vadim.bochkov/TicTacToe
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UPD: Теперь алгоритм играбелен, но против тупого рандомайзера. Неокончательная версия.

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vadim.bochkov
2024-11-02 18:06:23 +05:00
parent 8268e14e8a
commit ae50933cbb
2 changed files with 101 additions and 58 deletions
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1
.gitignore vendored
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@ -37,3 +37,4 @@
/.idea/misc.xml /.idea/misc.xml
/.idea/modules.xml /.idea/modules.xml
/.idea/TicTacToe.iml /.idea/TicTacToe.iml
/.idea/vcs.xml

158
main.cpp
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@ -3,8 +3,8 @@
#include <ctime> #include <ctime>
#include <chrono> #include <chrono>
#include <thread> #include <thread>
#include <windows.h>
#include <string> #include <string>
#include <random>
using namespace std; using namespace std;
typedef unsigned int unint; typedef unsigned int unint;
@ -16,12 +16,12 @@ int main() {
//МЭЙН //МЭЙН
const int LINES = 3, COLUMNS = 3; const int LINES = 3, COLUMNS = 3;
bool newgame=true, firstnumber; bool newgame=true, firstnumber;
int turn, humanwin=0, botwin=0; int turn, humanwin=0, botwin=0, draw;
string wannaplay="y"; string wannaplay="y";
const string INCORRECT="INCORRECT VALUE, TRY AGAIN: ", ENDGAME="\nGame says: ''The game ends here.''"; const string INCORRECT="INCORRECT VALUE, TRY AGAIN: ", ENDGAME="\nGame says: ''The game ends here.''";
const string XWON="Game says: ''X wins!''", OWON="O wins!", DRAW="Game says: ''Nobody wins - DRAW!''"; const string XWON="Game says: ''X wins!''", OWON="Game says: ''O wins!''", DRAW="Game says: ''Nobody wins - DRAW!''";
const string BOTLOST="Bot says: ''Shee u beat me, I'm worry.''", HUMANLOST="Bot says: ''nahahaha lamer, look how I beat u!''"; const string BOTLOST="Bot says: ''Shee u beat me, I'm worry.''", HUMANLOST="Bot says: ''nahahaha lamer, look how I beat u!''";
const string SEP(15, '-'); const string SEP(40, '-');
const string BOTTHINK="Bot says: ''Wait, I'm thinking.''"; const string BOTTHINK="Bot says: ''Wait, I'm thinking.''";
// //
//КЛАССЫ //КЛАССЫ
@ -30,6 +30,7 @@ int main() {
public: public:
bool Xwonflag=false; bool Xwonflag=false;
bool Owonflag=false; bool Owonflag=false;
int drawcounter=1;
//ИГРОВОЕ ПОЛЕ //ИГРОВОЕ ПОЛЕ
//первое число LINES характеризует строку //первое число LINES характеризует строку
//второе число COLUMNS характеризует столбик //второе число COLUMNS характеризует столбик
@ -53,40 +54,63 @@ int main() {
cout << endl; cout << endl;
} }
} }
void XWon() { void BoardClr() {
if ((board[0][0])=="'X'") { for (int countlines = 0; countlines < LINES; ++countlines) {
if ((board[0][1])=="'X'" and (board[0][2])=="'X'") {Xwonflag=true;} for (int countcolumns = 0; countcolumns < COLUMNS; ++countcolumns) {
else if ((board[1][1])=="'X'" and (board[2][2])=="'X'") {Xwonflag=true;} board[countlines][countcolumns] = "e";
else if ((board[1][0])=="'X'" and (board[2][0])=="'X'") {Xwonflag=true;} }
} }
if (((board[1][0])=="'X'") and ((board[1][1])=="'X'") and ((board[1][2]))=="'X'") {Xwonflag=true;} }
if (((board[0][1])=="'X'") and ((board[1][1])=="'X'") and ((board[2][1]))=="'X'") {Xwonflag=true;} void XWon() {
if (((board[0][2])=="'X'") and ((board[1][2])=="'X'") and ((board[2][2]))=="'X'") {Xwonflag=true;} if (drawcounter>=4) {
if ((board[2][0])=="'X'") { if ((board[0][0])=="'X'") {
if ((board[2][1])=="'X'" and (board[2][2])=="'X'") {Xwonflag=true;} if ((board[0][1])=="'X'" and (board[0][2])=="'X'") {Xwonflag=true;}
