private int compareSceneSplit(SceneSplit left, SceneSplit right)
{
int leftDistance = Mathf.Abs(left.posX - xPos) + /*Mathf.Abs(left.posY - yPos) +*/ Mathf.Abs(left.posZ - zPos);
int rightDistance = Mathf.Abs(right.posX - xPos) + /*Mathf.Abs(right.posY - yPos) +*/ Mathf.Abs(right.posZ - zPos);
return(leftDistance - rightDistance);
}
/// <summary>
/// Manages async scene loading
/// </summary>
void LoadLevelAsyncManage()
{
if (scenesToLoad.Count > 0 && currentlySceneLoading <= 0)
{
if (LoadingProgress < 1 || sceneLoadFramesNextWaited && sceneLoadFrameNext <= 0)
{
sceneLoadFramesNextWaited = false;
sceneLoadFrameNext = sceneLoadWaitFrames;
while (currentlySceneLoading < maxParallelSceneLoading && scenesToLoad.Count > 0)
{
SceneSplit split = scenesToLoad[0];
if (!Application.isWebPlayer || Application.isWebPlayer && Application.CanStreamedLevelBeLoaded(split.sceneName))
{
scenesToLoad.Remove(split);
if (!split.loaded)
{
UnityEngine.Debug.LogWarning("repeate Load:" + split.assetBundleName);
continue;
}
War.Base.AssetLoader.LoadLevelAsync(split.assetBundleName, split.sceneName, true, null);
currentlySceneLoading++;
}
}
}
else
{
sceneLoadFramesNextWaited = true;
sceneLoadFrameNext--;
}
}
}
//public IEnumerator UnloadAssetsWait()
//{
// do
// {
// unloadNext = false;
// Resources.UnloadUnusedAssets();
// System.GC.Collect();
// yield return new WaitForSeconds(waitTillNextUnload);
// } while (unloadNext);
// canUnload = true;
//}
#endregion
#region prepare scene
/// <summary>
/// Prepares the scenes array from collection
/// </summary>
void PrepareScenesArray()
{
scenesArray = new Dictionary <int[], SceneSplit>(new War.Common.IntArrayComparer());
foreach (var sceneName in sceneCollection.names)
{
int posX = 0;
int posY = 0;
int posZ = 0;
SceneNameToPos(sceneCollection, sceneName, out posX, out posY, out posZ);
SceneSplit sceneSplit = new SceneSplit();
sceneSplit.posX = posX;
sceneSplit.posY = posY;
sceneSplit.posZ = posZ;
sceneSplit.sceneName = sceneName.Replace(".unity", "");
sceneSplit.assetBundleName = (sceneCollection.path + sceneName).ToLower().Replace("assets/", "");
scenesArray.Add(new int[] { posX, posY, posZ }, sceneSplit);
}
}
/// <summary>
/// Loads tiles in range
/// </summary>
void SceneLoading()
{
////show splash screen
//if (showLoadingScreen && loadingStreamer != null) {
// showLoadingScreen = false;
// if (tilesLoaded >= tilesToLoad) {
// tilesToLoad = int.MaxValue;
// tilesLoaded = 0;
// }
//}
int tilesToLoadNew = 0;
//int[] sceneIDPlayer = new int[] {
// xPos,
// yPos,
// zPos
// };
if (!useLoadingRangeMin)
{
int x = xPos;
int y = yPos;
int z = zPos;
int[] sceneID = new int[] { x, y, z };
float xMoveLimit = 0;
int xDeloadLimit = 0;
float yMoveLimit = 0;
int yDeloadLimit = 0;
float zMoveLimit = 0;
int zDeloadLimit = 0;
//set scene possition according to looping
if (looping)
{
if (sceneCollection.xSplitIs)
{
int xFinal = mod((x + Mathf.Abs(xLimitx)), xRange) + xLimitx;
xDeloadLimit = (int)Math.Ceiling((x - xLimity) / (float)xRange) * xRange;
xMoveLimit = xDeloadLimit * sceneCollection.xSize;
sceneID[0] = xFinal;
