/* The Chain-Bursting Game designed by Amamiya Sakura(雨宮桜) If you want to play it, please copy the code to an IDE which accepts inputs one by one, CppDroid for example. To play it, you have to set the game board first. The game board has a size of 6*8. Each square can have only one ball, which has a size of 1(the largest) to 3(the smallest) and a type of '+', 'x' or '*', which means the directions its fractions go when it bursts. If you want to increase the size range of the ball, just modify the char '3' at line 472(Setting::check_set), remember that to set it as a char. But if you want to change the size of the game board... You have to change almost every 6's and 8's throughout the whole code. lol Hope you enjoy the game! :) */ #include using namespace std; class Ball{ public: Ball(){ this->type = ' '; this->size = '0'; } void Set(char t, char s){ this->type = t; this->size = s; } void Grow(){ this->size --; } void Print(){ if(this->size>'0'){cout << this->type << this->size; }else{ cout << " "; } } char Type(){ char t = this->type; return t; } char Size(){ char s = this->size; return s; } private: char type,size; }; class Fraction{ public: Fraction(){ for(int i=0; i<10; i++){ this->direction[i]=0; } } bool Bursting(){ return this->Num(); } void Appear(short nums[], short size){ for(int i=0; idirection[nums[i]] = 1; } } void Appear(short num){ this->direction[num] = 1; } void Disappear(short nums[], short size){ for(int i=0; idirection[nums[i]] = 0; } } void Disappear(short num){ this->direction[num] = 0; } short Num(){ short sum = 0; for(int i=1; i<10; i++){ sum += this->direction[i]; } return sum; } short *Get(){ short *res = new short; for(short i=1; i<10; i++){ *(res+i) = direction[i]; } return res; } /*To get the Fraction information, do this: Fraction Frac; bool inf[10]; short *p; p = Frac.Get(); for(int i=0; i<10; i++) inf[i] = *(p+i); then inf is directions of Frac shown as an array when only need the nth direction just use *(Frac.Get()+n) remember free(p) at the end */ void Print(){ bool h = this->direction[4] + this->direction[6], v = this->direction[2] + this->direction[8], d = this->direction[1] + this->direction[9], rd = this->direction[3] + this->direction[7]; if(h){ if(v){ cout << "+"; }else{cout << "-";} }else{ if(v){ cout << "|"; }else{cout << " ";} } if(d){ if(rd){ cout << "x"; }else{cout << "\\";} }else{ if(rd){ cout << "/"; }else{cout << " ";} } } private: bool direction[10];//0 and 5 are useless }; class Square{ public: Square(){} void Set(char type, char size){ this->ball.Set(type,size); } void Appear(short nums[], short size){ this->fraction.Appear(nums,size); } void Appear(short num){ this->fraction.Appear(num); } void Disappear(short nums[], short size){ this->fraction.Disappear(nums,size); } void Disappear(short num){ this->fraction.Disappear(num); } Ball Get_Ball(){ return this->ball; } Fraction Get_Fraction(){ return this->fraction; } void Grow(){ this->ball.Grow(); if(this->ball.Size()=='0'){ Burst(); } } void Burst(){ char t=this->ball.Type(); if(t=='+'||t=='*'){ short nums[]={2,4,6,8}; this->fraction.Appear(nums,4); } if(t=='x'||t=='*'){ short nums[]={1,3,7,9}; this->fraction.Appear(nums,4); } this->ball.Set(' ','0'); } void Print(){ if(this->ball.Size()>'0'){ this->ball.Print(); }else{ this->fraction.Print(); } } private: Ball ball; Fraction fraction; }; class Board{ public: Board(){} void Set(int r, int c, char type, char size){ this->board[r][c].Set(type,size); } void Appear(int r, int c, short nums[], short size){ this->board[r][c].Appear(nums,size); } void Appear(int r, int c, short num){ this->board[r][c].Appear(num); } void Disappear(int r, int c, short nums[], short size){ this->board[r][c].Disappear(nums,size); } void Disappear(int r, int c, short num){ this->board[r][c].Disappear(num); } void Spread(int r,int c,short d){ switch(d){ case 1: if(r&&c) this->board[r-1][c-1].Appear(1); break; case 