public bool unloadOnDemandAudioForSoundMarkerIfAllowed(SoundMarker marker, SoundFile soundFile) {
if (!onDemandIsActive) { return false; }
Debug.LogWarning("ON-DEMAND should NOT be Loaded: " + soundFile.filename, this);
// FIRST - make sure no other SoundMarkers are using the SoundFile
IEnumerable<SoundMarker> otherMarkersUsingSoundFile = layoutManager.SoundMarkersUsingSoundFileID(
soundFile.filename,
hotspotIDToExclude: marker.hotspot.id);
foreach (SoundMarker otherMarker in otherMarkersUsingSoundFile) {
if (otherMarker.onDemandAudioShouldBeLoaded) { return false; }
}
// UNLOAD Synced Marker friends if none of them need to be loaded
IEnumerable<SoundMarker> syncedMarkers = layoutManager.layout.getSynchronisedMarkers(marker.hotspot.id);
Debug.LogError("unloadOnDemandAudioForSoundMarkerIsPossible: " + marker.gameObject.name);
if (syncedMarkers == null || !atLeastOneSyncedMarkerClipShouldBeLoaded(syncedMarkers)) {
Debug.LogError (" UNLOAD ON DEMAND!");
// We should UNLOAD this AudioClip...
layoutManager.UnloadSoundMarkerAndSyncedClips(marker, syncedMarkers);
canvasControl.editSoundOverlay.refreshDebugText();
return true;
}
return false;
}
static SoundFile()
{
defaultSoundFile = new SoundFile(Resources.Load <AudioClip>("Default"));
defaultSoundFile.soundName = "Placeholder Sound";
warningSoundFile = new SoundFile(Resources.Load <AudioClip>("air.wav")); // Old Filename: 'VoiceOver'
warningSoundFile.soundName = "Tracking warning";
}
// Loads a soundfile object from a metafile, as well as preloading the audio
public static IEnumerator LoadSoundFileFromMeta(string filename, Dictionary <string, SoundFile> into)
{
// Load the metadata
SoundFile sf = ReadFromMeta(filename);
sf.loadState = LoadState.Loading;
// Get and bind the assoc soundfile
string url = "file://" + sf.wavPath; // System.Text.Encoding.UTF8
using (UnityWebRequest req = UnityWebRequestMultimedia.GetAudioClip(url, AudioType.WAV)) {
yield return(req.SendWebRequest());
if (req.isNetworkError)
{
Debug.Log(req.error);
sf.loadState = LoadState.Fail;
}
else
{
AudioClip ac = DownloadHandlerAudioClip.GetContent(req);
sf.clip = ac;
sf.loadState = LoadState.Success;
into[sf.filename] = sf;
}
}
}
public void ListCellClicked(CanvasListCell <SoundFile> listCell, SoundFile sf)
{
// !!! SoundFile binding OCCURS ON ConfirmButtonClicked()
if (canvasDelegate == null)
{
return;
}
VoiceOver.main.StopPreview();
//canvasDelegate.LoadSoundClipsExclusivelyForCurrentLayout(
if (canvasDelegate.IsOnDemandActive())
{
canvasDelegate.RefreshLoadStateForSoundMarkers(
completion: () => {
if (sf.loadState == LoadState.Success && sf.clip != null)
{
return;
}
canvasDelegate.LoadClipInSoundFile(sf, completion: (SoundFile returnedSoundFile) => {
VoiceOver.main.PlayPreview(returnedSoundFile);
listCell.ReloadUI();
});
});
}
else
{
// ON-DEMAND is NOT active
VoiceOver.main.PlayPreview(sf);
listCell.ReloadUI();
}
}
static SoundFile()
{
defaultSoundFile = new SoundFile(Resources.Load <AudioClip>("Default"));
defaultSoundFile.soundName = "Placeholder Sound";
warningSoundFile = new SoundFile(Resources.Load <AudioClip>("VoiceOver"));
warningSoundFile.soundName = "Tracking warning";
}
// Load all Audio File's into the SoundFile dictionary
public void LoadSoundMetaFiles(Action completion)
{
// Make sure all 'audio files on disk' have meta files
SoundFile.CreateNewMetas();
// Populate the SoundFile dictionary
int numLoaded = 0;
Dictionary <string, SoundFile> sfDict = this.soundDictionary;
foreach (var filename in SoundFile.metaFiles)
{
SoundFile newSoundFile = SoundFile.ReadFromMeta(filename);
// If the SoundFile has already been loaded, don't reload it
