static Predicate<List<int>> ByGridForWhite(GridEntry entry, int i)
{
return delegate (List<int> x)
{
int iIndex = x.FindIndex(ByInt(i));
bool bCanMoveForwardForWhite = iIndex + 1 < x.Count && iIndex >= 0 && x[iIndex] < x[iIndex + 1];
bool b = iIndex != -1 && ((entry == GridEntry.WHITEPAWN && bCanMoveForwardForWhite) || entry == GridEntry.WHITEKING);
return b;
};
}
public CheckGame(GridEntry[] testBoard)
{
GridEntry[] values = testBoard;
init = new Board(values, true);
Current = init;
}
static Predicate<List<int>> ByGridForBlack(GridEntry entry, int i)
{
return delegate (List<int> x)
{
int iIndex = x.FindIndex(ByInt(i));
bool bCanMoveForwardForBlack = iIndex - 1 >= 0 && x[iIndex] > x[iIndex - 1];
bool b = iIndex != -1 && ((entry == GridEntry.BLACKPAWN && bCanMoveForwardForBlack) || entry == GridEntry.BLACKKING);
return b;
};
}
private GridEntry[] TransformBoardToAIGridArray(int[,] boardArray)
{
GridEntry[] transformed = new GridEntry[BOARDSIZE * BOARDSIZE];
for(int i = 0; i < BOARDSIZE; i++)
{
transformed[(BOARDSIZE * i)] = (GridEntry)Enum.Parse(typeof(GridEntry), boardArray[i, 0].ToString());
transformed[(BOARDSIZE * i) + 1] = (GridEntry)Enum.Parse(typeof(GridEntry), boardArray[i, 1].ToString());
transformed[(BOARDSIZE * i) + 2] = (GridEntry)Enum.Parse(typeof(GridEntry), boardArray[i, 2].ToString());
transformed[(BOARDSIZE * i) + 3] = (GridEntry)Enum.Parse(typeof(GridEntry), boardArray[i, 3].ToString());
transformed[(BOARDSIZE * i) + 4] = (GridEntry)Enum.Parse(typeof(GridEntry), boardArray[i, 4].ToString());
transformed[(BOARDSIZE * i) + 5] = (GridEntry)Enum.Parse(typeof(GridEntry), boardArray[i, 5].ToString());
transformed[(BOARDSIZE * i) + 6] = (GridEntry)Enum.Parse(typeof(GridEntry), boardArray[i, 6].ToString());
transformed[(BOARDSIZE * i) + 7] = (GridEntry)Enum.Parse(typeof(GridEntry), boardArray[i, 7].ToString());
}
return transformed;
}
private int GetOverallScore(GridEntry[] bArray)
{
int CountB = 0;
int CountW = 0;
int CountBK = 0;
int CountWK = 0;
//var bMoveLeftForBlack = false;
//var bMoveLeftForWhite = false;
//for (int i = 0; i < BoardArray.Count(); i++)
//{
// var piece = BoardArray[i];
// if (piece == GridEntry.BLACKPAWN || piece == GridEntry.BLACKKING)
// {
// bMoveLeftForBlack = moveLeftForBlack(piece, i);
// if (bMoveLeftForBlack)
// break;
// }
//}
//for (int i = 0; i < BoardArray.Count(); i++)
//{
// var piece = BoardArray[i];
// if (piece == GridEntry.WHITEKING || piece == GridEntry.WHITEPAWN)
// {
// bMoveLeftForWhite = moveLeftForWhite(piece, i);
// if (bMoveLeftForWhite)
// break;
// }
//}
//if ((m_TurnForPlayerBlack && !bMoveLeftForBlack) || (!m_TurnForPlayerBlack && !bMoveLeftForWhite))
// GameOver = true;
for(int i = 0; i < bArray.Count(); i++)
{
var piece = bArray[i];
if (piece == GridEntry.NULL || piece == GridEntry.EMPTY)
continue;
if (piece == GridEntry.BLACKPAWN)
{
CountB++;
}
if (piece == GridEntry.WHITEPAWN)
{
CountW++;
}
if (piece == GridEntry.BLACKKING)
{
CountB += 1;
CountBK += 3;
}
if (piece == GridEntry.WHITEKING)
{
CountW += 1;
CountWK += 3;
}
}
if (m_TurnForPlayerBlack)
{
return (CountBK * 3) + ((CountBK - CountWK) * 5) + (CountB - CountW);
}
return -((CountWK * 3) + ((CountWK - CountWK) * 5) + (CountW - CountB));
}
internal PropertyDescriptorGridEntryTestEntity(PropertyGrid ownerGrid, GridEntry peParent, bool hide)
