五子棋——C++
最近在学C++，这个是照葫芦画瓢的五子棋C++版- -ios
依赖SDL_PingGe_1.3，不少实用的函数，类我都封装成DLL了调用起来真是舒服啊。。ide
不过一方面要对DLL作测试，一方面要开发，一我的还真是累啊。函数
按钮我也取消了，毕竟只是花架子，比C版多了一个开场动画，鼠标也被修改为了一只小手，测试
还有分出胜负后五子将会被一条红线链接（这方面的数据交互没作好）优化
AI部分作了些修改，细化了计分表，整体水平强了很多，可是同窗说缺乏攻击性，哈哈没办法啦，动画
暂时不去优化了。ui
其实还有一个小BUG。。可是我很懒，也没那么多时间去仔细检查AI部分了，留给你们吧spa
BUG：当中间部位还差一子即可连成五子时，AI本应是最优先落中间位置，可是却落在别的地方- -3d
好了很少说了：code
#ifndef _LINK_FIVE_H_ #define _LINK_FIVE_H_ #include "SDL_PingGe.h" #include <iostream> #include <fstream> class Chess_Board { public: //Initializes variables. Chess_Board(void); ~Chess_Board(void); //Player down the chess_piece. //Return true if down success, false if here can't down. bool Player_1_Down(Sint32 x, Sint32 y); bool Player_2_Down(Sint32 x, Sint32 y); //AI. //Change the X_Y struct. void AI(void); Sint32 Return_Score(Sint32 n); //If player down the chess_piece, judge is he win. //Return true if win, false is not win. bool Judge_Win(void); private: //The state of the chess board. Sint32 NO_CHESS; Sint32 WHITE_CHESS; Sint32 BLACK_CHESS; Sint32 WALL; //The size of the board. Sint32 SIZE; Sint32 PIXEL_PER_CELL; public: //The board array. Sint32 board[15][15]; //Two kind coordinates. struct X_Y { Sint32 array_x, array_y; Sint32 image_x, image_y; }A, S, E; /* //For array. Sint32 array_x, array_y; //For image. Sint32 image_x, image_y; */ Sint32 Play_Flag; public: //Change the array_xy to image_xy. inline void Change_X_Y_Image(struct X_Y& O); //Change the image_xy to array_xy. //inline void Change_X_Y_Array(void); //Judge the image_xy is lawful. //Return true if it is lawful. bool X_Y_Image_Lawful(struct X_Y& O); //Judge the array_xy is lawful. //Return true if it is lawful. bool X_Y_Array_Lawful(struct X_Y& O); }; inline void Chess_Board::Change_X_Y_Image(struct X_Y& O) { O.image_y = O.array_x * PIXEL_PER_CELL + 90; O.image_x = O.array_y * PIXEL_PER_CELL + 90; } class Render { public: //Init everything. Render(void); //Off everything. ~Render(void); //Load image/font/audio. void Load(void); //Check everything load by Load(). void Check(void); //Free everything load by Load(). void Free(void); //Show Logo void Show_Logo(void) const; //Show Cursor void Show_Cursor(Sint32 x, Sint32 y) const; //Show Timer void Show_Timer(const Chess_Board & chess); //Show Board. void Show_Board(void) const; //Show Piece. void Show_Black(Sint32 x, Sint32 y) const; void Show_White(Sint32 x, Sint32 y) const; //Remind player. void Remind(void) const; //The screen. SDL_Surface *screen; private: //Use the to cut the Big. SDL_Rect clips[7]; PingGe::Cursor * cursor; PingGe::Timer time_1, time_2; SDL_Color textColor; //The surface. SDL_Surface *Big, *Remind_Player_1, *Remind_Player_2, *Chess_Piece_Black, *Chess_Piece_White, *Background, *Logo, *Cursor, *Seconds; Mix_Chunk *Low; TTF_Font *Font; private: //Stream of log. std::ofstream Logger; inline void Log(std::string message_1, std::string message_2 = "") { //Write message to file. Logger << message_1 << message_2 << std::endl; //Flush the buffer. Logger.flush(); } private: Sint32 SCREEN_WIDTH = 800; Sint32 SCREEN_HEIGHT = 600; Sint32 SCREEN_BPP = 32; }; #endif
