public BattleState(BattleConfiguration configuration)
{
_configuration = configuration;
_random = new IntRandom(0);
_tick = 0;
_prevTick = 0;
}
void CalculateLenghts(int[] lenghts)
{
IntRandom binary = new IntRandom(0, 1);
int biggest;
biggest = binary.Random;
rect1Y = lenghts[2 + biggest];
rect2X = lenghts[2 + (biggest + 1) % 2];
biggest = binary.Random;
rect1X = lenghts[biggest];
rect2Y = lenghts[(biggest + 1) % 2];
}
void GenerateCaves()
{
Debug.Log("Sala tipo Caverna: Gerando cavernas...");
//Vou fazer 42% dos tiles serem aleatoriamente paredes. O resto vai ser chao
int totalTiles = columns * rows;
int wallTiles = Mathf.RoundToInt(wallQuant * totalTiles);
//Variaveis para pegar randomicamente
int xPos;
int yPos;
IntRandom xPosGen = new IntRandom(0, columns);
IntRandom yPosGen = new IntRandom(0, rows);
//Inicializando tudo como chao
for (int i = 0; i < columns; i++)
{
for (int j = 0; j < rows; j++)
{
tiles[i][j] = TileType.Floor;
}
}
//Sorteando 2 numeros aleatorios, 1 pra linha e 1 pra coluna, wallTiles-vezes
for (int i = 0; i < wallTiles; i++)
{
xPos = xPosGen.Random;
yPos = yPosGen.Random;
while (tiles[xPos][yPos] == TileType.Wall)
{
xPos = xPosGen.Random;
yPos = yPosGen.Random;
}
tiles[xPos][yPos] = TileType.Wall;
}
//Fazendo as bordas serem paredes
for (int i = 0; i < columns; i++)
{
for (int j = 0; j < rows; j++)
{
if (i == 0 || i == columns - 1 || j == 0 || j == rows - 1)
{
tiles[i][j] = TileType.Wall;
}
}
}
//Removendo o ruido
for (int i = 0; i < smoothness; i++)
{
SmoothLevel();
}
}
//Função ficou bem mal escrita. Reescrever
void GenerateOtherRooms()
{
//Ver quantos tipos de sala tem
int numRoomTypes = System.Enum.GetNames(typeof(RoomType)).Length;
IntRandom intRoomType = new IntRandom(0, numRoomTypes);
RoomType roomType;
int contador = 0;
int xMerge = 0;
int yMerge = 0;
bool foundSpace = false;
while (contador < maxIterations)
{
foundSpace = false;
roomType = (RoomType)intRoomType.Random;
rooms = new Room();
rooms.SetupRoom(columns, rows, smoothness, wallQuant, minLenght, maxLenght, roomType, chanceOfCorridor);
secTiles = rooms.tiles;
for (int i = 2; i < columns - (rooms.highestX - rooms.lowestX) - 2 && !foundSpace; i++)
{
for (int j = 2; j < rows - (rooms.highestY - rooms.lowestY) - 2 && !foundSpace; j++)
{
if (CheckForSpace(i, j))
{
Debug.Log("FOUND");
foundSpace = true;
xMerge = i;
yMerge = j;
}
//yield return new WaitForEndOfFrame();
//yield return null;
}
}
if (foundSpace)
{
Merge(xMerge - rooms.lowestX, yMerge - rooms.lowestY);
}
contador++;
}
AddDoor();
InstantiateTiles();
SpawnPlayer();
}
//Gerar a primeira sala centralizada
void GenerateFirstRoom()
{
//Ver quantos tipos de sala tem
int numRoomTypes = System.Enum.GetNames(typeof(RoomType)).Length;
IntRandom intRoomType = new IntRandom(0, numRoomTypes);
RoomType roomType;
//Escolher uma aleatória
roomType = (RoomType)intRoomType.Random;
Debug.Log("Primeira sala. Tipo escolhido: " + roomType.ToString());
//Gerando
rooms = new Room();
rooms.SetupRoom(columns, rows, smoothness, wallQuant, minLenght, maxLenght, roomType, 0);
secTiles = rooms.tiles;
//O deslocamento do grid secundário será de metade das (colunas/fileiras - lowestX/lowestY) para centralizar, menos um ajuste de coluna/20 para considerar a largura da sala
int deltaX = (columns / 2) - rooms.lowestX - (columns / 10);
int deltaY = (rows / 2) - rooms.lowestY - (rows / 10);
Merge(deltaX, deltaY);
}
public void SetupRoom(int roomColumns, int roomRows, int minLenght, int maxLength)
{
columns = roomColumns;
rows = roomRows;
IntRandom roomLenght = new IntRandom(minLenght, maxLength);
int[] lenghts = new int[4];
InitializeTilesArray();
for (int i = 0; i < 4; i++)
{
lenghts[i] = roomLenght.Random;
}
while (lenghts[1] == lenghts[0])
{
lenghts[1] = roomLenght.Random;
}
while (lenghts[2] == lenghts[1] || lenghts[2] == lenghts[0])
{
lenghts[2] = roomLenght.Random;
}
while (lenghts[3] == lenghts[2] || lenghts[3] == lenghts[1] || lenghts[3] == lenghts[0])
{
lenghts[3] = roomLenght.Random;
}
System.Array.Sort(lenghts);
CalculateLenghts(lenghts);
FindIntersection();
GenerateRoom();
}
