internal static IComeDirection InverseDirections(Room room, IComeDirection comeWith, int x, int y)
{
try
{
switch (comeWith)
{
case IComeDirection.Up:
return(IComeDirection.Down);
case IComeDirection.UpRight:
if (room.GetGameMap().StaticModel.SqState[x][y] == SquareState.Blocked)
{
return(room.GetGameMap().StaticModel.SqState[x + 1][y] == SquareState.Blocked
? IComeDirection.DownRight
: IComeDirection.UpLeft);
}
return(IComeDirection.DownRight);
case IComeDirection.Right:
return(IComeDirection.Left);
case IComeDirection.DownRight:
if (room.GetGameMap().StaticModel.SqState[x][y] == SquareState.Blocked)
{
return(room.GetGameMap().StaticModel.SqState[x + 1][y] == SquareState.Blocked
? IComeDirection.UpRight
: IComeDirection.DownLeft);
}
return(IComeDirection.UpRight);
case IComeDirection.Down:
return(IComeDirection.Up);
case IComeDirection.DownLeft:
return(room.GetGameMap().Model.MapSizeX - 1 <= x
? IComeDirection.DownRight
: IComeDirection.UpLeft);
case IComeDirection.Left:
return(IComeDirection.Right);
case IComeDirection.UpLeft:
return(room.GetGameMap().Model.MapSizeX - 1 <= x
? IComeDirection.UpRight
: IComeDirection.DownLeft);
}
return(IComeDirection.Null);
}
catch
{
return(IComeDirection.Null);
}
}
internal static void GetNewCoords(IComeDirection comeWith, ref int newX, ref int newY)
{
try
{
switch (comeWith)
{
case IComeDirection.Up:
newY++;
break;
case IComeDirection.UpRight:
newX--;
newY++;
break;
case IComeDirection.Right:
newX--;
break;
case IComeDirection.DownRight:
newX--;
newY--;
break;
case IComeDirection.Down:
newY--;
break;
case IComeDirection.DownLeft:
newX++;
newY--;
break;
case IComeDirection.Left:
newX++;
break;
case IComeDirection.UpLeft:
newX++;
newY++;
break;
}
}
catch
{
}
}
internal static void GetNewCoords(IComeDirection comeWith, ref int newX, ref int newY)
{
try
{
switch (comeWith)
{
case IComeDirection.Up:
newY++;
break;
case IComeDirection.UpRight:
newX--;
newY++;
break;
case IComeDirection.Right:
newX--;
break;
case IComeDirection.DownRight:
newX--;
newY--;
break;
case IComeDirection.Down:
newY--;
break;
case IComeDirection.DownLeft:
newX++;
newY--;
break;
case IComeDirection.Left:
newX++;
break;
case IComeDirection.UpLeft:
newX++;
newY++;
break;
}
}
catch
{
}
}
internal static IComeDirection GetInverseDirectionEasy(IComeDirection comeWith)
{
IComeDirection result;
try
{
switch (comeWith)
{
case IComeDirection.Up:
result = IComeDirection.Down;
break;
case IComeDirection.UpRight:
result = IComeDirection.DownLeft;
break;
case IComeDirection.Right:
result = IComeDirection.Left;
break;
case IComeDirection.DownRight:
result = IComeDirection.UpLeft;
break;
case IComeDirection.Down:
result = IComeDirection.Up;
break;
case IComeDirection.DownLeft:
result = IComeDirection.UpRight;
break;
case IComeDirection.Left:
result = IComeDirection.Right;
break;
default:
result = comeWith == IComeDirection.UpLeft ? IComeDirection.DownRight : IComeDirection.Null;
break;
}
}
catch
{
result = IComeDirection.Null;
}
return(result);
}
internal static IComeDirection GetInverseDirectionEasy(IComeDirection comeWith)
{
IComeDirection result;
try
{
switch (comeWith)
{
case IComeDirection.Up:
result = IComeDirection.Down;
break;
case IComeDirection.UpRight:
result = IComeDirection.DownLeft;
break;
case IComeDirection.Right:
result = IComeDirection.Left;
break;
case IComeDirection.DownRight:
result = IComeDirection.UpLeft;
break;
case IComeDirection.Down:
result = IComeDirection.Up;
break;
case IComeDirection.DownLeft:
result = IComeDirection.UpRight;
break;
case IComeDirection.Left:
result = IComeDirection.Right;
break;
default:
result = comeWith == IComeDirection.UpLeft ? IComeDirection.DownRight : IComeDirection.Null;
break;
}
}
catch
{
result = IComeDirection.Null;
}
return result;
}
internal static IComeDirection InverseDirections(Room room, IComeDirection comeWith, int x, int y)
{
try
{
switch (comeWith)
{
case IComeDirection.Up:
return IComeDirection.Down;
case IComeDirection.UpRight:
if (room.GetGameMap().StaticModel.SqState[x][y] == SquareState.Blocked)
return room.GetGameMap().StaticModel.SqState[x + 1][y] == SquareState.Blocked
? IComeDirection.DownRight
: IComeDirection.UpLeft;
return IComeDirection.DownRight;
case IComeDirection.Right:
return IComeDirection.Left;
case IComeDirection.DownRight:
if (room.GetGameMap().StaticModel.SqState[x][y] == SquareState.Blocked)
return room.GetGameMap().StaticModel.SqState[x + 1][y] == SquareState.Blocked
? IComeDirection.UpRight
: IComeDirection.DownLeft;
return IComeDirection.UpRight;
case IComeDirection.Down:
return IComeDirection.Up;
case IComeDirection.DownLeft:
return room.GetGameMap().Model.MapSizeX - 1 <= x
? IComeDirection.DownRight
: IComeDirection.UpLeft;
case IComeDirection.Left:
return IComeDirection.Right;
case IComeDirection.UpLeft:
return room.GetGameMap().Model.MapSizeX - 1 <= x
? IComeDirection.UpRight
: IComeDirection.DownLeft;
}
return IComeDirection.Null;
}
catch
{
return IComeDirection.Null;
}
}
internal void OnUserWalk(RoomUser user)
{
if (user == null)
{
return;
}
foreach (RoomItem ball in _balls.Values)
{
if (user.SetX == ball.X && user.SetY == ball.Y && user.GoalX == ball.X && user.GoalY == ball.Y &&
user.HandelingBallStatus == 0) // super chute.
