public bool saveWorld(string Name)
{
StaticObject[] foundObjects = GameObject.FindObjectsOfType<StaticObject> ();
//Bestimme Weltgröße
int minX=0;
int minY=0;
int maxX=0;
int maxY=0;
int minZ = 0;
int maxZ = 0;
foreach (StaticObject so in foundObjects) {
if(so.getGridPosition().x<minX)
minX=(int)so.getGridPosition().x;
if(so.getGridPosition().x>maxX)
maxX=(int)so.getGridPosition().x;
if(so.getGridPosition().y<minY)
minY=(int)so.getGridPosition().y;
if(so.getGridPosition().y>maxY)
maxY=(int)so.getGridPosition().y;
if(so.getGridPosition().z<minZ)
minZ=(int)so.getGridPosition().z;
if(so.getGridPosition().z>maxZ)
maxZ=(int)so.getGridPosition().z;
}
int sizeX = (maxX - minX)+10;
int sizeY = (maxY - minY)+10;
int sizeZ = (maxZ - minZ)+10;
//Negative werte werden durch einen versatz positiv gemacht
TWorld nWorld = new TWorld (new Vector3 (sizeX, sizeY, sizeZ),new Vector3(minX,minY,minZ));
nWorld.WorldName = Name;
foreach (StaticObject so in foundObjects) {
Vector3 v=so.getGridPosition();
nWorld.Nodes[(int)v.x,(int)v.y,(int)v.z].allObjects.Add(new TWorld.TWorldObject(so.transform.position,so.transform.rotation.eulerAngles,transform.localScale,so.assetID));
}
//Serialize to File
FileHelper.WriteToFile("./data/worlds/"+Name+".wld",FileHelper.serializeObject<TWorld>(nWorld));
return true;
}
public bool setUpWorld(string WorldName)
{
usedWorld=FileHelper.deserializeObject<TWorld>(FileHelper.ReadFromFile("./data/worlds/"+WorldName+".wld"));
return true;
}
