//Plays a Persistent Audio
void PlayMusic()
{
MultiAudioSource persistentAudio = MultiAudioManager.PlayAudioObjectByIdentifier("bgm test", 3, transform.position);
//Makes the sound persistent
persistentAudio.PersistsBetweenScenes = true;
}
void Pickup()
{
//Plays a Global Audio Object via its Identifier
MultiAudioManager.PlayAudioObjectByIdentifier("coin sfx", transform.position);
meshRender.enabled = false;
}
private void Update()
{
//Plays the Audio Object assigned to the Runtime Identifier "surfaceSound"
if (Input.GetKeyDown(KeyCode.Space))
{
MultiAudioManager.PlayAudioObjectByIdentifier("[rt]surfaceSound", transform.position);
}
}
//Plays an Audio Object overriting some of its parameters
void PlaySoundOverrideParameters()
{
MultiAudioSource sound = MultiAudioManager.PlayAudioObject(refAudioObject, transform.position);
//Play the audio backwards
sound.PitchOverride = -1;
//Change the spatial mode to 2D
sound.SpatialMode2DOverride = true;
}
//Fade In a Normal Music
void FadeInNonPersistentMusic()
{
// Checks if an Multi Audio Source is playing at Channel 3 to fade in correctly the new audio without immediately stop the previous one
if (MultiAudioManager.GetAudioSourceAtChannel(3) != null)
{
MultiAudioManager.FadeOutAudioSource(3, 1f); //Fade out previous audio
MultiAudioManager.FadeInDelayedAudioObject(musicAudioObject, 1.25f, 3, transform.position, 2f); //Fade in new audio 0.25 seconds after the fade out of the previous audio
}
else
{
MultiAudioManager.FadeInAudioObject(musicAudioObject, 3, transform.position, 2f); //Fade in new audio
}
}
private void Update()
{
bool surfaceChange = false;
if (Input.GetKeyDown(KeyCode.D))
{
surface += 1;
if (surface > 2)
{
surface = 0;
}
surfaceChange = true;
}
else if (Input.GetKeyDown(KeyCode.A))
{
surface -= 1;
if (surface < 0)
{
surface = 2;
}
surfaceChange = true;
}
//Assigns a different Audio Object to the Runtime Identifier "surfaceSound" when surface changes
if (surfaceChange)
{
switch (surface)
{
case 1:
MultiAudioManager.AssignRuntimeIdentifierAudioObject(surfaceSoundIdentifier, metalSfx);
break;
case 2:
MultiAudioManager.AssignRuntimeIdentifierAudioObject(surfaceSoundIdentifier, waterSfx);
break;
default:
MultiAudioManager.AssignRuntimeIdentifierAudioObject(surfaceSoundIdentifier, concreteSfx);
break;
}
surfaceChange = false;
}
}
public static void PlayWithDifferentPitch(this AudioObject ao, int channel, Vector3 position, float pitchMultiplier)
{
MultiAudioManager.PlayAudioObject(ao, channel, position).PitchOverride = ao.pitch * pitchMultiplier;
}
public static void Play(this AudioObject ao, int channel, Vector3 position, MultiAudioManager.UpdateModes updateMode)
{
MultiAudioSource _source = MultiAudioManager.PlayAudioObject(ao, channel, position);
_source.PlayUpdateMode = updateMode;
}
//Plays an Audio Object with another Audio Clip
void PlayAudioObjectOverride()
{
MultiAudioManager.PlayAudioObjectOverride(clipForOverride, refAudioObject, transform.position);
}
public static void Play(this AudioObject ao, int channel, Vector3 position)
{
MultiAudioManager.PlayAudioObject(ao, channel, position);
}
private void Awake()
{
//Defines the Runtime Identifier "surfaceSound" with a default value
MultiAudioManager.DefineRuntimeIdentifier(surfaceSoundIdentifier, concreteSfx);
}
public static void PlayIgnoringPause(this AudioObject ao, Transform trf)
{
MultiAudioSource source = MultiAudioManager.PlayAudioObject(ao, trf);
source.IgnoreListenerPause = true;
}
//Plays a Normal Music
void PlayNonPersistentMusic()
{
MultiAudioManager.PlayAudioObjectByIdentifier("bgm test", 3, transform.position);
}
//Fade In a Normal Music
void FadeInNonPersistentMusic()
{
MultiAudioManager.FadeInAudioObjectByIdentifier("bgm test", 3, transform.position, 2f);
}
//Plays a Normal Music
void PlayNonPersistentMusic()
{
