By AlexRapso on Apr 27, 2010TicTacToe game i made for a university project, has a pointless 10x10 square which i had to make but all the rest is good.
#include <iostream> // basic library for standard C++
#include <string> // library so you can use strongs
#include <fstream> // allows you to read and save files
using namespace std;
// making variables and assigning values
bool gamedone;
int choice,player,again,game,move,gamewin,aturn,players,top;
string playagain,whichplayer;
string playernameone = " ";
string playernametwo = " ";
char sep = ' ';
// making a structure for the tictactoe spaces, which is a huge array of data
struct Tictactoe
{
string a;
string b;
string c;
string d;
string e;
string f;
string g;
string h;
string i;
string j;
} space[10];
//Structure for the score table
struct Table
{
string name;
int play;
int win;
int loss;
int draw;
}playa[20];
//making sure that the value put into this function is a number if not it converts to a 0
int WholeNumberValidation()
{
int choice; // making a local variable
char sEntry[255];
cin >> sEntry;
choice = atoi(sEntry);
return choice;
}
/*
this is a function to check that the name being used isn't already in use by another person
and if it is they will be asked if it is them if not they have to change name
*/
string namecheck(string playername)
{
top = 0;
string yesno;
ifstream datafile("table.rec"); // opening a file for read only
datafile >> top; // taking the first piece of data out of the file and putting it into "top"
if (top > 0)
{
do
{
yesno = "yes";
for (int counter = 0; counter < top; counter++)
{
datafile >> playa[counter].name;
datafile >> playa[counter].play;
datafile >> playa[counter].win;
datafile >> playa[counter].loss;
datafile >> playa[counter].draw;
/*
using a for loop to check if the name entered is a match to one in the file
*/
if (playername == playa[counter].name)
{
system("cls"); // clearing the screen
cout << "There is already a player called " << playername << " is this you?" << endl;
cout << "Please type yes or no: ";
cin >> yesno; // user input
if (yesno == "no" && top < 20) // if its a no then this statement happens
{
do
{
system("cls");
cout << "Please enter a new name: ";
cin >> playername;
} while (playername == playa[counter].name);
}
}
}
} while (yesno == "no");
if (top == 20) { cout << "Sorry but you will not be able to join the league table"; }
// if there are 20 people in the league table already then they cant join the table
}
datafile.close(); // closing the file
return playername;
}
/*
there can be 1 or 2 players so i needed to different prts to saving a file
this is the function to save for 1 player
*/
void saveresultstwo(string windrawlose)
{
int check = 0;
ifstream datafile("table.rec"); // opening a file
datafile >> top;
if (top <= 20) // if there are more than 20 people it will skip this part
{
if (top >= 1) // if there is more than 1 or more persons this part will happen
{
for (int counter = 0; counter < top; counter++)
{
datafile >> playa[counter].name;
datafile >> playa[counter].play;
datafile >> playa[counter].win;
datafile >> playa[counter].loss;
datafile >> playa[counter].draw;
if (playernameone == playa[counter].name)
{
if (windrawlose == "win") //if player wins this functions happens
{
playa[counter].play = playa[counter].play + 1;
playa[counter].win = playa[counter].win + 1;
check = 1;
}
if (windrawlose == "lose")//if player loses this functions happens
{
playa[counter].play = playa[counter].play + 1;
playa[counter].loss = playa[counter].loss + 1;
check = 1;
}
if (windrawlose == "draw")//if player draws this functions happens
{
playa[counter].play = playa[counter].play + 1;
playa[counter].draw = playa[counter].draw + 1;
check = 1;
}
}
}
datafile.close(); // closing file
if (check != 1)
{
if (windrawlose == "win")
{
top = top + 1;
playa[top-1].name = playernameone;
playa[top-1].play = 1;
playa[top-1].win = 1;
playa[top-1].loss = 0;
playa[top-1].draw = 0;
check = 1;
cout << check;
}
if (windrawlose == "lose")
{
top = top + 1;
playa[top-1].name = playernameone;
playa[top-1].play = 1;
playa[top-1].win = 0;
playa[top-1].loss = 1;
playa[top-1].draw = 0;
check = 1;
}
if (windrawlose == "draw")
{
top = top + 1;
playa[top-1].name = playernameone;
playa[top-1].play = 1;
playa[top-1].win = 0;
playa[top-1].loss = 0;
playa[top-1].draw = 1;
check = 1;
}
}
}
else // if there are no people in the file this part happens
{
if (windrawlose == "win")
{
top = 1;
playa[0].name = playernameone;
playa[0].play = 1;
playa[0].win = 1;
playa[0].loss = 0;
playa[0].draw = 0;
}
if (windrawlose == "lose")
{
top = 1;
playa[0].name = playernameone;
playa[0].play = 1;
playa[0].win = 0;
playa[0].loss = 1;
playa[0].draw = 0;
}
if (windrawlose == "draw")
{
top = 1;
playa[0].name = playernameone;
playa[0].play = 1;
playa[0].win = 0;
playa[0].loss = 0;
playa[0].draw = 1;
}
/*
opening the file and then saving the date to it
*/
ofstream datafile("table.rec");
datafile << top << sep << playa[0].name << sep << playa[0].play << sep << playa[0].win << sep << playa[0].loss << sep << playa[0].draw << sep;
check = 0;
}
if (check == 1)
{
/*
opening the file and then saving multiple files at once in a for loop
*/
ofstream datafile("table.rec");
datafile << top << sep; // put the first top part in first so you can read it next time
cout <<top;
for (int counter = 0; counter < top; counter++)
{
datafile << playa[counter].name << sep << playa[counter].play << sep << playa[counter].win << sep << playa[counter].loss << sep << playa[counter].draw << sep;
}
}
}
datafile.close(); // closing the file properly so no data is lost
}
/*
this is the second saving part for 2 players it uses the same things as before but does it for 2 different players
*/
void saveresults(string windraw)
{
string won;
string loss;
int check = 0;
ifstream datafile("table.rec");
datafile >> top;
if (top <= 20)
{
if (windraw == "win")
{
won = whichplayer;
if (whichplayer != playernameone) { loss = playernameone; } // figures out which player won and lost
else { loss = playernametwo; }
if (top > 0)
{
for (int counter = 0; counter <= top; counter++) // this is for the player that won
{
datafile >> playa[counter].name;
datafile >> playa[counter].play;
datafile >> playa[counter].win;
datafile >> playa[counter].loss;
datafile >> playa[counter].draw;
if (won == playa[counter].name)
{
playa[counter].play = playa[counter].play + 1;
playa[counter].win = playa[counter].win + 1;
check = 1;
}
}
datafile.close();
if (check != 1)
{
top = top + 1;
playa[top-1].name = won;
playa[top-1].play = 1;
playa[top-1].win = 1;
playa[top-1].loss = 0;
playa[top-1].draw = 0;
}
check = 0;
for (int counter = 0; counter < top; counter++) // this is for the player that lost
{
datafile >> playa[counter].name;
datafile >> playa[counter].play;
datafile >> playa[counter].win;
datafile >> playa[counter].loss;
datafile >> playa[counter].draw;
if (loss == playa[counter].name)
{
playa[counter].play = playa[counter].play + 1;
playa[counter].loss = playa[counter].loss + 1;
check = 1;
}
}
if (check != 1)
{
top = top + 1;
playa[top-1].name = loss;
playa[top-1].play = 1;
playa[top-1].win = 0;
playa[top-1].loss = 1;
playa[top-1].draw = 0;
}
check = 1;
}
else // if there was noone in the file already it saves both players at once
{
top = 2;
playa[0].name = won;
playa[0].play = 1;
playa[0].win = 1;
playa[0].loss = 0;
playa[0].draw = 0;
playa[1].name = loss;
playa[1].play = 1;
playa[1].win = 0;
playa[1].loss = 1;
playa[1].draw = 0;
ofstream datafile("table.rec");
datafile << top << sep << playa[0].name << sep << playa[0].play << sep << playa[0].win << sep << playa[0].loss << sep << playa[0].draw;
datafile << sep << playa[1].name << sep << playa[1].play << sep << playa[1].win << sep << playa[1].loss << sep << playa[1].draw << sep;
check = 0;
}
if (check == 1)
{
ofstream datafile("table.rec");
datafile << top << sep;
for (int counter = 0; counter < top; counter++)
{
datafile << playa[counter].name << sep << playa[counter].play << sep << playa[counter].win << sep << playa[counter].loss << sep << playa[counter].draw << sep;
}
}
}
if (windraw == "draw") // if there was a draw this would happen
{
if (top > 0)
{
int check = 0;
for (int counter = 0; counter < top; counter++) // they both drew so player 1 is first this time
{
datafile >> playa[counter].name;
datafile >> playa[counter].play;
datafile >> playa[counter].win;
datafile >> playa[counter].loss;
datafile >> playa[counter].draw;
if (playernameone == playa[counter].name)
{
playa[counter].play = playa[counter].play + 1;
playa[counter].draw = playa[counter].draw + 1;
check = 1;
}
}
if (check != 1)
{
top = top + 1;
playa[top-1].name = playernameone;
playa[top-1].play = 1;
playa[top-1].win = 0;
playa[top-1].loss = 0;
playa[top-1].draw = 1;
}
check = 0;
for (int counter = 0; counter < top; counter++) //next is player two
{
datafile >> playa[counter].name;
datafile >> playa[counter].play;
datafile >> playa[counter].win;
datafile >> playa[counter].loss;
datafile >> playa[counter].draw;
if (playernametwo == playa[counter].name)
{
playa[counter].play = playa[counter].play + 1;
playa[counter].loss = playa[counter].draw + 1;
int check = 1;
}
}
if (check != 1)
{
top = top + 1;
playa[top-1].name = playernametwo;
playa[top-1].play = 1;
playa[top-1].win = 0;
playa[top-1].loss = 0;
playa[top-1].draw = 1;
}
check = 1;
}
else // if there is noone in the file it saves both as a draw
{
top = 2;
playa[0].name = playernameone;
playa[0].play = 1;
playa[0].win = 0;
playa[0].loss = 0;
playa[0].draw = 1;
playa[1].name = playernametwo;
playa[1].play = 1;
playa[1].win = 0;
playa[1].loss = 0;
playa[1].draw = 1;
ofstream datafile("table.rec");
datafile << top << sep << playa[0].name << sep << playa[0].play << sep << playa[0].win << sep << playa[0].loss << sep << playa[0].draw;
datafile << sep << playa[1].name << sep << playa[1].play << sep << playa[1].win << sep << playa[1].loss << sep << playa[1].draw << sep;
check = 0;
}
if (check == 1)//saving the file the same way as before
{
ofstream datafile("table.rec");
datafile << top << sep;
for (int counter = 0; counter < top; counter++)
{
datafile << playa[counter].name << sep << playa[counter].play << sep << playa[counter].win << sep << playa[counter].loss << sep << playa[counter].draw << sep;
}
}
}
}
datafile.close();//closing the file properly
}
void win(bool x)
{
/*
when the player wins on the expert game it brings them to here
it shows the 10x10 square and who has won the game