if (sfDict.TryGetValue(newSoundFile.filename, out SoundFile sf))
{
if (sf.loadState == LoadState.Success)
{
++numLoaded;
}
continue;
}
newSoundFile.loadState = LoadState.NotLoaded;
sfDict[newSoundFile.filename] = newSoundFile;
}
layoutManagerDelegate?.LayoutManagerLoadedAudioClipsChanged(this,
hotspotCount: layout != null ? layout.hotspots.Count : 0);
// Debug.Log("Reloaded Metafiles... " + numLoaded + " SoundClip(s) are loaded. "
// + ( SoundFile.metaFiles.Count() - numLoaded ) + " NOT loaded.");
completion();
}
private void UserDidEnterOnDemandLoadTrigger()
{
if (_onDemandAudioShouldBeLoaded)
{
return;
}
_onDemandAudioShouldBeLoaded = true;
// Debug.LogWarning("ON-DEMAND SHOULD be Loaded: " + this.hotspot.soundFile.filename, this);
// Markers with Infinite Max Distance should be ignored
if (hotspot.hasInfiniteMaxDistance)
{
return;
}
SoundFile sf = hotspot.soundFile;
if (sf.isDefaultSoundFile)
{
return;
} // Skip the default soundFile
// We should LOAD this AudioClip...
markerDelegate?.loadOnDemandAudioForSoundMarker(this, sf); // This will also load synchronised SoundMarkers
}
// private void UserDidEnterOnDemandUnloadTrigger() {
// }
// - - - - - - - - - - - - - - - - - - - - - - -
// private void UserDidExitOnDemandLoadTrigger() {
// }
private void UserDidExitOnDemandUnloadTrigger()
{
if (!_onDemandAudioShouldBeLoaded)
{
return;
}
_onDemandAudioShouldBeLoaded = false;
// Debug.LogWarning("ON-DEMAND should NOT be Loaded: " + this.hotspot.soundFile.filename, this);
// Markers with Infinite Max Distance should be ignored
if (hotspot.hasInfiniteMaxDistance)
{
return;
}
SoundFile sf = hotspot.soundFile;
if (sf.isDefaultSoundFile)
{
return;
} // Skip the default soundFile
// We should UNLOAD this AudioClip... (if all other Synced SoundMarkers shouldBeUnloaded)
markerDelegate?.unloadOnDemandAudioForSoundMarkerIfAllowed(this, sf); // This will also load synchronised SoundMarkers
}
private void PlayThis(SoundFile sf, bool playOnLoop = false)
{
AdjustVolume(voiceOver: true);
audioSource.clip = sf.clip;
audioSource.loop = playOnLoop;
audioSource.Play();
}
private static IEnumerator loadSoundFileClip(SoundFile sf, System.Action <SoundFile> completion = null)
{
if (sf.isDefaultSoundFile || (sf.loadState == LoadState.Success && sf.clip != null))
{
// ALREADY LOADED!
if (completion != null)
{
completion(sf);
}
yield break;
}
sf.loadState = LoadState.Loading;
// Get and bind the assoc soundfile
string url = "file://" + sf.soundFilepath; // System.Text.Encoding.UTF8
using (UnityWebRequest req = UnityWebRequestMultimedia.GetAudioClip(url,
MP3_otherwise_WAV ? AudioType.MPEG : AudioType.WAV)) {
DownloadHandlerAudioClip dHandler = req.downloadHandler as DownloadHandlerAudioClip;
// dHandler.streamAudio = true;
dHandler.compressed = true;
yield return(req.SendWebRequest());
// if (dHandler.isDone) {
// Debug.Log("Get Audio clip IS DONE");
// } else {
// Debug.Log("Get Audio clip is NOT done");
// }
if (req.error != null)
{
Debug.Log(req.error + " for: " + url);
sf.loadState = LoadState.Fail;
}
else
{
AudioClip ac = DownloadHandlerAudioClip.GetContent(req);
if (ac != null)
{
// Debug.Log("AudioClip loadState: " + ac.loadState + " - " + sf.filename);
if (sf.clip != null)
{
GameObject.Destroy(sf.clip);
}
sf.clip = ac;
sf.loadState = LoadState.Success;
sf.duration = Mathf.RoundToInt(ac.length);
sf.Save();
}
}
}
// Debug.LogWarning("SoundFile::loadSoundFileClip WILL call completion...");
if (completion != null)
{
completion(sf);
}
}
public void BindSoundFile(SoundFile sf) {
if (SoundMarkerIsSelected()) {
layoutManager.Bind(objectSelection.selectedMarker, sf, reloadSoundClips: true);
} else {
// Another use case?