2: if(r) this->board[r-1][c].Appear(2); break; case 3: if(r&&c<7) this->board[r-1][c+1].Appear(3); break; case 4: if(c) this->board[r][c-1].Appear(4); break; case 6: if(c<7) this->board[r][c+1].Appear(6); break; case 7: if(c<5&&c) this->board[r+1][c-1].Appear(7); break; case 8: if(r<5) this->board[r+1][c].Appear(8); break; case 9: if(r<5&&c<7) this->board[r+1][c+1].Appear(9); break; default: break; } } Square Get(int r, int c){ return this->board[r][c]; } void Delete(int r, int c){ this->board[r][c].Set(' ','0'); } void Clear(){ for(int i=0; i<6; i++){ for(int j=0; j<8; j++){ this->board[i][j].Set(' ','0'); } } } void Print(){ cout << "| | 1| 2| 3| 4| 5| 6| 7| 8|" << endl; for(int i=0; i<6; i++){ cout << "| " << i+1 << "|"; for(int j=0; j<8; j++){ board[i][j].Print(); cout << "|"; } cout << endl; } cout << endl; } void Copy(Board origin){ for(int i=0; i<6; i++){ for(int j=0; j<8; j++){ Ball ball = origin.Get(i,j).Get_Ball(); this->board[i][j].Set(ball.Type(), ball.Size()); Fraction frc = origin.Get(i,j).Get_Fraction(); short num = frc.Num(); if(num||this->board[i][j].Get_Fraction().Num()){ short *p = frc.Get(); for(short x=0; x<10; x++){ if(*(p+x)){ this->Appear(i,j,x); }else{ this->Disappear(i,j,x); } } free(p); } } } } void Grow(int r, int c){ this->board[r][c].Grow(); if(this->board[r][c].Get_Ball().Size()<'1'){ Delete(r,c); } } void Burst(int r, int c){ this->board[r][c].Burst(); } void Act(){ Board temp; for(int i=0; i<6; i++){ for(int j=0; j<8; j++){ Square square = Get(i,j); Fraction frc = square.Get_Fraction(); short n=frc.Num(); if(n){ short *p = frc.Get(); for(short x = 0; x < 10; x++){ if(*(p+x)){ temp.Spread(i, j, x); } } free(p); } } } for(int i=0; i<6; i++){ for(int j=0; j<8; j++){ Square square = Get(i,j); Fraction frc = temp.Get(i,j).Get_Fraction(); Ball ball = square.Get_Ball(); short n=frc.Num(); short d1[] = {2,4,6,8}, d2[] = {1,3,7,9}; switch(ball.Type()){ case 'x': temp.Disappear(i,j,d1,4); break; case '+': temp.Disappear(i,j,d2,4); break; } if(nCopy(temp); } bool Stopped(){ for(int i=0; i<6; i++){ for(int j=0; j<8; j++){ if(this->board[i][j].Get_Fraction().Bursting()){ return false; } } } return true; } bool Stage_Cleared(){ for(int i=0; i<6; i++){ for(int j=0; j<8; j++){ if(this->board[i][j].Get_Ball().Size() != '0'){ return false; } } } return true; } private: Square board[6][8]; }; class OpEd{ public: static void alert(short x){ switch(x){ case 0: cout << "Welcome to Chain-Bursting Game!" << endl; break; case 1: cout << "Please enter \"watch\" to watch the game board, " << "\"gameboard\" to set the gameboard, " << "\"play\" to play the game, " << "or \"finish\" to end the game.\n\n"; break; case 2: cout << "Unvalid Input\n\n"; break; case 3: cout << "Thank you for playing!" << endl; break; case 4: cout << "The game cannot start because there is no ball on the board now.\n\n"; break; } } }; class Setting{ public: static bool check_set(string s){ if(s[0]<'1' || s[0]>'6'){ return false; } if(s[2]<'1' || s[2]>'8'){ return false; } if(s[4]!='*' && s[4]!='+' && s[4]!='x'){ return false; } if(s[6]<'1' || s[6]>'3'){ return false; } return true; } static bool check_position(string s){ if(s[0]<'1' || s[0]>'6'){ return false; } if(s[2]<'1' || s[2]>'8'){ return false; } return true; } static void show_board(Board board){ cout << "Now the board is: " << endl; board.Print(); } static void alert(short s){ switch(s){ case 0: cout << "Enter \"set\" to set a ball, " << "\"del\" to delete a ball, " << "\"acl\" to clear all the balls, " << "\"watch\" to watch the current board, " << "\"fin\" to finish setting and save the board, " << "or \"ccl\" to finish setting without saving the board.\n\n"; break; case 1: cout << "Unvalid input, please enter again.