private void startTileThreadDistant()
{
//Create a new thread to calculate the first tile in tileQueue
if (tileCreationThreadDistant == null)
{
//If list is not empty
if (tileQueueDistant.Count > 0)
{
//Ensure the tile is still relevent and hasn't been created in past
if (tileQueueTouchedDistant.Contains(tileQueueDistant[0]))
{
string tileID = tileQueueDistant[0].x.ToString() + ":" + tileQueueDistant[0].y.ToString();
tileCreationThreadDistant = new TileCreationThread();
tileCreationThreadDistant.InData = tileQueueDistant[0];
tileCreationThreadDistant.InHeightMapSize = m_heightMapSizeLowRes;
tileCreationThreadDistant.InTerrainSize = terrainSize;
tileCreationThreadDistant.Start();
}
else tileQueueDistant.RemoveAt(0);
}
}
}
private void taskHeightMapThreadDistant()
{
//Is a thread active
if (tileCreationThreadDistant != null)
{
//Check status of thread task
if (tileCreationThreadDistant.Update())
{
string tileID = tileCreationThreadDistant.OutTileID;
HeightMapsDistant[tileID] = tileCreationThreadDistant.OutData;
tileQueueDistant.RemoveAt(0);
tileQueueDistantNonIndex.Remove(tileID);
tileCreationThreadDistant = null;
}
}
}
private void taskHeightMapThread()
{
//Is a thread active
if (tileCreationThread != null)
{
//Check status of thread task
if (tileCreationThread.Update())
{
string tileID = tileCreationThread.OutTileID;
float[,] htmap = new float[m_heightMapSizeHighRes, m_heightMapSizeHighRes];
htmap = tileCreationThread.OutData;
HeightMaps.Add(tileID, htmap);
//tileClassifications[terrainUsage[tileID]] = tileCreationThread.OutTerrainClassification;
RiverMeshHeights[tileID] = tileCreationThread.RiverWaterMeshVertices;
tileQueue.RemoveAt(0);
tileQueueNonIndex.Remove(tileID);
tileCreationThread = null;
}
}
}
