public static string[] GetItems(SpecifierType specifierType, DateTimeFormatInfo dateTimeFormat)
{
switch (specifierType)
{
case SpecifierType.ddd:
return(dateTimeFormat.AbbreviatedDayNames);
case SpecifierType.dddd:
return(dateTimeFormat.DayNames);
case SpecifierType.MMM:
return(dateTimeFormat.AbbreviatedMonthNames);
case SpecifierType.MMMM:
return(dateTimeFormat.MonthNames);
case SpecifierType.t:
string amDesignator = dateTimeFormat.AMDesignator;
string pmDesignator = dateTimeFormat.PMDesignator;
string[] items = new string[] {
!string.IsNullOrEmpty(amDesignator) ? amDesignator.Substring(0, 1) : string.Empty,
!string.IsNullOrEmpty(pmDesignator) ? pmDesignator.Substring(0, 1) : string.Empty,
};
return(items);
case SpecifierType.tt:
return(new string[] {
dateTimeFormat.AMDesignator,
dateTimeFormat.PMDesignator,
});
default:
throw new ArgumentOutOfRangeException("specifierType");
}
}
public SpecifierInfo(SpecifierType type, ValueType valueType, string symbol,
int max, bool matchesExtraSymbols)
: this()
{
MatchesExtraSymbols = matchesExtraSymbols;
MaxLength = max;
Symbol = symbol;
Type = type;
ValueType = valueType;
}
} // 0 for none, 1 for check, 2 for checkmate
public Move(byte source, byte destination, PieceColour colour, Piece movingPiece,
MoveResult result, string fen, int checkOrCheckmate, SpecifierType specifierRequired = SpecifierType.None, PieceType?promoteTo = null)
{
Source = source;
Destination = destination;
Colour = colour;
MovingPiece = movingPiece;
SpecifierRequired = specifierRequired;
PromoteTo = promoteTo;
Result = result;
FEN = fen;
CheckOrCheckmate = checkOrCheckmate;
}
public DataPrecisionDetails(Old_RaidBossFight _BossFight, RealmDB _RealmDB)
{
m_FightPrecision = (float)_BossFight.CalculatePrecision(_RealmDB.RD_IsPlayerFunc(_BossFight));
m_HasResetsMidFight = _BossFight.GetFightData().HasResetsMidFight();
m_ContainCorruptSWSync = _BossFight.GetUnrealisticPlayerSpikes(_RealmDB.RD_GetPlayerIdentifierFunc(_BossFight)).Count != 0;
m_AddonVersion = _BossFight.GetFightData().AddonVersion;
m_RecordedBy = _BossFight.GetFightData().RecordedByPlayer;
var timeSlices = _BossFight.GetFightData().TimeSlices;
float bossPart1Percentage = 0.0f;
float bossPart2Percentage = 0.0f;
string startY = "Start_Y";
if (_BossFight.GetBossName() == "Razorgore the Untamed" && (_BossFight.GetStartDateTime() < new DateTime(2014, 3, 12) || m_AddonVersion == "1.8.2" || m_AddonVersion == "1.8.1" || m_AddonVersion == "1.7"))
{
startY = "Start_Y=Grethok the Controller";
}
for (int i = 0; i < timeSlices.Count; ++i)
{
if (m_StartSpecifier != SpecifierType.YellSpecifier && timeSlices[i].IsStartEvent())
{
if (timeSlices[i].IsEvent(startY) == true)
{
m_StartSpecifier = SpecifierType.YellSpecifier;
}
else
{
m_StartSpecifier = SpecifierType.HealthSpecifier;
}
}
if (m_HealthPercentageFirstSeen < 0.99f && timeSlices[i].IsBossHealthEvent())
{
if (_BossFight.GetBossName() == "C'Thun")
{