\n\n"; break; case 2: cout << "Please set balls." << endl; break; case 3: cout << "Please set a ball with a form as \"2,3,*,1\", " << "where \"2,3\" is the position, \"*\" is the type of the ball, " << "and \"1\" is the size of the ball, which is the largest ball." << endl << "If you don\'t want to set any balls more, please enter: \"ccl\".\n\n"; break; case 4: cout << "Please delete a ball." << endl; break; case 5: cout << "Please delete a ball with a form as \"2,3\"." << endl << "If you don\'t want to delete any balls, please enter: \"ccl\".\n\n"; break; case 6: cout << "Are you sure to clear the board?(yes/no)" << endl; break; case 7: cout << "The board is cleared.\n\n"; break; case 8: cout << "Are you sure to save the board ?(y/n)" << endl; break; case 9: cout << "Are you sure to end without saving the board ?(y/n)" << endl; break; case 10: cout << "The board is not saved." << endl; break; } } static Board Set_Board(Board board){ Board new_board; new_board.Copy(board); string s; while(true){ alert(0); cin >> s; switch(s[0]){ case 'a': goto ALL_CLEAR; case 'c': goto CANCEL; case 'd': goto DEL; case 'f': goto FIN; case 's': goto SET; case 'w': goto WATCH; default: goto ERROR; } FIN:{break;} WATCH:{ show_board(new_board); goto cancel; } SET:{ alert(2); cin >> s; while(!check_set(s)){ if(s=="ccl"){ goto cancel; }else{ alert(1); alert(3); cin >> s; } } new_board.Set(s[0]-'1', s[2]-'1', s[4], s[6]); cout << "You have set: " << s[0] << s[1] << s[2] << " as " << s[4] << s[6] << endl << endl; show_board(new_board); s = "set"; goto SET; } DEL:{ alert(4); cin >> s; while(!check_position(s)){ if(s=="ccl"){ goto cancel; }else{ alert(1); alert(5); cin >> s; } } new_board.Delete(s[0]-'1', s[2]-'1'); cout << "You have delete: " << s << endl << endl; show_board(new_board); goto cancel; } ALL_CLEAR:{ alert(6); cin >> s; if(s=="yes"){ alert(7); new_board.Clear(); } goto cancel; } CANCEL:{ alert(9); cin >> s; if(s[0]=='y'){ alert(10); goto ORIGIN; } goto cancel; } ERROR:{ alert(1); } cancel:{continue;} } SURE:{ alert(8); cin >> s; if(s=="y"){ goto NEW; }else{ if(s=="n"){ goto ORIGIN; }else{ goto SURE; } } } ORIGIN:{ delete(&new_board); return board; } NEW:{ delete(&board); return new_board; } } }; class Simulation{ public: static void alert(int x){ switch(x){ case 0: cout << "Game start!" << endl; break; case 1: cout << "Please enter the position of the ball you want to burst " << "or \"fin\" to end the game." << endl; break; case 2: cout << "Unvalid Input\n\n"; break; case 3: cout << "Stage Cleared!" << endl; break; case 4: cout << "Enter any key to continue or \"ccl\" to cancel the move." << endl; break; case 5: cout << "There is no ball here.\n\n"; } } static void Start(Board board){ Board current; int step = 0; current.Copy(board); string cmd; alert(0); while(!current.Stage_Cleared()){ Setting::show_board(current); alert(1); cin >> cmd; if(Setting::check_position(cmd)){ goto MOVE; }else{ if(cmd[0]=='f'){ goto END; }else{ alert(2); goto cancel; } } MOVE:{ char r=cmd[0]-'1', c=cmd[2]-'1'; Board moving; if(current.Get(r,c).Get_Ball().Size()=='0'){ alert(5); goto ccl; } moving.Copy(current); cout << "Burst " << cmd << endl << "Used Steps: " << ++step << endl; moving.Grow(r,c); while(!moving.Stopped()){ Setting::show_board(moving); alert(4); cin >> cmd; if(cmd=="ccl"){ step --; goto ccl; } moving.Act(); } current.Copy(moving); goto ccl; ccl:{ continue; } } cancel:{continue;} } Setting::show_board(current); alert(3); cout << "Used Steps: " << step << endl << endl; END:{ } } }; int main(){ Board board; string cmd; OpEd::alert(0); COMMAND:{ OpEd::alert(1); cin >> cmd; switch(cmd[0]){ case 'g': goto GAMEBOARD; case 'f': goto FINISH; case 'p': goto PLAY; case 'w': goto WATCH; default: OpEd::alert(2); goto COMMAND; } } WATCH:{ Setting::show_board(board); goto COMMAND; } GAMEBOARD:{ board = Setting::Set_Board(board); goto COMMAND; } PLAY:{ if(board.Stage_Cleared()){ OpEd::alert(4); }else{ Simulation::Start(board); } goto COMMAND; } FINISH:{ OpEd::alert(3); delete &board; delete &cmd; return 0; } }