#include "Link_Five.h" const int FRAMES_PER_SECOND = 100; //PvP void Game_1(void); //PvAI void Game_2(void); Render ren; int main(int argc, char* args[]) { //SDL_ShowCursor(0); SDL_WarpMouse(400, 300); ren.Load(); ren.Check(); ren.Show_Logo(); Game_2(); ren.Free(); return 0; } void Game_1(void) { SDL_Event event; PingGe::Timer Fps; Chess_Board chess; ren.Show_Board(); Sint32 done = 0; while(done == 0) { Fps.Start(); while(SDL_PollEvent(&event)) { if(event.type == SDL_QUIT) { done = 1; } if(event.type == SDL_KEYDOWN) { if(event.key.keysym.sym == SDLK_ESCAPE) { done = 1; } } if(event.type == SDL_MOUSEBUTTONDOWN) { if(event.button.button == SDL_BUTTON_LEFT) { if(chess.Play_Flag) { if(chess.Player_1_Down(event.motion.x, event.motion.y) == true) { ren.Show_Black(chess.A.image_x, chess.A.image_y); { int x, y; SDL_GetMouseState(&x, &y); ren.Show_Cursor(x, y); } ren.Remind(); if(chess.Judge_Win()) { std::cout << "Black win!" << std::endl; } } } else { if(chess.Player_2_Down(event.motion.x, event.motion.y) == true) { ren.Show_White(chess.A.image_x, chess.A.image_y); { int x, y; SDL_GetMouseState(&x, &y); ren.Show_Cursor(x, y); } ren.Remind(); if(chess.Judge_Win()) { std::cout << "White win!" << std::endl; } } } } } int x, y; SDL_GetMouseState(&x, &y); ren.Show_Cursor(x, y); } ren.Show_Timer(chess); if((Fps.Get_Ticks() < 1000 / FRAMES_PER_SECOND ) ) { //Sleep the remaining frame time SDL_Delay((1000 / FRAMES_PER_SECOND ) - Fps.Get_Ticks()); } } } void Game_2(void) { SDL_Event event; PingGe::Timer Fps; Chess_Board chess; ren.Show_Board(); chess.Player_2_Down(300, 300); ren.Show_White(300, 300); chess.Play_Flag = ~chess.Play_Flag; Sint32 done = 0; while(done == 0) { Fps.Start(); while(SDL_PollEvent(&event)) { if(event.type == SDL_QUIT) { done = 1; } if(event.type == SDL_KEYDOWN) { if(event.key.keysym.sym == SDLK_ESCAPE) { done = 1; } } if(event.type == SDL_MOUSEBUTTONDOWN) { if(event.button.button == SDL_BUTTON_LEFT) { if(chess.Player_1_Down(event.motion.x, event.motion.y) == true) { ren.Show_Black(chess.A.image_x, chess.A.image_y); if(chess.Judge_Win()) { chess.Change_X_Y_Image(chess.S); chess.Change_X_Y_Image(chess.E); PingGe::Draw_Line(ren.screen, chess.S.image_x, chess.S.image_y, chess.E.image_x, chess.E.image_y, SDL_MapRGB(ren.screen->format, 0xFF, 0x00, 0x00)); SDL_Flip(ren.screen); std::cout << "Black win!" << std::endl; } chess.AI(); chess.Player_2_Down(chess.A.image_x, chess.A.image_y); ren.Show_White(chess.A.image_x, chess.A.image_y); if(chess.Judge_Win()) { chess.Change_X_Y_Image(chess.S); chess.Change_X_Y_Image(chess.E); PingGe::Draw_Line(ren.screen, chess.S.image_x, chess.S.image_y, chess.E.image_x, chess.E.image_y, SDL_MapRGB(ren.screen->format, 0xFF, 0x00, 0x00)); SDL_Flip(ren.screen); std::cout << "White win!" << std::endl; } } } } int x, y; SDL_GetMouseState(&x, &y); ren.Show_Cursor(x, y); } if((Fps.Get_Ticks() < 1000 / FRAMES_PER_SECOND ) ) { //Sleep the remaining frame time SDL_Delay((1000 / FRAMES_PER_SECOND ) - Fps.Get_Ticks()); } } }
#include "Link_Five.h" Chess_Board::Chess_Board(void) { NO_CHESS = 0x0000; WHITE_CHESS = 0x000F; BLACK_CHESS = 0x00F0; WALL = 0x0F00; SIZE = 0x000F; Play_Flag = ~0x0000; PIXEL_PER_CELL = 0x001E; memset(board, NO_CHESS, sizeof(board)); } Chess_Board::~Chess_Board(void) { memset(board, NO_CHESS, sizeof(board)); } bool Chess_Board::Player_1_Down(Sint32 x, Sint32 y) { A.image_x = x; A.image_y = y; if(X_Y_Image_Lawful(A) == true) { //Change_X_Y_Array(); if(X_Y_Array_Lawful(A) == true) { Change_X_Y_Image(A); } else { return false; } } else { return