Hydra Sudoku - BlitzCoder.net

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Socoder -> Console Coding -> Hydra Sudoku
Mon, 26 Mar 2007, 13:08
flying_cucco	I've begun 'porting' (ie rewriting from scratch) my Sudoku solver to Spin. Sort of a "hello world" for me . It should be quite easy to thread, which could be a good intro to multiprocessing a task, where uptil now each cog has done its own thing. \|edit\| removed - grr crummy laptop \|edit\| Slow progress, but I never get any time these days . What has powermousey been upto?
Tue, 27 Mar 2007, 08:38
flying_cucco	My 'website' is an old laptop with a webserver on it. It was working last night - probably crashed. I'll reboot it when I get home. \|edit\| Try that \|edit\|
Tue, 27 Mar 2007, 13:31
flying_cucco	Damn. Win 95 isn't the best OS to host a webserver on Try now.
Tue, 27 Mar 2007, 14:35
flying_cucco	Grrr. I even tried it with a proxy to test - it worked fine! \|edit\| I'd post a link to the proxy, but it just says permission denied \|edit\| \|edit\| Screw it, forget the clips. This is the latest iteration, stil not optimal (nor parallel) but getting better. \|edit\|
Sat, 31 Mar 2007, 08:45
flying_cucco	Thanks mousey, but I only wrote the Sudoku part! Anyway, here is a much faster, more robust version: \|edit\| updated below \|edit\| given that few people here will have Propller hardware, I'll try and sort out some videos or something (again)
Sat, 31 Mar 2007, 09:02
flying_cucco	\|edit\| gone \|edit\| video (limited time only)
Sun, 01 Apr 2007, 09:20
flying_cucco	All done (or at least working). All the dependants can be got from the CD or the Propeller Object Exchange over at Parallax. {{ Fly Sudoku 1.9 (c) 2007 Rob Haskell (FlyingCucco) Portions of this program (c) 2006 Nurve Networks LLC Portions of this program (c) 2005-2007 Parallax, Inc. Uses "HEL_GFX_ENGINE_040" "Real_Random_012" "mouse_iso_010" "keyboard_iso_010" }} CON majorversion=1 minorversion=9 ' Propeller ///////////////////////////////////////////////////////////////////////////////// _clkmode = xtal2 + pll8x ' enable external clock range 5-10MHz and pll times 8 _xinfreq = 10_000_000 + 0000 ' set frequency to 10 MHZ plus some error due to XTAL (1000-5000 usually works) _stack = 128 ' accomodate display memory and stack VAR ' HEL_GFX ///////////////////////////////////////////////////////////////////////////////// ' tile engine data structure pointers (can be changed in real-time by app!) long tile_map_base_ptr_parm ' base address of the tile map long tile_bitmaps_base_ptr_parm ' base address of the tile bitmaps long tile_palettes_base_ptr_parm ' base address of the palettes long tile_map_sprite_cntrl_parm ' pointer to the value that holds various "control" values for the tile map/sprite engine ' currently, encodes width of map, and number of sprites to process up to 8 in following format ' $xx_xx_ss_ww, xx is don't care/unused ' ss = number of sprites to process 1..8 ' ww = the number of "screens" or multiples of 16 that the tile map is ' eg. 0 would be 16 wide (standard), 1 would be 32 tiles, 2 would be 64 tiles, etc. ' this allows multiscreen width playfields and thus large horizontal/vertical scrolling games ' note that