*/
system("cls");
cout << "Tic Tac Toe" << endl << endl;
cout << playernameone << " (X) - " << playernametwo << " (O)" << endl << endl;
cout << endl;
cout << " 1 |2 |3 |4 |5 |6 |7 |8 |9 | 10 " << endl;
cout << " " << space[0].a << " | " << space[0].b << " | " << space[0].c << " | " << space[0].d << " | " << space[0].e << " | " << space[0].f << " | " << space[0].g << " | " << space[0].h << " | " << space[0].i << " | " << space[0].j << endl;
cout << " _____|_____|_____|_____|_____|_____|_____|_____|_____|_____" << endl;
cout << " 11 |12 |13 |14 |15 |16 |17 |18 |19 |20 " << endl;
cout << " " << space[1].a << " | " << space[1].b << " | " << space[1].c << " | " << space[1].d << " | " << space[1].e << " | " << space[1].f << " | " << space[1].g << " | " << space[1].h << " | " << space[1].i << " | " << space[1].j << endl;
cout << " _____|_____|_____|_____|_____|_____|_____|_____|_____|_____" << endl;
cout << " 21 |22 |23 |24 |25 |26 |27 |28 |29 |30 " << endl;
cout << " " << space[2].a << " | " << space[2].b << " | " << space[2].c << " | " << space[2].d << " | " << space[2].e << " | " << space[2].f << " | " << space[2].g << " | " << space[2].h << " | " << space[2].i << " | " << space[2].j << endl;
cout << " _____|_____|_____|_____|_____|_____|_____|_____|_____|_____" << endl;
cout << " 31 |32 |33 |34 |35 |36 |37 |38 |39 |40 " << endl;
cout << " " << space[3].a << " | " << space[3].b << " | " << space[3].c << " | " << space[3].d << " | " << space[3].e << " | " << space[3].f << " | " << space[3].g << " | " << space[3].h << " | " << space[3].i << " | " << space[3].j << endl;
cout << " _____|_____|_____|_____|_____|_____|_____|_____|_____|_____" << endl;
cout << " 41 |42 |43 |44 |45 |46 |47 |48 |49 |50 " << endl;
cout << " " << space[4].a << " | " << space[4].b << " | " << space[4].c << " | " << space[4].d << " | " << space[4].e << " | " << space[4].f << " | " << space[4].g << " | " << space[4].h << " | " << space[4].i << " | " << space[4].j << endl;
cout << " _____|_____|_____|_____|_____|_____|_____|_____|_____|_____" << endl;
cout << " 51 |52 |53 |54 |55 |56 |57 |58 |59 |60 " << endl;
cout << " " << space[5].a << " | " << space[5].b << " | " << space[5].c << " | " << space[5].d << " | " << space[5].e << " | " << space[5].f << " | " << space[5].g << " | " << space[5].h << " | " << space[5].i << " | " << space[5].j << endl;
cout << " _____|_____|_____|_____|_____|_____|_____|_____|_____|_____" << endl;
cout << " 61 |62 |63 |64 |65 |66 |67 |68 |69 |70 " << endl;
cout << " " << space[6].a << " | " << space[6].b << " | " << space[6].c << " | " << space[6].d << " | " << space[6].e << " | " << space[6].f << " | " << space[6].g << " | " << space[6].h << " | " << space[6].i << " | " << space[6].j << endl;
cout << " _____|_____|_____|_____|_____|_____|_____|_____|_____|_____" << endl;
cout << " 71 |72 |73 |74 |75 |76 |77 |78 |79 |80 " << endl;
cout << " " << space[7].a << " | " << space[7].b << " | " << space[7].c << " | " << space[7].d << " | " << space[7].e << " | " << space[7].f << " | " << space[7].g << " | " << space[7].h << " | " << space[7].i << " | " << space[7].j << endl;
cout << " _____|_____|_____|_____|_____|_____|_____|_____|_____|_____" << endl;
cout << " 81 |82 |83 |84 |85 |86 |87 |88 |89 |90 " << endl;
cout << " " << space[8].a << " | " << space[8].b << " | " << space[8].c << " | " << space[8].d << " | " << space[8].e << " | " << space[8].f << " | " << space[8].g << " | " << space[8].h << " | " << space[8].i << " | " << space[8].j << endl;
cout << " _____|_____|_____|_____|_____|_____|_____|_____|_____|_____" << endl;
cout << " 91 |92 |93 |94 |95 |96 |97 |98 |99 |100 " << endl;
cout << " " << space[9].a << " | " << space[9].b << " | " << space[9].c << " | " << space[9].d << " | " << space[9].e << " | " << space[9].f << " | " << space[9].g << " | " << space[9].h << " | " << space[9].i << " | " << space[9].j << endl;
cout << " | | | | | | | | | " << endl << endl;
if (x == true) // if game is won not drawn this part happens
{ // it is then saved to the file as a win and loss
cout << whichplayer << " won!!!" << endl << endl;
saveresults("win");
}
else { cout << "It's a stale mate!" << endl << endl; saveresults("draw"); }
// if not this happens because it is an else statement and the results are saved to the file as a draw
gamedone = true;
system("pause");
}
/*
this is the complicated and effort consuming part
using if statements to check every single win line
if the game has been won it will jump to the win function and end the game
*/
void checkwin()
{
if (space[0].a != " " && space[0].a == space[0].b && space[0].b == space[0].c) win(true);
if (space[0].b != " " && space[0].b == space[0].c && space[0].c == space[0].d) win(true);
if (space[0].c != " " && space[0].c == space[0].d && space[0].d == space[0].e) win(true);
if (space[0].d != " " && space[0].d == space[0].e && space[0].e == space[0].f) win(true);
if (space[0].e != " " && space[0].e == space[0].f && space[0].f == space[0].g) win(true);
if (space[0].f != " " && space[0].f == space[0].g && space[0].g == space[0].h) win(true);
if (space[0].g != " " && space[0].g == space[0].h && space[0].h == space[0].i) win(true);
if (space[0].h != " " && space[0].h == space[0].i && space[0].i == space[0].j) win(true);
if (space[1].a != " " && space[1].a == space[1].b && space[1].b == space[1].c) win(true);
if (space[1].b != " " && space[1].b == space[1].c && space[1].c == space[1].d) win(true);
if (space[1].c != " " && space[1].c == space[1].d && space[1].d == space[1].e) win(true);
if (space[1].d != " " && space[1].d == space[1].e && space[1].e == space[1].f) win(true);
if (space[1].e != " " && space[1].e == space[1].f && space[1].f == space[1].g) win(true);
if (space[1].f != " " && space[1].f == space[1].g && space[1].g == space[1].h) win(true);
if (space[1].g != " " && space[1].g == space[1].h && space[1].h == space[1].i) win(true);
if (space[1].h != " " && space[1].h == space[1].i && space[1].i == space[1].j) win(true);
if (space[2].a != " " && space[2].a == space[2].b && space[2].b == space[2].c) win(true);
if (space[2].b != " " && space[2].b == space[2].c && space[2].c == space[2].d) win(true);
if (space[2].c != " " && space[2].c == space[2].d && space[2].d == space[2].e) win(true);
if (space[2].d != " " && space[2].d == space[2].e && space[2].e == space[2].f) win(true);
if (space[2].e != " " && space[2].e == space[2].f && space[2].f == space[2].g) win(true);
if (space[2].f != " " && space[2].f == space[2].g && space[2].g == space[2].h) win(true);
if (space[2].g != " " && space[2].g == space[2].h && space[2].h == space[2].i) win(true);
if (space[2].h != " " && space[2].h == space[2].i && space[2].i == space[2].j) win(true);
if (space[3].a != " " && space[3].a == space[3].b && space[3].b == space[3].c) win(true);
if (space[3].b != " " && space[3].b == space[3].c && space[3].c == space[3].d) win(true);
if (space[3].c != " " && space[3].c == space[3].d && space[3].d == space[3].e) win(true);
if (space[3].d != " " && space[3].d == space[3].e && space[3].e == space[3].f) win(true);
if (space[3].e != " " && space[3].e == space[3].f && space[3].f == space[3].g) win(true);
if (space[3].f != " " && space[3].f == space[3].g && space[3].g == space[3].h) win(true);
if (space[3].g != " " && space[3].g == space[3].h && space[3].h == space[3].i) win(true);
if (space[3].h != " " && space[3].h == space[3].i && space[3].i == space[3].j) win(true);
if (space[4].a != " " && space[4].a == space[4].b && space[4].b == space[4].c) win(true);
if (space[4].b != " " && space[4].b == space[4].c && space[4].c == space[4].d) win(true);
if (space[4].c != " " && space[4].c == space[4].d && space[4].d == space[4].e) win(true);
if (space[4].d != " " && space[4].d == space[4].e && space[4].e == space[4].f) win(true);
if (space[4].e != " " && space[4].e == space[4].f && space[4].f == space[4].g) win(true);
if (space[4].f != " " && space[4].f == space[4].g && space[4].g == space[4].h) win(true);
if (space[4].g != " " && space[4].g == space[4].h && space[4].h == space[4].i) win(true);
if (space[4].h != " " && space[4].h == space[4].i && space[4].i == space[4].j) win(true);
if (space[5].a != " " && space[5].a == space[5].b && space[5].b == space[5].c) win(true);
if (space[5].b != " " && space[5].b == space[5].c && space[5].c == space[5].d) win(true);
if (space[5].c != " " && space[5].c == space[5].d && space[5].d == space[5].e) win(true);
if (space[5].d != " " && space[5].d == space[5].e && space[5].e == space[5].f) win(true);
if (space[5].e != " " && space[5].e == space[5].f && space[5].f == space[5].g) win(true);
if (space[5].f != " " && space[5].f == space[5].g && space[5].g == space[5].h) win(true);
if (space[5].g != " " && space[5].g == space[5].h && space[5].h == space[5].i) win(true);
if (space[5].h != " " && space[5].h == space[5].i && space[5].i == space[5].j) win(true);
if (space[6].a != " " && space[6].a == space[6].b && space[6].b == space[6].c) win(true);
if (space[6].b != " " && space[6].b == space[6].c && space[6].c == space[6].d) win(true);
if (space[6].c != " " && space[6].c == space[6].d && space[6].d == space[6].e) win(true);
if (space[6].d != " " && space[6].d == space[6].e && space[6].e == space[6].f) win(true);
if (space[6].e != " " && space[6].e == space[6].f && space[6].f == space[6].g) win(true);
if (space[6].f != " " && space[6].f == space[6].g && space[6].g == space[6].h) win(true);
if (space[6].g != " " && space[6].g == space[6].h && space[6].h == space[6].i) win(true);
if (space[6].h != " " && space[6].h == space[6].i && space[6].i == space[6].j) win(true);
if (space[7].a != " " && space[7].a == space[7].b && space[7].b == space[7].c) win(true);
if (space[7].b != " " && space[7].b == space[7].c && space[7].c == space[7].d) win(true);
if (space[7].c != " " && space[7].c == space[7].d && space[7].d == space[7].e) win(true);
if (space[7].d != " " && space[7].d == space[7].e && space[7].e == space[7].f) win(true);
if (space[7].e != " " && space[7].e == space[7].f && space[7].f == space[7].g) win(true);
if (space[7].f != " " && space[7].f == space[7].g && space[7].g == space[7].h) win(true);
if (space[7].g != " " && space[7].g == space[7].h && space[7].h == space[7].i) win(true);
if (space[7].h != " " && space[7].h == space[7].i && space[7].i == space[7].j) win(true);
if (space[8].a != " " && space[8].a == space[8].b && space[8].b == space[8].c) win(true);
