/*-------------------------------------------------------------------------- REVERSEM : UNIT : GRAPHICS CONTROL Most of the methods used here are not very 'C++' like. They were used in development of the game Anarchy (ok, continuing development, it will be released in Jan 95). Hey. It's an AI class; so, a bit of code reuse did me well. COPYRIGHT (C) 1994 Erich P. Gatejen ALL RIGHTS RESERVED This is Freeware. You may distribute it as you wish. However, you may not distribute a modified version without my consent. Feel free to cut and paste any algorthm. NOTE: XTILE is (C) 1992, 1994 by myself. It is NOT freeware. You may use it for personal projects, but otherwise, it is not to be distributed outside this REVERSEM package. (Contact me if you wish to do otherwise) ---------------------------------------------------------------------------*/ // ------------------------------------------------------------------------ // --- INCLUDES // ------------------------------------------------------------------------ #include #include extern "C" { #include "xtile21!.h" }; #include #include #include"reversem.hpp" #include"spots.hpp" #include"board.hpp" #include"eval.hpp" #include"graphics.hpp" #include"conio.h" // ------------------------------------------------------------------------ // --- GRAPHICS DEFINEs // ------------------------------------------------------------------------ #define MAIN_PAGE PAGE1 #define MOUSE_EVENTS (XLEFT_BUTTON | XRIGHT_BUTTON) #define FONT_4_SIZE 192 #define BRAIN_BUTTONSX 4 #define BRAIN_BUTTONSY 177 #define BRAIN_BUTTONXSIZE 52 #define BRAIN_BUTTONYSIZE 20 #define BRAIN_BUTTONXSEP 50 #define MAIN_BUTTONSX 152 #define MAIN_BUTTONSY 0 #define MAIN_BUTTONSXSIZE 56 #define MAIN_BUTTONSYSIZE 20 #define POPUP_XSIZE 104 #define POPUP_YSIZE 32 #define BOARDX 116 #define BOARDY 32 #define SPOT_XYSIZE 24 #define SPOT_TRIMXSIZE 20 #define SPOT_TRIMYSIZE 17 #define SPOT_TRIMX 4 #define SPOT_TRIMY 5 #define SCORE_X 112 #define SCORE_Y 13 #define SCORE_XSIZE 32 #define SCORE_YSIZE 5 #define SCORE_COLOR 15 // ------------------------------------------------------------------------ // --- TGA offsets ( a hold over from Anarchy method ) // ------------------------------------------------------------------------ // -- TGA set for main load ---- #define PREP_MOUSE_DATA_SIZE 256 #define PREP_MOUSE_DATA_SITE 0 #define PREP_MOUSE_MASK_SIZE 64 #define PREP_MOUSE_MASK_SITE (PREP_MOUSE_DATA_SITE + PREP_MOUSE_DATA_SIZE) #define WAIT_MOUSE_DATA_SIZE 256 #define WAIT_MOUSE_DATA_SITE (PREP_MOUSE_MASK_SITE + PREP_MOUSE_MASK_SIZE) #define WAIT_MOUSE_MASK_SIZE 64 #define WAIT_MOUSE_MASK_SITE (WAIT_MOUSE_DATA_SITE + WAIT_MOUSE_DATA_SIZE) #define MAIN_PAL_SIZE 768 #define MAIN_PAL_SITE (WAIT_MOUSE_MASK_SITE + WAIT_MOUSE_MASK_SIZE) #define SPOT_SIZE 576 #define SPOT_SITE (MAIN_PAL_SITE + MAIN_PAL_SIZE) #define HERE_SIZE 576 #define HERE_SITE (SPOT_SITE + SPOT_SIZE) #define OK_SIZE 576 #define OK_SITE (HERE_SITE + HERE_SIZE) #define BLACK_SPOTS_EACH 340 #define BLACK_SPOTS_SIZE (BLACK_SPOTS_EACH * 6) #define BLACK_SPOTS_SITE (OK_SITE + OK_SIZE) #define WHITE_SPOTS_EACH 340 #define WHITE_SPOTS_SIZE (WHITE_SPOTS_EACH * 6) #define WHITE_SPOTS_SITE (BLACK_SPOTS_SITE + BLACK_SPOTS_SIZE) #define MUST_PASS_SIZE 3328 #define MUST_PASS_SITE (WHITE_SPOTS_SITE + WHITE_SPOTS_SIZE) #define WHO_1ST_SIZE 3328 #define WHO_1ST_SITE (MUST_PASS_SITE + MUST_PASS_SIZE) #define YOU_SURE_SIZE 3328 #define YOU_SURE_SITE (WHO_1ST_SITE + WHO_1ST_SIZE) #define BRAIN_BUTTON_EACH 1040 #define BRAIN_BUTTON_SIZE (BRAIN_BUTTON_EACH * 6) #define BRAIN_BUTTON_SITE (YOU_SURE_SITE + YOU_SURE_SIZE) #define BRAIN_BPUSHED_SITE (BRAIN_BUTTON_SITE + BRAIN_BUTTON_SIZE) #define MAIN_BUTTON_EACH 1120 #define MAIN_BUTTON_SIZE (MAIN_BUTTON_EACH * 3) #define MAIN_BUTTON_SITE (BRAIN_BPUSHED_SITE + BRAIN_BUTTON_SIZE) #define MAIN_BPUSHED_SITE (MAIN_BUTTON_SITE + MAIN_BUTTON_SIZE) #define LOAD1_SIZE (MAIN_BPUSHED_SITE + MAIN_BUTTON_SIZE) #define POPUP_RELOAD_SITE LOAD1_SIZE #define SCORE_RELOAD_SITE (POPUP_RELOAD_SITE + WHO_1ST_SIZE) #define MAIN_SCREEN_FILE_SITE 36400 // ------------------------------------------------------------------------ // --- DATA // ------------------------------------------------------------------------ // --- The TGA char *TGA; // --- TGA Hooks char *White_Spots; char *Black_Spots; // --- The Main Graphics File FILE *MainGFile; // --- Mouse data unsigned int Mouse_Data_Ready; unsigned int MouseX; unsigned int MouseY; unsigned int Mouse_Flags; // --- Data for the 4-pix font char Font4[FONT_4_SIZE]; // ------------------------------------------------------------------------ // --- SPECIAL MOUSE HANDLER FUNCTIONS AND MEMBERS // ------------------------------------------------------------------------ // The declaration of this function MUST NOT be changed for it to work // with XTile. void GMouse_Handler( unsigned int X, unsigned int Y, unsigned int Event_Mask ) { Mouse_Data_Ready = TRUE; MouseX = X; MouseY = Y; Mouse_Flags = Event_Mask; }; int GraphicsControl::MouseView ( void ) { /* View a fleet screen and wait an event */ unsigned int X, Y, Temp; /* Last known mouse locations */ Mouse_Data_Ready = FALSE; XWhere_Mouse( &X, &Y ); XMouse_Active( MOUSE_EVENTS, X, Y, NORMALPAGE ); /* Wait until the mouse button is pressed or a key */ while ((Mouse_Data_Ready == FALSE)&&( kbhit() == 0)) { } /* Turn mouse off */ XMouse_InActive(); if ( kbhit() ) { Temp = getch(); if (Temp == NULL) Temp = getch(); // Take care of function keys return Temp; } else return 0; } USER_ACTION GraphicsControl::ParseMouseCkick( Go& AGo ) { unsigned int Temp; // This will be some pretty cryptic code. // Check top button region if ( (MouseX >= MAIN_BUTTONSX)&&(MouseY < MAIN_BUTTONSYSIZE) ) { // return the specific button Temp = MouseX - MAIN_BUTTONSX; Temp = Temp / MAIN_BUTTONSXSIZE; return( (USER_ACTION) (((unsigned int)CLICK_HELP) + Temp) ); } else // Check if in brain button area if ( ( MouseX >= BRAIN_BUTTONSX )&& ( MouseX <= (BRAIN_BUTTONSX+(2*BRAIN_BUTTONXSEP)) )&& ( MouseY >= BRAIN_BUTTONSY )&& ( MouseY <= (BRAIN_BUTTONSY+(3*BRAIN_BUTTONYSIZE)) ) ) { // return the specific button if ( MouseX < (BRAIN_BUTTONSX + BRAIN_BUTTONXSEP) ) { // left half if ( MouseY < (BRAIN_BUTTONSY + BRAIN_BUTTONYSIZE) ) return CLICK_BRAIN1; if ( MouseY < (BRAIN_BUTTONSY + (2 * BRAIN_BUTTONYSIZE)) ) return CLICK_BRAIN3; return CLICK_BRAIN5; } else { // right half if ( MouseY < (BRAIN_BUTTONSY + BRAIN_BUTTONYSIZE) ) return CLICK_BRAIN2; if ( MouseY < (BRAIN_BUTTONSY + (2 * BRAIN_BUTTONYSIZE)) ) return CLICK_BRAIN4; return CLICK_BRAIN6; } } else // Is it in the board if ((MouseX >= BOARDX)&&(MouseX < (BOARDX + (BOARDXSIZE * SPOT_XYSIZE) ))&& (MouseY >= BOARDY)&&(MouseY < (BOARDY + (BOARDYSIZE * SPOT_XYSIZE) )) ) { Temp = MouseX - BOARDX; Temp = Temp / SPOT_XYSIZE; AGo.XIs( Temp ); Temp = MouseY - BOARDY; Temp = Temp / SPOT_XYSIZE; AGo.YIs( Temp ); return CLICK_BOARD; } return NO_ACTION; }; // ------------------------------------------------------------------------ // --- PRIVATE MEMBERS // ------------------------------------------------------------------------ // -- Member : Initialize the TGA hooks ----------------------------------- void GraphicsControl::InitTGAHooks( void ) { // Set the TGA hooks White_Spots = TGA + WHITE_SPOTS_SITE; Black_Spots = TGA + BLACK_SPOTS_SITE; }; // ------------------------------------------------------------------------ // --- CONSTRUCTOR/DESTRUCTOR // ------------------------------------------------------------------------ GraphicsControl::GraphicsControl( void ) { FILE *FontFile; // Allocate TGA and generate the hooks. Any error is fatal. TGA = (char *) farmalloc( 65530 ); // I know, malloc. It's safer here though if ( TGA == NULL ) { puts( ".. FATAL ERROR .. Could not allocate memory for graphics!\n\r\n\r"); exit( 1 ); } InitTGAHooks(); // Open the main graphics file. It will be closed by the destructor MainGFile = fopen( "reversem.cmb", "rb"); if ( MainGFile == NULL ) { puts( ".. FATAL ERROR .. Could not open the 'reversem.cmb' graphics file.