public void Fragmentation()
{
List <ICaseBehaviour> adjacents = CasesAdjacentes();
for (int i = 0; i < 3 && adjacents.Count > 0; i++)
{
// Choisit aléatoirement une des cases adjacentes
ICaseBehaviour randomCase = adjacents[Random.Range(0, adjacents.Count)];
int x = randomCase.PositionX;
int y = randomCase.PositionY;
// On la supprime de la liste pour ne pas retomber dessus
adjacents.Remove(randomCase);
// Fragmentation d'une mine verte ou rouge
if (Random.value > 0.5f)
{
Grid.Instance.grid[y][x] = Grid.Instance.grid[y][x].ChangeBehaviour <RedMinesBehaviour>();
(Grid.Instance.grid[y][x] as RedMinesBehaviour).setMineVisible(true);
TilesetGallery.Instance.SetSounds(Grid.Instance.grid[y][x]);
}
else
{
Grid.Instance.grid[y][x] = Grid.Instance.grid[y][x].ChangeBehaviour <GreenMinesBehaviour>();
(Grid.Instance.grid[y][x] as GreenMinesBehaviour).setMineVisible(true);
TilesetGallery.Instance.SetSounds(Grid.Instance.grid[y][x]);
}
}
// Transforme cette case en case vide
Grid.Instance.grid[PositionY][PositionX] = Grid.Instance.grid[PositionY][PositionX].ChangeBehaviour <EmptyCaseBehaviour>();
(Grid.Instance.grid [PositionY] [PositionX] as EmptyCaseBehaviour).AddRemanantMine(TilesetGallery.Instance.GreenMine);
}
//Genère les cases adjacentes à la mine verte
private List <ICaseBehaviour> CasesAdjacentes()
{
List <ICaseBehaviour> adjacents = new List <ICaseBehaviour>();
for (int i = -1; i < 2; i++)
{
for (int j = -1; j < 2; j++)
{
// Condition aux bords
if (PositionY + i < Grid.Instance.Height && PositionX + j < Grid.Instance.Width && PositionY + i >= 0 && PositionX + j >= 0)
{
if (((PositionY + i + 0.5f) != m_player.PositionCase.y) && ((PositionX + j + 0.5f) != m_player.PositionCase.x))
{
ICaseBehaviour CurrentCase = Grid.Instance.grid[PositionY + i][PositionX + j];
// On ne prend pas en compte les mines et obstacles
if (CurrentCase is EmptyCaseBehaviour && !CurrentCase.HasStone)
{
adjacents.Add(CurrentCase);
}
}
}
}
}
return(adjacents);
}
public void PutStone()
{
ICaseBehaviour caseBehaviour = Grid.Instance.grid[(int)PositionCase.y][(int)PositionCase.x];
if (!IsInventoryEmpty() && !caseBehaviour.HasStone)
{
Rocks--;
caseBehaviour.PutStone(this);
}
}
public void SetSounds(ICaseBehaviour caseBehaviour)
{
if (caseBehaviour is RedMinesBehaviour)
{
(caseBehaviour as RedMinesBehaviour).mineArmed = redArmed;
(caseBehaviour as RedMinesBehaviour).mineDisarmed = redDisarmed;
(caseBehaviour as RedMinesBehaviour).boom = redBoom;
}
if (caseBehaviour is GreenMinesBehaviour)
{
(caseBehaviour as GreenMinesBehaviour).mineArmed = greenArmed;
(caseBehaviour as GreenMinesBehaviour).boom = greenBoom;
}
}
public void ThrowStone(int x, int y)
{
ICaseBehaviour caseBehaviour = Grid.Instance.grid[y][x];
if (IsInventoryEmpty() || caseBehaviour.HasStone)
{
return;
}
Rocks--;
//Defining posArrival
Vector2 posArrival;
posArrival.x = x;
posArrival.y = y;
StoneTrajectory trajectory = Factory <StoneTrajectory> .New("Stone/StoneTrajectory");
trajectory.player = this;
trajectory.posDeparture = this.PositionCase;
trajectory.posArrival = posArrival;
if (Direction == East)
{
changeState(STATE_THROW_R);
}
else if (Direction == West)
{
changeState(STATE_THROW_L);
}
else if (Direction == North)
{
changeState(STATE_THROW_T);
}
else if (Direction == South)
{
changeState(STATE_THROW_B);
}
}
void Awake()
{
grid = new ICaseBehaviour[Height][];
for (int i = 0; i < grid.Length; i++)
{
grid[i] = new ICaseBehaviour[Width];
}
CaseData[][] dataGrid = MapGenerator.GenerateMap(Width, Height, (int)DateTime.Now.Ticks);
//CaseData[][] dataGrid = MapGenerator.EmptyMap(Width, Height);
for (int y = 0; y < Height; y++)
{
for (int x = 0; x < Width; x++)
{
CaseData currentCase = dataGrid[y][x];
ICaseBehaviour caseBehaviour;
switch (currentCase)
{
case CaseData.RedMines:
caseBehaviour = Factory <RedMinesBehaviour> .New("Case/RedMine");
(caseBehaviour as RedMinesBehaviour).setMineVisible(false);
break;
case CaseData.GreenMines:
caseBehaviour = Factory <GreenMinesBehaviour> .New("Case/GreenMine");
(caseBehaviour as GreenMinesBehaviour).setMineVisible(false);
break;
case CaseData.Obstacle:
caseBehaviour = Factory <Obstacle> .New("Case/Obstacle");
break;
case CaseData.Stone:
caseBehaviour = Factory <EmptyCaseBehaviour> .New("Case/EmptyCase");
caseBehaviour.HasStone = true;
break;
case CaseData.Start:
caseBehaviour = Factory <StartCaseBehaviour> .New("Case/Start");
break;
case CaseData.Well:
caseBehaviour = Factory <WellCaseBehaviour> .New("Case/Well");
break;
case CaseData.BorderLeft:
caseBehaviour = Factory <BorderCaseBehaviour> .New("Case/Border");
caseBehaviour.Rotation = Quaternion.AngleAxis(90, Vector3.forward);
break;
case CaseData.BorderRight:
caseBehaviour = Factory <BorderCaseBehaviour> .New("Case/Border");
caseBehaviour.Rotation = Quaternion.AngleAxis(-90, Vector3.forward);
break;
case CaseData.BorderTop:
caseBehaviour = Factory <BorderCaseBehaviour> .New("Case/Border");
caseBehaviour.Rotation = Quaternion.AngleAxis(0, Vector3.forward);
break;
case CaseData.BorderBottom:
caseBehaviour = Factory <BorderCaseBehaviour> .New("Case/Border");
caseBehaviour.Rotation = Quaternion.AngleAxis(180, Vector3.forward);
break;
default:
caseBehaviour = Factory <EmptyCaseBehaviour> .New("Case/EmptyCase");
break;
}
caseBehaviour.SetPosition(x, y);
((MonoBehaviour)caseBehaviour).transform.parent = transform;
((MonoBehaviour)caseBehaviour).transform.position = new Vector3(x + 0.5f, y + 0.5f, 0);
grid[y][x] = caseBehaviour;
}
}
StartCase = new Vector2(1, Height / 2);
}
