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revision 21 by yamat0jp, Sat Jul 18 22:36:44 2015 UTC revision 28 by yamat0jp, Fri Aug 14 07:21:57 2015 UTC
# Line 17  type Line 17  type
17    TEffectData = record    TEffectData = record
18      X, Y: integer;      X, Y: integer;
19      Left, Top: integer;      Left, Top: integer;
     Stone: TStoneType;  
20    end;    end;
21    
22    TGridData = array [0 .. Count - 1] of array [0 .. Count - 1] of TStoneType;    TGridData = array [0 .. Count - 1] of array [0 .. Count - 1] of TStoneType;
# Line 38  type Line 37  type
37      FTurnNumber: integer;      FTurnNumber: integer;
38      FTurnIndex: integer;      FTurnIndex: integer;
39      FActive: Boolean;      FActive: Boolean;
40      List: TList;      FList: TList;
41      FEffectStone: TStoneType;      FEffectStone: TStoneType;
     FBool: Boolean;  
     FTerminated: Boolean;  
42      FIndex_X: integer;      FIndex_X: integer;
43      FIndex_Y: integer;      FIndex_Y: integer;
44        FGameOver: Boolean;
45      function GetStrings(X, Y: integer): TStoneType;      function GetStrings(X, Y: integer): TStoneType;
46      procedure SetStrings(X, Y: integer; const Value: TStoneType);      procedure SetStrings(X, Y: integer; const Value: TStoneType);
47      procedure SetTurnNumber(const Value: integer);      procedure SetTurnNumber(const Value: integer);
48        function GetActive: Boolean;
49        procedure SetActive(const Value: Boolean);
50    public    public
51      constructor Create;      constructor Create;
52      destructor Destroy; override;      destructor Destroy; override;
# Line 54  type Line 54  type
54      function CalScore(Stone: TStoneType; X, Y: integer): integer;      function CalScore(Stone: TStoneType; X, Y: integer): integer;
55      function CanSetStone(Stone: TStoneType; X, Y: integer; Reverse: Boolean;      function CanSetStone(Stone: TStoneType; X, Y: integer; Reverse: Boolean;
56        const Visible: Boolean = false): Boolean;        const Visible: Boolean = false): Boolean;
57      function NextStone(Stone: TStoneType): TPoint;      function NextStone(Stone: TStoneType; var Pos: TPoint): Boolean;
58      procedure Start;      procedure Start;
59      procedure Restart;      procedure Restart;
60      procedure Pause;      procedure Pause;
61      function ListExecute: Boolean;      function ListExecute: Boolean;
62        procedure GameOver;
63      procedure Paint(Canvas: TCanvas);      procedure Paint(Canvas: TCanvas);
64      procedure ImageCount(X, Y: integer);      procedure ImageCount(X, Y: integer);
65        function AddScore(X, Y: integer; const NG: array of TPoint): integer;
66      property Strings[X, Y: integer]: TStoneType read GetStrings      property Strings[X, Y: integer]: TStoneType read GetStrings
67        write SetStrings; default;        write SetStrings; default;
68      property TurnNumber: integer read FTurnNumber write SetTurnNumber;      property TurnNumber: integer read FTurnNumber write SetTurnNumber;
69      property Active: Boolean read FActive;      property Active: Boolean read GetActive write SetActive;
70    end;    end;
71    
72    TForm1 = class(TForm)    TForm1 = class(TForm)
# Line 129  implementation Line 131  implementation
131  {$R *.Windows.fmx MSWINDOWS}  {$R *.Windows.fmx MSWINDOWS}
132  { TStoneGrid }  { TStoneGrid }
133    
134    function TStoneGrid.AddScore(X, Y: integer; const NG: array of TPoint): integer;
135    var
136      s: TPoint;
137    begin
138      result := 0;
139      for s in NG do
140        if (X = s.X) and (Y = s.Y) then
141        begin
142          result := 10;
143          break;
144        end;
145    end;
146    
147  function TStoneGrid.CalScore(Stone: TStoneType; X, Y: integer): integer;  function TStoneGrid.CalScore(Stone: TStoneType; X, Y: integer): integer;
148  var  var
149    i, j: integer;    i, j: integer;
150  begin  begin
151    if CanSetStone(Stone, X, Y, true) = true then    if CanSetStone(Stone, X, Y, true) = true then
152    begin    begin