float eyeofcthunMax = timeSlices[i].GetTotalBossPercentage("Eye of C'Thun", true) * 0.5f;
if (eyeofcthunMax > bossPart1Percentage)
{
bossPart1Percentage = eyeofcthunMax;
}
float cthunMax = timeSlices[i].GetTotalBossPercentage("C'Thun", true) * 0.5f;
if (cthunMax > bossPart2Percentage)
{
bossPart2Percentage = cthunMax;
}
if (bossPart1Percentage + bossPart2Percentage > m_HealthPercentageFirstSeen)
{
m_HealthPercentageFirstSeen = bossPart1Percentage + bossPart2Percentage;
}
}
else
{
var healthPercentage = timeSlices[i].GetTotalBossPercentage(_BossFight.GetBossName());
if (healthPercentage > m_HealthPercentageFirstSeen)
{
m_HealthPercentageFirstSeen = healthPercentage;
}
}
}
if (m_EndSpecifier != SpecifierType.YellSpecifier && timeSlices[i].IsDeadEvent())
{
if (timeSlices[i].IsEvent("Dead_Y") == true)
{
m_EndSpecifier = SpecifierType.YellSpecifier;
break;
}
else
{
m_EndSpecifier = SpecifierType.HealthSpecifier;
}
}
}
}
public static List <Tuple <Move, string> > getPossibleMoveNotations(Board gameBoard)
{
List <Tuple <Move, string> > possibleMoveNotations = new List <Tuple <Move, string> >();
for (int i = 0; i < gameBoard.Squares.Length; i++)
{
if (gameBoard.Squares[i].Piece != null)
{
for (int j = 0; j < gameBoard.Squares[i].Piece.LegalMoves.Count; j++)
{
SpecifierType disambiguationNeeded = checkDisabiguationNeeded(gameBoard, (byte)i, gameBoard.Squares[i].Piece.LegalMoves[j]);
Board copiedBoard = new Board(gameBoard, true);
MoveResult result = MoveResult.None;
if ((gameBoard.Squares[i].Piece.Type == PieceType.Pawn) && (Array.IndexOf(copiedBoard.pawnPromotionDestinations, gameBoard.Squares[i].Piece.LegalMoves[j]) != -1))
{
//Promotion
result = copiedBoard.MakeMove((byte)i, gameBoard.Squares[i].Piece.LegalMoves[j], PieceType.Queen);
string copiedBoardFEN = copiedBoard.ToFEN();
int checkOrCheckmate = 0;
GameStatus mateState = copiedBoard.CheckForMate();
if (mateState == GameStatus.WhiteCheckmate || mateState == GameStatus.BlackCheckmate)
{
checkOrCheckmate = 2;
}
else if (copiedBoard.WhiteCheck || copiedBoard.BlackCheck)
{
checkOrCheckmate = 1;
}
Move newMove = new Move((byte)i, gameBoard.Squares[i].Piece.LegalMoves[j], gameBoard.Squares[i].Piece.Colour, gameBoard.Squares[i].Piece,
result, copiedBoardFEN, checkOrCheckmate, disambiguationNeeded, PieceType.Queen);
Tuple <Move, string> newTuple = new Tuple <Move, string>(newMove, MoveToNotation(newMove));
possibleMoveNotations.Add(newTuple);
newMove = new Move((byte)i, gameBoard.Squares[i].Piece.LegalMoves[j], gameBoard.Squares[i].Piece.Colour, gameBoard.Squares[i].Piece,
result, copiedBoardFEN, checkOrCheckmate, disambiguationNeeded, PieceType.Rook);
newTuple = new Tuple <Move, string>(newMove, MoveToNotation(newMove));
possibleMoveNotations.Add(newTuple);
newMove = new Move((byte)i, gameBoard.Squares[i].Piece.LegalMoves[j], gameBoard.Squares[i].Piece.Colour, gameBoard.Squares[i].Piece,
result, copiedBoardFEN, checkOrCheckmate, disambiguationNeeded, PieceType.Bishop);
