public override bool Equals(System.Object object_Renamed)
{
bool isEqual = false;
if (base.Equals(object_Renamed) && (object_Renamed is SoundStreamHead))
{
SoundStreamHead soundStreamHead = (SoundStreamHead)object_Renamed;
if ((soundStreamHead.playbackRate == this.playbackRate) && (soundStreamHead.playbackSize == this.playbackSize) && (soundStreamHead.playbackType == this.playbackType) && (soundStreamHead.compression == this.compression) && (soundStreamHead.streamRate == this.streamRate) && (soundStreamHead.streamSize == this.streamSize) && (soundStreamHead.streamType == this.streamType) && (soundStreamHead.streamSampleCount == this.streamSampleCount) && (soundStreamHead.latencySeek == this.latencySeek))
{
isEqual = true;
}
}
return(isEqual);
}
public override void soundStreamHead2(SoundStreamHead tag)
{
tags.Add(tag);
}
public virtual void soundStreamHead2(SoundStreamHead tag)
{
}
private Tag decodeSoundStreamHead(int code)
{
SoundStreamHead t;
t = new SoundStreamHead(code);
r.syncBits();
// mixFormat
r.readUBits(4); // reserved
t.playbackRate = r.readUBits(2);
t.playbackSize = r.readUBits(1);
t.playbackType = r.readUBits(1);
// format
t.compression = r.readUBits(4);
t.streamRate = r.readUBits(2);
t.streamSize = r.readUBits(1);
t.streamType = r.readUBits(1);
t.streamSampleCount = r.readUI16();
if (t.compression == SoundStreamHead.sndCompressMP3)
{
t.latencySeek = r.readSI16();
}
return t;
}