if (space[8].b != " " && space[8].b == space[8].c && space[8].c == space[8].d) win(true);
if (space[8].c != " " && space[8].c == space[8].d && space[8].d == space[8].e) win(true);
if (space[8].d != " " && space[8].d == space[8].e && space[8].e == space[8].f) win(true);
if (space[8].e != " " && space[8].e == space[8].f && space[8].f == space[8].g) win(true);
if (space[8].f != " " && space[8].f == space[8].g && space[8].g == space[8].h) win(true);
if (space[8].g != " " && space[8].g == space[8].h && space[8].h == space[8].i) win(true);
if (space[8].h != " " && space[8].h == space[8].i && space[8].i == space[8].j) win(true);
if (space[9].a != " " && space[9].a == space[9].b && space[9].b == space[9].c) win(true);
if (space[9].b != " " && space[9].b == space[9].c && space[9].c == space[9].d) win(true);
if (space[9].c != " " && space[9].c == space[9].d && space[9].d == space[9].e) win(true);
if (space[9].d != " " && space[9].d == space[9].e && space[9].e == space[9].f) win(true);
if (space[9].e != " " && space[9].e == space[9].f && space[9].f == space[9].g) win(true);
if (space[9].f != " " && space[9].f == space[9].g && space[9].g == space[9].h) win(true);
if (space[9].g != " " && space[9].g == space[9].h && space[9].h == space[9].i) win(true);
if (space[9].h != " " && space[9].h == space[9].i && space[9].i == space[9].j) win(true);
if (space[0].a != " " && space[0].a == space[1].b && space[1].b == space[2].c) win(true);
if (space[1].b != " " && space[1].b == space[2].c && space[2].c == space[3].d) win(true);
if (space[2].c != " " && space[2].c == space[3].d && space[3].d == space[4].e) win(true);
if (space[3].d != " " && space[3].d == space[4].e && space[4].e == space[5].f) win(true);
if (space[4].e != " " && space[4].e == space[5].f && space[5].f == space[6].g) win(true);
if (space[5].f != " " && space[5].f == space[6].g && space[6].g == space[7].h) win(true);
if (space[6].g != " " && space[6].g == space[7].h && space[7].h == space[8].i) win(true);
if (space[7].h != " " && space[7].h == space[8].i && space[8].i == space[9].j) win(true);
if (space[0].b != " " && space[0].b == space[1].c && space[1].c == space[2].d) win(true);
if (space[1].c != " " && space[1].c == space[2].d && space[2].d == space[3].e) win(true);
if (space[2].d != " " && space[2].d == space[3].e && space[3].e == space[4].f) win(true);
if (space[3].e != " " && space[3].e == space[4].f && space[4].f == space[5].g) win(true);
if (space[4].f != " " && space[4].f == space[5].g && space[5].g == space[6].h) win(true);
if (space[5].g != " " && space[5].g == space[6].h && space[6].h == space[7].i) win(true);
if (space[6].h != " " && space[6].h == space[7].i && space[7].i == space[8].j) win(true);
if (space[0].c != " " && space[0].c == space[1].d && space[1].d == space[2].e) win(true);
if (space[1].d != " " && space[1].d == space[2].e && space[2].e == space[3].f) win(true);
if (space[2].e != " " && space[2].e == space[3].f && space[3].f == space[4].g) win(true);
if (space[3].f != " " && space[3].f == space[4].g && space[4].g == space[5].h) win(true);
if (space[4].g != " " && space[4].g == space[5].h && space[5].h == space[6].i) win(true);
if (space[5].h != " " && space[5].h == space[6].i && space[6].i == space[7].j) win(true);
if (space[0].d != " " && space[0].d == space[1].e && space[1].e == space[2].f) win(true);
if (space[1].e != " " && space[1].e == space[2].f && space[2].f == space[3].g) win(true);
if (space[2].f != " " && space[2].f == space[3].g && space[3].g == space[4].h) win(true);
if (space[3].g != " " && space[3].g == space[4].h && space[4].h == space[5].i) win(true);
if (space[4].h != " " && space[4].h == space[5].i && space[5].i == space[6].j) win(true);
if (space[0].e != " " && space[0].e == space[1].f && space[1].f == space[2].g) win(true);
if (space[1].f != " " && space[1].f == space[2].g && space[2].g == space[3].h) win(true);
if (space[2].g != " " && space[2].g == space[3].h && space[3].h == space[4].i) win(true);
if (space[3].h != " " && space[3].h == space[4].i && space[4].i == space[5].j) win(true);
if (space[0].f != " " && space[0].f == space[1].g && space[1].g == space[2].h) win(true);
if (space[1].g != " " && space[1].g == space[2].h && space[2].h == space[3].i) win(true);
if (space[2].h != " " && space[2].h == space[3].i && space[3].i == space[4].j) win(true);
if (space[0].g != " " && space[0].g == space[1].h && space[1].h == space[2].i) win(true);
if (space[1].h != " " && space[1].h == space[2].i && space[2].i == space[3].j) win(true);
if (space[0].h != " " && space[0].h == space[1].i && space[1].i == space[2].j) win(true);
if (space[1].a != " " && space[1].a == space[2].b && space[2].b == space[3].c) win(true);
if (space[2].b != " " && space[2].b == space[3].c && space[3].c == space[4].d) win(true);
if (space[3].c != " " && space[3].c == space[4].d && space[4].d == space[5].e) win(true);
if (space[4].d != " " && space[4].d == space[5].e && space[5].e == space[6].f) win(true);
if (space[5].e != " " && space[5].e == space[6].f && space[6].f == space[7].g) win(true);
if (space[6].f != " " && space[6].f == space[7].g && space[7].g == space[8].h) win(true);
if (space[7].g != " " && space[7].g == space[8].h && space[8].h == space[9].i) win(true);
if (space[2].a != " " && space[2].a == space[3].b && space[3].b == space[4].c) win(true);
if (space[3].b != " " && space[3].b == space[4].c && space[4].c == space[5].d) win(true);
if (space[4].c != " " && space[4].c == space[5].d && space[5].d == space[6].e) win(true);
if (space[5].d != " " && space[5].d == space[6].e && space[6].e == space[7].f) win(true);
if (space[6].e != " " && space[6].e == space[7].f && space[7].f == space[8].g) win(true);
if (space[7].f != " " && space[7].f == space[8].g && space[8].g == space[9].h) win(true);
if (space[3].a != " " && space[3].a == space[4].b && space[4].b == space[5].c) win(true);
if (space[4].b != " " && space[4].b == space[5].c && space[5].c == space[6].d) win(true);
if (space[5].c != " " && space[5].c == space[6].d && space[6].d == space[7].e) win(true);
if (space[6].d != " " && space[6].d == space[7].e && space[7].e == space[8].f) win(true);
if (space[7].e != " " && space[7].e == space[8].f && space[8].f == space[9].g) win(true);
if (space[4].a != " " && space[4].a == space[5].b && space[5].b == space[6].c) win(true);
if (space[5].b != " " && space[5].b == space[6].c && space[6].c == space[7].d) win(true);
if (space[6].c != " " && space[6].c == space[7].d && space[7].d == space[8].e) win(true);
if (space[7].d != " " && space[7].d == space[8].e && space[8].e == space[9].f) win(true);
if (space[5].a != " " && space[5].a == space[6].b && space[6].b == space[7].c) win(true);
if (space[6].b != " " && space[6].b == space[7].c && space[7].c == space[8].d) win(true);
if (space[7].c != " " && space[7].c == space[8].d && space[8].d == space[9].e) win(true);
if (space[6].a != " " && space[6].a == space[7].b && space[7].b == space[8].c) win(true);
if (space[7].b != " " && space[7].b == space[8].c && space[8].c == space[9].d) win(true);
if (space[7].a != " " && space[7].a == space[8].b && space[8].b == space[9].c) win(true);
if (space[0].a != " " && space[0].a == space[1].a && space[1].a == space[2].a) win(true);
if (space[1].a != " " && space[1].a == space[2].a && space[2].a == space[3].a) win(true);
if (space[2].a != " " && space[2].a == space[3].a && space[3].a == space[4].a) win(true);
if (space[3].a != " " && space[3].a == space[4].a && space[4].a == space[5].a) win(true);
if (space[4].a != " " && space[4].a == space[5].a && space[5].a == space[6].a) win(true);
if (space[5].a != " " && space[5].a == space[6].a && space[6].a == space[7].a) win(true);
if (space[6].a != " " && space[6].a == space[7].a && space[7].a == space[8].a) win(true);
if (space[7].a != " " && space[7].a == space[8].a && space[8].a == space[9].a) win(true);
if (space[0].b != " " && space[0].b == space[1].b && space[1].b == space[2].b) win(true);
if (space[1].b != " " && space[1].b == space[2].b && space[2].b == space[3].b) win(true);
if (space[2].b != " " && space[2].b == space[3].b && space[3].b == space[4].b) win(true);
if (space[3].b != " " && space[3].b == space[4].b && space[4].b == space[5].b) win(true);
if (space[4].b != " " && space[4].b == space[5].b && space[5].b == space[6].b) win(true);
if (space[5].b != " " && space[5].b == space[6].b && space[6].b == space[7].b) win(true);
if (space[6].b != " " && space[6].b == space[7].b && space[7].b == space[8].b) win(true);
if (space[7].b != " " && space[7].b == space[8].b && space[8].b == space[9].b) win(true);
if (space[0].c != " " && space[0].c == space[1].c && space[1].c == space[2].c) win(true);
if (space[1].c != " " && space[1].c == space[2].c && space[2].c == space[3].c) win(true);
if (space[2].c != " " && space[2].c == space[3].c && space[3].c == space[4].c) win(true);
if (space[3].c != " " && space[3].c == space[4].c && space[4].c == space[5].c) win(true);
if (space[4].c != " " && space[4].c == space[5].c && space[5].c == space[6].c) win(true);
if (space[5].c != " " && space[5].c == space[6].c && space[6].c == space[7].c) win(true);
if (space[6].c != " " && space[6].c == space[7].c && space[7].c == space[8].c) win(true);
if (space[7].c != " " && space[7].c == space[8].c && space[8].c == space[9].c) win(true);
if (space[0].d != " " && space[0].d == space[1].d && space[1].d == space[2].d) win(true);
if (space[1].d != " " && space[1].d == space[2].d && space[2].d == space[3].d) win(true);
if (space[2].d != " " && space[2].d == space[3].d && space[3].d == space[4].d) win(true);
if (space[3].d != " " && space[3].d == space[4].d && space[4].d == space[5].d) win(true);
if (space[4].d != " " && space[4].d == space[5].d && space[5].d == space[6].d) win(true);
if (space[5].d != " " && space[5].d == space[6].d && space[6].d == space[7].d) win(true);
if (space[6].d != " " && space[6].d == space[7].d && space[7].d == space[8].d) win(true);
if (space[7].d != " " && space[7].d == space[8].d && space[8].d == space[9].d) win(true);
if (space[0].e != " " && space[0].e == space[1].e && space[1].e == space[2].e) win(true);
if (space[1].e != " " && space[1].e == space[2].e && space[2].e == space[3].e) win(true);
if (space[2].e != " " && space[2].e == space[3].e && space[3].e == space[4].e) win(true);
if (space[3].e != " " && space[3].e == space[4].e && space[4].e == space[5].e) win(true);
if (space[4].e != " " && space[4].e == space[5].e && space[5].e == space[6].e) win(true);