Debug.Log("NO SSO SELECTD");
}
}
private void PlayThis(SoundFile sf, bool playOnLoop = false, float volume = 1.0f) {
_voiceOverDelegate?.voiceOverWillStart();
audioSource.clip = sf.clip;
audioSource.loop = playOnLoop;
audioSource.volume = volume;
audioSource.Play();
}
public void RecordNewSound()
{
var stamp = System.DateTime.Now.ToString();
var sf = new SoundFile(stamp);
AudioSource audioSource = GetComponent <AudioSource>();
audioSource.clip = Microphone.Start("Built-in Microphone", true, 10, 44100);
audioSource.Play();
}
// --------------------------
// ACTUAL IMPLEMENTATIONS BELOW
/*
####### # # ###### ####### # # # # # ######
# # ## # # # # ## ## # # ## # # #
# # # # # # # # # # # # # # # # # # #
# # # # # ##### # # ##### # # # # # # # # # #
# # # # # # # # # # ####### # # # # #
# # # ## # # # # # # # # ## # #
####### # # ###### ####### # # # # # # ######
#######
*/
void loadClipInSoundFile(SoundFile soundFile, Action <SoundFile> completion)
{
LoadClipInSoundFileOnCoroutine(soundFile, marker: null,
completion: (SoundFile returnedSoundFile) => {
if (completion != null)
{
completion(returnedSoundFile);
}
});
}
void unloadSoundMarkerAndSyncedClips(SoundMarker marker, IEnumerable <SoundMarker> syncedMarkers)
{
SoundFile markerSF = marker.hotspot.soundFile;
if (!markerSF.isDefaultSoundFile && (markerSF.loadState == LoadState.Success || markerSF.clip != null))
{
// Unload the first marker
// marker.SetAudioPauseState(true);
marker.OnDemandNullifyAudioClip();
if (destroyImmediate)
{
UnityEngine.GameObject.DestroyImmediate(markerSF.clip, allowDestroyingAssets: false);
}
else
{
UnityEngine.GameObject.Destroy(markerSF.clip);
}
markerSF.clip = null;
markerSF.loadState = LoadState.NotLoaded;
}
// - - - - - - - - - - - - - - - - - - -
// Unload Synced Markers
if (syncedMarkers != null)
{
foreach (SoundMarker syncedMarker in syncedMarkers)
{
SoundFile syncedSF = syncedMarker.hotspot.soundFile;
if (!syncedSF.isDefaultSoundFile && (syncedSF.loadState == LoadState.Success || syncedSF.clip != null))
{
// syncedMarker.SetAudioPauseState(true);
syncedMarker.OnDemandNullifyAudioClip();
if (destroyImmediate)
{
UnityEngine.GameObject.DestroyImmediate(syncedSF.clip, allowDestroyingAssets: false);
}
else
{
UnityEngine.GameObject.Destroy(syncedSF.clip);
}
syncedSF.clip = null;
syncedSF.loadState = LoadState.NotLoaded;
}
}
}
// - - - - - - - - - - - - - - - - - - -
_managerDelegate?.OnDemandLoadingLoadedAudioClipsChanged(this);
}
// ===================================================
/*
# ####### ##### ### #####
# # # # # # # #
# # # # # #
# # # # #### # #
# # # # # # #
# # # # # # # #
####### ####### ##### ### ##### */
// ===================================================
private void loadAllAudioClipsIntoMemory(List <SoundMarker> markers, Layout layout, Action completion)
{
if (_managerDelegate == null || layout == null)
{
return;
}
Dictionary <string, SoundFile> sfDict = _managerDelegate.getSoundDictionary();
int numLoaded = _managerDelegate.getNumLoadedInSoundDictionary();
// UnityEngine.Debug.LogWarning("loadAllAudioClipsIntoMemory: " + numLoaded);
LambdaWaiter <SoundFile> lambdaWaiter = new LambdaWaiter <SoundFile>();
HashSet <SoundFile> loadingOrLoadedSoundFiles = new HashSet <SoundFile>();