}
if (sceneCollection.ySplitIs)
{
int yFinal = mod((y + Mathf.Abs(yLimitx)), yRange) + yLimitx;
yDeloadLimit = (int)Math.Ceiling((y - yLimity) / (float)yRange) * yRange;
yMoveLimit = yDeloadLimit * sceneCollection.ySize;
sceneID[1] = yFinal;
}
if (sceneCollection.zSplitIs)
{
int zFinal = mod((z + Mathf.Abs(zLimitx)), zRange) + zLimitx;
zDeloadLimit = (int)Math.Ceiling((z - zLimity) / (float)zRange) * zRange;
zMoveLimit = zDeloadLimit * sceneCollection.zSize;
sceneID[2] = zFinal;
}
}
//load scene if scene array contains it and set up scene offset position according to looping
if (scenesArray.ContainsKey(sceneID))
{
SceneSplit split = scenesArray[sceneID];
if (!split.loaded)
{
split.loaded = true;
split.posXLimitMove = xMoveLimit;
split.xDeloadLimit = xDeloadLimit;
split.posYLimitMove = yMoveLimit;
split.yDeloadLimit = yDeloadLimit;
split.posZLimitMove = zMoveLimit;
split.zDeloadLimit = zDeloadLimit;
scenesToLoad.Add(split);
loadedScenes.Add(split);
tilesToLoadNew++;
}
}
}
// load new scenes
for (int x = -(int)loadingRange.x + xPos; x <= (int)loadingRange.x + xPos; x++)
{
for (int y = -(int)loadingRange.y + yPos; y <= (int)loadingRange.y + yPos; y++)
{
for (int z = -(int)loadingRange.z + zPos; z <= (int)loadingRange.z + zPos; z++)
{
if (useLoadingRangeMin)
{
if (x - xPos >= -loadingRangeMin.x && x - xPos <= loadingRangeMin.x &&
y - yPos >= -loadingRangeMin.y && y - yPos <= loadingRangeMin.y &&
z - zPos >= -loadingRangeMin.z && z - zPos <= loadingRangeMin.z)
{
continue;
}
}
int[] sceneID = new int[] { x, y, z };
float xMoveLimit = 0;
int xDeloadLimit = 0;
float yMoveLimit = 0;
int yDeloadLimit = 0;
float zMoveLimit = 0;
int zDeloadLimit = 0;
//set scene possition according to looping
if (looping)
{
if (sceneCollection.xSplitIs)
{
int xFinal = mod((x + Mathf.Abs(xLimitx)), xRange) + xLimitx;
xDeloadLimit = (int)Math.Ceiling((x - xLimity) / (float)xRange) * xRange;
xMoveLimit = xDeloadLimit * sceneCollection.xSize;
sceneID[0] = xFinal;
}
if (sceneCollection.ySplitIs)
{
int yFinal = mod((y + Mathf.Abs(yLimitx)), yRange) + yLimitx;
yDeloadLimit = (int)Math.Ceiling((y - yLimity) / (float)yRange) * yRange;
yMoveLimit = yDeloadLimit * sceneCollection.ySize;
sceneID[1] = yFinal;
}
if (sceneCollection.zSplitIs)
{
int zFinal = mod((z + Mathf.Abs(zLimitx)), zRange) + zLimitx;
zDeloadLimit = (int)Math.Ceiling((z - zLimity) / (float)zRange) * zRange;
zMoveLimit = zDeloadLimit * sceneCollection.zSize;
sceneID[2] = zFinal;
}
}
//load scene if scene array contains it and set up scene offset position according to looping
if (scenesArray.ContainsKey(sceneID))
{
SceneSplit split = scenesArray[sceneID];
if (!split.loaded)
{
split.loaded = true;
split.posXLimitMove = xMoveLimit;
split.xDeloadLimit = xDeloadLimit;
split.posYLimitMove = yMoveLimit;
split.yDeloadLimit = yDeloadLimit;
split.posZLimitMove = zMoveLimit;
split.zDeloadLimit = zDeloadLimit;
scenesToLoad.Add(split);
loadedScenes.Add(split);
tilesToLoadNew++;
}
}
}
}
}
if (scenesToLoad.Count > 0)
{
scenesToLoad.Sort(compareSceneSplit);
}
tilesToLoad = tilesToLoadNew;
initialized = true;
}