if (space[5].e != " " && space[5].e == space[6].e && space[6].e == space[7].e) win(true);
if (space[6].e != " " && space[6].e == space[7].e && space[7].e == space[8].e) win(true);
if (space[7].e != " " && space[7].e == space[8].e && space[8].e == space[9].e) win(true);
if (space[0].f != " " && space[0].f == space[1].f && space[1].f == space[2].f) win(true);
if (space[1].f != " " && space[1].f == space[2].f && space[2].f == space[3].f) win(true);
if (space[2].f != " " && space[2].f == space[3].f && space[3].f == space[4].f) win(true);
if (space[3].f != " " && space[3].f == space[4].f && space[4].f == space[5].f) win(true);
if (space[4].f != " " && space[4].f == space[5].f && space[5].f == space[6].f) win(true);
if (space[5].f != " " && space[5].f == space[6].f && space[6].f == space[7].f) win(true);
if (space[6].f != " " && space[6].f == space[7].f && space[7].f == space[8].f) win(true);
if (space[7].f != " " && space[7].f == space[8].f && space[8].f == space[9].f) win(true);
if (space[0].g != " " && space[0].g == space[1].g && space[1].g == space[2].g) win(true);
if (space[1].g != " " && space[1].g == space[2].g && space[2].g == space[3].g) win(true);
if (space[2].g != " " && space[2].g == space[3].g && space[3].g == space[4].g) win(true);
if (space[3].g != " " && space[3].g == space[4].g && space[4].g == space[5].g) win(true);
if (space[4].g != " " && space[4].g == space[5].g && space[5].g == space[6].g) win(true);
if (space[5].g != " " && space[5].g == space[6].g && space[6].g == space[7].g) win(true);
if (space[6].g != " " && space[6].g == space[7].g && space[7].g == space[8].g) win(true);
if (space[7].g != " " && space[7].g == space[8].g && space[8].g == space[9].g) win(true);
if (space[0].h != " " && space[0].h == space[1].h && space[1].h == space[2].h) win(true);
if (space[1].h != " " && space[1].h == space[2].h && space[2].h == space[3].h) win(true);
if (space[2].h != " " && space[2].h == space[3].h && space[3].h == space[4].h) win(true);
if (space[3].h != " " && space[3].h == space[4].h && space[4].h == space[5].h) win(true);
if (space[4].h != " " && space[4].h == space[5].h && space[5].h == space[6].h) win(true);
if (space[5].h != " " && space[5].h == space[6].h && space[6].h == space[7].h) win(true);
if (space[6].h != " " && space[6].h == space[7].h && space[7].h == space[8].h) win(true);
if (space[7].h != " " && space[7].h == space[8].h && space[8].h == space[9].h) win(true);
if (space[0].i != " " && space[0].i == space[1].i && space[1].i == space[2].i) win(true);
if (space[1].i != " " && space[1].i == space[2].i && space[2].i == space[3].i) win(true);
if (space[2].i != " " && space[2].i == space[3].i && space[3].i == space[4].i) win(true);
if (space[3].i != " " && space[3].i == space[4].i && space[4].i == space[5].i) win(true);
if (space[4].i != " " && space[4].i == space[5].i && space[5].i == space[6].i) win(true);
if (space[5].i != " " && space[5].i == space[6].i && space[6].i == space[7].i) win(true);
if (space[6].i != " " && space[6].i == space[7].i && space[7].i == space[8].i) win(true);
if (space[7].i != " " && space[7].i == space[8].i && space[8].i == space[9].i) win(true);
if (space[0].j != " " && space[0].j == space[1].j && space[1].j == space[2].j) win(true);
if (space[1].j != " " && space[1].j == space[2].j && space[2].j == space[3].j) win(true);
if (space[2].j != " " && space[2].j == space[3].j && space[3].j == space[4].j) win(true);
if (space[3].j != " " && space[3].j == space[4].j && space[4].j == space[5].j) win(true);
if (space[4].j != " " && space[4].j == space[5].j && space[5].j == space[6].j) win(true);
if (space[5].j != " " && space[5].j == space[6].j && space[6].j == space[7].j) win(true);
if (space[6].j != " " && space[6].j == space[7].j && space[7].j == space[8].j) win(true);
if (space[7].j != " " && space[7].j == space[8].j && space[8].j == space[9].j) win(true);
if (space[9].a != " " && space[9].a == space[8].b && space[8].b == space[7].c) win(true);
if (space[8].b != " " && space[8].b == space[7].c && space[7].c == space[6].d) win(true);
if (space[7].c != " " && space[7].c == space[6].d && space[6].d == space[5].e) win(true);
if (space[6].d != " " && space[6].d == space[5].e && space[5].e == space[4].f) win(true);
if (space[5].e != " " && space[5].e == space[4].f && space[4].f == space[3].g) win(true);
if (space[4].f != " " && space[4].f == space[3].g && space[3].g == space[2].h) win(true);
if (space[3].g != " " && space[3].g == space[2].h && space[2].h == space[1].i) win(true);
if (space[2].h != " " && space[2].h == space[1].i && space[1].i == space[0].j) win(true);
if (space[8].a != " " && space[8].a == space[7].b && space[7].b == space[6].c) win(true);
if (space[7].b != " " && space[7].b == space[6].c && space[6].c == space[5].d) win(true);
if (space[6].c != " " && space[6].c == space[5].d && space[5].d == space[4].e) win(true);
if (space[5].d != " " && space[5].d == space[4].e && space[4].e == space[3].f) win(true);
if (space[4].e != " " && space[4].e == space[3].f && space[3].f == space[2].g) win(true);
if (space[3].f != " " && space[3].f == space[2].g && space[2].g == space[1].h) win(true);
if (space[2].g != " " && space[2].g == space[1].h && space[1].h == space[0].i) win(true);
if (space[7].a != " " && space[7].a == space[6].b && space[6].b == space[5].c) win(true);
if (space[6].b != " " && space[6].b == space[5].c && space[5].c == space[4].d) win(true);
if (space[5].c != " " && space[5].c == space[4].d && space[4].d == space[3].e) win(true);
if (space[4].d != " " && space[4].d == space[3].e && space[3].e == space[2].f) win(true);
if (space[3].e != " " && space[3].e == space[2].f && space[2].f == space[1].g) win(true);
if (space[2].f != " " && space[2].f == space[1].g && space[1].g == space[0].h) win(true);
if (space[6].a != " " && space[6].a == space[5].b && space[5].b == space[4].c) win(true);
if (space[5].b != " " && space[5].b == space[4].c && space[4].c == space[3].d) win(true);
if (space[4].c != " " && space[4].c == space[3].d && space[3].d == space[2].e) win(true);
if (space[3].d != " " && space[3].d == space[2].e && space[2].e == space[1].f) win(true);
if (space[2].e != " " && space[2].e == space[1].f && space[1].f == space[0].g) win(true);
if (space[5].a != " " && space[5].a == space[4].b && space[4].b == space[3].c) win(true);
if (space[4].b != " " && space[4].b == space[3].c && space[3].c == space[2].d) win(true);
if (space[3].c != " " && space[3].c == space[2].d && space[2].d == space[1].e) win(true);
if (space[2].d != " " && space[2].d == space[1].e && space[1].e == space[0].f) win(true);
if (space[4].a != " " && space[4].a == space[3].b && space[3].b == space[2].c) win(true);
if (space[3].b != " " && space[3].b == space[2].c && space[2].c == space[1].d) win(true);
if (space[2].c != " " && space[2].c == space[1].d && space[1].d == space[0].e) win(true);
if (space[3].a != " " && space[3].a == space[2].b && space[2].b == space[1].c) win(true);
if (space[2].b != " " && space[2].b == space[1].c && space[1].c == space[0].d) win(true);
if (space[2].a != " " && space[2].a == space[1].b && space[1].b == space[0].c) win(true);
if (space[9].b != " " && space[9].b == space[8].c && space[8].c == space[7].d) win(true);
if (space[8].c != " " && space[8].c == space[7].d && space[7].d == space[6].e) win(true);
if (space[7].d != " " && space[7].d == space[6].e && space[6].e == space[5].f) win(true);
if (space[6].e != " " && space[6].e == space[5].f && space[5].f == space[4].g) win(true);
if (space[5].f != " " && space[5].f == space[4].g && space[4].g == space[3].h) win(true);
if (space[4].g != " " && space[4].g == space[3].h && space[3].h == space[2].i) win(true);
if (space[3].h != " " && space[3].h == space[2].i && space[2].i == space[1].j) win(true);
if (space[9].c != " " && space[9].c == space[8].d && space[8].d == space[7].e) win(true);
if (space[8].d != " " && space[8].d == space[7].e && space[7].e == space[6].f) win(true);
if (space[7].e != " " && space[7].e == space[6].f && space[6].f == space[5].g) win(true);
if (space[6].f != " " && space[6].f == space[5].g && space[5].g == space[4].h) win(true);
if (space[5].g != " " && space[5].g == space[4].h && space[4].h == space[3].i) win(true);
if (space[4].h != " " && space[4].h == space[3].i && space[3].i == space[2].j) win(true);
if (space[9].d != " " && space[9].d == space[8].e && space[8].e == space[7].f) win(true);
if (space[8].e != " " && space[8].e == space[7].f && space[7].f == space[6].g) win(true);
if (space[7].f != " " && space[7].f == space[6].g && space[6].g == space[5].h) win(true);
if (space[6].g != " " && space[6].g == space[5].h && space[5].h == space[4].i) win(true);
if (space[5].h != " " && space[5].h == space[4].i && space[4].i == space[3].j) win(true);
if (space[9].e != " " && space[9].e == space[8].f && space[8].f == space[7].g) win(true);
if (space[8].f != " " && space[8].f == space[7].g && space[7].g == space[6].h) win(true);
if (space[7].g != " " && space[7].g == space[6].h && space[6].h == space[5].i) win(true);
if (space[6].h != " " && space[6].h == space[5].i && space[5].i == space[4].j) win(true);
if (space[9].f != " " && space[9].f == space[8].g && space[8].g == space[7].h) win(true);
if (space[8].g != " " && space[8].g == space[7].h && space[7].h == space[6].i) win(true);
if (space[7].h != " " && space[7].h == space[6].i && space[6].i == space[5].j) win(true);
if (space[9].g != " " && space[9].g == space[8].h && space[8].h == space[7].i) win(true);
if (space[8].h != " " && space[8].h == space[7].i && space[7].i == space[6].j) win(true);
if (space[9].h != " " && space[9].h == space[8].i && space[8].i == space[7].j) win(true);
}
// this is the start of the expert game
void Expert()
{
gamedone = false;
player = 1;
again = 0;
move = 1;
//assigning all the spaces with a value of nothing which has to be done or the grid will be messed up
space[0].a = " ";space[0].b = " ";space[0].c = " ";space[0].d = " ";space[0].e = " ";space[0].f = " ";space[0].g = " ";space[0].h = " ";space[0].i = " ";space[0].j = " ";
space[1].a = " ";space[1].b = " ";space[1].c = " ";space[1].d = " ";space[1].e = " ";space[1].f = " ";space[1].g = " ";space[1].h = " ";space[1].i = " ";space[1].j = " ";
space[2].a = " ";space[2].b = " ";space[2].c = " ";space[2].d = " ";space[2].e = " ";space[2].f = " ";space[2].g = " ";space[2].h = " ";space[2].i = " ";space[2].j = " ";