else if ((board[1][1])=="'X'" and (board[0][2])=="'X'") {Xwonflag=true;} else if ((board[1][1])=="'X'" and (board[2][2])=="'X'") {Xwonflag=true;}
else if ((board[1][0])=="'X'" and (board[2][0])=="'X'") {Xwonflag=true;}
}
if (((board[1][0])=="'X'") and ((board[1][1])=="'X'") and ((board[1][2]))=="'X'") {Xwonflag=true;}
if (((board[0][1])=="'X'") and ((board[1][1])=="'X'") and ((board[2][1]))=="'X'") {Xwonflag=true;}
if (((board[0][2])=="'X'") and ((board[1][2])=="'X'") and ((board[2][2]))=="'X'") {Xwonflag=true;}
if ((board[2][0])=="'X'") {
if ((board[2][1])=="'X'" and (board[2][2])=="'X'") {Xwonflag=true;}
else if ((board[1][1])=="'X'" and (board[0][2])=="'X'") {Xwonflag=true;}
}
} }
} }
void OWon() { void OWon() {
if ((board[0][0])=="'O'") { if (drawcounter>=4) {
if ((board[0][1])=="'O'" and (board[0][2])=="'O'") {Owonflag=true;} if ((board[0][0])=="'O'") {
else if ((board[1][1])=="'O'" and (board[2][2])=="'O'") {Owonflag=true;} if ((board[0][1])=="'O'" and (board[0][2])=="'O'") {Owonflag=true;}
else if ((board[1][0])=="'O'" and (board[2][0])=="'O'") {Owonflag=true;} else if ((board[1][1])=="'O'" and (board[2][2])=="'O'") {Owonflag=true;}
else if ((board[1][0])=="'O'" and (board[2][0])=="'O'") {Owonflag=true;}
}
if (((board[1][0])=="'O'") and ((board[1][1])=="'O'") and ((board[1][2]))=="'O'") {Owonflag=true;}
if (((board[0][1])=="'O'") and ((board[1][1])=="'O'") and ((board[2][1]))=="'O'") {Owonflag=true;}
if (((board[0][2])=="'O'") and ((board[1][2])=="'O'") and ((board[2][2]))=="'O'") {Owonflag=true;}
if ((board[2][0])=="'O'") {
if ((board[2][1])=="'O'" and (board[2][2])=="'O'") {Owonflag=true;}
else if ((board[1][1])=="'O'" and (board[0][2])=="'O'") {Owonflag=true;}
}
} }
if (((board[1][0])=="'O'") and ((board[1][1])=="'O'") and ((board[1][2]))=="'O'") {Owonflag=true;} }
if (((board[0][1])=="'O'") and ((board[1][1])=="'O'") and ((board[2][1]))=="'O'") {Owonflag=true;} void Draw() {
if (((board[0][2])=="'O'") and ((board[1][2])=="'O'") and ((board[2][2]))=="'O'") {Owonflag=true;} drawcounter=1;
if ((board[2][0])=="'O'") { for (int countlines = 0; countlines < LINES; ++countlines) {
if ((board[2][1])=="'O'" and (board[2][2])=="'O'") {Owonflag=true;} for (int countcolumns = 0; countcolumns < COLUMNS; ++countcolumns) {
else if ((board[1][1])=="'O'" and (board[0][2])=="'O'") {Owonflag=true;} if (board[countlines][countcolumns]!="e") {
drawcounter++;
}
}
} }
} }
}; };
Board BoardObj;
//Ходы игрока и бота //Ходы игрока и бота
class Turn { class Turn {
public: public:
int turnLINEint, turnCOLint; int turnLINEint, turnCOLint;
string Humancount, turnline, turncol; string Humancount, turnline, turncol;
Board BoardObj;
void HumanTurn() { void HumanTurn() {
//ХОД ИГРОКА //ХОД ИГРОКА
//алгоритм на вычленение первого и второго значений координат //алгоритм на вычленение первого и второго значений координат
@ -106,15 +130,15 @@ int main() {
//рандомит второе значение (столбец) //рандомит второе значение (столбец)
srand((time(0))); srand((time(0)));
turnLINEint=(rand()%3); turnLINEint=(rand()%3);
Sleep((rand()/3)); chrono::milliseconds timespan((rand()/9));
srand((time(0))); this_thread::sleep_for(timespan);
turnCOLint=(rand()%3); mt19937 rng;
//cout << "lineBOT: " << turnLINEint << " colBOT: " << turnCOLint << endl; rng.seed(time(nullptr));
turnCOLint=(rng()%3);
cout << "Bot says:''I've occupied this cell:" << turnLINEint << turnCOLint << "''" << endl;
} }
}; };
//Объявление объектов
Turn Game; Turn Game;
Board BoardObj;
// //
// //
// //
@ -142,38 +166,51 @@ int main() {
//Также снимает флаг newgame, который возвращается в конце игры. //Также снимает флаг newgame, который возвращается в конце игры.
