// Decodes the genome populating the lists of arenas, corridors and tiles.
private void ParseGenome()
{
arenas = new List <ABRoom>();
corridors = new List <ABRoom>();
tiles = new List <ABTile>();
string currentValue = "";
int currentChar = 0;
// Parse the arenas.
while (currentChar < seed.Length && seed[currentChar] == '<')
{
ABRoom arena = new ABRoom();
currentChar++;
// Get the x coordinate of the origin.
while (Char.IsNumber(seed[currentChar]))
{
currentValue += seed[currentChar];
currentChar++;
}
arena.originX = Int32.Parse(currentValue);
currentValue = "";
currentChar++;
// Get the y coordinate of the origin.
while (Char.IsNumber(seed[currentChar]))
{
currentValue += seed[currentChar];
currentChar++;
}
arena.originY = Int32.Parse(currentValue);
currentValue = "";
currentChar++;
// Get the size of the arena.
while (Char.IsNumber(seed[currentChar]))
{
currentValue += seed[currentChar];
currentChar++;
}
arena.dimension = Int32.Parse(currentValue);
// Add the arena to the list.
UpdateMapSize(arena.originX, arena.originY, arena.dimension, true);
arenas.Add(arena);
currentValue = "";
currentChar++;
}
int rollbackCurrentChar = currentChar;
// Parse the corridors.
if (currentChar < seed.Length && seed[currentChar] == '|')
{
currentChar++;
while (currentChar < seed.Length && seed[currentChar] == '<')
{
ABRoom corridor = new ABRoom();
currentChar++;
// Get the x coordinate of the origin.
while (Char.IsNumber(seed[currentChar]))
{
currentValue += seed[currentChar];
currentChar++;
}
corridor.originX = Int32.Parse(currentValue);
currentValue = "";
currentChar++;
// Get the y coordinate of the origin.
while (Char.IsNumber(seed[currentChar]))
{
currentValue += seed[currentChar];
currentChar++;
}
corridor.originY = Int32.Parse(currentValue);
currentValue = "";
currentChar++;
// Stop parsing the corridors if what I have is a tile.
if (!(seed[currentChar] == '-' || Char.IsNumber(seed[currentChar])))
{
currentChar = rollbackCurrentChar;
break;
}
// Get the size of the corridor.
if (seed[currentChar] == '-')
{
currentValue += seed[currentChar];
currentChar++;
}
while (Char.IsNumber(seed[currentChar]))
{
currentValue += seed[currentChar];
currentChar++;
}
corridor.dimension = Int32.Parse(currentValue);
// Add the arena to the list.
UpdateMapSize(corridor.originX, corridor.originY, corridor.dimension, false);
corridors.Add(corridor);
currentValue = "";
currentChar++;
}
}
// Parse the tiles.
if (currentChar < seed.Length && seed[currentChar] == '|')
{
currentChar++;
while (currentChar < seed.Length && seed[currentChar] == '<')
{
ABTile tile = new ABTile();
currentChar++;
// Get the x coordinate of the origin.
while (Char.IsNumber(seed[currentChar]))
{
currentValue += seed[currentChar];
currentChar++;
}
tile.x = Int32.Parse(currentValue);
currentValue = "";
currentChar++;
// Get the y coordinate of the origin.
while (Char.IsNumber(seed[currentChar]))
{
currentValue += seed[currentChar];
currentChar++;
}
tile.y = Int32.Parse(currentValue);
currentValue = "";
currentChar++;
// Get the value of the tile.
tile.value = seed[currentChar];
// Add the arena to the list.
tiles.Add(tile);
currentValue = "";
currentChar += 2;
}
}
mainRoom = arenas[0];
}
// Decodes the genome setting the probabilities.
private void ParseGenome()
{
string currentValue = "";
int currentChar = 1;
// I've already skipped the first char, now get the forward probability.
while (Char.IsNumber(seed[currentChar]) || seed[currentChar] == '.')
{
currentValue += seed[currentChar];
currentChar++;
}
forwardProbability = Mathf.FloorToInt(float.Parse(currentValue) * 100);
currentValue = "";
currentChar++;
// Get the left probability.
while (Char.IsNumber(seed[currentChar]) || seed[currentChar] == '.')
{
currentValue += seed[currentChar];
currentChar++;
}
leftProbability = Mathf.FloorToInt(float.Parse(currentValue) * 100);
currentValue = "";
currentChar++;
// Get the rigth probability.
while (Char.IsNumber(seed[currentChar]) || seed[currentChar] == '.')
{
currentValue += seed[currentChar];
currentChar++;
}
rigthProbability = Mathf.FloorToInt(float.Parse(currentValue) * 100);
currentValue = "";
currentChar++;
// Get the visited probability.
while (Char.IsNumber(seed[currentChar]) || seed[currentChar] == '.')
{
currentValue += seed[currentChar];
currentChar++;
}
visitedProbability = Mathf.FloorToInt(float.Parse(currentValue) * 100);
currentValue = "";
currentChar++;
// Get the stair probability.
while (Char.IsNumber(seed[currentChar]) || seed[currentChar] == '.')
{
currentValue += seed[currentChar];
currentChar++;
}
stairProbability = Mathf.FloorToInt(float.Parse(currentValue) * 100);
currentValue = "";
currentChar++;
// Parse the tiles.
if (currentChar < seed.Length && seed[currentChar] == '|')
{
currentChar++;
tiles = new List <ABTile>();
while (currentChar < seed.Length && seed[currentChar] == '<')
{
ABTile tile = new ABTile();
currentChar++;
// Get the x coordinate of the origin.
while (Char.IsNumber(seed[currentChar]))
{
currentValue += seed[currentChar];
currentChar++;
}
tile.x = Int32.Parse(currentValue);
currentValue = "";
currentChar++;
// Get the y coordinate of the origin.
while (Char.IsNumber(seed[currentChar]))
{
currentValue += seed[currentChar];
currentChar++;
}
tile.y = Int32.Parse(currentValue);
currentValue = "";
currentChar++;
// Get the value of the tile.
tile.value = seed[currentChar];
// Add the arena to the list.
tiles.Add(tile);
currentValue = "";
currentChar += 2;
}
}
}
