private static GameTile[] CreateHomeTiles(float distance, float tileSize, float angle, int i, Vector2 tilePosition, float angleOffset, CanvasBitmap sprite, GameRace gameRace, GameTile previousTile, GameTile gameTile)
{
List <GameTile> homeTiles = new List <GameTile>();
GameTile previousHomeTile = CreateTile(sprite, tilePosition, tileSize, (bitmap, scale) => Scaler.ImgUniform(bitmap, scale), gameRace, previousTile);
homeTiles.Add(previousHomeTile);
for (int j = 1; j < 5; j++)
{
Vector2 homeTilePosition = new Vector2(MathF.Sin(angle * (i + j) + angleOffset) * (distance - (distance / 6) * (j)), MathF.Cos(angle * (i + j) + angleOffset) * (distance - (distance / 6) * (j)));
previousHomeTile = CreateTile(sprite, homeTilePosition, tileSize, (bitmap, scale) => Scaler.ImgUniform(bitmap, scale), gameRace, previousHomeTile);
homeTiles.Add(previousHomeTile);
}
homeTiles[homeTiles.Count - 1].nextTile = gameTile;
return(homeTiles.ToArray());
}
//public static bool MoveToGameTile(int diceResult, GamePiece gamePiece)
//{
// if (gamePiece.isAvailableMove)
// {
// for (int i = 0; i < diceResult; i++) // Calls the change tile funk or each number on the dice
// {
// //await Task.Delay(400);
// ChangeTile(gamePiece, diceResult);// Changes tile the amount of times the loop goes.
// if (diceResult - 1 == i)
// {
// CheckIfHitGamePiece(gamePiece);
// gamePiece.isAvailableMove = false;
// return true;
// }
// }
// return true;
// }
// else
// {
// return false;
// }
//}
/// <summary>
/// Tries to move the piece
/// </summary>
/// <param name="tileSpeed">Speed in coordinates per second to move the piece</param>
/// <returns>If it successfully moved</returns>
public static bool TryMovingPiece(float tileSpeed)
{
bool aPieceIsMoving = false;
foreach (GamePiece piece in GameEngine.gamePieces)
{
if (piece.tile != piece.moveToTile && piece.moveToTile != null)
{
aPieceIsMoving = true;
GameTile nextTile = piece.tile.GetNextTile(piece.race);
// if the piece is closer than the threshold snapp to the tile
if (Vector2Math.Magnitude(nextTile.Position - piece.Position) < 5)
{
piece.Position = nextTile.Position;
piece.tile = nextTile;
if (piece.tile == piece.moveToTile)
{
CheckIfHitGamePiece(piece);
Wormhole.CheckIfHitWormhole(piece);
if (piece.moveToTile.GetNextTile(piece.race) == null)
{
Done(piece);
}
}
}
else
{
piece.Position += Vector2Math.Normalized(nextTile.Position - piece.Position) * tileSpeed * (float)GameEngine.GameCanvas.TargetElapsedTime.TotalSeconds;
}
break;
}
}
return(aPieceIsMoving);
}
/// <summary>
/// Creates all of the game tiles
/// </summary>
/// <param name="sprites">a reference to the GameEngine sprites</param>
/// <returns></returns>
public static GameTile[] CreateGameTiles(Dictionary <string, CanvasBitmap> sprites) // this should be cleaned up
{
const int gameTileCount = 12 * 4;
const int homeLocation = gameTileCount / 8;
const int redHome = 1;
const int greenHome = homeLocation * 2 + 1;
const int yellowHome = homeLocation * 4;
const int blueHome = homeLocation * 6;
float baseLocation = 800;
float distance = 900;
float tileSize = 1;
float angle = 360.0f / gameTileCount * MathF.PI / 180.0f;
float angleOffset = 45 * MathF.PI / 180;
List <GameTile> gameTiles = new List <GameTile>();
GameTile previousTile = null;
GameTile[] homeTiles = null;
GameTile blackhole = CreateTile(sprites["blackhole"], Vector2.Zero, 0.3f, (bitmap, scale) => Scaler.ImgUniform(bitmap, scale), GameRace.None, null);
for (int i = 0; i < gameTileCount; i++)
{
Vector2 tilePosition = new Vector2(MathF.Sin(angle * i + angleOffset) * distance, MathF.Cos(angle * i + angleOffset) * distance);
switch (i)
{
case redHome:
homeTiles = CreateHomeTiles(distance, tileSize, angle, i, tilePosition, angleOffset, sprites["redTile"], (GameRace)1, previousTile, blackhole);
gameTiles.AddRange(homeTiles);
previousTile = homeTiles[0];
break;
case greenHome:
homeTiles = CreateHomeTiles(distance, tileSize, angle, i, tilePosition, angleOffset, sprites["greenTile"], (GameRace)2, previousTile, blackhole);
gameTiles.AddRange(homeTiles);
previousTile = homeTiles[0];
break;
case yellowHome:
homeTiles = CreateHomeTiles(distance, tileSize, angle, i, tilePosition, angleOffset, sprites["yellowTile"], (GameRace)3, previousTile, blackhole);
gameTiles.AddRange(homeTiles);
previousTile = homeTiles[0];
break;
case blueHome:
homeTiles = CreateHomeTiles(distance, tileSize, angle, i, tilePosition, angleOffset, sprites["blueTile"], (GameRace)4, previousTile, blackhole);
gameTiles.AddRange(homeTiles);
previousTile = homeTiles[0];
break;
default:
previousTile = CreateTile(sprites["whiteTile"], tilePosition, tileSize, (bitmap, scale) => Scaler.ImgUniform(bitmap, scale), 0, previousTile);
gameTiles.Add(previousTile);
break;
}
}
gameTiles[0].previousTile = gameTiles[gameTiles.Count - 1];
CreateBaseTile(sprites["redBase"], gameTiles, new Vector2(baseLocation, baseLocation), (GameRace)1, redHome);
CreateBaseTile(sprites["greenBase"], gameTiles, new Vector2(baseLocation, -baseLocation), (GameRace)2, greenHome + 4);
CreateBaseTile(sprites["yellowBase"], gameTiles, new Vector2(-baseLocation, -baseLocation), (GameRace)3, yellowHome + 8);
CreateBaseTile(sprites["blueBase"], gameTiles, new Vector2(-baseLocation, baseLocation), (GameRace)4, blueHome + 12);
gameTiles.Add(blackhole);
return(gameTiles.ToArray());
}
public GameTile(Drawable drawable, GameRace raceHome, GameTile previousTile)
{
this.drawable = drawable;
this.raceHome = raceHome;
this.previousTile = previousTile;
}
private static GameTile CreateTile(CanvasBitmap image, Vector2 position, float imageScale, Drawable.Scale scalerMethood, GameRace gameRace, GameTile previousTile)
{
Drawable newTile = new Drawable(image, position, imageScale, scalerMethood);
GameEngine.drawables.Add(newTile);
return(new GameTile(newTile, gameRace, previousTile));
}
/// <summary>
/// Creates a single game piece and the drawable that it needs to be drawn
/// </summary>
/// <param name="race">The race of the player</param>
/// <param name="sprite">The prite used for the game pieces</param>
/// <param name="offsetPosition">The position to place the pieces when at baseTile</param>
/// <returns>The created game piece</returns>
private static GamePiece CreateGamePiece(GameRace race, CanvasBitmap sprite, Vector2 offsetPosition, GameTile baseTile)
{
Drawable draw = new Drawable(sprite, baseTile.Position + offsetPosition, 1, (bitmap, scale) => Scaler.ImgUniform(bitmap, scale));
GameEngine.drawables.Add(draw);
return(new GamePiece(race, offsetPosition, baseTile, draw));
}
/// <summary>
/// Creates all of the necesairy game pieces for a player
/// </summary>
/// <param name="race">The race of the player</param>
/// <param name="sprite">The prite used for the game pieces</param>
/// <param name="offset">The distance from the center of the baseTile to place the pieces when at baseTile</param>
/// <returns>The created game pieces</returns>
public static GamePiece[] CreateGamePieces(GameRace race, CanvasBitmap sprite, float offset, GameTile baseTile)
{
GamePiece[] gamePieces =
{
CreateGamePiece(race, sprite, new Vector2(offset, offset), baseTile),
CreateGamePiece(race, sprite, new Vector2(-offset, -offset), baseTile),
CreateGamePiece(race, sprite, new Vector2(offset, -offset), baseTile),
CreateGamePiece(race, sprite, new Vector2(-offset, offset), baseTile)
};
return(gamePieces);
}
