public static bool TryGetWorldLayerCount(MapBuilderSettings mapBuilderSettings,
string worldSize, out int worldLayerCount)
{
switch (worldSize)
{
case SmallLevelFlag:
worldLayerCount = 4;
break;
case LargeLevelFlag:
worldLayerCount = mapBuilderSettings.LargeWorldLayerCount;
break;
default:
return(int.TryParse(worldSize, out worldLayerCount));
}
return(true);
}
// Get the world size from the config, and use it to generate the correct-sized level
public static IEnumerator GenerateMap(
MapBuilderSettings mapBuilderSettings,
Transform workerTransform,
Connection connection,
string workerType,
ILogDispatcher logDispatcher,
WorkerConnectorBase worker)
{
var worldSize = GetWorldSizeFlag(connection);
if (!TryGetWorldLayerCount(mapBuilderSettings, worldSize, out var worldLayerCount))
{
logDispatcher.HandleLog(LogType.Error,
new LogEvent("Invalid world_size worker flag. Make sure that it is either small or large,")
.WithField("world_size", worldSize));
yield break;
}
var levelInstance = worker.LevelInstance = new GameObject();
levelInstance.name = $"FPS-Level_{worldLayerCount}({workerType})";
levelInstance.transform.position = workerTransform.position;
levelInstance.transform.rotation = workerTransform.rotation;
var mapBuilder = new MapBuilder(mapBuilderSettings, levelInstance);
var volumesPrefab = mapBuilderSettings.WorldTileVolumes == null
? null
: Object.Instantiate(mapBuilderSettings.WorldTileVolumes);
yield return(mapBuilder.CleanAndBuild(worldLayerCount));
if (volumesPrefab != null)
{
UnityObjectDestroyer.Destroy(volumesPrefab);
}
}
public MapBuilder(MapBuilderSettings mapBuilderSettings, GameObject gameObject)
{
this.mapBuilderSettings = mapBuilderSettings;
this.gameObject = gameObject;
}
public static Vector3 GetWorldDimensions(MapBuilderSettings mapBuilderSettings, int worldLayerCount)
{
var dimensions = worldLayerCount * mapBuilderSettings.UnitsPerTile * 2 + mapBuilderSettings.UnitsPerBlock;
return(new Vector3(dimensions, 100f, dimensions));
}
