public override Board shoot(Player opponent, Board boardOpponent)
{
List <SeaElement> elementPlayer = boardOpponent.SeaElementList;
SeaElement shootable = ButtonBuffer.getPressedSeaElement(); // case ayant été cliquée
if (shootable == null)
{
return(null);
}
if (shootable.button.Name[1] != '2')
{
return(null);
}
if (opponent.id == 2)
{
ButtonBuffer.setPressedSeaElement(null);
shootable.known = true; // on révèle la case
if (shootable.state == State.Water)
{
shootable.state = State.Plouf; // raté !
}
if (shootable.state == State.Boat)
{
for (int nboat = 0; nboat < opponent.boatList.Length; nboat++)
{
{
Boat currentBoat = opponent.boatList[nboat]; // on recherche le bateau à qui appartient la case que l'on a touchée
for (int element = 0; element < currentBoat.size; element++)
{
if ((shootable.posX == currentBoat.position[element].posX) && (shootable.posY == currentBoat.position[element].posY))
{
int pv = currentBoat.Life();
if (pv > 1)
{
shootable.state = State.Touched; // touché !
}
else
{
for (int element2 = 0; element2 < currentBoat.size; element2++)
{
currentBoat.position[element2].state = State.Sunk; // si le bateau est coulé, on change tous ses éléments en "Sunk"
}
shootable.state = State.Sunk; // coulé!
}
}
}
opponent.boatList[nboat] = currentBoat;
}
}
}
}
return(boardOpponent);
}
public override Board shoot(Player opponent, Board boardOpponent)
{
List <int> targetable = new List <int> {
}; // liste des éléments sur lesquels on n'a pas encore tiré
for (int index = 0; index < boardOpponent.SeaElementList.Count; index++)
{
if (boardOpponent.SeaElementList[index].state != State.Plouf && boardOpponent.SeaElementList[index].state != State.Touched && boardOpponent.SeaElementList[index].state != State.Sunk)
{
targetable.Add(index);
}
}
Random random = new Random();
int targetIndex = targetable[random.Next(targetable.Count)]; // on tire au hasard sur une case encore inconnue
SeaElement target = boardOpponent.SeaElementList[targetIndex];
if (target.button.Name[1] != '1')
{
return(null);
}
if (target.state == State.Water)
{
target.state = State.Plouf; // raté !
}
else if (target.state == State.Boat)
{
for (int nboat = 0; nboat < opponent.boatList.Length; nboat++)
{
Boat currentBoat = opponent.boatList[nboat]; // on recherche le bateau à qui appartient la case que l'on a touchée
for (int element = 0; element < currentBoat.size; element++)
{
if ((target.posX == currentBoat.position[element].posX) && (target.posY == currentBoat.position[element].posY))
{
int pv = currentBoat.Life();
if (pv > 1)
{
target.state = State.Touched; // touché !
}
else
{
for (int element2 = 0; element2 < currentBoat.size; element2++)
{
currentBoat.position[element2].state = State.Sunk; // si le bateau est coulé, on change tous ses éléments en "Sunk"
}
target.state = State.Sunk; // coulé !
}
}
}
}
boardOpponent.SeaElementList[targetIndex] = target;
}
return(boardOpponent);
}