public VectorAI getDeployPosition(BoardObj bo, deployDirectionRelative relativeDirection = deployDirectionRelative.none, int deployDistance = 0) //for deployDistance you can use hc.card.DamageRadius
{
if (bo == null)
{
Logger.Debug("!!![getDeployPosition]Error:BoardObj == NULL");
return(new VectorAI(0, 0));
}
else
{
return(getDeployPosition(bo.Position, relativeDirection, deployDistance));
}
}
public VectorAI getDeployPosition(VectorAI targetPosition, deployDirectionRelative relativeDirection = deployDirectionRelative.none, int deployDistance = 0) //for deployDistance you can use hc.card.DamageRadius; we use only for Absolute directions
{
//Relative directions
int sign = this.home ? 1 : -1;
int lineSign = targetPosition.X > 8700 ? 1 : -1;
if (targetPosition == null)
{
Logger.Debug("!!![getDeployPosition]Error: Relative targetPosition == NULL");
return(new VectorAI(0, 0));
}
switch (relativeDirection)
{
case deployDirectionRelative.Up: return(new VectorAI(targetPosition.X, targetPosition.Y + sign * (1000 + deployDistance)));
case deployDirectionRelative.Down: return(new VectorAI(targetPosition.X, targetPosition.Y - sign * (1000 + deployDistance)));
case deployDirectionRelative.RightUp: return(new VectorAI(targetPosition.X - sign * (1000 + deployDistance * 7071 / 10000), targetPosition.Y + sign * (1000 + deployDistance * 7071 / 10000)));
case deployDirectionRelative.Right: return(new VectorAI(targetPosition.X - sign * (1000 + deployDistance), targetPosition.Y));
case deployDirectionRelative.RightDown: return(new VectorAI(targetPosition.X - sign * (1000 + deployDistance * 7071 / 10000), targetPosition.Y - sign * (1000 + deployDistance * 7071 / 10000)));
case deployDirectionRelative.LeftDown: return(new VectorAI(targetPosition.X + sign * (1000 + deployDistance * 7071 / 10000), targetPosition.Y - sign * (1000 + deployDistance * 7071 / 10000)));
case deployDirectionRelative.Left: return(new VectorAI(targetPosition.X + sign * (1000 + deployDistance), targetPosition.Y));
case deployDirectionRelative.LeftUp: return(new VectorAI(targetPosition.X + sign * (1000 + deployDistance * 7071 / 10000), targetPosition.Y + sign * (1000 + deployDistance * 7071 / 10000)));
case deployDirectionRelative.borderSideUp: return(new VectorAI(targetPosition.X + lineSign * (1000 + deployDistance * 7071 / 10000), targetPosition.Y + sign * (1000 + deployDistance * 7071 / 10000)));
case deployDirectionRelative.borderSideMiddle: return(new VectorAI(targetPosition.X + lineSign * (1000 + deployDistance), targetPosition.Y));
case deployDirectionRelative.borderSideDown: return(new VectorAI(targetPosition.X + lineSign * (1000 + deployDistance * 7071 / 10000), targetPosition.Y - sign * (1000 + deployDistance * 7071 / 10000)));
case deployDirectionRelative.centerSideUp: return(new VectorAI(targetPosition.X - lineSign * (1000 + deployDistance * 7071 / 10000), targetPosition.Y + sign * (1000 + deployDistance * 7071 / 10000)));
case deployDirectionRelative.centerSideMiddle: return(new VectorAI(targetPosition.X - lineSign * (1000 + deployDistance), targetPosition.Y));
case deployDirectionRelative.centerSideDown: return(new VectorAI(targetPosition.X - lineSign * (1000 + deployDistance * 7071 / 10000), targetPosition.Y - sign * (1000 + deployDistance * 7071 / 10000)));
case deployDirectionRelative.lineCorner: return((lineSign > 0) ? (home ? new VectorAI(17000, 2500) : new VectorAI(17450, 30080)) : (home ? new VectorAI(800, 2200) : new VectorAI(550, 30050)));
default:
return(new VectorAI(targetPosition));
}
}
