Minesweeper game
You are encouraged to solve this task according to the task description, using any language you may know.
There is an n by m grid that has a random number (between 10% to 20% of the total number of tiles, though older implementations may use 20%..60% instead) of randomly placed mines that need to be found.
Positions in the grid are modified by entering their coordinates where the first coordinate is horizontal in the grid and the second vertical. The top left of the grid is position 1,1; the bottom right is at n,m.
- The total number of mines to be found is shown at the beginning of the game.
- Each mine occupies a single grid point, and its position is initially unknown to the player
- The grid is shown as a rectangle of characters between moves.
- You are initially shown all grids as obscured, by a single dot '.'
- You may mark what you think is the position of a mine which will show as a '?'
- You can mark what you think is free space by entering its coordinates.
- If the point is free space then it is cleared, as are any adjacent points that are also free space- this is repeated recursively for subsequent adjacent free points unless that point is marked as a mine or is a mine.
- Points marked as a mine show as a '?'.
- Other free points show as an integer count of the number of adjacent true mines in its immediate neighborhood, or as a single space ' ' if the free point is not adjacent to any true mines.
- Of course you lose if you try to clear space that has a hidden mine.
- You win when you have correctly identified all mines.
The Task is to create a program that allows you to play minesweeper on a 6 by 4 grid, and that assumes all user input is formatted correctly and so checking inputs for correct form may be omitted. You may also omit all GUI parts of the task and work using text input and output.
Note: Changes may be made to the method of clearing mines to more closely follow a particular implementation of the game so long as such differences and the implementation that they more accurately follow are described.
C.F: wp:Minesweeper (computer game)
Ada
<lang Ada>with Ada.Numerics.Discrete_Random; with Ada.Text_IO;
procedure Minesweeper is
package IO renames Ada.Text_IO; package Nat_IO is new IO.Integer_IO (Natural); package Nat_RNG is new Ada.Numerics.Discrete_Random (Natural);
type Stuff is (Empty, Mine);
type Field is record
Contents : Stuff := Empty;
Opened : Boolean := False;
Marked : Boolean := False;
end record;
type Grid is array (Positive range <>, Positive range <>) of Field;
-- counts how many mines are in the surrounding fields
function Mines_Nearby (Item : Grid; X, Y : Positive) return Natural is
Result : Natural := 0;
begin
-- left of X:Y
if X > Item'First (1) then
-- above X-1:Y
if Y > Item'First (2) then
if Item (X - 1, Y - 1).Contents = Mine then
Result := Result + 1;
end if;
end if;
-- X-1:Y
if Item (X - 1, Y).Contents = Mine then
Result := Result + 1;
end if;
-- below X-1:Y
if Y < Item'Last (2) then
if Item (X - 1, Y + 1).Contents = Mine then
Result := Result + 1;
end if;
end if;
end if;
-- above of X:Y
if Y > Item'First (2) then
if Item (X, Y - 1).Contents = Mine then
Result := Result + 1;
end if;
end if;
-- below of X:Y
if Y < Item'Last (2) then
if Item (X, Y + 1).Contents = Mine then
Result := Result + 1;
end if;
end if;
-- right of X:Y
if X < Item'Last (1) then
-- above X+1:Y
if Y > Item'First (2) then
if Item (X + 1, Y - 1).Contents = Mine then
Result := Result + 1;
end if;
end if;
-- X+1:Y
if Item (X + 1, Y).Contents = Mine then
Result := Result + 1;
end if;
-- below X+1:Y
if Y < Item'Last (2) then
if Item (X + 1, Y + 1).Contents = Mine then
Result := Result + 1;
end if;
end if;
end if;
return Result;
end Mines_Nearby;
-- outputs the grid
procedure Put (Item : Grid) is
Mines : Natural := 0;
begin
IO.Put (" ");
for X in Item'Range (1) loop
Nat_IO.Put (Item => X, Width => 3);
end loop;
IO.New_Line;
IO.Put (" +");
for X in Item'Range (1) loop
IO.Put ("---");
end loop;
IO.Put ('+');
IO.New_Line;
for Y in Item'Range (2) loop
Nat_IO.Put (Item => Y, Width => 3);
IO.Put ('|');
for X in Item'Range (1) loop
if Item (X, Y).Opened then
if Item (X, Y).Contents = Empty then
if Item (X, Y).Marked then
IO.Put (" - ");
else
Mines := Mines_Nearby (Item, X, Y);
if Mines > 0 then
Nat_IO.Put (Item => Mines, Width => 2);
IO.Put (' ');
else
IO.Put (" ");
end if;
end if;
else
if Item (X, Y).Marked then
IO.Put (" + ");
else
IO.Put (" X ");
end if;
end if;
elsif Item (X, Y).Marked then
IO.Put (" ? ");
else
IO.Put (" . ");
end if;
end loop;
IO.Put ('|');
IO.New_Line;
end loop;
IO.Put (" +");
for X in Item'Range (1) loop
IO.Put ("---");
end loop;
IO.Put ('+');
IO.New_Line;
end Put;
-- marks a field as possible bomb
procedure Mark (Item : in out Grid; X, Y : in Positive) is
begin
if Item (X, Y).Opened then
IO.Put_Line ("Field already open!");
else
Item (X, Y).Marked := not Item (X, Y).Marked;
end if;
end Mark;
-- clears a field and it's neighbours, if they don't have mines
procedure Clear
(Item : in out Grid;
X, Y : in Positive;
Killed : out Boolean)
is
-- clears the neighbours, if they don't have mines
procedure Clear_Neighbours (The_X, The_Y : Positive) is
begin
-- mark current field opened
Item (The_X, The_Y).Opened := True;
-- only proceed if neighbours don't have mines
if Mines_Nearby (Item, The_X, The_Y) = 0 then
-- left of X:Y
if The_X > Item'First (1) then
-- above X-1:Y
if The_Y > Item'First (2) then
if not Item (The_X - 1, The_Y - 1).Opened and
not Item (The_X - 1, The_Y - 1).Marked
then
Clear_Neighbours (The_X - 1, The_Y - 1);
end if;
end if;
-- X-1:Y
if not Item (The_X - 1, The_Y).Opened and
not Item (The_X - 1, The_Y).Marked
then
Clear_Neighbours (The_X - 1, The_Y);
end if;
-- below X-1:Y
if The_Y < Item'Last (2) then
if not Item (The_X - 1, The_Y + 1).Opened and
not Item (The_X - 1, The_Y + 1).Marked
then
Clear_Neighbours (The_X - 1, The_Y + 1);
end if;
end if;
end if;
-- above X:Y
if The_Y > Item'First (2) then
if not Item (The_X, The_Y - 1).Opened and
not Item (The_X, The_Y - 1).Marked
then
Clear_Neighbours (The_X, The_Y - 1);
end if;
end if;
-- below X:Y
if The_Y < Item'Last (2) then
if not Item (The_X, The_Y + 1).Opened and
not Item (The_X, The_Y + 1).Marked
then
Clear_Neighbours (The_X, The_Y + 1);
end if;
end if;
-- right of X:Y
if The_X < Item'Last (1) then
-- above X+1:Y
if The_Y > Item'First (2) then
if not Item (The_X + 1, The_Y - 1).Opened and
not Item (The_X + 1, The_Y - 1).Marked
then
Clear_Neighbours (The_X + 1, The_Y - 1);
end if;
end if;
-- X+1:Y
if not Item (The_X + 1, The_Y).Opened and
not Item (The_X + 1, The_Y).Marked
then
Clear_Neighbours (The_X + 1, The_Y);
end if;
-- below X+1:Y
if The_Y < Item'Last (2) then
if not Item (The_X + 1, The_Y + 1).Opened and
not Item (The_X + 1, The_Y + 1).Marked
then
Clear_Neighbours (The_X + 1, The_Y + 1);
end if;
end if;
end if;
end if;
end Clear_Neighbours;
begin
Killed := False;
-- only clear closed and unmarked fields
if Item (X, Y).Opened then
IO.Put_Line ("Field already open!");
elsif Item (X, Y).Marked then
IO.Put_Line ("Field already marked!");
else
Killed := Item (X, Y).Contents = Mine;
-- game over if killed, no need to clear
if not Killed then
Clear_Neighbours (X, Y);
end if;
end if;
end Clear;
-- marks all fields as open
procedure Open_All (Item : in out Grid) is
begin
for X in Item'Range (1) loop
for Y in Item'Range (2) loop
Item (X, Y).Opened := True;
end loop;
end loop;
end Open_All;
-- counts the number of marks
function Count_Marks (Item : Grid) return Natural is
Result : Natural := 0;
begin
for X in Item'Range (1) loop
for Y in Item'Range (2) loop
if Item (X, Y).Marked then
Result := Result + 1;
end if;
end loop;
end loop;
return Result;
end Count_Marks;
-- read and validate user input
procedure Get_Coordinates
(Max_X, Max_Y : Positive;
X, Y : out Positive;
Valid : out Boolean)
is
begin
Valid := False;
IO.Put ("X: ");
Nat_IO.Get (X);
IO.Put ("Y: ");
Nat_IO.Get (Y);
Valid := X > 0 and X <= Max_X and Y > 0 and Y <= Max_Y;
exception
when Constraint_Error =>
Valid := False;
end Get_Coordinates;
-- randomly place bombs
procedure Set_Bombs (Item : in out Grid; Max_X, Max_Y, Count : Positive) is
Generator : Nat_RNG.Generator;
X, Y : Positive;
begin
Nat_RNG.Reset (Generator);
for I in 1 .. Count loop
Placement : loop
X := Nat_RNG.Random (Generator) mod Max_X + 1;
Y := Nat_RNG.Random (Generator) mod Max_Y + 1;
-- redo placement if X:Y already full
if Item (X, Y).Contents = Empty then
Item (X, Y).Contents := Mine;
exit Placement;
end if;
end loop Placement;
end loop;
end Set_Bombs;
Width, Height : Positive;
begin
-- can be dynamically set
Width := 6;
Height := 4;
declare
The_Grid : Grid (1 .. Width, 1 .. Height);
-- 20% bombs
Bomb_Count : Positive := Width * Height * 20 / 100;
Finished : Boolean := False;
Action : Character;
Chosen_X, Chosen_Y : Positive;
Valid_Entry : Boolean;
begin
IO.Put ("Nr. Bombs: ");
Nat_IO.Put (Item => Bomb_Count, Width => 0);
IO.New_Line;
Set_Bombs
(Item => The_Grid,
Max_X => Width,
Max_Y => Height,
Count => Bomb_Count);
while not Finished and Count_Marks (The_Grid) /= Bomb_Count loop
Put (The_Grid);
IO.Put ("Input (c/m/r): ");
IO.Get (Action);
case Action is
when 'c' | 'C' =>
Get_Coordinates
(Max_X => Width,
Max_Y => Height,
X => Chosen_X,
Y => Chosen_Y,
Valid => Valid_Entry);
if Valid_Entry then
Clear
(Item => The_Grid,
X => Chosen_X,
Y => Chosen_Y,
Killed => Finished);
if Finished then
IO.Put_Line ("You stepped on a mine!");
end if;
else
IO.Put_Line ("Invalid input, retry!");
end if;
when 'm' | 'M' =>
Get_Coordinates
(Max_X => Width,
Max_Y => Height,
X => Chosen_X,
Y => Chosen_Y,
Valid => Valid_Entry);
if Valid_Entry then
Mark (Item => The_Grid, X => Chosen_X, Y => Chosen_Y);
else
IO.Put_Line ("Invalid input, retry!");
end if;
when 'r' | 'R' =>
Finished := True;
when others =>
IO.Put_Line ("Invalid input, retry!");
end case;
end loop;
Open_All (The_Grid);
IO.Put_Line
("Solution: (+ = correctly marked, - = incorrectly marked)");
Put (The_Grid);
end;
end Minesweeper;</lang>
AutoHotkey
Gui clone w/o graphic files but with cheats. <lang autohotkey>; Minesweeper.ahk - v1.0.6
- (c) Dec 28, 2008 by derRaphael
- Licensed under the Terms of EUPL 1.0
- Modded by Sobriquet and re-licenced as CeCILL v2
- Modded (again) by Sobriquet and re-licenced as GPL v1.3
- NoEnv
- NoTrayIcon
SetBatchLines,-1
- SingleInstance,Off
/* [InGameSettings]
- /
Level =Beginner Width =9 Height =9 MineMax =10 Marks =1 Color =1 Sound =0 BestTimeBeginner =999 seconds Anonymous BestTimeIntermediate=999 seconds Anonymous BestTimeExpert =999 seconds Anonymous
- above settings are accessed as variables AND modified by IniWrite - be careful
BlockSize =16 Title =Minesweeper MineCount =0 mColor =Blue,Green,Red,Purple,Navy,Olive,Maroon,Teal GameOver =0 TimePassed =0
- Add mines randomly
While (MineCount<MineMax) ; loop as long as neccessary { Random,x,1,%Width% ; get random horizontal position Random,y,1,%Height% ; get random vertical position If (T_x%x%y%y%!="M") ; only if not already a mine T_x%x%y%y%:="M" ; assign as mine ,MineCount++ ; keep count }
Gui +OwnDialogs
- Menu,Tray,Icon,C
- \WINDOWS\system32\winmine.exe,1
Menu,GameMenu,Add,&New F2,NewGame Menu,GameMenu,Add Menu,GameMenu,Add,&Beginner,LevelMenu Menu,GameMenu,Add,&Intermediate,LevelMenu Menu,GameMenu,Add,&Expert,LevelMenu Menu,GameMenu,Add,&Custom...,CustomMenu Menu,GameMenu,Add Menu,GameMenu,Add,&Marks (?),ToggleMenu Menu,GameMenu,Add,Co&lor,ToggleMenu Menu,GameMenu,Add,&Sound,ToggleMenu Menu,GameMenu,Add Menu,GameMenu,Add,Best &Times...,BestTimesMenu Menu,GameMenu,Add Menu,GameMenu,Add,E&xit,GuiClose Menu,GameMenu,Check,% "&" level . (level="Custom" ? "..." : "") If (Marks) Menu,GameMenu,Check,&Marks (?) If (Color) Menu,GameMenu,Check,Co&lor If (Sound) Menu,GameMenu,Check,&Sound
Menu,HelpMenu,Add,&Contents F1,HelpMenu Menu,HelpMenu,Add,&Search for Help on...,HelpMenu Menu,HelpMenu,Add,Using &Help,HelpMenu Menu,HelpMenu,Add Menu,HelpMenu,Add,&About Minesweeper...,AboutMenu
Menu,MainMenu,Add,&Game,:GameMenu Menu,MainMenu,Add,&Help,:HelpMenu Gui,Menu,MainMenu
Gui,Font,s22,WingDings Gui,Add,Button,% "h31 w31 y13 gNewGame vNewGame x" Width*BlockSize/2-4,K ; J=Smiley / K=Line / L=Frowny / m=Circle Gui,Font,s16 Bold,Arial Gui,Add,Text,% "x13 y14 w45 Border Center vMineCount c" (color ? "Red" : "White"),% SubStr("00" MineCount,-2) ; Remaining mine count Gui,Add,Text,% "x" Width*BlockSize-34 " y14 w45 Border Center vTimer c" (color ? "Red" : "White"),000 ; Timer
- Buttons
Gui,Font,s11,WingDings Loop,% Height ; iterate vertically { y:=A_Index ; remember line Loop,% Width ; set covers { x:=A_Index Gui,Add,Button,% "vB_x" x "y" y " w" BlockSize ; mark variable / width . " h" BlockSize " " (x = 1 ; height / if 1st block ? "x" 12 " y" y*BlockSize+39 ; fix vertical offset : "yp x+0") ; otherwise stay inline /w prev. box } }
- Show Gui
Gui,Show,% "w" ((Width>9 ? Width : 9))*BlockSize+24 " h" Height*BlockSize+68,%Title% OnMessage(0x53,"WM_HELP") ; invoke Help handling for tooltips Return ;--------------------------------------------------------; End of auto-execute section
- IfWinActive Minesweeper ahk_class AutoHotkeyGUI ; variable %title% not supported
StartGame(x,y) { Global If (TimePassed) Return If (T_x%x%y%y%="M") ; we'll save you this time { T_x%x%y%y%:="" ; remove this mine Loop,% Height { y:=A_Index Loop,% Width { x:=A_Index If ( T_x%x%y%y%!="M") ; add it to first available non-mine square T_x%x%y%y%:="M" ,break:=1 IfEqual,break,1,Break } IfEqual,break,1,Break } } Loop,% Height ; iterate over height { y:=A_Index Loop,% Width ; iterate over width { x:=A_Index Gui,Font If (T_x%x%y%y%="M") { ; check for mine Gui,Font,s11,WingDings hColor:="Black" ; set color for text } Else { Loop,3 { ; loop over neighbors: three columns vertically ty:=y-2+A_Index ; calculate top offset Loop,3 { ; and three horizontally tx:=x-2+A_Index ; calculate left offset If (T_x%tx%y%ty%="M") ; no mine and inbound T_x%x%y%y%++ ; update hint txt } } Gui,Font,s11 Bold,Courier New Bold If (Color) Loop,Parse,mColor,`, ; find color If (T_x%x%y%y% = A_Index) { ; hinttxt to color hColor:=A_LoopField ; set color for text Break } Else hColor:="Black" } Gui,Add,Text,% "c" hColor " Border +Center vT_x" x "y" y ; set color / variable . " w" BlockSize " h" BlockSize " " (x = 1 ; width / height / if 1st block ? "x" 12 " y" y*BlockSize+39 ; fix vertical position : "yp x+0") ; otherwise align to previous box ,% T_x%x%y%y% ; M is WingDings for mine GuiControl,Hide,T_x%x%y%y% } } GuiControl,,Timer,% "00" . TimePassed:=1 SetTimer,UpdateTimer,1000 ; start timer If (Sound) SoundPlay,C:\WINDOWS\media\chord.wav }
GuiSize: If (TimePassed) SetTimer,UpdateTimer,On ; for cheat below Return
UpdateTimer: ; timer GuiControl,,Timer,% (++TimePassed < 999) ? SubStr("00" TimePassed,-2) : 999 If (Sound) SoundPlay,C:\WINDOWS\media\chord.wav Return
Check(x,y){ Global If (GameOver || B_x%x%y%y% != "" ; the game is over / prevent click on flagged squares and already-opened squares || x<1 || x>Width || y<1 || y>Height) ; do not check neighbor on illegal squares Return If (T_x%x%y%y%="") { ; empty field? CheckNeighbor(x,y) ; uncover it and any neighbours } Else If (T_x%x%y%y% != "M") { ; no Mine, ok? GuiControl,Hide,B_x%x%y%y% ; hide covering button GuiControl,Show,T_x%x%y%y% B_x%x%y%y%:=1 ; remember we been here UpdateChecks() } Else { ; ewww ... it's a mine! SetTimer,UpdateTimer,Off ; kill timer GuiControl,,T_x%x%y%y%,N ; set to Jolly Roger=N to mark death location GuiControl,,NewGame,L ; set Smiley Btn to Frown=L RevealAll() If (Sound) ; do we sound? If (FileExist("C:\Program Files\Microsoft Office\Office12\MEDIA\Explode.wav")) SoundPlay,C:\Program Files\Microsoft Office\Office12\MEDIA\Explode.wav Else SoundPlay,C:\WINDOWS\Media\notify.wav } }
CheckNeighbor(x,y) { ; This function checks neighbours of the clicked Global ; field and uncovers empty fields plus adjacent hint fields If (GameOver || B_x%x%y%y%!="") Return GuiControl,Hide,B_x%x%y%y% ; uncover it GuiControl,Show,T_x%x%y%y% B_x%x%y%y%:=1 ; remember it UpdateChecks() If (T_x%x%y%y%!="") ; is neighbour an nonchecked 0 value field? Return If (y-1>=1) ; check upper neighbour CheckNeighbor(x,y-1) If (y+1<=Height) ; check lower neighbour CheckNeighbor(x,y+1) If (x-1>=1) ; check left neighbour CheckNeighbor(x-1,y) If (x+1<=Width) ; check right neighbour CheckNeighbor(x+1,y) If (x-1>=1 && y-1>=1) ; check corner neighbour CheckNeighbor(x-1,y-1) If (x-1>=1 && y+1<=Height) ; check corner neighbour CheckNeighbor(x-1,y+1) If (x+1<=Width && y-1>=1) ; check corner neighbour CheckNeighbor(x+1,y-1) If (x+1<=Width && y+1<=Height) ; check corner neighbour CheckNeighbor(x+1,y+1) }
UpdateChecks() { Global MineCount:=MineMax, Die1:=Die2:=0 Loop,% Height { y:=A_Index Loop,% Width { x:=A_Index If (B_x%x%y%y%="O") MineCount-- If (T_x%x%y%y%="M" && B_x%x%y%y%!="O") || (T_x%x%y%y%!="M" && B_x%x%y%y%="O") Die1++ If (B_x%x%y%y%="" && T_x%x%y%y%!="M") Die2++ } } GuiControl,,MineCount,% SubStr("00" MineCount,-2) If (Die1 && Die2) Return ; only get past here if flags+untouched squares match mines perfectly SetTimer,UpdateTimer,Off ; game won - kill timer GuiControl,,NewGame,J ; set Smiley Btn to Smile=J RevealAll() If (Sound) ; play sound SoundPlay,C:\WINDOWS\Media\tada.wav If (level!="Custom" && TimePassed < SubStr(BestTime%level%,1,InStr(BestTime%level%," ")-1) ) { InputBox,name,Congratulations!,You have the fastest time`nfor level %level%.`nPlease enter your name.`n,,,,,,,,%A_UserName% If (name && !ErrorLevel) { BestTime%level%:=%TimePassed% seconds %name% IniWrite,BestTime%level%,%A_ScriptFullPath%,InGameSettings,BestTime%level% } } }
RevealAll(){ Global Loop,% Height ; uncover all { y:=A_Index Loop,% Width { x:=A_Index If(T_x%x%y%y%="M") { GuiControl,Hide,B_x%x%y%y% GuiControl,Show,T_x%x%y%y% } } } GameOver:=True ; remember the game's over to block clicks }
~F2::NewGame() NewGame(){ NewGame: Reload ExitApp }
LevelMenu: If (A_ThisMenuItem="&Beginner") level:="Beginner", Width:=9, Height:=9, MineMax:=10 Else If (A_ThisMenuItem="&Intermediate") level:="Intermediate", Width:=16, Height:=16, MineMax:=40 Else If (A_ThisMenuItem="&Expert") level:="Expert", Width:=30, Height:=16, MineMax:=99 IniWrite,%level%,%A_ScriptFullPath%,InGameSettings,level IniWrite,%Width%,%A_ScriptFullPath%,InGameSettings,Width IniWrite,%Height%,%A_ScriptFullPath%,InGameSettings,Height IniWrite,%MineMax%,%A_ScriptFullPath%,InGameSettings,MineMax IniWrite,%Marks%,%A_ScriptFullPath%,InGameSettings,Marks IniWrite,%Sound%,%A_ScriptFullPath%,InGameSettings,Sound IniWrite,%Color%,%A_ScriptFullPath%,InGameSettings,Color NewGame() Return
CustomMenu: ; label for setting window Gui,2:+Owner1 ; make Gui#2 owned by gameWindow Gui,2:Default ; set to default Gui,1:+Disabled ; disable gameWindow Gui,-MinimizeBox +E0x00000400 Gui,Add,Text,x15 y36 w38 h16,&Height: Gui,Add,Edit,Number x60 y33 w38 h20 vHeight HwndHwndHeight,%Height% ; use inGame settings Gui,Add,Text,x15 y60 w38 h16,&Width: Gui,Add,Edit,Number x60 y57 w38 h20 vWidth HwndHwndWidth,%Width% Gui,Add,Text,x15 y85 w38 h16,&Mines: Gui,Add,Edit,Number x60 y81 w38 h20 vMineMax HwndHwndMines,%MineMax% Gui,Add,Button,x120 y33 w60 h26 Default HwndHwndOK,OK Gui,Add,Button,x120 y75 w60 h26 g2GuiClose HwndHwndCancel,Cancel ; jump directly to 2GuiClose label Gui,Show,w195 h138,Custom Field Return
2ButtonOK: ; label for OK button in settings window Gui,2:Submit,NoHide level:="Custom" MineMax:=MineMax<10 ? 10 : MineMax>((Width-1)*(Height-1)) ? ((Width-1)*(Height-1)) : MineMax Width:=Width<9 ? 9 : Width>30 ? 30 : Width Height:=Height<9 ? 9 : Height>24 ? 24 : Height GoSub,LevelMenu Return
2GuiClose: 2GuiEscape: Gui,1:-Disabled ; reset GUI status and destroy setting window Gui,1:Default Gui,2:Destroy Return
ToggleMenu: Toggle:=RegExReplace(RegExReplace(A_ThisMenuItem,"\s.*"),"&") temp:=%Toggle% %Toggle%:=!%Toggle% Menu,GameMenu,ToggleCheck,%A_ThisMenuItem% IniWrite,% %Toggle%,%A_ScriptFullPath%,InGameSettings,%Toggle% Return
BestTimesMenu: Gui,3:+Owner1 Gui,3:Default Gui,1:+Disabled Gui,-MinimizeBox +E0x00000400 Gui,Add,Text,x15 y22 w250 vBestTimeBeginner HwndHwndBTB,Beginner: %BestTimeBeginner% Gui,Add,Text,x15 y38 w250 vBestTimeIntermediate HwndHwndBTI,Intermediate: %BestTimeIntermediate% Gui,Add,Text,x15 y54 w250 vBestTimeExpert HwndHwndBTE,Expert: %BestTimeExpert% Gui,Add,Button,x38 y89 w75 h20 HwndHwndRS,&Reset Scores Gui,Add,Button,x173 y89 w45 h20 Default HwndHwndOK,OK Gui,Show,w255 h122,Fastest Mine Sweepers Return
3ButtonResetScores: BestTimeBeginner =999 seconds Anonymous BestTimeIntermediate=999 seconds Anonymous BestTimeExpert =999 seconds Anonymous GuiControl,,BestTimeBeginner,Beginner: %BestTimeBeginner%`nIntermediate: %BestTimeIntermediate%`nExpert: %BestTimeExpert% GuiControl,,BestTimeIntermediate,Intermediate: %BestTimeIntermediate%`nExpert: %BestTimeExpert% GuiControl,,BestTimeExpert,Expert: %BestTimeExpert% IniWrite,%BestTimeBeginner%,%A_ScriptFullPath%,InGameSettings,BestTimeBeginner IniWrite,%BestTimeIntermediate%,%A_ScriptFullPath%,InGameSettings,BestTimeIntermediate IniWrite,%BestTimeExpert%,%A_ScriptFullPath%,InGameSettings,BestTimeExpert 3GuiEscape: ; fall through: 3GuiClose: 3ButtonOK: Gui,1:-Disabled ; reset GUI status and destroy setting window Gui,1:Default Gui,3:Destroy Return
^q:: GuiClose: ExitApp
HelpMenu: ;Run C:\WINDOWS\Help\winmine.chm Return
AboutMenu: Msgbox,64,About Minesweeper,AutoHotkey (r) Minesweeper`nVersion 1.0.6`nCopyright (c) 2014`nby derRaphael and Sobriquet Return
~LButton:: ~!LButton:: ~^LButton:: ~#LButton:: Tooltip If (GetKeyState("RButton","P")) Return If A_OSVersion not in WIN_2003,WIN_XP,WIN_2000,WIN_NT4,WIN_95,WIN_98,WIN_ME If(A_PriorHotkey="~*LButton Up" && A_TimeSincePriorHotkey<100) GoTo,*MButton Up ; invoke MButton handling for autofill on left double-click in vista+ If (GameOver) Return MouseGetPos,,y If (y>47) GuiControl,,NewGame,m Return
~*LButton Up:: If (GetKeyState("RButton","P")) GoTo,*MButton Up If (GameOver) Return GuiControl,,NewGame,K control:=GetControlFromClassNN(), NumX:=NumY:=0 RegExMatch(control,"Si)T_x(?P<X>\d+)y(?P<Y>\d+)",Num) ; get Position StartGame(NumX,NumY) ; start game if neccessary Check(NumX,NumY) Return
