protected void whowin()
{
/*
* //拿到最後落子的X,Y座標
* int centerX = board.Lastnode.X;
* int centerY = board.Lastnode.Y;
* //檢查八個方向(3*3-1)，不含中心點
* int fourtime = 0;
* int Xdirection = -1, Ydirection = -1;
* for (Xdirection = -1; Xdirection <= 1; Xdirection++)
* {
* for (Ydirection = -1; Ydirection <= 1; Ydirection++)
* {
* if (Xdirection == 0 && Ydirection == 0)//扣除中間的情況
* break;
*
* int number = 1;//紀錄看到幾顆相同棋子
* int five = 1;
* int Xdir = Xdirection, Ydir = Ydirection;
* while (true)
* {
* int seeX = centerX + number * Xdir;
* int seeY = centerY + number * Ydir;
*
* //檢查顏色是否相同 ，且數字不超過矩陣大小
* if (seeX < 0 || seeX >= Board.count ||
* seeY < 0 || seeY >= Board.count ||
* board.gettype(seeX, seeY) != nexttype)
* {
* if (Xdir == -1 && Ydir == -1) { Xdir = 1; Ydir = 1; fourtime++;number = 1; continue; }
* else if (Xdir == -1 && Ydir == 0) { Xdir = 1; Ydir = 0; fourtime++; number = 1; continue; }
* else if (Xdir== -1 && Ydir == 1) { Xdir = 1; Ydir = -1; fourtime++; number = 1; continue; }
* else if (Xdir == 0 && Ydir == -1) { Xdir = 0; Ydir = 1; fourtime++; number = 1; continue; }
* break;
* }
* five++;
* number++;
* }
* if (five == 5)//檢查是否看到五顆棋子
* {
* winner = nexttype;
* }
* }
* if (Xdirection == 0 && Ydirection == 0)//扣除中間的情況
* break;
* }
*/
int LeftTop = 1, Horizon = 1, LeftDown = 1, Vertical = 1, tempx, tempy, x = board.Lastnode.X, y = board.Lastnode.Y;
tempx = x - 1;
tempy = y - 1;
while (tempx >= 0 && tempy >= 0 && board.gettype(tempx, tempy) == nexttype)
{
LeftTop++;
tempx--;
tempy--;
}
//設定左上的左上端點
tempx = x + 1;
tempy = y + 1;
while (tempx < 15 && tempy < 15 && board.gettype(tempx, tempy) == nexttype)
{
LeftTop++;
tempx++;
tempy++;
}
//設定左上的右下端點
tempx = x - 1;
tempy = y;
while (tempx >= 0 && board.gettype(tempx, tempy) == nexttype)
{
Horizon++;
tempx--;
}
//設定水平的左端點
tempx = x + 1;
tempy = y;
while (tempx < 15 && board.gettype(tempx, tempy) == nexttype)
{
Horizon++;
tempx++;
}
//設定水平的右端點
tempx = x;
tempy = y - 1;
while (tempy >= 0 && board.gettype(tempx, tempy) == nexttype)
{
Vertical++;
tempy--;
}
//設定垂直的上端點
tempx = x;
tempy = y + 1;
while (tempy < 15 && board.gettype(tempx, tempy) == nexttype)
{
Vertical++;
tempy++;
}
//設定垂直的下端點
tempx = x - 1;
tempy = y + 1;
while (tempx >= 0 && tempy < 15 && board.gettype(tempx, tempy) == nexttype)
{
LeftDown++;
tempx--;
tempy++;
}
//設定左下的左下端點
tempx = x + 1;
tempy = y - 1;
while (tempx < 15 && tempy >= 0 && board.gettype(tempx, tempy) == nexttype)
{
LeftDown++;
tempx++;
tempy--;
}
if (LeftDown >= 5 || LeftTop >= 5 || Horizon >= 5 || Vertical >= 5)
{
winner = nexttype;
}
}
public void rearray()//清空PArray;
{
board.Rearray();
winner = Ptype.NONE;
nexttype = Ptype.BLACK;
}
public Visual Visualize(Ptype ptype, object parameter)
{
return(new Grid());
}
public Visual Visualize(Ptype ptype, object parameter = null)
{
if (!ptype.Model.Name.Equals("ninepart"))
{
throw new Exception("Nine Part Model cannot render prototypes created by other models.");
}
Feature bottomleftFeature = ptype.Feature("bottomleft");
Feature toprightFeature = ptype.Feature("topright");
Feature bottomrightFeature = ptype.Feature("bottomright");
Feature topleftFeature = ptype.Feature("topleft");
Region topregion = ptype.Region("top");
Region leftregion = ptype.Region("left");
Region bottomregion = ptype.Region("bottom");
Region rightregion = ptype.Region("right");
Region interiorRegion = ptype.Region("interior");
Grid grid = new Grid();
////Find the biggest dimensions for each Part object so that
////we can figure out how many cells to add into the grid.