\n\r\n\r"); exit(2); } // Load the TGA fread( TGA, LOAD1_SIZE, 1, MainGFile ); // Init various items BrainButtonState = SIMPLETON; // This is the default! // Load the font and register it FontFile = fopen("font4x6.msf","rb"); if ( MainGFile == NULL ) { puts( ".. FATAL ERROR .. Could not open the 'font4x6.msf' font file.\n\r\n\r"); exit(2); } fread(Font4, FONT_4_SIZE, 1, FontFile); fclose(FontFile); XRegister_Font4( 0, 65, ' ', DONTUPLOADFONT, Font4 ); /* Font4 is dummy */ Register_Font_Masks4( Font4 ); }; GraphicsControl::~GraphicsControl() { fclose(MainGFile); farfree(TGA); // Put it back to text screen textmode ( LASTMODE ); } // ------------------------------------------------------------------------ // --- PUBLIC MEMBERS // ------------------------------------------------------------------------ // -- Member : Initialize the main screen -------------------------------- void GraphicsControl::InitMainScreen( void ) { char* TMA; // We will temporarily need 64000 bytes TMA = (char *) farmalloc( 64000 ); if ( TMA == NULL ) { puts( ".. FATAL ERROR .. Could not allocate memory for graphics screen load!\n\r\n\r"); exit( 1 ); } // Clear video memory and set the mode XWait_Retrace(); XInit_Mode( 0 ); XClear( 0 ); XInit_Mode( 0 ); // Load and put the main screen (in the main page) XSet_Write_Page( MAIN_PAGE, 320 ); fseek( MainGFile, MAIN_SCREEN_FILE_SITE, SEEK_SET ); fread( TMA, 1, (320*200), MainGFile); XPut_Tile( 0, 0, 320, 200, TMA ); fread( TMA, 1, (320*40), MainGFile ); XPut_Tile( 0, 200, 320, 40, TMA ); // NOTE: The default brain button is IDIOT (SIMPLETON); // the loaded screen has that button pushed // ALSO: The screen will show a completely blank board // Do any reloads XDownload_TileP ( SCORE_X, SCORE_Y, SCORE_XSIZE, SCORE_YSIZE, TGA + SCORE_RELOAD_SITE ); // Register mouse. (default mouse is prep mouse) XRegister_Mouse( (TGA + PREP_MOUSE_DATA_SITE), (TGA + PREP_MOUSE_MASK_SITE), GMouse_Handler ); // Show the welcome picture Me.ShowPicture( PIC_NOEXP ); Me.SayText( "HI. I AM ERICH.", "HIT 'NEW' IF YOU", "WANT TO PLAY" ); // Show the screen. Page flip to main page. XSet_Display_PageP( MAIN_PAGE, 320, 240, 0, 0, 0, 255, TGA + MAIN_PAL_SITE ); // Don't need the TMA anymore farfree( TMA ); }; // -- Member : Show a board. No finesse, just blast it out -------------- void GraphicsControl::ShowBoard( Board TheBoard ) { unsigned int X, Y, XLoc, YLoc; // Lets try to avoid some flicker XWait_Retrace(); // Put the tiles XLoc = BOARDX; for ( X = 0; X < BOARDXSIZE; X++ ) { YLoc = BOARDY; for ( Y = 0; Y < BOARDYSIZE; Y++ ) { XPut_Tile( XLoc, YLoc, SPOT_XYSIZE, SPOT_XYSIZE, TGA + SPOT_SITE ); if ( TheBoard.Spots[X][Y].IsSpotBlack() ) XPut_Tile( XLoc + SPOT_TRIMX, YLoc + SPOT_TRIMY, SPOT_TRIMXSIZE, SPOT_TRIMYSIZE, TGA + BLACK_SPOTS_SITE ); if ( TheBoard.Spots[X][Y].IsSpotWhite() ) XPut_Tile( XLoc + SPOT_TRIMX, YLoc + SPOT_TRIMY, SPOT_TRIMXSIZE, SPOT_TRIMYSIZE, TGA + WHITE_SPOTS_SITE ); YLoc = YLoc + SPOT_XYSIZE; } XLoc = XLoc + SPOT_XYSIZE; } }; // -- Member : Show valid moves for the player (WHITE) ---------------- void GraphicsControl::ShowValidMoves( Board TheBoard ) { register unsigned int X, Y; unsigned int XLoc, YLoc; Go AGo; // Lets try to avoid some flicker XWait_Retrace(); // Put the tiles XLoc = BOARDX; for ( X = 0; X < BOARDXSIZE; X++ ) { YLoc = BOARDY; for ( Y = 0; Y < BOARDYSIZE; Y++ ) { AGo.XIs( X ); AGo.YIs( Y ); if ( TheBoard.ValidGo( AGo, SPOT_WHITE ) ) XPut_Tile( XLoc, YLoc, SPOT_XYSIZE, SPOT_XYSIZE, TGA + OK_SITE ); YLoc = YLoc + SPOT_XYSIZE; } XLoc = XLoc + SPOT_XYSIZE; } }; // -- Member : Wait for a user event ------------------------------------- USER_ACTION GraphicsControl::WaitUser( Go& AGo ) { int ViewReturn; USER_ACTION ParseReturn = NO_ACTION; while ( ParseReturn == NO_ACTION ) { ViewReturn = MouseView(); if ( ViewReturn == 0 ) ParseReturn = ParseMouseCkick( AGo ); } return( ParseReturn ); }; // -- Member : Set the appropriate button for the brain setting ---------- void GraphicsControl::BrainSetting( BRAIN Setting ) { if ( Setting == BrainButtonState ) return; // Undo old button XWait_Retrace(); switch( BrainButtonState ) { case SIMPLETON: XPut_TileA_M( BRAIN_BUTTONSX, BRAIN_BUTTONSY, BRAIN_BUTTONXSIZE, BRAIN_BUTTONYSIZE, TGA + BRAIN_BUTTON_SITE ); break; case DULLARD: XPut_TileA_M( BRAIN_BUTTONSX + BRAIN_BUTTONXSEP, BRAIN_BUTTONSY, BRAIN_BUTTONXSIZE, BRAIN_BUTTONYSIZE, TGA + (BRAIN_BUTTON_SITE + BRAIN_BUTTON_EACH ) ); break; case AVERAGE: XPut_TileA_M( BRAIN_BUTTONSX, BRAIN_BUTTONSY + BRAIN_BUTTONYSIZE, BRAIN_BUTTONXSIZE, BRAIN_BUTTONYSIZE, TGA + (BRAIN_BUTTON_SITE + (2*BRAIN_BUTTON_EACH) ) ); break; case SWIFT: XPut_TileA_M( BRAIN_BUTTONSX + BRAIN_BUTTONXSEP, BRAIN_BUTTONSY + BRAIN_BUTTONYSIZE, BRAIN_BUTTONXSIZE, BRAIN_BUTTONYSIZE, TGA + (BRAIN_BUTTON_SITE + (3*BRAIN_BUTTON_EACH) ) ); break; case GENIUS: XPut_TileA_M( BRAIN_BUTTONSX, BRAIN_BUTTONSY + (2*BRAIN_BUTTONYSIZE), BRAIN_BUTTONXSIZE, BRAIN_BUTTONYSIZE, TGA + (BRAIN_BUTTON_SITE + (4*BRAIN_BUTTON_EACH) ) ); break; case EXPERIMENTAL: XPut_TileA_M( BRAIN_BUTTONSX + BRAIN_BUTTONXSEP, BRAIN_BUTTONSY + (2*BRAIN_BUTTONYSIZE), BRAIN_BUTTONXSIZE, BRAIN_BUTTONYSIZE, TGA + (BRAIN_BUTTON_SITE + (5*BRAIN_BUTTON_EACH) ) ); break; } // Put the