private void OnMenuControl(object source, KeyboardKeyEventArgs args)
{
if (activeState.Equals(GameState.MAINMENU))
{
switch (activeState = m.GetStateByKey(args))
{
case GameState.SINGLEPL:
player = new LocalPlayer();
level = new Level(new Map(MapGenerator.GenerateMap(GameMode.Mode.CLASSIC)));
level.AddTank(player, AbstractTank.Type.PlayerNormal, (int)(-windowWidth / 2 + gameRenderer.ElementWidth * 7), (int)(windowHeight / 2 - 19 * gameRenderer.ElementHeight), Texture.Rotation.Top);
Keyboard.KeyUp += player.KeyUpEventHandler;
Keyboard.KeyDown += player.KeyDownEventHandler;
break;
case GameState.EXIT:
Exit();
break;
}
}
}
/// <summary>
/// Called when it is time to setup the next frame.
/// </summary>
/// <param name="e">Contains timing information for framerate independent logic.</param>
protected override void OnUpdateFrame(FrameEventArgs e)
{
base.OnUpdateFrame(e);
//GameLogic gameplay = new GameLogic();
//gameplay.AddPlayer(player);
if (activeState.Equals(GameState.SINGLEPL))
{
if (Keyboard[Key.Q])
{
level = new Level(new Map(MapGenerator.GenerateMap(GameMode.Mode.CLASSIC)));
level.AddTank(player, AbstractTank.Type.PlayerFast, (int)(-windowWidth / 2 + gameRenderer.ElementWidth * 7), (int)(windowHeight / 2 - 19 * gameRenderer.ElementHeight), Texture.Rotation.Top);
}
if (Keyboard[Key.W])
{
level = new Level(new Map(MapGenerator.GenerateMap(GameMode.Mode.DM)));
//level.AddTank(player, AbstractTank.Type.PlayerNormal, (int)(-windowWidth / 2 + gameRenderer.ElementWidth * 7), (int)(windowHeight / 2 - 19 * gameRenderer.ElementHeight));
}
if (Keyboard[Key.E])
{
level = new Level(new Map(MapGenerator.GenerateMap(GameMode.Mode.TDMB)));
//level.AddTank(player, AbstractTank.Type.PlayerNormal, (int)(-windowWidth / 2 + gameRenderer.ElementWidth * 7), (int)(windowHeight / 2 - 19 * gameRenderer.ElementHeight));
}
if (Keyboard[Key.R])
{
level = new Level(new Map(MapGenerator.GenerateMap(GameMode.Mode.TDM)));
//level.AddTank(player, AbstractTank.Type.PlayerNormal, (int)(-windowWidth / 2 + gameRenderer.ElementWidth * 7), (int)(windowHeight / 2 - 19 * gameRenderer.ElementHeight));
}
if (Keyboard[Key.Space])
{
}
if (player.tank.IsUpState)
{
player.tank.Rotate(Texture.Rotation.Top);
if (gameRenderer.TankCanMove(level, player.tank, Texture.Rotation.Top))
{
player.tank.MoveUp();
}
}
else if (player.tank.IsDownState)
{
player.tank.Rotate(Texture.Rotation.Bottom);
if (gameRenderer.TankCanMove(level, player.tank, Texture.Rotation.Bottom))
{
player.tank.MoveDown();
}
}
else if (player.tank.IsRightState)
{
player.tank.Rotate(Texture.Rotation.Right);
if (gameRenderer.TankCanMove(level, player.tank, Texture.Rotation.Right))
{
player.tank.MoveRight();
}
}
else if (player.tank.IsLeftState)
{
player.tank.Rotate(Texture.Rotation.Left);
if (gameRenderer.TankCanMove(level, player.tank, Texture.Rotation.Left))
{
player.tank.MoveLeft();
}
}
}
}
private List<MapObject.Types> NextMapObjects(Level level, AbstractTank tank, Texture.Rotation rotation)
{
PointF tankPositionOnMap = TankPositionOnMap(tank);
List<MapObject.Types> objects = new List<MapObject.Types>();
switch (rotation)
{
case Texture.Rotation.Top:
if (((int)(tankPositionOnMap.Y)).Equals(0))
{
return new List<MapObject.Types> { MapObject.Types.TEMPORARY };
}
objects.Add(level.MapInstance[(int)tankPositionOnMap.Y - 1][(int)tankPositionOnMap.X].Type);//get current tank pos MapObject
if (tankPositionOnMap.X - ((int)tankPositionOnMap.X) > 0)//if tank is on two MapObjects
{
objects.Add(level.MapInstance[(int)tankPositionOnMap.Y - 1][(int)tankPositionOnMap.X + 1].Type);
}
break;
case Texture.Rotation.Bottom:
if (((int)(tankPositionOnMap.Y)).Equals(19))
{
return new List<MapObject.Types> { MapObject.Types.TEMPORARY };
}
objects.Add(level.MapInstance[(int)tankPositionOnMap.Y + 1][(int)tankPositionOnMap.X].Type);
if (tankPositionOnMap.X - ((int)tankPositionOnMap.X) > 0)
{
objects.Add(level.MapInstance[(int)tankPositionOnMap.Y + 1][(int)tankPositionOnMap.X + 1].Type);
}
break;