cout << "Bot asks: Wanna be an X? (1/0):"; cout << "Bot asks: Wanna be an X? (1/0):";
cin >> firstnumber; cin >> firstnumber;
if (firstnumber) {cout << "Bot says: ''Well, u'll be an X.''" << endl;} if (firstnumber) {cout << "Bot says: ''Well, u'll be an X.''" << endl; BoardObj.BoardShow();}
else {cout << "Bot says: ''OK, I'll be an X.''\n" << endl;} else {cout << "Bot says: ''OK, I'll be an X.''" << endl;}
turn=1; turn=1;
newgame=false; newgame=false;
} }
cout << SEP << endl; cout << SEP << endl;
cout << "Game says: ''Now it's " << turn << " turn.''" << endl; //cout << "Game says: ''Now it's " << turn << " turn.''" << endl;
turn++; //turn++;
Game.turnLINEint=3; Game.turnLINEint=3;
Game.turnCOLint=3; Game.turnCOLint=3;
//Если первым номером (Х) выступает игрок //Если первым номером (Х) выступает игрок
if (firstnumber) { while (firstnumber) {
cout << "Enter ur coords:"; cout << "HUMAN TURN!\n" << "Enter ur coords:";
while ((BoardObj.board[Game.turnLINEint][Game.turnCOLint]!="e")) { while ((BoardObj.board[Game.turnLINEint][Game.turnCOLint]!="e")) {
Game.HumanTurn(); Game.HumanTurn();
if ((BoardObj.board[Game.turnLINEint][Game.turnCOLint]!="e")) {cout << INCORRECT;} if ((BoardObj.board[Game.turnLINEint][Game.turnCOLint]!="e")) {cout << INCORRECT;}
} }
BoardObj.board[Game.turnLINEint][Game.turnCOLint] = "'X'"; BoardObj.board[Game.turnLINEint][Game.turnCOLint] = "'X'";
BoardObj.BoardShow();
cout << SEP << endl;
BoardObj.XWon();
BoardObj.Draw();
if ((BoardObj.Xwonflag) or (BoardObj.drawcounter==9)) {break;}
Game.turnLINEint=3; Game.turnLINEint=3;
Game.turnCOLint=3; Game.turnCOLint=3;
cout << BOTTHINK << endl; cout << "BOT TURN!\n" << BOTTHINK << endl;
while ((BoardObj.board[Game.turnLINEint][Game.turnCOLint]!="e")) {Game.BotTurn();} while ((BoardObj.board[Game.turnLINEint][Game.turnCOLint]!="e")) {Game.BotTurn();}
BoardObj.board[Game.turnLINEint][Game.turnCOLint] = "'O'"; BoardObj.board[Game.turnLINEint][Game.turnCOLint] = "'O'";
BoardObj.BoardShow(); BoardObj.BoardShow();
cout << SEP << endl;
BoardObj.OWon();
BoardObj.Draw();
if ((BoardObj.Owonflag) or (BoardObj.drawcounter==9)) {break;}
} }
//Если игрок выступает вторым номером (O) //Если игрок выступает вторым номером (O)
else { while (!firstnumber) {
cout << BOTTHINK << endl; cout << "BOT TURN!\n" << BOTTHINK << endl;
while ((BoardObj.board[Game.turnLINEint][Game.turnCOLint]!="e")) {Game.BotTurn();} while ((BoardObj.board[Game.turnLINEint][Game.turnCOLint]!="e")) {Game.BotTurn();}