new button BrainButtonState = Setting; switch( BrainButtonState ) { case SIMPLETON: XPut_TileA_M( BRAIN_BUTTONSX, BRAIN_BUTTONSY, BRAIN_BUTTONXSIZE, BRAIN_BUTTONYSIZE, TGA + BRAIN_BPUSHED_SITE ); break; case DULLARD: XPut_TileA_M( BRAIN_BUTTONSX + BRAIN_BUTTONXSEP, BRAIN_BUTTONSY, BRAIN_BUTTONXSIZE, BRAIN_BUTTONYSIZE, TGA + (BRAIN_BPUSHED_SITE + BRAIN_BUTTON_EACH ) ); break; case AVERAGE: XPut_TileA_M( BRAIN_BUTTONSX, BRAIN_BUTTONSY + BRAIN_BUTTONYSIZE, BRAIN_BUTTONXSIZE, BRAIN_BUTTONYSIZE, TGA + (BRAIN_BPUSHED_SITE + (2*BRAIN_BUTTON_EACH) ) ); break; case SWIFT: XPut_TileA_M( BRAIN_BUTTONSX + BRAIN_BUTTONXSEP, BRAIN_BUTTONSY + BRAIN_BUTTONYSIZE, BRAIN_BUTTONXSIZE, BRAIN_BUTTONYSIZE, TGA + (BRAIN_BPUSHED_SITE + (3*BRAIN_BUTTON_EACH) ) ); break; case GENIUS: XPut_TileA_M( BRAIN_BUTTONSX, BRAIN_BUTTONSY + (2*BRAIN_BUTTONYSIZE), BRAIN_BUTTONXSIZE, BRAIN_BUTTONYSIZE, TGA + (BRAIN_BPUSHED_SITE + (4*BRAIN_BUTTON_EACH) ) ); break; case EXPERIMENTAL: XPut_TileA_M( BRAIN_BUTTONSX + BRAIN_BUTTONXSEP, BRAIN_BUTTONSY + (2*BRAIN_BUTTONYSIZE), BRAIN_BUTTONXSIZE, BRAIN_BUTTONYSIZE, TGA + (BRAIN_BPUSHED_SITE + (5*BRAIN_BUTTON_EACH) ) ); break; } }; // -- Member : Push the button specified ----------------------------- void GraphicsControl::PushMainButton( MAIN_BUTTONS TheButton ) { XPut_Tile( MAIN_BUTTONSX + (TheButton * MAIN_BUTTONSXSIZE), MAIN_BUTTONSY, MAIN_BUTTONSXSIZE, MAIN_BUTTONSYSIZE, TGA + (MAIN_BPUSHED_SITE + (TheButton * MAIN_BUTTON_EACH)) ); }; // -- Member : Pop the button specified ----------------------------- void GraphicsControl::PopMainButton( MAIN_BUTTONS TheButton ) { XPut_Tile( MAIN_BUTTONSX + (TheButton * MAIN_BUTTONSXSIZE), MAIN_BUTTONSY, MAIN_BUTTONSXSIZE, MAIN_BUTTONSYSIZE, TGA + (MAIN_BUTTON_SITE + (TheButton * MAIN_BUTTON_EACH)) ); }; // -- Member : Who is first ----------------------------------------- BOOLEAN GraphicsControl::WhoFirst( void ) { BOOLEAN ReturnValue; // Definitions unique to this popup #define WHO_FIRSTX 160 #define WHO_FIRSTY 87 #define WHO_FIRST_YOUX (WHO_FIRSTX + 12) #define WHO_FIRST_YOUY (WHO_FIRSTY + 16) #define WHO_FIRST_MEX (WHO_FIRSTX + 62) #define WHO_FIRST_YMSIZEX 30 #define WHO_FIRST_YMSIZEY 11 // Return TRUE if it is the player (YOU), FALSE is (ME). // Put the popup on the screen XDownload_TileP ( WHO_FIRSTX, WHO_FIRSTY, POPUP_XSIZE, POPUP_YSIZE, TGA + POPUP_RELOAD_SITE ); XPut_Tile ( WHO_FIRSTX, WHO_FIRSTY, POPUP_XSIZE, POPUP_YSIZE, TGA + WHO_1ST_SITE ); // Loop until valid for(;;) { // Wait for a mouse event MouseView(); // See if valid if ( (MouseY >= WHO_FIRST_YOUY)&& (MouseY < (WHO_FIRST_YOUY + WHO_FIRST_YMSIZEY)) ) { if ( (MouseX >= WHO_FIRST_YOUX) && (MouseX < (WHO_FIRST_YOUX + WHO_FIRST_YMSIZEX)) ) { ReturnValue = TRUE; break; } if ( (MouseX >= WHO_FIRST_MEX) && (MouseX < (WHO_FIRST_MEX + WHO_FIRST_YMSIZEX)) ) { ReturnValue = FALSE; break; } } } // Restore screen XPut_Tile ( WHO_FIRSTX, WHO_FIRSTY, POPUP_XSIZE, POPUP_YSIZE, TGA + POPUP_RELOAD_SITE ); return ReturnValue; }; // -- Member : You sure? ----------------------------------------- BOOLEAN GraphicsControl::YouSure( void ) { // return true if sure BOOLEAN ReturnValue; // Definitions #define YOU_SUREX 160 #define YOU_SUREY 87 #define YOU_SURE_YOUX (YOU_SUREX + 12) #define YOU_SURE_YOUY (YOU_SUREY + 16) #define YOU_SURE_MEX (YOU_SUREX + 62) #define YOU_SURE_YMSIZEX 30 #define YOU_SURE_YMSIZEY 11 // Return TRUE if it is the player (YOU), FALSE is (ME). // Put the popup on the screen XDownload_TileP ( YOU_SUREX, YOU_SUREY, POPUP_XSIZE, POPUP_YSIZE, TGA + POPUP_RELOAD_SITE ); XPut_Tile ( YOU_SUREX, YOU_SUREY, POPUP_XSIZE, POPUP_YSIZE, TGA + YOU_SURE_SITE ); // Loop until valid for(;;) { // Wait for a mouse event MouseView(); // See if valid if ( (MouseY >= YOU_SURE_YOUY)&& (MouseY < (YOU_SURE_YOUY + YOU_SURE_YMSIZEY)) ) { if ( (MouseX >= YOU_SURE_YOUX) && (MouseX < (YOU_SURE_YOUX + YOU_SURE_YMSIZEX)) ) { ReturnValue = TRUE; break; } if ( (MouseX >= YOU_SURE_MEX) && (MouseX < (YOU_SURE_MEX + YOU_SURE_YMSIZEX)) ) { ReturnValue = FALSE; break; } } } // Restore screen XPut_Tile ( YOU_SUREX, YOU_SUREY, POPUP_XSIZE, POPUP_YSIZE, TGA + POPUP_RELOAD_SITE ); return ReturnValue; }; // -- Member : The You Must Pass popup --------------------------------- void GraphicsControl::YouMustPass( void ) { // Definitions unique to this popup #define MUST_PASSX 160 #define MUST_PASSY 87 // Put the popup on the screen XDownload_TileP ( MUST_PASSX, MUST_PASSY, POPUP_XSIZE, POPUP_YSIZE, TGA + POPUP_RELOAD_SITE ); XPut_Tile ( MUST_PASSX, MUST_PASSY, POPUP_XSIZE, POPUP_YSIZE, TGA + MUST_PASS_SITE ); // Wait for a mouse event MouseView(); // Restore screen XPut_Tile ( MUST_PASSX, MUST_PASSY, POPUP_XSIZE, POPUP_YSIZE, TGA + POPUP_RELOAD_SITE ); }; // -- Member : Show the HERE tile -------------------------------------- void GraphicsControl::Here( Go TheGo ) { XWait_Retrace(); XPut_Tile( BOARDX + (SPOT_XYSIZE * TheGo.XIs()), BOARDY + (SPOT_XYSIZE * TheGo.YIs()), SPOT_XYSIZE, SPOT_XYSIZE, TGA + HERE_SITE ); }; // -- Member : Show the HERE tile -------------------------------------- void GraphicsControl::Score( int TheScore ) { char Buffer[10]; XWait_Retrace(); XPut_Tile( SCORE_X, SCORE_Y, SCORE_XSIZE, SCORE_YSIZE, TGA + SCORE_RELOAD_SITE ); itoa( TheScore, Buffer, 10 ); XString4_C( SCORE_X, SCORE_Y, SCORE_COLOR, Buffer ); };