: base(ownerGrid, peParent, hide)
{
_accessibleObject = new PropertyDescriptorGridEntryAccessibleObject(this);
}
GridEntry getGridEntry()
{
ComboBoxItem typeItem = (ComboBoxItem)typeCB.SelectedItem;
ComboBoxItem dTypeItem = (ComboBoxItem)dTypeCB.SelectedItem;
GridEntry ret = new GridEntry();
ret.type = typeItem.Content.ToString();
ret.dataType = dTypeItem.Content.ToString();
if (minValTB.IsEnabled == false)
{
ret.minValue = "N/A";
}
else
{
ret.minValue = minValTB.Text;
}
if (maxValTB.IsEnabled == false)
{
ret.maxValue = "N/A";
}
else
{
ret.maxValue = maxValTB.Text;
}
if (sizeXTB.IsEnabled == false)
{
ret.sizeX = "N/A";
}
else
{
ret.sizeX = sizeXTB.Text;
}
if (sizeYTB.IsEnabled == false)
{
ret.sizeY = "N/A";
}
else
{
ret.sizeY = sizeYTB.Text;
}
if (CharsTB.IsEnabled == false)
{
ret.chars = "N/A";
}
else
{
ret.chars = CharsTB.Text;
}
if (LengthTB.IsEnabled == false)
{
ret.length = "N/A";
}
else
{
ret.length = LengthTB.Text;
}
return ret;
}
public static Result GetMaxValue(int knapsackSize, Item[] items)
{
// Create calculation grid sized for the number of items and units of the knapsack size.
var grid = new GridEntry[items.Length, knapsackSize];
// Take each item in turn.
for (var i = 0; i < items.Length; i++)
{
var currentItem = items[i];
// Then loop through each of the units of knapsack size (i.e. if we have a size of 4, we'll check
// intermediate sizes of 1, 2 and 3.
for (var j = 0; j < knapsackSize; j++)
{
// Item fits if it's weight is less than or equal to the intermediate knapsack size.
var doesItemFit = currentItem.Weight <= j + 1;
if (doesItemFit)
{
int previousMaxValue = 0, valueOfRemainingSpace = 0;
if (i > 0)
{
previousMaxValue = grid[i - 1, j].Value;
if (j - currentItem.Weight >= 0)
{
valueOfRemainingSpace = grid[i - 1, j - currentItem.Weight].Value;
}
}
// Item fits, so we can add it.
if (currentItem.Value + valueOfRemainingSpace > previousMaxValue)
{
// If the current value of the item plus the value of the remaining space is greater than the value added in the row
// above, then we'll populate the cell with the current item.
if (i == 0 || valueOfRemainingSpace == 0)
{
// If we're on the first row, or if there's nothing we can add in the remaining space, then
// we just put the current item in the cell by itself.
grid[i, j] = new GridEntry {
Items = new[] { currentItem.Name }, Value = currentItem.Value
};
}
else
{
// Otherwise we add the current item plus the item(s) from the grid cell we've found that
// represents what else we can fit in.
var gridEntryToFillFrom = grid[i - 1, j - items[i].Weight];
var itemsForCell = new List <string> {
currentItem.Name
};
itemsForCell.AddRange(gridEntryToFillFrom.Items);
var valueForCell = currentItem.Value + gridEntryToFillFrom.Value;
grid[i, j] = new GridEntry {
Items = itemsForCell.ToArray(), Value = valueForCell
};
}
}
else
{
// If the item being added is less than the value we've got already from the previous row,
// we just copy that over.
grid[i, j] = grid[i, j - 1];
}
}
else
{
// If the item doesn't fit, we either have an empty entry (for the first row), or we
// take whatever we filled for the intermediate knapsack size in the row above.
grid[i, j] = i == 0 ? new GridEntry() : grid[i - 1, j];
}
}
}
// The result comes from the final entry in the grid.