the final size is always a power of 2 multiple of 16 long tile_sprite_tbl_base_ptr_parm ' base address of sprite table ' real-time engine status variables, these are updated in real time by the ' tile engine itself, so they can be monitored outside in SPIN/ASM by game long tile_status_bits_parm ' vsync, hsync, etc. ' format of tile_status_bits_parm, only the Vsync status bit is updated ' ' byte 3 (unused)\|byte 2 (line)\| byte 1 (tile postion) \| byte 0 (sync and region) \| '\|x x x x x x x x\| line 8-bits \| row 4 bits \| column 4-bits \|x x x x \| region 2-bits \| hsync 1-bit \| vsync 1-bit\| ' b31..b24 b23..b16 b15..b12 b11..b8 b3..b2 b1 b0 ' Region 0=Top Overscan, 1=Active Video, 2=Bottom Overscan, 3=Vsync ' NOTE: In this version of the tile engine only VSYNC and REGION are valid long sprites[16] ' Game ///////////////////////////////////////////////////////////////////////////////// 'state byte level 'grid byte Grid[81] byte OriginalGrid[162] byte GridPoss[810] byte GridLock[81] 'display word activetilemap[192] 'mouse byte mousex byte mousey 'cell selection byte cellx byte celly OBJ gfx : "HEL_GFX_ENGINE_040" rr : "Real_Random_012" mouse : "mouse_iso_010" keyboard : "keyboard_iso_010" PUB Main \| x,y,i,n,k,tempcellx,tempcelly 'Initialize Variables ///////////////////////////////////////////////////////////////////////////////// 'Graphics 'points ptrs to actual memory storage for tile engine tile_map_base_ptr_parm := @activetilemap tile_bitmaps_base_ptr_parm := @tile_bitmaps tile_palettes_base_ptr_parm := @palettes tile_map_sprite_cntrl_parm := $00_00_02_00 ' set for 0 sprites and width 16 tiles (1 screens wide), '0 = 16 tiles, 1 = 32 tiles, 2 = 64 tiles, 3 = 128 tiles, etc. tile_sprite_tbl_base_ptr_parm := @sprites tile_status_bits_parm := 0 'Start Drivers ///////////////////////////////////////////////////////////////////////////////// 'start the mouse mouse.start(2) 'ps/2 mouse on pins 8-11 'start the keyboard keyboard.start(3) 'ps/2 keyboard on pins 12-15 'start the graphics engine gfx.start(@tile_map_base_ptr_parm) 'start random number generator rr.start 'Start Game ///////////////////////////////////////////////////////////////////////////////// 'disable sprites sprites[0] := $00 sprites[2] := $00 'make starting puzzle Make 'copy game tilemap repeat n from 0 to 191 activetilemap[n]:=tile_map[n] 'draw grid, set poss repeat x from 0 to 8 repeat y from 0 to 8 DrawCell(x,y) CheckCell(x,y) 'position cell cursor cellx:=4 celly:=4 'mouse sprite sprites[3] := @mousesprite 'box cursor sprite sprites[1] := @boxsprite ' Main Loop ///////////////////////////////////////////////////////////////////////////////// repeat '/////////////////////////////////////////////////////////////////// 'draw 'draw mouse sprites[2] :=(mousey<<24)+(mousex<<16)+1 'draw cell highlight sprites[0]:=((celly+1)<<28)+((cellx+1)<<20)+1 'draw possibles bar DrawCellPoss(cellx,celly) '/////////////////////////////////////////////////////////////////// 'mouse 'mouse position mousex:=mouse.abs_x mousey:=-mouse.abs_y 'select cell - lmb if mouse.button(0)==true tempcellx:=mousex>>4 'is x in bounds if tempcellx=>1 if tempcellx=<9 tempcelly:=mousey>>4 'is y in bounds if tempcelly=>1 if