false; } //IF everything is OK board[A.array_x][A.array_y] = BLACK_CHESS; Play_Flag = ~Play_Flag; return true; } bool Chess_Board::Player_2_Down(Sint32 x, Sint32 y) { A.image_x = x; A.image_y = y; if(X_Y_Image_Lawful(A) == true) { //Change_X_Y_Array(); if(X_Y_Array_Lawful(A) == true) { Change_X_Y_Image(A); } else { return false; } } else { return false; } //IF everything is OK board[A.array_x][A.array_y] = WHITE_CHESS; Play_Flag = ~Play_Flag; return true; } bool Chess_Board::Judge_Win(void) { Sint32 Chess_Color; if(~Play_Flag) { Chess_Color = BLACK_CHESS; } else { Chess_Color = WHITE_CHESS; } Sint32 n1, n2; n1 = n2 = 0; //left for(Sint32 i = A.array_x, j = A.array_y; j >= 0; j--) { if(board[i][j] == Chess_Color) n1++; else { S.array_x = i; S.array_y = j + 1; break; } } //right for(Sint32 i = A.array_x, j = A.array_y; j < 15; j++) { if(board[i][j] == Chess_Color) n2++; else { E.array_x = i; E.array_y = j - 1; break; } } if(n1 + n2 - 1 >= 5) { return true; } n1 = n2 = 0; //up for(Sint32 i = A.array_x, j = A.array_y; i >= 0; i--) { if(board[i][j] == Chess_Color) n1++; else { S.array_x = i + 1; S.array_y = j; break ; } } //down for(Sint32 i = A.array_x, j = A.array_y; i < 15; i++) { if(board[i][j] == Chess_Color) n2++; else { E.array_x = i - 1; E.array_y = j; break ; } } if(n1 + n2 - 1>=5) { return true; } n1 = n2 = 0; //left_up for(Sint32 i = A.array_x, j = A.array_y; ((i >= 0) && (j >= 0)); i--, j--) { if(board[i][j] == Chess_Color) n1++; else { S.array_x = i + 1; S.array_y = j + 1; break; } } //right_down for(Sint32 i = A.array_x, j = A.array_y; ((i < 15) && (j < 15)); i++, j++) { if(board[i][j] == Chess_Color) n2++; else { E.array_x = i - 1; E.array_y = j - 1; break; } } if(n1 + n2 - 1 >= 5) { return true; } n1 = n2 = 0; //right_up for(Sint32 i = A.array_x, j = A.array_y; ((i >= 0) && (j < 15)); i--, j++) { if(board[i][j] == Chess_Color) n1++; else { S.array_x = i + 1; S.array_y = j - 1; break; } } //left_down for(Sint32 i = A.array_x, j = A.array_y; ((i < 15) && (j >= 0)); i++, j--) { if(board[i][j] == Chess_Color) n2++; else { E.array_x = i - 1; E.array_y = j + 1; break; } } if(n1 + n2 - 1 >= 5) { return true; } return false; } bool Chess_Board::X_Y_Image_Lawful(struct X_Y& O) { for(Sint32 i = 0; i < 15; i++) { if((O.image_x > 90 + i * PIXEL_PER_CELL - 8) && (O.image_x < 90 + i * PIXEL_PER_CELL + 8)) { for(Sint32 j = 0; j < 15; j++) { if((O.image_y > 90 + j * PIXEL_PER_CELL - 8) && (O.image_y < 90 + j * PIXEL_PER_CELL + 8)) { O.array_y = i; O.array_x = j; return true; } } } } return false; } bool Chess_Board::X_Y_Array_Lawful(struct X_Y& O) { if(board[O.array_x][O.array_y] == NO_CHESS) { return true; } return false; }
#include "Link_Five.h" Render::Render(void) { //Open the log file Logger.open("LOG.txt"); //Init SDL if(SDL_Init(SDL_INIT_VIDEO | SDL_INIT_AUDIO) == -1) { Log("Init SDL...", SDL_GetError()); } else { Log("Init SDL...", "OK"); if((screen = SDL_SetVideoMode(SCREEN_WIDTH, SCREEN_HEIGHT, SCREEN_BPP, SDL_HWSURFACE | SDL_DOUBLEBUF)) == NULL) { Log("Set VideoMode...", SDL_GetError()); } else { Log("Set VideoMode...", "OK"); SDL_WM_SetCaption("Link Five","Link Five"); } } //Init IMG if((IMG_Init(IMG_INIT_JPG | IMG_INIT_PNG | IMG_INIT_TIF) & (IMG_INIT_JPG | IMG_INIT_PNG | IMG_INIT_TIF)) != (IMG_INIT_JPG | IMG_INIT_PNG | IMG_INIT_TIF)) { Log("Init