void Start()
{
//To get the same random numbers each time we run the script
Random.InitState(100);
OceanGenerator = new OceanGenerator(randomFillPercent, gridSize);
OceanGenerator.RandomizeMap();
//For testing that init is working
GenerateAndDisplayTexture(OceanGenerator.GetMap());
//Start the simulation
StartCoroutine(SimulateCavePattern());
}
// Launches the generation of the specified water body (or all of them if index = -1).
public void RecalculateWaterBodies(int index = -1)
{
// Reset all roads, since roads will have to be recalculated after any water body change.
foreach (RoadGenerator thread in roadThreads.Values)
thread.Abort ();
roadThreads.Clear ();
if (roadsCoroutine != null) {
StopCoroutine (roadsCoroutine);
roadsCoroutine = null;
}
for (int i = ((index < 0) ? 0 : index); i < ((index < 0) ? waterBodiesDefinitionData.Count : (index + 1)); i++) {
if (waterBodiesThreads.ContainsKey (i)) // If thread for this water body is running, substitute it.
waterBodiesThreads[i].Abort ();
Vector3 origin = waterBodiesDefinitionData [i];
WaterBodyGenerator thread;
if (origin.y >= 0f)
thread = new OceanGenerator (new Vector2 (origin.x, origin.z), origin.y);
else
thread = new RiverGenerator (new Vector2 (origin.x, origin.z));
thread.Start ();
waterBodiesThreads[i] = thread;
}
// If the coroutine is already launch, no change is needed, since it will check for all currently running threads.
if (waterBodiesCoroutine == null)
waterBodiesCoroutine = StartCoroutine (WaitForWaterBodyThreads());
}