var finalEntry = grid[items.Length - 1, knapsackSize - 1];
return(new Result
{
Items = string.Join(",", finalEntry.Items.OrderBy(x => x)),
Value = finalEntry.Value,
});
}
// Constructors
public GridEntryAccessibleObject(GridEntry owner)
{
}
public GridEntry(CollisionSkin skin)
{
Skin = skin;
Previous = Next = null;
}
public DropDownEditablePropertyDescriptorGridEntry(PropertyGrid ownerGrid, GridEntry parent, PropertyDescriptor propertyDescriptor, bool hide)
: base(ownerGrid, parent, propertyDescriptor, hide)
{
}
// Constructors
public GridEntryAccessibleObject(GridEntry owner) {}
private void KingPiece(GamePiece movingPiece, Image KingImage, GridEntry PromotionState)
{
Controls.Remove(movingPiece as Control);
movingPiece.Image = KingImage;
movingPiece.PieceState = PromotionState;
movingPiece.IsPromoted = true;
Controls.Add(movingPiece);
Controls.SetChildIndex(movingPiece, 1001);
movingPiece.BringToFront();
AdjustBoard(movingPiece.BoardLocation, movingPiece.PieceState);
}
private int[,] TransformGridToBoard(GridEntry[] grid)
{
int[,] bArray = new int[BOARDSIZE, BOARDSIZE];
for(int i = 0; i < grid.Length; i++)
{
int iRow = i/8;
int iColumn = i % 8;
bArray[iRow, iColumn] = (int)grid[i];
}
return bArray;
}
public List<Board> MoveForWhite(GridEntry piece, int i)
{
List<Board> PossibleBoards = new List<Board>();
if (!m_TurnForPlayerBlack && (BoardArray[i] == GridEntry.WHITEKING || BoardArray[i] == GridEntry.WHITEPAWN))
{
List<List<int>> linesToEvaluate = new List<List<int>>();
linesToEvaluate = gameLines.FindAll(ByGridForWhite(BoardArray[i], i));
List<List<int>> linesEvaluated = new List<List<int>>();
List<List<int>> extraLines = new List<List<int>>();
if (BoardArray[i] == GridEntry.WHITEKING)
{
foreach (var bline in linesToEvaluate)
{
List<int> nLine = new List<int>();
nLine.AddRange(bline);
extraLines.Add(nLine);
}
}
linesToEvaluate.AddRange(extraLines);
foreach (var line in linesToEvaluate)
{
bool bKingReverseLine = linesEvaluated.Contains(line);
linesEvaluated.Add(line);
bool isMove = false;
int squareCurrentPieceIsOnIndex = line.IndexOf(i);
int squareToMoveToIndex = BoardArray[i] == GridEntry.WHITEKING ? (bKingReverseLine ? squareCurrentPieceIsOnIndex - 1 : squareCurrentPieceIsOnIndex + 1) : squareCurrentPieceIsOnIndex + 1;
int captureIndexForWhiteIndex = BoardArray[i] == GridEntry.WHITEKING ? (bKingReverseLine ? squareCurrentPieceIsOnIndex - 2 : squareCurrentPieceIsOnIndex + 2) : squareCurrentPieceIsOnIndex + 2;
int moveSquare = 0;
int captureSquare = 0;
GridEntry staringSquare = BoardArray[i];
GridEntry[] newValuesForBoardArray = (GridEntry[])BoardArray.Clone();
if (squareToMoveToIndex >= 0 && squareToMoveToIndex < line.Count())
{
moveSquare = line[squareToMoveToIndex];
captureSquare = captureIndexForWhiteIndex > 0 && captureIndexForWhiteIndex < line.Count() ? line[captureIndexForWhiteIndex] : -1;
bool bHasCaptureSquareToLandOn = captureSquare >= 0 && BoardArray[captureSquare] == GridEntry.EMPTY;
bool bHasPieceThatCanBeCaptued = BoardArray[moveSquare] == GridEntry.BLACKKING || BoardArray[moveSquare] == GridEntry.BLACKPAWN;
bool bHasMoveThatCanBeMade = BoardArray[moveSquare] == GridEntry.EMPTY;
if ((bHasMoveThatCanBeMade || (bHasCaptureSquareToLandOn && bHasPieceThatCanBeCaptued)) == false)
