GetInt16();
Logger.Normal("Delay Mod Env:" + generator.GetInt16());
break;
case SFGenerator.AttackModEnv:
//modEnvToPitch = generator.GetInt16();
Logger.Normal("Attack Mod Env:" + generator.GetInt16());
break;
case SFGenerator.HoldModEnv:
//modEnvToPitch = generator.GetInt16();
Logger.Normal("Hold Mod Env:" + generator.GetInt16());
break;
case SFGenerator.DecayModEnv:
//modEnvToPitch = generator.GetInt16();
Logger.Normal("Decay Mod Env:" + generator.GetInt16());
break;
case SFGenerator.SustainModEnv:
//modEnvToPitch = generator.GetInt16();
Logger.Normal("Sustain Mod Env:" + generator.GetInt16());
break;
case SFGenerator.ReleaseModEnv:
//modEnvToPitch = generator.GetInt16();
Logger.Normal("Release Mod Env:" + generator.GetInt16());
break;
case SFGenerator.DelayVolEnv:
//VolEnvToPitch = generator.GetInt16();
Logger.Normal("Delay Vol Env:" + generator.GetInt16());
break;
case SFGenerator.AttackVolEnv:
//VolEnvToPitch = generator.GetInt16();
Logger.Normal("Attack Vol Env:" + generator.GetInt16());
break;
case SFGenerator.HoldVolEnv:
//VolEnvToPitch = generator.GetInt16();
Logger.Normal("Hold Vol Env:" + generator.GetInt16());
break;
case SFGenerator.DecayVolEnv:
//VolEnvToPitch = generator.GetInt16();
Logger.Normal("Decay Vol Env:" + generator.GetInt16());
break;
case SFGenerator.SustainVolEnv:
//VolEnvToPitch = generator.GetInt16();
Logger.Normal("Sustain Vol Env:" + generator.GetInt16());
break;
case SFGenerator.ReleaseVolEnv:
//VolEnvToPitch = generator.GetInt16();
Logger.Normal("Release Vol Env:" + generator.GetInt16());
break;
case SFGenerator.KeyRange:
RangesType keyRange = generator.GetRangesType();
lokey = keyRange.lo;
hikey = keyRange.hi;
Logger.Normal("Key Range:" + lokey + "," + hikey);
break;
case SFGenerator.SampleId:
UInt16 sampleId = generator.GetUInt16();
AddSoundfont(new SoundfontSfbk(sdtaBodyList, shdrDataArray[sampleId], lokey, hikey, rootkey, fineTune, loopMode, startAddrsOffset, endAddrsOffset, startLoopAddrsOffset, endLoopAddrsOffset, modEnvToPitch, new Instrument(), aName));
Logger.Normal(instData.name + "Sample Id:" + sampleId);
lokey = 0xFF;
hikey = 0xFF;
rootkey = 0;
fineTune = 0;
loopMode = false;
modEnvToPitch = 0;
startAddrsOffset = 0;
endAddrsOffset = 0;
startLoopAddrsOffset = 0;
endLoopAddrsOffset = 0;
startAddrsCoarseOffset = 0;
break;
case SFGenerator.FineTune:
fineTune = generator.GetInt16();
Logger.Normal("Fine Tune:" + fineTune);
break;
case SFGenerator.SampleModes:
if (generator.GetUInt16() == 0)
{
loopMode = false;
}
else if (generator.GetUInt16() == 1)
{
loopMode = true;
}
else
{
loopMode = false;
}
Logger.Normal("Sample Modes:" + loopMode);
break;
case SFGenerator.Instrument:
Console.WriteLine("Error");
break;
case SFGenerator.OverridingRootKey:
rootkey = ( byte )generator.GetUInt16();
Logger.Normal("Root key:" + rootkey);
break;
case SFGenerator.VelRange:
RangesType VelRange = generator.GetRangesType();
Logger.Normal(" Vel Range:" + VelRange.lo + "," + VelRange.hi);
break;
default:
Logger.Warning(" " + igenData.genOper + ":" + generator.GetUInt16());
break;
}
}
for (int j = 0; j < mods; j++)
{
ImodData imodData = imodChunk.imodDataArray[ibagData0.modNdx + j];
}
}