IMG...", IMG_GetError()); } else { Log("Init IMG...", "OK"); } //Init TTF if(TTF_Init() == -1) { Log("Init TTF...", TTF_GetError()); } else { Log("Init TTF...", "OK"); } //Init Mix if((Mix_Init(MIX_INIT_FLAC | MIX_INIT_MOD | MIX_INIT_MP3 | MIX_INIT_OGG) & (MIX_INIT_FLAC | MIX_INIT_MOD | MIX_INIT_MP3 | MIX_INIT_OGG)) != (MIX_INIT_FLAC | MIX_INIT_MOD | MIX_INIT_MP3 | MIX_INIT_OGG)) { Log("Init IMG...", Mix_GetError()); } else { Log("Init IMG...", "OK"); if(Mix_OpenAudio(MIX_DEFAULT_FREQUENCY, MIX_DEFAULT_FORMAT, 2, 4096) == -1) { Log("Open Audio...", Mix_GetError()); } else { Log("Open Audio...", "OK"); } } } Render::~Render(void) { //Close the audio Mix_CloseAudio(); //Turn off the mix engine Mix_Quit(); //Turn off the ttf engine TTF_Quit(); //Turn off the img engine IMG_Quit(); //Turn off the sdl engine SDL_Quit(); //Close the log file Logger.close(); } void Render::Load(void) { Big = NULL; Remind_Player_1 = NULL; Remind_Player_2 = NULL; Chess_Piece_Black = NULL; Chess_Piece_White = NULL; Background = NULL; Logo = NULL; Cursor = NULL; Seconds = NULL; Low = NULL; Font = NULL; Big = PingGe::Load_Image("PIC/Big.png"); Font = TTF_OpenFont("arial.ttf", 25); Low = Mix_LoadWAV("low.wav"); //Background //Remind_Player_1 //Remind_Player_2 //Chess_Piece_Black //Chess_Piece_White //Logo //Cursor clips[0].x = 0; clips[1].x = 800; clips[2].x = 825; clips[3].x = 850; clips[4].x = 880; clips[5].x = 800; clips[6].x = 825; clips[0].y = 0; clips[1].y = 0; clips[2].y = 0; clips[3].y = 0; clips[4].y = 0; clips[5].y = 40; clips[6].y = 350; clips[0].w = 800; clips[1].w = 25; clips[2].w = 25; clips[3].w = 30; clips[4].w = 30; clips[5].w = 457; clips[6].w = 35; clips[0].h = 600; clips[1].h = 40; clips[2].h = 40; clips[3].h = 30; clips[4].h = 30; clips[5].h = 266; clips[6].h = 35; //Creat surface Background = SDL_CreateRGBSurface(screen->flags, clips[0].w, clips[0].h, screen->format->BitsPerPixel, screen->format->Rmask, screen->format->Gmask, screen->format->Bmask, screen->format->Amask); Remind_Player_1 = SDL_CreateRGBSurface(screen->flags, clips[1].w, clips[1].h, screen->format->BitsPerPixel, screen->format->Rmask, screen->format->Gmask, screen->format->Bmask, screen->format->Amask); Remind_Player_2 = SDL_CreateRGBSurface(screen->flags, clips[2].w, clips[2].h, screen->format->BitsPerPixel, screen->format->Rmask, screen->format->Gmask, screen->format->Bmask, screen->format->Amask); Chess_Piece_Black = SDL_CreateRGBSurface(screen->flags, clips[3].w, clips[3].h, screen->format->BitsPerPixel, screen->format->Rmask, screen->format->Gmask, screen->format->Bmask, screen->format->Amask); Chess_Piece_White = SDL_CreateRGBSurface(screen->flags, clips[4].w, clips[4].h, screen->format->BitsPerPixel, screen->format->Rmask, screen->format->Gmask, screen->format->Bmask, screen->format->Amask); Logo = SDL_CreateRGBSurface(screen->flags, clips[5].w, clips[5].h, screen->format->BitsPerPixel, screen->format->Rmask, screen->format->Gmask, screen->format->Bmask, screen->format->Amask); Cursor = SDL_CreateRGBSurface(screen->flags, clips[6].w, clips[6].h, screen->format->BitsPerPixel, screen->format->Rmask, screen->format->Gmask, screen->format->Bmask, screen->format->Amask); //Work with the colorkey SDL_FillRect(Logo, NULL, SDL_MapRGB(screen->format, 0xFF, 0xFF, 0xFF)); SDL_FillRect(Cursor, NULL, SDL_MapRGB(screen->format, 