private void MovePlayer(Toolbox.Orientation orientation, Vector2 vDestPos)
{
if (GameMap.Map.ContainsKey(vDestPos))
{
GameMap.player.MoveTo(orientation, vDestPos);
}
}
private void MovePlayer(Toolbox.Orientation orientation, Vector2 vDestPos)
{
Rectangle pSourceRect = ((GameMapScreen)ToT.screenManager.Screens[Toolbox.ScreenType.GameMap]).GameMap.player.Anime.SourceRect;
//Vector2 origin = new Vector2(pSourceRect.Width / 2, pSourceRect.Height / 2);
Vector2 vLvlArea = ((GameMapScreen)ToT.screenManager.Screens[Toolbox.ScreenType.GameMap]).GameMap.Map
[
((GameMapScreen)ToT.screenManager.Screens[Toolbox.ScreenType.GameMap]).GameMap.player.TileIndex
].Level.Size * ToT.Settings.LevelTileSize;
//vDestPos = vDestPos - origin;
//if (vDestPos.X >= ToT.Settings.LevelTileSize.X / 2
// && vDestPos.X <= vLvlArea.X - ToT.Settings.LevelTileSize.X / 2
// && vDestPos.Y >= ToT.Settings.LevelTileSize.Y / 2
// && vDestPos.Y <= vLvlArea.Y - ToT.Settings.LevelTileSize.Y / 2)
//{
//if (
// !CheckIfThingBlocking(
// vDestPos,
// pSourceRect,
// ((GameMapScreen)ToT.screenManager.Screens[Toolbox.ScreenType.GameMap]).GameMap.Map
// [
// ((GameMapScreen)ToT.screenManager.Screens[Toolbox.ScreenType.GameMap]).GameMap.player.TileIndex
// ].Level.Things
// )
// )
//{
if (IsMoveableTo(vDestPos, ((GameMapScreen)ToT.screenManager.Screens[Toolbox.ScreenType.GameMap]).GameMap.Map
[
((GameMapScreen)ToT.screenManager.Screens[Toolbox.ScreenType.GameMap]).GameMap.player.TileIndex
].Level))
{
((GameMapScreen)ToT.screenManager.Screens[Toolbox.ScreenType.GameMap]).GameMap.player.State = Toolbox.EntityState.Moving;
((GameMapScreen)ToT.screenManager.Screens[Toolbox.ScreenType.GameMap]).GameMap.player.LevelMoveTo(orientation, vDestPos);
}
//}
//}
}
private void UpdatePlayerMovement(InputManager input)
{
Vector2 vCurrentPos = ((GameMapScreen)ToT.screenManager.Screens[Toolbox.ScreenType.GameMap]).GameMap.player.LevelPosition;
Toolbox.Orientation ori = ((GameMapScreen)ToT.screenManager.Screens[Toolbox.ScreenType.GameMap]).GameMap.player.Orientation;
float pSpeed = ((GameMapScreen)ToT.screenManager.Screens[Toolbox.ScreenType.GameMap]).GameMap.player.GetStat(Toolbox.Stat.Speed);
((GameMapScreen)ToT.screenManager.Screens[Toolbox.ScreenType.GameMap]).GameMap.player.State = Toolbox.EntityState.Idle;
if (input.KeyDown(Keys.Left) || input.KeyDown(ToT.Settings.Controls[Toolbox.Controls.MoveLeft]))
{
((GameMapScreen)ToT.screenManager.Screens[Toolbox.ScreenType.GameMap]).GameMap.player.Anime.FY = 1;
vCurrentPos = new Vector2(vCurrentPos.X - pSpeed, vCurrentPos.Y);
ori = Toolbox.Orientation.West;
}
if (input.KeyDown(Keys.Right) || input.KeyDown(ToT.Settings.Controls[Toolbox.Controls.MoveRight]))
{
((GameMapScreen)ToT.screenManager.Screens[Toolbox.ScreenType.GameMap]).GameMap.player.Anime.FY = 2;
vCurrentPos = new Vector2(vCurrentPos.X + pSpeed, vCurrentPos.Y);
ori = Toolbox.Orientation.East;
}
if (input.KeyDown(Keys.Up) || input.KeyDown(ToT.Settings.Controls[Toolbox.Controls.MoveUp]))
{