+LButton::
- MButton::
Tooltip If (GameOver) Return MouseGetPos,,y If (y>47) GuiControl,,NewGame,m Return
+LButton Up::
- MButton Up::
If (GameOver) Return GuiControl,,NewGame,K StartGame(NumX,NumY) ; start game if neccessary If (GetKeyState("Esc","P")) { SetTimer,UpdateTimer,Off Return } control:=GetControlFromClassNN(), NumX:=NumY:=0 RegExMatch(control,"Si)T_x(?P<X>\d+)y(?P<y>\d+)",Num) If ( !NumX || !NumY || B_x%NumX%y%NumY%!=1) Return temp:=0 Loop,3 { ; loop over neighbors: three columns vertically ty:=NumY-2+A_Index ; calculate top offset Loop,3 { ; and three horizontally tx:=NumX-2+A_Index ; calculate left offset If (B_x%tx%y%ty% = "O") ; count number of marked mines around position temp++ } } If (temp=T_x%NumX%y%NumY%) Loop,3 { ; loop over neighbors: three columns vertically ty:=NumY-2+A_Index ; calculate top offset Loop,3 { ; and three horizontally tx:=NumX-2+A_Index ; calculate left offset Check(tx,ty) ; simulate user clicking on each surrounding square } } Return
~*RButton:: If (GameOver || GetKeyState("LButton","P")) Return control:=GetControlFromClassNN(), NumX:=NumY:=0 RegExMatch(control,"Si)T_x(?P<X>\d+)y(?P<y>\d+)",Num) ; grab 'em If ( !NumX || !NumY || B_x%NumX%y%NumY%=1) Return StartGame(NumX,NumY) ; start counter if neccessary B_x%NumX%y%NumY%:=(B_x%NumX%y%NumY%="" ? "O" : (B_x%NumX%y%NumY%="O" && Marks=1 ? "I" : "")) GuiControl,,B_x%NumX%y%NumY%,% B_x%NumX%y%NumY% UpdateChecks() Return
~*RButton Up:: If (GetKeyState("LButton","P")) GoTo,*MButton Up Return
GetControlFromClassNN(){ Global width MouseGetPos,,,,control If (SubStr(control,1,6)="Button") NumX:=mod(SubStr(control,7)-2,width)+1,NumY:=(SubStr(control,7)-2)//width+1 Else If (SubStr(control,1,6)="Static") NumX:=mod(SubStr(control,7)-3,width)+1,NumY:=(SubStr(control,7)-3)//width+1 Return "T_x" NumX "y" NumY }
WM_HELP(_,_lphi) { Global hItemHandle:=NumGet(_lphi+0,12) If (hItemHandle=HwndBTB || hItemHandle=HwndBTI || hItemHandle=HwndBTE) ToolTip Displays a player's best game time`, and the player's name`, for`neach level of play: Beginner`, Intermediate`, and Expert. Else If (hItemHandle=HwndRS) ToolTip Click to clear the current high scores. Else If (hItemHandle=HwndOK) ToolTip Closes the dialog box and saves any changes you`nhave made. Else If (hItemHandle=HwndCancel) ToolTip Closes the dialog box without saving any changes you have`nmade. Else If (hItemHandle=HwndHeight) ToolTip Specifies the number of vertical squares on the`nplaying field. Else If (hItemHandle=HwndWidth) ToolTip Specifies the number of horizontal squares on the`nplaying field. Else If (hItemHandle=HwndMines) ToolTip Specifies the number of mines to be placed on the`nplaying field. }
- ?B0:xyzzy:: ; cheat
KeyWait,Shift,D T1 ; 1 sec grace period to press shift If (ErrorLevel) Return While,GetKeyState("Shift","P") { control:=GetControlFromClassNN() If (%control% = "M") SplashImage,,B X0 Y0 W1 H1 CW000000 ; black pixel Else SplashImage,,B X0 Y0 W1 H1 CWFFFFFF ; white pixel Sleep 100 } SplashImage,Off Return
/*
Version History
=====
Dec 29, 2008 1.0.0 Initial Release 1.0.1 BugFix - Game Restart Issues mentioned by Frankie - Guess count fixup I - Startbehaviour of game (time didnt start when 1st click was RMB Guess) Dec 30, 2008 1.0.2 BugFix - Field Size Control vs Max MineCount / mentioned by °digit° / IsNull 1.0.3 BugFix - Guess count fixup II mentioned by °digit° - Corrected count when 'guessed' field uncovered Dec 31, 2008 1.0.4 BugFix - Fix of Min Field & MineSettings Mar 7, 2014 1.0.5 AddFeatures - Make appearance more like original - Make first click always safe - Re-license as CeCILL v2 Mar 8, 2014 1.0.6 AddFeatures - Add cheat code - Add middle-button shortcut - Re-license as GPL 1.3
- /</lang>
BASIC256
Mouse version
<lang basic256>N = 6 : M = 5 : H = 25 : P = 0.2
fastgraphics graphsize N*H,(M+1)*H font "Arial",H/2+1,75 dim f(N,M) # 1 open, 2 mine, 4 expected mine dim s(N,M) # count of mines in a neighborhood
trian1 = {1,1,H-1,1,H-1,H-1} : trian2 = {1,1,1,H-1,H-1,H-1} mine = {2,2, H/2,H/2-2, H-2,2, H/2+2,H/2, H-2,H-2, H/2,H/2+2, 2,H-2, H/2-2,H/2} flag = {H/2-1,3, H/2+1,3, H-4,H/5, H/2+1,H*2/5, H/2+1,H*0.9-2, H*0.8,H-2, H*0.2,H-2, H/2-1,H*0.9-2}
mines = int(N*M*P) : k = mines : act = 0 while k>0 i = int(rand*N) : j = int(rand*M) if not f[i,j] then f[i,j] = 2 : k = k - 1 # set mine s[i,j] = s[i,j] + 1 : gosub adj # count it
end if end while togo = M*N-mines : over = 0 : act = 1
gosub redraw while not over clickclear while not clickb pause 0.01 end while i = int(clickx/H) : j = int(clicky/H) if i<N and j<M then if clickb=1 then if not (f[i,j]&4) then ai = i : aj = j : gosub opencell if not s[i,j] then gosub adj else if not (f[i,j]&1) then if f[i,j]&4 then mines = mines+1 if not (f[i,j]&4) then mines = mines-1 f[i,j] = (f[i,j]&~4)|(~f[i,j]&4) end if end if if not (togo or mines) then over = 1 gosub redraw end if end while imgsave "Minesweeper_game_BASIC-256.png", "PNG" end
redraw: for i = 0 to N-1 for j = 0 to M-1 if over=-1 and f[i,j]&2 then f[i,j] = f[i,j]|1 gosub drawcell next j next i # Counter color (32,32,32) : rect 0,M*H,N*H,H color white : x = 5 : y = M*H+H*0.05 if not over then text x,y,"Mines: " + mines if over=1 then text x,y,"You won!" if over=-1 then text x,y,"You lost" refresh return
drawcell: color darkgrey rect i*H,j*H,H,H if f[i,j]&1=0 then # closed color black : stamp i*H,j*H,trian1 color white : stamp i*H,j*H,trian2 color grey : rect i*H+2,j*H+2,H-4,H-4 if f[i,j]&4 then color blue : stamp i*H,j*H,flag else color 192,192,192 : rect i*H+1,j*H+1,H-2,H-2 # Draw if f[i,j]&2 then # mine if not (f[i,j]&4) then color red if f[i,j]&4 then color darkgreen circle i*H+H/2,j*H+H/2,H/5 : stamp i*H,j*H,mine else if s[i,j] then color (32,32,32) : text i*H+H/3,j*H+1,s[i,j] end if end if return
adj: aj = j-1 if j and i then ai = i-1 : gosub adjact if j then ai = i : gosub adjact if j and i<N-1 then ai = i+1 : gosub adjact aj = j if i then ai = i-1 : gosub adjact if i<N-1 then ai = i+1 : gosub adjact aj = j+1 if j<M-1 and i then ai = i-1 : gosub adjact if j<M-1 then ai = i : gosub adjact if j<M-1 and i<N-1 then ai = i+1 : gosub adjact return
adjact: if not act then s[ai,aj] = s[ai,aj]+1 : return if act then gosub opencell : return
opencell: if not (f[ai,aj]&1) then f[ai,aj] = f[ai,aj]|1 togo = togo-1 end if if f[ai,aj]&2 then over = -1 return</lang>
C
dwlmines uses curses rather than battleship coordinate input, giving the game a gui feel driven with the keyboard rather than the mouse, played in a character cell terminal rather than a window filled with glorious new icons. On ubuntu linux distribution this command might be that I used to install curses: $ sudo apt-get install libncurses-dev
<lang c>#if 0
Unix build:
make CPPFLAGS=-DNDEBUG LDLIBS=-lcurses mines
dwlmines, by David Lambert; sometime in the twentieth Century. The program is meant to run in a terminal window compatible with curses if unix is defined to cpp, or to an ANSI terminal when compiled without unix macro defined. I suppose I have built this on a windows 98 computer using gcc running in a cmd window. The original probably came from a VAX running VMS with a vt100 sort of terminal. Today I have xterm and gcc available so I will claim only that it works with this combination.
As this program can automatically play all the trivially counted safe squares. Action is quick leaving the player with only the thoughtful action. Whereas 's' steps on the spot with the cursor, capital 'S' (Stomp) invokes autoplay.
The cursor motion keys are as in the vi editor; hjkl move the cursor.
'd' displays the number of unclaimed bombs and cells.
'f' flags a cell.
The numbers on the field indicate the number of bombs in the unclaimed neighboring cells. This is more useful than showing the values you expect. You may find unflagging a cell adjacent to a number will help you understand this.
There is extra code here. The multidimensional array allocator allocarray is much better than those of Numerical Recipes in C. If you subtracted the offset 1 to make the arrays FORTRAN like then allocarray could substitute for those of NR in C.
- endif
- include <stdarg.h>
- include <stdlib.h>
- include <stdio.h>
- include <string.h>
- include <ctype.h>
- ifndef NDEBUG
- define DEBUG_CODE(A) A
- else
- define DEBUG_CODE(A)
- endif
- include <time.h>
- define DIM(A) (sizeof((A))/sizeof(*(A)))
- define MAX(A,B) ((A)<(B)?(B):(A))
- define BIND(A,L,H) ((L)<(A)?(A)<(H)?(A):(H):(L))
- define SET_BIT(A,B) ((A)|=1<<(B))
- define CLR_BIT(A,B) ((A)&=~(1<<(B)))
- define TGL_BIT(A,B) ((A)^=1<<(B))
- define INQ_BIT(A,B) ((A)&(1<<(B)))
- define FOREVER for(;;)
- define MODINC(i,mod) ((i)+1<(mod)?(i)+1:0)
- define MODDEC(i,mod) (((i)<=0?(mod):(i))-1)
void error(int status,const char *message) {
fprintf(stderr, "%s\n", message); exit(status);
}
void*dwlcalloc(int n,size_t bytes) {
void*rv = (void*)calloc(n,bytes); if (NULL == rv) error(1,"memory allocation failure"); DEBUG_CODE(fprintf(stderr,"allocated address %p\n",rv);) return rv;
}
void*allocarray(int rank,size_t*shape,size_t itemSize) {
/*
Allocates arbitrary dimensional arrays (and inits all pointers)
with only 1 call to malloc. David W. Lambert, written before 1990.
This is wonderful because one only need call free once to deallocate
the space. Special routines for each size array are not need for
allocation of for deallocation. Also calls to malloc might be expensive
because they might have to place operating system requests. One call
seems optimal.
*/
size_t size,i,j,dataSpace,pointerSpace,pointers,nextLevelIncrement;
char*memory,*pc,*nextpc;
if (rank < 2) {
if (rank < 0)
error(1,"invalid negative rank argument passed to allocarray");
size = rank < 1 ? 1 : *shape;
return dwlcalloc(size,itemSize);
}
pointerSpace = 0, dataSpace = 1;
for (i = 0; i < rank-1; ++i)
pointerSpace += (dataSpace *= shape[i]);
pointerSpace *= sizeof(char*);
dataSpace *= shape[i]*itemSize;
memory = pc = dwlcalloc(1,pointerSpace+dataSpace);
pointers = 1;
for (i = 0; i < rank-2; ) {
nextpc = pc + (pointers *= shape[i])*sizeof(char*);
nextLevelIncrement = shape[++i]*sizeof(char*);
for (j = 0; j < pointers; ++j)
*((char**)pc) = nextpc, pc+=sizeof(char*), nextpc += nextLevelIncrement;
}
nextpc = pc + (pointers *= shape[i])*sizeof(char*);
nextLevelIncrement = shape[++i]*itemSize;
for (j = 0; j < pointers; ++j)
*((char**)pc) = nextpc, pc+=sizeof(char*), nextpc += nextLevelIncrement;
return memory;
}
- define PRINT(element) \
if (NULL == print_elt) \
printf("%10.3e",*(double*)(element)); \
else \
(*print_elt)(element)
/* matprint prints an array in APL\360 style */ /* with a NULL element printing function matprint assumes an array of double */ void matprint(void*a,int rank,size_t*shape,size_t size,void(*print_elt)()) {
union {
unsigned **ppu;
unsigned *pu;
unsigned u;
} b;
int i;
if (rank <= 0 || NULL == shape)
PRINT(a);
else if (1 < rank) {
for (i = 0; i < shape[0]; ++i)
matprint(((void**)a)[i], rank-1,shape+1,size,print_elt);
putchar('\n');
for (i = 0, b.pu = a; i < shape[0]; ++i, b.u += size) {
PRINT(b.pu);
putchar(' ');
}
}
}
- ifdef __unix__
- include <curses.h>
- include <unistd.h>
- define SRANDOM srandom
- define RANDOM random
- else
- include <windows.h>
void addch(int c) { putchar(c); }
void addstr(const char*s) { fputs(s,stdout); }
- define ANSI putchar(27),putchar('[')
void initscr(void) { printf("%d\n",AllocConsole()); }
void cbreak(void) { ; }
void noecho(void) { ; }
void nonl(void) { ; }
int move(int r,int c) { ANSI; return printf("%d;%dH",r+1,c+1); }
int mvaddch(int r,int c,int ch) { move(r,c); addch(ch); }
void refresh(void) { ; }
- define WA_STANDOUT 32
int attr_on(int a,void*p) { ANSI; return printf("%dm",a); }
int attr_off(int a,void*p) { attr_on(0,NULL); }
- include <stdarg.h>
void printw(const char*fmt,...) {
va_list args;
va_start(args,fmt);
vprintf(fmt,args);
va_end(args);
}
void clrtoeol(void) {
ANSI;addstr("0J");
}
- define SRANDOM srand
- define RANDOM rand
- endif
- ifndef EXIT_SUCCESS
- define EXIT_SUCCESS 1 /* just a guess */
- endif
- if 0
cell status UNKN --- contains virgin earth (initial state) MINE --- has a mine FLAG --- was flagged
- endif
enum {UNKN,MINE,FLAG}; /* bit numbers */
- define DETECT(CELL,PROPERTY) (!!INQ_BIT(CELL,PROPERTY))
DEBUG_CODE( \
void pchr(void*a) { /* odd comment removed */ \
putchar('A'+*(char*a)); /* should print the nth char of alphabet */\
} /* where 'A' is 0 */ \
)
char**bd; /* the board */ size_t shape[2];
- define RWS (shape[0])
- define CLS (shape[1])
void populate(int x,int y,int pct) { /* finished size in col, row, % mines */
int i,j,c;
x = BIND(x,4,200), y = BIND(y,4,400); /* confine input as piecewise linear */
shape[0] = x+2, shape[1] = y+2; bd = (char**)allocarray(2,shape,sizeof(char));
memset(*bd,1<<UNKN,shape[0]*shape[1]*sizeof(char)); /* all unknown */
for (i = 0; i < shape[0]; ++i) /* border is safe */
bd[i][0] = bd[i][shape[1]-1] = 0;
for (i = 0; i < shape[1]; ++i)
bd[0][i] = bd[shape[0]-1][i] = 0;
{
time_t seed; /* now I would choose /dev/random */
printf("seed is %u\n",(unsigned)seed);
time(&seed), SRANDOM((unsigned)seed);
}
c = BIND(pct,1,99)*x*y/100; /* number of mines to set */
while(c) {
i = RANDOM(), j = 1+i%y, i = 1+(i>>16)%x;
if (! DETECT(bd[i][j],MINE)) /* 1 mine per site */
--c, SET_BIT(bd[i][j],MINE);
}
DEBUG_CODE(matprint(bd,2,shape,sizeof(int),pchr);)
RWS = x+1, CLS = y+1; /* shape now stores the upper bounds */
}
struct {
int i,j;
} neighbor[] = {
{-1,-1}, {-1, 0}, {-1, 1},
{ 0,-1}, /*home*/ { 0, 1},
{ 1,-1}, { 1, 0}, { 1, 1}
}; /* NEIGHBOR seems to map 0..8 to local 2D positions */
- define NEIGHBOR(I,J,K) (bd[(I)+neighbor[K].i][(J)+neighbor[K].j])
int cnx(int i,int j,char w) { /* count neighbors with property w */
int k,c = 0; for (k = 0; k < DIM(neighbor); ++k) c += DETECT(NEIGHBOR(i,j,k),w); return c;
}
int row,col;
- define ME bd[row+1][col+1]
int step(void) {
if (DETECT(ME,FLAG)) return 1; /* flags offer protection */ if (DETECT(ME,MINE)) return 0; /* lose */ CLR_BIT(ME,UNKN); return 1;
}
int autoplay(void) {
int i,j,k,change,m;
if (!step()) return 0;
do /* while changing */
for (change = 0, i = 1; i < RWS; ++i)
for (j = 1; j < CLS; ++j)
if (!DETECT(bd[i][j],UNKN)) { /* consider nghbrs of safe cells */ m = cnx(i,j,MINE); if (cnx(i,j,FLAG) == m) { /* mines appear flagged */ for (k = 0; k < DIM(neighbor); ++k) if (DETECT(NEIGHBOR(i,j,k),UNKN)&&!DETECT(NEIGHBOR(i,j,k),FLAG)) { if (DETECT(NEIGHBOR(i,j,k),MINE)) { /* OOPS! */ row = i+neighbor[k].i-1, col = j+neighbor[k].j-1; return 0; } change = 1, CLR_BIT(NEIGHBOR(i,j,k),UNKN); } } else if (cnx(i,j,UNKN) == m) for (k = 0; k < DIM(neighbor); ++k) if (DETECT(NEIGHBOR(i,j,k),UNKN)) change = 1, SET_BIT(NEIGHBOR(i,j,k),FLAG); }
while (change); return 1;
}
void takedisplay(void) { initscr(), cbreak(), noecho(), nonl(); }
void help(void) {
move(RWS,1),clrtoeol(), printw("move:hjkl flag:Ff step:Ss other:qd?");
}
void draw(void) {
int i,j,w;
const char*s1 = " 12345678";
move(1,1);
for (i = 1; i < RWS; ++i, addstr("\n "))
for (j = 1; j < CLS; ++j, addch(' ')) {
w = bd[i][j];
if (!DETECT(w,UNKN)) {
w = cnx(i,j,MINE)-cnx(i,j,FLAG); if (w < 0) attr_on(WA_STANDOUT,NULL), w = -w; addch(s1[w]); attr_off(WA_STANDOUT,NULL);
}
else if (DETECT(w,FLAG)) addch('F');
else addch('*');
}
move(row+1,2*col+1);
refresh();
}
void show(int win) {
int i,j,w;
const char*s1 = " 12345678";
move(1,1);
for (i = 1; i < RWS; ++i, addstr("\n "))
for (j = 1; j < CLS; ++j, addch(' ')) {
w = bd[i][j];
if (!DETECT(w,UNKN)) {
w = cnx(i,j,MINE)-cnx(i,j,FLAG); if (w < 0) attr_on(WA_STANDOUT,NULL), w = -w; addch(s1[w]); attr_off(WA_STANDOUT,NULL);
}
else if (DETECT(w,FLAG))
if (DETECT(w,MINE)) addch('F'); else attr_on(WA_STANDOUT,NULL), addch('F'),attr_off(WA_STANDOUT,NULL);
else if (DETECT(w,MINE)) addch('M');
else addch('*');
}
mvaddch(row+1,2*col,'('), mvaddch(row+1,2*(col+1),')');
move(RWS,0);
refresh();
}
- define HINTBIT(W) s3[DETECT(bd[r][c],(W))]
- define NEIGCNT(W) s4[cnx(r,c,(W))]
const char*s3="01", *s4="012345678";
void dbg(int r, int c) {
int i,j,unkns=0,mines=0,flags=0,pct;
char o[6];
static int hint;
for (i = 1; i < RWS; ++i)
for (j = 1; j < CLS; ++j)
unkns += DETECT(bd[i][j],UNKN),
mines += DETECT(bd[i][j],MINE), flags += DETECT(bd[i][j],FLAG);
move(RWS,1), clrtoeol();
pct = 0.5+100.0*(mines-flags)/MAX(1,unkns-flags);
if (++hint<4)
o[0] = HINTBIT(UNKN), o[1] = HINTBIT(MINE), o[2] = HINTBIT(FLAG),
o[3] = HINTBIT(UNKN), o[4] = NEIGCNT(MINE), o[5] = NEIGCNT(FLAG);
else
memset(o,'?',sizeof(o));
printw("(%c%c%c) u=%c, m=%c, f=%c, %d/%d (%d%%) remain.",
o[0],o[1],o[2],o[3],o[4],o[5],mines-flags,unkns-flags,pct); }
- undef NEIGCNT
- undef HINTBIT
void toggleflag(void) {
if (DETECT(ME,UNKN)) TGL_BIT(ME,FLAG);
} int sureflag(void) {
toggleflag(); return autoplay();
} int play(int*win) {
int c = getch(), d = tolower(c);
if ('q' == d) return 0;
else if ('?' == c) help();
else if ('h' == d) col = MODDEC(col,CLS-1);
else if ('l' == d) col = MODINC(col,CLS-1);
else if ('k' == d) row = MODDEC(row,RWS-1);
else if ('j' == d) row = MODINC(row,RWS-1);
else if ('f' == c) toggleflag();
else if ('s' == c) return *win = step();
else if ('S' == c) return *win = autoplay();
else if ('F' == c) return *win = sureflag();
else if ('d' == d) dbg(row+1,col+1);
return 1;
}
int convert(const char*name,const char*s) {
if (strlen(s) == strspn(s,"0123456789")) return atoi(s); fprintf(stderr," use: %s [rows [columns [percentBombs]]]\n",name); fprintf(stderr,"default: %s 20 30 25\n",name); exit(EXIT_SUCCESS);
}
void parse_command_line(int ac,char*av[],int*a,int*b,int*c) {
switch (ac) {
default:
case 4: *c = convert(*av,av[3]);
case 3: *b = convert(*av,av[2]);
case 2: *a = convert(*av,av[1]);
case 1: ;
}
}
int main(int ac,char*av[],char*env[]) {
int win = 1, rows = 20, cols = 30, prct = 25; parse_command_line(ac,av,&rows,&cols,&prct); populate(rows,cols,prct); takedisplay(); while(draw(), play(&win)); show(win); free(bd);
- ifdef __unix__
{
const char*s = "/bin/stty";
execl(s,s,"sane",(const char*)NULL);
}
- endif
return 0;
}</lang>
Mouse version
Using ncurses and mouse input. Compiled with gcc -lncurses -Wall -std=c99. Run as a.out [height] [width]; your terminal needs to support mouse input, and at least 2*width + 2 columns wide. Left button clears a cell, right button toggles mine mark, middle button on a cleared cell clears all neighboring cells (or blow up if there are unmarked mines). When mine count drops to zero, click "claim victory" to win the game or blow up.
<lang C>#include <ncurses.h>
- include <locale.h>
- include <stdlib.h>
int width = 0, height = 0; int mine_ratio = 10, n_mines; int reveal = 0;
WINDOW *win, *wrap;
enum { M_NONE = 0, M_CLEARED = 1 << 0, M_MARKED = 1 << 1, M_MINED = 1 << 2, M_BOMBED = 1 << 3, }; typedef struct { unsigned short flag, cnt; } mine_t;
- define for_i for (int i = 0; i < height; i++)
- define for_j for (int j = 0; j < width; j++)
void init_mines(void * ptr) { mine_t (*m)[width] = ptr; for_i for_j if (rand() % mine_ratio) m[i][j].flag = M_NONE; else { m[i][j].flag = M_MINED; n_mines ++; }
for_i for_j { m[i][j].cnt = 0; for (int x = j - 1; x <= j + 1; x++) { if (x < 0 || x > width) continue; for (int y = i - 1; y <= i + 1; y++) { if (y < 0 || y >= width) continue; m[i][j].cnt += 1 && (m[y][x].flag & M_MINED); } } } }
int mine_clear(void *ptr, int x, int y, int mass_clear) { mine_t (*m)[width] = ptr; unsigned short flag; if (x < 0 || x >= width || y < 0 || y >= height) return 1; flag = m[y][x].flag;
if (((flag & M_CLEARED) && 1) != mass_clear) return 1;
if ((flag & M_MINED) && !(flag & M_MARKED)) { m[y][x].flag |= M_BOMBED; reveal = 1; return 0; }
if (!(flag & M_MARKED)) flag = (m[y][x].flag |= M_CLEARED);
if (m[y][x].cnt && !mass_clear) return 1; if (flag & M_MARKED) return 1;
for (int i = y - 1; i <= y + 1; i++) for (int j = x - 1; j <= x + 1; j++) if (!mine_clear(ptr, j, i, 0)) return 0; return 1; }
void mine_mark(void *ptr, int x, int y) { mine_t (*m)[width] = ptr; if (m[y][x].flag & M_CLEARED) return; if (m[y][x].flag & M_MARKED) n_mines ++; else n_mines --; m[y][x].flag ^= M_MARKED; }
int check_wining(void *ptr) { mine_t (*m)[width] = ptr; int good = 1; for_i for_j { int f = m[i][j].flag; if ((f & M_MINED) && !(f & M_MARKED)) { m[i][j].flag = M_BOMBED; good = 0; } } mvwprintw(wrap, height + 1, 0, good ? "All clear! " : "BOOM! "); reveal = 1; return good; }
void repaint(void *ptr) { mine_t (*m)[width] = ptr, *p; box(win, 0, 0); for_i for_j { char c; p = &m[i][j]; int f = p->flag; if (reveal) c = (f & M_BOMBED) ? 'X' : (f & M_MINED) ? 'o' : ' '; else if (p->flag & M_BOMBED) c = 'X'; else if (p->flag & M_MARKED) c = '?'; else if (p->flag & M_CLEARED) c = p->cnt ? p->cnt + '0' : ' '; else c = '.'; mvwprintw(win, i + 1, 2 * j + 1, " %c", c); } if (reveal); else if (n_mines) mvwprintw(wrap, height + 1, 0, "Mines:%6d ", n_mines); else mvwprintw(wrap, height + 1, 0, "Claim victory? "); wrefresh(wrap); wrefresh(win); }
int main(int c, char **v) { MEVENT evt;
printf("%d\n", c);
if (c >= 3) { height = atoi(v[1]); width = atoi(v[2]); } if (height < 3) height = 15; if (width < 3) width = 30;
initscr(); int mines[height][width]; init_mines(mines);
win = newwin(height + 2, 2 * width + 2, 0, 0); wrap = newwin(height + 3, 2 * width + 2, 1, 0);
keypad(wrap, 1); mousemask(BUTTON1_CLICKED | BUTTON2_CLICKED | BUTTON3_CLICKED, 0);
while (1) { int ch; repaint(mines); if ((ch = wgetch(wrap)) != KEY_MOUSE) { if (ch != 'r') break; reveal = !reveal; continue; }
if (getmouse(&evt) != OK) continue;
if ((evt.bstate & BUTTON1_CLICKED)) { if (evt.y == height + 2 && !n_mines) { check_wining(mines); break; } if (!mine_clear(mines, (evt.x - 1) / 2, evt.y - 1, 0)) break; } else if ((evt.bstate & BUTTON2_CLICKED)) { if (!mine_clear(mines, (evt.x - 1) / 2, evt.y - 1, 1)) break; } else if ((evt.bstate & BUTTON3_CLICKED)) mine_mark(mines, (evt.x - 1)/2, evt.y - 1); } repaint(mines);
mousemask(0, 0); keypad(wrap, 0); endwin(); return 0; }</lang>
C#
The following solution implements the required task providing GUI (Windows Forms).