continue;
if (BoardArray[moveSquare] == GridEntry.EMPTY)
{
newValuesForBoardArray[moveSquare] = (staringSquare == GridEntry.WHITEPAWN && (moveSquare == 56 || moveSquare == 58 || moveSquare == 60 || moveSquare == 62)) ? GridEntry.WHITEKING : staringSquare;
newValuesForBoardArray[i] = GridEntry.EMPTY;
PossibleBoards.Add(new Board(newValuesForBoardArray, !m_TurnForPlayerBlack));
isMove = true;
}
if (captureSquare > 0 && !isMove)
{
newValuesForBoardArray[captureSquare] = (staringSquare == GridEntry.WHITEPAWN && (moveSquare == 56 || moveSquare == 58 || moveSquare == 60 || moveSquare == 62)) ? GridEntry.WHITEKING : staringSquare;
newValuesForBoardArray[moveSquare] = GridEntry.EMPTY;
newValuesForBoardArray[i] = GridEntry.EMPTY;
PossibleBoards.Add(new Board(newValuesForBoardArray, !m_TurnForPlayerBlack));
}
}
}
}
return PossibleBoards;
}
public TestPropertyDescriptorGridEntry(PropertyGrid ownerGrid, GridEntry peParent, bool hide)
: base(ownerGrid, peParent, hide)
{
}
public Board(GridEntry[] valuesForBoardArray, bool turnForPlayerBlack)
{
m_TurnForPlayerBlack = turnForPlayerBlack;
BoardArray = valuesForBoardArray;
ComputerScore();
}
public TestGridEntry(PropertyGrid ownerGrid, GridEntry peParent, PropertyGridView propertyGridView)
: base(ownerGrid, peParent)
{
_propertyGridView = propertyGridView;
}
public override Editor GetEditor(GridEntry entry)
{
return(editor);
}
private int GetScoreForOneLine(GridEntry[] values, List<int> squares)
{
int CountB = 0;
int CountW = 0;
int CountBK = 0;
int CountWK = 0;
//Might need to calculate each move on a line and weight them
foreach (var v in values)
{
if (v == GridEntry.NULL || v == GridEntry.EMPTY)
continue;
if (v == GridEntry.BLACKPAWN)
{
CountB++;
}
if (v == GridEntry.WHITEPAWN)
{
CountW++;
}
if (v == GridEntry.BLACKKING)
{
CountB += 1;
CountBK += 3;
}
if (v == GridEntry.WHITEKING)
{
CountW += 1;
CountWK += 3;
}
}
int advantage = 3;
int advOpp = 5;
if (m_TurnForPlayerBlack)
{
int ret1 = ((int)Math.Pow(CountB, 2) + ((int)Math.Pow(CountBK, advantage))) - (CountW * advOpp);
return ret1;
}
int ret2 = ((int)Math.Pow(CountW, 2) + ((int)Math.Pow(CountWK, advantage))) - (CountB * advOpp);
return ret2;
//return -((int)Math.Pow(CountW, 3) + (CountWK * advantage)) - CountB;;
}
private void MenuItem_Click_3(object sender, RoutedEventArgs e)
{
try
{
OpenFileDialog dlg = new OpenFileDialog();
dlg.DefaultExt = ".tg";
dlg.Filter = "TestGenerator files (*.tg)|*.tg";
dlg.ShowDialog();
StreamReader inp;
if (dlg.FileName != "") inp = new StreamReader(dlg.FileName);
else return;
TestGenFilePath = dlg.FileName;
int count = Convert.ToInt32(inp.ReadLine());
collection.Clear();
for (int q = 0; q < count; q++)
{
GridEntry ge = new GridEntry();
ge.type = inp.ReadLine();
ge.dataType = inp.ReadLine();
ge.minValue = inp.ReadLine();
ge.maxValue = inp.ReadLine();
ge.sizeX = inp.ReadLine();
ge.sizeY = inp.ReadLine();
ge.chars = inp.ReadLine();
ge.length = inp.ReadLine();
collection.Add(ge);
}
randomGrid.Items.Refresh();
inp.Close();
}
catch (Exception exc)
{
ShowExceptionMessage();
}
shownThisRun = false;
}
private void AdjustBoard(BoardLocation location, GridEntry state)
{
_GameTurn.BOARDARRAY[location.Row, location.Column] = (int)state;
}