/// <summary>
/// Print running job counts for each aperture
/// </summary>
/// <param name="lens"></param>
static void PrintRunningApertureJobCounts(IFocusLens lens)
{
string debugMessage = "Curring running Aperture Jobs:\n ===== \n";
foreach ((int runningJobCount, string apertureName) in lens.getRunningJobCountPerAperture())
{
debugMessage += $"{apertureName}: {runningJobCount}\n";
}
World.Debug.log(debugMessage);
}
/// <summary>
/// Spawn a new player in and initialize their level focus
/// </summary>
/// <param name="newFocus"></param>
void initilizePlayerFocus(ILevelFocus newFocus)
{
IFocusLens newLens = level.addPlayerFocus(newFocus);
int requiredControllerCount = newLens.initialize();
// create the nodes the new lens will need to render
for (int i = 0; i < requiredControllerCount; i++)
{
ChunkController chunkController = Instantiate(ChunkPrefab).GetComponent <ChunkController>();
chunkController.gameObject.SetActive(false);
chunkController.gameObject.name = $"Chunk #{++currentMaxChunkObjectID}#";
chunkController.initalize(this);
chunkController.transform.SetParent(transform);
freeChunkControllerPool.Enqueue(chunkController);
}
// activate the new focus so it's being tracked
newFocus.activate();
}
/// <summary>
/// Default constructor
/// </summary>
/// <param name="level"></param>
/// <param name="managedChunkRadius"></param>
/// <param name="managedChunkHeight"></param>
protected ChunkResolutionAperture(
Chunk.Resolution resolution,
IFocusLens lens,
int managedChunkRadius,
int managedChunkHeight = 0,
float yDistanceWeightMultiplier = 5.0f
)
{
this.resolution = resolution;
this.lens = lens;
this.managedChunkRadius = managedChunkRadius;
YWeightMultiplier = yDistanceWeightMultiplier;
managedChunkHeightRadius = managedChunkHeight == 0 ? managedChunkRadius : managedChunkHeight;
double distanceSquared = Math.Pow(managedChunkRadius, 2);
double distanceHeightSquared = Math.Pow(managedChunkHeightRadius, 2);
MaxManagedChunkDistance = (int)Math.Sqrt(
// a[a'^2 + b'^2] squared + b squared
distanceSquared + distanceSquared + distanceHeightSquared
);
}
public MeshGenerationAperture(IFocusLens lens, int managedChunkRadius, int managedChunkHeight = 0)
: base(Chunk.Resolution.Meshed, lens, managedChunkRadius, managedChunkHeight)
{
}
public VoxelDataLoadedAperture(IFocusLens lens, int managedChunkRadius, int managedChunkHeight = 0)
: base(Chunk.Resolution.Loaded, lens, managedChunkRadius, managedChunkHeight)
{
}
public ChunkVisibilityAperture(IFocusLens lens, int managedChunkRadius, int managedChunkHeight = 0)
: base(Chunk.Resolution.Visible, lens, managedChunkRadius, managedChunkHeight)
{
}