// AI Move
public bool AIMoveTo( ChessBoardSquare srcSquare, ChessBoardSquare trgSquare )
{
if( CurrTurn != UserPlayerSide ) {
//UnityEngine.Debug.LogError( "AIMoveTo() - current turn = " + CurrTurn );
if( srcSquare.IsBlank() == false ) {
UnityEngine.Debug.LogError( "AIMoveTo() - no blank" );
List<ChessMoveManager.sMove> listAiMovable = new List<ChessMoveManager.sMove>();
bool bMoveList = ChessMoveManager.GetValidateMoveList( this, srcSquare, listAiMovable );
if( bMoveList ) {
//UnityEngine.Debug.LogError( "AIMoveTo() - no blank" + " " + bMoveList );
ChessMoveManager.sMove aIMove = new ChessMoveManager.sMove();
if( IsValidAIMove( trgSquare, listAiMovable, aIMove ) ) {
//UnityEngine.Debug.LogError( "AIMoveTo() - IsValidAIMove()" );
UpdateMove( aIMove );
return true;
}
}
}
}
UnityEngine.Debug.LogError( "AIMoveTo() - !!!!" );
return false;
}
// interface
public void Init( BattleChessMain chessMain, Transform[] aPieceRef, ParticleSystem selectPSystemRef, ParticleSystem movablePSystemRef )
{
// etc property
CurrTurn = PlayerSide.e_White;
UserPlayerSide = PlayerSide.e_White;
ThinkingTime = 18000;
nCurrHalfMove = 0;
nCurrTotalMove = 0;
Ready = false;
// move
currMove = new ChessMoveManager.sMove();
currCastlingState = new ChessCastling() {
CastlingWKSide = CastlingState.eCastling_Enable_State,
CastlingWQSide = CastlingState.eCastling_Enable_State,
CastlingBKSide = CastlingState.eCastling_Enable_State,
CastlingBQSide = CastlingState.eCastling_Enable_State
};
listCurrMovable = new List<ChessMoveManager.sMove>();
// init board
// piece list
listPiece = new List<ChessPiece>();
aBoardSquare = new ChessBoardSquare[ChessData.nNumPile,ChessData.nNumRank];
ChessPiece currPiece = null;
for( int i=0; i<ChessData.nNumPile; i++ ){
for( int j=0; j<ChessData.nNumRank; j++ ){
// movable square effect Particle System
ParticleSystem movablePiecePSystem = MonoBehaviour.Instantiate( movablePSystemRef, Vector3.zero, Quaternion.identity ) as ParticleSystem;
if( ChessData.aStartPiecePos[i,j] == PiecePlayerType.eNone_Piece ) {
aBoardSquare[i,j] = new ChessBoardSquare( null, movablePiecePSystem, i, j );
}
else
{
Vector3 currPos = new Vector3( j - 3.5f, 0.0f, i - 3.5f );
Transform currTransform = aPieceRef[(int)ChessData.aStartPiecePos[i,j]];
Transform currPieceObject = MonoBehaviour.Instantiate( currTransform, currPos, currTransform.rotation ) as Transform;
if( i == 0 || i == 1 ) {
currPiece = new ChessPiece( currPieceObject.gameObject, PlayerSide.e_White, ChessData.aStartPiecePos[i,j] );
listPiece.Add( currPiece );
aBoardSquare[i,j] = new ChessBoardSquare( currPiece, movablePiecePSystem, i, j );
}
else if( i == 6 || i == 7 ) {
currPiece = new ChessPiece( currPieceObject.gameObject, PlayerSide.e_Black, ChessData.aStartPiecePos[i,j] );
listPiece.Add( currPiece );
aBoardSquare[i,j] = new ChessBoardSquare( currPiece, movablePiecePSystem, i, j );
}
}
}
}
// piece coloar
SetWhiteSidePieceColor( Color.white );
SetBlackSidePieceColor( Color.white );
// board material
if( chessMain.renderer.materials.Length == 2 ) {
matBoard1 = chessMain.renderer.materials[0];
matBoard2 = chessMain.renderer.materials[1];
Color rgbaWhiteBoard, rgbaBlackBoard;
rgbaWhiteBoard = new Color( 1.0f, 1.0f, 1.0f, 1.0f );
rgbaBlackBoard = new Color( 0.039f, 0.34f, 0.22f, 1.0f );
SetWhiteSideBoardColor( rgbaWhiteBoard );
SetBlackSideBoardColor( rgbaBlackBoard );
}
// particle effect
selectSquare = null;
selectPiecePSystem = MonoBehaviour.Instantiate( selectPSystemRef, Vector3.zero, Quaternion.identity ) as ParticleSystem;
selectPiecePSystem.Stop();
}
