public Intelligence(int coordY, int coordX)
{
_targetDirection = RandomCoords.GetRandomDirection();
_counterSuccessfulShot = 0;
_cleanShotPosition = new Position(coordY, coordX);
_isTargetPlayer = false;
}
public virtual void MakeTheShot(ref bool isAlivePlayerAfterShoot, Sea playerMap)
{
if (!isAlivePlayerAfterShoot)
{
RandomCoords.SearchRandomCoords(playerMap);
_isTargetPlayer = playerMap.HitTarget(ref isAlivePlayerAfterShoot);
if (_isTargetPlayer)
{
SaveCoordsSuccessfulTarget(playerMap);
}
}
else
{
GetTargetCoords(playerMap);
_isTargetPlayer = playerMap.HitTarget(ref isAlivePlayerAfterShoot);
}
}
public override void MakeTheShot(ref bool isAlivePlayerAfterShoot, Sea playerMap)
{
bool wasShot = false;
if (!isAlivePlayerAfterShoot)
{
do
{
if (_plentyShots.Count <= 0)
{
RandomCoords.SearchRandomCoords(playerMap);
//break;//
}
else
{
Position currentPos = _plentyShots.Dequeue();
playerMap.TargetCoordX = currentPos.OX;
playerMap.TargetCoordY = currentPos.OY;
wasShot = playerMap.WasShot();
}
} while (wasShot);
_isTargetPlayer = playerMap.HitTarget(ref isAlivePlayerAfterShoot);
if (_isTargetPlayer)
{
SaveCoordsSuccessfulTarget(playerMap);
}
}
else
{
GetTargetCoords(playerMap);
_isTargetPlayer = playerMap.HitTarget(ref isAlivePlayerAfterShoot);
}
}
public AdvancedIntelligence(int coordY, int coordX)
: base(coordY, coordX)
{
_playerShips = (BitShipType)Constants.COUNT_SHIPS_TYPE;
_plentyShots = RandomCoords.BuildShootsLine();
}
public static Queue <Position> BuildShootsLine()
{
bool isFromTop;
int countShootsInLine;
Position startPosition;
Queue <Position> plentyShoots = new Queue <Position>();
ShotDirection[] directionsOrder = RandomCoords.GetLineDirectionForShoot();
for (int i = 0; i < directionsOrder.Length; i++)
{
switch (directionsOrder[i])
{
case ShotDirection.TwoCellWestNorth:
startPosition = new Position(Constants.SECOND_CELL, 0);
countShootsInLine = TWO_SHOTS;
isFromTop = false;
CalculateCoordsForShoot(countShootsInLine, startPosition, isFromTop, ref plentyShoots);
break;
case ShotDirection.FourCellWestNorth:
startPosition = new Position(0, Constants.FOURTH_CELL);
countShootsInLine = FOUR_SHOTS;
isFromTop = true;
CalculateCoordsForShoot(countShootsInLine, startPosition, isFromTop, ref plentyShoots);
break;
case ShotDirection.SixCellWestNorth:
startPosition = new Position(Constants.SIXTH_CELL, 0);
countShootsInLine = SIX_SHOTS;
isFromTop = false;
CalculateCoordsForShoot(countShootsInLine, startPosition, isFromTop, ref plentyShoots);
break;
case ShotDirection.EightCellWestNorth:
startPosition = new Position(0, Constants.EIGHTH_CELL);
countShootsInLine = EIGTH_SHOTS;
isFromTop = true;
CalculateCoordsForShoot(countShootsInLine, startPosition, isFromTop, ref plentyShoots);
break;
case ShotDirection.Center:
startPosition = new Position(Constants.TENTH_CELL, 0);
countShootsInLine = TEN_SHOTS;
isFromTop = false;
CalculateCoordsForShoot(countShootsInLine, startPosition, isFromTop, ref plentyShoots);
break;
case ShotDirection.EightCellEastSouth:
startPosition = new Position(Constants.THIRD_CELL, Constants.TENTH_CELL);
countShootsInLine = EIGTH_SHOTS;
isFromTop = true;
CalculateCoordsForShoot(countShootsInLine, startPosition, isFromTop, ref plentyShoots);
break;
case ShotDirection.SixCellEastSouth:
startPosition = new Position(Constants.TENTH_CELL, Constants.FIFTH_CELL);
countShootsInLine = SIX_SHOTS;
isFromTop = false;
CalculateCoordsForShoot(countShootsInLine, startPosition, isFromTop, ref plentyShoots);
break;
case ShotDirection.FourCellEastSouth:
startPosition = new Position(Constants.SEVENTH_CELL, Constants.TENTH_CELL);
countShootsInLine = FOUR_SHOTS;
isFromTop = true;
CalculateCoordsForShoot(countShootsInLine, startPosition, isFromTop, ref plentyShoots);
break;
case ShotDirection.TwoCellEastSouth:
startPosition = new Position(Constants.TENTH_CELL, Constants.NINTH_CELL);
countShootsInLine = TWO_SHOTS;
isFromTop = false;
CalculateCoordsForShoot(countShootsInLine, startPosition, isFromTop, ref plentyShoots);
break;
default:
break;
}
}
return(plentyShoots);
}
