private void dequeueStaleSpeech(EddiSpeech eddiSpeech)
{
// List EDDI event types of where stale event data should be removed in favor of more recent data
string[] eventTypes = new string[]
{
"Cargo scoop",
"Docking denied",
"Docking requested",
"Glide",
"Hardpoints",
"Next jump",
"Heat damage",
"Heat warning",
"Hull damaged",
"Landing gear",
"Lights",
"Near surface",
"Silent running",
"SRV turret deployable",
"Under attack"
};
foreach (string eventType in eventTypes)
{
if (eddiSpeech.eventType == eventType)
{
DequeueSpeechOfType(eventType);
}
}
}
public EddiSpeech GetSpeechFX(EddiSpeech speech)
{
Ship ship = speech.ship;
speech.echoDelay = echoDelayForShip(ship);
speech.chorusLevel = chorusLevelForShip(ship);
speech.reverbLevel = reverbLevelForShip(ship);
speech.distortionLevel = distortionLevelForShip(ship);
speech.compressionLevel = 0;
return(speech);
}
public void Enqueue(EddiSpeech speech)
{
if (speech == null)
{
return;
}
if (priorityQueues.ElementAtOrDefault(speech.priority) != null)
{
dequeueStaleSpeech(speech);
priorityQueues[speech.priority].Enqueue(speech);
}
}
public bool TryDequeue(out EddiSpeech speech)
{
speech = null;
for (int i = 0; i < priorityQueues.Count; i++)
{
if (priorityQueues[i].TryDequeue(out EddiSpeech selectedSpeech))
{
speech = selectedSpeech;
return(true);
}
}
return(false);
}
public EddiSpeech(string message, Ship ship = null, int priority = 3, string voice = null, bool radio = false, string eventType = null)
{
this.message = message;
this.ship = ship;
this.priority = priority;
this.voice = voice;
this.radio = radio;
this.eventType = eventType;
EddiSpeech speech = SpeechService.Instance.GetSpeechFX(this);
this.echoDelay = speech.echoDelay;
this.chorusLevel = speech.chorusLevel;
this.reverbLevel = speech.reverbLevel;
this.distortionLevel = speech.distortionLevel;
this.compressionLevel = speech.compressionLevel;
}
public void Say(Ship ship, string message, int priority = 3, string voice = null, bool radio = false, string eventType = null, bool invokedFromVA = false)
{
if (message == null)
{
return;
}
if (ship == null)
{
// Provide basic ship definition
ship = ShipDefinitions.FromModel("Sidewinder");
}
Thread speechQueueHandler = new Thread(() =>
{
// Queue the current speech
EddiSpeech queuingSpeech = new EddiSpeech(message, ship, priority, voice, radio, eventType);
speechQueue.Enqueue(queuingSpeech);
// Check the first item in the speech queue
if (speechQueue.TryPeek(out EddiSpeech peekedSpeech))
{
// Interrupt current speech when appropriate
if (checkSpeechInterrupt(peekedSpeech.priority))
{
Logging.Debug("Interrupting current speech");
StopCurrentSpeech();
}
}
// Start or continue speaking from the speech queue
Instance.StartOrContinueSpeaking();
})
{
Name = "SpeechQueueHandler",
IsBackground = true
};
speechQueueHandler.Start();
if (invokedFromVA)
{
// If invoked from VA, thread should terminate only after speech completes
speechQueueHandler.Join();
}
}
private void dequeueStaleSpeech(EddiSpeech eddiSpeech)
{
// List EDDI event types of where stale event data should be removed in favor of more recent data
string[] eventTypes = new string[]
{
"Next jump",
"Heat damage",
"Heat warning",
"Hull damaged",
"Under attack"
};
foreach (string eventType in eventTypes)
{
if (eddiSpeech.eventType == eventType)
{
DequeueSpeechOfType(eventType);
}
}
}
private void filterSpeechQueue(string type, ref ConcurrentQueue <EddiSpeech> speechQueue, EddiSpeech eddiSpeech)
{
if (!(eddiSpeech.eventType == type))
{
speechQueue.Enqueue(eddiSpeech);
}
}
public void Speak(EddiSpeech speech)
{
Instance.Speak(speech.message, speech.voice, speech.echoDelay, speech.distortionLevel, speech.chorusLevel, speech.reverbLevel, speech.compressionLevel, speech.radio, speech.priority);
}
private void filterSpeechQueue(string type, ref ConcurrentQueue <EddiSpeech> speechQueue, EddiSpeech eddiSpeech)
{
if (!(bool)eddiSpeech?.eventType?.Contains(type))
{
speechQueue.Enqueue(eddiSpeech);
}
}
