public void Add(SubFingerprintsGeneratedEventArgs e, bool suppressSilentCollisions = false)
{
if (e.SubFingerprints.Count == 0)
{
return;
}
lock (this) {
if (!store.ContainsKey(e.AudioTrack))
{
store.Add(e.AudioTrack, new List <SubFingerprintHash>());
}
foreach (var sfp in e.SubFingerprints)
{
if (!sfp.IsVariation)
{
// store the sub-fingerprint in the sequential list of the audio track
store[e.AudioTrack].Add(sfp.Hash);
}
if (suppressSilentCollisions && sfp.Hash.Value == 0)
{
// Skip a silent hash, i.e. a hash without any changes, as it happens with silent signals as input
continue;
}
// insert a track/index lookup entry for the sub-fingerprint
collisionMap.Add(sfp.Hash, new SubFingerprintLookupEntry(e.AudioTrack, sfp.Index));
}
}
}
public void Add(SubFingerprintsGeneratedEventArgs e)
{
if (e.SubFingerprints.Count == 0)
{
return;
}
lock (this) {
if (!store.ContainsKey(e.AudioTrack))
{
store.Add(e.AudioTrack, new List <SubFingerprintHash>());
}
foreach (var sfp in e.SubFingerprints)
{
if (!sfp.IsVariation)
{
// store the sub-fingerprint in the sequential list of the audio track
store[e.AudioTrack].Add(sfp.Hash);
}
// insert a track/index lookup entry for the sub-fingerprint
collisionMap.Add(sfp.Hash, new SubFingerprintLookupEntry(e.AudioTrack, sfp.Index));
}
}
}