tempcelly=<9 cellx:=tempcellx-1 'select cell celly:=tempcelly-1 i:=(celly9)+cellx '/////////////////////////////////////////////////////////////////// 'keyboard 'get keypress k:=keyboard.key 'do cell set if number key pressed if k>$30 if k<$3A if GridLock[i]==0 SetCell(cellx,celly,k-$30,0) DrawCell(cellx,celly) CheckGrid 'do cell clear if backspace key pressed if k==$C8 if GridLock[i]==0 SetCell(cellx,celly,0,0) DrawCell(cellx,celly) CheckGrid 'toggle lock if L key pressed if k==$6C if Grid[i]>0 GridLock[i]:=1-GridLock[i] DrawCell(cellx,celly) 'solve if S key pressed if k==$73 Solve repeat x from 0 to 8 repeat y from 0 to 8 DrawCell(x,y) 'make new if N key pressed if k==$6E Make repeat x from 0 to 8 repeat y from 0 to 8 DrawCell(x,y) 'restart grid if R key pressed if k==$72 repeat x from 0 to 8 repeat y from 0 to 8 i:=(y9)+x if GridLock[i]==0 Grid[i]:=0 DrawCell(x,y) CheckGrid 'clear grid if C key pressed if k==$63 repeat x from 0 to 8 repeat y from 0 to 8 i:=(y9)+x GridLock[i]:=0 Grid[i]:=0 DrawCell(x,y) CheckGrid PUB Make \| x,y,i,j ''Generate a new puzzle in Grid[] 'clear repeat x from 0 to 8 repeat y from 0 to 8 i:=(y9)+x Grid[i]:=0 'solve until done repeat if Solve==1 quit 'blank some squares repeat j from 1 to 53 x:=\|\|rr.random//9 y:=\|\|rr.random//9 i:=(y9)+x if Grid[i]==0 j-- GridLock[i]:=0 Grid[i]:=0 repeat x from 0 to 8 repeat y from 0 to 8 i:=(y9)+x if Grid[i]>0 GridLock[i]:=1 CheckCell(x,y) PUB Solve \| newcellsolved,x,y,i,n,lives ''Automatically solves Sudoku in Grid[] lives:=10 level:=1 'Store starting grid repeat x from 0 to 8 repeat y from 0 to 8 i:=(y9)+x OriginalGrid[i]:=Grid[i] OriginalGrid[i+81]:=GridLock[i] 'display grid while we're at it ' DrawCell(x,y) 'check grid posibilities too CheckCell(x,y) repeat 'solve! newcellsolved:=0 repeat x from 0 to 8 repeat y from 0 to 8 i:=(y9)+x 'if empty if Grid[i]==0 'check level of cell if GridPoss[i]==level 'fill cell n:=SolveCell(x,y) 'update graphics 'DrawCell(x,y) 'update surrounding cells' possibilities UpdateNeighbors(x,y,n) 'decrement level newcellsolved:=1 level-- if level==0 level:=1 'no cells at current level - increase if newcellsolved==0 level++ 'no cells solveable if level==10 'check if won if ValidateGrid==1 return 1 'lose, retart level:=1 'restore starting grid repeat x from 0 to 8 repeat y from 0 to 8 i:=(y9)+x Grid[i]:=OriginalGrid[i] GridLock[i]:=OriginalGrid[i+81] ' DrawCell(x,y) CheckGrid 'lose a life lives-- 'give up if lives==0 return 0 pri SolveCell(x,y) \| randomnumber,i,n 'Fill in Cell (x,y) with number picked randomly from possible pool randomnumber:=\|\|rr.random//level randomnumber++ i:=(y9)+x repeat n from 1 to 9 'loop numbers if GridPoss[(n81)+i]==0 'if possible if --randomnumber==0 'and count down (random) finished SetCell(x,y,n,0) 'put number in cell cell return n pri CheckGrid \| cx,cy 'Check levels for whole grid 'old cell update repeat cx from 0 to 8 repeat cy from 0 to 8 CheckCell (cx,cy) pri CheckCell (x,y) \| cx,cy,n,i,boxx,boxy 'Check possibilities for cell (x,y) and set level i:=(y9)+x 'index repeat n from 1 to 9 'blank possibilities for this cell GridPoss[(n81)+i]:=0 'check dependant cells to find possibilities 'row repeat cx from 0 to 8 'loop row if