newTuple = new Tuple <Move, string>(newMove, MoveToNotation(newMove));
possibleMoveNotations.Add(newTuple);
newMove = new Move((byte)i, gameBoard.Squares[i].Piece.LegalMoves[j], gameBoard.Squares[i].Piece.Colour, gameBoard.Squares[i].Piece,
result, copiedBoardFEN, checkOrCheckmate, disambiguationNeeded, PieceType.Knight);
newTuple = new Tuple <Move, string>(newMove, MoveToNotation(newMove));
possibleMoveNotations.Add(newTuple);
}
else
{
result = copiedBoard.MakeMove((byte)i, gameBoard.Squares[i].Piece.LegalMoves[j]);
string copiedBoardFEN = copiedBoard.ToFEN();
int checkOrCheckmate = 0;
GameStatus mateState = copiedBoard.CheckForMate();
if (mateState == GameStatus.WhiteCheckmate || mateState == GameStatus.BlackCheckmate)
{
checkOrCheckmate = 2;
}
else if (copiedBoard.WhiteCheck || copiedBoard.BlackCheck)
{
checkOrCheckmate = 1;
}
Move newMove = new Move((byte)i, gameBoard.Squares[i].Piece.LegalMoves[j], gameBoard.Squares[i].Piece.Colour, gameBoard.Squares[i].Piece,
result, copiedBoardFEN, checkOrCheckmate, disambiguationNeeded, null);
Tuple <Move, string> newTuple = new Tuple <Move, string>(newMove, MoveToNotation(newMove));
possibleMoveNotations.Add(newTuple);
}
}
}
}
return(possibleMoveNotations);
}
public string[] GetItems(SpecifierType specifierType)
{
return(GetItems(specifierType, this.DateTimeFormat));
}
protected void OnPieceClick(object o, ButtonPressEventArgs args)
{
double transx = Math.Abs((BoardArea.Allocation.Width - (boardBackground.Width * 0.75))) / 2;
PointD clickLocation = new PointD(args.Event.X - transx, args.Event.Y - transx);
if (clickLocation.X < 30 || clickLocation.Y < 30 ||
clickLocation.X > 522 || clickLocation.Y > 522)
{
return;
}
PointD pieceLocation = PieceDisplay.pieceCoordinates [0];
int pieceIndex = 0;
for (int i = 0; i < PieceDisplay.pieceCoordinates.Length; i++)
{
PointD p = PieceDisplay.pieceCoordinates[i];
double x1 = p.X * 0.75;
double y1 = p.Y * 0.75;
double x2 = x1 + 61.5;
double y2 = y1 + 61.5;
if (x1 <= clickLocation.X && clickLocation.X <= x2)
{
if (y1 <= clickLocation.Y && clickLocation.Y <= y2)
{
pieceLocation = p;
pieceIndex = MainClass.BoardOrientation == PieceColour.White ? i : Math.Abs(i - 63);
break;
}
}
}
if (currentSelectionState == PieceSelectionState.None)
{
if (MainClass.CurrentBoard.Squares [pieceIndex].Piece == null)
{
return;
}
selectedPiece = (byte)pieceIndex;
boardContext = Gdk.CairoHelper.Create(BoardArea.GdkWindow);
boardContext.Translate(transx, 0);
boardContext.Scale(0.75, 0.75);
selectionBorder.Show(boardContext, pieceLocation.X + 1, pieceLocation.Y + 1);
boardContext.Dispose();
currentSelectionState = PieceSelectionState.Selected;
}
else
{
if (!MainClass.CurrentBoard.IsMoveValid(selectedPiece, (byte)pieceIndex))
{
currentSelectionState = PieceSelectionState.None;
Gtk.Application.Invoke(delegate {
RedrawBoard();
});
return;
}
if (MainClass.CurrentGameStatus != GameStatus.Active &&
MainClass.CurrentGameStatus != GameStatus.Inactive)
