/// <summary>
/// This method has not been used.
/// Get the type of generator value.
/// This value is provided by the IGEN hydra-table.
/// </summary>
/// <param name="value"></param>
/// <returns></returns>
public static TGenValue GetGenValueType(SFGenConst value)
{
switch (value)
{
case SFGenConst.keyRange:
return TGenValue.midiKeyRange;
case SFGenConst.attackVolEnv:case SFGenConst.holdVolEnv:case SFGenConst.decayVolEnv:case SFGenConst.sustainVolEnv:case SFGenConst.releaseVolEnv:
case SFGenConst.attackModEnv:case SFGenConst.holdModEnv:case SFGenConst.decayModEnv:case SFGenConst.sustainModEnv:case SFGenConst.releaseModEnv:
return TGenValue.absoluteTimeCents;
case SFGenConst.sampleModes:
return TGenValue.sampleMode;
case SFGenConst.endAddrsOffset:
case SFGenConst.startloopAddrsOffset:
case SFGenConst.endloopAddrsOffset:
case SFGenConst.startLoopAddrsCoarseOffs:
case SFGenConst.endloopAddrsCoarseOffset:
return TGenValue.smpls;
case SFGenConst.startAddrsCoarseOffset:
case SFGenConst.endAddrsCoarseOffset:
return TGenValue.smpls32k;
case SFGenConst.modLfoToPitch:
case SFGenConst.vibLfoToPitch:
case SFGenConst.modEnvToPitch:
return TGenValue.centsFs;
case SFGenConst.initialFilterFc:
case SFGenConst.freqModLFO:
case SFGenConst.freqVibLFO:
case SFGenConst.fineTune:
return TGenValue.cent;
case SFGenConst.initialFilterQ:
case SFGenConst.initialAttenuation:
return TGenValue.cb;
case SFGenConst.modLfoToVolume:
return TGenValue.cbFs;
case SFGenConst.chorusEffectsSend:
case SFGenConst.reverbEffectsSend:
case SFGenConst.pan:
return TGenValue.percent;
case SFGenConst.sampleID:
return TGenValue.sampleID;
default:
return TGenValue.unsupported;
}
}
/// <summary>
/// This method has not been used.
/// Get the type of generator value.
/// This value is provided by the IGEN hydra-table.
/// </summary>
/// <param name="value"></param>
/// <returns></returns>
static public TGenValue GetGenValueType(SFGenConst value)
{
switch (value)
{
case SFGenConst.keyRange:
return(TGenValue.midiKeyRange);
case SFGenConst.attackVolEnv:
case SFGenConst.holdVolEnv:
case SFGenConst.decayVolEnv:
case SFGenConst.sustainVolEnv:
case SFGenConst.releaseVolEnv:
case SFGenConst.attackModEnv:
case SFGenConst.holdModEnv:
case SFGenConst.decayModEnv:
case SFGenConst.sustainModEnv:
case SFGenConst.releaseModEnv:
return(TGenValue.absoluteTimeCents);
case SFGenConst.sampleModes:
return(TGenValue.sampleMode);
case SFGenConst.endAddrsOffset:
case SFGenConst.startloopAddrsOffset:
case SFGenConst.endloopAddrsOffset:
case SFGenConst.startLoopAddrsCoarseOffs:
case SFGenConst.endloopAddrsCoarseOffset:
return(TGenValue.smpls);
case SFGenConst.startAddrsCoarseOffset:
case SFGenConst.endAddrsCoarseOffset:
return(TGenValue.smpls32k);
case SFGenConst.modLfoToPitch:
case SFGenConst.vibLfoToPitch:
case SFGenConst.modEnvToPitch:
return(TGenValue.centsFs);
case SFGenConst.initialFilterFc:
case SFGenConst.freqModLFO:
case SFGenConst.freqVibLFO:
case SFGenConst.fineTune:
return(TGenValue.cent);
case SFGenConst.initialFilterQ:
case SFGenConst.initialAttenuation:
return(TGenValue.cb);
case SFGenConst.modLfoToVolume:
return(TGenValue.cbFs);
case SFGenConst.chorusEffectsSend:
case SFGenConst.reverbEffectsSend:
case SFGenConst.pan:
return(TGenValue.percent);
case SFGenConst.sampleID:
return(TGenValue.sampleID);
default:
return(TGenValue.unsupported);
}
}