<lang csharp>using System; using System.Drawing; using System.Windows.Forms;
class MineFieldModel {
public int RemainingMinesCount{
get{
var count = 0;
ForEachCell((i,j)=>{
if (Mines[i,j] && !Marked[i,j])
count++;
});
return count;
}
}
public bool[,] Mines{get; private set;}
public bool[,] Opened{get;private set;}
public bool[,] Marked{get; private set;}
public int[,] Values{get;private set; }
public int Width{ get{return Mines.GetLength(1);} }
public int Height{ get{return Mines.GetLength(0);} }
public MineFieldModel(bool[,] mines)
{
this.Mines = mines;
this.Opened = new bool[Height, Width]; // filled with 'false' by default
this.Marked = new bool[Height, Width];
this.Values = CalculateValues();
}
private int[,] CalculateValues()
{
int[,] values = new int[Height, Width];
ForEachCell((i,j) =>{
var value = 0;
ForEachNeighbor(i,j, (i1,j1)=>{
if (Mines[i1,j1])
value++;
});
values[i,j] = value;
});
return values;
}
// Helper method for iterating over cells
public void ForEachCell(Action<int,int> action)
{
for (var i = 0; i < Height; i++)
for (var j = 0; j < Width; j++)
action(i,j);
}
// Helper method for iterating over cells' neighbors
public void ForEachNeighbor(int i, int j, Action<int,int> action)
{
for (var i1 = i-1; i1 <= i+1; i1++)
for (var j1 = j-1; j1 <= j+1; j1++)
if (InBounds(j1, i1) && !(i1==i && j1 ==j))
action(i1, j1);
}
private bool InBounds(int x, int y)
{
return y >= 0 && y < Height && x >=0 && x < Width;
}
public event Action Exploded = delegate{};
public event Action Win = delegate{};
public event Action Updated = delegate{};
public void OpenCell(int i, int j){
if(!Opened[i,j]){
if (Mines[i,j])
Exploded();
else{
OpenCellsStartingFrom(i,j);
Updated();
CheckForVictory();
}
}
}
void OpenCellsStartingFrom(int i, int j)
{
Opened[i,j] = true;
ForEachNeighbor(i,j, (i1,j1)=>{
if (!Mines[i1,j1] && !Opened[i1,j1] && !Marked[i1,j1])
OpenCellsStartingFrom(i1, j1);
});
}
void CheckForVictory(){
int notMarked = 0;
int wrongMarked = 0;
ForEachCell((i,j)=>{
if (Mines[i,j] && !Marked[i,j])
notMarked++;
if (!Mines[i,j] && Marked[i,j])
wrongMarked++;
});
if (notMarked == 0 && wrongMarked == 0)
Win();
}
public void Mark(int i, int j){
if (!Opened[i,j])
Marked[i,j] = true;
Updated();
CheckForVictory();
}
}
class MineFieldView: UserControl{
public const int CellSize = 40;
MineFieldModel _model;
public MineFieldModel Model{
get{ return _model; }
set
{
_model = value;
this.Size = new Size(_model.Width * CellSize+1, _model.Height * CellSize+2);
}
}
public MineFieldView(){
//Enable double-buffering to eliminate flicker
this.SetStyle(ControlStyles.AllPaintingInWmPaint | ControlStyles.UserPaint | ControlStyles.DoubleBuffer,true);
this.Font = new Font(FontFamily.GenericSansSerif, 14, FontStyle.Bold);
this.MouseUp += (o,e)=>{
Point cellCoords = GetCell(e.Location);
if (Model != null)
{
if (e.Button == MouseButtons.Left)
Model.OpenCell(cellCoords.Y, cellCoords.X);
else if (e.Button == MouseButtons.Right)
Model.Mark(cellCoords.Y, cellCoords.X);
}
};
}
Point GetCell(Point coords)
{
var rgn = ClientRectangle;
var x = (coords.X - rgn.X)/CellSize;
var y = (coords.Y - rgn.Y)/CellSize;
return new Point(x,y);
}
static readonly Brush MarkBrush = new SolidBrush(Color.Blue);
static readonly Brush ValueBrush = new SolidBrush(Color.Black);
static readonly Brush UnexploredBrush = new SolidBrush(SystemColors.Control);
static readonly Brush OpenBrush = new SolidBrush(SystemColors.ControlDark);
protected override void OnPaint(PaintEventArgs e)
{
base.OnPaint(e);
var g = e.Graphics;
if (Model != null)
{
Model.ForEachCell((i,j)=>
{
var bounds = new Rectangle(j * CellSize, i * CellSize, CellSize, CellSize);
if (Model.Opened[i,j])
{
g.FillRectangle(OpenBrush, bounds);
if (Model.Values[i,j] > 0)
{
DrawStringInCenter(g, Model.Values[i,j].ToString(), ValueBrush, bounds);
}
}
else
{
g.FillRectangle(UnexploredBrush, bounds);
if (Model.Marked[i,j])
{
DrawStringInCenter(g, "?", MarkBrush, bounds);
}
var outlineOffset = 1;
var outline = new Rectangle(bounds.X+outlineOffset, bounds.Y+outlineOffset, bounds.Width-2*outlineOffset, bounds.Height-2*outlineOffset);
g.DrawRectangle(Pens.Gray, outline);
}
g.DrawRectangle(Pens.Black, bounds);
});
}
}
static readonly StringFormat FormatCenter = new StringFormat
{
LineAlignment = StringAlignment.Center,
Alignment=StringAlignment.Center
};
void DrawStringInCenter(Graphics g, string s, Brush brush, Rectangle bounds)
{
PointF center = new PointF(bounds.X + bounds.Width/2, bounds.Y + bounds.Height/2);
g.DrawString(s, this.Font, brush, center, FormatCenter);
}
}
class MineSweepForm: Form {
MineFieldModel CreateField(int width, int height)
{
var field = new bool[height, width];
int mineCount = (int)(0.2 * height * width);
var rnd = new Random();
while(mineCount > 0)
{
var x = rnd.Next(width);
var y = rnd.Next(height);
if (!field[y,x])
{
field[y,x] = true;
mineCount--;
}
}
return new MineFieldModel(field);
}
public MineSweepForm()
{
var model = CreateField(6, 4);
var counter = new Label{ };
counter.Text = model.RemainingMinesCount.ToString();
var view = new MineFieldView
{
Model = model, BorderStyle = BorderStyle.FixedSingle,
};
var stackPanel = new FlowLayoutPanel
{
Dock = DockStyle.Fill,
FlowDirection = FlowDirection.TopDown,
Controls = {counter, view}
};
this.Controls.Add(stackPanel);
model.Updated += delegate{
view.Invalidate();
counter.Text = model.RemainingMinesCount.ToString();
};
model.Exploded += delegate {
MessageBox.Show("FAIL!");
Close();
};
model.Win += delegate {
MessageBox.Show("WIN!");
view.Enabled = false;
};
}
}
class Program {
static void Main()
{
Application.Run(new MineSweepForm());
}
}</lang>
C++
This solution implements the required task and one more command: unknown. It is represented by a '?' that's why the flag in this solution is represented as a '!' <lang cpp>
- include <iostream>
- include <string>
- include <windows.h>
using namespace std; typedef unsigned char byte;
enum fieldValues : byte { OPEN, CLOSED = 10, MINE, UNKNOWN, FLAG, ERR };
class fieldData { public:
fieldData() : value( CLOSED ), open( false ) {}
byte value;
bool open, mine;
};
class game { public:
~game()
{ if( field ) delete [] field; }
game( int x, int y )
{
go = false; wid = x; hei = y;
field = new fieldData[x * y]; memset( field, 0, x * y * sizeof( fieldData ) ); oMines = ( ( 22 - rand() % 11 ) * x * y ) / 100; mMines = 0; int mx, my, m = 0; for( ; m < oMines; m++ ) { do { mx = rand() % wid; my = rand() % hei; } while( field[mx + wid * my].mine ); field[mx + wid * my].mine = true; } graphs[0] = ' '; graphs[1] = '.'; graphs[2] = '*'; graphs[3] = '?'; graphs[4] = '!'; graphs[5] = 'X';
}
void gameLoop()
{
string c, r, a; int col, row; while( !go ) { drawBoard(); cout << "Enter column, row and an action( c r a ):\nActions: o => open, f => flag, ? => unknown\n"; cin >> c >> r >> a; if( c[0] > 'Z' ) c[0] -= 32; if( a[0] > 'Z' ) a[0] -= 32; col = c[0] - 65; row = r[0] - 49; makeMove( col, row, a ); }
}
private:
void makeMove( int x, int y, string a )
{
fieldData* fd = &field[wid * y + x]; if( fd->open && fd->value < CLOSED ) { cout << "This cell is already open!"; Sleep( 3000 ); return; } if( a[0] == 'O' ) openCell( x, y ); else if( a[0] == 'F' ) { fd->open = true; fd->value = FLAG; mMines++; checkWin(); } else { fd->open = true; fd->value = UNKNOWN; }
}
bool openCell( int x, int y )
{
if( !isInside( x, y ) ) return false; if( field[x + y * wid].mine ) boom(); else { if( field[x + y * wid].value == FLAG ) { field[x + y * wid].value = CLOSED; field[x + y * wid].open = false; mMines--; } recOpen( x, y ); checkWin(); } return true;
}
void drawBoard()
{
system( "cls" ); cout << "Marked mines: " << mMines << " from " << oMines << "\n\n"; for( int x = 0; x < wid; x++ ) cout << " " << ( char )( 65 + x ) << " "; cout << "\n"; int yy; for( int y = 0; y < hei; y++ ) { yy = y * wid; for( int x = 0; x < wid; x++ ) cout << "+---";
cout << "+\n"; fieldData* fd; for( int x = 0; x < wid; x++ ) { fd = &field[x + yy]; cout<< "| "; if( !fd->open ) cout << ( char )graphs[1] << " "; else { if( fd->value > 9 ) cout << ( char )graphs[fd->value - 9] << " "; else { if( fd->value < 1 ) cout << " "; else cout << ( char )(fd->value + 48 ) << " "; } } } cout << "| " << y + 1 << "\n"; } for( int x = 0; x < wid; x++ ) cout << "+---";
cout << "+\n\n";
}
void checkWin()
{
int z = wid * hei - oMines, yy; fieldData* fd; for( int y = 0; y < hei; y++ ) { yy = wid * y; for( int x = 0; x < wid; x++ ) { fd = &field[x + yy]; if( fd->open && fd->value != FLAG ) z--; } } if( !z ) lastMsg( "Congratulations, you won the game!");
}
void boom()
{
int yy; fieldData* fd; for( int y = 0; y < hei; y++ ) { yy = wid * y; for( int x = 0; x < wid; x++ ) { fd = &field[x + yy]; if( fd->value == FLAG ) { fd->open = true; fd->value = fd->mine ? MINE : ERR; } else if( fd->mine ) { fd->open = true; fd->value = MINE; } } } lastMsg( "B O O O M M M M M !" );
}
void lastMsg( string s )
{
go = true; drawBoard(); cout << s << "\n\n";
}
bool isInside( int x, int y ) { return ( x > -1 && y > -1 && x < wid && y < hei ); }
void recOpen( int x, int y )
{
if( !isInside( x, y ) || field[x + y * wid].open ) return; int bc = getMineCount( x, y ); field[x + y * wid].open = true; field[x + y * wid].value = bc; if( bc ) return;
for( int yy = -1; yy < 2; yy++ ) for( int xx = -1; xx < 2; xx++ ) { if( xx == 0 && yy == 0 ) continue; recOpen( x + xx, y + yy ); }
}
int getMineCount( int x, int y )
{
int m = 0; for( int yy = -1; yy < 2; yy++ ) for( int xx = -1; xx < 2; xx++ ) { if( xx == 0 && yy == 0 ) continue; if( isInside( x + xx, y + yy ) && field[x + xx + ( y + yy ) * wid].mine ) m++; }
return m;
}
int wid, hei, mMines, oMines; fieldData* field; bool go; int graphs[6];
};
int main( int argc, char* argv[] ) {
srand( GetTickCount() ); game g( 4, 6 ); g.gameLoop(); return system( "pause" );
} </lang>
- Output:
Marked mines: 0 from 5 A B C D +---+---+---+---+ | | | 1 | . | 1 +---+---+---+---+ | | | 1 | * | 2 +---+---+---+---+ | | | 1 | . | 3 +---+---+---+---+ | 1 | 2 | 2 | . | 4 +---+---+---+---+ | . | * | * | . | 5 +---+---+---+---+ | . | . | * | * | 6 +---+---+---+---+ B O O O M M M M M ! Marked mines: 1 from 7 A B C D E F G H +---+---+---+---+---+---+---+---+ | | | | | 1 | . | . | . | 1 +---+---+---+---+---+---+---+---+ | 1 | 1 | | 1 | 2 | . | . | . | 2 +---+---+---+---+---+---+---+---+ | ! | 1 | | 1 | . | . | . | . | 3 +---+---+---+---+---+---+---+---+ | 1 | 1 | | 1 | 2 | . | 2 | 1 | 4 +---+---+---+---+---+---+---+---+ | | | | | 1 | . | 1 | | 5 +---+---+---+---+---+---+---+---+ | 1 | 1 | | | 1 | 1 | 1 | | 6 +---+---+---+---+---+---+---+---+ | . | 1 | 1 | 1 | 1 | | | | 7 +---+---+---+---+---+---+---+---+ | . | . | . | . | 1 | | | | 8 +---+---+---+---+---+---+---+---+ Enter column, row and an action( c r a ): Actions: o => open, f => flag, ? => unknown
Ceylon
Be sure to import ceylon.random in your module.ceylon file. <lang ceylon>import ceylon.random {
DefaultRandom }
class Cell() {
shared variable Boolean covered = true; shared variable Boolean flagged = false; shared variable Boolean mined = false; shared variable Integer adjacentMines = 0;
string => if (covered && !flagged) then "." else if (covered && flagged) then "?" else if (!covered && mined) then "X" else if (!covered && adjacentMines > 0) then adjacentMines.string else " "; }
"The main function of the module. Run this one." shared void run() {
value random = DefaultRandom(); value chanceOfBomb = 0.2;
value width = 6; value height = 4;
value grid = Array { for (j in 1..height) Array { for (i in 1..width) Cell() } };
function getCell(Integer x, Integer y) => grid[y]?.get(x);
void initializeGrid() {
for (row in grid) { for (cell in row) { cell.covered = true; cell.flagged = false; cell.mined = random.nextFloat() < chanceOfBomb; } }
function countAdjacentMines(Integer x, Integer y) => count { for (j in y - 1 .. y + 1) for (i in x - 1 .. x + 1) if (exists cell = getCell(i, j)) cell.mined };
for (j->row in grid.indexed) { for (i->cell in row.indexed) { cell.adjacentMines = countAdjacentMines(i, j); } } }
void displayGrid() { print(" " + "".join(1..width)); print(" " + "-".repeat(width)); for (j->row in grid.indexed) { print("``j + 1``|``"".join(row)``|``j + 1``"); } print(" " + "-".repeat(width)); print(" " + "".join(1..width)); }
Boolean won() => expand(grid).every((cell) => (cell.flagged && cell.mined) || (!cell.flagged && !cell.mined));
void uncoverNeighbours(Integer x, Integer y) { for (j in y - 1 .. y + 1) { for (i in x - 1 .. x + 1) { if (exists cell = getCell(i, j), cell.covered, !cell.flagged, !cell.mined) { cell.covered = false; if (cell.adjacentMines == 0) { uncoverNeighbours(i, j); } } } } }
while (true) { print("Welcome to minesweeper! -----------------------"); initializeGrid(); while (true) { displayGrid(); print(" The number of mines to find is ``count(expand(grid)*.mined)``. What would you like to do? [1] reveal a free space (or blow yourself up) [2] mark (or unmark) a mine"); assert (exists instruction = process.readLine()); print("Please enter the coordinates. eg 2 4"); assert (exists line2 = process.readLine()); value coords = line2.split().map(Integer.parse).narrow<Integer>().sequence(); if (exists x = coords[0], exists y = coords[1], exists cell = getCell(x - 1, y - 1)) { switch (instruction) case ("1") { if (cell.mined) { print("================= === You lose! === ================="); expand(grid).each((cell) => cell.covered = false); displayGrid(); break; } else if (cell.covered) { cell.covered = false; uncoverNeighbours(x - 1, y - 1); } } case ("2") { if (cell.covered) { cell.flagged = !cell.flagged; } } else { print("bad choice"); } if (won()) { print("**************** *** You win! *** ****************"); break; } } } } }</lang>
Clojure
<lang Clojure>(defn take-random [n coll]
(->> (repeatedly #(rand-nth coll))
distinct
(take n ,)))
(defn postwalk-fs
"Depth first post-order traversal of form, apply successive fs at each level.
(f1 (map f2 [..]))"
[[f & fs] form]
(f
(if (and (seq fs) (coll? form))
(into (empty form) (map (partial postwalk-fs fs) form))
form)))
(defn neighbors [x y n m pred]
(for [dx (range (Math/max 0 (dec x)) (Math/min n (+ 2 x)))
dy (range (Math/max 0 (dec y)) (Math/min m (+ 2 y))) :when (pred dx dy)]
[dx dy]))
(defn new-game [n m density]
(let [mines (set (take-random (Math/floor (* n m density)) (range (* n m))))] (->> (for [y (range m)
x (range n) :let [neighbor-mines (count (neighbors x y n m #(mines (+ %1 (* %2 n)))))]] (#(if (mines (+ (* y n) x)) (assoc % :mine true) %) {:value neighbor-mines})) (partition n ,) (postwalk-fs [vec vec] ,))))
(defn display [board]
(postwalk-fs [identity println #(condp % nil
:marked \? :opened (:value %) \.)] board))
(defn boom [{board :board}]
(postwalk-fs [identity println #(if (:mine %) \* (:value %))] board) true)
(defn open* [board [[x y] & rest]]
(if-let [value (get-in board [y x :value])] ; if nil? value -> nil? x -> nil? queue
(recur
(assoc-in board [y x :opened] true)
(if (pos? value)
rest
(concat rest
(neighbors x y (count (first board)) (count board) #(not (get-in board [%2 %1 :opened]))))))
board))
(defn open [board x y]
(let [x (dec x), y (dec y)]
(condp (get-in board [y x]) nil
:mine {:boom true :board board}
:opened board
(open* board x y))))
(defn mark [board x y]
(let [x (dec x), y (dec y)] (assoc-in board [y x :marked] (not (get-in board [y x :marked])))))
(defn done? [board]
(if (:boom board) (boom board) (do (display board)
(->> (flatten board) (remove :mine ,) (every? :opened ,)))))
(defn play [n m density]
(let [board (new-game n m density)]
(println [:mines (count (filter :mine (flatten board)))])
(loop [board board]
(when-not (done? board)
(print ">") (let [[cmd & xy] (.split #" " (read-line)) [x y] (map #(Integer. %) xy)] (recur ((if (= cmd "mark") mark open) board x y)))))))</lang>
Common Lisp
<lang lisp>(defclass minefield ()
((mines :initform (make-hash-table :test #'equal)) (width :initarg :width) (height :initarg :height) (grid :initarg :grid)))
(defun make-minefield (width height num-mines)
(let ((minefield (make-instance 'minefield
:width width
:height height
:grid (make-array
(list width height)
:initial-element #\.)))
(mine-count 0))
(with-slots (grid mines) minefield
(loop while (< mine-count num-mines)
do (let ((coords (list (random width) (random height))))
(unless (gethash coords mines)
(setf (gethash coords mines) T)
(incf mine-count))))
minefield)))
(defun print-field (minefield)
(with-slots (width height grid) minefield
(dotimes (y height)
(dotimes (x width)
(princ (aref grid x y)))
(format t "~%"))))
(defun mine-list (minefield)
(loop for key being the hash-keys of (slot-value minefield 'mines) collect key))
(defun count-nearby-mines (minefield coords)
(length (remove-if-not
(lambda (mine-coord)
(and
(> 2 (abs (- (car coords) (car mine-coord))))
(> 2 (abs (- (cadr coords) (cadr mine-coord))))))
(mine-list minefield))))
(defun clear (minefield coords)
(with-slots (mines grid) minefield
(if (gethash coords mines)
(progn
(format t "MINE! You lose.~%")
(dolist (mine-coords (mine-list minefield))
(setf (aref grid (car mine-coords) (cadr mine-coords)) #\x))
(setf (aref grid (car coords) (cadr coords)) #\X)
nil)
(setf (aref grid (car coords) (cadr coords))
(elt " 123456789"(count-nearby-mines minefield coords))))))
(defun mark (minefield coords)
(with-slots (mines grid) minefield (setf (aref grid (car coords) (cadr coords)) #\?)))
(defun win-p (minefield)
(with-slots (width height grid mines) minefield
(let ((num-uncleared 0))
(dotimes (y height)
(dotimes (x width)
(let ((square (aref grid x y)))
(when (member square '(#\. #\?) :test #'char=)
(incf num-uncleared)))))
(= num-uncleared (hash-table-count mines)))))
(defun play-game ()
(let ((minefield (make-minefield 6 4 5)))
(format t "Greetings player, there are ~a mines.~%"
(hash-table-count (slot-value minefield 'mines)))
(loop
(print-field minefield)
(format t "Enter your command, examples: \"clear 0 1\" \"mark 1 2\" \"quit\".~%")
(princ "> ")
(let ((user-command (read-from-string (format nil "(~a)" (read-line)))))
(format t "Your command: ~a~%" user-command)
(case (car user-command)
(quit (return-from play-game nil))
(clear (unless (clear minefield (cdr user-command))
(print-field minefield)
(return-from play-game nil)))
(mark (mark minefield (cdr user-command))))
(when (win-p minefield)
(format t "Congratulations, you've won!")
(return-from play-game T))))))
(play-game)</lang>
D
EasyLang
Run it <lang>len cell[] 56 len cnt[] 56 len flag[] 56
subr initvars
state = 0 ticks = 0 indx = -1
. func getind r c . ind .
ind = -1 if r >= 0 and r <= 6 and c >= 0 and c <= 7 ind = r * 8 + c .
. func draw_cell ind h . .
r = ind / 8
c = ind mod 8
x# = c * 12 + 2.5
y# = r * 12 + 14.5
move x# y#
rect 11 11
if h > 0
# count
move x# + 3 y# + 2
color 000
text h
elif h = -3
# flag
x# += 4
color 000
linewidth 0.8
move x# y# + 3
line x# y# + 8
color 600
linewidth 2
move x# + 0.5 y# + 4
line x# + 2 y# + 4
elif h <> 0
# mine
color 333
if h = -2
color 800
.
move x# + 5 y# + 6
circle 3
line x# + 8 y# + 2
.
. func open ind . .
if ind <> -1 and cell[ind] = 0
cell[ind] = 2
flag[ind] = 0
color 686
call draw_cell ind cnt[ind]
if cnt[ind] = 0
r0 = ind / 8
c0 = ind mod 8
for r = r0 - 1 to r0 + 1
for c = c0 - 1 to c0 + 1
if r <> r0 or c <> c0
call getind r c ind
call open ind
.
.
.
.
.
. func show_mines m . .
for ind range 56
if cell[ind] = 1
color 686
if m = -1
color 353
.
call draw_cell ind m
.
.
. func outp col s$ . .
move 2.5 2 color col rect 59 11 color 000 move 5 4.5 text s$
. func upd_info . .
nm = 0
nc = 0
for i range 56
nm += flag[i]
if cell[i] < 2
nc += 1
.
.
if nc = 8
call outp 484 "Well done"
call show_mines -1
state = 1
else
call outp 464 8 - nm & " mines left"
.
. func test ind . .
if cell[ind] < 2 and flag[ind] = 0
if cell[ind] = 1
call show_mines -1
color 686
call draw_cell ind -2
call outp 844 "B O O M !"
state = 1
else
call open ind
call upd_info
.
.
. func start . .
color 676
move 0 0
rect 100 100
color 353
for ind range 56
cnt[ind] = 0
cell[ind] = 0
flag[ind] = 0
call draw_cell ind 0
.
n = 8
while n > 0
c = random 8
r = random 7
ind = r * 8 + c
if cell[ind] = 0
n -= 1
cell[ind] = 1
for rx = r - 1 to r + 1
for cx = c - 1 to c + 1
call getind rx cx ind
if ind > -1
cnt[ind] += 1
.
.
.
.
.
call initvars
call outp 464 ""
textsize 4
move 5 3
text "Minesweeper - 8 mines"
move 5 7.8
text "Long-press for flagging"
textsize 6
timer 0
. on mouse_down
if state = 0 call getind floor ((mouse_y - 14) / 12) floor ((mouse_x - 2) / 12) indx ticks0 = ticks elif state = 3 call start .
. on mouse_up
if state = 0 and indx <> -1 call test indx . indx = -1
. on timer
if state = 1
state = 2
timer 1
elif state = 2
state = 3
elif ticks > 3000
call outp 844 "B O O M !"
call show_mines -2
state = 2
timer 1
else
if indx > -1 and ticks = ticks0 + 5
if cell[indx] < 2
color 353
flag[indx] = 1 - flag[indx]
opt = 0
if flag[indx] = 1
opt = -3
.
call draw_cell indx opt
call upd_info
.
indx = -1
.
if ticks mod 10 = 0
move 64.5 2
color 464
if ticks >= 2500
color 844
.
rect 33 11
color 000
move 66 4.5
text "Time:" & 300 - ticks / 10
.
ticks += 1
timer 0.1
.
. call start</lang>
Go
... though altered somewhat. <lang go>package main
import (
"bufio" "fmt" "math" "math/rand" "os" "strconv" "strings" "time"
)
type cell struct {
isMine bool display byte // display character for cell
}
const lMargin = 4
var (
grid [][]cell mineCount int minesMarked int isGameOver bool
)
var scanner = bufio.NewScanner(os.Stdin)
func makeGrid(n, m int) {
if n <= 0 || m <= 0 {
panic("Grid dimensions must be positive.")
}
grid = make([][]cell, n)
for i := 0; i < n; i++ {
grid[i] = make([]cell, m)
for j := 0; j < m; j++ {
grid[i][j].display = '.'
}
}
min := int(math.Round(float64(n*m) * 0.1)) // 10% of tiles
max := int(math.Round(float64(n*m) * 0.2)) // 20% of tiles
mineCount = min + rand.Intn(max-min+1)
rm := mineCount
for rm > 0 {
x, y := rand.Intn(n), rand.Intn(m)
if !grid[x][y].isMine {
rm--
grid[x][y].isMine = true
}
}
minesMarked = 0
isGameOver = false
}
func displayGrid(isEndOfGame bool) {
if !isEndOfGame {
fmt.Println("Grid has", mineCount, "mine(s),", minesMarked, "mine(s) marked.")
}
margin := strings.Repeat(" ", lMargin)
fmt.Print(margin, " ")
for i := 1; i <= len(grid); i++ {
fmt.Print(i)
}
fmt.Println()
fmt.Println(margin, strings.Repeat("-", len(grid)))
for y := 0; y < len(grid[0]); y++ {
fmt.Printf("%*d:", lMargin, y+1)
for x := 0; x < len(grid); x++ {
fmt.Printf("%c", grid[x][y].display)
}
fmt.Println()
}
}
func endGame(msg string) {
isGameOver = true
fmt.Println(msg)
ans := ""
for ans != "y" && ans != "n" {
fmt.Print("Another game (y/n)? : ")
scanner.Scan()
ans = strings.ToLower(scanner.Text())
}
if scanner.Err() != nil || ans == "n" {
return
}
makeGrid(6, 4)
displayGrid(false)
}
func resign() {
found := 0
for y := 0; y < len(grid[0]); y++ {
for x := 0; x < len(grid); x++ {
if grid[x][y].isMine {
if grid[x][y].display == '?' {
grid[x][y].display = 'Y'
found++
} else if grid[x][y].display != 'x' {
grid[x][y].display = 'N'
}
}
}
}
displayGrid(true)
msg := fmt.Sprint("You found ", found, " out of ", mineCount, " mine(s).")
endGame(msg)
}
func usage() {
fmt.Println("h or ? - this help,")
fmt.Println("c x y - clear cell (x,y),")
fmt.Println("m x y - marks (toggles) cell (x,y),")
fmt.Println("n - start a new game,")
fmt.Println("q - quit/resign the game,")
fmt.Println("where x is the (horizontal) column number and y is the (vertical) row number.\n")
}
func markCell(x, y int) {
if grid[x][y].display == '?' {
minesMarked--
grid[x][y].display = '.'
