private static void PopulateMyHiddenTank(MyTank prevMyTank, List <Tree> trees, Direction?direction)
{
var prevMyTankStepPosition = prevMyTank.GetNextPositionNotCheckedForCanMove(direction);
foreach (var tree in trees)
{
if (prevMyTankStepPosition != tree.Point)
{
continue;
}
var thisHiddenMyTank = prevMyTank.DeepClone();
thisHiddenMyTank.Point = tree.Point;
thisHiddenMyTank.Direction = direction;
thisHiddenMyTank.UpdateElementByDirection();
var cell = Field.GetCell(tree.Point);
cell.Items.Insert(0, thisHiddenMyTank);
State.ThisRound.MyTank = thisHiddenMyTank;
if (State.PrevRound.CurrentMoveCommands.Contains(Direction.Act))
{
var bulletPoint = BaseMobile.Shift(prevMyTank.Point, direction, Bullet.DefaultSpeed);
var bullet = new Bullet(Element.BULLET, bulletPoint);
bullet.Direction = direction;
bullet.IsMyBullet = true;
var bulletCell = Field.GetCell(bulletPoint);
bulletCell.Items.Insert(0, bullet);
State.ThisRound.Bullets.Add(bullet);
}
}
}
public static void CalculateTankShotPredictions(Point point, PredictionType type, Direction direction, BaseTank tank, int maxDepth = 1, List <Direction> command = null)
{
var startShotPoint = point;
var startIndex = Math.Min(-1 - tank.ShotCountdownLeft, 1);
//if (!tank.IsShotThisRound)
// return;
for (var i = startIndex; i <= Bullet.DefaultSpeed * maxDepth; i++)
{
var shotPoint = BaseMobile.Shift(startShotPoint, direction);
var shotCell = Field.GetCell(shotPoint);
var depth = (int)Math.Ceiling((decimal)i / 2);
if (i >= -1)
{
var actualDepth = Math.Max(1, tank.ShotCountdownLeft) + depth;
shotCell.AddPrediction(actualDepth, type, command);
}
if (shotCell.CanShootThrough)
{
startShotPoint = shotPoint;
}
else
{
break;
}
}
}
private static void CalculateMyTankShotPredictions(Point point, Direction direction, List <Direction> command)
{
var startShotPoint = point;
var startIndex = Math.Min(-1 - State.ThisRound.MyTank.ShotCountdownLeft, 1);
for (var i = startIndex; i <= Bullet.DefaultSpeed * AppSettings.MyShotPredictionDepth; i++)
{
var shotPoint = BaseMobile.Shift(startShotPoint, direction);
var shotCell = Field.GetCell(shotPoint);
var depth = (int)Math.Ceiling((decimal)i / 2);
if (i >= -1)
{
var actualDepth = (command.Count - 1) + Math.Max(0, State.ThisRound.MyTank.ShotCountdownLeft) + depth;
var directionActCommand = command.ToList();
directionActCommand.Add(Direction.Act);
shotCell.AddPrediction(actualDepth, PredictionType.MyShot, directionActCommand);
}
if (shotCell.CanShootThrough)
{
startShotPoint = shotPoint;
}
else
{
break;
}
}
}
private static void PopulateMyTankUnderTrees()
{
Settings.Get.ShowMyTankUnderTree = false; //todo: temp
if (!State.HasPrevRound || Settings.Get.ShowMyTankUnderTree || State.ThisRound.MyTank != null)
{
return;
}
var trees = State.ThisRound.Trees;
var prevMyTank = State.PrevRound.MyTank;
if (prevMyTank == null)
{
return;
}
if (State.PrevRound.CurrentMoveCommands.Count == 1 && State.PrevRound.CurrentMoveCommands[0] == Direction.Act)
{
return;
}
var prevDirection = State.PrevRound.CurrentMoveCommands.FirstOrDefault(x => BaseMobile.ValidDirections.Contains(x));
var prevMyTankStepPosition = prevMyTank.GetNextPositionNotCheckedForCanMove(prevDirection);
foreach (var tree in trees)
{
if (prevMyTankStepPosition == tree.Point)
{
var thisHiddenMyTank = prevMyTank.DeepClone();
thisHiddenMyTank.Point = tree.Point;
thisHiddenMyTank.CurrentDirection = prevDirection;
var cell = Field.GetCell(tree.Point);
cell.Items.Insert(0, thisHiddenMyTank);
State.ThisRound.MyTank = thisHiddenMyTank;
if (State.PrevRound.CurrentMoveCommands.Contains(Direction.Act))
{
var bulletPoint = BaseMobile.Shift(prevMyTank.Point, prevDirection, Bullet.DefaultSpeed);
var bullet = new Bullet(Element.BULLET, bulletPoint);