int longestTopOrBottom = (int)Math.Max(topregion.Bitmap.Width, bottomregion.Bitmap.Width);
int longestLeftOrRight = (int)Math.Max(leftregion.Bitmap.Height, rightregion.Bitmap.Height);
int widestTLOrBL = (int)Math.Max(topleftFeature.Bitmap.Width, bottomleftFeature.Bitmap.Width);
int widestTROrBR = (int)Math.Max(toprightFeature.Bitmap.Width, bottomrightFeature.Bitmap.Width);
int tallestTLOrTR = (int)Math.Max(topleftFeature.Bitmap.Height, toprightFeature.Bitmap.Height);
int tallestBLOrBR = (int)Math.Max(bottomleftFeature.Bitmap.Height, bottomrightFeature.Bitmap.Height);
int interiorWidth = 0;
int interiorHeight = 0;
if (interiorRegion != null)
{
interiorHeight = interiorRegion.Bitmap.Height;
interiorWidth = interiorRegion.Bitmap.Width;
}
//Assign the width and height of the grid.
int width = Math.Max(widestTLOrBL + longestTopOrBottom + widestTROrBR + 2, interiorWidth + leftregion.Bitmap.Width + rightregion.Bitmap.Width + 2);
int height = Math.Max(tallestTLOrTR + longestLeftOrRight + tallestBLOrBR + 2, interiorHeight + topregion.Bitmap.Height + bottomregion.Bitmap.Height + 2);
//Set the rows and columns of the grid.
for (int row = 0; row < height; row++)
{
RowDefinition rowdef = new RowDefinition();
grid.RowDefinitions.Add(rowdef);
}
for (int col = 0; col < width; col++)
{
ColumnDefinition coldef = new ColumnDefinition();
grid.ColumnDefinitions.Add(coldef);
}
//Add each Part to the grid (cells = pixels).
PtypeVisualizerHelper.AddFeatureToGrid(topleftFeature, new Prefab.Point(0, 0), grid);
PtypeVisualizerHelper.AddFeatureToGrid(toprightFeature, new Prefab.Point(width - toprightFeature.Bitmap.Width, 0), grid);
PtypeVisualizerHelper.AddFeatureToGrid(bottomleftFeature, new Prefab.Point(0, height - bottomleftFeature.Bitmap.Height), grid);
PtypeVisualizerHelper.AddFeatureToGrid(bottomrightFeature, new Prefab.Point(width - bottomrightFeature.Bitmap.Width, height - bottomrightFeature.Bitmap.Height), grid);
PtypeVisualizerHelper.AddHorizontalRegionToGrid(topregion.Bitmap, new Prefab.Point(topleftFeature.Bitmap.Width + 1, 0), grid);
PtypeVisualizerHelper.AddHorizontalRegionToGrid(bottomregion.Bitmap, new Prefab.Point(bottomleftFeature.Bitmap.Width + 1, height - bottomregion.Bitmap.Height), grid);
PtypeVisualizerHelper.AddVerticalRegionToGrid(leftregion.Bitmap, new Prefab.Point(0, topleftFeature.Bitmap.Height + 1), grid);
PtypeVisualizerHelper.AddVerticalRegionToGrid(rightregion.Bitmap, new Prefab.Point(width - rightregion.Bitmap.Width, toprightFeature.Bitmap.Height + 1), grid);
if (interiorRegion != null)
{
Prefab.Point location;
if (interiorRegion.MatchStrategy.Equals("horizontal"))
{
location = new Prefab.Point(topleftFeature.Bitmap.Width + 1, (height - interiorHeight) / 2);
}
else
{
location = new Prefab.Point((width - interiorWidth) / 2, topleftFeature.Bitmap.Height + 1);
}
PtypeVisualizerHelper.AddEachPixelOfBitmapToGrid(interiorRegion.Bitmap, location, grid);
}
return(grid);
}
private static void EraseFeaturesFromforeground(Bitmap foreground, Tree occurrence, Ptype ptype)
{
//top left
Feature topleft = ptype.Feature("topleft");
for (int row = occurrence.Top; row < occurrence.Top + topleft.Bitmap.Height; row++)
{
for (int col = occurrence.Left; col < occurrence.Left + topleft.Bitmap.Width; col++)
{
foreground[row, col] = Utils.BACKGROUND;
}
}
//top right
Feature topright = ptype.Feature("topright");
for (int row = occurrence.Top; row < occurrence.Top + topleft.Bitmap.Height; row++)
{
for (int col = occurrence.Left + occurrence.Width - topright.Bitmap.Width; col < occurrence.Left + occurrence.Width; col++)
{
foreground[row, col] = Utils.BACKGROUND;
}
}
//bottom left
Feature bottomleft = ptype.Feature("bottomleft");
for (int row = occurrence.Top + occurrence.Height - bottomleft.Bitmap.Height; row < occurrence.Top + occurrence.Height; row++)
{
for (int col = occurrence.Left; col < occurrence.Left + bottomleft.Bitmap.Width; col++)
{
foreground[row, col] = Utils.BACKGROUND;
}
}
//bottom right
Feature bottomright = ptype.Feature("bottomright");
for (int row = occurrence.Top + occurrence.Height - bottomright.Bitmap.Height; row < occurrence.Top + occurrence.Height; row++)
{
for (int col = occurrence.Left + occurrence.Width - bottomright.Bitmap.Width; col < occurrence.Left + occurrence.Width; col++)
{
foreground[row, col] = Utils.BACKGROUND;
}
}
}