foreach (SoundMarker marker in markers)
{
SoundFile sf;
if (!sfDict.TryGetValue(marker.hotspot.soundID, out sf))
{
continue;
}
// The Marker SHOULD be loaded
loadingOrLoadedSoundFiles.Add(sf);
LoadClipInSoundFileOnCoroutine(sf, marker,
lambdaWaiter.AddCallback((SoundFile returnedSoundFile) => {
}));
}
foreach (SoundFile sf in sfDict.Values)
{
if (loadingOrLoadedSoundFiles.Contains(sf))
{
continue;
}
loadingOrLoadedSoundFiles.Add(sf);
// sf.loadState = LoadState.Loading;
_managerDelegate?.StartCoroutineOn(SoundFile.LoadClipInSoundFile(sf,
lambdaWaiter.AddCallback((SoundFile returnedSoundFile) => {
})));
}
lambdaWaiter.WaitForAllCallbacks(() => {
_managerDelegate?.OnDemandLoadingLoadedAudioClipsChanged(this);
if (completion != null)
{
completion();
}
});
}
public void Bind(SoundMarker obj, SoundFile sf, bool reloadSoundClips)
{
// bind these
obj.hotspot.Set(sf.filename);
obj.LaunchNewClip(sf.clip);
// When a new binding occurs, we SHOULD refresh the loaded sound clips
// if (reloadSoundClips) { LoadSoundClipsExclusivelyForCurrentLayout(() => { }); }
if (reloadSoundClips && layout.onDemandActive)
{
RefreshLoadStateForSoundMarkers(MainController.soundMarkers, () => { });
}
}
// --------------------------
public void LoadClipInSoundFile(SoundFile soundFile, Action <SoundFile> completion)
{
if (_operationQueue.Count < 1)
{
loadClipInSoundFile(soundFile, completion: (SoundFile sf) => {
completion(sf);
this.performNextOperationInQueue();
});
}
else
{
UnityEngine.Debug.LogError("ENQUEUE LoadClipInSoundFile");
_operationQueue.Enqueue(new LoadAudioClipOperation(soundFile, completion));
}
}
public void loadOnDemandAudioForSoundMarker(SoundMarker marker, SoundFile soundFile) {
if (!onDemandIsActive) { return; }
Debug.LogWarning("ON-DEMAND SHOULD be Loaded: " + soundFile.filename);
// Debug.Log("loadOnDemandAudioForSoundMarker: " + soundFile.filename);
layoutManager.LoadSoundMarkerAndSyncedClips(marker, completion:
(HashSet<SoundMarker> loadedMarkers) => {
Debug.LogWarning( "loadOnDemandAudioForSoundMarker COMPLETE!");
canvasControl.editSoundOverlay.refreshDebugText();
// foreach (var loadedMarker in loadedMarkers) {
// }
});
}
void loadSoundMarkerAndSyncedClips(SoundMarker marker, Layout layout, Action <HashSet <SoundMarker> > completion)
{
HashSet <SoundFile> loadingOrLoadedSoundFiles = new HashSet <SoundFile>();
HashSet <SoundMarker> loadingOrLoadedMarkers = new HashSet <SoundMarker>();
LambdaWaiter <SoundFile> lambdaWaiter = new LambdaWaiter <SoundFile>();
// Load the SoundFile for the marker passed in
SoundFile markerSF = marker.hotspot.soundFile;
loadingOrLoadedSoundFiles.Add(markerSF);
loadingOrLoadedMarkers.Add(marker);
if (!markerSF.isDefaultSoundFile)
{
LoadClipInSoundFileOnCoroutine(markerSF, marker,
lambdaWaiter.AddCallback((SoundFile returnedSoundFile) => {
}));
}
// - - - - - - - - - - - - - - - - - - -
// Load the Synced Markers
IEnumerable <SoundMarker> syncedMarkers = layout.getSynchronisedMarkers(marker.hotspot.id);
if (syncedMarkers != null)
{
foreach (SoundMarker syncedMarker in syncedMarkers)
{
SoundFile syncedSF = syncedMarker.hotspot.soundFile;
loadingOrLoadedSoundFiles.Add(syncedSF);
loadingOrLoadedMarkers.Add(syncedMarker);
if (!markerSF.isDefaultSoundFile)
{
LoadClipInSoundFileOnCoroutine(syncedSF, syncedMarker,