cx<>x 'not same cell n:=Grid[(y9)+cx] 'get number in cell if n>0 'is there one? Gridposs[(n81)+i]:=1 'set possibilities 'column repeat cy from 0 to 8 'loop column if cy<>y 'not same cell n:=Grid[(cy9)+x] 'get number in cell if n>0 'is there one? Gridposs[(n81)+i]:=1 'set possibilities 'box boxx:=(x/3)3 'find box boxy:=(y/3)3 repeat cx from boxx to boxx+2 'loop box repeat cy from boxy to boxy+2 if cx<>x 'not same column if cy<>y 'not same row n:=Grid[(cy9)+cx] 'get number in cell if n>0 'is there one? Gridposs[(n81)+i]:=1 'set possibilities 'update cell level GridPoss[i]:=9 'level 9 is all possible repeat n from 1 to 9 'loop numbers if GridPoss[(n81)+i]>0 'if already present GridPoss[i]-- 'decrement cell level pri UpdateNeighbors(x,y,n) \| cx,cy,boxx,boxy 'Fast update level of dependant cells after cell (x,y) adds number n 'row repeat cx from 0 to 8 'loop row if Grid[(y9)+cx]==0 'cell empty if cx<>x 'not same cell UpdateCell(cx,y,n) 'update cell 'column repeat cy from 0 to 8 'loop column if Grid[(cy9)+x]==0 'cell empty if cy<>y 'not same cell UpdateCell(x,cy,n) 'update cell 'box boxx:=(x/3)3 'find box boxy:=(y/3)3 repeat cx from boxx to boxx+2 'loop box repeat cy from boxy to boxy+2 if Grid[(cy9)+cx]==0 'cell empty if cx<>x 'not same column if cy<>y 'not same row UpdateCell(cx,cy,n) 'update cell pri UpdateCell (x,y,n) \| i,ni 'Fast update cell (x,y) level after addition of number n in dependant cell i:=(y9)+x 'index ni:=(n81)+i if Grid[i]==0 'if cell empty if GridPoss[ni]==0 'if was not already present GridPoss[ni]:=1 'set present GridPoss[i]-- 'decrement level PRI SetCell(x,y,n,l) \| i 'Set cell at (x,y) to number n and lock if l i:=(y9)+x Grid[i]:=n Gridlock[i]:=l pri ValidateGrid \| x,y,i,total 'check if grid solved ok CheckGrid repeat x from 0 to 8 repeat y from 0 to 8 i:=(y9)+x total:=total+Grid[i] 'count total if GridPoss[i]<>1 'more/less than one possibility return 0 if GridPoss[(Grid[i]81)+i]>0 'fill doesn't match that possibility return 0 if total<>405 'the magic number 19 + 29 + ... 99 'success return 1 PRI DrawCell(x,y) \| i,j 'Update Cell on HEL_GFX tilemap 'grid index i:=(y9)+x 'tilemap index j:=(y16)+x 'keep palette intact, replace number activetilemap[j]:=(tile_map[j]&$FF00) + Grid[i] 'change palette to hilight locked cells if so if Gridlock[i]==1 activetilemap[j]:=activetilemap[j]+$02_00 PRI DrawCellPoss(x,y) \| i,n,j 'Update display of which numbers are possible on HEL_GFX tilemap i:=(y9)+x repeat n from 1 to 9 j:=159+n if GridPoss[(n*81)+i]==0 if Grid[i]==n activetilemap[j]:=(tile_map[j]&$FF00)+n+$02_00 'hilight current (ok) else activetilemap[j]:=(tile_map[j]&$FF00)+n 'possible else if Grid[i]==n activetilemap[j]:=(tile_map[j]&$FF00)+n+$03_00 'hilight current (warning!) else activetilemap[j]:=(tile_map[j]&$FF00)+n+$01_00 'not possible DAT ' Map tiles ///////////////////////////////////////////////////////////////////////////////// tile_map word $01_00,$01_00,$01_00,$00_00,$00_00,$00_00,$01_00,$01_00,$01_00,$04_0a,$00_01,$00_01,$00_01,$00_01,$00_01,$00_01 ' row 0 word $01_00,$01_00,$01_00,$00_00,$00_00,$00_00,$01_00,$01_00,$01_00,$04_00,$00_01,$00_01,$00_01,$00_01,$00_01,$00_01 ' row 0 word $01_00,$01_00,$01_00,$00_00,$00_00,$00_00,$01_00,$01_00,$01_00,$04_00,$00_01,$00_01,$00_01,$00_01,$00_01,$00_01 ' row 0 word $00_00,$00_00,$00_00,$01_00,$01_00,$01_00,$00_00,$00_00,$00_00,$04_00,$00_01,$00_01,$00_01,$00_01,$00_01,$00_01 ' row 0 word $00_00,$00_00,$00_00,$01_00,$01_00,$01_00,$00_00,$00_00,$00_00,$04_00,$00_01,$00_01,$00_01,$00_01,$00_01,$00_01 ' row 0 word $00_00,$00_00,$00_00,$01_00,$01_00,$01_00,$00_00,$00_00,$00_00,$04_00,$00_01,$00_01,$00_01,$00_01,$00_01,$00_01 ' row 0 word $01_00,$01_00,$01_00,$00_00,$00_00,$00_00,$01_00,$01_00,$01_00,$04_00,$00_01,$00_01,$00_01,$00_01,$00_01,$00_01 ' row 0 word $01_00,$01_00,$01_00,$00_00,$00_00,$00_00,$01_00,$01_00,$01_00,$04_00,$00_01,$00_01,$00_01,$00_01,$00_01,$00_01 ' row 0 word $01_00,$01_00,$01_00,$00_00,$00_00,$00_00,$01_00,$01_00,$01_00,$04_00,$00_01,$00_01,$00_01,$00_01,$00_01,$00_01 ' row 0 word $07_00,$0C_11,$07_0b,$07_0c,$07_0d,$07_0e,$07_0f,$07_10,$07_00,$04_00,$00_01,$00_01,$00_01,$00_01,$00_01,$00_01 ' row 0 word $08_00,$08_00,$08_00,$08_00,$08_00,$08_00,$08_00,$08_00,$08_00,$04_00,$00_01,$00_01,$00_01,$00_01,$00_01,$00_01 ' row 0 word $06_0a,$05_00,$05_00,$05_00,$05_00,$05_00,$05_00,$05_00,$05_00,$05_0a,$00_01,$00_01,$00_01,$00_01,$00_01,$00_01 ' row 0 ' Tile bitmaps ///////////////////////////////////////////////////////////////////////////////// tile_bitmaps '22 Feb 2007 18:46:29 'sprite converter 0.01 - (c) flying cucco '_.bmp Long %%0000000000000000 Long %%0000000000000000 Long %%0000000000000000 Long %%0000000000000000 Long %%0000000000000000 Long %%0000000000000000 Long %%0000000000000000 Long %%0000000000000000 Long %%0000000000000000 Long %%0000000000000000 Long %%0000000000000000 Long %%0000000000000000 Long %%0000000000000000 Long %%0000000000000000 Long %%0000000000000000 Long %%0000000000000000 '1.bmp Long %%0000000000000000 Long %%0000000000000000 Long %%0000000011000000 Long %%0000000011100000 Long %%0000000011110000 Long %%0000000011000000 Long %%0000000011000000 Long %%0000000011000000 Long %%0000000011000000 Long %%0000000011000000 Long %%0000000011000000 Long %%0000000011000000 Long %%0000000011000000 Long %%0000000000000000 Long %%0000000000000000 Long %%0000000000000000 '2.bmp Long %%0000000000000000 Long 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Long %%0000111111111100 Long %%0000000000000000 Long %%0000000000000000 Long %%0000000000000000 'Box corner.bmp Long %%1111111111111111 Long %%1111111111111110 Long %%1111111111111100 Long %%1111111111111000 Long %%1111111111110000 Long %%1111111111100000 Long %%1111111111000000 Long %%1111111110000000 Long %%1111111100000000 Long %%1111111000000000 Long %%1111110000000000 Long %%1111100000000000 Long %%1111000000000000 Long %%1110000000000000 Long %%1100000000000000 Long %%1000000000000000 's.bmp Long %%0000000000000000 Long %%0000000000000000 Long %%0000000000000000 Long %%0000000000000000 Long %%0000000000000000 Long %%0000111111111100 Long %%0001110000001110 Long %%0000000000001110 Long %%0000111111111100 Long %%0001110000000000 Long %%0001100000000000 Long %%0001110000001110 Long %%0000111111111100 Long %%0000000000000000 Long %%0000000000000000 Long %%0000000000000000 'u.bmp Long %%0000000000000000 Long %%0000000000000000 Long %%0000000000000000 