private int RandomizeIndex(int lenghtList)
{
int index = seed % lenghtList;
seed = SeedHelp.EnhanceSeed(seed, index);
return(Mathf.Abs(index));
}
public void UseRandomCubes()
{
this.seed = SeedHelp.CreateSeed();
List <GameObject> allTheCubeLeft = new List <GameObject>(allTheCubes);
cubesUsed.Clear();
for (int i = 0; i < numberOfDifferentCubes; i++)
{
var index = RandomizeIndex(allTheCubeLeft.Count);
cubesUsed.Add(allTheCubeLeft[index]);
allTheCubeLeft.RemoveAt(index);
}
}
public void MakeMap(int seedChoosen = -1)
{
GetComponent <DernierRecours>().DestroyEveryCubes();
compteur = 0;
seed = (seedChoosen < 1) ? SeedHelp.CreateSeed() : seedChoosen;
// seed = 15364;
Debug.LogWarning("Attention, la seed utilisé est la suivante : " + seed);
seedWriter.text = "La seed actuelle est : " + seed;
UseRandomCubes();
if (cubesUsed.Count != numberOfDifferentCubes)
{
Debug.LogError("Il y a " + ((cubesUsed.Count < numberOfDifferentCubes) ? "pas assez" : "trop") +
" de cubes dans la liste (" + cubesUsed.Count + ").");
return;
}
indexMax = new Vector2Int(squareLenght - 1, squareLenght - 1);
BuildMap();
positionInitialCube = new List <Vector2Int>();
choosenInitialCube = new List <GameObject>();
positionOfPossibilities = new List <Vector2Int>();
for (int i = 0; i < squareLenght; i++)
{
for (int j = 0; j < squareLenght; j++)
{
positionOfPossibilities.Add(new Vector2Int(i, j));
}
}
int possibilitesLeft = 0;
List <Vector2Int> possibilityLeftReal = new List <Vector2Int>(positionOfPossibilities);
do
{
for (int g = 0; g < 1; g++)
{
var index = RandomizeIndex(possibilityLeftReal.Count);
//Debug.Log(index + " ; " + positionOfPossibilities.Count);
positionInitialCube.Add(
possibilityLeftReal[index]);
index = RandomizeIndex(mapCubes[positionInitialCube[positionInitialCube.Count - 1].x,
positionInitialCube[positionInitialCube.Count - 1].y].Count);
choosenInitialCube.Add(mapCubes[positionInitialCube[positionInitialCube.Count - 1].x,
positionInitialCube[positionInitialCube.Count - 1].y][index]);
//Debug.Log("La position initial est : " + positionInitialCube[positionInitialCube.Count - 1]);
//Debug.Log("Le cube de départ choisi est " + choosenInitialCube[choosenInitialCube.Count - 1].name);
//if (choosenInitialCube.Count - 1 == 0)
//{
// // choosenInitialCube[0].GetComponent<MeshRenderer>().material.color = Color.black;
// Debug.Log("Le premier choisi est " + choosenInitialCube[0].name);
//}
// int remover = 0;
var testList = new List <GameObject>(mapCubes[positionInitialCube[positionInitialCube.Count - 1].x,
positionInitialCube[positionInitialCube.Count - 1].y]);
for (int i = 0;
i < testList.Count;
i++)
{
var item = testList[i];
if (item != choosenInitialCube[choosenInitialCube.Count - 1])
{
CollapseMap(positionInitialCube[positionInitialCube.Count - 1], positionInitialCube, item);
// ++remover;
}
}
possibilitesLeft = 0;
possibilityLeftReal.Clear();
for (int i = 0; i < positionOfPossibilities.Count; i++)
{
if (positionOfPossibilities[i] != Vector2.down)
{
possibilitesLeft++;
possibilityLeftReal.Add(positionOfPossibilities[i]);
}
}
//Debug.Log(possibilitesLeft);
}
} while (possibilitesLeft > 0);
