public static void SetLowerRight(Board board, Location location, Enums.BlackOrWhite initialPieceSide)
{
if ((int)location.XCoord < 7 && (int)location.YCoord < 7 && !board.IsLocationOfTeamType(location.ArraySpotInt + 9, initialPieceSide))
{
board.MoveableSpaces.Add(new Location(location.ArraySpotInt + 9));
}
}
public ChessPiece(Enums.BlackOrWhite teamSide, int arrayLocation)
{
//this.IsMovableSpace = false;
this.IsSelected = false;
this.Location = new Location(arrayLocation);
this.Side = teamSide;
}
public static void SetUp(Board board, Location location, Enums.BlackOrWhite initialPieceSide)
{
if ((int)location.XCoord > 0 && !board.IsLocationOfTeamType(location.ArraySpotInt - 8, initialPieceSide))
{
board.MoveableSpaces.Add(new Location(location.ArraySpotInt - 8));
}
}
public bool IsCheckmate(Enums.BlackOrWhite kingSide)
{
bool isCheckmate = true;
List <IPiece> allyPieces = new List <IPiece>(this.GameBoard.BoardPieceCollection.Where(x => x.Side == kingSide));
foreach (IPiece allyPiece in allyPieces)
{
Location startLocation = allyPiece.Location;
foreach (Location location in allyPiece.GetMovableSpaces(this.GameBoard))
{
// Move king and see if he's still in check
IPiece takenPiece = this.GameBoard.BoardPieceCollection.FirstOrDefault(x => x.Location.ArraySpotInt == location.ArraySpotInt);
if (takenPiece != null)
{
this.GameBoard.BoardPieceCollection.Remove(takenPiece);
}
allyPiece.Location = location;
isCheckmate = EnsureKingSafety(kingSide);
allyPiece.Location = startLocation;
if (takenPiece != null)
{
this.GameBoard.BoardPieceCollection.Add(takenPiece);
}
if (!isCheckmate)
{
return(isCheckmate);
}
}
}
return(isCheckmate);
}
public Team(Enums.BlackOrWhite teamColor, Enums.TeamType pokeType)
{
this.Side = teamColor;
this.PokemonType = pokeType;
this.Pieces = SetPieces(teamColor, pokeType);
this.CanCastleLeft = true;
this.CanCastleRight = true;
}
public static IEnumerable <Location> GetUp(Board board, Location location, Enums.BlackOrWhite initialPieceSide, List <Location> returnList)
{
if ((int)location.XCoord > 0 && !board.IsLocationOfTeamType(location.ArraySpotInt - 8, initialPieceSide))
{
returnList.Add(new Location(location.ArraySpotInt - 8));
}
return(returnList);
}
public static void RecursiveSetLowerLeft(Board board, Location location, Enums.BlackOrWhite initialPieceSide)
{
if ((int)location.XCoord < 7 && (int)location.YCoord > 0 && !board.IsLocationOfTeamType(location.ArraySpotInt + 7, initialPieceSide))
{
board.MoveableSpaces.Add(new Location(location.ArraySpotInt + 7));
if (board.IsLocationEmpty(location.ArraySpotInt + 7))
{
RecursiveSetLowerLeft(board, new Location(location.ArraySpotInt + 7), initialPieceSide);
}
}
}
public bool EnsureKingSafety(Enums.BlackOrWhite side)
{
// Enumerate through enemy pieces to see if they threaten the king
foreach (IPiece enemyPiece in this.GameBoard.BoardPieceCollection.Where(x => x.Side != side))
{
IEnumerable <Location> movableLocations = enemyPiece.GetMovableSpaces(this.GameBoard);
foreach (Location location in movableLocations)
{
IPiece foundPiece = this.GameBoard.BoardPieceCollection.FirstOrDefault(x => x.Location.ArraySpotInt == location.ArraySpotInt);
if (foundPiece != null && foundPiece.ChessPieceType == Enums.Pieces.King && foundPiece.Side == side)
{
return(true);
}
}
}
return(false);
}
public King(Enums.BlackOrWhite teamSide) : base(teamSide)
{
this.Location = (this.Side == Enums.BlackOrWhite.White) ? new Location(Enums.BoardRows.Eight, Enums.BoardColumns.E)
: new Location(Enums.BoardRows.One, Enums.BoardColumns.E);
}
public King(Enums.BlackOrWhite teamSide, int arrayLocation) : base(teamSide, arrayLocation)
{
}
public Tangela(Enums.BlackOrWhite teamSide, Enums.BoardColumns pieceSide) : base(teamSide, pieceSide)
{
}
public Exeggutor(Enums.BlackOrWhite teamSide, Enums.BoardColumns pieceSide) : base(teamSide, pieceSide)
{
}
public Ninetails(Enums.BlackOrWhite teamSide) : base(teamSide)
{
}
public Magikarp(Enums.BlackOrWhite teamSide, Enums.BoardColumns pieceSide) : base(teamSide, pieceSide)
{
}
public Victreebell(Enums.BlackOrWhite teamSide, Enums.BoardColumns pieceSide) : base(teamSide, pieceSide)