bullet.CurrentDirection = prevDirection;
var bulletCell = Field.GetCell(bulletPoint);
bulletCell.Items.Insert(0, bullet);
State.ThisRound.Bullets.Add(bullet);
}
}
}
}
private static void PopulateAiTanksUnderTrees()
{
if (!State.HasPrevRound)
{
return;
}
var trees = State.ThisRound.Trees;
var prevAiTanks = State.PrevRound.AiTanks;
foreach (var tree in trees)
{
var prevHiddenAiTank =
prevAiTanks.FirstOrDefault(b => b.GetNextPositionNotCheckedForCanMove() == tree.Point);
if (prevHiddenAiTank == null)
{
continue;
}
var thisHiddenAiTank = prevHiddenAiTank.DeepClone();
thisHiddenAiTank.Point = tree.Point;
var cell = Field.GetCell(tree.Point);
cell.Items.Insert(0, thisHiddenAiTank);
State.ThisRound.AiTanks.Add(thisHiddenAiTank);
if (prevHiddenAiTank.IsShotThisRound && prevHiddenAiTank.Direction.HasValue)
{
var bulletPoint = BaseMobile.Shift(prevHiddenAiTank.Point, prevHiddenAiTank.Direction,
Bullet.DefaultSpeed);
var bullet = new Bullet(Element.BULLET, bulletPoint);
bullet.Direction = prevHiddenAiTank.Direction;
var bulletCell = Field.GetCell(bulletPoint);
bulletCell.Items.Insert(0, bullet);
State.ThisRound.Bullets.Add(bullet);
}
}
}
private static void CalculateEnemyShotForDirection(Point point, Direction direction, EnemyTank tank)
{
var startShotPoint = point;
//var startIndex = Math.Min(-1 - tank.ShotCountdownLeft, 1);
var startIndex = 1;
for (var i = startIndex; i <= Bullet.DefaultSpeed * AppSettings.EnemyTankShotPredictionDepth; i++)
{
var shotPoint = BaseMobile.Shift(startShotPoint, direction);
var shotCell = Field.GetCell(shotPoint);
if (shotCell.IsWall)
{
break;
}
//var depth = (int)Math.Ceiling((decimal)i / 2);
//var actualDepth = Math.Max(1, tank.ShotCountdownLeft) + depth;
var depth = (int)Math.Ceiling((decimal)i / 2);
var shotCountDownLeft = tank.ShotCountdownLeft;
var actualDepth = shotCountDownLeft + depth;
shotCell.AddPrediction(actualDepth, PredictionType.EnemyShot);
if (shotCell.CanShootThrough)
{
startShotPoint = shotPoint;
}
else
{
break;
}
}
}
private static void CalculateMyShotsForDirection(Point point, Direction direction, List <Command> commands, List <Direction> command, bool correctFirstShotDepth = false)
{
var startShotPoint = point;
//var startIndex = Math.Min(1 - State.ThisRound.MyTank.ShotCountdownLeft, 1);
var startIndex = 1;
for (var i = startIndex; i <= Bullet.DefaultSpeed * AppSettings.MyShotPredictionDepth; i++)
{
var shotPoint = BaseMobile.Shift(startShotPoint, direction);
var shotCell = Field.GetCell(shotPoint);
if (shotCell.IsWall)
{
break;
}
var depth = (int)Math.Ceiling((decimal)i / 2);
if (correctFirstShotDepth)
{
depth--;
}
var directionActCommand = command.ToList();
directionActCommand.Add(Direction.Act);
var directionActCommands = commands.ToList();
directionActCommands.Add(new Command(directionActCommand.ToArray()));
var commandRoundsCount = directionActCommands.Count;
var shotDepth = depth;
//var depthShotDelay = commandRoundsCount + shotDepth;
//var shotCountDownDifference = State.ThisRound.MyTank.ShotCountdownLeft - depthShotDelay;
var notShotRoundsCount = directionActCommands.Count(x => !x.IsActCommand());
var shotCountDownLeft = Math.Max(State.ThisRound.MyTank.ShotCountdownLeft - notShotRoundsCount, 0);
//var shotCountDownLeft = 0;
var actualDepth = commandRoundsCount + shotDepth + shotCountDownLeft;
//var currentDirectionStr = directionActCommand.CommandsToString();
//var shotCellPredictions = shotCell.Predictions.MyShotPredictions
// .Where(x => x.Depth == actualDepth && x.Commands.AreSameCommands(directionActCommands))
// .ToList();
//if (!shotCellPredictions.Any())
shotCell.AddPrediction(actualDepth, PredictionType.MyShot, directionActCommands);
if (shotCell.CanShootThrough)
{
startShotPoint = shotPoint;
}
else
{
break;
}
}
}