public void QueueAudio(AudioClip audioFile, EAudioType type, EInterrupt interruptsAudioTypes = EInterrupt.None, bool isInterruptible = true)
{
//Debug.Log("playing " + audioFile.name);
// Build struct and call internal add function
SAudioEntry newEntry = new SAudioEntry();
newEntry.m_Audio = audioFile;
newEntry.m_AudioType = type;
newEntry.m_IsInterruptible = isInterruptible;
QueueAudio(newEntry, interruptsAudioTypes);
}
//////////////////////////////////////////////////////////////////////////
public void QueueAudio(string textForTTS, EAudioType type, bool allowVoiceOver, EInterrupt interruptsAudioTypes = EInterrupt.None, bool isInterruptible = true)
{
//Debug.Log("speaking " + textForTTS);
// Build struct and call internal add function
SAudioEntry newEntry = new SAudioEntry();
newEntry.m_TTS_Text = textForTTS;
newEntry.m_AllowVoiceOver = allowVoiceOver;
newEntry.m_AudioType = type;
newEntry.m_IsInterruptible = isInterruptible;
QueueAudio(newEntry, interruptsAudioTypes);
}
//////////////////////////////////////////////////////////////////////////
private void QueueAudio(SAudioEntry newEntry, EInterrupt interrupts)
{
// check for interrupts and cancel/queue accordingly
if (interrupts != EInterrupt.None)
{
// Stop current element (if any)
if (m_ActiveEntry != null && m_ActiveEntry.m_IsInterruptible)
{
if (((int)m_ActiveEntry.m_AudioType & (int)interrupts) > 0)
{
//Debug.Log("Current audio type is " + m_ActiveEntry.m_AudioType + " and it is interruptible");
StopAudio();
m_ActiveEntry = null;
}
}
// Go through the queue and remove all entries that match the type
int entryCount = m_AudioQueue.Count;
Queue <SAudioEntry> tempQueue = new Queue <SAudioEntry>();
for (int i = 0; i < entryCount; ++i)
{
SAudioEntry entry = m_AudioQueue.Dequeue();
if (!entry.m_IsInterruptible)
{
tempQueue.Enqueue(entry);
}
else if (((int)entry.m_AudioType & (int)interrupts) == 0)
{
tempQueue.Enqueue(entry);
}
}
m_AudioQueue = tempQueue;
}
// Sanity Check - don't queue up empty entries
if (newEntry.m_AudioType == EAudioType.None)
{
return;
}
if (newEntry.m_AudioType != EAudioType.Pause && (newEntry.m_Audio == null && newEntry.m_TTS_Text.Length == 0))
{
return;
}
m_AudioQueue.Enqueue(newEntry);
}
//////////////////////////////////////////////////////////////////////////
public void QueueAudio(string textForTTS, EAudioType type, bool allowVoiceOver, UAP_GenericCallback callbackOnDone = null, EInterrupt interruptsAudioTypes = EInterrupt.None, bool isInterruptible = true)
{
//Debug.Log("speaking " + textForTTS);
// Build struct and call internal add function
SAudioEntry newEntry = new SAudioEntry();
newEntry.m_TTS_Text = Regex.Replace(textForTTS, "(<.[^(><.)]+>)", " ");
newEntry.m_AllowVoiceOver = allowVoiceOver;
newEntry.m_AudioType = type;
newEntry.m_IsInterruptible = isInterruptible;
newEntry.m_CallbackOnDone = callbackOnDone;
QueueAudio(newEntry, interruptsAudioTypes);
}
