public override void boardSetup() {
boardHolder = new GameObject ("Board").transform;
// Generate a map from Cellular Automata.
// CellularAutomata foo = new CellularAutomata(rows, columns);
//PureRandom foo = new PureRandom(rows, columns);
GameObject playerChar = GameObject.FindGameObjectWithTag("Player");
selectedRule.initializeMap ();
selectedRule.generateMap ();
Tile[,] mapConvert = selectedRule.map;
MapValidationFunctions mvf = new MapValidationFunctions();
Coord startPoint = new Coord(floodStartX,floodStartY);
Coord endPoint = new Coord(floodGoalX, floodGoalY);
mvf.FloodFillCheck(selectedRule.map, startPoint, endPoint);
// This is the autotiler phase.
//
// Let's try this method of instantiating the prefab of our choice...
GameObject tileInstance = Instantiate(tilesetToUse, new Vector3(0,0,0), Quaternion.identity) as GameObject;
selectedTileset = tileInstance.GetComponent<Tileset>();
selectedTileset.autoTiler( mapConvert );
if(MapValidationFunctions.clearable) Debug.Log ("The goal has been found!");
else Debug.Log ("I can't find the goal.");
//convertTiles( mapConvert );
}
public void pickWarpLocation() {
// GOOD LOC OK
int counter = 0;
MapValidationFunctions mvf = new MapValidationFunctions();
GameObject playerChar = GameObject.FindGameObjectWithTag ("Player");
Vector3 startloc = new Vector3 (7, 30, 0);
Rigidbody2D rb2D = playerChar.GetComponent<Rigidbody2D>() as Rigidbody2D;
rb2D.MovePosition(startloc);
return;
}
public CellularAutomata(int r, int c) {
row = r;
col = c;
map = new Tile[row,col];
mapValidFuncs = new MapValidationFunctions();
}
public CellularAutomata() {
row = 8;
col = 8;
map = new Tile[row,col];
mapValidFuncs = new MapValidationFunctions();
}
public DrunkardWalk() {
row = 8;
col = 8;
map = new Tile[row,col];
mapValidFuncs = new MapValidationFunctions();
}
public void pickWarpLocation(Coord playerLocation) {
// GOOD LOC OK
int counter = 0;
MapValidationFunctions mvf = new MapValidationFunctions();
GameObject playerChar = GameObject.FindGameObjectWithTag ("Player");
bool mercyLength = false;
int playerX = playerLocation.x;
int playerY = playerLocation.y;
int candidX = 0;
int candidY = 0;
while(true && counter < 200){
if(counter > 100 && !mercyLength) {
Debug.Log ("Lasted too long, give a mercy kill for the distance metric.");
mercyLength = true;
}
do {
candidX = Random.Range(1, rows-1);
candidY = Random.Range(1, columns-1);
} while (candidX == playerX && candidY == playerY);
Tile[,] candidMap = selectedRule.map;
MapValidationFunctions.clearMapMark(candidMap);
Debug.Log ("Proposing point " + candidX.ToString () + " and " + candidY.ToString());
mvf.FloodFillCheck( candidMap, new Coord(candidX, candidY), new Coord(playerX, playerY));
if((candidMap[candidX,candidY]).property == TileType.Floor1
&& MapValidationFunctions.clearable
&& ( MapValidationFunctions.manhattanDistance( new Coord(candidX, candidY), new Coord(playerX, playerY) ) >= (int)(rows)
|| MapValidationFunctions.manhattanDistance( new Coord(candidX, candidY), new Coord(playerX, playerY) ) >= (int)(columns)
|| mercyLength)) {
// We need to move the player to this position.
Vector3 moveMe = new Vector3(candidX, candidY);
GameObject warpObj = GameObject.FindGameObjectWithTag("Warp");
warpObj.transform.position = moveMe;
Debug.Log ("Found. Warp is at (" + candidX + "," + candidY + ")");
return;
}
Debug.Log ("Failed for " + playerX.ToString () + " and " + playerY.ToString () + " to " + candidX.ToString () + " and " + candidY.ToString());
counter++;
}
// You really don't want to be at this spot.
Debug.Log ("I give up. Default warp to the midpoint.");
Vector3 findme = new Vector3(rows/2,columns/2);
GameObject ok = GameObject.FindGameObjectWithTag("Warp");
ok.transform.position = findme;
return;
}
public MoistLucifer(int r, int c) {
row = 16;
col = 16;
map = new Tile[row,col];
mapValidFuncs = new MapValidationFunctions();
}
public MoistLucifer() {
row = 8;
col = 8;
map = new Tile[row,col];
mapValidFuncs = new MapValidationFunctions();
}
public SemiRandom(int r, int c) {
row = r;
col = c;
map = new Tile[row,col];
mapValidFuncs = new MapValidationFunctions();
}
public SemiRandom() {
row = 8;
col = 8;
map = new Tile[row,col];
mapValidFuncs = new MapValidationFunctions();
}
public BossStage() {
row = 8;
col = 8;
map = new Tile[row,col];
mapValidFuncs = new MapValidationFunctions();
}
public BossStage(int r, int c) {
row = 16;
col = 32;
map = new Tile[row,col];
mapValidFuncs = new MapValidationFunctions();
}
public Nazareth(int r, int c) {
row = 16;
col = 16;
map = new Tile[row,col];
mapValidFuncs = new MapValidationFunctions();
}
public Nazareth() {
row = 8;
col = 8;
map = new Tile[row,col];
mapValidFuncs = new MapValidationFunctions();
}