153        result := 0;
154        inc(result, AddScore(X, Y, [Point(1, 0), Point(6, 0), Point(0, 1),
155          Point(1, 1), Point(6, 1), Point(7, 1), Point(0, 6), Point(1, 6),
156          Point(6, 6), Point(7, 6), Point(1, 7), Point(6, 7)]));
157      case Stone of      case Stone of
158      stBlack:        stBlack:
159        Stone := stWhite;          Stone := stWhite;
160      stWhite:        stWhite:
161        Stone := stBlack;          Stone := stBlack;
     stEffect:  
       Stone := FEffectStone;  
162      end;      end;
     result := 0;  
163      for i := 0 to Count - 1 do      for i := 0 to Count - 1 do
164        for j := 0 to Count - 1 do        for j := 0 to Count - 1 do
165          if CanSetStone(Stone, i, j, false) = true then          if CanSetStone(Stone, i, j, false) = true then
166            begin
167            inc(result);            inc(result);
168      FStrings := FBuffer[FTurnIndex];            inc(result, AddScore(i, j, [Point(0, 0), Point(7, 0), Point(0, 7),
169                Point(7, 7)]));
170            end;
171    end    end
172    else    else
   begin  
     FStrings := FBuffer[FTurnIndex];  
173      result := -1;      result := -1;
174    end;    FStrings := FBuffer[FTurnIndex];
175  end;  end;
176    
177  function TStoneGrid.CanSetStone(Stone: TStoneType; X, Y: integer;  function TStoneGrid.CanSetStone(Stone: TStoneType; X, Y: integer;
# Line 175  var Line 192  var
192      begin      begin
193        s := GetStrings(X + m * i, Y + n * i);        s := GetStrings(X + m * i, Y + n * i);
194        if s = stEffect then        if s = stEffect then
195          s:=FEffectStone;          s := FEffectStone;
196        if (s = stNone) or (s = stError) then        if (s = stNone) or (s = stError) then
197          break          break
198        else if s = Stone then        else if s = Stone then
# Line 191  var Line 208  var
208                Form1.PaintBox1.Repaint;                Form1.PaintBox1.Repaint;
209                if Visible = true then                if Visible = true then
210                begin                begin
211                  FEffectStone:=Stone;                  FEffectStone := Stone;
212                  New(q);                  New(q);
213                  q^.Left := X + m * j;                  q^.Left := X + m * j;
214                  q^.Top := Y + n * j;                  q^.Top := Y + n * j;
                 q^.Stone := Stone;  
215                  q^.X := 0;                  q^.X := 0;
216                  q^.Y := 0;                  q^.Y := 0;
217                  List.Add(q);                  FList.Add(q);
218                  SetStrings(q^.Left, q^.Top, stEffect);                  SetStrings(q^.Left, q^.Top, stEffect);
219                  for k := 1 to 100 do                  for k := 1 to 100 do
220                  begin                  begin
# Line 226  var Line 242  var
242    
243  begin  begin
244    result := false;    result := false;
   if Visible = true then  
   begin  
     FBool := FActive;  
     FActive := false;  
   end;  
245    p := true;    p := true;
246    if GetStrings(X, Y) = stNone then    if GetStrings(X, Y) = stNone then
247    begin    begin
# Line 249  procedure TStoneGrid.Clear; Line 260  procedure TStoneGrid.Clear;
260  var  var
261    i, j: integer;    i, j: integer;
262  begin  begin
263      for i := 0 to FList.Count - 1 do
264        Dispose(FList[i]);
265      FList.Clear;
266    for i := 0 to Count - 1 do    for i := 0 to Count - 1 do
267      for j := 0 to Count - 1 do      for j := 0 to Count - 1 do
268        Strings[i, j] := stNone;        Strings[i, j] := stNone;
# Line 264  end; Line 278  end;
278  constructor TStoneGrid.Create;  constructor TStoneGrid.Create;
279  begin  begin
280    inherited;    inherited;
281    List := TList.Create;    FList := TList.Create;
282  end;  end;
283    
284  destructor TStoneGrid.Destroy;  destructor TStoneGrid.Destroy;
285  var  var
286    i: integer;    i: integer;
287  begin  begin
288    for i := 0 to List.Count - 1 do    for i := 0 to FList.Count - 1 do