space[3].a = " ";space[3].b = " ";space[3].c = " ";space[3].d = " ";space[3].e = " ";space[3].f = " ";space[3].g = " ";space[3].h = " ";space[3].i = " ";space[3].j = " ";
space[4].a = " ";space[4].b = " ";space[4].c = " ";space[4].d = " ";space[4].e = " ";space[4].f = " ";space[4].g = " ";space[4].h = " ";space[4].i = " ";space[4].j = " ";
space[5].a = " ";space[5].b = " ";space[5].c = " ";space[5].d = " ";space[5].e = " ";space[5].f = " ";space[5].g = " ";space[5].h = " ";space[5].i = " ";space[5].j = " ";
space[6].a = " ";space[6].b = " ";space[6].c = " ";space[6].d = " ";space[6].e = " ";space[6].f = " ";space[6].g = " ";space[6].h = " ";space[6].i = " ";space[6].j = " ";
space[7].a = " ";space[7].b = " ";space[7].c = " ";space[7].d = " ";space[7].e = " ";space[7].f = " ";space[7].g = " ";space[7].h = " ";space[7].i = " ";space[7].j = " ";
space[8].a = " ";space[8].b = " ";space[8].c = " ";space[8].d = " ";space[8].e = " ";space[8].f = " ";space[8].g = " ";space[8].h = " ";space[8].i = " ";space[8].j = " ";
space[9].a = " ";space[9].b = " ";space[9].c = " ";space[9].d = " ";space[9].e = " ";space[9].f = " ";space[9].g = " ";space[9].h = " ";space[9].i = " ";space[9].j = " ";
/*
you are asked to eneter the first and second players names where it will be check
if there is one there you will be asked if its you
if not you will change your name
*/
system("cls");
cout << "TicTacToe Expert Menu" << endl << endl;
cout << "Type a number for what game you want to play" << endl;
cout << "Two player: 1" << endl;
cout << "Main menu: 2" << endl << "Enter here: ";
// if 3 it goes back to the
cin >> players;
if (players == 1)
{
do if (playernameone == " ")
{
system("cls");
cout << "Player 1 please enter your name: ";
cin >> playernameone;
playernameone = namecheck(playernameone); // checks to see if the is already someone with this name
} while (playernameone == " "); // if the name is blank it asks for another name
// if there is no player 2 then it does this loop
do
{
do if (playernametwo == " " || playernametwo == playernameone)
{
system("cls");
if (playernametwo == playernameone)
{
cout << "This name is already taken by player 1" << endl;
}
cout << "Player 2 please enter your name: ";
cin >> playernametwo;
if (playernametwo != playernameone)
{
playernametwo = namecheck(playernametwo); // checks to see if the is already someone with this name
}
} while (playernametwo == " ");// if the name is blank it asks for another name
} while (playernametwo == playernameone);
do if (gamedone == false)
{
do
{
/*
this is the grid i made using whitespace
its got the number always in the grid because the grid became distorted when
the numbers where changing from a double digit number to an x or o
*/
system("cls");
cout << "Tic Tac Toe" << endl << endl;
cout << playernameone << " (X) - " << playernametwo << " (O)" << endl << endl;
cout << endl;
cout << " 1 |2 |3 |4 |5 |6 |7 |8 |9 | 10 " << endl;
cout << " " << space[0].a << " | " << space[0].b << " | " << space[0].c << " | " << space[0].d << " | " << space[0].e << " | " << space[0].f << " | " << space[0].g << " | " << space[0].h << " | " << space[0].i << " | " << space[0].j << endl;
cout << " _____|_____|_____|_____|_____|_____|_____|_____|_____|_____" << endl;
cout << " 11 |12 |13 |14 |15 |16 |17 |18 |19 |20 " << endl;
cout << " " << space[1].a << " | " << space[1].b << " | " << space[1].c << " | " << space[1].d << " | " << space[1].e << " | " << space[1].f << " | " << space[1].g << " | " << space[1].h << " | " << space[1].i << " | " << space[1].j << endl;
cout << " _____|_____|_____|_____|_____|_____|_____|_____|_____|_____" << endl;
cout << " 21 |22 |23 |24 |25 |26 |27 |28 |29 |30 " << endl;
cout << " " << space[2].a << " | " << space[2].b << " | " << space[2].c << " | " << space[2].d << " | " << space[2].e << " | " << space[2].f << " | " << space[2].g << " | " << space[2].h << " | " << space[2].i << " | " << space[2].j << endl;
cout << " _____|_____|_____|_____|_____|_____|_____|_____|_____|_____" << endl;
cout << " 31 |32 |33 |34 |35 |36 |37 |38 |39 |40 " << endl;
cout << " " << space[3].a << " | " << space[3].b << " | " << space[3].c << " | " << space[3].d << " | " << space[3].e << " | " << space[3].f << " | " << space[3].g << " | " << space[3].h << " | " << space[3].i << " | " << space[3].j << endl;
cout << " _____|_____|_____|_____|_____|_____|_____|_____|_____|_____" << endl;
cout << " 41 |42 |43 |44 |45 |46 |47 |48 |49 |50 " << endl;
cout << " " << space[4].a << " | " << space[4].b << " | " << space[4].c << " | " << space[4].d << " | " << space[4].e << " | " << space[4].f << " | " << space[4].g << " | " << space[4].h << " | " << space[4].i << " | " << space[4].j << endl;
cout << " _____|_____|_____|_____|_____|_____|_____|_____|_____|_____" << endl;
cout << " 51 |52 |53 |54 |55 |56 |57 |58 |59 |60 " << endl;
cout << " " << space[5].a << " | " << space[5].b << " | " << space[5].c << " | " << space[5].d << " | " << space[5].e << " | " << space[5].f << " | " << space[5].g << " | " << space[5].h << " | " << space[5].i << " | " << space[5].j << endl;
cout << " _____|_____|_____|_____|_____|_____|_____|_____|_____|_____" << endl;
cout << " 61 |62 |63 |64 |65 |66 |67 |68 |69 |70 " << endl;
cout << " " << space[6].a << " | " << space[6].b << " | " << space[6].c << " | " << space[6].d << " | " << space[6].e << " | " << space[6].f << " | " << space[6].g << " | " << space[6].h << " | " << space[6].i << " | " << space[6].j << endl;
cout << " _____|_____|_____|_____|_____|_____|_____|_____|_____|_____" << endl;
cout << " 71 |72 |73 |74 |75 |76 |77 |78 |79 |80 " << endl;
cout << " " << space[7].a << " | " << space[7].b << " | " << space[7].c << " | " << space[7].d << " | " << space[7].e << " | " << space[7].f << " | " << space[7].g << " | " << space[7].h << " | " << space[7].i << " | " << space[7].j << endl;
cout << " _____|_____|_____|_____|_____|_____|_____|_____|_____|_____" << endl;
cout << " 81 |82 |83 |84 |85 |86 |87 |88 |89 |90 " << endl;
cout << " " << space[8].a << " | " << space[8].b << " | " << space[8].c << " | " << space[8].d << " | " << space[8].e << " | " << space[8].f << " | " << space[8].g << " | " << space[8].h << " | " << space[8].i << " | " << space[8].j << endl;
cout << " _____|_____|_____|_____|_____|_____|_____|_____|_____|_____" << endl;
cout << " 91 |92 |93 |94 |95 |96 |97 |98 |99 |100 " << endl;
cout << " " << space[9].a << " | " << space[9].b << " | " << space[9].c << " | " << space[9].d << " | " << space[9].e << " | " << space[9].f << " | " << space[9].g << " | " << space[9].h << " | " << space[9].i << " | " << space[9].j << endl;
cout << " | | | | | | | | | " << endl << endl;
if (again == 1)
{
cout << "Please choose another number" << endl; // if you enter a number that has already been used
}
if (player == 1) { whichplayer = playernameone; }
else { whichplayer = playernametwo; }
cout << whichplayer << ", please enter a number: ";
choice = WholeNumberValidation(); // validating the number entered
if (choice == 0) { again = 1; }
} while (choice == 0);
/*
this checks all the spaces to see if you can enter there if not it says enter a new number
*/
if (choice == 1 && space[0].a != " ") { again = 1; }
if (choice == 2 && space[0].b != " ") { again = 1; }
if (choice == 3 && space[0].c != " ") { again = 1; }
if (choice == 4 && space[0].d != " ") { again = 1; }
if (choice == 5 && space[0].e != " ") { again = 1; }
if (choice == 6 && space[0].f != " ") { again = 1; }
if (choice == 7 && space[0].g != " ") { again = 1; }
if (choice == 8 && space[0].h != " ") { again = 1; }
if (choice == 9 && space[0].i != " ") { again = 1; }
if (choice == 10 && space[0].j != " ") { again = 1; }
if (choice == 11 && space[1].a != " ") { again = 1; }
if (choice == 12 && space[1].b != " ") { again = 1; }
if (choice == 13 && space[1].c != " ") { again = 1; }
if (choice == 14 && space[1].d != " ") { again = 1; }
if (choice == 15 && space[1].e != " ") { again = 1; }
if (choice == 16 && space[1].f != " ") { again = 1; }
if (choice == 17 && space[1].g != " ") { again = 1; }
if (choice == 18 && space[1].h != " ") { again = 1; }
if (choice == 19 && space[1].i != " ") { again = 1; }
if (choice == 20 && space[1].j != " ") { again = 1; }
if (choice == 21 && space[2].a != " ") { again = 1; }
if (choice == 22 && space[2].b != " ") { again = 1; }
if (choice == 23 && space[2].c != " ") { again = 1; }
if (choice == 24 && space[2].d != " ") { again = 1; }
if (choice == 25 && space[2].e != " ") { again = 1; }
if (choice == 26 && space[2].f != " ") { again = 1; }
if (choice == 27 && space[2].g != " ") { again = 1; }
if (choice == 28 && space[2].h != " ") { again = 1; }
if (choice == 29 && space[2].i != " ") { again = 1; }
if (choice == 30 && space[2].j != " ") { again = 1; }
if (choice == 31 && space[3].a != " ") { again = 1; }
if (choice == 32 && space[3].b != " ") { again = 1; }
if (choice == 33 && space[3].c != " ") { again = 1; }
if (choice == 34 && space[3].d != " ") { again = 1; }
if (choice == 35 && space[3].e != " ") { again = 1; }
if (choice == 36 && space[3].f != " ") { again = 1; }
if (choice == 37 && space[3].g != " ") { again = 1; }
if (choice == 38 && space[3].h != " ") { again = 1; }
if (choice == 39 && space[3].i != " ") { again = 1; }
if (choice == 40 && space[3].j != " ") { again = 1; }
if (choice == 41 && space[4].a != " ") { again = 1; }
if (choice == 42 && space[4].b != " ") { again = 1; }
if (choice == 43 && space[4].c != " ") { again = 1; }
if (choice == 44 && space[4].d != " ") { again = 1; }
if (choice == 45 && space[4].e != " ") { again = 1; }
if (choice == 46 && space[4].f != " ") { again = 1; }
if (choice == 47 && space[4].g != " ") { again = 1; }
if (choice == 48 && space[4].h != " ") { again = 1; }
if (choice == 49 && space[4].i != " ") { again = 1; }
if (choice == 50 && space[4].j != " ") { again = 1; }
if (choice == 51 && space[5].a != " ") { again = 1; }
if (choice == 52 && space[5].b != " ") { again = 1; }
if (choice == 53 && space[5].c != " ") { again = 1; }
if (choice == 54 && space[5].d != " ") { again = 1; }
if (choice == 55 && space[5].e != " ") { again = 1; }
if (choice == 56 && space[5].f != " ") { again = 1; }
if (choice == 57 && space[5].g != " ") { again = 1; }
if (choice == 58 && space[5].h != " ") { again = 1; }
if (choice == 59 && space[5].i != " ") { again = 1; }
if (choice == 60 && space[5].j != " ") { again = 1; }
if (choice == 61 && space[6].a != " ") { again = 1; }