((GameMapScreen)ToT.screenManager.Screens[Toolbox.ScreenType.GameMap]).GameMap.player.Anime.FY = 3;
vCurrentPos = new Vector2(vCurrentPos.X, vCurrentPos.Y - pSpeed);
ori = Toolbox.Orientation.North;
}
if (input.KeyDown(Keys.Down) || input.KeyDown(ToT.Settings.Controls[Toolbox.Controls.MoveDown]))
{
((GameMapScreen)ToT.screenManager.Screens[Toolbox.ScreenType.GameMap]).GameMap.player.Anime.FY = 0;
vCurrentPos = new Vector2(vCurrentPos.X, vCurrentPos.Y + pSpeed);
ori = Toolbox.Orientation.South;
}
if (vCurrentPos != ((GameMapScreen)ToT.screenManager.Screens[Toolbox.ScreenType.GameMap]).GameMap.player.LevelPosition)
{
MovePlayer(ori, vCurrentPos);
}
}
internal void MoveTo(Toolbox.Orientation orientation, Vector2 vDestPos)
{
DestTileIndex = vDestPos;
State = Toolbox.EntityState.Moving;
Orientation = orientation;
}
internal void LevelMoveTo(Toolbox.Orientation orientation, Vector2 vDestPos)
{
State = Toolbox.EntityState.Moving;
LevelPosition = vDestPos;
Orientation = orientation;
}
public static Dictionary <Vector2, Room> GenerateMap(string lvlBase)
{
Dictionary <Vector2, Room> tMap = new Dictionary <Vector2, Room>();
int iX;
int iY;
int iLastX = 0;
int iLastY = 0;
int nbRoom;
int LastRoomOri = -1; //0 = North, 1 = East, 2 = South, 3 = West
int roomOri;
bool bOverlapses;
int maxLoops;
Vector2 currentPos = Vector2.Zero;
Vector2 tempPos = currentPos;
nbRoom = Toolbox.StaticRandom.Instance.Next(6, 25);
for (int iR = 0; iR < nbRoom; iR++)
{
maxLoops = 20;
int[,] tArr;
do
{
iX = Toolbox.StaticRandom.Instance.Next(6, 19);
iY = Toolbox.StaticRandom.Instance.Next(6, 19);
int[,] arr = new int[iX, iY];
for (int i = 0; i < iX; i++)
{
for (int j = 0; j < iY; j++)
{
arr[i, j] = 1;
}
}
tArr = arr;
do
{
roomOri = Toolbox.StaticRandom.Instance.Next(0, 4);
} while (roomOri == LastRoomOri);
if (LastRoomOri != -1)
{
switch (roomOri)
{
case 0:
tempPos = new Vector2(currentPos.X, currentPos.Y - iY - 1);
break;
case 1:
tempPos = new Vector2(currentPos.X + iLastX + 1, currentPos.Y);
break;
case 2:
tempPos = new Vector2(currentPos.X, currentPos.Y + iLastY + 1);
break;
case 3:
tempPos = new Vector2(currentPos.X - iX - 1, currentPos.Y);
break;
}
}
bOverlapses = false;
foreach (KeyValuePair <Vector2, Room> tRoom in tMap)
{
if (Intersects(tRoom.Key, new Vector2(tRoom.Value.Size.GetLength(0), tRoom.Value.Size.GetLength(1)), tempPos, new Vector2(iX, iY)))
{
bOverlapses = true;
break;
}
}
maxLoops--;
if (maxLoops <= 0)
{
return(null);
}
} while (bOverlapses);
currentPos = tempPos;
iLastX = iX;
iLastY = iY;
LastRoomOri = roomOri;
Toolbox.Orientation gateOrientation = Toolbox.Orientation.North;
//0 = North, 1 = East, 2 = South, 3 = West
switch (roomOri)
{
case 0:
gateOrientation = Toolbox.Orientation.South;
break;
case 1:
gateOrientation = Toolbox.Orientation.West;
break;
case 2:
gateOrientation = Toolbox.Orientation.North;
break;
case 3:
gateOrientation = Toolbox.Orientation.East;
break;
}
Room tNewRoom = new Room
{
Size = tArr,
GateOrientation = gateOrientation
};
tMap.Add(currentPos, tNewRoom);
}
return(tMap);
}