289      Dispose(List[i]);      Dispose(FList[i]);
290    List.Free;    FList.Free;
291    inherited;    inherited;
292  end;  end;
293    
294    procedure TStoneGrid.GameOver;
295    begin
296      FGameOver := true;
297      FActive := false;
298    end;
299    
300    function TStoneGrid.GetActive: Boolean;
301    begin
302      if (FActive = true) and (FList.Count = 0) then
303        result := true
304      else
305        result := false;
306    end;
307    
308  function TStoneGrid.GetStrings(X, Y: integer): TStoneType;  function TStoneGrid.GetStrings(X, Y: integer): TStoneType;
309  begin  begin
310    if (X >= 0) and (X < Count) and (Y >= 0) and (Y < Count) then    if (X >= 0) and (X < Count) and (Y >= 0) and (Y < Count) then
# Line 296  var Line 324  var
324    p: ^TEffectData;    p: ^TEffectData;
325    i: integer;    i: integer;
326  begin  begin
327    if List.Count = 0 then    if FList.Count = 0 then
328      result := false      result := false
329    else    else
330    begin    begin
331      for i := 0 to List.Count - 1 do      for i := 0 to FList.Count - 1 do
332      begin      begin
333        p := List.List[i];        p := FList[i];
334        if p^.X < FIndex_X - 1 then        if p^.X < FIndex_X - 1 then
335          p^.X := p^.X + 1          p^.X := p^.X + 1
336        else if p^.Y < FIndex_Y - 1 then        else if p^.Y < FIndex_Y - 1 then
# Line 312  begin Line 340  begin
340        end        end
341        else        else
342        begin        begin
343          SetStrings(p^.Left, p^.Top, p^.Stone);          SetStrings(p^.Left, p^.Top, FEffectStone);
344          Dispose(p);          Dispose(p);
345          List[i] := nil;          FList[i] := nil;
346        end;        end;
347      end;      end;
348      for i := List.Count - 1 downto 0 do      for i := FList.Count - 1 downto 0 do
349        if List[i] = nil then        if FList[i] = nil then
350          List.Delete(i);          FList.Delete(i);
351      if List.Count = 0 then      if FList.Count = 0 then
352      begin      begin
       if FTerminated = true then  
         FActive:=false  
       else  
         FActive := FBool;  
353        inc(FTurnIndex);        inc(FTurnIndex);
354        inc(FTurnNumber);        inc(FTurnNumber);
355        FBuffer[FTurnIndex] := FStrings;        FBuffer[FTurnIndex] := FStrings;
# Line 334  begin Line 358  begin
358    end;    end;
359  end;  end;
360    
361  function TStoneGrid.NextStone(Stone: TStoneType): TPoint;  function TStoneGrid.NextStone(Stone: TStoneType; var Pos: TPoint): Boolean;
362  var  var
363    i, j, m, n: integer;    i, j, m, n: integer;
364  begin  begin
# Line 343  begin Line 367  begin
367      for j := 0 to Count - 1 do      for j := 0 to Count - 1 do
368      begin      begin
369        m := CalScore(Stone, i, j);        m := CalScore(Stone, i, j);
370        if (n = -1) or ((m > -1) and (n > m)) then        if (n = -1) or ((0 < m) and (m < n)) then
371        begin        begin
372          n := m;          n := m;
373          result := Point(i, j);          Pos := Point(i, j);
374        end;        end;
375      end;      end;
376    if n = -1 then    result := not(n = -1);
     result := Point(-1, -1);  
377  end;  end;
378    
379  procedure TStoneGrid.Paint(Canvas: TCanvas);  procedure TStoneGrid.Paint(Canvas: TCanvas);
# Line 363  begin Line 386  begin
386    m := Form1.Image3.Bitmap.Width;    m := Form1.Image3.Bitmap.Width;
387    n := Form1.Image3.Bitmap.Height;    n := Form1.Image3.Bitmap.Height;
388    k := Form1.Size;    k := Form1.Size;
389    for i := 0 to List.Count - 1 do    for i := 0 to FList.Count - 1 do
390    begin    begin
391      p := List[i];      p := FList[i];
392      if p^.Stone = stBlack then      if FEffectStone = stBlack then
393        s := Form1.Image1.Bitmap        s := Form1.Image1.Bitmap
394      else      else
395        s := Form1.Image2.Bitmap;        s := Form1.Image2.Bitmap;
# Line 378  end; Line 401  end;
401    
402  procedure TStoneGrid.Pause;  procedure TStoneGrid.Pause;
