public override void Move(Coordonates from, Coordonates to)
{
if (Game.piece_position[to.x, to.y] != null)
{
Game.eated.Add(Game.piece_position[to.x, to.y]);
}
Game.piece_position[to.x, to.y] = Game.piece_position[from.x, from.y]; Game.piece_position[from.x, from.y] = null; firstmove = false;
}
public virtual void Move(Coordonates from, Coordonates to)
{
if (Game.piece_position[to.x, to.y] != null)
{
Game.eated.Add(Game.piece_position[to.x, to.y]);
}
Game.piece_position[to.x, to.y] = Game.piece_position[from.x, from.y]; Game.piece_position[from.x, from.y] = null;
}
public override List <Coordonates> GetUsableCoordonates(Coordonates Piece_coordonates, Piece[,] Board)
{
List <Coordonates> coords = new List <Coordonates>();
int orx = Piece_coordonates.x; int ory = Piece_coordonates.y;
Piece_coordonates.x++;
while (!Piece_coordonates.OutOfBoard() && Board[Piece_coordonates.x, Piece_coordonates.y] == null)
{
coords.Add(new Coordonates(Piece_coordonates.x, Piece_coordonates.y));
Piece_coordonates.x++;
}
if (!Piece_coordonates.OutOfBoard() && Board[Piece_coordonates.x, Piece_coordonates.y].color != Board[orx, ory].color)
{
coords.Add(new Coordonates(Piece_coordonates.x, Piece_coordonates.y));
}
Piece_coordonates = new Coordonates(orx, ory);
Piece_coordonates.x--;
while (!Piece_coordonates.OutOfBoard() && Board[Piece_coordonates.x, Piece_coordonates.y] == null)
{
coords.Add(new Coordonates(Piece_coordonates.x, Piece_coordonates.y));
Piece_coordonates.x--;
}
if (!Piece_coordonates.OutOfBoard() && Board[Piece_coordonates.x, Piece_coordonates.y].color != Board[orx, ory].color)
{
coords.Add(new Coordonates(Piece_coordonates.x, Piece_coordonates.y));
}
Piece_coordonates = new Coordonates(orx, ory);
Piece_coordonates.y++;
while (!Piece_coordonates.OutOfBoard() && Board[Piece_coordonates.x, Piece_coordonates.y] == null)
{
coords.Add(new Coordonates(Piece_coordonates.x, Piece_coordonates.y));
Piece_coordonates.y++;
}
if (!Piece_coordonates.OutOfBoard() && Board[Piece_coordonates.x, Piece_coordonates.y].color != Board[orx, ory].color)
{
coords.Add(new Coordonates(Piece_coordonates.x, Piece_coordonates.y));
}
Piece_coordonates = new Coordonates(orx, ory);
Piece_coordonates.y--;
while (!Piece_coordonates.OutOfBoard() && Board[Piece_coordonates.x, Piece_coordonates.y] == null)
{
coords.Add(new Coordonates(Piece_coordonates.x, Piece_coordonates.y));
Piece_coordonates.y--;
}
if (!Piece_coordonates.OutOfBoard() && Board[Piece_coordonates.x, Piece_coordonates.y].color != Board[orx, ory].color)
{
coords.Add(new Coordonates(Piece_coordonates.x, Piece_coordonates.y));
}
return(coords);
}
public override List <Coordonates> GetUsableCoordonates(Coordonates Piece_coordonates, Piece[,] Board)
{
List <Coordonates> coords = new List <Coordonates>();
int[] tabx = new int[] { 1, 2, 2, 1, -1, -2, -2, -1 };
int[] taby = new int[] { 2, 1, -1, -2, -2, -1, 1, 2 };
for (int n = 0; n < 8; n++)
{
if (!new Coordonates(Piece_coordonates.x + tabx[n], Piece_coordonates.y + taby[n]).OutOfBoard() && (Board[Piece_coordonates.x + tabx[n], Piece_coordonates.y + taby[n]] == null || Board[Piece_coordonates.x + tabx[n], Piece_coordonates.y + taby[n]].color != Board[Piece_coordonates.x, Piece_coordonates.y].color))
{
coords.Add(new Coordonates(Piece_coordonates.x + tabx[n], Piece_coordonates.y + taby[n]));
}
}
return(coords);
}
public override List <Coordonates> GetUsableCoordonates(Coordonates Piece_coordonates, Piece[,] Board)
{
List <Coordonates> coords = new List <Coordonates>();
for (int i = -1; i < 2; i++)
{
for (int j = -1; j < 2; j++)
{
if (!new Coordonates(Piece_coordonates.x + i, Piece_coordonates.y + j).OutOfBoard() && (Board[Piece_coordonates.x + i, Piece_coordonates.y + j] == null || Board[Piece_coordonates.x + i, Piece_coordonates.y + j].color != Board[Piece_coordonates.x, Piece_coordonates.y].color))
{