{
Console.Error.WriteLine("(EE) Attempted move during finished game.");
MessageDialog errorDialog = new MessageDialog(
this,
DialogFlags.DestroyWithParent,
MessageType.Error,
ButtonsType.Ok,
"The game is over!");
errorDialog.Run();
errorDialog.Destroy();
return;
}
// Handle pawn promotion
PieceType?promoteTo = null;
if (MainClass.CurrentBoard.Squares [selectedPiece].Piece.Type == PieceType.Pawn &&
MainClass.CurrentBoard.IsMoveValid(selectedPiece, (byte)pieceIndex) &&
Array.IndexOf(MainClass.CurrentBoard.pawnPromotionDestinations, (byte)pieceIndex) != -1)
{
PawnPromotionDialog dialog = new PawnPromotionDialog();
if (dialog.Run() == (int)Gtk.ResponseType.Ok)
{
promoteTo = dialog.PromoteTo;
}
else
{
dialog.Destroy();
return;
}
dialog.Destroy();
}
try {
SpecifierType specifierRequired = GameHistory.checkDisabiguationNeeded(MainClass.CurrentBoard, selectedPiece, (byte)pieceIndex);
MoveResult result = MainClass.CurrentBoard.MakeMove(selectedPiece, (byte)pieceIndex, promoteTo);
Piece movingPiece = null;
if (promoteTo == null)
{
movingPiece = MainClass.CurrentBoard.Squares[(byte)pieceIndex].Piece;
}
else
{
movingPiece = new Piece(MainClass.CurrentBoard.Squares [(byte)pieceIndex].Piece.Colour, PieceType.Pawn);
}
if (result == MoveResult.Capture && movingPiece.Type == PieceType.Pawn)
{
specifierRequired = SpecifierType.File;
}
int checkOrCheckmate = 0;
GameStatus mateState = MainClass.CurrentBoard.CheckForMate();
if (mateState == GameStatus.WhiteCheckmate || mateState == GameStatus.BlackCheckmate)
{
checkOrCheckmate = 2;
}
else if (MainClass.CurrentBoard.WhiteCheck || MainClass.CurrentBoard.BlackCheck)
{
checkOrCheckmate = 1;
}
string fenPosition = MainClass.CurrentBoard.ToFEN().Split(' ')[0];
MainClass.CurrentGameHistory.AddMove(new Move(selectedPiece, (byte)pieceIndex,
MainClass.CurrentBoard.Squares [(byte)pieceIndex].Piece.Colour,
movingPiece,
result,
MainClass.CurrentBoard.ToFEN(),
checkOrCheckmate,
specifierRequired,
promoteTo), fenPosition);
UpdateGameHistoryView();
if (MainClass.CurrentGameHistory.UpdateFiftyMoveCount(result) == GameStatus.DrawFifty)
{
MainClass.CurrentGameStatus = GameStatus.DrawFifty;
}
else if (MainClass.CurrentGameHistory.CheckThreefoldRepetition() == GameStatus.DrawRepetition)
{
MainClass.CurrentGameStatus = GameStatus.DrawRepetition;
}
} catch (InvalidOperationException) {
}
Gtk.Application.Invoke(delegate {
RedrawBoard();
});
GameStatus isMate = MainClass.CurrentBoard.CheckForMate();
if (isMate != GameStatus.Active)
{
MainClass.CurrentGameStatus = isMate;
}
if (MainClass.CurrentGameStatus != GameStatus.Active && MainClass.CurrentGameStatus != GameStatus.Inactive)
{
ShowGameOverDialog(MainClass.CurrentGameStatus);
}
if (MainClass.CurrentGameStatus == GameStatus.Inactive)
{
MainClass.CurrentGameStatus = GameStatus.Active;
}
Gtk.Application.Invoke(delegate {
MainClass.UpdateClock();
UpdatePlayerToMove();
});
currentSelectionState = PieceSelectionState.None;
}
}