Long %%0000000000000000 Long 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%%0000000000000000 Long %%0000000000000000 Long %%1100000000000011 Long %%1100000000000011 Long %%1100000000000011 Long %%1111100000011111 Long %%1111100000011111 'cursor.bmp mousesprite Long %%0000000000022222 Long %%0000000222222222 Long %%0002222222233322 Long %%2222222333333322 Long %%0222333333333322 Long %%0022233333333220 Long %%0002223333333220 Long %%0000222333333220 Long %%0000222233333220 Long %%0002222223332200 Long %%0022222222332200 Long %%0222222222232200 Long %%2222222002222200 Long %%2222220000222000 Long %%0222200000022000 Long %%0022000000002000 Long %%0000000000011111 Long %%0000000111111111 Long %%0001111111111111 Long %%1111111111111111 Long %%0111111111111111 Long %%0011111111111110 Long %%0001111111111110 Long %%0000111111111110 Long %%0000111111111110 Long %%0001111111111100 Long %%0011111111111100 Long %%0111111111111100 Long %%1111111001111100 Long %%1111110000111000 Long %%0111100000011000 Long %%0011000000001000 ' Palettes ///////////////////////////////////////////////////////////////////////////////// palettes { COL_Black = %0000_0010 02 COL_DarkGrey = %0000_0011 03 COL_Grey = %0000_0100 04 COL_LightGrey = %0000_0101 05 COL_BrightGrey = %0000_0110 06 COL_White = %0000_0111 07 COL_PowerBlue = %1111_1_100 FC COL_Blue = %1110_1_100 EC COL_SkyBlue = %1101_1_100 DC COL_AquaMarine = %1100_1_100 CC COL_LightGreen = %1011_1_100 BC COL_Green = %1010_1_100 AC COL_GreenYellow = %1001_1_100 9C COL_Yellow = %1000_1_100 8C COL_Gold = %0111_1_100 7C COL_Orange = %0110_1_100 6C COL_Red = %0101_1_100 5C COL_VioletRed = %0100_1_100 4C COL_Pink = %0011_1_100 3C COL_Magenta = %0010_1_100 2C COL_Violet = %0001_1_100 1C COL_Purple = %0000_1_100 0C } ' color 03_02_01_00 pal_00{red} long $6d_6b_02_3e pal_01{blue} long $6d_6b_02_ee pal_02{red-res} long $6d_6b_3b_3d pal_03{blue-res} long $6d_6b_eb_ed pal_04{border1} long $6d_6b_02_8e pal_05{border2} long $6d_6b_8e_8c pal_06{border3} long $6d_6b_8c_02 pal_07{white} long $6d_6b_02_07 pal_08{white-grn} long $6d_6b_ab_AD pal_09{white-red} long $6d_6b_5b_5D pal_0A{white-cur} long $6d_6b_07_AB pal_0B{white-cur} long $6d_6b_07_5B pal_0C{cucco} long $05_02_ec_07 pal_0D{cucco-blk} long $05_02_ec_7e --v Hope your friend likes it Next up is something a bit more dynamic, I think. Like a platformer - any ideas? \|edit\| August 2007 updated to last version, abandoned for now \|edit\|
Sun, 01 Apr 2007, 12:51
flying_cucco	OK, you think of an idea and story, and I will endeavour to make it into a game. Any sprites or graphics would be apreciated - I'm pretty fucksocks at artwork. I don't mean a huge project, please don't go overboard, just something we can do quickly. Interested? Plus I'd really like to see what you have been getting up to - pypong? \|edit\| Jay : You can't BE fucksocks, silly! Have you guys never read the B3ta.com newsletter? \|edit\| \|edit\| cucco: Er, no actually but I did do some research first before I insulted myself. You can now! I just said it. btw, I know it's your forum an' all, but please don't edit my posts; its SO annoying. If you want to reply, just reply! (eek, please don't ban me!) \|edit\|