} else if grid[x][y].display == '.' {
minesMarked++
grid[x][y].display = '?'
}
}
func countAdjMines(x, y int) int {
count := 0
for j := y - 1; j <= y+1; j++ {
if j >= 0 && j < len(grid[0]) {
for i := x - 1; i <= x+1; i++ {
if i >= 0 && i < len(grid) {
if grid[i][j].isMine {
count++
}
}
}
}
}
return count
}
func clearCell(x, y int) bool {
if x >= 0 && x < len(grid) && y >= 0 && y < len(grid[0]) {
if grid[x][y].display == '.' {
if !grid[x][y].isMine {
count := countAdjMines(x, y)
if count > 0 {
grid[x][y].display = string(48 + count)[0]
} else {
grid[x][y].display = ' '
clearCell(x+1, y)
clearCell(x+1, y+1)
clearCell(x, y+1)
clearCell(x-1, y+1)
clearCell(x-1, y)
clearCell(x-1, y-1)
clearCell(x, y-1)
clearCell(x+1, y-1)
}
} else {
grid[x][y].display = 'x'
fmt.Println("Kaboom! You lost!")
return false
}
}
}
return true
}
func testForWin() bool {
isCleared := false
if minesMarked == mineCount {
isCleared = true
for x := 0; x < len(grid); x++ {
for y := 0; y < len(grid[0]); y++ {
if grid[x][y].display == '.' {
isCleared = false
}
}
}
}
if isCleared {
fmt.Println("You won!")
}
return isCleared
}
func splitAction(action string) (int, int, bool) {
fields := strings.Fields(action)
if len(fields) != 3 {
return 0, 0, false
}
x, err := strconv.Atoi(fields[1])
if err != nil || x < 1 || x > len(grid) {
return 0, 0, false
}
y, err := strconv.Atoi(fields[2])
if err != nil || y < 1 || y > len(grid[0]) {
return 0, 0, false
}
return x, y, true
}
func main() {
rand.Seed(time.Now().UnixNano())
usage()
makeGrid(6, 4)
displayGrid(false)
for !isGameOver {
fmt.Print("\n>")
scanner.Scan()
action := strings.ToLower(scanner.Text())
if scanner.Err() != nil || len(action) == 0 {
continue
}
switch action[0] {
case 'h', '?':
usage()
case 'n':
makeGrid(6, 4)
displayGrid(false)
case 'c':
x, y, ok := splitAction(action)
if !ok {
continue
}
if clearCell(x-1, y-1) {
displayGrid(false)
if testForWin() {
resign()
}
} else {
resign()
}
case 'm':
x, y, ok := splitAction(action)
if !ok {
continue
}
markCell(x-1, y-1)
displayGrid(false)
if testForWin() {
resign()
}
case 'q':
resign()
}
}
}</lang>
- Output:
Sample session:
h or ? - this help,
c x y - clear cell (x,y),
m x y - marks (toggles) cell (x,y),
n - start a new game,
q - quit/resign the game,
where x is the (horizontal) column number and y is the (vertical) row number.
Grid has 2 mine(s), 0 mine(s) marked.
123456
------
1:......
2:......
3:......
4:......
>c 1 1
Grid has 2 mine(s), 0 mine(s) marked.
123456
------
1:
2: 11
3: 1111.
4: 1....
>m 6 3
Grid has 2 mine(s), 1 mine(s) marked.
123456
------
1:
2: 11
3: 1111?
4: 1....
>c 6 4
Grid has 2 mine(s), 1 mine(s) marked.
123456
------
1:
2: 11
3: 1111?
4: 1...1
>c 5 4
Grid has 2 mine(s), 1 mine(s) marked.
123456
------
1:
2: 11
3: 1111?
4: 1..11
>c 4 4
Grid has 2 mine(s), 1 mine(s) marked.
123456
------
1:
2: 11
3: 1111?
4: 1.111
>m 3 4
Grid has 2 mine(s), 2 mine(s) marked.
123456
------
1:
2: 11
3: 1111?
4: 1?111
You won!
123456
------
1:
2: 11
3: 1111Y
4: 1Y111
You found 2 out of 2 mine(s).
Another game (y/n)? : y
Grid has 3 mine(s), 0 mine(s) marked.
123456
------
1:......
2:......
3:......
4:......
>c 1 1
Grid has 3 mine(s), 0 mine(s) marked.
123456
------
1:1.....
2:......
3:......
4:......
>c 1 3
Kaboom! You lost!
123456
------
1:1.....
2:N.....
3:x.....
4:.N....
You found 0 out of 3 mine(s).
Another game (y/n)? : n
Icon and Unicon
The following solution implements the required task and additionally error checking, and several additional commands. <lang Icon>global DEFARGS,MF
record minefield(mask,grid,rows,cols,mines,density,marked)
$define _DEFAULTS [6, 4, .2, .6] # task defaults
- $define _DEFAULTS [6, 7, .05, .1] # defaults for debugging
$define _INDENT 6 $define _MINE "Y" $define _TRUEMINE "Y" $define _FALSEMINE "N" $define _MASK "." $define _MARK "?" $define _TOGGLE1 ".?" $define _TOGGLE2 "?."
procedure main(arglist) #: play the game static trace initial trace := -1
DEFARGS := _DEFAULTS if *arglist = 0 then arglist := DEFARGS
newgame!arglist while c := trim(read()) do {
c ? { tab(many(' '))
case move(1) of {
# required commands
"c": clear() & showgrid() # c clear 1 sq and show
"m": mark() # m flag/unflag a mine
"p": showgrid() # p show the mine field
"r": endgame("Resigning.") # r resign this game
# optional commands
"n": newgame!arglist # n new game grid
"k": clearunmarked() & showgrid() # k clears adjecent unmarked cells if #flags = count
"x": clearallunmarked() # x clears every unflagged cell at once win/loose fast
"q": stop("Quitting") # q quit
"t": &trace :=: trace # t toggle tracing for debugging
default: usage()
}}
testforwin(g)
}
end
procedure newgame(r,c,l,h) #: start a new game local i,j,t
MF := minefield()
MF.rows := 0 < integer(\r) | DEFARGS[1] MF.cols := 0 < integer(\c) | DEFARGS[2]
every !(MF.mask := list(MF.rows)) := list(MF.cols,_MASK) # set mask every !(MF.grid := list(MF.rows)) := list(MF.cols,0) # default count
l := 1 > (0 < real(\l)) | DEFARGS[3] h := 1 > (0 < real(\h)) | DEFARGS[4] if l > h then l :=: h
until MF.density := l <= ( h >= ?0 ) # random density between l:h MF.mines := integer(MF.rows * MF.cols * MF.density) # mines needed MF.marked := 0
write("Creating ",r,"x",c," mine field with ",MF.mines," (",MF.density * 100,"%).") every 1 to MF.mines do until \MF.grid[r := ?MF.rows, c := ?MF.cols] := &null # set mines every \MF.grid[i := 1 to MF.rows,j:= 1 to MF.cols] +:= (/MF.grid[i-1 to i+1,j-1 to j+1], 1) # set counts
showgrid() return end
procedure usage() #: show usage return write( "h or ? - this help\n", "n - start a new game\n", "c i j - clears x,y and displays the grid\n", "m i j - marks (toggles) x,y\n", "p - displays the grid\n", "k i j - clears adjecent unmarked cells if #marks = count\n", "x - clears ALL unmarked flags at once\n", "r - resign the game\n", "q - quit the game\n", "where i is the (vertical) row number and j is the (horizontal) column number." ) end
procedure getn(n) #: command parsing
tab(many(' '))
if n := n >= ( 0 < integer(tab(many(&digits)))) then return n
else write("Invalid or out of bounds grid square.")
end
procedure showgrid() #: show grid local r,c,x
write(right("",_INDENT)," ",repl("----+----|",MF.cols / 10 + 1)[1+:MF.cols])
every r := 1 to *MF.mask do {
writes(right(r,_INDENT)," : ")
every c := 1 to *MF.mask[r] do
writes( \MF.mask[r,c] | map(\MF.grid[r,c],"0"," ") | _MINE)
write()
}
write(MF.marked," marked mines and ",MF.mines - MF.marked," mines left to be marked.")
end
procedure mark() #: mark/toggle squares local i,j
if \MF.mask[i := getn(MF.rows), j :=getn(MF.cols)] := map(MF.mask[i,j],_TOGGLE1,_TOGGLE2) then {
case MF.mask[i,j] of {
_MASK : MF.marked -:= 1
_MARK : MF.marked +:= 1
}
}
end
procedure clear() #: clear a square local i,j
if ( i := getn(MF.rows) ) & ( j :=getn(MF.cols) ) then
if /MF.mask[i,j] then
write(i," ",j," was already clear")
else if /MF.grid[i,j] then endgame("KABOOM! You lost.")
else return revealclearing(i,j)
end
procedure revealclearing(i,j) #: reaveal any clearing
if \MF.mask[i,j] := &null then {
if MF.grid[i,j] = 0 then
every revealclearing(i-1 to i+1,j-1 to j+1)
return
}
end
procedure clearunmarked() #: clears adjecent unmarked cells if #flags = count local i,j,k,m,n
if ( i := getn(MF.rows) ) & ( j :=getn(MF.cols) ) then
if /MF.mask[i,j] & ( k := 0 < MF.grid[i,j] ) then {
every (\MF.mask[i-1 to i+1,j-1 to j+1] == _MARK) & ( k -:= 1)
if k = 0 then {
every (m := i-1 to i+1) & ( n := j-1 to j+1) do
if \MF.mask[m,n] == _MASK then MF.mask[m,n] := &null
revealclearing(i,j)
return
}
else
write("Marked squares must match adjacent mine count.")
}
else write("Must be adjecent to one or more marks to clear surrounding squares.")
end
procedure clearallunmarked() #: fast win or loose local i,j,k
every (i := 1 to MF.rows) & (j := 1 to MF.cols) do {
if \MF.mask[i,j] == _MASK then {
MF.mask[i,j] := &null
if /MF.grid[i,j] then k := 1
}
}
if \k then endgame("Kaboom - you loose.")
end
procedure testforwin() #: win when rows*cols-#_MARK-#_MASK are clear and no Kaboom local t,x
t := MF.rows * MF.cols - MF.mines
every x := !!MF.mask do if /x then t -:= 1
if t = 0 then endgame("You won!")
end
procedure endgame(tag) #: end the game local i,j,m
every !(m := list(MF.rows)) := list(MF.cols) # new mask
every (i := 1 to MF.rows) & (j := 1 to MF.cols) do
if \MF.mask[i,j] == _MARK then
m[i,j] := if /MF.grid[i,j] then _TRUEMINE else _FALSEMINE
MF.mask := m
write(tag) & showgrid()
end</lang>
Sample output:
Creating 6x4 mine field with 9 (40.9903518170081%).
----
1 : ....
2 : ....
3 : ....
4 : ....
5 : ....
6 : ....
0 marked mines and 9 mines left to be marked.
h
h or ? - this help
n - start a new game
c i j - clears x,y and displays the grid
m i j - marks (toggles) x,y
p - displays the grid
k i j - clears adjecent unmarked cells if #marks = count
x - clears ALL unmarked flags at once
r - resign the game
q - quit the game
where i is the (vertical) row number and j is the (horizontal) column number.
c 1 1
----
1 : 1..
2 : 12..
3 : ....
4 : ....
5 : ....
6 : ....
0 marked mines and 9 mines left to be marked.
J
Solution <lang j>NB. minefield.ijs script NB. ========================================================= NB. Game engine
NB.require 'guid' NB.([ 9!:1) _2 (3!:4) , guids 1 NB. randomly set initial random seed
coclass 'mineswpeng'
newMinefield=: 3 : 0
if. 0=#y do. y=. 9 9 end.
Marked=: Cleared=: y$0
NMines=: <. */(0.01*10+?20),y NB. 10..20% of tiles are mines
mines=. (i. e. NMines ? */) y NB. place mines
Map=: (9*mines) >. y{. (1,:3 3) +/@,;.3 (-1+y){.mines
)
markTiles=: 3 : 0
Marked=: (<"1 <:y) (-.@{)`[`]} Marked NB. toggle marked state of cell(s)
)
clearTiles=: clearcell@:<: NB. decrement coords - J arrays are 0-based
clearcell=: verb define
if. #y do.
free=. (#~ (Cleared < 0 = Map) {~ <"1) y
Cleared=: 1 (<"1 y)} Cleared NB. set cell(s) as cleared
if. #free do.
clearcell (#~ Cleared -.@{~ <"1) ~. (<:$Map) (<."1) 0 >. getNbrs free
end.
end.
)
getNbrs=: [: ,/^:(3=#@$) +"1/&(<: 3 3#: i.9)
eval=: verb define
if. 9 e. Cleared #&, Map do. NB. cleared mine(s)?
1; 'KABOOM!!'
elseif. *./ 9 = (-.Cleared) #&, Map do. NB. all cleared except mines?
1; 'Minefield cleared.'
elseif. do. NB. else...
0; (": +/, Marked>Cleared),' of ',(":NMines),' mines marked.'
end. NB. result: isEnd; message
)
showField=: 4 : 0
idx=. y{ (2 <. Marked + +:Cleared) ,: 2
|: idx} (11&{ , 12&{ ,: Map&{) x NB. transpose result - J arrays are row,column
)
NB. ========================================================= NB. User interface
Minesweeper_z_=: conew&'mineswp'
coclass 'mineswp' coinsert 'mineswpeng' NB. insert game engine locale in copath
Tiles=: ' 12345678**.?'
create=: verb define
smoutput Instructions startgame y
) destroy=: codestroy quit=: destroy
startgame=: update@newMinefield clear=: update@clearTiles mark=: update@markTiles
update=: 3 : 0
'isend msg'=. eval
smoutput msg
smoutput < Tiles showField isend
if. isend do.
msg=. ('K'={.msg) {:: 'won';'lost'
smoutput 'You ',msg,'! Try again?'
destroy
end.
empty
)
Instructions=: 0 : 0
MineSweeper
Object:
Uncover (clear) all the tiles that are not mines.
How to play:
- the left, top tile is: 1 1
- clear an uncleared tile (.) using the command:
clear__fld <column index> <row index>
- mark and uncleared tile (?) as a suspected mine using the command:
mark__fld <column index> <row index>
- if you uncover a number, that is the number of mines adjacent
to the tile
- if you uncover a mine (*) the game ends (you lose)
- if you uncover all tiles that are not mines the game ends (you win).
- quit a game before winning or losing using the command:
quit__fld
- start a new game using the command:
fld=: MineSweeper <num columns> <num rows>
)</lang>
Example Usage <lang j> load 'minefield.ijs'
fld=: Minesweeper 6 4
MineSweeper
Object:
Uncover (clear) all the tiles that are not mines.
How to play:
- the left, top tile is: 1 1
- clear an uncleared tile (.) using the command:
clear__fld <column index> <row index>
- mark and uncleared tile (?) as a suspected mine using the command:
mark__fld <column index> <row index>
- if you uncover a number, that is the number of mines adjacent
to the tile
- if you uncover a mine (*) the game ends (you lose)
- if you uncover all tiles that are not mines the game ends (you win).
- quit a game before winning or losing using the command:
quit__fld
- start a new game using the command:
fld=: MineSweeper <num columns> <num rows>
0 of 5 mines marked. ┌──────┐ │......│ │......│ │......│ │......│ └──────┘
clear__fld 1 1
0 of 5 mines marked. ┌──────┐ │2.....│ │......│ │......│ │......│ └──────┘
clear__fld 6 4
0 of 5 mines marked. ┌──────┐ │2..2 │ │...2 │ │..31 │ │..1 │ └──────┘
mark__fld 3 1 ,: 3 2 NB. mark and clear both accept lists of coordinates
2 of 5 mines marked. ┌──────┐ │2.?2 │ │..?2 │ │..31 │ │..1 │ └──────┘
clear__fld 1 2 , 1 3 ,: 1 4
2 of 5 mines marked. ┌──────┐ │2.?2 │ │3.?2 │ │2.31 │ │1.1 │ └──────┘
clear__fld 2 1
KABOOM!! ┌──────┐ │2**2 │ │3**2 │ │2*31 │ │111 │ └──────┘ You lost! Try again?
fld=: Minesweeper 20 10 NB. create bigger minefield
... NB. instructions elided 0 of 50 mines marked. ┌────────────────────┐ │....................│ │....................│ │....................│ │....................│ │....................│ │....................│ │....................│ │....................│ │....................│ │....................│ └────────────────────┘
clear__fld >: 4$.$. 9 > Map__fld NB. Autosolve ;-)
Minefield cleared. ┌────────────────────┐ │1***2**2**2*2*2*1111│ │123222222221212222*1│ │11 1223*421│ │*3321 11223**5**1 │ │3***211 1*2**6**432 │ │2*433*222223**423*2 │ │1111*4*4*2 13*2 3*41│ │11112*3**321211 2**1│ │3*3112334*3*211 1332│ │***1 1*12*312*1 1*1│ └────────────────────┘ You won! Try again?</lang>
Java
<lang java>
START of Main.java ---------------------------------
//By xykmz. Enjoy!
import java.util.Scanner;
public class Main {
static int intErrorTrap (int x, int y){
int max, min;
if (x < y) {
min = x;
max = y;
} else {
min = y;
max = x;
}
int input;
boolean loopEnd;
String wordcheck;
do {
System.out.println("Please enter an integer between " + min + " to " + max + ".");
Scanner userInput = new Scanner(System.in); //Player inputs a guess
try
{
input = userInput.nextInt();
if(input > max) //Input is too high
{
loopEnd = false;
System.out.println("Input is invalid.");
return -1;
}
else if(input < min) //Input is too low
{
loopEnd = false;
System.out.println("Input is invalid.");
return -1;
}
else //Input is within acceptable range
{
loopEnd = true;
System.out.println(input + " is a valid input.");
return input;
}
}
catch (Exception e)
{
loopEnd = false;
wordcheck = userInput.next();
System.out.println("Input is invalid.");
return 0;
}
} while (loopEnd == false);
}
public static void main(String[] args) {
System.out.println ("Enter width.");
int x = intErrorTrap (0,60);
System.out.println ("Enter height.");
int y = intErrorTrap (0,30);
System.out.println ("Enter difficulty.");
int d = intErrorTrap (0,100);
new Minesweeper(x, y, d); //Suggested: (60, 30, 15)
}
}
//--------------------------------- END of Main.java ---------------------------------
//--------------------------------- START of Cell.java ---------------------------------
public class Cell { public class Cell{ //This entire class is quite self-explanatory. All we're really doing is setting booleans.
private boolean isMine, isFlagged, isCovered;
private int number;
public Cell(){
isMine = false;
isFlagged = false;
isCovered = true;
number = 0;
}
public void flag(){
isFlagged = true;
}
public void unflag(){
isFlagged = false;
}
public void setMine(){
isMine = true;
}
public boolean isMine(){
return isMine;
}
public void reveal(){
isCovered = false;
}
public void setNumber(int i){ //Set the number of the cell
number = i;
}
public int getNumber(){ //Request the program for the number of the cell
return number;
}
public boolean isFlagged(){
return isFlagged;
}
public boolean isCovered(){
return isCovered;
}
}
//--------------------------------- END of Cell.java ---------------------------------
//--------------------------------- START of Board.java ---------------------------------
import java.awt.Color; import java.awt.Dimension; import java.awt.Graphics; import javax.swing.JPanel;
public class Board extends JPanel{
private static final long serialVersionUID = 1L; //Guarantees consistent serialVersionUID value across different java compiler implementations,
//Auto-generated value might screw things up
private Minesweeper mine;
private Cell[][] cells;
public void paintComponent(Graphics g){
cells = mine.getCells();
for (int i = 0; i < mine.getx(); i++){
for (int j = 0; j < mine.gety(); j++){
Cell current = cells[i][j];
//Flagged cells
if (current.isFlagged()){
if (current.isMine() && mine.isFinished()){
g.setColor(Color.ORANGE); //Let's the player know which mines they got right when the game is finished.
g.fillRect(i * 20, j * 20, i * 20 + 20, j * 20 + 20);
g.setColor(Color.BLACK);
g.drawLine(i * 20, j * 20, i * 20 + 20, j * 20 + 20);
g.drawLine(i * 20, j * 20 + 20, i * 20 + 20, j * 20);
}
else if (mine.isFinished()){ //Shows cells that the player incorrectly identified as mines.
g.setColor(Color.YELLOW);
g.fillRect(i * 20, j * 20, i * 20 + 20, j * 20 + 20);
g.setColor(Color.BLACK);
}
else{
g.setColor(Color.GREEN); //Flagging a mine.
g.fillRect(i * 20, j * 20, i * 20 + 20, j * 20 + 20);
g.setColor(Color.BLACK);
}
}
//Unflagged cells
else if (current.isCovered()){ //Covered cells
g.setColor(Color.DARK_GRAY);
g.fillRect(i * 20, j * 20, i * 20 + 20, j * 20 + 20);
g.setColor(Color.BLACK);
}
else if (current.isMine()){ //Incorrect cells are shown when the game is over.=
g.setColor(Color.RED);
g.fillRect(i * 20, j * 20, i * 20 + 20, j * 20 + 20);
g.setColor(Color.BLACK);
g.drawLine(i * 20, j * 20, i * 20 + 20, j * 20 + 20);
g.drawLine(i * 20, j * 20 + 20, i * 20 + 20, j * 20);
}
else{ //Empty cells or numbered cells
g.setColor(Color.LIGHT_GRAY);
g.fillRect(i * 20, j * 20, i * 20 + 20, j * 20 + 20);
g.setColor(Color.BLACK);
}
//The following part is very self explanatory - drawing the numbers.
//Not very interesting work.
//Not a fun time.
//Rating: 0/10. Would not recommend.
if (!current.isCovered()){
if (current.getNumber() == 1){
g.drawLine(i * 20 + 13, j * 20 + 5, i * 20 + 13, j * 20 + 9); //3
g.drawLine(i * 20 + 13, j * 20 + 11, i * 20 + 13, j * 20 + 15); //6
}
else if (current.getNumber() == 2){
g.drawLine(i * 20 + 8, j * 20 + 4, i * 20 + 12, j * 20 + 4); //2
g.drawLine(i * 20 + 13, j * 20 + 5, i * 20 + 13, j * 20 + 9); //3
g.drawLine(i * 20 + 8, j * 20 + 10, i * 20 + 12, j * 20 + 10); //4
g.drawLine(i * 20 + 7, j * 20 + 11, i * 20 + 7, j * 20 + 15); //5
g.drawLine(i * 20 + 8, j * 20 + 16, i * 20 + 12, j * 20 + 16); //7
}
else if (current.getNumber() == 3){
g.drawLine(i * 20 + 8, j * 20 + 4, i * 20 + 12, j * 20 + 4); //2
g.drawLine(i * 20 + 13, j * 20 + 5, i * 20 + 13, j * 20 + 9); //3
g.drawLine(i * 20 + 8, j * 20 + 10, i * 20 + 12, j * 20 + 10); //4
g.drawLine(i * 20 + 13, j * 20 + 11, i * 20 + 13, j * 20 + 15); //6
g.drawLine(i * 20 + 8, j * 20 + 16, i * 20 + 12, j * 20 + 16); //7
}
else if (current.getNumber() == 4){
g.drawLine(i * 20 + 7, j * 20 + 5, i * 20 + 7, j * 20 + 9); //1
g.drawLine(i * 20 + 13, j * 20 + 5, i * 20 + 13, j * 20 + 9); //3
g.drawLine(i * 20 + 8, j * 20 + 10, i * 20 + 12, j * 20 + 10); //4
g.drawLine(i * 20 + 13, j * 20 + 11, i * 20 + 13, j * 20 + 15); //6
}
else if (current.getNumber() == 5){
g.drawLine(i * 20 + 7, j * 20 + 5, i * 20 + 7, j * 20 + 9); //1
g.drawLine(i * 20 + 8, j * 20 + 4, i * 20 + 12, j * 20 + 4); //2
g.drawLine(i * 20 + 8, j * 20 + 10, i * 20 + 12, j * 20 + 10); //4
g.drawLine(i * 20 + 13, j * 20 + 11, i * 20 + 13, j * 20 + 15); //6
g.drawLine(i * 20 + 8, j * 20 + 16, i * 20 + 12, j * 20 + 16); //7
}
else if (current.getNumber() == 6){
g.drawLine(i * 20 + 7, j * 20 + 5, i * 20 + 7, j * 20 + 9); //1
g.drawLine(i * 20 + 8, j * 20 + 4, i * 20 + 12, j * 20 + 4); //2
g.drawLine(i * 20 + 8, j * 20 + 10, i * 20 + 12, j * 20 + 10); //4
g.drawLine(i * 20 + 7, j * 20 + 11, i * 20 + 7, j * 20 + 15); //5
g.drawLine(i * 20 + 13, j * 20 + 11, i * 20 + 13, j * 20 + 15); //6
g.drawLine(i * 20 + 8, j * 20 + 16, i * 20 + 12, j * 20 + 16); //7
}
else if (current.getNumber() == 7){
g.drawLine(i * 20 + 8, j * 20 + 4, i * 20 + 12, j * 20 + 4); //2
g.drawLine(i * 20 + 13, j * 20 + 5, i * 20 + 13, j * 20 + 9); //3
g.drawLine(i * 20 + 13, j * 20 + 11, i * 20 + 13, j * 20 + 15); //6
}
else if (current.getNumber() == 8){
g.drawLine(i * 20 + 7, j * 20 + 5, i * 20 + 7, j * 20 + 9); //1
g.drawLine(i * 20 + 8, j * 20 + 4, i * 20 + 12, j * 20 + 4); //2
g.drawLine(i * 20 + 13, j * 20 + 5, i * 20 + 13, j * 20 + 9); //3
g.drawLine(i * 20 + 8, j * 20 + 10, i * 20 + 12, j * 20 + 10); //4
g.drawLine(i * 20 + 7, j * 20 + 11, i * 20 + 7, j * 20 + 15); //5
g.drawLine(i * 20 + 13, j * 20 + 11, i * 20 + 13, j * 20 + 15); //6
g.drawLine(i * 20 + 8, j * 20 + 16, i * 20 + 12, j * 20 + 16); //7
}
}
g.setColor(Color.BLACK);
g.drawRect(i * 20, j * 20, i * 20 + 20, j * 20 + 20);
}
}
}
public Board(Minesweeper m){ //Creating a new game so we can draw a board for it
mine = m;
cells = mine.getCells();
addMouseListener(new Actions(mine));
setPreferredSize(new Dimension(mine.getx() * 20, mine.gety() * 20));
}
}
//--------------------------------- END of Board.java ---------------------------------
//--------------------------------- START of Actions.java ---------------------------------
import java.awt.event.ActionEvent; import java.awt.event.ActionListener; import java.awt.event.MouseEvent; import java.awt.event.MouseListener;
public class Actions implements ActionListener, MouseListener{
private Minesweeper mine;
//These following four are not important. We simply tell the machine to pay no mind when mouse is pressed, released, etc.
//If these weren't here the computer would freak out and panic over what to do because no instructions were given.
public void mouseEntered(MouseEvent e){
}
public void mouseExited(MouseEvent e){
}
public void mousePressed(MouseEvent e){
}
public void mouseReleased(MouseEvent e){
}
//Where the fun begins
public Actions(Minesweeper m){
mine = m;
}
//Any time an action is performed, redraw the board and keep it up to date.
public void actionPerformed(ActionEvent e){
mine.reset();
mine.refresh();
}
//Mouse clicky clicky
public void mouseClicked(MouseEvent e){
//Left click - opens mine
if (e.getButton() == 1)
{
int x = e.getX() / 20;
int y = e.getY() / 20;
mine.select(x, y);
}
//Middle click
if (e.getButton() == 2) {
int mineCount = 0;
int flagCount = 0;
}
//Right click - marks mine
if (e.getButton() == 3)
{
int x = e.getX() / 20;
int y = e.getY() / 20;
mine.mark(x, y);
}
mine.refresh(); //Gotta keep it fresh
}
}
//--------------------------------- END of Actions.java ---------------------------------
//--------------------------------- START of Minesweeper.java ---------------------------------
import java.awt.BorderLayout; import java.util.Random; import javax.swing.JButton; import javax.swing.JFrame; import javax.swing.JOptionPane;
public class Minesweeper extends JFrame {
private static final long serialVersionUID = 1L;
private int width, height;
private int difficulty;
private Cell[][] cells;
private Board board;
private JButton reset;
private boolean finished;
public void select(int x, int y){ //Select a mine on the board
if (cells[x][y].isFlagged()) //Is the mine flagged?
return;
cells[x][y].reveal(); //Reveal the cell
resetMarks(); //Reset marks and redraw board
refresh();
if (cells[x][y].isMine()) //If a mine is revealed, you lose.
