private void CalculateFinalScoreStrokePlayeBrutto(Player p)
{
foreach (int points in p.card.scores)
{
p.FinalScoreStrokePlayBrutto = p.FinalScoreStrokePlayBrutto + points;
}
}
//private System.Drawing.Bitmap myBitmap; // Our Bitmap declaration
public Form1()
{
InitializeComponent();
this.player = new Player();
this.player.BoardPiece = BoardPiece.Red;
this.computer = new Computer();
this.computer.BoardPiece = BoardPiece.Green;
}
private int AdditinalTempScore(Player p, int i, int tempAddHandicap, Course course)
{
int tempScore = (((course.holes[i].par + tempAddHandicap) - p.card.scores[i]) + 2);
if (tempScore < 0 || p.card.scores[i] == 0)
{
return 0;
}
return tempScore;
}
public Logic(Player player, Computer computer)
{
this.Player = player;
this.Computer = computer;
if (this.Computer.BoardPiece == BoardPiece.Green)
{
this.computerGamePieces = new GamePiece[]
{
new GamePiece(0, 2),
new GamePiece(0, 3),
new GamePiece(0, 4),
new GamePiece(0, 5),
new GamePiece(0, 6),
new GamePiece(0, 7),
new GamePiece(0, 8)
};
this.playerGamePieces = new GamePiece[]
{
new GamePiece(2, 0),
new GamePiece(3, 0),
new GamePiece(4, 0),
new GamePiece(5, 0),
new GamePiece(6, 0),
new GamePiece(7, 0),
new GamePiece(8, 0)
};
}
else
{
this.computerGamePieces = new GamePiece[]
{
new GamePiece(2, 0),
new GamePiece(3, 0),
new GamePiece(4, 0),
new GamePiece(5, 0),
new GamePiece(6, 0),
new GamePiece(7, 0),
new GamePiece(8, 0)
};
this.playerGamePieces = new GamePiece[]
{
new GamePiece(0, 2),
new GamePiece(0, 3),
new GamePiece(0, 4),
new GamePiece(0, 5),
new GamePiece(0, 6),
new GamePiece(0, 7),
new GamePiece(0, 8)
};
}
}
private void CalculateFinalScoreStableFordBrutto(Player p, Course course)
{
p.CalcualteAdditionalHandicapeForStableFordNetto();
for (int i = 0; i < LENGTH_OF_COURSE; i++)
{
int tempAddHandicap = 0;
int tempScore = AdditinalTempScore(p, i, tempAddHandicap, course);
p.finalScoreStableFordBrutto = p.finalScoreStableFordBrutto + tempScore;
}
}
public Form1()
{
InitializeComponent();
timer = new Timer();
timer.Tick += new EventHandler(MyClock);
timer.Interval = 200;
timer.Start();
player = new Player();
bodyList = new BodyList();
init();
}
public void InitGame()
{
MapProvider mapProvider = new MapProvider(MapProvider.MapName.Norway);
List<Player> players = new List<Player>();
Player playerOne = new Player("knut");
Player playerTwo = new Player("kari");
players.Add(playerOne);
players.Add(playerTwo);
m_game = new Game(players, Game.Difficulty.easy, Game.Type.none, mapProvider);
m_game.LoadGame();
m_ch = new CoordinateHandler(m_game);
}
public static byte[] SerializeMove(double sentinel, Player player)
{
double serializedplayer = 0;
if (player == GameLogic.player1)
{
serializedplayer = 1;
}
else if (player == GameLogic.player2)
{
serializedplayer = 2;
}
byte[] data;
data = new byte[] { (Convert.ToByte(sentinel)), Convert.ToByte(serializedplayer)};
return data;
}
private void CalculateFinalScoreStableFordNetto(Player p, Course course)
{
p.CalcualteAdditionalHandicapeForStableFordNetto();
for (int i = 0; i < LENGTH_OF_COURSE; i++)
{
int tempAddHandicap = 0;
tempAddHandicap = p.additinalHandicap.additinalForAll;
if (course.holes[i].hardness <= p.additinalHandicap.amountOfAdditianlHoles)
{
tempAddHandicap = tempAddHandicap + 1;
}
int tempScore = AdditinalTempScore(p, i, tempAddHandicap, course);
p.finalScoreStableFordNetto = p.finalScoreStableFordNetto + tempScore;
}
}
public static byte[] SerializeFire(int angle, int power, Player player)
{
int sentinel = 1;
double serializedplayer = 0;
double serializeddefender = 0;
if (player == GameLogic.player1)
{
serializedplayer = 1;
serializeddefender = 2;
}
else if (player == GameLogic.player2)
{
serializedplayer = 2;
serializeddefender = 1;
}
byte[] data;
data = new byte[] { Convert.ToByte(sentinel), Convert.ToByte(angle), Convert.ToByte(power), Convert.ToByte(serializedplayer), Convert.ToByte(serializeddefender) };
return data;
}
public static void FireMissile(int angle, int power, Player player, Player defender)
{
double Vx = ConvertPowerToX(angle, power);
double Vy = ConvertPowerToY(angle, power);
for (double i = 0; i < 10; i += 0.05)
{
if (!checkForCollision(defender.tank, player.missile) && !checkForEnvironmentCollision(player.missile))
{
player.missile.Location = new Point(Convert.ToInt32(player.missile.Location.X + (Vx * i)), Convert.ToInt32(player.missile.Location.Y - ((Vy * i) - ((GRAVITY/2) * (i * i)))));
//BFT TODO: Get rid of this
Thread.Sleep(20);
}
}
//Explosion(player.missile);
if (checkForCollision(defender.tank, player.missile))
{
player.AddPoint();
}
player.missile.Location = new Point(player.tank.Left + ((player.tank.Right - player.tank.Left) / 4), player.tank.Top + ((player.tank.Bottom - player.tank.Top) / 4));
}
private void CalculateFinalScoreStrokePlayeNetto(Player p)
{
p.FinalScoreStrokePlaynetto = p.FinalScoreStrokePlayBrutto - p.handicap;
}
