public ShdrData(AByteArray aByteArray, List <string> aInformationList)
{
sampleName = aByteArray.ReadString(20);
start = aByteArray.ReadUInt32();
end = aByteArray.ReadUInt32();
startLoop = aByteArray.ReadUInt32();
endLoop = aByteArray.ReadUInt32();
sampleRate = aByteArray.ReadUInt32();
originalPitch = aByteArray.ReadByte();
pitchCorrection = aByteArray.ReadSByte();
sampleLink = aByteArray.ReadUInt16();
sampleType = ( SampleType )aByteArray.ReadUInt16();
aInformationList.Add("Sample Name:" + sampleName);
aInformationList.Add("Start:" + start);
aInformationList.Add("End:" + end);
aInformationList.Add("Start Loop:" + startLoop);
aInformationList.Add("End Loop:" + endLoop);
aInformationList.Add("Sample Rate:" + sampleRate);
aInformationList.Add("Original Pitch:" + originalPitch);
aInformationList.Add("Pitch Correction:" + pitchCorrection);
aInformationList.Add("Sample Link:" + sampleLink);
aInformationList.Add("Sample Type:" + sampleType);
if (sampleType != SampleType.monoSample)
{
Logger.Warning(sampleName + "/" + "Not Mono Sample:" + sampleType);
}
}
public RiffWaveInst(string aId, UInt32 aSize, AByteArray aByteArray, RiffChunkList aParent)
: base(aId, aSize, aByteArray, aParent)
{
unshiftedNote = aByteArray.ReadByte();
fineTune = aByteArray.ReadSByte();
gain = aByteArray.ReadSByte();
lowNote = aByteArray.ReadByte();
highNote = aByteArray.ReadByte();
lowVelocity = aByteArray.ReadByte();
highVelocity = aByteArray.ReadByte();
informationList.Add(" Unshifted Note:" + unshiftedNote);
informationList.Add(" Fine Tune:" + fineTune);
informationList.Add(" Gain:" + gain);
informationList.Add(" Low Note:" + lowNote);
informationList.Add(" High Note:" + highNote);
informationList.Add(" Low Velocity:" + lowVelocity);
informationList.Add(" High Velocity:" + highVelocity);
}