{
}
public Bishop(Enums.BlackOrWhite teamSide, Enums.BoardColumns pieceSide) : base(teamSide)
{
this.Location = (this.Side == Enums.BlackOrWhite.White) ? new Location(Enums.BoardRows.Eight, pieceSide)
: new Location(Enums.BoardRows.One, pieceSide);
}
public Nidoqueen(Enums.BlackOrWhite teamSide, int arrayLocation) : base(teamSide, arrayLocation)
{
}
public Nidoqueen(Enums.BlackOrWhite teamSide) : base(teamSide)
{
}
public Victreebell(Enums.BlackOrWhite teamSide, int arrayLocation) : base(teamSide, arrayLocation)
{
}
public ChessPiece(Enums.BlackOrWhite teamSide)
{
//this.IsMovableSpace = false;
this.IsSelected = false;
this.Side = teamSide;
}
public Magikarp(Enums.BlackOrWhite teamSide, int arrayLocation) : base(teamSide, arrayLocation)
{
}
public Vileplume(Enums.BlackOrWhite teamSide) : base(teamSide)
{
}
public Ninetails(Enums.BlackOrWhite teamSide, int arrayLocation) : base(teamSide, arrayLocation)
{
}
public Vileplume(Enums.BlackOrWhite teamSide, int arrayLocation) : base(teamSide, arrayLocation)
{
}
public Exeggutor(Enums.BlackOrWhite teamSide, int arrayLocation) : base(teamSide, arrayLocation)
{
}
public Oddish(Enums.BlackOrWhite teamSide, Enums.BoardColumns pieceSide) : base(teamSide, pieceSide)
{
}
private List <IPiece> SetPieces(Enums.BlackOrWhite teamColor, Enums.TeamType pokeType)
{
List <IPiece> returnList = new List <IPiece>();
switch (pokeType)
{
case Enums.TeamType.Fire:
for (int x = 0; x < 8; x++)
{
returnList.Add(new Vulpix(teamColor, (Enums.BoardColumns)x));
}
returnList.Add(new Arcanine(teamColor, Enums.BoardColumns.A));
returnList.Add(new Rapidash(teamColor, Enums.BoardColumns.B));
returnList.Add(new Magmar(teamColor, Enums.BoardColumns.C));
returnList.Add(new Ninetails(teamColor));
returnList.Add(new Charizard(teamColor));
returnList.Add(new Magmar(teamColor, Enums.BoardColumns.F));
returnList.Add(new Rapidash(teamColor, Enums.BoardColumns.G));
returnList.Add(new Arcanine(teamColor, Enums.BoardColumns.H));
break;
case Enums.TeamType.Water:
for (int x = 0; x < 8; x++)
{
returnList.Add(new Magikarp(teamColor, (Enums.BoardColumns)x));
}
returnList.Add(new Poliwrath(teamColor, Enums.BoardColumns.A));
returnList.Add(new Seadra(teamColor, Enums.BoardColumns.B));
returnList.Add(new Golduck(teamColor, Enums.BoardColumns.C));
returnList.Add(new Lapras(teamColor));
returnList.Add(new Blastoise(teamColor));
returnList.Add(new Golduck(teamColor, Enums.BoardColumns.F));
returnList.Add(new Seadra(teamColor, Enums.BoardColumns.G));
returnList.Add(new Poliwrath(teamColor, Enums.BoardColumns.H));
break;
case Enums.TeamType.Grass:
for (int x = 0; x < 8; x++)
{
returnList.Add(new Oddish(teamColor, (Enums.BoardColumns)x));
}
returnList.Add(new Victreebell(teamColor, Enums.BoardColumns.A));
returnList.Add(new Tangela(teamColor, Enums.BoardColumns.B));
returnList.Add(new Exeggutor(teamColor, Enums.BoardColumns.C));
returnList.Add(new Vileplume(teamColor));
returnList.Add(new Venusaur(teamColor));
returnList.Add(new Exeggutor(teamColor, Enums.BoardColumns.F));
returnList.Add(new Tangela(teamColor, Enums.BoardColumns.G));
returnList.Add(new Victreebell(teamColor, Enums.BoardColumns.H));
break;
case Enums.TeamType.Poison:
for (int x = 0; x < 8; x++)
{
returnList.Add(new Grimer(teamColor, (Enums.BoardColumns)x));
}
returnList.Add(new Gengar(teamColor, Enums.BoardColumns.A));
returnList.Add(new Weezing(teamColor, Enums.BoardColumns.B));
returnList.Add(new Arbok(teamColor, Enums.BoardColumns.C));
returnList.Add(new Nidoqueen(teamColor));
returnList.Add(new Nidoking(teamColor));
returnList.Add(new Arbok(teamColor, Enums.BoardColumns.F));
returnList.Add(new Weezing(teamColor, Enums.BoardColumns.G));
returnList.Add(new Gengar(teamColor, Enums.BoardColumns.H));
break;
default:
break;
}
return(returnList);
}
public Golduck(Enums.BlackOrWhite teamSide, Enums.BoardColumns pieceSide) : base(teamSide, pieceSide)
{
}
public Tangela(Enums.BlackOrWhite teamSide, int arrayLocation) : base(teamSide, arrayLocation)
{
}
public Golduck(Enums.BlackOrWhite teamSide, int arrayLocation) : base(teamSide, arrayLocation)
{
}
