// Token: 0x06000202 RID: 514 RVA: 0x00006CC4 File Offset: 0x00004EC4
internal override sfGenList ToInternal()
{
sfGenList result = default(sfGenList);
result.sfGenOper = SFGenerator.freqModLFO;
result.genAmount.shAmount = this.Value;
return(result);
}
// Token: 0x06000211 RID: 529 RVA: 0x00006DCC File Offset: 0x00004FCC
internal override sfGenList ToInternal()
{
sfGenList result = default(sfGenList);
result.sfGenOper = SFGenerator.startloopAddrsCoarseOffset;
result.genAmount.wAmount = this.Value;
return(result);
}
// Token: 0x06000199 RID: 409 RVA: 0x000061C0 File Offset: 0x000043C0
internal static Generator FromInternal(sfGenList generator)
{
switch (generator.sfGenOper)
{
case SFGenerator.startAddrsOffset:
return(new SampleStartFineOffsetGenerator(generator.genAmount.wAmount));
case SFGenerator.endAddrsOffset:
return(new SampleEndFineOffsetGenerator(generator.genAmount.wAmount));
case SFGenerator.startloopAddrsOffset:
return(new SampleLoopStartFineOffsetGenerator(generator.genAmount.wAmount));
case SFGenerator.endloopAddrsOffset:
return(new SampleLoopEndFineOffsetGenerator(generator.genAmount.wAmount));
case SFGenerator.startAddrsCoarseOffset:
return(new SampleStartCoarseOffsetGenerator(generator.genAmount.wAmount));
case SFGenerator.modLfoToPitch:
return(null);
case SFGenerator.vibLfoToPitch:
return(null);
case SFGenerator.modEnvToPitch:
return(null);
case SFGenerator.initialFilterFc:
return(null);
case SFGenerator.initialFilterQ:
return(null);
case SFGenerator.modLfoToFilterFc:
return(null);
case SFGenerator.modEnvToFilterFc:
return(null);
case SFGenerator.endAddrsCoarseOffset:
return(new SampleEndCoarseOffsetGenerator(generator.genAmount.wAmount));
case SFGenerator.modLfoToVolume:
return(null);
case SFGenerator.chorusEffectsSend:
return(null);
case SFGenerator.reverbeffectsSend:
return(null);
case SFGenerator.pan:
return(new PanGenerator(generator.genAmount.shAmount));
case SFGenerator.delayModLFO:
return(new ModulatorLFODelayGenerator(generator.genAmount.shAmount));
case SFGenerator.freqModLFO:
return(new ModulatorLFOFrequencyGenerator(generator.genAmount.shAmount));
case SFGenerator.delayVibLFO:
return(null);
case SFGenerator.freqVibLFO:
return(null);
case SFGenerator.delayModEnv:
return(null);
case SFGenerator.attackModEnv:
return(null);
case SFGenerator.holdModEnv:
return(null);
case SFGenerator.decayModEnv:
return(null);
case SFGenerator.sustainModEnv:
return(null);
case SFGenerator.releaseModEnv:
return(null);
case SFGenerator.keynumToModEnvHold:
return(null);
case SFGenerator.keynumToModEnvDecay:
return(null);
case SFGenerator.delayVolEnv:
return(null);
case SFGenerator.attackVolEnv:
return(null);
case SFGenerator.holdVolEnv:
return(null);
case SFGenerator.decayVolEnv:
return(null);
case SFGenerator.sustainVolEnv:
return(null);
case SFGenerator.releaseVolEnv:
return(null);
case SFGenerator.keynumToVolEnvHold:
return(null);
case SFGenerator.keynumToVolEnvDecay:
return(null);
case SFGenerator.instrument:
throw new NotSupportedException("Cannot create an instrument generator.");
case SFGenerator.keyRange:
throw new NotSupportedException("Cannot create a keyRange generator.");
case SFGenerator.velRange:
throw new NotSupportedException("Cannot create a velRange generator.");
case SFGenerator.startloopAddrsCoarseOffset:
return(new SampleLoopStartCoarseOffsetGenerator(generator.genAmount.wAmount));
case SFGenerator.keynum:
return(null);
case SFGenerator.velocity:
return(null);
case SFGenerator.initialAttenuation:
return(null);
case SFGenerator.endloopAddrsCoarseOffset:
return(new SampleLoopEndCoarseOffsetGenerator(generator.genAmount.wAmount));
case SFGenerator.coarseTune:
return(null);
case SFGenerator.fineTune:
return(null);
case SFGenerator.sampleID:
throw new NotSupportedException("Cannot create a sampleID generator.");
case SFGenerator.sampleModes:
return(null);
case SFGenerator.scaleTuning:
return(null);
case SFGenerator.exclusiveClass:
return(null);
case SFGenerator.overridingRootKey:
return(null);
case SFGenerator.endOper:
return(null);
}
return(null);
}