public void NewAutomata()
{
_automata.Destroy();
if(Seed.text.ToLower() == "random")
_automata = new CellularAutomata(int.Parse(Width.text), int.Parse(Height.text), new System.Random());
else
_automata = new CellularAutomata(int.Parse(Width.text), int.Parse(Height.text), new System.Random());
_automata.Player = DungeonSpawner.Player;
}
void Awake()
{
_automata = new CellularAutomata(100, 100, new System.Random());
_hexAutomata = new HexCellularAutomata(100, 100, new System.Random());
_automata.Player = DungeonSpawner.Player;
Height.text = "100";
Width.text = "100";
Seed.text = "random";
}
public void NewAutomata()
{
_automata.Destroy();
if (Seed.text.ToLower() == "random")
{
_automata = new CellularAutomata(int.Parse(Width.text), int.Parse(Height.text), new System.Random());
}
else
{
_automata = new CellularAutomata(int.Parse(Width.text), int.Parse(Height.text), new System.Random());
}
_automata.Player = DungeonSpawner.Player;
}
private void SpawnGrassMultiple()
{
//Get a random number of water spots:
int waterSpots = _rnd.Next(4, 15);
Debug.Log("OnSpawnGrass: " + waterSpots);
int sizeX;
int sizeY;
int posX;
int posY;
//Setup a random cellular automata for each spot:
CellularAutomata[] water = new CellularAutomata[waterSpots];
for (int i = 0; i < waterSpots; i++)
{
//Get a random size for the cellular automata:
//sizeX = _rnd.Next(4, 11);
sizeY = _rnd.Next(20, 30);
sizeX = sizeY + 2;
water[i] = new CellularAutomata(sizeX, sizeY, _rnd);
water[i].RandomFillMap();
water[i].PlaceWalls_1D5678_2D1(4);
//Select a random position for the water in the actual grid:
posX = _rnd.Next(0, _mapWidth - sizeX);
posY = _rnd.Next(0, _mapHeight - sizeY);
//Merge the water map and the current map:
for (int x = 0; x < water[i]._mapWidth; x++)
{
for (int y = 0; y < water[i]._mapHeight; y++)
{
if (water[i].Map[x + y * water[i]._mapHeight].BasicValue == 0)
{
if (_map[(posX + x) + (posY + y) * _mapHeight].BasicValue != 1 && _map[(posX + x) + (posY + y) * _mapHeight].BasicValue != 2)
{
_map[(posX + x) + (posY + y) * _mapHeight].BasicValue = 3;
}
}
}
}
}
}
void Awake()
{
_automata = new CellularAutomata(100, 100, new System.Random());
_hexAutomata = new HexCellularAutomata(100, 100, new System.Random());
_automata.Player = DungeonSpawner.Player;
Height.text = "100";
Width.text = "100";
Seed.text = "random";
}
void Start()
{
//BuildDungeon(Random.Range(7, 20));
_automata = new CellularAutomata(100, 100, new System.Random());
}
void Start()
{
//BuildDungeon(Random.Range(7, 20));
_automata = new CellularAutomata(100, 100, new System.Random());
}
private void SpawnWaterMultiple()
{
//Get a random number of water spots:
int waterSpots = _rnd.Next(4, 15);
Debug.Log("OnSpawnWater: " + waterSpots);
int sizeX;
int sizeY;
int posX;
int posY;
//Setup a random cellular automata for each spot:
CellularAutomata[] water = new CellularAutomata[waterSpots];
for (int i = 0; i < waterSpots; i++)
{
//Get a random size for the cellular automata:
//sizeX = _rnd.Next(4, 11);
sizeY = _rnd.Next(8, 15);
sizeX = sizeY +_rnd.Next(0, 5);
water[i] = new CellularAutomata(sizeX, sizeY, _rnd);
water[i].RandomFillMap();
water[i].PlaceWalls_1D5678_2D1(3);
//Select a random position for the water in the actual grid:
posX = _rnd.Next(0, _mapWidth - sizeX);
posY = _rnd.Next(0, _mapHeight - sizeY);
//Merge the water map and the current map:
for (int x = 0; x < water[i]._mapWidth; x++)
{
for (int y = 0; y < water[i]._mapHeight; y++)
{
if (water[i].Map[x + y * water[i]._mapHeight].BasicValue == 0)
{
_map[(posX + x) + (posY + y) * _mapHeight].BasicValue = 2;
}
}
}
}
}