if (choice == 62 && space[6].b != " ") { again = 1; }
if (choice == 63 && space[6].c != " ") { again = 1; }
if (choice == 64 && space[6].d != " ") { again = 1; }
if (choice == 65 && space[6].e != " ") { again = 1; }
if (choice == 66 && space[6].f != " ") { again = 1; }
if (choice == 67 && space[6].g != " ") { again = 1; }
if (choice == 68 && space[6].h != " ") { again = 1; }
if (choice == 69 && space[6].i != " ") { again = 1; }
if (choice == 70 && space[6].j != " ") { again = 1; }
if (choice == 71 && space[7].a != " ") { again = 1; }
if (choice == 72 && space[7].b != " ") { again = 1; }
if (choice == 73 && space[7].c != " ") { again = 1; }
if (choice == 74 && space[7].d != " ") { again = 1; }
if (choice == 75 && space[7].e != " ") { again = 1; }
if (choice == 76 && space[7].f != " ") { again = 1; }
if (choice == 77 && space[7].g != " ") { again = 1; }
if (choice == 78 && space[7].h != " ") { again = 1; }
if (choice == 79 && space[7].i != " ") { again = 1; }
if (choice == 80 && space[7].j != " ") { again = 1; }
if (choice == 81 && space[8].a != " ") { again = 1; }
if (choice == 82 && space[8].b != " ") { again = 1; }
if (choice == 83 && space[8].c != " ") { again = 1; }
if (choice == 84 && space[8].d != " ") { again = 1; }
if (choice == 85 && space[8].e != " ") { again = 1; }
if (choice == 86 && space[8].f != " ") { again = 1; }
if (choice == 87 && space[8].g != " ") { again = 1; }
if (choice == 88 && space[8].h != " ") { again = 1; }
if (choice == 89 && space[8].i != " ") { again = 1; }
if (choice == 90 && space[8].j != " ") { again = 1; }
if (choice == 91 && space[9].a != " ") { again = 1; }
if (choice == 92 && space[9].b != " ") { again = 1; }
if (choice == 93 && space[9].c != " ") { again = 1; }
if (choice == 94 && space[9].d != " ") { again = 1; }
if (choice == 95 && space[9].e != " ") { again = 1; }
if (choice == 96 && space[9].f != " ") { again = 1; }
if (choice == 97 && space[9].g != " ") { again = 1; }
if (choice == 98 && space[9].h != " ") { again = 1; }
if (choice == 99 && space[9].i != " ") { again = 1; }
if (choice == 100 && space[9].j != " ") { again = 1; }
if (choice == 1 && space[0].a == " ") {
space[0].a = (player == 1) ? "X" : "O"; // this is how you know if its going to be an x or o
// its kind of like an if else statement but written differently
player = (player == 1) ? 2 : 1; //same thing here for the player
again = 0;
}
if (choice == 2 && space[0].b == " ") {
space[0].b = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 3 && space[0].c == " ") {
space[0].c = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 4 && space[0].d == " ") {
space[0].d = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 5 && space[0].e == " ") {
space[0].e = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 6 && space[0].f == " ") {
space[0].f = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 7 && space[0].g == " ") {
space[0].g = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 8 && space[0].h == " ") {
space[0].h = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 9 && space[0].i == " ") {
space[0].i = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 10 && space[0].j == " ") {
space[0].j = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 11 && space[1].a == " ") {
space[1].a = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 12 && space[1].b == " ") {
space[1].b = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 13 && space[1].c == " ") {
space[1].c = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 14 && space[1].d == " ") {
space[1].d = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 15 && space[1].e == " ") {
space[1].e = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 16 && space[1].f == " ") {
space[1].f = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 17 && space[1].g == " ") {
space[1].g = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 18 && space[1].h == " ") {
space[1].h = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 19 && space[1].i == " ") {
space[1].i = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 20 && space[1].j == " ") {
space[1].j = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 21 && space[2].a == " ") {
space[2].a = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 22 && space[2].b == " ") {
space[2].b = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 23 && space[2].c == " ") {
space[2].c = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 24 && space[2].d == " ") {
space[2].d = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 25 && space[2].e == " ") {
space[2].e = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 26 && space[2].f == " ") {
space[2].f = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 27 && space[2].g == " ") {
space[2].g = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 28 && space[2].h == " ") {
space[2].h = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 29 && space[2].i == " ") {
space[2].i = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 30 && space[2].j == " ") {
space[2].j = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 31 && space[3].a == " ") {
space[3].a = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 32 && space[3].b == " ") {
space[3].b = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 33 && space[3].c == " ") {
space[3].c = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
; }
if (choice == 34 && space[3].d == " ") {
space[3].d = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 35 && space[3].e == " ") {
space[3].e = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 36 && space[3].f == " ") {
space[3].f = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 37 && space[3].g == " ") {
space[3].g = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 38 && space[3].h == " ") {
space[3].h = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 39 && space[3].i == " ") {
space[3].i = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 40 && space[3].j == " ") {
space[3].j = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 41 && space[4].a == " ") {
space[4].a = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 42 && space[4].b == " ") {
space[4].b = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 43 && space[4].c == " ") {
space[4].c = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 44 && space[4].d == " ") {
space[4].d = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 45 && space[4].e == " ") {
space[4].e = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 46 && space[4].f == " ") {
space[4].f = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 47 && space[4].g == " ") {
space[4].g = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 48 && space[4].h == " ") {
space[4].h = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 49 && space[4].i == " ") {
space[4].i = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 50 && space[4].j == " ") {
space[4].j = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 51 && space[5].a == " ") {
space[5].a = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 52 && space[5].b == " ") {
space[5].b = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 53 && space[5].c == " ") {
space[5].c = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 54 && space[5].d == " ") {
space[5].d = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 55 && space[5].e == " ") {
space[5].e = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 56 && space[5].f == " ") {
space[5].f = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 57 && space[5].g == " ") {
space[5].g = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 58 && space[5].h == " ") {
space[5].h = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 59 && space[5].i == " ") {
space[5].i = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 60 && space[5].j == " ") {
space[5].j = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 61 && space[6].a == " ") {
space[6].a = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 62 && space[6].b == " ") {
space[6].b = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 63 && space[6].c == " ") {
space[6].c = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 64 && space[6].d == " ") {
space[6].d = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 65 && space[6].e == " ") {
space[6].e = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 66 && space[6].f == " ") {
space[6].f = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 67 && space[6].g == " ") {
space[6].g = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 68 && space[6].h == " ") {
space[6].h = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 69 && space[6].i == " ") {
space[6].i = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 70 && space[6].j == " ") {
space[6].j = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 71 && space[7].a == " ") {
space[7].a = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 72 && space[7].b == " ") {
space[7].b = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 73 && space[7].c == " ") {
space[7].c = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 74 && space[7].d == " ") {
space[7].d = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 75 && space[7].e == " ") {
space[7].e = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 76 && space[7].f == " ") {
space[7].f = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 77 && space[7].g == " ") {
space[7].g = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 78 && space[7].h == " ") {
space[7].h = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 79 && space[7].i == " ") {
space[7].i = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 80 && space[7].j == " ") {
space[7].j = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 81 && space[8].a == " ") {
space[8].a = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 82 && space[8].b == " ") {
space[8].b = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 83 && space[8].c == " ") {
space[8].c = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 84 && space[8].d == " ") {
space[8].d = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 85 && space[8].e == " ") {
space[8].e = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 86 && space[8].f == " ") {
space[8].f = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 87 && space[8].g == " ") {
space[8].g = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 88 && space[8].h == " ") {
