public void AddOpusSamples(IAudioDto audioDto, uint frequency, float distanceRatio)
{
if (frequency != this.frequency) //Lag in the backend means we get the tail end of a transmission if switching frequency in the middle of a transmission
{
return;
}
CallsignSampleProvider voiceInput = null;
if (voiceInputs.Any(i => i.Callsign == audioDto.Callsign))
{
voiceInput = voiceInputs.First(b => b.Callsign == audioDto.Callsign);
}
else if (voiceInputs.Any(b => b.InUse == false))
{
voiceInput = voiceInputs.First(b => b.InUse == false);
voiceInput.Active(audioDto.Callsign, "");
}
voiceInput?.AddOpusSamples(audioDto, distanceRatio);
if (frequency > hfFrequencyUpperLimit || hfSquelchEn)
{
doClickWhenAppropriate = true;
}
}
public void AddSilentSamples(IAudioDto audioDto)
{
//Disable all audio effects
SetEffects(true);
Array.Clear(decoderByteBuffer, 0, frameCount * 2);
audioInput.AddSamples(decoderByteBuffer, 0, frameCount * 2);
lastPacketLatch = audioDto.LastPacket;
lastSamplesAddedUtc = DateTime.UtcNow;
if (!timer.Enabled)
{
timer.Start();
}
}
public void AddOpusSamples(IAudioDto audioDto, float distanceRatio)
{
if (audioDto.SequenceCounter > sequenceCounter)
{
sequenceCounter = audioDto.SequenceCounter;
DistanceRatio = distanceRatio;
DecodeOpus(audioDto.Audio);
audioInput.AddSamples(decoderByteBuffer, 0, frameCount * 2);
lastPacketLatch = audioDto.LastPacket;
if (audioDto.LastPacket && !underflow)
{
CallsignDelayCache.Instance.Success(Callsign);
}
lastSamplesAddedUtc = DateTime.UtcNow;
if (!timer.Enabled)
{
timer.Start();
}
}
}
public void AddSilentSamples(IAudioDto audioDto, uint frequency, float distanceRatio)
{
if (frequency != this.frequency)
{
return;
}
CallsignSampleProvider voiceInput = null;
if (voiceInputs.Any(i => i.Callsign == audioDto.Callsign))
{
voiceInput = voiceInputs.First(b => b.Callsign == audioDto.Callsign);
}
else if (voiceInputs.Any(b => b.InUse == false))
{
voiceInput = voiceInputs.First(b => b.InUse == false);
voiceInput.ActiveSilent(audioDto.Callsign, "");
}
voiceInput?.AddSilentSamples(audioDto);
//doClickWhenAppropriate = true;
}
public void AddOpusSamples(IAudioDto audioDto, List <RxTransceiverDto> rxTransceivers)
{
var rxTransceiversFilteredAndSorted = rxTransceivers.Where(y => receiverIDs.Contains(y.ID)).OrderByDescending(x => x.DistanceRatio).ToList();
// The issue in a nutshell - you can have multiple transmitters so the audio DTO contains multiple transceivers with the same ID or
// you can have multiple receivers so the audio DTO contains multiple transceivers with different IDs, but you only want to play the audio once in either scenario.
if (rxTransceiversFilteredAndSorted.Count > 0)
{
bool audioPlayed = false;
List <ushort> handledTransceiverIDs = new List <ushort>();
for (int i = 0; i < rxTransceiversFilteredAndSorted.Count; i++)
{
var rxTransceiver = rxTransceiversFilteredAndSorted[i];
if (!handledTransceiverIDs.Contains(rxTransceiver.ID))
{
handledTransceiverIDs.Add(rxTransceiver.ID);
var receiverInput = receiverInputs.First(x => x.ID == rxTransceiver.ID);
if (receiverInput.Mute)
{
continue;
}
if (!audioPlayed)
{
receiverInput.AddOpusSamples(audioDto, rxTransceiver.Frequency, rxTransceiver.DistanceRatio);
audioPlayed = true;
}
else
{
receiverInput.AddSilentSamples(audioDto, rxTransceiver.Frequency, rxTransceiver.DistanceRatio);
}
}
}
}
}