403  begin  begin
404    FTerminated:=true;    FActive := false;
405  end;  end;
406    
407  procedure TStoneGrid.Restart;  procedure TStoneGrid.Restart;
408  begin  begin
409    if FTerminated = true then    FActive := true;
410    begin    FGameOver := false;
411      FActive := true;    FTurnIndex := FTurnNumber;
412      FTurnIndex := FTurnNumber;  end;
413      FTerminated:=false;  
414    end;  procedure TStoneGrid.SetActive(const Value: Boolean);
415    begin
416      if FGameOver = false then
417        FActive := Value;
418  end;  end;
419    
420  procedure TStoneGrid.SetStrings(X, Y: integer; const Value: TStoneType);  procedure TStoneGrid.SetStrings(X, Y: integer; const Value: TStoneType);
# Line 410  end; Line 436  end;
436    
437  procedure TStoneGrid.Start;  procedure TStoneGrid.Start;
438  begin  begin
   Clear;  
   FTerminated:=false;  
439    FActive := true;    FActive := true;
440      Clear;
441      FGameOver := false;
442  end;  end;
443    
444  { TForm1 }  { TForm1 }
# Line 437  var Line 463  var
463    function Execute: Boolean;    function Execute: Boolean;
464    var    var
465      i, j: integer;      i, j: integer;
     m: integer;  
     n: integer;  
466    begin    begin
467      for i := 0 to Count - 1 do      for i := 0 to Count - 1 do
468        for j := 0 to Count - 1 do        for j := 0 to Count - 1 do
# Line 475  begin Line 499  begin
499          s := 'Player2 Win:' + #13#10          s := 'Player2 Win:' + #13#10
500        else        else
501          s := 'Draw:' + #13#10;          s := 'Draw:' + #13#10;
502          StoneGrid.GameOver;
503        Showmessage(s + '(Player1) ' + IntToStr(m) + #13#10 + '(Player2) ' +        Showmessage(s + '(Player1) ' + IntToStr(m) + #13#10 + '(Player2) ' +
504          IntToStr(n));          IntToStr(n));
505      end      end
# Line 489  procedure TForm1.CompStone; Line 514  procedure TForm1.CompStone;
514  var  var
515    s: TPoint;    s: TPoint;
516  begin  begin
517    s := StoneGrid.NextStone(Index.Stone);    StoneGrid.Active := false;
518      StoneGrid.NextStone(Index.Stone, s);
519    StoneGrid.CanSetStone(Index.Stone, s.X, s.Y, true, true);    StoneGrid.CanSetStone(Index.Stone, s.X, s.Y, true, true);
520    PaintBox1.Repaint;    PaintBox1.Repaint;
521    ChangePlayer;    ChangePlayer;
522      StoneGrid.Active := true;
523  end;  end;
524    
525  procedure TForm1.GameStart;  procedure TForm1.GameStart;
# Line 530  end; Line 557  end;
557    
558  procedure TForm1.MenuItem2Click(Sender: TObject);  procedure TForm1.MenuItem2Click(Sender: TObject);
559  begin  begin
560      Timer1.Enabled := false;
561      Timer2.Enabled := false;
562    GameStart;    GameStart;
563      Timer1.Enabled := true;
564      Timer2.Enabled := true;
565  end;  end;
566    
567  procedure TForm1.MenuItem4Click(Sender: TObject);  procedure TForm1.MenuItem4Click(Sender: TObject);
# Line 631  end; Line 662  end;
662    
663  procedure TForm1.Timer2Timer(Sender: TObject);  procedure TForm1.Timer2Timer(Sender: TObject);
664  begin  begin
665    if (StoneGrid.Active = false)and(StoneGrid.ListExecute = true) then    if (StoneGrid.Active = false) and (StoneGrid.ListExecute = true) then
666      PaintBox1.Repaint;      PaintBox1.Repaint;
667  end;  end;
668    
# Line 646  begin Line 677  begin
677    if Index.Auto = false then    if Index.Auto = false then
678    begin    begin
679      MenuItem10Click(Sender);      MenuItem10Click(Sender);
680        StoneGrid.Active := false;
681      if StoneGrid.CanSetStone(Index.Stone, Floor(Point.X / Size),      if StoneGrid.CanSetStone(Index.Stone, Floor(Point.X / Size),
682        Floor(Point.Y / Size), true, true) = true then        Floor(Point.Y / Size), true, true) = true then
683      begin      begin
684        PaintBox1.Repaint;        PaintBox1.Repaint;
685        ChangePlayer;        ChangePlayer;
686      end;      end;
687        StoneGrid.Active := true;
688    end;    end;
689  end;  end;
690    
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