{
Point userPoint = new Point(user.X, user.Y);
ball.ExtraData = "55";
ball.BallIsMoving = true;
ball.BallValue = 1;
MoveBall(ball, user.GetClient(), userPoint);
}
else if (user.X == ball.X && user.Y == ball.Y && user.HandelingBallStatus == 0)
{
Point userPoint = new Point(user.SetX, user.SetY);
ball.ExtraData = "55";
ball.BallIsMoving = true;
ball.BallValue = 1;
MoveBall(ball, user.GetClient(), userPoint);
}
else
{
if (user.HandelingBallStatus == 0 && user.GoalX == ball.X && user.GoalY == ball.Y)
{
return;
}
if (user.SetX != ball.X || user.SetY != ball.Y || !user.IsWalking ||
(user.X == user.GoalX && user.Y == user.GoalY))
{
return;
}
user.HandelingBallStatus = 1;
IComeDirection comeDirection = ComeDirection.GetComeDirection(new Point(user.X, user.Y), ball.Coordinate);
if (comeDirection == IComeDirection.Null)
{
return;
}
int newX = user.SetX;
int newY = user.SetY;
if (!ball.GetRoom().GetGameMap().ValidTile2(user.SetX, user.SetY) ||
!ball.GetRoom().GetGameMap().ItemCanBePlacedHere(user.SetX, user.SetY))
{
comeDirection = ComeDirection.InverseDirections(_room, comeDirection, user.X, user.Y);
newX = ball.X;
newY = ball.Y;
}
ComeDirection.GetNewCoords(comeDirection, ref newX, ref newY);
ball.ExtraData = "11";
MoveBall(ball, user.GetClient(), newX, newY);
}
}
}
internal void OnUserWalk(RoomUser User)
{
if (User == null)
{
return;
}
foreach (Item ball in _balls.Values)
{
if (ball == null)
{
return;
}
//If user position is same as ball position AND The goal Y is the same as Ball y position SHOOT!
if (User.SetX == ball.GetX && User.SetY == ball.GetY && User.GoalX == ball.GetX && User.GoalY == ball.GetY && User.handelingBallStatus == 0) // super chute.
{
Point userPoint = new Point(User.X, User.Y);
ball.ExtraData = "55";
ball.BallTryGoThrough = 0;
ball.Shoot = true;
ball.ballIsMoving = true;
ball.ballMover = User.GetClient();
MoveBall(ball, User.GetClient(), userPoint);
}
//if user position is same as ball //shoot! SHOOT!
else if (User.X == ball.GetX && User.Y == ball.GetY && User.handelingBallStatus == 0)
{
Point userPoint = new Point(User.SetX, User.SetY);
ball.ExtraData = "55";
ball.BallTryGoThrough = 0;
ball.Shoot = true;
ball.ballIsMoving = true;
ball.ballMover = User.GetClient();
MoveBall(ball, User.GetClient(), userPoint);
}
else
{
//if user goal is same as ball position
if (User.handelingBallStatus == 0 && User.GoalX == ball.GetX && User.GoalY == ball.GetY)
{
return;
}
if (User.SetX == ball.GetX && User.SetY == ball.GetY && User.IsWalking && (User.X != User.GoalX || User.Y != User.GoalY))
{
User.handelingBallStatus = 1;
IComeDirection _comeDirection = ComeDirection.GetComeDirection(new Point(User.X, User.Y), ball.Coordinate);
if (_comeDirection != IComeDirection.Null)
{
int NewX = User.SetX;
int NewY = User.SetY;
ComeDirection.GetNewCoords(_comeDirection, ref NewX, ref NewY);
if (ball.GetRoom().GetGameMap().ValidTile(NewX, NewY))
{
ball.ExtraData = "11";
ball.ballMover = User.GetClient();
MoveBall(ball, User.GetClient(), NewX, NewY);
}
}
}
}
}
}
