public void parseroom2(roomsimple room, int[,] heighttable, List<GameObject> modelarray, GameObject parent )
{
//use the parent parameter as the parent of the room, it also holds the RoomComponent later
GameObject roomcenter = parent;
roomcenter.transform.position = Vector3.zero;
// add each tile made to the tile list
tiles.Add(roomcenter);
foreach (Vector2Serializer wall in room.walls){
float posx = wall.x;
float posy = wall.y;
// only look at tiles above 0,0
if ((posx >= 0.0) && (posy >= 0.0)){
// use the height to create walls of the correct height
int height = heighttable[(int)posx,(int)posy];
for (int k = 0; k < height+(wallheight); k++){
Vector3 rot = new Vector3(UnityEngine.Random.Range(0.0f,360.0f),UnityEngine.Random.Range(0.0f,360.0f),UnityEngine.Random.Range(0.0f,360.0f));
rot.x = Mathf.Round(rot.x / 90) * 90;
rot.y = Mathf.Round(rot.y / 90) * 90;
rot.z = Mathf.Round(rot.z / 90) * 90;
if (wallmasterlist.Contains(new Vector3(posx,k,posy))){
//Debug.Log(new Vector3(posx,k,posy));
//Debug.Log("already in wallmasterlist");
continue;
}
wallmasterlist.Add(new Vector3(posx,k,posy));
GameObject currentgo = Instantiate(modelarray[UnityEngine.Random.Range(0,modelarray.Count)],new Vector3(posx,k,posy),Quaternion.identity) as GameObject;
currentgo.transform.Rotate(rot.x,rot.y,rot.z);
tiles.Add(currentgo);
//here is where we check the x and z and determine what parent this tile belongs to
if (wallcheck(posx,posy,room) == 0) {
currentgo.transform.parent = roomcenter.transform.FindChild("leftwall").transform;
}
else if (wallcheck(posx,posy,room) == 1) {
currentgo.transform.parent = roomcenter.transform.FindChild("rightwall").transform;
}
else if (wallcheck(posx,posy,room) == 2) {
currentgo.transform.parent = roomcenter.transform.FindChild("topwall").transform;
}
else if (wallcheck(posx,posy,room) == 3) {
currentgo.transform.parent = roomcenter.transform.FindChild("bottomwall").transform;
}
//I think the wrong positions are added to the walltobuild because of the offset roomcenter
//grab the roomcomponent of the current room/parent object, and store the actual walls that we build here.
// these are the blocks we WILL clear from the wallmasterlist when we regen the room
roomcenter.GetComponent<Roomcomponent>().wallstobuild.Add(currentgo.transform.localPosition);
}
}
}
foreach (Vector2Serializer floor in room.floortiles){
float posx = floor.x;
float posy = floor.y;
if ((posx >= 0.0) && (posy >= 0.0)){
if (!edgecheck(posx,posy,room)){
int height = heighttable[(int)posx,(int)posy];
int k = height-2;
Vector3 rot = new Vector3(UnityEngine.Random.Range(0.0f,360.0f),UnityEngine.Random.Range(0.0f,360.0f),UnityEngine.Random.Range(0.0f,360.0f));
rot.x = Mathf.Round(rot.x / 90) * 90;
rot.y = Mathf.Round(rot.y / 90) * 90;
rot.z = Mathf.Round(rot.z / 90) * 90;
GameObject currentgo = Instantiate(modelarray[3],new Vector3(posx,k,posy),Quaternion.identity) as GameObject;
tiles.Add(currentgo);
currentgo.transform.parent = roomcenter.transform.FindChild("floor").transform;
currentgo.transform.Rotate(rot.x,rot.y,rot.z);
}
else{
int height = heighttable[(int)posx,(int)posy];
for (int k = height-3; k < height-1; k++){
GameObject currentgo = Instantiate(modelarray[3],new Vector3(posx,k,posy),Quaternion.identity) as GameObject;
tiles.Add(currentgo);
currentgo.transform.parent = roomcenter.transform.FindChild("floor").transform;
}
}
}
}
}
public bool edgecheck(float posx,float posy,roomsimple room)
{