lambdaWaiter.AddCallback((SoundFile returnedSoundFile) => {
}));
}
}
}
// - - - - - - - - - - - - - - - - - - -
// Wait for loading to complete
lambdaWaiter.WaitForAllCallbacks(() => {
if (completion != null)
{
completion(loadingOrLoadedMarkers);
}
});
}
public void refreshDebugText()
{
if (canvasDelegate == null || canvasDelegate.objectSelection == null || canvasDelegate.objectSelection.selectedMarker == null ||
canvasDelegate.objectSelection.selectedMarker.hotspot == null)
{
return;
}
SoundFile markerSoundFile = canvasDelegate.objectSelection.selectedMarker.hotspot.soundFile;
if (markerSoundFile == null)
{
return;
}
debugText.text = markerSoundFile.filename + (markerSoundFile.loadState == LoadState.Success ? " is LOADED" : " is NOT loaded");
}
public static void CreateNewMetas()
{
// Get list of soundFiles listed in metafiles
List <string> foundFilenamesWithData = new List <string>();
foreach (string filename in SoundFile.metaFiles)
{
foundFilenamesWithData.Add(ReadFromMeta(filename).soundFilepath);
}
// look for wavs without metas and create them
foreach (string filename in SoundFile.soundFilenames)
{
if (!foundFilenamesWithData.Contains(filename))
{
SoundFile sf = new SoundFile(filename);
sf.Save();
}
}
}
public void OnDemandSoundFileClipWasLoaded(SoundFile sf)
{
//Debug.LogWarning("SoundMarker::OnDemandSoundFileClipWasLoaded " + sf.filename);
// ----------------------
// !!! This is important, otherwise we hear an artifact when the clip is assigned (Caused by Resonance)
resonance.enabled = false;
// ----------------------
setAudioClip(sf.clip);
if (!_audioSrc.isPlaying)
{
_audioSrc.UnPause();
_audioSrc.Play();
}
// ----------------------
// !!! This is important, otherwise we hear an artifact when the clip is assigned (Caused by Resonance)
resonance.enabled = true;
// ----------------------
}
// --------------------------
private void LoadClipInSoundFileOnCoroutine(SoundFile sf, SoundMarker marker, System.Action <SoundFile> completion = null)
{
if (sf.isDefaultSoundFile || (sf.loadState == LoadState.Success && sf.clip != null))
{
if (marker != null)
{
marker.OnDemandSoundFileClipWasLoaded(sf);
}
completion(sf);
return;
}
sf.loadState = LoadState.Loading;
_managerDelegate?.StartCoroutineOn(SoundFile.LoadClipInSoundFile(sf,
completion: (SoundFile returnedSoundFile) => {
_managerDelegate?.OnDemandLoadingLoadedAudioClipsChanged(this);
if (marker != null)
{
marker.OnDemandSoundFileClipWasLoaded(returnedSoundFile);
}
completion(returnedSoundFile);
}));
}
public void LoadSoundFiles(Action completion)
{
var into = this.soundDictionary; // A nice little alias for it
// Make sure we have data for every wav
SoundFile.CreateNewMetas();
// load all sound files from their metas
foreach (var filename in SoundFile.metaFiles)
{
SoundFile sf = SoundFile.ReadFromMeta(filename);
string wavName = sf.filename;
// If the SoundFile has already been loaded, don't reload it
if (soundDictionary.ContainsKey(wavName))
{
continue;
}
layoutManagerDelegate?.StartCoroutineOn(SoundFile.LoadSoundFileFromMeta(filename, into));
}
layoutManagerDelegate?.StartCoroutineOn(SoundFile.AwaitLoading(into, completion));
}
public void PlayPreview(SoundFile sf)
{
PlayThis(sf, playOnLoop: true);
}