{
lose();
}
else if (won()) //If the game has been won, you win. Hahahahahaha.
{
win();
}
}
private void setNumbers(){ //For each cell, count the amount of mines in surrounding squares.
//Because the board is modeled as a 2D array, this is relatively easy - simply check the surrounding addresses for mines.
//If there's a mine, add to the count.
for (int i = 0; i < width; i++){
for (int j = 0; j < height; j++){
int count = 0;
if (i > 0 && j > 0 && cells[i - 1][j - 1].isMine())
count++;
if (j > 0 && cells[i][j - 1].isMine())
count++;
if (i < width - 1 && j > 0 && cells[i + 1][j - 1].isMine())
count++;
if (i > 0 && cells[i - 1][j].isMine())
count++;
if (i < width - 1 && cells[i + 1][j].isMine())
count++;
if (i > 0 && j < height - 1 && cells[i - 1][j + 1].isMine())
count++;
if (j < height - 1 && cells[i] [j + 1].isMine())
count++;
if (i < width - 1 && j < height - 1 && cells[i + 1][j + 1].isMine())
count++;
cells[i][j].setNumber(count);
if (cells[i][j].isMine())
cells[i][j].setNumber(-1);
if (cells[i][j].getNumber() == 0)
cells[i][j].reveal();
}
}
for (int i = 0; i < width; i++){ //This is for the beginning of the game.
//If the 8 cells around certain cell have no mines beside them (hence getNumber() = 0) beside them, this cell is empty.
for (int j = 0; j < height; j++){
if (i > 0 && j > 0 && cells[i - 1][j - 1].getNumber() == 0)
cells[i][j].reveal();
if (j > 0 && cells[i][j - 1].getNumber() == 0)
cells[i][j].reveal();
if (i < width - 1 && j > 0 && cells[i + 1][j - 1].getNumber() == 0)
cells[i][j].reveal();
if (i > 0 && cells[i - 1][j].getNumber() == 0)
cells[i][j].reveal();
if (i < width - 1 && cells[i + 1][j].getNumber() == 0)
cells[i][j].reveal();
if (i > 0 && j < height - 1 && cells[i - 1][j + 1].getNumber() == 0)
cells[i][j].reveal();
if (j < height - 1 && cells[i][j + 1].getNumber() == 0)
cells[i][j].reveal();
if (i < width - 1 && j < height - 1 && cells[i + 1][j + 1].getNumber() == 0)
cells[i][j].reveal();
}
}
}
public void mark(int x, int y){ //When a player wants to flag/unflag a cell
if (cells[x][y].isFlagged()) //If the cell is already flagged, unflag it.
cells[x][y].unflag();
else if (cells[x][y].isCovered()) //If the cell has nothing on it and is covered, flag it.
cells[x][y].flag();
resetMarks();
}
private void resetMarks(){ //If a cell is not covered, then it cannot be flagged.
//Every time a player does something, this should be called to redraw the board.
for (int i = 0; i < width; i++){
for (int j = 0; j < height; j++){
if (!cells[i][j].isCovered())
cells[i][j].unflag();
}
}
}
public void reset(){ //Reset the positions of the mines on the board
//If randomly generated number from 0 to 100 is less than the chosen difficulty, a mine is placed down.
//This will somewhat accurately reflect the mine percentage that the user requested - the more cells, the more accurate.
Random random = new Random();
finished = false;
for (int i = 0; i < width; i++) {
for (int j = 0; j < height; j++) {
Cell c = new Cell();
cells[i][j] = c;
int r = random.nextInt(100);
if (r < difficulty)
{
cells[i][j].setMine(); //Put down a mine.
}
}
}
setNumbers(); //Set the numbers after mines have been put down.
}
public int getx() {
return width;
}
public int gety() {
return height;
}
public Cell[][] getCells() {
return cells;
}
public void refresh(){ //Refresh the drawing of the board
board.repaint();
}
private void win(){ //Winning a game
finished = true;
for (int i = 0; i < width; i++)
{
for (int j = 0; j < height; j++)
{
cells[i][j].reveal();//Reveal all cells
if (!cells[i][j].isMine())
cells[i][j].unflag();
}
}
refresh();
JOptionPane.showMessageDialog(null, "Congratulations! You won!"); //Tell the user they won. They probably deserve to know.
reset();
}
private void lose(){ //Losing a game...basically the same as above.
finished = true;
for (int i = 0; i < width; i++)
{
for (int j = 0; j < height; j++)
{
if (!cells[i][j].isCovered())
cells[i][j].unflag();
cells[i][j].reveal();
}
}
refresh();
JOptionPane.showMessageDialog(null, "GAME OVER."); //Dialogue window letting the user know that they lost.
reset();
}
private boolean won(){ //Check if the game has been won
for (int i = 0; i < width; i++){
for (int j = 0; j < height; j++){
if (cells[i][j].isCovered() && !cells[i][j].isMine())
{
return false;
}
}
}
return true;
}
public boolean isFinished(){ //Extremely self-explanatory.
return finished;
}
public Minesweeper(int x, int y, int d){
width = x; //Width of the board
height = y; //Height of the board
difficulty = d; //Percentage of mines in the board
cells = new Cell[width][height];
reset(); //Set mines on the board
board = new Board(this); //Create new board
reset = new JButton("Reset"); //Reset button
add(board, BorderLayout.CENTER); //Put board in the center
add(reset, BorderLayout.SOUTH); //IT'S A BUTTON! AND IT WORKS! VERY COOL
reset.addActionListener(new Actions(this)); //ActionListener to watch for mouse actions
//GUI window settings
setTitle("Minesweeper");
setDefaultCloseOperation(JFrame.EXIT_ON_CLOSE);
setResizable(false);
pack();
setVisible(true);
}
}
//--------------------------------- END of Minesweeper.java ---------------------------------
</lang>
Julia
Save the following code to a file (for example "minesweeper.jl") and include it in the Julia REPL to play the game. <lang Julia>
- Minesweeper:
mutable struct Field
size::Tuple{Int, Int}
numbers::Array{Int, 2}
possible_mines::Array{Bool, 2}
actual_mines::Array{Bool, 2}
visible::Array{Bool, 2}
end
function Field(x, y)
size = (x, y)
actual_mines = convert(Array{Bool, 2}, rand(x, y) .< 0.15)
possible_mines = zeros(Bool, x, y)
numbers = zeros(Int, x, y)
visible = zeros(Bool, x, y)
for i = 1:x
for j = 1:y
n = 0
for di = -1:1
for dj = -1:1
n += (0 < di+i <= x && 0 < dj+j <= y) ?
(actual_mines[di+i, dj+j] ? 1 : 0) : 0
end
end
numbers[i, j] = n
end
end
return Field(size, numbers, possible_mines, actual_mines, visible)
end
function printfield(f::Field; showall = false)
spaces = Int(floor(log(10, f.size[2])))
str = " "^(4+spaces)
for i in 1:f.size[1]
str *= string(" ", i, " ")
end
str *= "\n" * " "^(4+spaces) * "___"^f.size[1] * "\n"
for j = 1:f.size[2]
str *= " " * string(j) * " "^(floor(log(10, j)) > 0 ? 1 : spaces+1) * "|"
for i = 1:f.size[1]
if showall
str *= f.actual_mines[i, j] ? " * " : " "
else
if f.visible[i, j]
str *= " " * string(f.numbers[i, j] > 0 ? f.numbers[i, j] : " ") * " "
elseif f.possible_mines[i, j]
str *= " ? "
else
str *= " . "
end
end
end
str *= "\r\n"
end
println("Found " * string(length(f.possible_mines[f.possible_mines.==true])) *
" of " * string(length(f.actual_mines[f.actual_mines.==true])) * " mines.\n")
print(str)
end
function parse_input(str::String)
input = split(chomp(str), " ") mode = input[1] println(str) coords = length(input) > 1 ? (parse(Int,input[2]), parse(Int,input[3])) : (0, 0) return mode, coords
end
function eval_input(f::Field, str::String)
mode, coords = parse_input(str)
(coords[1] > f.size[1] || coords[2] > f.size[2]) && return true
if mode == "o"
reveal(f, coords...) || return false
elseif mode == "m" && f.visible[coords...] == false
f.possible_mines[coords...] = !f.possible_mines[coords...]
elseif mode == "close"
error("You closed the game.")
end
return true
end
function reveal(f::Field, x::Int, y::Int)
(x > f.size[1] || y > f.size[2]) && return true # check for index out of bounds
f.actual_mines[x, y] && return false # check for mines
f.visible[x, y] = true
if f.numbers[x, y] == 0
for di = -1:1
for dj = -1:1
if (0 < di+x <= f.size[1] && 0 < dj+y <= f.size[2]) &&
f.actual_mines[x+di, y+dj] == false &&
f.visible[x+di, y+dj] == false
reveal(f, x+di, y+dj)
end
end
end
end
return true
end
function play()
print("\nWelcome to Minesweeper\n\nEnter the gridsize x y:\n")
s = split(readline(), " ")
f = Field(parse.(Int,s)...)
won = false
while true
printfield(f)
print("\nWhat do you do? (\"o x y\" to reveal a field; \"m x y\" to toggle a mine; close)\n")
eval_input(f, readline()) || break
print("_"^80 * "\n")
(f.actual_mines == f.possible_mines ||
f.visible == .!f.actual_mines) && (won = true; break)
end
println(won ? "You won the game!" : "You lost the game:\n")
printfield(f, showall = true)
end
play() </lang> typical game: <lang Julia> julia> include("minesweeper.jl")
Welcome to Minesweeper
Enter the gridsize x y: 6 4 Found 0 of 5 mines.
1 2 3 4 5 6 __________________ 1 | . . . . . . 2 | . . . . . . 3 | . . . . . . 4 | . . . . . .
What do you do? ("o x y" to reveal a field; "m x y" to toggle a mine; close) o 1 1 ________________________________________________________________________________
Found 0 of 5 mines.
1 2 3 4 5 6 __________________ 1 | 1 . . . . . 2 | . . . . . . 3 | . . . . . . 4 | . . . . . .
What do you do? ("o x y" to reveal a field; "m x y" to toggle a mine; close) o 1 2 ________________________________________________________________________________
Found 0 of 5 mines.
1 2 3 4 5 6 __________________ 1 | 1 . . . . . 2 | 2 . . . . . 3 | . . . . . . 4 | . . . . . .
What do you do? ("o x y" to reveal a field; "m x y" to toggle a mine; close) o 2 1 ________________________________________________________________________________
Found 0 of 5 mines.
1 2 3 4 5 6 __________________ 1 | 1 2 . . . . 2 | 2 . . . . . 3 | . . . . . . 4 | . . . . . .
What do you do? ("o x y" to reveal a field; "m x y" to toggle a mine; close) o 6 4 ________________________________________________________________________________
Found 0 of 5 mines.
1 2 3 4 5 6 __________________ 1 | 1 2 . . . . 2 | 2 . 2 1 1 1 3 | . . 2 4 | . . 1
What do you do? ("o x y" to reveal a field; "m x y" to toggle a mine; close) m 2 2 ________________________________________________________________________________
Found 1 of 5 mines.
1 2 3 4 5 6 __________________ 1 | 1 2 . . . . 2 | 2 ? 2 1 1 1 3 | . . 2 4 | . . 1
What do you do? ("o x y" to reveal a field; "m x y" to toggle a mine; close) close ERROR: You closed the game.
</lang>
Locomotive Basic
<lang locobasic>10 mode 1:randomize time 20 defint a-z 30 boardx=6:boardy=4 40 dim a(boardx,boardy) 50 dim c(boardx+2,boardy+2) 60 dim c2(boardx+2,boardy+2) 70 nmines=int((rnd/3+.1)*boardx*boardy) 80 for i=1 to nmines 90 ' place random mines 100 xp=int(rnd*(boardx-1)+1) 110 yp=int(rnd*(boardy-1)+1) 120 if a(xp,yp) then 100 130 a(xp,yp)=64 140 for xx=xp to xp+2 150 for yy=yp to yp+2 160 c(xx,yy)=c(xx,yy)+1 170 next yy 180 next xx 190 next i 200 gosub 350 210 x=1:y=1 220 gosub 600 230 ' wait for key press 240 k$=lower$(inkey$) 250 if k$="" then 240 260 if k$="q" and y>1 then gosub 660:y=y-1:gosub 600 270 if k$="a" and y<boardy then gosub 660:y=y+1:gosub 600 280 if k$="o" and x>1 then gosub 660:x=x-1:gosub 600 290 if k$="p" and x<boardx then gosub 660:x=x+1:gosub 600 300 if k$="m" then a(x,y)=a(x,y) xor 128:gosub 600:gosub 1070 310 if k$=" " then a(x,y)=a(x,y) or 512:gosub 700:sx=x:sy=y:gosub 450:x=sx:y=sy:gosub 600 320 goto 240 330 end 340 ' print board 350 mode 1 360 gosub 450 370 locate 1,12 380 print "Move on the board with the Q,A,O,P keys" 390 print "Press Space to clear" 400 print "Press M to mark as a potential mine" 410 print 420 print "There are"nmines"mines." 430 return 440 ' update board 450 for y=1 to boardy 460 for x=1 to boardx 470 locate 2*x,y 480 gosub 530 490 next 500 next 510 return 520 ' print tile 530 if a(x,y) and 128 then print "?":return 540 if c(x+1,y+1)=0 then d$=" " else d$=chr$(c(x+1,y+1)+48) 550 if a(x,y) and 256 then print d$:return 560 'if a(x,y) and 64 then print "M":return 570 print "." 580 return 590 ' turn on tile 600 locate 2*x,y 610 pen 0:paper 1 620 gosub 530 630 pen 1:paper 0 640 return 650 ' turn off tile 660 locate 2*x,y 670 gosub 530 680 return 690 ' clear tile 700 if a(x,y) and 64 then locate 15,20:print "*** BOOM! ***":end 710 locate 1,25:print "-WAIT-"; 720 for x2=1 to boardx 730 for y2=1 to boardy 740 c2(x2+1,y2+1)=a(x2,y2) 750 next 760 next 770 ' iterate clearing 780 cl=0 790 for x2=1 to boardx 800 for y2=1 to boardy 810 if c2(x2+1,y2+1) and 512 then gosub 940:cl=cl+1 820 next y2 830 next x2 840 if cl then 780 850 for x2=1 to boardx 860 for y2=1 to boardy 870 vv=c2(x2+1,y2+1) 880 if vv>1000 then a(x2,y2)=vv xor 1024 890 next y2 900 next x2 910 locate 1,25:print " "; 920 return 930 ' find neighbors 940 c2(x2+1,y2+1)=(c2(x2+1,y2+1) xor 512) or 256 or 1024 950 for ii=0 to 2 960 for jj=0 to 2 970 if ii=0 and jj=0 then 1030 980 if c2(x2+ii,y2+jj) and 64 then 1030 990 if c2(x2+ii,y2+jj) and 128 then 1030 1000 if c2(x2+ii,y2+jj) and 1024 then 1030 1010 c2(x2+ii,y2+jj)=c2(x2+ii,y2+jj) or 512 1020 ' next tile 1030 next jj 1040 next ii 1050 return 1060 ' update discovered mine count 1070 mm=0 1080 for x2=1 to boardx 1090 for y2=1 to boardy 1100 if (a(x2,y2) and 128)>0 and (a(x2,y2) and 64)>0 then mm=mm+1 1110 next 1120 next 1130 if mm=nmines then locate 5,22:print "Congratulations, you've won!":end 1140 return</lang>
M2000 Interpreter
Playing in M2000 Console. We can change Form 80,32 and rows=8 and columns=14 for greater board
Cheat mode enabled with c command. If we use ? column row and place it where the mines are (an all of them) then game end and player win. Without cheat mode command ? can be used to block clearing.
By default when first play and hit mine, the mine change position. We can alter this putting a rem before swap_first%=used%
We can place anything as command and we get response for errors. Also we can pass multiple commands.
Algorithm not used recursion, but a feature of M2000, a stack of values which is visible from all statements in a module (and subroutines too). So when we need to clear to adjacent cells we just pass command to stack. Also there are two kind of clearing, type o and type n. The difference is that the second one allow searching if there is no adjacent cell with a mine. The second one send commands as type o (as a choice, you can alter this with a type n).
<lang M2000 Interpreter>
Module Minesweeper {
Font "Arial Black"
Bold 0
Form 60,40
Refresh 1000
Def com$, com_label$
Def x, b_row, b_col, where, top_where
Def rows=4, columns=6, swap_first%
Def boolean skiptest, end_game, cheat
Dim Board$(0 to rows+1, 0 to columns+1)="? "
Def mines%, i%, j%, used%, acc%, n%, m%
mines%=max.data(random(int(columns*rows*.1),int(columns*rows*.2)-1), 1)
For i%=1 to rows:For j%=1 to columns
Board$(i%,j%)=". "
Next j%:Next i%
used%=mines%
While used%
used%--
Do
i%=random(1,rows)
j%=random(1, columns)
Until right$(Board$(i%,j%),1)=" "
Board$(i%,j%)=".*"
End While
used%=rows*columns-mines%
\\ remove rem so to never loose from first open
Rem :
swap_first%=used%
\\ when mines%=0 or used%=0 then player win
Report {Minesweeper - rosettacode task
Commands:
- ? 1 2 flag/unflag 1 2
- 1 2 open 1 2
- q to quit
You can pass multiple commands in a line, but q erase all before execute
}
top_where=Row
While not End_Game {GameLoop()}
End
Sub PrintBoard()
Cls, top_where
Print
Print " X ";
For j%=1 to columns {
Print format$("{0::-3} ", j%);
}
Print
For i%=1 to rows {
Print format$(" {0::-3} ", i%);
For j%=1 to columns {
Print " ";Left$(Board$(i%,j%),1);" ";
\\ rem above and unrem follow line to display mines
Rem: Print " ";Board$(i%,j%)+" ";
}
Print
}
End Sub
Sub PrintMines()
Cls, top_where
Print
Print " X ";
For j%=1 to columns {
Print format$("{0::-3} ", j%);
}
Print
For i%=1 to rows {
Print format$(" {0::-3} ", i%);
For j%=1 to columns {
Print " ";Right$(Board$(i%,j%),1);" ";
}
Print
}
End Sub
Sub GameLoop()
Local com$, loopagain as boolean
PrintBoard()
InputCommand()
do
loopagain=true
while not empty
\\ process game command
Read com$
if com$="q " Then
Print "Quit" : end_game=True : exit
Else.if com$="o " Then
OpenCell()
Else.if com$="n " Then
OpenCell2()
Else.if com$="? " Then
SwapCell()
Else.if com$="c " Then
Exit Sub
End if
End While
If mines%=0 or used%=0 then
PrintBoard(): Print "Player Win": end_game=True: Exit Sub
End if
If mines%=-1 then
if swap_first%=used% then
mines%=rows*columns-used%
Local n%, m%
While mines%
Let n%=random(1,rows), m%=random(1, columns)
If Board$(n%, m%)=". " then Board$(n%, m%)=".*" : mines%=0
End While
Board$(i%, j%)=". "
mines%=rows*columns-used%
swap_first%=-100
Push i%, j%, "o "
loopagain=false
else
PrintMines(): Print "Player Loose": end_game=True : Exit Sub
end if
End If
Until loopagain
Flush
Refresh if(End_Game->10,1000)
End Sub
Sub InputCommand()
where=row
While com$=""
cls, where
Print "x x | ? x x | q >";
Refresh 10
Try {
Input "", com$
}
End While
x=1
Flush
While com$<>""
com_label$=""
ParseCommand()
if len(com_label$)<>2 then
com$="" : Print com_label$ : Flush
Refresh 10
push key$ : drop
else
Data com_label$, b_col, b_row
End if
End While
Refresh 1000
End Sub
Sub ParseCommand()
com_label$="o "
skiptest=true
ReadColumn()
if len(com_label$)<>2 then
com$=""
Else.if x=-1 then
com_label$=lcase$(Left$(com$,1))+" "
com$=mid$(com$, 2)
x=1
if len(com_label$)<>2 then
com_label$="no command found"
else.if com_label$="? " then
ReadColumn()
if x>-1 then ReadRow()
else.if com_label$="c " then
cheat=true
else.if com_label$="q " then
flush
com$=""
else
com_label$="Use q or ? for commands"
com$=""
End if
else
ReadRow()
if x>-1 then com_label$="o "
End if
End Sub
Sub ReadRow()
com$=mid$(com$,x)
b_row=val(com$, "??", x)
if x=-1 then
com_label$="Need a row"
else.if b_row<1 or b_row>rows then
com_label$="Need a row from 1 to "+str$(rows)
x=-1
else
com$=mid$(com$,x+1)
x=1
End if
End Sub
Sub ReadColumn()
com$=mid$(com$,x)
b_col=val(com$, "??", x)
if x=-1 then
if not skiptest then com_label$="Need a column"
else.if b_col<1 or b_col>columns then
com_label$="Need a column from 1 to"+str$(columns)
else
com$=mid$(com$,x+1)
x=1
End if
skiptest=false
End Sub
Sub SwapCell()
Read j%, i%
If left$(Board$(i%,j%),1)="?" then
Board$(i%,j%) ="."+Right$(Board$(i%,j%),1)
If cheat Then if Right$(Board$(i%,j%),1)="*" then mines%++
Else.If left$(Board$(i%,j%),1)="." then
Board$(i%,j%) ="?"+Right$(Board$(i%,j%),1)
If cheat Then if Right$(Board$(i%,j%),1)="*" then mines%--
End if
End Sub
Sub OpenCell()
Read j%, i%
If left$(Board$(i%,j%),1)="." then {
if Right$(Board$(i%,j%),1)="*" then mines%=-1 : flush : exit
acc%=0
used%--
Local n%, m%
For n%=i%-1 to i%+1 {
For m%=j%-1 to j%+1 {
If Right$(Board$(n%,m%),1)="*" then acc%++
}
}
For n%=i%-1 to i%+1 {
For m%=j%-1 to j%+1 {
if not (n%=i% and m%=j%) then
if not Right$(Board$(n%,m%),1)="*" then
If left$(Board$(n%,m%),1)="." then
Push n%, m%, "n " ' reverse to stack
Rem : Print stack.size : Refresh
End If
End If
End If
}
}
Board$(i%,j%)=if$(acc%=0->" ",str$(acc%, "# "))
}
End Sub
Sub OpenCell2()
Read J%, i%
If left$(Board$(i%,j%),1)="." then {
if Right$(Board$(i%,j%),1)="*" then exit
acc%=0
used%--
For n%=i%-1 to i%+1 {
For m%=j%-1 to j%+1 {
If Right$(Board$(n%,m%),1)="*" then acc%++
}
}
\\ if cell has no mines around then we check all
if acc%=0 then
Local n%, m%
For n%=i%-1 to i%+1
For m%=j%-1 to j%+1
if not (n%=i% and m%=j%) then
if not Right$(Board$(n%,m%),1)="*" then
If left$(Board$(n%,m%),1)="." then
Push n%, m%, "o " ' reverse to stack
Rem : Print stack.size : Refresh
End If
End If
End If
Next m%
Next n%
End If
Board$(i%,j%)=if$(acc%=0->" ",str$(acc%, "# "))
}
End Sub
} Minesweeper </lang>
Mathematica
Mouse version
<lang mathematica>DynamicModule[{m = 6, n = 4, minecount, grid, win, reset, clear,
checkwin},
reset[] :=
Module[{minesdata, adjacentmines},
minecount = RandomInteger[Round[{.1, .2} m*n]];
minesdata =
Normal@SparseArray[# -> 1 & /@
RandomSample[Tuples[Range /@ {m, n}], minecount], {m, n}];
adjacentmines =
ArrayPad[
Total[RotateLeft[
ArrayPad[minesdata,
1], #] & /@ {{-1, -1}, {0, -1}, {1, -1}, {-1, 0}, {1,
0}, {-1, 1}, {0, 1}, {1, 1}}], -1];
grid = Array[{If[minesdata#1, #2 == 1, "*",
adjacentmines#1, #2], ".", 1} &, {m, n}]; win = ""];
clear[i_, j_] :=
If[gridi, j, 1 == "*", win = "You lost.";
grid = grid /. {{n_Integer, "?", _} :> {n, "x", 0}, {"*",
".", _} :> {"*", "*", 0}},
gridi, j = {gridi, j, 1, gridi, j, 1, 0};
If[gridi, j, 2 == 0, gridi, j, 2 = "";
clear[i + #1,
j + #2] & /@ {{-1, -1}, {0, -1}, {1, -1}, {-1, 0}, {1,
0}, {-1, 1}, {0, 1}, {1, 1}}]] /;
1 <= i <= m && 1 <= j <= n && gridi, j, 2 == ".";
checkwin[] :=
If[FreeQ[grid, {_Integer, "?", _} | {_, "*", _} | {_Integer,
".", _}], win = "You win.";
grid = grid /. {{"*", ".", _} :> {"*", "?", 1}}];
reset[];
Panel@Column@{Row@{Dynamic@minecount, "\t",
Button["Reset", reset[]]},
Grid[Table[
With[{i = i, j = j},
EventHandler[
Button[Dynamic[gridi, j, 2], Null, ImageSize -> {17, 17},
Appearance ->
Dynamic[If[gridi, j, 3 == 0, "Pressed",
"DialogBox"]]], {{"MouseClicked", 1} :>
If[win == "", clear[i, j]; checkwin[]], {"MouseClicked",
2} :> If[win == "",
Switch[gridi, j, 2, ".", gridi, j, 2 = "?";
minecount--, "?", gridi, j, 2 = "."; minecount++];
checkwin[]]}]], {i, 1, m}, {j, 1, n}], Spacings -> {0, 0}],
Dynamic[win]}]</lang>
MATLAB
Built-In Graphical Version
<lang MATLAB>xpbombs</lang>
Original Graphical Version
Graphical version with mouse controls designed to imitate Microsoft Minesweeper as much as possible.
Changes to task:
- Number of mines is shown at the beginning and counts down as the user marks mine flags.
- Mine flags are indicated by the character 'M', unknown flags are indicated by '?'.
- Adjacent mine-free space is cleared, excluding squares marked as mines, but including squares marked as unknown.
- Game is won, not by marking all mines with flags, but by clearing all the non-mine squares.
Items that could use improvement:
- Mines are seeded prior to first click, so it is possible to lose on first move.
- Loading of field and general speed slows at higher field dimensions. Timer also seems to temporarily lose a second on some moves.
- Code uses
gcaandgcffrequently, which could possibly cause problems if user is working with multiple figure windows at once.
<lang MATLAB>function Minesweeper
% Game parameters (should be modified by user)
nRows = 6;
nCols = 4;
percentMines = 0.15;
% Create minefield
nMines = ceil(percentMines*nRows*nCols);
field = makeGrid(nRows, nCols, nMines);
% Create timer for updating in axes title
stopwatch = timer('TimerFcn', {@updateTime, field}, ...
'ExecutionMode', 'fixedRate', 'Period', 1, 'StartDelay', 1, ...
