public void CreatePieceAndInitialize(Vector2Int squareCoords, TeamColor team, string type)
{
Piece newPiece = pieceCreator.CreatePiece(type).GetComponent <Piece>();
newPiece.SetData(squareCoords, team, board);
Material teamMaterial = pieceCreator.GetTeamMaterial(team);
newPiece.SetMaterial(teamMaterial);
board.SetPieceOnBoard(squareCoords, newPiece);
ChessPlayer currentPlayer = team == TeamColor.White ? whitePlayer : blackPlayer;
currentPlayer.AddPiece(newPiece);
}
/// <summary>
/// Generates all twelve starting pieces for the player.
/// </summary>
/// <param name="player">the player to generate pieces for</param>
public void GeneratePlacementPieces(Player player)
{
// Directions as ints
int N = 0, NE = 1, SE = 2, S = 3, SW = 4, NW = 5;
// List of pieces to place
List <PieceData> pieces = new List <PieceData>();
PieceCreator pieceCreator = GameObject.Find("Taoex").GetComponent <PieceCreator>();
// Create the pieces
for (int dir = 0; dir < 6; dir++)
{
pieces.Add(pieceCreator.CreatePiece(player.colour, dir, 2));
pieces.Add(pieceCreator.CreatePiece(player.colour, dir, 3));
}
// Reference to the board for getting way cross coordinates
TaoexBoard board = GameObject.Find("Taoex").GetComponent <TaoexBoard>();
Vector3 center = GameObject.Find("Compass").transform.position;
Vector3[] crosses = new Vector3[6];
// Positions of the way crosses
crosses[0] = board.GetTiles()[13, 5].BasePosition; // S
crosses[1] = board.GetTiles()[7, 8].BasePosition; // SW
crosses[2] = board.GetTiles()[7, 14].BasePosition; // NW
crosses[3] = board.GetTiles()[13, 17].BasePosition; // N
crosses[4] = board.GetTiles()[19, 14].BasePosition; // NE
crosses[5] = board.GetTiles()[19, 8].BasePosition; // SE
// Pieces per direction are in sets of two, so we need to offset them
float offset = 0f;
float angleOffset = 0f;
// Counter for the piece number for the current direction
int count = 0;
foreach (PieceData piece in pieces)
{
// Setup the textures
piece.SetupTextures();
// Placement piece component so that the piece can handle click events correctly
player.PlacementPieces.Add(piece.getObj().AddComponent <PlacementPiece>());
piece.getObj().GetComponent <PlacementPiece>().Piece = piece;
// Spawn position of the piece
Vector3 spawnPosition;
Transform pieceTrans = piece.getObj().transform;
// Direction of the piece
int direction = piece.direction;
// Spawn position starts at the way cross
spawnPosition = crosses[direction];
// Vector going outward from the center to the cross
Vector3 centerToCross = spawnPosition - center;
centerToCross.Normalize();
// Move the spawn position back and up
spawnPosition += centerToCross * 500f;
spawnPosition.y += 40f;
// Spawn the piece texture there
piece.getObj().transform.position = spawnPosition;
// Make the piece look towards the center
pieceTrans.LookAt(center);
// Move along the side of the board using uvn coordinates
pieceTrans.InverseTransformDirection(pieceTrans.position);
pieceTrans.Translate(offset - 400f + playerPlacementOffset, 0, 0f);
pieceTrans.TransformDirection(pieceTrans.position);
// Rotate the pieces
piece.getObj().transform.eulerAngles = new Vector3(0, angleOffset, 0);
// Save the transform
piece.getObj().GetComponent <PlacementPiece>().PlacementPosition = piece.getObj().transform.position;
piece.getObj().GetComponent <PlacementPiece>().PlacementRotation = piece.getObj().transform.eulerAngles;
// Increment the offset
offset += 75f;
count++;
// If this is the second piece, reset offsets for the next set of two
if (count % 2 == 0)
{
offset = 0f;
}
if (count % 2 == 0)
{
angleOffset += 60f;
}
}
// Next player's offset
playerPlacementOffset += 200f;
}