coords.Add(new Coordonates(Piece_coordonates.x + i, Piece_coordonates.y + j));
}
}
}
return(coords);
}
public override List <Coordonates> GetUsableCoordonates(Coordonates Piece_coordonates, Piece[,] Board)
{
List <Coordonates> coords = new List <Coordonates>();
if (color == Color.White)
{
if (!new Coordonates(Piece_coordonates.x, Piece_coordonates.y + 1).OutOfBoard() && Board[Piece_coordonates.x, Piece_coordonates.y + 1] == null)
{
coords.Add(new Coordonates(Piece_coordonates.x, Piece_coordonates.y + 1));
}
if (!new Coordonates(Piece_coordonates.x - 1, Piece_coordonates.y + 1).OutOfBoard() && Board[Piece_coordonates.x - 1, Piece_coordonates.y + 1] != null && Board[Piece_coordonates.x - 1, Piece_coordonates.y + 1].color == Piece.Color.Black)
{
coords.Add(new Coordonates(Piece_coordonates.x - 1, Piece_coordonates.y + 1));
}
if (!new Coordonates(Piece_coordonates.x + 1, Piece_coordonates.y + 1).OutOfBoard() && Board[Piece_coordonates.x + 1, Piece_coordonates.y + 1] != null && Board[Piece_coordonates.x + 1, Piece_coordonates.y + 1].color == Piece.Color.Black)
{
coords.Add(new Coordonates(Piece_coordonates.x + 1, Piece_coordonates.y + 1));
}
if (firstmove && Board[Piece_coordonates.x, Piece_coordonates.y + 1] == null)
{
coords.Add(new Coordonates(Piece_coordonates.x, Piece_coordonates.y + 2));
}
}
else
{
if (!new Coordonates(Piece_coordonates.x, Piece_coordonates.y - 1).OutOfBoard() && Board[Piece_coordonates.x, Piece_coordonates.y - 1] == null)
{
coords.Add(new Coordonates(Piece_coordonates.x, Piece_coordonates.y - 1));
}
if (!new Coordonates(Piece_coordonates.x - 1, Piece_coordonates.y - 1).OutOfBoard() && Board[Piece_coordonates.x - 1, Piece_coordonates.y - 1] != null && Board[Piece_coordonates.x - 1, Piece_coordonates.y - 1].color == Piece.Color.White)
{
coords.Add(new Coordonates(Piece_coordonates.x - 1, Piece_coordonates.y - 1));
}
if (!new Coordonates(Piece_coordonates.x + 1, Piece_coordonates.y - 1).OutOfBoard() && Board[Piece_coordonates.x + 1, Piece_coordonates.y - 1] != null && Board[Piece_coordonates.x + 1, Piece_coordonates.y - 1].color == Piece.Color.White)
{
coords.Add(new Coordonates(Piece_coordonates.x + 1, Piece_coordonates.y - 1));
}
if (firstmove && Board[Piece_coordonates.x, Piece_coordonates.y - 1] == null)
{
coords.Add(new Coordonates(Piece_coordonates.x, Piece_coordonates.y - 2));
}
}
return(coords);
}
public void NewTurn(Player player)
{
DisplayBoard(new List <Coordonates>());
TurnOf(player);
List <Coordonates> templist = new List <Coordonates>();
Coordonates temp;
do
{
temp = AskCase();
while (temp.OutOfBoard() || piece_position[temp.x, temp.y] == null || piece_position[temp.x, temp.y].color != player.color)
{
DisplayBoard(new List <Coordonates>());
TurnOf(player);
Console.WriteLine("Coordonnées erronées où non disponibles\nMerci de rentrer les coordonnées sous cette forme \"x,y\"");
temp = AskCase();
}
templist = piece_position[temp.x, temp.y].GetUsableCoordonates(temp, piece_position);
if (templist.Count() == 0)
{
DisplayBoard(new List <Coordonates>());
TurnOf(player);
Console.WriteLine("Aucun mouvement disponible pour cette piece\nMerci d'en choisir une autre");
}
} while (templist.Count() == 0);
DisplayBoard(templist);
TurnOf(player);
foreach (Coordonates co in templist)
{
//Console.WriteLine(co.x+"|"+co.y);
}
Coordonates temp2 = AskCase();
while (temp2.OutOfBoard() || templist.Find(s => s.x == temp2.x && s.y == temp2.y) == null)
{
DisplayBoard(templist);
TurnOf(player);
Console.WriteLine("Coordonnées erronées où non disponibles\nMerci de rentrer les coordonnées sous cette forme \"x,y\"");
temp2 = AskCase();
}
piece_position[temp.x, temp.y].Move(new Coordonates(temp.x, temp.y), new Coordonates(temp2.x, temp2.y));
}
public virtual List <Coordonates> GetUsableCoordonates(Coordonates Piece_coordonates, Piece[,] Board)
{
return(new List <Coordonates>());
}