space[8].h = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 89 && space[8].i == " ") {
space[8].i = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 90 && space[8].j == " ") {
space[8].j = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 91 && space[9].a == " ") {
space[9].a = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 92 && space[9].b == " ") {
space[9].b = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 93 && space[9].c == " ") {
space[9].c = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 94 && space[9].d == " ") {
space[9].d = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 95 && space[9].e == " ") {
space[9].e = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 96 && space[9].f == " ") {
space[9].f = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 97 && space[9].g == " ") {
space[9].g = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 98 && space[9].h == " ") {
space[9].h = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 99 && space[9].i == " ") {
space[9].i = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 100 && space[9].j == " ") {
space[9].j = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
// this triggers a function to check if the game has been done
checkwin();
} while (gamedone == false);// if the game has been won gamedone will be true and the loop will finish
}
if (players != 1)
{
gamedone = true;
players = 3;
}
}
// this is when you win on the begginer level
void win2(bool x)
{
system("cls");
cout << "Tic Tac Toe" << endl << endl;
if (players == 2)// if there are 2 players it shows both payer names
{
cout << playernameone << " (X) - " << playernametwo << " (O)" << endl << endl;
}
else // if its just 1 player it shows player ones names and then AI for Artificial intelligence
{
cout << playernameone << " (X) - AI (O)" << endl << endl;
}// smaller grid with number in the middle
cout << endl;
cout << " | | " << endl;
cout << " " << space[0].a << " | " << space[0].b << " | " << space[0].c << endl;
cout << "_____|_____|_____" << endl;
cout << " | | " << endl;
cout << " " << space[1].a << " | " << space[1].b << " | " << space[1].c << endl;
cout << "_____|_____|_____" << endl;
cout << " | | " << endl;
cout << " " << space[2].a << " | " << space[2].b << " | " << space[2].c << endl;
cout << " | | " << endl << endl;
if (x == true)
{
if (gamewin == 3) // if the computer wins
{
cout << "The computer won :(" << endl << endl;
saveresultstwo("lose"); // goes to 1 player file saving
}
if (players == 2)//if there are 2 players
{
cout << whichplayer << " won!!!" << endl << endl; // figures out which player has won
saveresults("win");// goes to 2 player file saving
}
if (gamewin == 1) // if one player has won
{
cout << playernameone << " won!!!" << endl << endl;
saveresultstwo("win");// goes to 1 player file saving
}
} // if its 2 players and a draw it goes to 2 player saving
else if (players == 2) { cout << "It's a stale mate!" << endl << endl; saveresults("draw"); }
else { cout << "It's a stale mate!" << endl << endl; saveresultstwo("draw"); }
// if not it goes to 1 player saving
gamedone = true; // changing the bool to true so that the game can end
system("pause");
}
void checkwin2()
{
//checking the wins for the begginer game not so complex as the expert game
if (space[0].a == space[0].b && space[0].b == space[0].c) win2(true);
else if (space[1].a == space[1].b && space[1].b == space[1].c) win2(true); // if one space equals the next space
else if (space[2].a == space[2].b && space[2].b == space[2].c) win2(true); // and the next space equals the next space
else if (space[0].a == space[1].a && space[1].a == space[2].a) win2(true); // then the game is over
else if (space[0].b == space[1].b && space[1].b == space[2].b) win2(true);
else if (space[0].c == space[1].c && space[1].c == space[2].c) win2(true);
else if (space[0].a == space[1].b && space[1].b == space[2].c) win2(true);
else if (space[0].c == space[1].b && space[1].b == space[2].a) win2(true);
else if (space[0].a != "1" && space[0].b != "2" && space[0].c != "3" && space[1].a != "4" && space[1].b != "5" && space[1].c != "6" && space[2].a != "7" && space[2].b != "8" && space[2].c != "9") win2(false);
// if all the spaces are filled than the game is a draw
}
/*
the artificial intelligence is just programming the computer to be able to think for its self
if the player has two in a row the computer will block it unless it has the chance to win itself
just using if statements and checking which boxes are taken
*/
void aimove()
{
//the computers first move which is a simple if then an else if
if (move == 1)
{
if (space[1].b == "5"){ space[1].b = "O";}
else if (space[1].b != "5" && space[1].b != "O"){ space[2].c = "O"; }
}
// second is a bit more complicated
// just checking all the different combinations
if (move == 2)
{
if (aturn == 0 && space[0].a == space[0].b && space[0].c == "3" && space[0].a != "O" ){ space[0].c = "O"; aturn = 1; }
if (aturn == 0 && space[0].a == space[1].a && space[2].a == "7" && space[0].a != "O" ){ space[2].a = "O"; aturn = 1; }
if (aturn == 0 && space[0].a == space[0].c && space[0].b == "2" && space[0].a != "O" ){ space[0].b = "O"; aturn = 1; }
if (aturn == 0 && space[0].a == space[2].a && space[1].a == "4" && space[0].a != "O" ){ space[1].a = "O"; aturn = 1; }
if (aturn == 0 && space[0].c == space[1].c && space[2].c == "9" && space[0].c != "O" ){ space[2].c = "O"; aturn = 1; }
if (aturn == 0 && space[0].c == space[2].c && space[1].c == "6" && space[0].c != "O" ){ space[1].c = "O"; aturn = 1; }
if (aturn == 0 && space[0].c == space[0].b && space[0].a == "1" && space[0].c != "O" ){ space[0].a = "O"; aturn = 1; }
if (aturn == 0 && space[0].c == space[1].b && space[2].a == "7" && space[0].c != "O" ){ space[2].a = "O"; aturn = 1; }
if (aturn == 0 && space[2].a == space[1].a && space[0].a == "1" && space[2].a != "O" ){ space[0].a = "O"; aturn = 1; }
if (aturn == 0 && space[2].a == space[2].b && space[2].c == "9" && space[2].a != "O" ){ space[2].c = "O"; aturn = 1; }
if (aturn == 0 && space[2].a == space[2].c && space[2].b == "8" && space[2].a != "O" ){ space[2].b = "O"; aturn = 1; }
if (aturn == 0 && space[2].a == space[1].b && space[0].c == "3" && space[2].a != "O" ){ space[0].c = "O"; aturn = 1; }
if (aturn == 0 && space[2].c == space[2].b && space[2].a == "7" && space[2].c != "O" ){ space[2].a = "O"; aturn = 1; }
if (aturn == 0 && space[2].c == space[1].c && space[0].c == "3" && space[2].c != "O" ){ space[0].c = "O"; aturn = 1; }
if (aturn == 0 && space[1].b == space[0].b && space[2].b == "8" && space[1].b != "O" ){ space[2].b = "O"; aturn = 1; }
if (aturn == 0 && space[1].b == space[1].a && space[1].c == "6" && space[1].b != "O" ){ space[1].c = "O"; aturn = 1; }
if (aturn == 0 && space[1].b == space[1].c && space[1].a == "4" && space[1].b != "O" ){ space[1].a = "O"; aturn = 1; }
if (aturn == 0 && space[1].b == space[2].b && space[0].b == "2" && space[1].b != "O" ){ space[0].b = "O"; aturn = 1; }
if (aturn == 0 && space[1].c == "X" && space[0].a == "X" && space[0].b == "2") { space[0].b = "O"; aturn = 1; }
if (aturn == 0 && space[1].b == "X" && space[0].a == "X" && space[2].a == "7") { space[2].a = "O"; aturn = 1; }
if (aturn == 0 && space[1].c == "X" && space[2].a == "X" && space[2].b == "8") { space[2].b = "O"; aturn = 1; }
if (aturn == 0 && space[0].a == "X" && space[1].a == "4") { space[1].a = "O"; aturn = 1; }
if (aturn == 0 && space[0].c == "X" && space[2].c == "9") { space[2].c = "O"; aturn = 1; }
if (aturn == 0 && space[0].a == "1" && space[2].c != "X") { space[0].a = "O"; aturn = 1; }
if (aturn == 0 && space[0].c == "3" && space[2].a != "X") { space[0].c = "O"; aturn = 1; }
}
if (gamedone == false) // if the the game hasn't already been won by this point
{
if (move == 3)
{
// same as above but this time the computer has the chance to win because it has its 3rd move
if (aturn == 0 && space[0].a == space[0].b && space[0].a == "O" && space[0].c == "3"){ space[0].c = "O"; gamedone = true; aturn = 1; }
if (aturn == 0 && space[0].a == space[0].c && space[0].a == "O" && space[0].b == "2"){ space[0].b = "O"; gamedone = true; aturn = 1; }
if (aturn == 0 && space[0].a == space[1].b && space[0].a == "O" && space[2].c == "9"){ space[2].c = "O"; gamedone = true; aturn = 1; }
if (aturn == 0 && space[0].a == space[2].c && space[0].a == "O" && space[1].b == "5"){ space[1].b = "O"; gamedone = true; aturn = 1; }
if (aturn == 0 && space[0].a == space[1].a && space[1].a == "O" && space[2].a == "7"){ space[2].a = "O"; gamedone = true; aturn = 1; }
if (aturn == 0 && space[0].a == space[2].a && space[0].a == "O" && space[1].a == "4"){ space[1].a = "O"; gamedone = true; aturn = 1; }
if (aturn == 0 && space[0].c == space[0].b && space[0].b == "O" && space[0].a == "1"){ space[0].a = "O"; gamedone = true; aturn = 1; }
if (aturn == 0 && space[0].c == space[1].b && space[1].b == "O" && space[2].a == "7"){ space[2].a = "O"; gamedone = true; aturn = 1; }
if (aturn == 0 && space[0].c == space[2].a && space[2].a == "O" && space[1].b == "5"){ space[1].b = "O"; gamedone = true; aturn = 1; }
if (aturn == 0 && space[0].c == space[1].c && space[1].c == "O" && space[2].c == "9"){ space[2].c = "O"; gamedone = true; aturn = 1; }
if (aturn == 0 && space[0].c == space[2].c && space[2].c == "O" && space[1].c == "6"){ space[1].c = "O"; gamedone = true; aturn = 1; }
if (aturn == 0 && space[2].a == space[2].b && space[2].a == "O" && space[2].c == "9"){ space[2].c = "O"; gamedone = true; aturn = 1; }
if (aturn == 0 && space[2].a == space[2].c && space[2].c == "O" && space[2].b == "8"){ space[2].b = "O"; gamedone = true; aturn = 1; }
if (aturn == 0 && space[2].a == space[1].a && space[1].a == "O" && space[0].a == "1"){ space[0].a = "O"; gamedone = true; aturn = 1; }
if (aturn == 0 && space[2].a == space[1].b && space[1].b == "O" && space[0].c == "3"){ space[0].c = "O"; gamedone = true; aturn = 1; }
if (aturn == 0 && space[1].a == space[1].b && space[1].a == "O" && space[1].c == "6"){ space[1].c = "O"; gamedone = true; aturn = 1; }
if (aturn == 0 && space[1].a == space[1].c && space[1].a == "O" && space[1].b == "5"){ space[1].b = "O"; gamedone = true; aturn = 1; }
if (aturn == 0 && space[0].b == space[1].b && space[0].b == "O" && space[2].b == "8"){ space[2].b = "O"; gamedone = true; aturn = 1; }
if (aturn == 0 && space[0].b == space[2].b && space[0].b == "O" && space[1].b == "5"){ space[1].b = "O"; gamedone = true; aturn = 1; }