'TasksToExecute', 999);
% Specify callbacks
set(gcf, 'CloseRequestFcn', {@cleanUp, stopwatch})
set(gca, 'ButtonDownFcn', {@onClick, field, stopwatch})
end
function field = makeGrid(nRows, nCols, nMines)
% Create minefield with unit squares
% Use quadrant IV to make indexing semi-consistent
% i.e. square in ith row, jth column has lower-right corner at (j, -i)
figure
set(gcf, 'Color', [1 1 1])
axis([0 nCols -nRows 0])
axis square
axis manual
hold on
set(gca, 'GridLineStyle', '-')
grid on
set(gca, 'XTick', 0:nCols)
set(gca, 'YTick', -nRows:0)
set(gca, 'XTickLabel', [])
set(gca, 'YTickLabel', [])
set(gca, 'Color', [0.6 0.6 0.6])
setTitle(nMines, ': )', 0)
xlabel('left-click to dig, right-click to mark')
% Set up field structure
% text will contain the handles to the labels in each square
% One character per square (or other functions will break)
% . Nothing noted
% M Marked as mine
% ? Marked as unknown
% 1-8 Digits indicate how many mines this square touches
% * Mine (game over)
% (blank) Square has been (dug) and is not mined nor touching any mines
% squares will contain handles to the colored "fill" objects
% fill objects will be deleted once square is "dug"
% Use ishandle() to determine if square is not yet dug
% mines will contain a logical array indicating positions of mines
% true Mine
% false No mine
% Later versions of MATLAB use gobjects() to preallocate text and squares
field = struct('text', zeros(nRows, nCols), ...
'squares', zeros(nRows, nCols), ...
'mines', false(nRows, nCols));
% Create individual square color and label objects
for r = 1:nRows
for c = 1:nCols
field.squares(r, c) = ...
fill([c-1 c-1 c c c-1], [-r+1 -r -r -r+1 -r+1], [0.9 0.9 0.9]);
set(field.squares(r, c), 'HitTest', 'off')
field.text(r, c) = text(c-0.5, -r+0.5, '.');
set(field.text(r, c), 'FontSize', 12, 'FontWeight', 'bold', ...
'HorizontalAlignment', 'center', 'HitTest', 'off');
end
end
% Place mines randomly without repeats
k = 0;
while k < nMines
idx = randi(nRows*nCols);
if ~field.mines(idx)
field.mines(idx) = true;
k = k+1;
end
end
end
function onClick(obj, event, field, stopwatch)
if strcmp(stopwatch.Running, 'off')
start(stopwatch)
end
pt = get(obj, 'CurrentPoint');
r = ceil(-pt(1, 2));
c = ceil(pt(1, 1));
if r > 0 && c > 0 && r <= size(field.squares, 1) && ... % Not yet been "dug"
c <= size(field.squares, 2) && ishandle(field.squares(r, c))
buttons = {'normal' 'alt' 'extend'};
btn = find(strcmp(get(get(obj, 'Parent'), 'SelectionType'), buttons));
labels = '.M?'; % Unmarked, mine flag, unknown flag
currLabel = get(field.text(r, c), 'String');
if btn == 1 % Left click
if currLabel ~= labels(2); % Don't dig if flagged as mine
if field.mines(r, c) % Mine there -> you lose
gameLost(field, stopwatch, r, c)
else % No mine -> free to dig
minesLeft = countMineFlags(field);
digSquare(field, r, c)
if all(all(ishandle(field.squares) == field.mines))
gameWon(field, stopwatch)
else
faceTimer = timer('StartDelay', 0.5, ...
'StartFcn', {@setTitleOnTimer, minesLeft, ...
': o', stopwatch.TasksExecuted}, ...
'TimerFcn', {@setTitleOnTimer, minesLeft, ...
': )', stopwatch.TasksExecuted}, ...
'StopFcn', @deleteTimer);
start(faceTimer)
end
end
end
elseif btn == 2 % Right-click
% Rotate through labels list to the next one
switch find(currLabel == labels)
case 1
newLabel = labels(2);
case 2
newLabel = labels(3);
case 3
newLabel = labels(1);
end
set(field.text(r, c), 'String', newLabel);
setTitle(countMineFlags(field), ': )', stopwatch.TasksExecuted)
elseif btn == 3 % Middle-click
% Mark/unmark unknown flag
if currLabel == labels(1)
set(field.text(r, c), 'String', labels(3));
elseif currLabel == labels(3)
set(field.text(r, c), 'String', labels(1));
end
end
end
end
function updateTime(obj, event, field)
setTitle(countMineFlags(field), ': )', obj.TasksExecuted)
end
function deleteTimer(obj, event)
delete(obj)
end
function setTitleOnTimer(obj, event, mines, face, time)
setTitle(mines, face, time)
end
function setTitle(mines, face, time)
title(sprintf('%03d Mines %s Timer %03d', mines, face, time))
end
function minesLeft = countMineFlags(field) % Determine how many mines are unmarked (negative means too many mines marked)
minesLeft = sum(field.mines(:));
for k = 1:numel(field.text)
if get(field.text(k), 'String') % Not an empty string
minesLeft = minesLeft-(get(field.text(k), 'String') == 'M');
end
end
end
function digSquare(field, r, c) % If square is touching one or more mines then indicate the number % Otherwise indicate no mines and dig surrounding squares recursively % Assumes current square is clear of mines
delete(field.squares(r, c))
[nRows, nCols] = size(field.mines);
surrR = [r-1 r r+1 r-1 r+1 r-1 r r+1];
surrC = [c-1 c-1 c-1 c c c+1 c+1 c+1];
toDelete = surrR < 1 | surrR > nRows | surrC < 1 | surrC > nCols;
surrR(toDelete) = [];
surrC(toDelete) = [];
nearMines = sum(field.mines(sub2ind([nRows nCols], surrR, surrC)));
label = sprintf('%d', nearMines);
textColor = [0 0 0 ; 0 0 1 ; 0 1 0 ; 1 0 0 ; 0.5 0.1 0.9 ; ...
0.6 0 0 ; 0.2 0.5 0.3 ; 0.2 0.2 0.1 ; 0 0 0];
if ~nearMines
label = ;
for k = 1:length(surrR)
if ~field.mines(surrR(k), surrC(k)) && ...
ishandle(field.squares(surrR(k), surrC(k))) && ...
~strcmp(get(field.text(k), 'String'), 'M')
digSquare(field, surrR(k), surrC(k))
end
end
end
set(field.text(r, c), 'String', label, 'Color', textColor(nearMines+1, :))
end
function gameLost(field, stopwatch, r, c)
stop(stopwatch)
setTitle(countMineFlags(field), 'X (', stopwatch.TasksExecuted)
set(field.squares(r, c), 'FaceColor', [1 0 0])
for k = 1:numel(field.text)
if field.mines(k) && any(get(field.text(k), 'String') == '.?')
set(field.text(k), 'String', '*', 'FontSize', 20)
elseif ~field.mines(k) && ishandle(field.squares(k)) && ...
get(field.text(k), 'String') == 'M'
set(field.text(k), 'String', 'X', 'Color', [1 0 0])
end
end
set(gca, 'HitTest', 'off')
queryPlayAgain('Game over')
end
function gameWon(field, stopwatch) % Flag any leftover mines and indicate win
stop(stopwatch)
set(field.text(ishandle(field.squares)), 'String', 'M')
setTitle(0, 'B )', stopwatch.TasksExecuted)
set(gca, 'HitTest', 'off')
queryPlayAgain('Minefield cleared!')
end
function queryPlayAgain(msg) % Ask player if they want to play again % Reset game by closing and reopening figure
choice = questdlg(sprintf('%s\nWould you like to play again?', msg), ...
, 'Yes', 'No', 'No');
if strcmp(choice, 'Yes')
close
Minesweeper
end
end
function cleanUp(obj, event, stopwatch) % Stop and close down all necessary processes
stop(stopwatch) delete(stopwatch) delete(obj)
end</lang>
OCaml
<lang ocaml>exception Lost exception Won
let put_mines g m n mines_number =
let rec aux i =
if i < mines_number then
begin
let x = Random.int n
and y = Random.int m in
if g.(y).(x)
then aux i
else begin
g.(y).(x) <- true;
aux (succ i)
end
end
in
aux 0
let print_abscissas n =
print_string "\n "; for x = 1 to n do print_int (x mod 10) done; print_string "\n "; for x = 1 to n do print_char '|' done; print_newline()
let print_display d n =
print_abscissas n; Array.iteri (fun y line -> Printf.printf " %2d - " (y+1); (* print ordinates *) Array.iter print_char line; print_newline() ) d; print_newline()
let reveal d g n =
print_abscissas n;
Array.iteri (fun y line ->
Printf.printf " %2d - " (y+1); (* print ordinates *)
Array.iteri (fun x c ->
print_char (
match c, g.(y).(x) with
| '0'..'9', _ -> c
| '.', true -> 'x'
| '?', true -> 'X'
| '?', false -> 'N'
| '.', false -> '.'
| _ -> c)
) line;
print_newline()
) d;
print_newline()
let toggle_mark d x y =
match d.(y).(x) with | '.' -> d.(y).(x) <- '?' | '?' -> d.(y).(x) <- '.' | _ -> ()
let rec feedback g d x y =
if d.(y).(x) = '.' then
begin
let n = ref 0 in (* the number of mines around *)
for i = (pred y) to (succ y) do
for j = (pred x) to (succ x) do
try if g.(i).(j) then incr n
with _ -> ()
done;
done;
match !n with
| 0 ->
(* recursive feedback when no mines are around *)
d.(y).(x) <- ' ';
for j = (pred y) to (succ y) do
for i = (pred x) to (succ x) do
try feedback g d i j
with _ -> ()
done
done
| _ ->
d.(y).(x) <- (string_of_int !n).[0]
end
let clear_cell g d x y =
if g.(y).(x) then (d.(y).(x) <- '!'; raise Lost) else feedback g d x y
let rec user_input g d =
try
let s = read_line() in
match Scanf.sscanf s "%c %d %d" (fun c x y -> c,x,y) with
| 'm', x, y -> toggle_mark d (x-1) (y-1)
| 'c', x, y -> clear_cell g d (x-1) (y-1)
| _ -> raise Exit
with Exit | Scanf.Scan_failure _
| Invalid_argument "index out of bounds" ->
print_string "# wrong input, try again\n> ";
user_input g d
let check_won g d =
let won = ref true in
Array.iteri (fun y line ->
Array.iteri (fun x c ->
match c, g.(y).(x) with
| '.', _ -> won := false
| '?', false -> won := false
| _ -> ()
) line
) d;
if !won then raise Won
let minesweeper n m percent =
let round x = int_of_float (floor (x +. 0.5)) in
let mines_number = round ((float (n * m)) *. percent) in
(* the ground containing the mines *)
let g = Array.make_matrix m n false in
put_mines g m n mines_number;
Printf.printf "# You have to find %d mines\n" mines_number;
(* what's displayed to the user *)
let d = Array.make_matrix m n '.' in
try
while true do
print_display d n;
print_string "> ";
user_input g d;
check_won g d;
done
with
| Lost ->
print_endline "# You lost!";
reveal d g n
| Won ->
print_endline "# You won!";
reveal d g n
let () =
Random.self_init();
let ios, fos = int_of_string, float_of_string in
let n, m, percent =
try ios Sys.argv.(1), ios Sys.argv.(2), fos Sys.argv.(3)
with _ ->
try ios Sys.argv.(1), ios Sys.argv.(2), 0.2
with _ -> (6, 4, 0.2)
in
minesweeper n m percent;
- </lang>
Sample output:
% ocaml minesweeper.ml
# You have to find 5 mines
123456
||||||
1 - ......
2 - ......
3 - ......
4 - ......
> c 1 1
123456
||||||
1 - 2...
2 - 113...
3 - ......
4 - ......
> m 1 3
123456
||||||
1 - 2...
2 - 113...
3 - ?.....
4 - ......
> c 2 3
# You lost!
123456
||||||
1 - 2xx.
2 - 113xx.
3 - N!....
4 - ......
Perl
<lang perl>#!/usr/bin/perl use warnings; use strict;
{ package Local::Field;
use constant {
REAL => 0,
SHOW => 1,
COUNT => 2,
};
sub new {
my ($class, $width, $height, $percent) = @_;
my $field;
for my $x (1 .. $width) {
for my $y (1 .. $height) {
$field->[$x - 1][$y - 1][REAL] = ' ';
$field->[$x - 1][$y - 1][SHOW] = '.';
}
}
for (1 .. $percent / 100 * $width * $height) {
my ($x, $y) = map int rand $_, $width, $height;
redo if 'm' eq $field->[$x][$y][REAL];
$field->[$x][$y][REAL] = 'm';
for my $i ($x - 1 .. $x + 1) {
for my $j ($y - 1 .. $y + 1) {
$field->[$i][$j][COUNT]++
if $i >= 0 and $j >= 0
and $i <= $#$field and $j <= $#{ $field->[0] };
}
}
}
bless $field, $class;
}
sub show {
my ($self) = @_;
print "\n ";
printf '%2d ', $_ + 1 for 0 .. $#$self;
print "\n";
for my $row (0 .. $#{ $self->[0] }) {
printf '%2d ', 1 + $row;
for my $column (0 .. $#$self) {
print $self->[$column][$row][SHOW], ' ';
}
print "\n";
}
}
sub mark {
my ($self, $x, $y) = @_;
$_-- for $x, $y;
if ('.' eq $self->[$x][$y][SHOW]) {
$self->[$x][$y][SHOW] = '?';
} elsif ('?' eq $self->[$x][$y][SHOW]) {
$self->[$x][$y][SHOW] = '.';
}
}
sub end {
my $self = shift;
for my $y (0 .. $#{ $self->[0] }) {
for my $x (0 .. $#$self) {
$self->[$x][$y][SHOW] = '!' if '.' eq $self->[$x][$y][SHOW]
and 'm' eq $self->[$x][$y][REAL];
$self->[$x][$y][SHOW] = 'x' if '?' eq $self->[$x][$y][SHOW]
and 'm' ne $self->[$x][$y][REAL];
}
}
$self->show;
exit;
}
sub _declassify {
my ($self, $x, $y) = @_;
return if '.' ne $self->[$x][$y][SHOW];
if (' ' eq $self->[$x][$y][REAL] and '.' eq $self->[$x][$y][SHOW]) {
$self->[$x][$y][SHOW] = $self->[$x][$y][COUNT] || ' ';
}
return if ' ' ne $self->[$x][$y][SHOW];
for my $i ($x - 1 .. $x + 1) {
next if $i < 0 or $i > $#$self;
for my $j ($y - 1 .. $y + 1) {
next if $j < 0 or $j > $#{ $self->[0] };
no warnings 'recursion';
$self->_declassify($i, $j);
}
}
}
sub clear {
my ($self, $x, $y) = @_;
$_-- for $x, $y;
return unless '.' eq $self->[$x][$y][SHOW];
print "You lost.\n" and $self->end if 'm' eq $self->[$x][$y][REAL];
$self->_declassify($x, $y); }
sub remain {
my $self = shift;
my $unclear = 0;
for my $column (@$self) {
for my $cell (@$column) {
$unclear++ if '.' eq $cell->[SHOW];
}
}
return $unclear;
}
}
sub help {
print << '__HELP__';
Commands: h ... help q ... quit m X Y ... mark/unmark X Y c X Y ... clear X Y __HELP__ }
my ($width, $height, $percent) = @ARGV;
$width ||= 6;
$height ||= 4;
$percent ||= 15;
my $field = 'Local::Field'->new($width, $height, $percent);
my $help = 1; while (1) {
$field->show; help() if $help; $help = 0; my $remain = $field->remain; last if 0 == $remain; print "Cells remaining: $remain.\n"; my $command = <STDIN>; exit if $command =~ /^q/i;
if ($command =~ /^m.*?([0-9]+).*?([0-9]+)/i) {
$field->mark($1, $2);
} elsif ($command =~ /^c.*?([0-9]+).*?([0-9]+)/i) {
$field->clear($1, $2);
} elsif ($command =~ /^h/i) {
$help = 1;
} else {
print "Huh?\n";
}
} print "You won!\n"; </lang>
Phix
Simple text-based console version <lang Phix>constant help = """
Minesweeper
=
Enter eg A1 to open a cell, FA1 to flag a cell, Q to quit.
The board is initially displayed with 10-20% of cells mined, as follows:
. - an unknown cell (unopened and not flagged) _ - an empty cell, with no surrounding mines 1..8 - an empty cell, with some nearby mines ? - a cell you have flagged as a mine
(a flag can only be cleared by opening)
On completion: X - the mine you detonated (if any)
- - a mine which was not flagged
+ - a mine which was correctly flagged """
string board = """
123456
A...... B...... C...... D...... """
sequence data = repeat(repeat(0,6),4) -- 0: empty, no nearby mines -- 1-8: empty, with surrounding mines -- 9: a mine
-- data[row][col] maps to board[row*8+4+col], lets quickly verify that: if find('.',board)!=13 then ?9/0 end if if rfind('.',board)!=42 then ?9/0 end if -- (above may trigger if copy/paste/dowload etc messed up whitespace)
constant prompt = "\nEnter eg A1 to open a cell, FA1 to flag a cell, Q to quit, or ? for help:"
integer mines = round((6*4)*0.10+rand(6*4)*0.10), -- 10-20%
cleared = 0,
flagged = 0,
flag = false,
row = 0,
col
procedure plant_mines()
for i=1 to mines do
while 1 do
row = rand(4)
col = rand(6)
if data[row][col]!=9 then
data[row][col] = 9
for rx=row-1 to row+1 do
if rx>=1 and rx<=4 then
for cx=col-1 to col+1 do
if cx>=1 and cx<=6 then
if data[rx][cx]!=9 then
data[rx][cx] += 1
end if
end if
end for
end if
end for
exit
end if
end while
end for
printf(1,"%d mines planted\n",mines)
row = 0
end procedure
procedure clear_cell(integer row, col, drc)
board[row*8+4+col] = iff(drc?drc+'0':' ')
cleared += 1
if drc=0 then
for rx=row-1 to row+1 do
if rx>=1 and rx<=4 then
for cx=col-1 to col+1 do
if cx>=1 and cx<=6 then
drc = data[rx][cx]
if drc!=9
and board[rx*8+4+cx]='.' then
clear_cell(rx,cx,drc)
end if
end if
end for
end if
end for
end if
end procedure
function make_move()
integer brc = row*8+4+col
if flag then
if board[brc]='.' then
board[brc] = '?'
flagged += 1
end if
else
integer drc = data[row][col]
if drc=9 then
board[brc] = 'X'
puts(1,"\n\n***BOOM!***")
return true
end if
if find(board[brc],".?") then
clear_cell(row,col,drc)
end if
end if
row = 0
flag = false
-- nb: flagged and cleared may be wrong following incorrect input.
if flagged=mines
or cleared=6*4-mines then
puts(1,"\n\n***You Win!***")
return true
end if
return false -- no "BOOM" yet!
end function
procedure disclose()
for row=1 to 4 do
for col=1 to 6 do
if data[row][col]=9 then
integer bdx = row*8+4+col,
bch = board[bdx]
if bch='.' then
bch = '*'
elsif bch='?' then
bch = '+'
elsif bch!='X' then
?9/0
end if
board[bdx] = bch
end if
end for
end for
end procedure
plant_mines() while 1 do
if not flag and row=0 then
puts(1,board)
puts(1,prompt)
end if
integer ch = upper(getc(0))
puts(1,ch)
if ch='Q' then exit end if
if ch='?' then
puts(1,help)
elsif ch='F' then
flag = true
elsif ch>='A'
and ch<='D' then
row = ch-'@'
elsif ch>='1'
and ch<='6' then
col = ch-'0'
if make_move() then exit end if
else
printf(1,"\n\nunrecognised:%c\n\n",ch)
flag = false
row = 0
end if
end while disclose() puts(1,board&"game over\n\n") {} = wait_key()</lang>
- Output:
5 mines planted 123456 A...... B...... C...... D...... Enter eg A1 to open a cell, FA1 to flag a cell, Q to quit, or ? for help:A1 123456 A 2... B 2... C123... D...... Enter eg A1 to open a cell, FA1 to flag a cell, Q to quit, or ? for help:Q 123456 A 2*.* B 2*.. C123... D.**... game over
PHP
This example generates webpage. It also uses JavaScript to have right-click events. Use it as CGI script. <lang PHP><?php define('MINEGRID_WIDTH', 6); define('MINEGRID_HEIGHT', 4);
define('MINESWEEPER_NOT_EXPLORED', -1); define('MINESWEEPER_MINE', -2); define('MINESWEEPER_FLAGGED', -3); define('MINESWEEPER_FLAGGED_MINE', -4); define('ACTIVATED_MINE', -5);
function check_field($field) {
if ($field === MINESWEEPER_MINE || $field === MINESWEEPER_FLAGGED_MINE) {
return true;
}
else {
return false;
}
}
function explore_field($field) {
if (!isset($_SESSION['minesweeper'][$field])
|| !in_array($_SESSION['minesweeper'][$field],
array(MINESWEEPER_NOT_EXPLORED, MINESWEEPER_FLAGGED))) {
return;
}
$mines = 0;
// Make reference to that long name
$fields = &$_SESSION['minesweeper'];
// @ operator helps avoiding isset()... (it removes E_NOTICEs)
// left side options
if ($field % MINEGRID_WIDTH !== 1) {
$mines += check_field(@$fields[$field - MINEGRID_WIDTH - 1]);
$mines += check_field(@$fields[$field - 1]);
$mines += check_field(@$fields[$field + MINEGRID_WIDTH - 1]);
}
// bottom and top
$mines += check_field(@$fields[$field - MINEGRID_WIDTH]);
$mines += check_field(@$fields[$field + MINEGRID_WIDTH]);
// right side options
if ($field % MINEGRID_WIDTH !== 0) {
$mines += check_field(@$fields[$field - MINEGRID_WIDTH + 1]);
$mines += check_field(@$fields[$field + 1]);
$mines += check_field(@$fields[$field + MINEGRID_WIDTH + 1]);
}
$fields[$field] = $mines;
if ($mines === 0) {
if ($field % MINEGRID_WIDTH !== 1) {
explore_field($field - MINEGRID_WIDTH - 1);
explore_field($field - 1);
explore_field($field + MINEGRID_WIDTH - 1);
}
explore_field($field - MINEGRID_WIDTH);
explore_field($field + MINEGRID_WIDTH);
if ($field % MINEGRID_WIDTH !== 0) {
explore_field($field - MINEGRID_WIDTH + 1);
explore_field($field + 1);
explore_field($field + MINEGRID_WIDTH + 1);
}
}
}
session_start(); // will start session storage
if (!isset($_SESSION['minesweeper'])) {
// Fill grid with not explored tiles
$_SESSION['minesweeper'] = array_fill(1,
MINEGRID_WIDTH * MINEGRID_HEIGHT,
MINESWEEPER_NOT_EXPLORED);
// Generate random number of mines between 0.1 and 0.2
$number_of_mines = (int) mt_rand(0.1 * MINEGRID_WIDTH * MINEGRID_HEIGHT,
0.2 * MINEGRID_WIDTH * MINEGRID_HEIGHT);
// generate mines randomly
$random_keys = array_rand($_SESSION['minesweeper'], $number_of_mines);
foreach ($random_keys as $key) {
$_SESSION['minesweeper'][$key] = MINESWEEPER_MINE;
}
// to make calculations shorter use SESSION variable to store the result
$_SESSION['numberofmines'] = $number_of_mines;
}
if (isset($_GET['explore'])) {
if(isset($_SESSION['minesweeper'][$_GET['explore']])) {
switch ($_SESSION['minesweeper'][$_GET['explore']]) {
case MINESWEEPER_NOT_EXPLORED:
explore_field($_GET['explore']);
break;
case MINESWEEPER_MINE:
$lost = 1;
$_SESSION['minesweeper'][$_GET['explore']] = ACTIVATED_MINE;
break;
default:
// The tile was discovered already. Ignore it.
break;
}
}
else {
die('Tile doesn\'t exist.');
}
} elseif (isset($_GET['flag'])) {
if(isset($_SESSION['minesweeper'][$_GET['flag']])) {
$tile = &$_SESSION['minesweeper'][$_GET['flag']];
switch ($tile) {
case MINESWEEPER_NOT_EXPLORED:
$tile = MINESWEEPER_FLAGGED;
break;
case MINESWEEPER_MINE:
$tile = MINESWEEPER_FLAGGED_MINE;
break;
case MINESWEEPER_FLAGGED:
$tile = MINESWEEPER_NOT_EXPLORED;
break;
case MINESWEEPER_FLAGGED_MINE:
$tile = MINESWEEPER_MINE;
break;
default:
// This tile shouldn't be flagged. Ignore it.
break;
}
}
else {
die('Tile doesn\'t exist.');
}
}
// Check if the player won... if (!in_array(MINESWEEPER_NOT_EXPLORED, $_SESSION['minesweeper'])
&& !in_array(MINESWEEPER_FLAGGED, $_SESSION['minesweeper'])) {
$won = true;
} ?> <!DOCTYPE html> <title>Minesweeper</title> <style> table {
border-collapse: collapse;
}
td, a {
text-align: center; width: 1em; height: 1em;
}
a {
display: block; color: black; text-decoration: none; font-size: 2em;
} </style> <script> function flag(number, e) {
if (e.which === 2 || e.which === 3) {
location = '?flag=' + number;
return false;
}
} </script> <?php
echo "
This field contains $_SESSION[numberofmines] mines."; ?>
<?php // array_shift() affects array, so we need a copy $mine_copy = $_SESSION['minesweeper']; for ($x = 1; $x <= MINEGRID_HEIGHT; $x++) { echo ''; for ($y = 1; $y <= MINEGRID_WIDTH; $y++) { echo '';
$number = array_shift($mine_copy);
switch ($number) {
case MINESWEEPER_FLAGGED:
case MINESWEEPER_FLAGGED_MINE:
if (!empty($lost) || !empty($won)) {
if ($number === MINESWEEPER_FLAGGED_MINE) {
echo '<a>*</a>';
}
else {
echo '<a>.</a>';
}
}
else {
echo '<a href=# onmousedown="return flag(',
($x - 1) * MINEGRID_WIDTH + $y,
',event)" oncontextmenu="return false">?</a>';
}
break;
case ACTIVATED_MINE:
echo '<a>:(</a>';
break;
case MINESWEEPER_MINE:
case MINESWEEPER_NOT_EXPLORED:
// oncontextmenu causes the menu to disappear in
// Firefox, IE and Chrome
// In case of Opera, modifying location causes menu
// to not appear.
if (!empty($lost)) {
if ($number === MINESWEEPER_MINE) {
echo '<a>*</a>';
}
else {
echo '<a>.</a>';
}
}
elseif (!empty($won)) {
echo '<a>*</a>';
}
else {
echo '<a href="?explore=',
($x - 1) * MINEGRID_WIDTH + $y,
'" onmousedown="return flag(',
($x - 1) * MINEGRID_WIDTH + $y,
',event)" oncontextmenu="return false">.</a>';
}
break;
case 0:
echo '<a></a>';
break;
default:
echo '<a>', $number, '</a>';
break;
}
}
} ?> |
<?php if (!empty($lost)) {
unset($_SESSION['minesweeper']);
echo '
You lost :(. <a href="?">Reboot?</a>'; } elseif (!empty($won)) { unset($_SESSION['minesweeper']); echo '
Congratulations. You won :).'; }</lang>
PicoLisp
<lang PicoLisp># NIL Hidden: Empty field
- T Hidden: Mine
- 0-8 Marked: Empty field
- ? Marked: Mine
(de minesweeper (DX DY Density)
(default Density 20)
(setq *Field (make (do DY (link (need DX)))))
(use (X Y)
(do (prinl "Number of mines: " (*/ DX DY Density 100))
(while
(get *Field
(setq Y (rand 1 DY))
(setq X (rand 1 DX)) ) )
(set (nth *Field Y X) T) ) )
(showMines) )
(de showMines ()
(for L *Field
(for F L
(prin (if (flg? F) "." F)) )
(prinl) ) )
(de *NeighborX -1 0 +1 -1 +1 -1 0 +1) (de *NeighborY -1 -1 -1 0 0 +1 +1 +1)
(de c (X Y)
(if (=T (get *Field Y X))
"KLABOOM!! You hit a mine."
(let Visit NIL
(recur (X Y)
(when
(=0
(set (nth *Field Y X)
(cnt
'((DX DY)
(=T (get *Field (+ Y DY) (+ X DX))) )
*NeighborX
*NeighborY ) ) )
(mapc
'((DX DY)
(and
(get *Field (inc 'DY Y))
(nth @ (inc 'DX X))
(not (member (cons DX DY) Visit))
(push 'Visit (cons DX DY))
(recurse DX DY) ) )
*NeighborX
*NeighborY ) ) ) )
(showMines) ) )
(de m (X Y)
(set (nth *Field Y X) '?)
