/// <summary>
/// To be called OnDestroy() of a given StkMesh to ensure it's respective MeshCluster is notified.
/// Operates on name to not be nullified when Mesh object is deleted and also because Clusters operate on mesh names.
/// </summary>
internal void QueueForUpdate(string meshName, SoundToolKitMeshCluster cluster)
{
if (cluster != null)
{
m_meshMeshClusterPairs.Add(meshName, cluster);
m_updateQueued = true;
}
}
/// <summary>
/// Unloads a given MeshCluster from the scene. Unloaded Clusters do not take part in sound processing.
/// </summary>
public void UnloadMeshCluster(SoundToolKitMeshCluster meshCluster)
{
if (meshCluster != null && meshCluster.Model != null && SoundToolKitManager.Instance != null)
{
SoundToolKitManager.Instance.StkAudioEngine.Scene.RemoveModel(meshCluster.Model);
}
meshCluster.OnMeshesModified -= ReloadMeshCluster;
meshCluster.ClearInternalModel();
}
internal void ReloadMeshCluster(SoundToolKitMeshCluster meshCluster)
{
var scene = SoundToolKitManager.Instance.StkAudioEngine.Scene;
meshCluster.ClearSerializedData();
if (meshCluster.Model != null)
{
scene.RemoveModel(meshCluster.Model);
meshCluster.ClearInternalModel();
}
if (meshCluster.AcousticMeshNames.Any())
{
meshCluster.CreateInternalModel();
scene.AddModel(meshCluster.Model);
}
}
/// <summary>
/// Load a given MeshCluster into the scene. Only MeshClusters that are loaded take part in acoustic processing.
/// </summary>
public void LoadMeshCluster(SoundToolKitMeshCluster meshCluster)
{
if (meshCluster == null)
{
MeshClusters.Remove(meshCluster);
return;
}
if (!meshCluster.AcousticMeshNames.Any())
{
SoundToolKitDebug.LogWarning("Cannot load a MeshCluster that contains no SoundToolKitMeshes. " +
"Please assign SoundToolKitMeshes to a cluster prior to loading it. (Trying to load " +
meshCluster.name + " MeshCluster)");
return;
}
if (meshCluster.Model == null)
{
meshCluster.CreateInternalModel();
}
SoundToolKitManager.Instance.StkAudioEngine.Scene.AddModel(meshCluster.Model);
meshCluster.OnMeshesModified += ReloadMeshCluster;
}