if ((posx == room.xpos-1) || (posy== room.ypos-1)){
//Debug.Log ("edge");
return true;
}
if ((posx == room.width+room.xpos) || (posy == room.height+room.ypos)){
//Debug.Log ("edge");
return true;
}
return false;
}
public void Run()
{
roomparents.Clear();
rooms.Clear();
crooms.Clear();
//if theres no generator object create one
if (GameObject.Find("Generator") == null)
{
generator = new GameObject("Generator");
generator.AddComponent<mazegenerator_python_standin>();
}
else
{
DestroyImmediate(generator);
generator = new GameObject("Generator");
generator.AddComponent<mazegenerator_python_standin>();
}
//run the generation
generator.GetComponent<mazegenerator_python_standin>().generate(iterations,xcenter,ycenter,xsd,ysd,doormaxalways,doorminalways,doorrandomize,desiredDoorWidth,flatlevel,heightmin,heightmax);
table =(int[,]) generator.GetComponent<mazegenerator_python_standin>().convertedQuadTable;
heighttable = (int[,]) generator.GetComponent<mazegenerator_python_standin>().heightsTable;
rooms = generator.GetComponent<mazegenerator_python_standin>().rooms;
foreach (room _room in rooms)
{
roomsimple currentroom = new roomsimple(_room.width,_room.height,_room.center,_room.walls,_room.floortiles,_room.xpos,_room.ypos);
crooms.Add(currentroom);
}
// we should check if generate returned something(maybe a bool on completion)
foreach (GameObject tile in tiles)
{
DestroyImmediate(tile);
}
tiles.Clear();
wallmasterlist.Clear();
foreach (roomsimple room in crooms)
{
parseroom2(room,heighttable,modelarray);
}
// fill the location information on each tile
foreach (GameObject tile in tiles)
{
// we ignore the roomcomponents that are in the tiles list, since these are not really tiles and have no gentiletex parameter
if (tile.transform.parent != null)
{
tile.GetComponent<genFlatTexTile>().updateDicts();
}
}
// now generate the atlas
genMajorAtlas();
// now generate the meshes now that the atlas is generated
foreach (GameObject parent in roomparents)
{
clusterRoomAndGenMesh(parent);
}
curlevel = new levelobject(table,heighttable,crooms);
save("auto_iteration_save.txt");
}
public int wallcheck(float posx,float posy,roomsimple room)
{
if (posx == room.xpos-1){
//Debug.Log ("left");
return 0;
}
if (posx == room.width+room.xpos){
//Debug.Log ("right");
return 1;
}
if (posy == room.height+room.ypos){
//Debug.Log ("top");
return 2;
}
if (posy == room.ypos-1){
//Debug.Log ("bottom");
return 3;
}
return 4;
//Debug.Log("something has gone wrong");
}
public void parseroom2(roomsimple room, int[,] heighttable, List<GameObject> modelarray )
{
//create a new centerobject and the 4 walls and floor subparents
GameObject newroomcenter = new GameObject("Room");
roomparents.Add(newroomcenter);
GameObject leftwall = new GameObject("leftwall");
GameObject rightwall = new GameObject("rightwall");
GameObject topwall = new GameObject("topwall");
GameObject bottomwall = new GameObject("bottomwall");
GameObject floor = new GameObject("floor");
leftwall.transform.parent = newroomcenter.transform;
rightwall.transform.parent = newroomcenter.transform;
bottomwall.transform.parent = newroomcenter.transform;
topwall.transform.parent = newroomcenter.transform;
//topwall.layer = 2;
//topwall.AddComponent<genFlatTexWall>();
floor.transform.parent = newroomcenter.transform;
newroomcenter.AddComponent<Roomcomponent>().room = room;
newroomcenter.GetComponent<Roomcomponent>().load_models();
parseroom2(room,heighttable,modelarray,newroomcenter);
}