public void move(Knight c, Point s, Board x, int a)
{
int t = x.board[s.X, s.Y];
Boolean skip = true;
x.cannotmove = false;
int numx2 = x.numx;
int numy2 = x.numy;
Point unmove = new Point(c.coords.X, c.coords.Y);
if (x.board[s.X, s.Y] != 0 && x.board[s.X, s.Y] * a < 0)
{
if (x.checkmachecker)
{
skip = false;
}
else
{
x.eat(s, x);
}
}
c.coords = new Point(x.Grid[s.X, s.Y].X + 23, x.Grid[s.X, s.Y].Y + 6);
x.board[s.X, s.Y] = a;
Boolean kingcheck = false;
x.turner = x.turner * -1;
if (skip)
{
if (x.turncount % 2 == 0)
{
kingcheck = x.checkcheck(x, x.whiteking);
}
else
{
kingcheck = x.checkcheck(x, x.blacking);
}
}
if (kingcheck || x.checkmachecker)
{
c.coords = new Point(unmove.X, unmove.Y);
x.board[s.X, s.Y] = t;
x.board[numx2, numy2] = a;
if (kingcheck)
{
x.cannotmove = true;
}
}
x.numx = numx2;
x.numy = numy2;
x.turner = x.turner * -1;
}
public void move(Pawn c, Point s, Board x, int a)
{
/*moves peice if it does not put own king in check, or if the
* program is simulating a checkmate. If program is simulating a checkmate
program will not "eat" other pieces (hnece the skip method).*/
int t = x.board[s.X, s.Y];
Boolean skip = true;
x.cannotmove = false;
int numx2 = x.numx;
int numy2 = x.numy;
Point unmove = new Point(c.coords.X, c.coords.Y);
if (x.board[s.X, s.Y] != 0 && x.board[s.X, s.Y] * a < 0)
{
if (x.checkmachecker)
{
skip = false;
}
else
{
x.eat(s, x);
}
}
c.coords = new Point(x.Grid[s.X, s.Y].X + 23, x.Grid[s.X, s.Y].Y+ 10);
x.board[s.X, s.Y] = a;
x.turner = x.turner * - 1;
Boolean kingcheck = false;
if (skip)
{
if (x.turncount % 2 == 0)
{
kingcheck = x.checkcheck(x, x.whiteking);
}
else
{
kingcheck = x.checkcheck(x, x.blacking);
}
}
if (kingcheck || x.checkmachecker)
{
c.coords = new Point(unmove.X, unmove.Y);
x.board[s.X, s.Y] = t;
x.board[numx2, numy2] = a;
if (kingcheck)
{
x.cannotmove = true;
}
}
x.numx = numx2;
x.numy = numy2;
x.turner = x.turner * -1;
}