0x00, 0x00, 0x00)); SDL_FillRect(Chess_Piece_Black, NULL, SDL_MapRGB(screen->format, 0xFF, 0xFF, 0xFF)); SDL_FillRect(Chess_Piece_White, NULL, SDL_MapRGB(screen->format, 0xFF, 0xFF, 0x00)); //Set color key PingGe::Color_Key(Logo, 0xFF, 0xFF, 0xFF); PingGe::Color_Key(Cursor, 0x00, 0x00, 0x00); PingGe::Color_Key(Chess_Piece_Black, 0xFF, 0xFF, 0xFF); PingGe::Color_Key(Chess_Piece_White, 0xFF, 0xFF, 0x00); //Cut Big PingGe::Apply_Surface(Background, 0, 0, Big, &clips[0]); PingGe::Apply_Surface(Remind_Player_1, 0, 0, Big, &clips[1]); PingGe::Apply_Surface(Remind_Player_2, 0, 0, Big, &clips[2]); PingGe::Apply_Surface(Chess_Piece_Black,0, 0, Big, &clips[3]); PingGe::Apply_Surface(Chess_Piece_White,0, 0, Big, &clips[4]); PingGe::Apply_Surface(Logo, 0, 0, Big, &clips[5]); PingGe::Apply_Surface(Cursor, 0, 0, Big, &clips[6]); //Load the cursor cursor = new PingGe::Cursor(screen, Cursor, 12, 0); //Init the timer time_1.Start();time_1.Pause(); time_2.Start();time_2.Pause(); std::stringstream time; textColor = {0x00, 0x00, 0x00}; time << (int)time_1.Get_Ticks() / 1000; Seconds = TTF_RenderText_Solid(Font, time.str().c_str(), textColor); } void Render::Check(void) { if(Big == NULL) { Log("Error : ", "1"); } if(Remind_Player_1 == NULL) { Log("Error : ", "2"); } if(Remind_Player_2 == NULL) { Log("Error : ", "3"); } if(Chess_Piece_Black == NULL) { Log("Error : ", "4"); } if(Chess_Piece_White == NULL) { Log("Error : ", "5"); } if(Background == NULL) { Log("Error : ", "6"); } if(Logo == NULL) { Log("Error : ", "7"); } if(Cursor == NULL) { Log("Error : ", "8"); } if(Seconds == NULL) { Log("Error : ", "9"); } if(Low == NULL) { Log("Error : ", "10"); } if(Font == NULL) { Log("Error : ", "11"); } } void Render::Free(void) { //Free the surface SDL_FreeSurface(Big); SDL_FreeSurface(Remind_Player_1); SDL_FreeSurface(Remind_Player_2); SDL_FreeSurface(Chess_Piece_Black); SDL_FreeSurface(Chess_Piece_White); SDL_FreeSurface(Background); SDL_FreeSurface(Logo); SDL_FreeSurface(Cursor); SDL_FreeSurface(Seconds); //Free the font TTF_CloseFont(Font); //Free the chunk Mix_FreeChunk(Low); } void Render::Show_Logo(void) const { SDL_FillRect(screen, NULL, SDL_MapRGB(screen->format, 0xFF, 0xFF, 0xFF)); SDL_Flip(screen); PingGe::Logo logo(Logo, screen, 400, 300); logo.Act3(350); //logo.Act2(440); SDL_Delay(500); } void Render::Show_Cursor(Sint32 x, Sint32 y) const { cursor->Show_Cursor(x, y); } void Render::Show_Timer(const Chess_Board & chess) { if(chess.Play_Flag) { time_1.Unpause(); time_2.Pause(); std::stringstream time; time << (int)time_1.Get_Ticks() / 1000; Seconds = TTF_RenderText_Solid(Font, time.str().c_str(), textColor); PingGe::Draw_FillRect(screen, 650, 52, 800, 87, SDL_MapRGB(screen->format, 0xFF, 0xFF, 0xFF)); PingGe::Apply_Surface(screen, 650, 52, Seconds); SDL_UpdateRect(screen, 650, 52, 150, 35); } else { time_2.Unpause(); time_1.Pause(); std::stringstream time; time << (int)time_2.Get_Ticks() / 1000; Seconds = TTF_RenderText_Solid(Font, time.str().c_str(), textColor); PingGe::Draw_FillRect(screen, 650, 298, 800, 332, SDL_MapRGB(screen->format, 0xFF, 0xFF, 0xFF)); PingGe::Apply_Surface(screen, 650, 298, Seconds); SDL_UpdateRect(screen, 650, 298, 150, 35); } } void Render::Show_Board(void) const { PingGe::Apply_Surface(screen, 0, 0, Background); SDL_Flip(screen); } void Render::Show_Black(Sint32 