for (int i = 0; i < squareLenght; i++)
{
for (int j = 0; j < squareLenght; j++)
{
for (int k = 0; k < mapCubes[i, j].Count; k++)
{
var pos = mapCubes[i, j][k].transform.position;
pos.y = k;
mapCubes[i, j][k].transform.position = pos;
}
}
}
}
public void MakeMap()
{
seed = SeedHelp.CreateSeed();
UseRandomCubes();
if (cubesUsed.Count != numberOfDifferentCubes)
{
Debug.LogError("Il y a " + ((cubesUsed.Count < numberOfDifferentCubes) ? "pas assez" : "trop") + " de cubes dans la liste (" + cubesUsed.Count + ").");
return;
}
indexMax = new Vector2Int(squareLenght - 1, squareLenght - 1);
BuildMap();
positionInitialCube = new List <Vector2Int>();
choosenInitialCube = new List <GameObject>();
positionOfPossibilities = new List <Vector2Int>();
for (int i = 0; i < squareLenght; i++)
{
for (int j = 0; j < squareLenght; j++)
{
positionOfPossibilities.Add(new Vector2Int(i, j));
}
}
var index = RandomizeIndex(positionOfPossibilities.Count);
//Debug.Log(index + " ; " + positionOfPossibilities.Count);
positionInitialCube.Add(
positionOfPossibilities[index]);
index = RandomizeIndex(cubesUsed.Count);
choosenInitialCube.Add(cubesUsed[index]);
for (int i = 0; i < squareLenght; i++)
{
for (int j = 0; j < squareLenght; j++)
{
mapCubes[i, j] = new List <GameObject>(cubesUsed);
}
}
Research:
//Debug.Log(mapCubes[positionInitialCube[positionInitialCube.Count - 1].x, positionInitialCube[positionInitialCube.Count - 1].y][0].name);
//foreach (var item in (mapCubes[positionInitialCube[positionInitialCube.Count - 1].x, positionInitialCube[positionInitialCube.Count - 1].y]))
for (int i = 0; i < mapCubes[positionInitialCube[positionInitialCube.Count - 1].x, positionInitialCube[positionInitialCube.Count - 1].y].Count; i++)
{
var item = mapCubes[positionInitialCube[positionInitialCube.Count - 1].x, positionInitialCube[positionInitialCube.Count - 1].y][i];
if (item != choosenInitialCube[choosenInitialCube.Count - 1])
{
CollapseMap(positionInitialCube[positionInitialCube.Count - 1], new List <Vector2>(0), item);
}
}
int possibilitesLeft = 0;
List <Vector2Int> possibilityLeftReal = new List <Vector2Int>();
for (int i = 0; i < positionOfPossibilities.Count; i++)
{
if (positionOfPossibilities[i] != Vector2.down)
{
possibilitesLeft++;
possibilityLeftReal.Add(positionOfPossibilities[i]);
}
}
if (possibilitesLeft > 0)
{
index = RandomizeIndex(possibilitesLeft);
positionInitialCube.Add(possibilityLeftReal[index]);
//Debug.Log("Possibility left : " + possibilitesLeft);
//Debug.Log("index : " + positionInitialCube[positionInitialCube.Count - 1].x + " , " + positionInitialCube[positionInitialCube.Count - 1].y);
index = RandomizeIndex(mapCubes[positionInitialCube[positionInitialCube.Count - 1].x, positionInitialCube[positionInitialCube.Count - 1].y].Count);
choosenInitialCube.Add(mapCubes[positionInitialCube[positionInitialCube.Count - 1].x, positionInitialCube[positionInitialCube.Count - 1].y][index]);
goto Research;
}
Positionneur positionneur = GetComponent <Positionneur>();
positionneur.SetListeCube(mapCubes, squareLenght);
positionneur.GenerateList();
positionneur.PositionnementCubes(squareLenght);
}
