public SceneMetricsController(IParcelScene sceneOwner)
{
this.scene = sceneOwner;
uniqueMeshesRefCount = new Dictionary <Mesh, int>();
uniqueMaterialsRefCount = new Dictionary <Material, int>();
entitiesMetrics = new Dictionary <IDCLEntity, EntityMetrics>();
model = new SceneMetricsModel();
if (VERBOSE)
{
Debug.Log("Start ScenePerformanceLimitsController...");
}
}
public SceneMetricsModel GetLimits()
{
if (cachedModel == null)
{
cachedModel = new SceneMetricsModel();
int parcelCount = scene.sceneData.parcels.Length;
float log = Mathf.Log(parcelCount + 1, 2);
float lineal = parcelCount;
cachedModel.triangles = (int)(lineal * LimitsConfig.triangles);
cachedModel.bodies = (int)(lineal * LimitsConfig.bodies);
cachedModel.entities = (int)(lineal * LimitsConfig.entities);
cachedModel.materials = (int)(log * LimitsConfig.materials);
cachedModel.textures = (int)(log * LimitsConfig.textures);
cachedModel.meshes = (int)(log * LimitsConfig.meshes);
cachedModel.sceneHeight = (int)(log * LimitsConfig.height);
}
return(cachedModel);
}
public bool IsInsideTheLimits()
{
SceneMetricsModel limits = GetLimits();
SceneMetricsModel usage = GetModel();
if (usage.triangles > limits.triangles)
{
return(false);
}
if (usage.bodies > limits.bodies)
{
return(false);
}
if (usage.entities > limits.entities)
{
return(false);
}
if (usage.materials > limits.materials)
{
return(false);
}
if (usage.textures > limits.textures)
{
return(false);
}
if (usage.meshes > limits.meshes)
{
return(false);
}
return(true);
}