public void SoundMarkerSelected(SoundMarker selectedMarker)
{
// Change the InputField text
soundNameInputField.text = selectedMarker.hotspot.name;
soundLabelResizeText.text = selectedMarker.hotspot.name;
// Change the 2D UI representation
soundAppearanceImage.sprite = selectedMarker.iconSprite;
soundShapeImage.sprite = selectedMarker.soundShapeSprite;
// Set the trigger and loop toggles
triggerPlaybackToggle.isOn = selectedMarker.hotspot.triggerPlayback;
playOnceToggle.isOn = selectedMarker.hotspot.playOnce;
loopAudioToggle.isOn = selectedMarker.hotspot.loopAudio;
bool loopAudioInteractable = selectedMarker.hotspot.triggerPlayback;
if (selectedMarker.hotspot.playOnce)
{
loopAudioInteractable = false;
}
loopAudioToggle.interactable = loopAudioInteractable;
SetTriggerVisualInteractiveState(loopAudioToggle, loopAudioInteractable, selectedMarker.hotspot.loopAudio);
pitchSlider.value = selectedMarker.hotspot.pitchBend;
volumeSlider.value = selectedMarker.hotspot.soundVolume;
// Filter values
freqCutoffSlider.value = selectedMarker.hotspot.freqCutoff;
phaserSlider.value = selectedMarker.hotspot.phaserLevel;
distortionSlider.value = selectedMarker.hotspot.distortion;
echoSlider.value = selectedMarker.hotspot.echoMagnitude;
updateSyncedMarkersUI(selectedMarker);
// Change the colour of the UI
updateUIColor(selectedMarker.color, notifyDelegate: false);
// Color newCol = selectedSound.color;
// repositionImage.color = newCol;
// soundAppearanceImage.color = newCol;
// soundColorImage.color = newCol;
// minRadiusSlider.SetColorTint(newCol);
// maxRadiusSlider.SetColorTint(newCol);
// UnityEngine.UI.ColorBlock cols = soundSrcButton.colors;
// cols.normalColor = newCol;
// cols.highlightedColor = newCol.ColorWithBrightness(-0.15f);
// cols.pressedColor = newCol.ColorWithBrightness(-0.3f);
// soundSrcButton.colors = cols;
minRadiusSlider.SetSliderRadius(selectedMarker.soundMinDist, notifyDelegate: false);
maxRadiusSlider.SetSliderRadius(selectedMarker.soundMaxDist, notifyDelegate: false);
SoundFile markerSoundFile = selectedMarker.hotspot.soundFile;
if (markerSoundFile.isDefaultSoundFile)
{
soundFilenameText.text = "Tap to change sound";
}
else
{
soundFilenameText.text = "\"" + markerSoundFile.filenameWithExtension + "\"";
}
int charLimit = 21;
int charsOver = soundFilenameText.text.Length - charLimit;
float percentOverCharLimit = (charsOver > 0) ? (charsOver / 8f) : 0;
soundFilenameText.fontSize = 36 - (int)(8 * percentOverCharLimit);
refreshDebugText();
// debugText.text = selectedMarker.userHasHeardSound ? "User HAS heard" : "NOT heard";
}
public void LoadClipInSoundFile(SoundFile soundFile, System.Action <SoundFile> completion)
{
onDemandLoadingManager.LoadClipInSoundFile(soundFile, completion);
}
private void Awake()
{
preloadInstance = this;
}
// Loads a soundfile object from a metafile, as well as preloading the audio
// public static IEnumerator LoadSoundFileFromMeta(string filename, Dictionary<string, SoundFile> into, System.Action completion = null) {
// // Load the metadata
// SoundFile sf = ReadFromMeta(filename);
// yield return loadSoundFileClip(sf, completion);
// }
public static IEnumerator LoadClipInSoundFile(SoundFile sf, System.Action <SoundFile> completion = null)
{
yield return(loadSoundFileClip(sf, completion));
}