case Texture.Rotation.Right:
if (((int)(tankPositionOnMap.X)).Equals(18))
{
return new List<MapObject.Types> { MapObject.Types.TEMPORARY };
}
objects.Add(level.MapInstance[(int)tankPositionOnMap.Y][(int)tankPositionOnMap.X + 1].Type);
if (tankPositionOnMap.Y - ((int)tankPositionOnMap.Y) > 0)
{
objects.Add(level.MapInstance[(int)tankPositionOnMap.Y + 1][(int)tankPositionOnMap.X + 1].Type);
}
break;
case Texture.Rotation.Left:
if (((int)(tankPositionOnMap.X)).Equals(0))
{
return new List<MapObject.Types> { MapObject.Types.TEMPORARY };
}
objects.Add(level.MapInstance[(int)tankPositionOnMap.Y][(int)tankPositionOnMap.X - 1].Type);
if (tankPositionOnMap.Y - ((int)tankPositionOnMap.Y) > 0)
{
objects.Add(level.MapInstance[(int)tankPositionOnMap.Y + 1][(int)tankPositionOnMap.X - 1].Type);
}
break;
}
return objects;
}
private List<MapObject.Types> CurrentMapObjects(Level level, AbstractTank tank, Texture.Rotation rotation)
{
PointF tankPositionOnMap = TankPositionOnMap(tank);
float fX = (float)Math.Round(tankPositionOnMap.X, 0), fY = (float)Math.Round(tankPositionOnMap.Y, 0);
List<MapObject.Types> objects = new List<MapObject.Types>();
switch (rotation)
{
case Texture.Rotation.Top:
objects.Add(level.MapInstance[(int)tankPositionOnMap.Y][(int)tankPositionOnMap.X].Type);
if (!tank.Y.Equals((int) (windowHeight/2 - fY*elementHeight)) &&
tankPositionOnMap.X - ((int)tankPositionOnMap.X) > 0)
{
objects.Add(level.MapInstance[(int) tankPositionOnMap.Y][(int) tankPositionOnMap.X + 1].Type);
}
break;
case Texture.Rotation.Bottom:
objects.Add(level.MapInstance[(int)tankPositionOnMap.Y][(int)tankPositionOnMap.X].Type);
if (!(tank.Y - ElementHeight).Equals((int) (windowHeight/2 - (fY + 1)*elementHeight)) &&
tankPositionOnMap.X - ((int) tankPositionOnMap.X) > 0)
{
objects.Add(level.MapInstance[(int) tankPositionOnMap.Y][(int) tankPositionOnMap.X + 1].Type);
}
break;
case Texture.Rotation.Right:
objects.Add(level.MapInstance[(int)tankPositionOnMap.Y][(int)tankPositionOnMap.X].Type);
if (!(tank.X + elementWidth).Equals((int) (-windowWidth/2 + (fX + 1)*ElementHeight)) &&
tankPositionOnMap.Y - ((int) tankPositionOnMap.Y) > 0)
{
objects.Add(level.MapInstance[(int) tankPositionOnMap.Y + 1][(int) tankPositionOnMap.X].Type);
}
break;
case Texture.Rotation.Left:
objects.Add(level.MapInstance[(int)tankPositionOnMap.Y][(int)tankPositionOnMap.X].Type);
if (!tank.X.Equals((int) (-windowWidth/2 + fX*elementWidth)) &&
tankPositionOnMap.Y - ((int) tankPositionOnMap.Y) > 0)
{
objects.Add(level.MapInstance[(int) tankPositionOnMap.Y + 1][(int) tankPositionOnMap.X].Type);
}
break;
}
return objects;
}
public bool TankCanMove(Level level, AbstractTank tank, Texture.Rotation rotation)
{
PointF pos = TankPositionOnMap(tank);
List<MapObject.Types> nextMapObjectType = NextMapObjects(level, tank, rotation);
List<MapObject.Types> currentMapObjectType = CurrentMapObjects(level, tank, rotation);
nextMapObjectType.RemoveAll(x => x.Equals(MapObject.Types.FOREST) || x.Equals(MapObject.Types.EMPTY));
currentMapObjectType.RemoveAll(x => x.Equals(MapObject.Types.FOREST) || x.Equals(MapObject.Types.EMPTY));
switch (rotation)
{
case Texture.Rotation.Top:
return windowHeight/2 - ((int) pos.Y)*elementHeight - tank.Y == 0
? nextMapObjectType.Count.Equals(0)
: currentMapObjectType.Count.Equals(0);
case Texture.Rotation.Bottom:
return windowHeight/2 - ((int) pos.Y)*elementHeight - elementHeight - tank.Y == -elementHeight
? nextMapObjectType.Count.Equals(0)
: currentMapObjectType.Count.Equals(0);
case Texture.Rotation.Right:
return -windowWidth/2 + ((int) pos.X)*elementWidth + elementWidth - tank.X == elementWidth
? nextMapObjectType.Count.Equals(0)
: currentMapObjectType.Count.Equals(0);
case Texture.Rotation.Left:
return -windowWidth/2 + ((int) pos.X)*elementWidth - tank.X == 0
? nextMapObjectType.Count.Equals(0)
: currentMapObjectType.Count.Equals(0);
}
return false;
}
public void RenderLevel(Level level)
{
DrawMap(level.MapInstance);
DrawTanks(level.Tanks);
}