(showMines)
(unless (fish =T *Field)
"Congratulations! You won!!" ) )</lang>
Output:
: (minesweeper 6 4) Number of mines: 5 ...... ...... ...... ...... -> NIL : (c 6 4) ...... ...122 ...100 ...100 -> NIL # ... omitted ... : (c 1 4) .201.. .20122 121100 01.100 -> NIL # ... omitted ... : (m 1 1) ?201.. .20122 121100 01.100 -> NIL # ... omitted ... : (m 3 4) ?201?? ?20122 121100 01?100 -> "Congratulations! You won!!"
Prolog
Works with SWI-Prolog
<lang Prolog>:- use_module(library(clpfd)).
% Play - run the minesweeper game with a specified width and height play(W,H) :- format(' Welcome to prolog minesweeper!
- o X Y exposes a cell of the grid
- m X Y marks bombs
Any else to quit. '),
make_grid(W, H, Grid), !, play(Grid), !.
play(Grid) :- % win condition is true map_grid(won, Grid), map_grid(print_cell, Grid), writeln('you won!').
play(Grid) :- % lose condition is true \+ map_grid(still_playing, Grid), map_grid(print_cell, Grid), writeln('you hit a bomb!').
play(Grid) :- % stil playing map_grid(print_cell, Grid), parse_input(Op, X, Y), do_op(Op, p(X,Y), Grid, Grid2), !, play(Grid2).
/* Create a new Grid
* * The grid is created initially as a flat list, and after everything * has been populated is converted into a 2 dimensional array. */
make_grid(W, H, grid(W,H,MappedCells)) :- % create a flat list Len is W * H, length(Cells, Len),
% create a list of bombs that is 20% of the grid list NBombs is W * H / 5, floor(NBombs, NBint), format('There are ~w bombs on the grid~n', NBint), length(AllBombs, NBint), maplist(=('?'), AllBombs), % add the bombs to the start of the grid list map_bombs_to_cells(Cells, AllBombs, NewC),
% randomise and convert to a 2D array random_permutation(NewC, RCells), convert_col(RCells, W, H, CreatedCells),
% populate the hidden part of the grid with number of bombs next to each cell map_grid(adj_bomb(grid(W,H,CreatedCells)), grid(W,H,CreatedCells), grid(W,H,MappedCells)).
% puts the bombs at the start of the flat list before shuffling. map_bombs_to_cells(C, [], C). map_bombs_to_cells([_|Ct], [B|Bt], [B|R]) :- map_bombs_to_cells(Ct, Bt, R).
convert_row(T, 0, [], T). convert_row([H|T], W, [H|R], Rem) :- dif(W, 0), succ(W1, W), convert_row(T, W1, R, Rem).
convert_col([], _, 0, []). convert_col(C, W, H, [Row|MoreCells]) :- dif(H, 0), succ(H1, H), convert_row(C, W, Row, Rem), convert_col(Rem, W, H1, MoreCells).
% determine the number of bombs next to a cell (use mapgrid) adj_bomb(_, _, _, C, cell('.',C)) :- C =@= '?'. adj_bomb(Grid, p(X,Y), D, Cell, cell('.',NBombs)) :- dif(Cell, '?'), findall(p(Ax,Ay), ( adj(p(X,Y), D, p(Ax,Ay)), indomain(Ax), indomain(Ay), grid_val_xy(Grid, p(Ax,Ay), Val), Val =@= '?' ), Bombs), length(Bombs, NBombs).
% Print the grid (use mapgrid) print_cell(p(X,_), dim(X,_), cell(C,A), cell(C,A)) :- format("~w~n", C). print_cell(p(X,_), dim(W,_), cell(C,A), cell(C,A)) :- dif(X,W), format("~w ", C).
% determine if we have lost yet or not (use mapgrid). still_playing(_,_,cell(A,_),_) :- A \= '*'.
% determine if we have won yet or not (use mapgrid). won(_,_,cell(N,N),_) :- integer(N). won(_,_,cell('?','?'),_).
% Operate on all cells in a grid, this is a meta predicate that is % applied several times throughout the code map_grid(Goal, G) :- map_grid(Goal, G, G).
map_grid(Goal, grid(W,H,Cells), grid(W,H,OutCells)) :- map_grid_col(Cells, 1, dim(W,H), Goal, OutCells).
map_grid_col([], _, _, _, []). map_grid_col([H|T], Y, D, Goal, [NRow|NCol]) :- map_grid_row(H, p(1, Y), D, Goal, NRow), succ(Y, Y1), map_grid_col(T, Y1, D, Goal, NCol).
map_grid_row([], _, _, _, []). map_grid_row([H|T], p(X, Y), D, Goal, [Cell|R]) :- call(Goal, p(X, Y), D, H, Cell), succ(X, X1), map_grid_row(T, p(X1, Y), D, Goal, R).
% Get a value from the grid by X Y grid_val_xy(grid(_,_,Cells), p(X,Y), Val) :- nth1(Y, Cells, Row), nth1(X, Row, Val).
% Set a value on the grid by X Y grid_set_xy(grid(W,H,Cells), p(X,Y), Val, grid(W,H,NewCells)) :- grid_set_col(Cells, X, Y, Val, NewCells). grid_set_col([H|T], X, 1, Val, [Row|T]) :- grid_set_row(H, X, Val, Row). grid_set_col([H|T], X, Y, Val, [H|New]) :- dif(Y, 0), succ(Y1, Y), grid_set_col(T, X, Y1, Val, New). grid_set_row([_|T], 1, Val, [Val|T]). grid_set_row([H|T], X, Val, [H|New]) :- dif(X, 0), succ(X1, X), grid_set_row(T, X1, Val, New).
% All coordinates adjacent to an x,y position adj(p(X,Y), dim(W,H), p(Ax,Ay)) :-
dif(p(X,Y),p(Ax,Ay)),
% adjacent X Ax in 1..W, Xmin #= X-1, Xmax #= X+1, Ax in Xmin..Xmax,
% adjacent Y Ay in 1..H, Ymin #= Y-1, Ymax #= Y+1, Ay in Ymin..Ymax.
% get user operation from input parse_input(Op, X, Y) :- read_line_to_codes(user_input, In), maplist(char_code, InChars, In), phrase(mine_op(Op, X, Y), InChars, []).
mine_op(mark, X, Y) --> [m], [' '], coords(X, Y). mine_op(open, X, Y) --> [o], [' '], coords(X, Y). coords(Xi, Yi) --> number_(X), { number_chars(Xi, X) }, [' '], number_(Y), { number_chars(Yi, Y) }.
number_([D|T]) --> digit(D), number_(T). number_([D]) --> digit(D). digit(D) --> [D], { char_type(D, digit) }.
% Do mark operation
do_op(mark, P, G, Ng) :-
grid_val_xy(G, P, cell(_,A)),
grid_set_xy(G, P, cell('?',A), Ng).
% Do open operation, opening a bomb do_op(open, P, G, Ng) :- grid_val_xy(G, P, cell(_,'?')), grid_set_xy(G, P, cell('*','?'), Ng).
% Do open operation, not a bomb do_op(open, P, G, Ng) :- grid_val_xy(G, P, cell(_,A)), dif(A, '?'), grid_set_xy(G, P, cell(A,A), Ng1), expose_grid(P, Ng1, Ng).
% expose the grid by checking all the adjacent cells and operating % appropriately expose_grid(p(X,Y), grid(W,H,Cells), Ng2) :- findall(p(Ax,Ay), ( adj(p(X,Y), dim(W,H), p(Ax,Ay)), indomain(Ax), indomain(Ay) ), Coords), expose_grid_(Coords, grid(W,H,Cells), Ng2).
expose_grid_([], G, G).
expose_grid_([H|T], G, Ng) :- % this cell has already been exposed, continue grid_val_xy(G, H, cell(A,B)), member(A, [B,'?']), expose_grid_(T, G, Ng).
expose_grid_([H|T], G, Ng) :- % ignore bombs grid_val_xy(G, H, cell(_,'?')), expose_grid_(T, G, Ng).
expose_grid_([H|T], G, Ng) :- % is an integer, expose and continue grid_val_xy(G, H, cell(_,N)), integer(N), N #> 0, grid_set_xy(G, H, cell(N,N), Ng1), expose_grid_(T, Ng1, Ng).
expose_grid_([H|T], G, Ng) :- % is a space, recurse grid_val_xy(G, H, cell('.',0)), grid_set_xy(G, H, cell(0,0), Ng1), expose_grid(H, Ng1, Ng2), expose_grid_(T, Ng2, Ng).</lang>
Welcome to prolog minesweeper! : o X Y exposes a cell of the grid : m X Y marks bombs Any else to quit. There are 4 bombs on the grid . . . . . . . . . . . . . . . . . . . . . . . . |:
PureBasic
<lang PureBasic>Structure cell
isMine.i
display.c ;character to displays for cell, one of these {'.', '?', ' ', #)
EndStructure
Global Dim grid.cell(0,0) Global mineCount, minesMarked, isGameOver
Procedure makeGrid(n, m)
Protected rm, x, y
Dim grid.cell(n - 1, m - 1)
mineCount = n * m * (Random(4) + 2) / 10
If mineCount < 0: mineCount = 1: EndIf
For x = 0 To n - 1
For y = 0 To m - 1
grid(x, y)\display = '.'
Next
Next
rm = mineCount
While rm
x = Random(n - 1)
y = Random(m - 1)
If Not grid(x, y)\isMine
rm - 1: grid(x, y)\isMine = #True
EndIf
Wend
minesMarked = 0
isGameOver = #False
EndProcedure
Procedure displayGrid(isEndOfGame = #False)
#lMargin = 4
Protected x, y, display.s
If Not isEndOfGame
PrintN("Grid has " + Str(mineCount) + " mines, " + Str(minesMarked) + " mines marked.")
EndIf
PrintN(Space(#lMargin + 1) + ReplaceString(Space(ArraySize(grid(), 1) + 1), " ", "-"))
For y = 0 To ArraySize(grid(), 2)
Print(RSet(Str(y + 1), #lMargin, " ") + ":")
For x = 0 To ArraySize(grid(), 1)
Print(Chr(grid(x,y)\display))
Next
PrintN("")
Next
EndProcedure
Procedure endGame(msg.s)
Protected ans.s
isGameOver = #True
PrintN(msg): Print("Another game (y/n)?"): ans = Input()
If LCase(Left(Trim(ans),1)) = "y"
makeGrid(6, 4)
EndIf
EndProcedure
Procedure resign()
Protected x, y, found
For y = 0 To ArraySize(grid(), 2)
For x = 0 To ArraySize(grid(), 1)
With grid(x,y)
If \isMine
If \display = '?'
\display = 'Y'
found + 1
ElseIf \display <> 'x'
\display = 'N'
EndIf
EndIf
EndWith
Next
Next
displayGrid(#True)
endGame("You found " + Str(found) + " out of " + Str(mineCount) + " mines.")
EndProcedure
Procedure usage()
PrintN("h or ? - this help,")
PrintN("c x y - clear cell (x,y),")
PrintN("m x y - marks (toggles) cell (x,y),")
PrintN("n - start a new game,")
PrintN("q - quit/resign the game,")
PrintN("where x is the (horizontal) column number and y is the (vertical) row number." + #CRLF$)
EndProcedure
Procedure markCell(x, y)
If grid(x, y)\display = '?' minesMarked - 1: grid(x, y)\display = '.' ElseIf grid(x, y)\display = '.' minesMarked + 1: grid(x, y)\display = '?' EndIf
EndProcedure
Procedure countAdjMines(x, y)
Protected count, i, j
For j = y - 1 To y + 1
If j >= 0 And j <= ArraySize(grid(), 2)
For i = x - 1 To x + 1
If i >= 0 And i <= ArraySize(grid(), 1)
If grid(i, j)\isMine
count + 1
EndIf
EndIf
Next
EndIf
Next
ProcedureReturn count
EndProcedure
Procedure clearCell(x, y)
Protected count
If x >= 0 And x <= ArraySize(grid(), 1) And y >= 0 And y <= ArraySize(grid(), 2)
If grid(x, y)\display = '.'
If Not grid(x,y)\isMine
count = countAdjMines(x, y)
If count
grid(x, y)\display = Asc(Str(count))
Else
grid(x, y)\display = ' '
clearCell(x + 1, y)
clearCell(x + 1, y + 1)
clearCell(x , y + 1)
clearCell(x - 1, y + 1)
clearCell(x - 1, y)
clearCell(x - 1, y - 1)
clearCell(x , y - 1)
clearCell(x + 1, y - 1)
EndIf
Else
grid(x, y)\display = 'x'
PrintN("Kaboom! You lost!")
resign()
EndIf
EndIf
EndIf
EndProcedure
Procedure testforwin()
Protected x, y, isCleared
If minesMarked = mineCount
isCleared = #True
For x = 0 To ArraySize(grid(), 1)
For y = 0 To ArraySize(grid(), 2)
If grid(x, y)\display = '.': isCleared = #False: EndIf
Next
Next
EndIf
If isCleared: endGame("You won!"): EndIf
EndProcedure
If OpenConsole()
Define action.s
usage()
makeGrid(6, 4): displayGrid()
Repeat
PrintN(""): Print(">"): action = Input()
Select Asc(LCase(Left(action, 1)))
Case 'h', '?'
usage()
Case 'n'
makeGrid(6, 4): displayGrid()
Case 'c'
clearCell(Val(StringField(action, 2, " ")) - 1, Val(StringField(action, 3, " ")) - 1)
If Not isGameOver: displayGrid(): Else: testforwin(): EndIf
Case 'm'
markCell(Val(StringField(action, 2, " ")) - 1, Val(StringField(action, 3, " ")) - 1)
displayGrid()
testforwin()
Case 'q'
resign()
EndSelect
Until isGameOver
Print(#CRLF$ + #CRLF$ + "Press ENTER to exit"): Input()
CloseConsole()
EndIf</lang> Sample output:
h or ? - this help,
c x y - clear cell (x,y),
m x y - marks (toggles) cell (x,y),
n - start a new game,
q - quit/resign the game,
where x is the (horizontal) column number and y is the (vertical) row number.
Grid has 4 mines, 0 mines marked.
------
1:......
2:......
3:......
4:......
>c 1 1
Grid has 4 mines, 0 mines marked.
------
1: 1...
2: 1...
3: 12...
4: 1....
>m 3 4
Grid has 4 mines, 1 mines marked.
------
1: 1...
2: 1...
3: 12...
4: 1?...
>c 4 3
Grid has 4 mines, 1 mines marked.
------
1: 1...
2: 1...
3: 123..
4: 1?...
>c 4 2
Kaboom! You lost!
------
1: 1...
2: 1x..
3: 123NN
4: 1Y...
You found 1 out of 4 mines.
Another game (y/n)?n
Python
<lang python> Minesweeper game.
There is an n by m grid that has a random number of between 20% to 60% of randomly hidden mines that need to be found.
Positions in the grid are modified by entering their coordinates where the first coordinate is horizontal in the grid and the second vertical. The top left of the grid is position 1,1; the bottom right is at n,m.
* The total number of mines to be found is shown at the beginning of the game. * Each mine occupies a single grid point, and its position is initially unknown to the player * The grid is shown as a rectangle of characters between moves. * You are initially shown all grids as obscured, by a single dot '.' * You may mark what you think is the position of a mine which will show as a '?' * You can mark what you think is free space by entering its coordinates. :* If the point is free space then it is cleared, as are any adjacent points that are also free space- this is repeated recursively for subsequent adjacent free points unless that point is marked as a mine or is a mine. ::* Points marked as a mine show as a '?'. ::* Other free points show as an integer count of the number of adjacent true mines in its immediate neighbourhood, or as a single space ' ' if the free point is not adjacent to any true mines. * Of course you loose if you try to clear space that starts on a mine. * You win when you have correctly identified all mines.
When prompted you may:
Toggle where you think a mine is at position x, y:
m <x> <y>
Clear the grid starting at position x, y (and print the result):
c <x> <y>
Print the grid so far:
p
Resign
r
Resigning will first show the grid with an 'N' for unfound true mines, a
'Y' for found true mines and a '?' for where you marked clear space as a
mine
gridsize = (6, 4)
minerange = (0.2, 0.6)
try:
raw_input
except:
raw_input = input
import random from itertools import product from pprint import pprint as pp
def gridandmines(gridsize=gridsize, minerange=minerange):
xgrid, ygrid = gridsize
minmines, maxmines = minerange
minecount = xgrid * ygrid
minecount = random.randint(int(minecount*minmines), int(minecount*maxmines))
grid = set(product(range(xgrid), range(ygrid)))
mines = set(random.sample(grid, minecount))
show = {xy:'.' for xy in grid}
return grid, mines, show
def printgrid(show, gridsize=gridsize):
xgrid, ygrid = gridsize
grid = '\n'.join(.join(show[(x,y)] for x in range(xgrid))
for y in range(ygrid))
print( grid )
def resign(showgrid, mines, markedmines):
for m in mines:
showgrid[m] = 'Y' if m in markedmines else 'N'
def clear(x,y, showgrid, grid, mines, markedmines):
if showgrid[(x, y)] == '.':
xychar = str(sum(1
for xx in (x-1, x, x+1)
for yy in (y-1, y, y+1)
if (xx, yy) in mines ))
if xychar == '0': xychar = '.'
showgrid[(x,y)] = xychar
for xx in (x-1, x, x+1):
for yy in (y-1, y, y+1):
xxyy = (xx, yy)
if ( xxyy != (x, y)
and xxyy in grid
and xxyy not in mines | markedmines ):
clear(xx, yy, showgrid, grid, mines, markedmines)
if __name__ == '__main__':
grid, mines, showgrid = gridandmines()
markedmines = set([])
print( __doc__ )
print( '\nThere are %i true mines of fixed position in the grid\n' % len(mines) )
printgrid(showgrid)
while markedmines != mines:
inp = raw_input('m x y/c x y/p/r: ').strip().split()
if inp:
if inp[0] == 'm':
x, y = [int(i)-1 for i in inp[1:3]]
if (x,y) in markedmines:
markedmines.remove((x,y))
showgrid[(x,y)] = '.'
else:
markedmines.add((x,y))
showgrid[(x,y)] = '?'
elif inp[0] == 'p':
printgrid(showgrid)
elif inp[0] == 'c':
x, y = [int(i)-1 for i in inp[1:3]]
if (x,y) in mines | markedmines:
print( '\nKLABOOM!! You hit a mine.\n' )
resign(showgrid, mines, markedmines)
printgrid(showgrid)
break
clear(x,y, showgrid, grid, mines, markedmines)
printgrid(showgrid)
elif inp[0] == 'r':
print( '\nResigning!\n' )
resign(showgrid, mines, markedmines)
printgrid(showgrid)
break
print( '\nYou got %i and missed %i of the %i mines'
% (len(mines.intersection(markedmines)),
len(markedmines.difference(mines)),
len(mines)) )</lang>
Sample output
Minesweeper game.
There is an n by m grid that has a random number of between 20% to 60%
of randomly hidden mines that need to be found.
Positions in the grid are modified by entering their coordinates
where the first coordinate is horizontal in the grid and the second
vertical. The top left of the grid is position 1,1; the bottom right is
at n,m.
* The total number of mines to be found is shown at the beginning of the
game.
* Each mine occupies a single grid point, and its position is initially
unknown to the player
* The grid is shown as a rectangle of characters between moves.
* You are initially shown all grids as obscured, by a single dot '.'
* You may mark what you think is the position of a mine which will show
as a '?'
* You can mark what you think is free space by entering its coordinates.
:* If the point is free space then it is cleared, as are any adjacent
points that are also free space- this is repeated recursively for
subsequent adjacent free points unless that point is marked as a mine
or is a mine.
::* Points marked as a mine show as a '?'.
::* Other free points show as an integer count of the number of adjacent
true mines in its immediate neighbourhood, or as a single space ' ' if the
free point is not adjacent to any true mines.
* Of course you loose if you try to clear space that starts on a mine.
* You win when you have correctly identified all mines.
When prompted you may:
Toggle where you think a mine is at position x, y:
m <x> <y>
Clear the grid starting at position x, y (and print the result):
c <x> <y>
Print the grid so far:
p
Resign
r
Resigning will first show the grid with an 'N' for unfound true mines, a
'Y' for found true mines and a '?' for where you marked clear space as a
mine
There are 13 true mines of fixed position in the grid
......
......
......
......
m x y/c x y/p/r: c 3 2
.2....
345...
..5...
.4....
m x y/c x y/p/r: m 1 1
m x y/c x y/p/r: m 1 4
m x y/c x y/p/r: p
?2....
345...
..5...
?4....
m x y/c x y/p/r: r
Resigning!
Y2NN.N
345N.N
NN5NN.
Y4NN..
You got 2 and missed 0 of the 13 mines
Racket
<lang Racket>
- lang racket
(require math/array)
- board uses arrays directly, but maintaining an abstraction is nice
(define (board-ref b row col) (array-ref b (vector row col))) (define (board-rows b) (vector-ref (array-shape b) 0)) (define (board-cols b) (vector-ref (array-shape b) 1)) (define (on-board? b row col)
(and (<= 0 row (sub1 (board-rows b)))
(<= 0 col (sub1 (board-cols b)))))
(define (board->lists b) (array->list* b))
- run on adjacent board positions
(define-syntax (for-adj stx)
(syntax-case stx ()
[(_ b (r row) (c col) diag? body ...)
(with-syntax ([is (if (syntax->datum #'diag?) #(0 0 1 1 1 -1 -1 -1) #(0 0 1 -1))]
[js (if (syntax->datum #'diag?) #(1 -1 0 -1 1 0 -1 1) #(1 -1 0 0))])
#'(for ([i is] [j js])
(let ([r (+ row i)]
[c (+ col j)])
(when (on-board? b r c)
body ...))))]))
- mark is either hidden, assume-mine, or clear
- n is int equal to # adj mines or -1 for mine
(struct pos ([mark #:mutable] n) #:transparent) (define (mine? p) (= (pos-n p) -1)) (define (mine-count b) (apply + (array->list (array-map (λ (p) (if (mine? p) 1 0)) b))))
- hidden0? is needed because only spaces with no mines in them and no mines adjacent
- to them are cleared recursively
(define (hidden0? p)
(and (symbol=? (pos-mark p) 'hidden)
(zero? (pos-n p))))
(define (show-pos p)
(match-let ([(pos m n) p])
(case m
[(hidden) "."]
[(assume-mine) "?"]
[(clear) (if (zero? n) " " (number->string n))]
[else (error "illegal mark" m)])))
- put "|" around positions
(define (show-board b)
(for ([row (board->lists b)]) (displayln (format "|~a|" (string-join (map show-pos row) "|")))))
- winning = every position is either cleared or a hidden mine
(define (win? b)
(for*/and ([r (range 0 (board-rows b))]
[c (range 0 (board-cols b))])
(let ([p (board-ref b r c)])
(or (symbol=? (pos-mark p) 'clear)
(mine? p)))))
(define (init-board rows cols)
(let ([chance (+ (/ (random) 10) 0.1)]
;empty board
[b (array->mutable-array (build-array (vector rows cols)
(λ (x) (pos 'hidden 0))))])
;loop whole board
(for* ([row (range 0 rows)]
[col (range 0 cols)])
(when (< (random) chance)
;put a mine
(array-set! b (vector row col) (pos 'hidden -1))
;increment adjacent mine counts unless that adjacent position is a mine
(for-adj b (r row) (c col) #t
(let ([p (board-ref b r c)])
(unless (mine? p)
(array-set! b (vector r c) (pos 'hidden (add1 (pos-n p)))))))))
b))
- only clear position if it's not a mine
- only continue recursing when it's a hidden0?
(define (try-clear! p)
(cond [(mine? p) #f]
[(hidden0? p) (set-pos-mark! p 'clear) #t]
[else (set-pos-mark! p 'clear) #f]))
- the following player move functions return boolean where #f = lose, #t = still going
- assuming can never directly lose ((void) == #t from the set!)
- make sure to not allow overwriting an already cleared position
(define (toggle-assume! b row col)
(let ([p (board-ref b row col)])
(set-pos-mark! p (case (pos-mark p)
[(assume-mine) 'hidden]
[(hidden) 'assume-mine]
[(clear) 'clear]
[else (error "invalid mark" (pos-mark p))]))))
- clearing loses when the chosen position is a mine
- void = #t as far as if works, so no need to return #t
(define (clear! b row col)
(let ([p (board-ref b row col)])
(and (not (mine? p))
;not a mine, so recursively check adjacents, and maintain list of visited positions
;to avoid infinite loops
(let ([seen '()])
;clear the chosen position first, only continuing if it's a 0
(when (try-clear! p)
(let clear-adj ([row row] [col col])
(for-adj b (r row) (c col) #f
;make sure its not seen
(when (and (not (member (list r c) seen))
(try-clear! (board-ref b r c)))
;it was cleared, so loop after saving this position as being seen
(set! seen (cons (list r c) seen))
(clear-adj r c)))))))))
(define assume-string "a") (define clear-string "c")
- validates input...returns either #f for an error or the move to execute
(define (parse-and-create-move! b s)
(match (string-split s)
[(list type row col)
(let ([row (string->number row)]
[col (string->number col)])
(and (number? row)
(number? col)
(let ([row (sub1 row)]
[col (sub1 col)])
(and (on-board? b row col)
(or (and (string=? type assume-string) (λ () (toggle-assume! b row col)))
(and (string=? type clear-string) (λ () (clear! b row col))))))))]
[else #f]))
(define (run)
(displayln (string-append "--- Enter one of:\n"
(format "--- \"~a <row> <col>\" to clear at (row,col), or~n" clear-string)
(format (string-append "--- \"~a <row> <col>\" to flag a possible mine "
"(or clear a flag) at (row,col).~n")
assume-string)))
(let ([b (init-board 4 6)])
(displayln (format "There are ~a mines.~n" (mine-count b)))
(let run ()
(show-board b)
(display "enter move: ")
;parse either failed or gave the procedure to execute
(let ([proc? (parse-and-create-move! b (read-line))])
;was the parse successful?
(if proc?
;then run it
(if (proc?)
;didn't lose, so either we won or we're not done
(if (win? b) (displayln "CLEAR!") (run))
(displayln "BOOM!"))
;parse failed
(run))))))
</lang>
Raku
(formerly Perl 6)
<lang perl6>enum Tile-Type <Empty Mine>;
class Tile {
has Tile-Type $.type;
has $.face is rw;
method Str { with $!face { ~$!face } else { '.' } }
}
class Field {
has @.grid;
has Int $.width;
has Int $.height;
has Int $.mine-spots;
has Int $.empty-spots;
method new (Int $height, Int $width, Rat $mines-ratio=0.1) {
my $mine-spots = round $width*$height*$mines-ratio;
my $empty-spots = $width*$height - $mine-spots;
my @grid;
for ^$height X ^$width -> ($y, $x) {
@grid[$y][$x] = Tile.new(type => Empty);
}
for (^$height).pick($mine-spots) Z (^$width).pick($mine-spots) -> ($y, $x) {
@grid[$y][$x] = Tile.new( type => Mine);
}
self.bless(:$height, :$width, :@grid, :$mine-spots, :$empty-spots);
}
method open( $y, $x) {
return if @!grid[$y][$x].face.defined;
self.end-game("KaBoom") if @!grid[$y][$x].type ~~ Mine;
my @neighbors = gather do
take [$y+.[0],$x+.[1]] if 0 <= $y + .[0] < $!height && 0 <= $x + .[1] < $!width for [-1,-1],[+0,-1],[+1,-1], [-1,+0], [+1,+0], [-1,+1],[+0,+1],[+1,+1];
my $mines = +@neighbors.grep: { @!grid[.[0]][.[1]].type ~~ Mine };
$!empty-spots--;
@!grid[$y][$x].face = $mines || ' ';
if $mines == 0 {
self.open(.[0], .[1]) for @neighbors;
}
self.end-game("You won") if $!empty-spots == 0;
}
method end-game(Str $msg ) {
for ^$!height X ^$!width -> ($y, $x) {
@!grid[$y][$x].face = '*' if @!grid[$y][$x].type ~~ Mine
}
die $msg;
}
method mark ( $y, $x) {
if !@!grid[$y][$x].face.defined {
@!grid[$y][$x].face = "⚐";
$!mine-spots-- if @!grid[$y][$x].type ~~ Mine;
}
elsif !@!grid[$y][$x].face eq "⚐" {
undefine @!grid[$y][$x].face;
$!mine-spots++ if @!grid[$y][$x].type ~~ Mine;
}
self.end-game("You won") if $!mine-spots == 0;
}
constant @digs = |('a'..'z') xx *;
method Str {
[~] flat ' ', @digs[^$!width], "\n",
' ┌', '─' xx $!width, "┐\n", join , do for ^$!height -> $y { $y, '│', @!grid[$y][*], "│\n"; }, ' └', '─' xx $!width, '┘'; }
method valid ($y, $x) {
0 <= $y < $!height && 0 <= $x < $!width
}
}
sub a2n($a) { $a.ord > 64 ?? $a.ord % 32 - 1 !! +$a }
my $f = Field.new(6,10);
loop {
say ~$f;
my @w = prompt("[open loc|mark loc|loc]: ").words;
last unless @w;
unshift @w, 'open' if @w < 2;
my ($x,$y) = $0, $1 if @w[1] ~~ /(<alpha>)(<digit>)|$1=<digit>$0=<alpha>/;
$x = a2n($x);
given @w[0] {
when !$f.valid($y,$x) { say "invalid coordinates" } when /^o/ { $f.open($y,$x) } when /^m/ { $f.mark($y,$x) } default { say "invalid cmd" }
}
CATCH {
say "$_: end of game."; last;
}
}
say ~$f;</lang>
Ruby
<lang Ruby>puts <<EOS
Minesweeper game.