MultiAudioManager.PlayAudioObject(musicAudioObject, 3, transform.position);
}
//Plays a sound at no channel
void PlayVoice()
{
MultiAudioManager.PlayAudioObjectByIdentifier("hello", transform.position);
}
//Plays an Audio Object by its identifier
void PlayAudioObjectByIdentifier()
{
MultiAudioManager.PlayAudioObjectByIdentifier("coin sfx", transform.position);
}
public static void PlayWithDifferentPitch(this AudioObject ao, int channel, Transform targetToFollow, float pitchMultiplier)
{
MultiAudioManager.PlayAudioObject(ao, channel, targetToFollow).PitchOverride = ao.pitch * pitchMultiplier;
}
public static void PlayIgnoringPause(this AudioObject ao, Vector3 position)
{
MultiAudioSource source = MultiAudioManager.PlayAudioObject(ao, position);
source.IgnoreListenerPause = true;
}
//Stop Audio at Channel 3
void StopMusic()
{
MultiAudioManager.StopAudioSource(3);
}
void Update()
{
// Simple test movement code
vel = Vector3.zero;
if (Input.GetKey(inputs [0]))
{
vel += Vector3.forward;
lastVel = vel;
}
if (Input.GetKey(inputs [1]))
{
vel += -Vector3.forward;
lastVel = vel;
}
if (Input.GetKey(inputs [2]))
{
vel += Vector3.right;
lastVel = vel;
}
if (Input.GetKey(inputs [3]))
{
vel += -Vector3.right;
lastVel = vel;
}
Vector3 finalVel = (vel.normalized * speed) * Time.deltaTime;
finalVel.y = 0;
rb.velocity = finalVel;
// Simple test rotation code
if (lastVel != Vector3.zero)
{
transform.rotation = Quaternion.Slerp(transform.rotation, Quaternion.LookRotation(lastVel), Time.deltaTime * 15f);
}
// Change Reverb Preset inside the cave
if (insideReverbZone)
{
listener.ReverbPreset = AudioReverbPreset.Cave;
}
else
{
listener.ReverbPreset = AudioReverbPreset.Off;
}
//Pause the Game
if (playerId == 1 && Input.GetKeyDown("return"))
{
MultiAudioManager.Paused = !MultiAudioManager.Paused;
if (MultiAudioManager.Paused)
{
MultiAudioSource pauseBgm = MultiAudioManager.PlayAudioObjectByIdentifier("pause music", 6, transform.position);
pauseBgm.IgnoreListenerPause = true;
pauseCanvas.SetActive(true);
Time.timeScale = 0;
}
else
{
MultiAudioManager.StopAudioSource(6);
pauseCanvas.SetActive(false);
Time.timeScale = 1;
}
}
}
//Fade Audio at Channel 3
void FadeOutMusic()
{
MultiAudioManager.FadeOutAudioSource(3, 2f);
}
public static void Play(this AudioObject ao, int channel, Vector3 position, out MultiAudioSource audioSource)
{
audioSource = MultiAudioManager.PlayAudioObject(ao, channel, position);
}
//This is the important part, the Custom Play Method
public void PlayFootstep(MLPASACustomPlayMethodParameters parameters)
{
MultiAudioSource source = MultiAudioManager.PlayAudioObject(parameters.AudioObject, parameters.CustomParameters.IntParameter == 1?rightFoot.position:leftFoot.position);
source.MasterVolume = speed;
}
public static void Play(this AudioObject ao, int channel, Transform targetToFollow)
{
MultiAudioManager.PlayAudioObject(ao, channel, targetToFollow);
}
//Plays an Audio Object
void PlayAudioObject()
{
MultiAudioManager.PlayAudioObject(refAudioObject, transform.position);
}
public static void Play(this AudioObject ao, int channel, Transform targetToFollow, out MultiAudioSource audioSource)
{
audioSource = MultiAudioManager.PlayAudioObject(ao, channel, targetToFollow);
}
void Awake()
{
//Plays an occludable Audio Object by its identifier and makes that follows the position of this GameObject
MultiAudioManager.PlayAudioObjectByIdentifier("bgm test", transform, true);
}
public static void Play(this AudioObject ao, Transform targetToFollow, MultiAudioManager.UpdateModes updateMode)
{
MultiAudioSource _source = MultiAudioManager.PlayAudioObject(ao, targetToFollow);
_source.PlayUpdateMode = updateMode;
}
void Awake()
{
//Plays an occludable Audio Object and makes that follows the position of this GameObject
MultiAudioManager.PlayAudioObject(bgm, transform, true);
}