public void AddPassable(float[] tPos, int[] tColRow, ushort fakeType, ushort fakeId)
{
GameObject tObj;
tileManager.GetTile(3, 7, out tObj, new Vector3(tPos[0], tPos[1], 0.0f));
Tile_PassableGlitch tTile = new Tile_PassableGlitch();
tTile.type = 3;
tTile.id = 7;
tTile.SetPosition(new Vector2(tPos[0], tPos[1]));
tTile.fakeType = fakeType;
tTile.fakeId = fakeId;
serializedData.objectList[tColRow[0]][tColRow[1]].Add(tTile);
tTile.Deserialize(ref tObj, tileManager);
tObj.transform.parent = mapContainer.transform;
levelData.objectList[tColRow[0]][tColRow[1]].Add(tObj);
if (tObj.tag == "Connectable")
{
_tileConnector.SetSprite(ref tObj);
}
_tileConnector.RefreshZone(tObj.transform.position);
}
//Transform the serialized level data list into playable gameobjects ( fills the level data list ).
public void DeserializeLevelData()
{
//Create a new GameObject to contain the level objects.
levelData = new LevelData();
doorList = new List <GameObject>();
CreateMapContainer();
GameObject tPrefab;
theme = serializedData.theme;
Camera.main.GetComponent <CameraController>().scrollerSpeed = serializedData.scrollerSpeed;
SetParallax();
//Update the color scheme of all enemies.
for (int i = 0; i < serializedData.colorScheme[0].Length; i++)
{
levelData.colorScheme[i][0] = serializedData.colorScheme[i][0].GetColor();
levelData.colorScheme[i][1] = serializedData.colorScheme[i][1].GetColor();
}
//Fill the object list.
for (int i = 0; i < serializedData.objectList.Count; i++)
{
for (int j = 0; j < serializedData.objectList[i].Count; j++)
{
for (int k = 0; k < serializedData.objectList[i][j].Count; k++)
{
//Return the matching prefab ( using current serialized object's type and id ).
tileManager.GetTile(serializedData.objectList[i][j][k].type, serializedData.objectList[i][j][k].id, out tPrefab, serializedData.objectList[i][j][k].GetPosition());
Vector3 tRot = tPrefab.transform.localEulerAngles;
tRot.z = serializedData.objectList[i][j][k].rotation;
tPrefab.transform.localEulerAngles = tRot;
Vector3 tScale = tPrefab.transform.localScale;
tScale.x = serializedData.objectList[i][j][k].horizontalMirror ? -1 : 1;
tPrefab.transform.localScale = tScale;
//Update the unique object list.
_uniqueObjects.CheckUniqueObject(new int[2] {
i, j
}, tPrefab, UniqueObjects.Mode.Add, newCheckPointSet);
//If the serialized tile type is extended ( has special attributes ), deserialize the extra attributes.
if (serializedData.objectList[i][j][k].isExtended)
{
if (serializedData.objectList[i][j][k].GetType() == typeof(Tile_PassableGlitch))
{
GameObject tObj2 = tPrefab;
Tile_PassableGlitch tTile = serializedData.objectList[i][j][k] as Tile_PassableGlitch;
tTile.Deserialize(ref tObj2, tileManager);
}
//Create a copy of the previously created gameobject ( needed to pass the object as a reference ).
GameObject tObj = tPrefab;
//Deserialize the object's extra attributes and modify the temporary gameobject.
serializedData.objectList[i][j][k].Deserialize(ref tObj);
//Replace the actual gameobject with the temporary one.
tPrefab = tObj;
}
if (tPrefab.gameObject.name.Contains("Door"))
{
doorList.Add(tPrefab.gameObject);
}
//Instantiate the prefab with the serialized object's position and links it to the map container.
levelData.objectList[i][j].Add(tPrefab);
levelData.objectList[i][j][k].transform.SetParent(mapContainer.transform);
}
}
}
for (int i = 0; i < serializedData.objectList.Count; i++)
{
for (int j = 0; j < serializedData.objectList[i].Count; j++)
{
for (int k = 0; k < serializedData.objectList[i][j].Count; k++)
{
if (levelData.objectList[i][j][k].tag == "Connectable")
{
GameObject go = levelData.objectList[i][j][k];
_tileConnector.SetSprite(ref go);
levelData.objectList[i][j][k] = go;
}
}
}
}
}