x, Sint32 y) const { x -= 15; y -= 15; PingGe::Apply_Surface(screen, x, y, Chess_Piece_Black); SDL_UpdateRect(screen, x, y, 30, 30); Mix_PlayChannel(-1,Low,0); } void Render::Show_White(Sint32 x, Sint32 y) const { x -= 15; y -= 15; PingGe::Apply_Surface(screen, x, y, Chess_Piece_White); SDL_UpdateRect(screen, x, y, 30, 30); Mix_PlayChannel(-1,Low,0); } void Render::Remind(void) const { static Sint32 flag = 0; flag++; if(flag % 2 == 1) { for(Sint32 i = -40; i <= 13; i++) { PingGe::Apply_Surface(screen, 285, i, Remind_Player_1); SDL_UpdateRect(screen, 285, 15, 25, 100); SDL_Delay(15); } } else { for(Sint32 i = -40; i <= 13; i++) { PingGe::Apply_Surface(screen, 285, i, Remind_Player_2); SDL_UpdateRect(screen, 285, 15, 25, 100); SDL_Delay(15); } } }
#include "Link_Five.h" Sint32 Chess_Board::Return_Score(Sint32 n) { switch(n) { case 1: return 1; case 2: return 4; case 3: return 7; case 4: return 10; case 5: return 13; default:return 0; } } void Chess_Board::AI(void) { Sint32 AI[15][15][5] = {0}, PE[15][15][5] = {0}, AI_n, PE_n, Break_Point_Left_AI, Break_Point_Right_AI, Break_Point_Left_PE, Break_Point_Right_PE, Break_Point_Up_AI, Break_Point_Down_AI, Break_Point_Up_PE, Break_Point_Down_PE, AI_MAX = 0, AI_x, AI_y, PE_MAX = 0, PE_x, PE_y; bool Flag_AI, Flag_PE; for(Sint32 i = 0; i < SIZE; i++) { for(Sint32 j = 0; j < SIZE; j++) { if(board[i][j] == NO_CHESS) { //1 AI_n = PE_n = 1; Break_Point_Left_AI = Break_Point_Right_AI = Break_Point_Left_PE = Break_Point_Right_PE = WALL; //left Flag_AI = Flag_PE = true; for(Sint32 p = j - 1; p >= 0; p--) { //AI if((Flag_AI == true) && (board[i][p] == BLACK_CHESS)) AI_n++; else if(Flag_AI == true) { Flag_AI = false; Break_Point_Left_AI = (board[i][p] == WHITE_CHESS ? WHITE_CHESS : NO_CHESS); } //PE if((Flag_PE == true) && (board[i][p] == WHITE_CHESS)) PE_n++; else if(Flag_PE == true) { Flag_PE = false; Break_Point_Left_PE = (board[i][p] == BLACK_CHESS ? BLACK_CHESS : NO_CHESS); } } //right Flag_AI = Flag_PE = true; for(Sint32 q = j + 1; q < SIZE; q++) { //AI if((Flag_AI == true) && (board[i][q] == BLACK_CHESS)) AI_n++; else if(Flag_AI == true) { Flag_AI = false; Break_Point_Right_AI = (board[i][q] == WHITE_CHESS ? WHITE_CHESS : NO_CHESS); } //PE if((Flag_PE == true) && (board[i][q] == WHITE_CHESS)) PE_n++; else if(Flag_PE == true) { Flag_PE = false; Break_Point_Right_PE = (board[i][q] == BLACK_CHESS ? BLACK_CHESS : NO_CHESS); } } //AI if(Break_Point_Left_AI != NO_CHESS && Break_Point_Right_AI != NO_CHESS) AI[i][j][1] = Return_Score(AI_n); else if(Break_Point_Left_AI != NO_CHESS || Break_Point_Right_AI != NO_CHESS) AI[i][j][1] = Return_Score(AI_n) + 1; else AI[i][j][1] = Return_Score(AI_n) + 2; //PE if(Break_Point_Left_PE != NO_CHESS && Break_Point_Right_PE != NO_CHESS) PE[i][j][1] = Return_Score(PE_n); else if(Break_Point_Left_PE != NO_CHESS || Break_Point_Right_PE != NO_CHESS) PE[i][j][1] = Return_Score(PE_n) + 1; else PE[i][j][1] = Return_Score(PE_n) + 2; //2 AI_n = PE_n = 1; Break_Point_Up_AI = Break_Point_Down_AI = Break_Point_Up_PE = Break_Point_Down_PE = WALL; //up Flag_AI = Flag_PE = true; for(Sint32 p = i - 1; p >= 0; p--) { //AI if((Flag_AI == true) && (board[p][j] == BLACK_CHESS)) AI_n++; else if(Flag_AI == true) { Flag_AI = false; Break_Point_Up_AI = (board[p][j] == WHITE_CHESS ? WHITE_CHESS : NO_CHESS); } //PE if((Flag_PE == true) && (board[p][j] == WHITE_CHESS)) PE_n++; else if(Flag_PE == true) { Flag_PE = false; Break_Point_Up_PE = (board[p][j] == BLACK_CHESS ? BLACK_CHESS : NO_CHESS); } } //down Flag_AI = Flag_PE = true; for(Sint32 q = i + 1; q < SIZE; q++) { //AI if((Flag_AI == true) && (board[q][j] == BLACK_CHESS)) AI_n++; else if(Flag_AI == true) { Flag_AI = false; Break_Point_Down_AI = (board[q][j] == WHITE_CHESS ? WHITE_CHESS : NO_CHESS); } //PE if((Flag_PE == true) && (board[q][j] == WHITE_CHESS)) PE_n++; else if(Flag_PE == true) { Flag_PE = false; Break_Point_Down_PE = (board[q][j] == BLACK_CHESS ? BLACK_CHESS : NO_CHESS); } } //AI if(Break_Point_Up_AI != NO_CHESS && Break_Point_Down_AI != NO_CHESS) AI[i][j][2] = Return_Score(AI_n); else if(Break_Point_Up_AI != NO_CHESS || Break_Point_Down_AI != NO_CHESS) AI[i][j][2] = Return_Score(AI_n) + 1; else AI[i][j][2] = Return_Score(AI_n) + 2; //PE if(Break_Point_Up_PE != NO_CHESS && Break_Point_Down_PE != NO_CHESS) PE[i][j][2] = Return_Score(PE_n); else if(Break_Point_Up_PE != NO_CHESS || Break_Point_Down_PE != NO_CHESS) PE[i][j][2] = Return_Score(PE_n) + 1; else PE[i][j][2] = Return_Score(PE_n) + 2; //3 AI_n = PE_n = 1; Break_Point_Left_AI = Break_Point_Right_AI = Break_Point_Left_PE = Break_Point_Right_PE = WALL; //left Flag_AI = Flag_PE = true; for(Sint32 p = i + 1, q = j - 1; p < SIZE && q >= 0 ; p++, q--) { //AI if((Flag_AI == true) && (board[p][q] == BLACK_CHESS)) AI_n++; else if(Flag_AI == true) { Flag_AI = false; Break_Point_Left_AI = (board[p][q] == WHITE_CHESS ? WHITE_CHESS : NO_CHESS); } //PE if((Flag_PE == true) && (board[p][q] == WHITE_CHESS)) PE_n++; else if(Flag_PE == true) { Flag_PE = false; Break_Point_Left_PE = (board[p][q] == BLACK_CHESS ? BLACK_CHESS : NO_CHESS); } } //right Flag_AI = Flag_PE = true; for(Sint32 p = i - 1, q = j + 1; p >= 0 && q < SIZE; p--, q++) { //AI if((Flag_AI == true) && (board[p][q] == BLACK_CHESS)) AI_n++; else if(Flag_AI == true) { Flag_AI = false; Break_Point_Right_AI = (board[p][q] == WHITE_CHESS ? WHITE_CHESS : NO_CHESS); } //PE if((Flag_PE == true) && (board[p][q] == WHITE_CHESS)) PE_n++; else if(Flag_PE == true) { Flag_PE = false; Break_Point_Right_PE = (board[p][q] == BLACK_CHESS ? BLACK_CHESS : NO_CHESS); } } //AI if(Break_Point_Left_AI != NO_CHESS && Break_Point_Right_AI != NO_CHESS) AI[i][j][3] = Return_Score(AI_n); else if(Break_Point_Left_AI != NO_CHESS || Break_Point_Right_AI != NO_CHESS) AI[i][j][3] = Return_Score(AI_n) + 1; else AI[i][j][3] = Return_Score(AI_n) + 2; //PE if(Break_Point_Left_PE != NO_CHESS && Break_Point_Right_PE != NO_CHESS) PE[i][j][3] = Return_Score(PE_n); else if(Break_Point_Left_PE != NO_CHESS || Break_Point_Right_PE != NO_CHESS) PE[i][j][3] = Return_Score(PE_n) + 1; else PE[i][j][3] = Return_Score(PE_n) + 2; //4 AI_n = PE_n = 1; Break_Point_Left_AI = Break_Point_Right_AI = Break_Point_Left_PE = Break_Point_Right_PE = WALL; //left Flag_AI = Flag_PE = true; for(Sint32 p = i - 1, q = j - 1; p >= 0 && q >= 0 ; p--, q--) { //AI if((Flag_AI == true) && (board[p][q] == BLACK_CHESS)) AI_n++; else if(Flag_AI == true) { Flag_AI = false; Break_Point_Left_AI = (board[p][q] == WHITE_CHESS ? WHITE_CHESS : NO_CHESS); } //PE if((Flag_PE == true) && (board[p][q] == WHITE_CHESS)) PE_n++; else if(Flag_PE == true) { Flag_PE = false; Break_Point_Left_PE = (board[p][q] == BLACK_CHESS ? BLACK_CHESS : NO_CHESS); } } //right Flag_AI = Flag_PE = true; for(Sint32 p = i + 1, q = j + 1; p < SIZE && q < SIZE; p++, q++) { //AI if((Flag_AI == true) && (board[p][q] == BLACK_CHESS)) AI_n++; else if(Flag_AI == true) { Flag_AI = false; Break_Point_Right_AI = (board[p][q] == WHITE_CHESS ? WHITE_CHESS : NO_CHESS); } //PE if((Flag_PE == true) && (board[p][q] == WHITE_CHESS)) PE_n++; else if(Flag_PE == true) { Flag_PE = false; Break_Point_Right_PE = (board[p][q] == BLACK_CHESS ? BLACK_CHESS : NO_CHESS); } } //AI if(Break_Point_Left_AI != NO_CHESS && Break_Point_Right_AI != NO_CHESS) AI[i][j][4] = Return_Score(AI_n); else if(Break_Point_Left_AI != NO_CHESS || Break_Point_Right_AI != NO_CHESS) AI[i][j][4] = Return_Score(AI_n) + 1; else AI[i][j][4] = Return_Score(AI_n) + 2; //PE if(Break_Point_Left_PE != NO_CHESS && Break_Point_Right_PE != NO_CHESS) PE[i][j][4] = Return_Score(PE_n); else if(Break_Point_Left_PE != NO_CHESS || Break_Point_Right_PE != NO_CHESS) PE[i][j][4] = Return_Score(PE_n) + 1; else PE[i][j][4] = Return_Score(PE_n) + 2; } } } for(Sint32 i = 0; i < SIZE; i++) { for(Sint32 j = 0; j < SIZE; j++) { if(board[i][j] == NO_CHESS) { for(Sint32 p = 1; p < 4; p++) { for(Sint32 q = p + 1; q < 5; q++) { if(AI[i][j][p] < AI[i][j][q]) { AI[i][j][p] ^= AI[i][j][q] ^= AI[i][j][p] ^= AI[i][j][q]; } if(PE[i][j][p] < PE[i][j][q]) { PE[i][j][p] ^= PE[i][j][q] ^= PE[i][j][p] ^= PE[i][j][q]; } } } //AI switch(AI[i][j][1]) { case 1 : AI[i][j][0] = 10;break; case 2 : AI[i][j][0] = 20;break; case 3 : AI[i][j][0] = 30;break; case 4 : AI[i][j][0] = 40;break; case 5 : AI[i][j][0] = 50;break; case 7 : AI[i][j][0] = 60;break; case 10: AI[i][j][0] = 70;break; case 6 : { if(AI[i][j][2] == 6) AI[i][j][0] = 100; else AI[i][j][0] = 80; }break; case 8 : AI[i][j][0] = 90;break; case 9 : { if(AI[i][j][2] == 9) AI[i][j][0] = 140; else if(AI[i][j][2] == 8) AI[i][j][0] = 130; else AI[i][j][0] = 110; }break; case 11: { if(AI[i][j][2] == 11) AI[i][j][0] = 150; else if(AI[i][j][2] == 9) AI[i][j][0] = 150; else AI[i][j][0] = 120; }break; case 12: AI[i][j][0] = 150;break; case 13: case 14: case 15: AI[i][j][0] = 10086;break; default: AI[i][j][0] = 0, Beep(100, 100); } //PE switch(PE[i][j][1]) { case 1 : PE[i][j][0] = 10;break; case 2 : PE[i][j][0] = 20;break; case 3 : PE[i][j][0] = 30;break; case 4 : PE[i][j][0] = 40;break; case 5 : PE[i][j][0] = 50;break; case 7 : PE[i][j][0] = 60;break; case 10: PE[i][j][0] = 70;break; case 6 : { if(PE[i][j][2] == 6) PE[i][j][0] = 100; else PE[i][j][0] = 80; }break; case 8 : PE[i][j][0] = 90;break; case 9 : { if(PE[i][j][2] == 9) PE[i][j][0] = 140; else if(PE[i][j][2] == 8) PE[i][j][0] = 130; else PE[i][j][0] = 110; }break; case 11: { if(PE[i][j][2] == 11) PE[i][j][0] = 150; else if(PE[i][j][2] == 9) PE[i][j][0] = 150; else PE[i][j][0] = 120; }break; case 12: PE[i][j][0] = 150;break; case 13: case 14: case 15: PE[i][j][0] = 10086;break; default: PE[i][j][0] = 0, Beep(100, 100); } //AI attack first AI[i][j][0] += 1; } } } for(Sint32 i = 0; i < SIZE; i++) { for(Sint32 j = 0; j < SIZE; j++) { if(AI[i][j][0] > AI_MAX) { AI_MAX = AI[i][j][0]; AI_x = i; AI_y = j; } if(PE[i][j][0] > PE_MAX) { PE_MAX = PE[i][j][0]; PE_x = i; PE_y = j; } } } AI_MAX > PE_MAX ? (A.array_x = AI_x, A.array_y = AI_y) : (A.array_x = PE_x, A.array_y = PE_y); Change_X_Y_Image(A); }