There is an n by m grid that has a random number of between 20% to 60% of randomly hidden mines that need to be found.
Positions in the grid are modified by entering their coordinates where the first coordinate is horizontal in the grid and the second vertical. The top left of the grid is position 1,1; the bottom right is at n,m.
* The total number of mines to be found is shown at the beginning of the game. * Each mine occupies a single grid point, and its position is initially unknown to the player * The grid is shown as a rectangle of characters between moves. * You are initially shown all grids as obscured, by a single dot '.' * You may mark what you think is the position of a mine which will show as a '?' * You can mark what you think is free space by entering its coordinates. :* If the point is free space then it is cleared, as are any adjacent points that are also free space- this is repeated recursively for subsequent adjacent free points unless that point is marked as a mine or is a mine. ::* Points marked as a mine show as a '?'. ::* Other free points show as an integer count of the number of adjacent true mines in its immediate neighbourhood, or as a single space ' ' if the free point is not adjacent to any true mines. * Of course you loose if you try to clear space that starts on a mine. * You win when you have correctly identified all mines.
When prompted you may:
Toggle where you think a mine is at position x, y:
m <x> <y>
Clear the grid starting at position x, y (and print the result):
c <x> <y>
Print the grid so far:
p
Quit
q
Resigning will first show the grid with an 'N' for unfound true mines, a
'Y' for found true mines and a '?' for where you marked clear space as a
mine
EOS
WIDTH, HEIGHT = 6, 4 PCT = 0.15 NUM_MINES = (WIDTH * HEIGHT * PCT).round
def create_mines sx, sy
arr = Array.new(WIDTH) { Array.new(HEIGHT, false) }
NUM_MINES.times do
x, y = rand(WIDTH), rand(HEIGHT)
# place it if it isn't at (sx, sy) and we haven't already placed a mine
redo if arr[x][y] or (x == sx and y == sy)
arr[x][y] = true
end
arr
end
def num_marks
$screen.inject(0) { |sum, row| sum + row.count("?") }
end
def show_grid revealed = false
if revealed
puts $mines.transpose.map { |row| row.map { |cell| cell ? "*" : " " }.join(" ") }
else
puts "Grid has #{NUM_MINES} mines, #{num_marks} marked."
puts $screen.transpose.map{ |row| row.join(" ") }
end
end
SURROUND = [-1,0,1].product([-1,0,1]) - 0,0 # surround 8 def surrounding x, y
# apply the passed block to each spot around (x, y) SURROUND.each do |dx, dy| # don't check if we're out of bounds, or at (0,0) yield(x+dx, y+dy) if (0...WIDTH).cover?(x+dx) and (0...HEIGHT).cover?(y+dy) end
end
def clear_space x, y
return unless $screen[x][y] == "."
# check nearby spaces
count = 0
surrounding(x, y) { |px, py| count += 1 if $mines[px][py] }
if count == 0
$screen[x][y] = " "
surrounding(x, y) { |px, py| clear_space px, py }
else
$screen[x][y] = count.to_s
end
end
def victory?
return false if $mines.nil? # first one, don't need to check
return false if num_marks != NUM_MINES
mines_left = NUM_MINES
WIDTH.times do |x|
HEIGHT.times do |y|
mines_left -= 1 if $mines[x][y] and $screen[x][y] == "?"
end
end
mines_left == 0
end
def check_input x, y
x, y = x.to_i - 1, y.to_i - 1 [x, y] if (0...WIDTH).cover?(x) and (0...HEIGHT).cover?(y)
end
$mines = nil $screen = Array.new(WIDTH) { Array.new(HEIGHT, ".") }
puts "Welcome to Minesweeper!" show_grid
loop do
print "> "
action = gets.chomp.downcase
case action
when "quit", "exit", "x", "q"
puts "Bye!"
break
when /^m (\d+) (\d+)$/
# mark this cell
x, y = check_input $1, $2
next unless x
if $screen[x][y] == "."
# mark it
$screen[x][y] = "?"
if victory?
show_grid
puts "You win!"
break
end
elsif $screen[x][y] == "?"
# unmark it
$screen[x][y] = "."
end
show_grid
when /^c (\d+) (\d+)$/
x, y = check_input $1, $2
next unless x
$mines ||= create_mines(x, y)
if $mines[x][y]
puts "You hit a mine!"
show_grid true
break
else
clear_space x, y
show_grid
if victory?
puts "You win!"
break
end
end
when "p"
show_grid
end
end</lang>
Rust
<lang Rust>extern crate rand;
use std::io; use std::io::Write;
fn main() {
use minesweeper::{MineSweeper, GameStatus};
let mut width = 6; let mut height = 4; let mut mine_perctg = 10; let mut game = MineSweeper::new(width, height, mine_perctg);
loop {
let mut command = String::new();
println!(
"\n\
M I N E S W E E P E R\n\
\n\
Commands: \n\
line col - reveal line,col \n\
m line col - mark line,col \n\
q - quit\n\
n - new game\n\
n width height perc - new game size and mine percentage\n"
);
game.print();
print!("> ");
io::stdout().flush().unwrap();
while let Ok(_) = io::stdin().read_line(&mut command) {
let mut command_ok = false;
{
let values: Vec<&str> = command.trim().split(' ').collect();
if values.len() == 1 {
if values[0] == "q" {
println!("Goodbye");
return;
} else if values[0] == "n" {
println!("New game");
game = MineSweeper::new(width, height, mine_perctg);
command_ok = true;
}
} else if values.len() == 2 {
if let (Ok(x), Ok(y)) = (
values[0].parse::<usize>(),
values[1].parse::<usize>(),
)
{
game.play(x - 1, y - 1);
match game.game_status {
GameStatus::Won => println!("You won!"),
GameStatus::Lost => println!("You lost!"),
_ => (),
}
command_ok = true;
}
} else if values.len() == 3 {
if values[0] == "m" {
if let (Ok(x), Ok(y)) = (
values[1].parse::<usize>(),
values[2].parse::<usize>(),
)
{
game.mark(x - 1, y - 1);
command_ok = true;
}
}
} else if values.len() == 4 {
if values[0] == "n" {
if let (Ok(new_width), Ok(new_height), Ok(new_mines_perctg)) =
(
values[1].parse::<usize>(),
values[2].parse::<usize>(),
values[3].parse::<usize>(),
)
{
width = new_width;
height = new_height;
mine_perctg = new_mines_perctg;
game = MineSweeper::new(width, height, mine_perctg);
command_ok = true;
}
}
}
}
if command_ok {
game.print();
} else {
println!("Invalid command");
}
print!("> ");
io::stdout().flush().unwrap();
command.clear();
}
}
}
pub mod minesweeper {
pub struct MineSweeper {
cell: [[Cell; 100]; 100],
pub game_status: GameStatus,
mines: usize,
width: usize,
height: usize,
revealed_count: usize,
}
#[derive(Copy, Clone)]
struct Cell {
content: CellContent,
mark: Mark,
revealed: bool,
}
#[derive(Copy, Clone)]
enum CellContent {
Empty,
Mine,
MineNeighbour { count: u8 },
}
#[derive(Copy, Clone)]
enum Mark {
None,
Mine,
}
pub enum GameStatus {
InGame,
Won,
Lost,
}
extern crate rand;
use std::cmp::max; use std::cmp::min; use self::rand::Rng; use self::CellContent::*; use self::GameStatus::*;
impl MineSweeper {
pub fn new(width: usize, height: usize, percentage_of_mines: usize) -> MineSweeper {
let mut game = MineSweeper {
cell: [[Cell {
content: Empty,
mark: Mark::None,
revealed: false,
}; 100]; 100],
game_status: InGame,
mines: (width * height * percentage_of_mines) / 100,
width: width,
height: height,
revealed_count: 0,
};
game.put_mines();
game.calc_neighbours();
game
}
pub fn play(&mut self, x: usize, y: usize) {
match self.game_status {
InGame => {
if !self.cell[x][y].revealed {
match self.cell[x][y].content {
Mine => {
self.cell[x][y].revealed = true;
self.revealed_count += 1;
self.game_status = Lost;
}
Empty => {
self.flood_fill_reveal(x, y);
if self.revealed_count + self.mines == self.width * self.height {
self.game_status = Won;
}
}
MineNeighbour { .. } => {
self.cell[x][y].revealed = true;
self.revealed_count += 1;
if self.revealed_count + self.mines == self.width * self.height {
self.game_status = Won;
}
}
}
}
}
_ => println!("Game has ended"),
}
}
pub fn mark(&mut self, x: usize, y: usize) {
self.cell[x][y].mark = match self.cell[x][y].mark {
Mark::None => Mark::Mine,
Mark::Mine => Mark::None,
}
}
pub fn print(&self) {
print!("┌");
for _ in 0..self.width {
print!("─");
}
println!("┐");
for y in 0..self.height {
print!("│");
for x in 0..self.width {
self.cell[x][y].print();
}
println!("│");
}
print!("└");
for _ in 0..self.width {
print!("─");
}
println!("┘");
}
fn put_mines(&mut self) {
let mut rng = rand::thread_rng();
for _ in 0..self.mines {
while let (x, y, true) = (
rng.gen::<usize>() % self.width,
rng.gen::<usize>() % self.height,
true,
)
{
match self.cell[x][y].content {
Mine => continue,
_ => {
self.cell[x][y].content = Mine;
break;
}
}
}
}
}
fn calc_neighbours(&mut self) {
for x in 0..self.width {
for y in 0..self.height {
if !self.cell[x][y].is_bomb() {
let mut adjacent_bombs = 0;
for i in max(x as isize - 1, 0) as usize..min(x + 2, self.width) {
for j in max(y as isize - 1, 0) as usize..min(y + 2, self.height) {
adjacent_bombs += if self.cell[i][j].is_bomb() { 1 } else { 0 };
}
}
if adjacent_bombs == 0 {
self.cell[x][y].content = Empty;
} else {
self.cell[x][y].content = MineNeighbour { count: adjacent_bombs };
}
}
}
}
}
fn flood_fill_reveal(&mut self, x: usize, y: usize) {
let mut stack = Vec::<(usize, usize)>::new();
stack.push((x, y));
while let Some((i, j)) = stack.pop() {
if self.cell[i][j].revealed {
continue;
}
self.cell[i][j].revealed = true;
self.revealed_count += 1;
if let Empty = self.cell[i][j].content {
for m in max(i as isize - 1, 0) as usize..min(i + 2, self.width) {
for n in max(j as isize - 1, 0) as usize..min(j + 2, self.height) {
if !self.cell[m][n].is_bomb() && !self.cell[m][n].revealed {
stack.push((m, n));
}
}
}
}
}
}
}
impl Cell {
pub fn print(&self) {
print!(
"{}",
if self.revealed {
match self.content {
Empty => ' ',
Mine => '*',
MineNeighbour { count } => char::from(count + b'0'),
}
} else {
match self.mark {
Mark::Mine => '?',
Mark::None => '.',
}
}
);
}
pub fn is_bomb(&self) -> bool {
match self.content {
Mine => true,
_ => false,
}
}
}
}</lang>
Sample output
M I N E S W E E P E R Commands: line col - reveal line,col m line col - mark line,col q - quit n - new game n width height perc - new game size and mine percentage ┌──────┐ │......│ │......│ │......│ │......│ └──────┘ > 5 3 ┌──────┐ │.1 │ │.211 │ │...1 │ │...1 │ └──────┘ > 1 4 ┌──────┐ │.1 │ │1211 │ │ 1.1 │ │ 1.1 │ └──────┘ > 3 4 You won! ┌──────┐ │.1 │ │1211 │ │ 1.1 │ │ 111 │ └──────┘ > q Goodbye
Tcl
<lang tcl>package require Tcl 8.5 fconfigure stdout -buffering none
- Set up the grid and fill it with some mines
proc makeGrid {n m} {
global grid mine
unset -nocomplain grid mine
set grid(size) [list $n $m]
set grid(shown) 0
set grid(marked) 0
for {set j 1} {$j <= $m} {incr j} {
for {set i 1} {$i <= $n} {incr i} { set grid($i,$j) . }
}
set squares [expr {$m * $n}]
set mine(count) [expr {int((rand()*0.4+0.2) * $squares)}]
for {set count 0} {$count < $mine(count)} {incr count} {
while 1 { set i [expr {1+int(rand()*$n)}] set j [expr {1+int(rand()*$m)}] if {![info exist mine($i,$j)]} { set mine($i,$j) x break } }
} return $mine(count)
}
- Print out the grid
proc displayGrid {} {
global grid
lassign $grid(size) n m
for {set j 1} {$j <= $m} {incr j} {
set row "\t" for {set i 1} {$i <= $n} {incr i} { append row $grid($i,$j) } puts $row
}
}
- Toggle the possible-mine flag on a cell
proc markCell {x y} {
global grid
if {![info exist grid($x,$y)]} return
if {$grid($x,$y) eq "."} {
set grid($x,$y) "?" incr grid(marked)
} elseif {$grid($x,$y) eq "?"} {
set grid($x,$y) "." incr grid(marked) -1
}
}
- Helper procedure that iterates over the 9 squares centered on a location
proc foreachAround {x y xv yv script} {
global grid
upvar 1 $xv i $yv j
foreach i [list [expr {$x-1}] $x [expr {$x+1}]] {
foreach j [list [expr {$y-1}] $y [expr {$y+1}]] { if {[info exist grid($i,$j)]} {uplevel 1 $script} }
}
}
- Reveal a cell; returns if it was a mine
proc clearCell {x y} {
global grid mine
if {![info exist grid($x,$y)] || $grid($x,$y) ne "."} {
return 0; # Do nothing...
}
if {[info exist mine($x,$y)]} {
set grid($x,$y) "!" revealGrid return 1; # Lose...
}
set surround 0
foreachAround $x $y i j {incr surround [info exist mine($i,$j)]}
incr grid(shown)
if {$surround == 0} {
set grid($x,$y) " " foreachAround $x $y i j {clearCell $i $j}
} else {
set grid($x,$y) $surround
} return 0
}
- Check the winning condition
proc won? {} {
global grid mine
lassign $grid(size) n m
expr {$grid(shown) + $mine(count) == $n * $m}
}
- Update the grid to show mine locations (marked or otherwise)
proc revealGrid {} {
global grid mine
lassign $grid(size) n m
for {set j 1} {$j <= $m} {incr j} {
for {set i 1} {$i <= $n} {incr i} { if {![info exist mine($i,$j)]} continue if {$grid($i,$j) eq "."} { set grid($i,$j) "x" } elseif {$grid($i,$j) eq "?"} { set grid($i,$j) "X" } }
}
}
- The main game loop
proc play {n m} {
set m [makeGrid $n $m]
puts "There are $m true mines of fixed position in the grid\n"
displayGrid
while 1 {
puts -nonewline "m x y/c x y/p/r: " if {[gets stdin line] < 0} break; # check for eof too! switch -nocase -regexp [string trim $line] { {^m\s+\d+\s+\d+$} { markCell [lindex $line 1] [lindex $line 2] } {^c\s+\d+\s+\d+$} { if {[clearCell [lindex $line 1] [lindex $line 2]]} { puts "KABOOM!" displayGrid break } elseif {[won?]} { puts "You win!" displayGrid break } } {^p$} { displayGrid } {^r$} { puts "Resigning..." revealGrid displayGrid break } }
}
}
play 6 4</lang> Sample output:
There are 6 true mines of fixed position in the grid ...... ...... ...... ...... m x y/c x y/p/r: c 1 1 m x y/c x y/p/r: c 2 2 m x y/c x y/p/r: c 3 3 m x y/c x y/p/r: c 4 4 m x y/c x y/p/r: p 1..... .1.... ..1... ...2.. m x y/c x y/p/r: c 2 3 m x y/c x y/p/r: p 1..... 112... 1... 12.. m x y/c x y/p/r: m 2 1 m x y/c x y/p/r: m 4 3 m x y/c x y/p/r: p 1?.... 112... 1?.. 12.. m x y/c x y/p/r: c 3 1 m x y/c x y/p/r: c 4 1 m x y/c x y/p/r: c 4 2 m x y/c x y/p/r: c 5 4 m x y/c x y/p/r: m 5 3 m x y/c x y/p/r: c 6 1 m x y/c x y/p/r: p 1?11.2 1123.. 1??. 123. m x y/c x y/p/r: c 6 3 KABOOM! 1X11.2 1123xx 1XX! 123.
VBA
VBA for Excel
In your Vbaproject, insert : - 1 Module - 1 Class Module (Name it cMinesweeper)
Code Module :
<lang vb> Option Explicit
Public vTime As Single Public PlaysCount As Long
Sub Main_MineSweeper() Dim Userf As New cMinesweeper 'Arguments :
'First arg is level : 0 = easy, 1 = middle, 2 = difficult 'Second arg is Cheat Mode : True if you want to cheat... Userf.Show 0, True
End Sub </lang>
Code Class Module
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
Need to reference the following object libraries (From the Tools menu, choose References)
Microsoft Forms 2.0 Object Library
Microsoft Visual Basic For Applications Extensibility 5.3
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
<lang vb> Option Explicit
Public myForm As Object Public Fram As MSForms.Frame Public Dico As Object Public DicoParent As Object Public TypeObjet As String Public Mine As Boolean Public boolFind As Boolean Private strName As String Private cNeighbours() As cMinesweeper Public WithEvents myButton As MSForms.CommandButton Private Const WIDTH_BUTT As Byte = 18 Private Const MIN_OF_LINES As Byte = 7 Private Const MAX_OF_LINES As Byte = 30 - MIN_OF_LINES Private Const MIN_COL As Byte = 7 Private Const MAX_COL As Byte = 40 - MIN_COL Private Const POURCENT_SIMPLE As Byte = 10 Private Const POURCENT_MEDIUM As Byte = 2 * POURCENT_SIMPLE Private Const POURCENT_HARD As Byte = 3 * POURCENT_SIMPLE Private Const COLOR_MINE As Long = &H188B0 Private Const COLOR_BOUTON As Long = &H8000000F Private Const COLOR_MINE_POSSIBLE As Long = &H80FF& Private Const COLOR_MINE_PROB As Long = &H8080FF
Property Get Neighbours() As cMinesweeper()
Neighbours = cNeighbours
End Property
Property Let Neighbours(ByRef nouvNeighbours() As cMinesweeper)
cNeighbours = nouvNeighbours
End Property
Private Sub Class_Initialize()
Set Dico = CreateObject("Scripting.dictionary")
End Sub
Public Sub Show(ByRef Difficult As Long, Optional CheatMode As Boolean = False)
On Error GoTo ErrorParametresMacros
With ThisWorkbook.VBProject: End With
Dim Lin As Long, Col As Long, NbLines As Long, NbColumns As Long
Dim NbMines As Long, MineAdress() As String, CptMine As Long
Randomize Timer
NbLines = Int(MAX_OF_LINES * Rnd) + MIN_OF_LINES
NbColumns = Int(MAX_COL * Rnd) + MIN_COL
Select Case Difficult
Case 0: Difficult = POURCENT_SIMPLE
Case 1: Difficult = POURCENT_MEDIUM
Case 2: Difficult = POURCENT_HARD
End Select
PlaysCount = 0
NbMines = (NbLines * NbColumns) * Difficult \ 100
ReDim MineAdress(NbMines)
For CptMine = 1 To NbMines
MineAdress(CptMine) = Int(NbColumns * Rnd) + 1 & "-" & Int(NbLines * Rnd) + 1
Next
Call Create_Usf("Minesweeper", (NbColumns * WIDTH_BUTT) + 5, (NbLines * WIDTH_BUTT) + 22)
Call New_Frame("Fram1", "", NbColumns * WIDTH_BUTT, NbLines * WIDTH_BUTT)
For Lin = 1 To NbLines
For Col = 1 To NbColumns
Call Dico("Fram1").New_Button(Col & "-" & Lin, "", WIDTH_BUTT * (Col - 1), WIDTH_BUTT * (Lin - 1), IsIn(Col & "-" & Lin, MineAdress), CheatMode)
Set Dico("Fram1").Dico(Col & "-" & Lin).DicoParent = Dico("Fram1").Dico
Next Col
Next Lin
MsgBox "Start With " & NbMines & " mines." & vbCrLf & "Good luck !"
myForm.Show
Exit Sub
ErrorParametresMacros:
MsgBox "Programmatic Access to Visual Basic Project is not trusted. See it in Macro's security!"
End Sub
Private Sub Create_Usf(strTitle As String, dblWidth As Double, dblHeight As Double)
TypeObjet = "UserForm"
Set myForm = ThisWorkbook.VBProject.VBComponents.Add(3)
strName = myForm.Name
VBA.UserForms.Add (strName)
Set myForm = UserForms(UserForms.Count - 1)
With myForm
.Caption = strTitle
.Width = dblWidth
.Height = dblHeight
End With
End Sub
Public Sub New_Frame(myStringName As String, strTitle As String, dblWidth As Double, dblHeight As Double)
If Dico.Exists(myStringName) = True Then Exit Sub
Dim myClass As New cMinesweeper
Select Case TypeObjet
Case "UserForm": Set myClass.Fram = myForm.Controls.Add("forms.frame.1")
Case "Frame": Set myClass.Fram = Fram.Controls.Add("forms.frm.1")
End Select
myClass.TypeObjet = "Frame"
Set myClass.myForm = myForm
With myClass.Fram
.Name = myStringName
.Caption = strTitle
.Move 0, 0, dblWidth, dblHeight
End With
Dico.Add myStringName, myClass
Set myClass = Nothing
End Sub
Public Sub New_Button(myStringName As String, strTitle As String, dblLeft As Double, dblTop As Double, boolMine As Boolean, Optional CheatMode As Boolean)
If Dico.Exists(myStringName) = True Then Exit Sub
Dim myClass As New cMinesweeper
Select Case TypeObjet
Case "UserForm": Set myClass.myButton = myForm.Controls.Add("forms.CommandButton.1")
Case "Frame": Set myClass.myButton = Fram.Controls.Add("forms.CommandButton.1")
End Select
Set myClass.myForm = myForm
myClass.Mine = boolMine
With myClass.myButton
.Name = myStringName
.Caption = strTitle
.Move dblLeft, dblTop, WIDTH_BUTT, WIDTH_BUTT
If CheatMode Then
If boolMine Then .BackColor = COLOR_MINE Else .BackColor = COLOR_BOUTON
Else
.BackColor = COLOR_BOUTON
End If
End With
Dico.Add myStringName, myClass
Set myClass = Nothing
End Sub
Private Function IsIn(strAddress As String, Tb) As Boolean
Dim i As Long
For i = 0 To UBound(Tb)
If Tb(i) = strAddress Then IsIn = True: Exit Function
Next i
End Function
Private Sub myButton_MouseDown(ByVal Button As Integer, ByVal Shift As Integer, ByVal x As Single, ByVal y As Single)
If Button = XlMouseButton.xlSecondaryButton Then
Select Case myButton.Caption
Case "": myButton.Caption = "!": myButton.BackColor = COLOR_MINE_PROB
Case "!": myButton.Caption = "?": myButton.BackColor = COLOR_MINE_POSSIBLE
Case "?": myButton.Caption = "": myButton.BackColor = COLOR_BOUTON
Case Else:
End Select
ElseIf Button = XlMouseButton.xlPrimaryButton Then
PlaysCount = PlaysCount + 1
If PlaysCount = 1 Then vTime = Timer
If DicoParent.Item(myButton.Name).Mine Then
Call Show_Mines
MsgBox "Game over!"
myForm.Hide
Else
myButton.BackColor = COLOR_BOUTON
Dim myClass As cMinesweeper
Set myClass = DicoParent.Item(myButton.Name)
Call Demine(myClass)
End If
End If
If IsVictoriousGame Then
Call Show_Mines
MsgBox "You win." & vbCrLf & "in : " & PlaysCount & " clicks, and in : " & Timer - vTime & " seconds."
Erase Neighbours
myForm.Hide
End If
End Sub
Private Sub Show_Mines() Dim cle As Variant
For Each cle In DicoParent.Keys
If DicoParent.Item(cle).Mine Then DicoParent.Item(cle).myButton.BackColor = COLOR_MINE
Next
End Sub
Private Sub Demine(Cl As cMinesweeper) Dim NbMines As Integer
NbMines = Count_Of_Mines(Cl.myButton.Name)
If NbMines > 0 Then
Cl.myButton.Caption = NbMines
Cl.boolFind = True
Cl.myButton.BackColor = COLOR_BOUTON
Else
If Cl.boolFind = False Then
Cl.boolFind = True
Cl.myButton.Visible = False
What_Neighbours Cl
Dim Tb() As cMinesweeper, i As Integer
Tb = Cl.Neighbours
For i = 0 To UBound(Tb)
Demine Tb(i)
Next
End If
End If
End Sub
Private Function Count_Of_Mines(Bout As String) As Integer Dim i As Integer, j As Integer, Col As Integer, Lin As Integer Dim myClass As cMinesweeper
For i = -1 To 1
For j = -1 To 1
Col = CInt(Split(Bout, "-")(0)) + i
Lin = CInt(Split(Bout, "-")(1)) + j
If DicoParent.Exists(Col & "-" & Lin) Then
Set myClass = DicoParent.Item(Col & "-" & Lin)
If myClass.Mine Then Count_Of_Mines = Count_Of_Mines + 1
End If
Next j
Next i
End Function
Private Sub What_Neighbours(Cl As cMinesweeper) Dim i As Integer, j As Integer, Col As Integer, Lin As Integer Dim myClass As cMinesweeper, ListNeighbours() As cMinesweeper, cpt As Byte
For i = -1 To 1
For j = -1 To 1
Col = CInt(Split(Cl.myButton.Name, "-")(0)) + i
Lin = CInt(Split(Cl.myButton.Name, "-")(1)) + j
If DicoParent.Exists(Col & "-" & Lin) And Cl.myButton.Name <> Col & "-" & Lin Then
Set myClass = DicoParent.Item(Col & "-" & Lin)
ReDim Preserve ListNeighbours(cpt)
Set ListNeighbours(cpt) = myClass
cpt = cpt + 1
End If
Next j
Next i
Cl.Neighbours = ListNeighbours
End Sub
Private Function IsVictoriousGame() As Boolean Dim cle As Variant
For Each cle In DicoParent.Keys
If DicoParent.Item(cle).boolFind = False And DicoParent.Item(cle).Mine = False Then IsVictoriousGame = False: Exit Function
Next
IsVictoriousGame = True
End Function
Private Sub Class_Terminate()
Dim VBComp
Set Dico = Nothing
Set DicoParent = Nothing
If strName <> "" Then
Set VBComp = ThisWorkbook.VBProject.VBComponents(strName)
ThisWorkbook.VBProject.VBComponents.Remove VBComp
End If
End Sub </lang>