protected virtual void OnCollisionEnter(Collision collision)
{
Collider collider = collision.collider;
if (SoundObjects.ContainsKey(collider))
{
NVRCollisionSoundObject collisionSoundObject = SoundObjects[collider];
float volume = CalculateImpactVolume(collision);
if (volume < NVRCollisionSoundController.Instance.MinCollisionVolume)
{
//Debug.Log("Volume too low to play: " + Volume);
return;
}
NVRCollisionSoundController.Play(this.Material, collision.contacts[0].point, volume);
NVRCollisionSoundController.Play(collisionSoundObject.Material, collision.contacts[0].point, volume);
}
}
public void PlayCollisionAudio(Collision collision, float volume)
{
if (m_cooldownTimer > 0)
{
// Ignore sound
return;
}
float thisScale = transform.localScale.x;
// Play this object's collision sound, depending on scale if so configured
string thisMat = m_material;
if (m_smallScaleThreshold != 0.0f && thisScale < m_smallScaleThreshold)
{
thisMat = m_smallScaleMaterial;
}
else if (m_largeScaleThreshold != 0.0f && thisScale > m_largeScaleThreshold)
{
thisMat = m_largeScaleMaterial;
}
if (string.IsNullOrEmpty(thisMat))
{
thisMat = NVRCollisionSoundMaterialsList.DefaultMaterial;
}
if (thisMat != NVRCollisionSoundMaterialsList.EmptyMaterialName)
{
//Debug.Log("Play " + thisMat + " " + gameObject.name);
NVRCollisionSoundController.Play(thisMat, collision.contacts[0].point, volume);
}
if (m_soundCooldown > 0)
{
// Start timer to prevent multiple sounds triggered in quick succession
m_cooldownTimer = m_soundCooldown;
}
}