BoardObj.board[Game.turnLINEint][Game.turnCOLint] = "'X'"; BoardObj.board[Game.turnLINEint][Game.turnCOLint] = "'X'";
BoardObj.BoardShow(); BoardObj.BoardShow();
cout << "Enter ur coords:"; cout << SEP << endl;
BoardObj.XWon();
BoardObj.Draw();
if ((BoardObj.Xwonflag) or (BoardObj.drawcounter==9)) {break;}
cout << "HUMAN TURN!\n" << "Enter ur coords:";
Game.turnLINEint=3; Game.turnLINEint=3;
Game.turnCOLint=3; Game.turnCOLint=3;
while ((BoardObj.board[Game.turnLINEint][Game.turnCOLint]!="e")) { while ((BoardObj.board[Game.turnLINEint][Game.turnCOLint]!="e")) {
@ -181,24 +218,29 @@ int main() {
if ((BoardObj.board[Game.turnLINEint][Game.turnCOLint]!="e")) {cout << INCORRECT;} if ((BoardObj.board[Game.turnLINEint][Game.turnCOLint]!="e")) {cout << INCORRECT;}
} }
BoardObj.board[Game.turnLINEint][Game.turnCOLint] = "'O'"; BoardObj.board[Game.turnLINEint][Game.turnCOLint] = "'O'";
BoardObj.BoardShow();
cout << SEP << endl;
BoardObj.OWon();
BoardObj.Draw();
if ((BoardObj.Owonflag) or (BoardObj.drawcounter==9)) {break;}
} }
BoardObj.XWon(); cout << ENDGAME << endl;
BoardObj.OWon(); newgame=true;
if ((BoardObj.Xwonflag) or (BoardObj.Owonflag) or (turn>=9)) { if (BoardObj.Xwonflag) {cout << XWON << endl;}
cout << ENDGAME << endl; else if (BoardObj.Owonflag) {cout << OWON << endl;}
newgame=true; else if ((BoardObj.drawcounter==9) and (!BoardObj.Xwonflag) and (!BoardObj.Owonflag)) {cout << DRAW << endl;}
if (BoardObj.Xwonflag) {cout << XWON << endl;}
else if (BoardObj.Owonflag) {cout << OWON << endl;}
else if ((turn>=9) and (!BoardObj.Xwonflag) and (!BoardObj.Owonflag)) {cout << DRAW << endl;}
if ((firstnumber) and (BoardObj.Xwonflag)) {cout << BOTLOST << endl; humanwin=+1;} if ((firstnumber) and (BoardObj.Xwonflag)) {cout << BOTLOST << endl; humanwin++;}
else if ((!firstnumber) and (BoardObj.Owonflag)) {cout << BOTLOST << endl; humanwin=+1;} else if ((!firstnumber) and (BoardObj.Owonflag)) {cout << BOTLOST << endl; humanwin++;}
else {cout << HUMANLOST << endl; botwin=+1;} else if (BoardObj.drawcounter==9) {cout << "Bot says: ''yeah dat was fairplay.''" << endl;}
cout << SEP << endl; else {cout << HUMANLOST << endl; botwin++;}
cout << SEP << endl; BoardObj.BoardClr();
cout << "Wanna play another time?(y/n): "; BoardObj.Xwonflag=false;
cin >> wannaplay; BoardObj.Owonflag=false;
} cout << SEP << endl;
cout << SEP << endl;
cout << "Wanna play another time?(y/n):";
cin >> wannaplay;
} }
// //
//СТАТИСТИКА ПРИ ЗАВЕРШЕНИИ ИГРЫ //СТАТИСТИКА ПРИ ЗАВЕРШЕНИИ ИГРЫ