if (aturn == 0 && space[1].b == space[2].b && space[1].b == "O" && space[0].b == "2"){ space[0].b = "O"; gamedone = true; aturn = 1; }
if (aturn == 0 && space[2].b == space[2].c && space[2].b == "O" && space[2].a == "7"){ space[2].a = "O"; gamedone = true; aturn = 1; }
gamewin = 3;
if (gamedone == false)
{
if (aturn == 0 && space[0].a == space[0].b && space[0].c == "3" && space[0].a != "O" ){ space[0].c = "O"; aturn = 1; }
if (aturn == 0 && space[0].a == space[1].a && space[2].a == "7" && space[0].a != "O" ){ space[2].a = "O"; aturn = 1; }
if (aturn == 0 && space[0].a == space[0].c && space[0].b == "2" && space[0].a != "O" ){ space[0].b = "O"; aturn = 1; }
if (aturn == 0 && space[0].a == space[2].a && space[1].a == "4" && space[0].a != "O" ){ space[1].a = "O"; aturn = 1; }
if (aturn == 0 && space[0].c == space[1].c && space[2].c == "9" && space[0].c != "O" ){ space[2].c = "O"; aturn = 1; }
if (aturn == 0 && space[0].c == space[2].c && space[1].c == "6" && space[0].c != "O" ){ space[1].c = "O"; aturn = 1; }
if (aturn == 0 && space[0].c == space[0].b && space[0].a == "1" && space[0].c != "O" ){ space[0].a = "O"; aturn = 1; }
if (aturn == 0 && space[0].c == space[1].b && space[2].a == "7" && space[0].c != "O" ){ space[2].a = "O"; aturn = 1; }
if (aturn == 0 && space[2].a == space[1].a && space[0].a == "1" && space[2].a != "O" ){ space[0].a = "O"; aturn = 1; }
if (aturn == 0 && space[2].a == space[2].b && space[2].c == "9" && space[2].a != "O" ){ space[2].c = "O"; aturn = 1; }
if (aturn == 0 && space[2].a == space[2].c && space[2].b == "8" && space[2].a != "O" ){ space[2].b = "O"; aturn = 1; }
if (aturn == 0 && space[2].a == space[1].b && space[0].c == "3" && space[2].a != "O" ){ space[0].c = "O"; aturn = 1; }
if (aturn == 0 && space[2].c == space[2].b && space[2].a == "7" && space[2].c != "O" ){ space[2].a = "O"; aturn = 1; }
if (aturn == 0 && space[2].c == space[1].c && space[0].c == "3" && space[2].c != "O" ){ space[0].c = "O"; aturn = 1; }
if (aturn == 0 && space[1].b == space[0].b && space[2].b == "8" && space[1].b != "O" ){ space[2].b = "O"; aturn = 1; }
if (aturn == 0 && space[1].b == space[1].a && space[1].c == "6" && space[1].b != "O" ){ space[1].c = "O"; aturn = 1; }
if (aturn == 0 && space[1].b == space[2].b && space[0].b == "2" && space[1].b != "O" ){ space[0].b = "O"; aturn = 1; }
if (aturn == 0 && space[1].b == space[1].c && space[1].a == "4" && space[1].b != "O" ){ space[1].a = "O"; aturn = 1; }
if (aturn == 0 && space[1].c == "X" && space[2].a == "X" && space[0].b == "X" && space[2].b == "O" && space[1].b == "O"){ space[0].a = "O"; aturn = 1; }
if (aturn == 0 && space[0].a == "X" && space[0].c == "X" && space[2].b == "X" && space[1].a == "4"){ space[1].a = "O"; aturn = 1; }
if (aturn == 0 && space[1].c == "X" && space[2].c == "9"){ space[2].c = "O"; aturn = 1; }
if (aturn == 0 && space[2].c == "X" && space[2].b == "8"){ space[2].b = "O"; aturn = 1; }
}
}
if (move == 4)
{
// pretty much the same as move 3
if (aturn == 0 && space[0].a == space[0].b && space[0].a == "O" && space[0].c == "3"){ space[0].c = "O"; gamedone = true; aturn = 1; }
if (aturn == 0 && space[0].a == space[0].c && space[0].a == "O" && space[0].b == "2"){ space[0].b = "O"; gamedone = true; aturn = 1; }
if (aturn == 0 && space[0].a == space[1].b && space[0].a == "O" && space[2].c == "9"){ space[2].c = "O"; gamedone = true; aturn = 1; }
if (aturn == 0 && space[0].a == space[2].c && space[0].a == "O" && space[1].b == "5"){ space[1].b = "O"; gamedone = true; aturn = 1; }
if (aturn == 0 && space[0].a == space[1].a && space[1].a == "O" && space[2].a == "7"){ space[2].a = "O"; gamedone = true; aturn = 1; }
if (aturn == 0 && space[0].a == space[2].a && space[0].a == "O" && space[1].a == "4"){ space[1].a = "O"; gamedone = true; aturn = 1; }
if (aturn == 0 && space[0].c == space[0].b && space[0].b == "O" && space[0].a == "1"){ space[0].a = "O"; gamedone = true; aturn = 1; }
if (aturn == 0 && space[0].c == space[1].b && space[1].b == "O" && space[2].a == "7"){ space[2].a = "O"; gamedone = true; aturn = 1; }
if (aturn == 0 && space[0].c == space[2].a && space[2].a == "O" && space[1].b == "5"){ space[1].b = "O"; gamedone = true; aturn = 1; }
if (aturn == 0 && space[0].c == space[1].c && space[1].c == "O" && space[2].c == "9"){ space[2].c = "O"; gamedone = true; aturn = 1; }
if (aturn == 0 && space[0].c == space[2].c && space[2].c == "O" && space[1].c == "6"){ space[1].c = "O"; gamedone = true; aturn = 1; }
if (aturn == 0 && space[2].a == space[2].b && space[2].a == "O" && space[2].c == "9"){ space[2].c = "O"; gamedone = true; aturn = 1; }
if (aturn == 0 && space[2].a == space[2].c && space[2].c == "O" && space[2].b == "8"){ space[2].b = "O"; gamedone = true; aturn = 1; }
if (aturn == 0 && space[2].a == space[1].a && space[1].a == "O" && space[0].a == "1"){ space[0].a = "O"; gamedone = true; aturn = 1; }
if (aturn == 0 && space[2].a == space[1].b && space[1].b == "O" && space[0].c == "3"){ space[0].c = "O"; gamedone = true; aturn = 1; }
if (aturn == 0 && space[1].a == space[1].b && space[1].a == "O" && space[1].c == "6"){ space[1].c = "O"; gamedone = true; aturn = 1; }
if (aturn == 0 && space[1].a == space[1].c && space[1].a == "O" && space[1].b == "5"){ space[1].b = "O"; gamedone = true; aturn = 1; }
if (aturn == 0 && space[0].b == space[1].b && space[0].b == "O" && space[2].b == "8"){ space[2].b = "O"; gamedone = true; aturn = 1; }
if (aturn == 0 && space[0].b == space[2].b && space[0].b == "O" && space[1].b == "5"){ space[1].b = "O"; gamedone = true; aturn = 1; }
if (aturn == 0 && space[1].b == space[2].b && space[1].b == "O" && space[0].b == "2"){ space[0].b = "O"; gamedone = true; aturn = 1; }
if (aturn == 0 && space[2].b == space[2].c && space[2].b == "O" && space[2].a == "7"){ space[2].a = "O"; gamedone = true; aturn = 1; }
gamewin = 3;
if (gamedone == false)
{
if (aturn == 0 && space[0].a == space[0].b && space[0].c == "3" && space[0].a != "O" ){ space[0].c = "O"; aturn = 1; }
if (aturn == 0 && space[0].a == space[1].a && space[2].a == "7" && space[0].a != "O" ){ space[2].a = "O"; aturn = 1; }
if (aturn == 0 && space[0].a == space[0].c && space[0].b == "2" && space[0].a != "O" ){ space[0].b = "O"; aturn = 1; }
if (aturn == 0 && space[0].a == space[2].a && space[1].a == "4" && space[0].a != "O" ){ space[1].a = "O"; aturn = 1; }
if (aturn == 0 && space[0].c == space[1].c && space[2].c == "9" && space[0].c != "O" ){ space[2].c = "O"; aturn = 1; }
if (aturn == 0 && space[0].c == space[2].c && space[1].c == "6" && space[0].c != "O" ){ space[1].c = "O"; aturn = 1; }
if (aturn == 0 && space[0].c == space[0].b && space[0].a == "1" && space[0].c != "O" ){ space[0].a = "O"; aturn = 1; }
if (aturn == 0 && space[0].c == space[1].b && space[2].a == "7" && space[0].c != "O" ){ space[2].a = "O"; aturn = 1; }
if (aturn == 0 && space[2].a == space[1].a && space[0].a == "1" && space[2].a != "O" ){ space[0].a = "O"; aturn = 1; }
if (aturn == 0 && space[2].a == space[2].b && space[2].c == "9" && space[2].a != "O" ){ space[2].c = "O"; aturn = 1; }
if (aturn == 0 && space[2].a == space[2].c && space[2].b == "8" && space[2].a != "O" ){ space[2].b = "O"; aturn = 1; }
if (aturn == 0 && space[2].a == space[1].b && space[0].c == "3" && space[2].a != "O" ){ space[0].c = "O"; aturn = 1; }
if (aturn == 0 && space[2].c == space[2].b && space[2].a == "7" && space[2].c != "O" ){ space[2].a = "O"; aturn = 1; }
if (aturn == 0 && space[2].c == space[1].c && space[0].c == "3" && space[2].c != "O" ){ space[0].c = "O"; aturn = 1; }
if (aturn == 0 && space[1].b == space[0].b && space[2].b == "8" && space[1].b != "O" ){ space[2].b = "O"; aturn = 1; }
if (aturn == 0 && space[1].b == space[1].a && space[1].c == "6" && space[1].b != "O" ){ space[1].c = "O"; aturn = 1; }
if (aturn == 0 && space[1].b == space[1].c && space[1].a == "4" && space[1].b != "O" ){ space[1].a = "O"; aturn = 1; }
if (aturn == 0 && space[1].b == space[2].b && space[0].b == "2" && space[1].b != "O" ){ space[0].b = "O"; aturn = 1; }
if (aturn == 0 && space[1].b == space[1].c && space[2].b == "8" && space[1].b != "O" ){ space[2].b = "O"; aturn = 1; }
if (aturn == 0 && space[1].b == space[1].c && space[2].b == "8" && space[1].b != "O" ){ space[2].b = "O"; aturn = 1; }
if (aturn == 0 && space[1].c == "X" && space[2].c == "9"){ space[2].c = "O"; aturn = 1; }
if (aturn == 0 && space[2].c == "X" && space[2].b == "8"){ space[2].b = "O"; aturn = 1; }
if (aturn == 0 && space[0].b == "2" ){ space[0].b = "O"; aturn = 1; }
}
}
if (gamedone == false)
{
// at the end of the AI combinations the computer will have made its move and
// and the grid will be show again saying that the computer has made its move
system("cls");
cout << "Tic Tac Toe" << endl << endl;
cout << playernameone << " (X) - AI (O)" << endl << endl;
cout << endl;
cout << " | | " << endl;
cout << " " << space[0].a << " | " << space[0].b << " | " << space[0].c << endl;
cout << "_____|_____|_____" << endl;
cout << " | | " << endl;
cout << " " << space[1].a << " | " << space[1].b << " | " << space[1].c << endl;
cout << "_____|_____|_____" << endl;
cout << " | | " << endl;
cout << " " << space[2].a << " | " << space[2].b << " | " << space[2].c << endl;
cout << " | | " << endl << endl;
cout << "The computer has made its move" << endl;
cout << playernameone << ", enter a number: ";
move++; // the integer move is incrimented for the next turns
system("pause");
}
}
}
/*
the start of the begginers game there are two parts to this one because there is 1 and 2 players
there is also a menu so you can choose between 1 and 2 players or going back to the main menu
same format as the expert grid but alot smaller
*/
void Begginer()
{
space[0].a = "1";
space[0].b = "2";
space[0].c = "3"; // assigning the spaces with their corresponding number
space[1].a = "4";
space[1].b = "5";
space[1].c = "6";
space[2].a = "7";
space[2].b = "8";
space[2].c = "9";
gamedone = false;
player = 1;
again = 0; // setting the other variables to their starting values
move = 1;
aturn = 0;
// clearing the screen for the begginers menu
system("cls");
cout << "TicTacToe Begginer Menu" << endl << endl;
cout << "Type a number for what game you want to play" << endl;
cout << "One player: 1" << endl;
cout << "Two player: 2" << endl;
cout << "Main menu: 3" << endl << "Enter here: ";
// if 3 it goes back to the
cin >> players;
if (players == 2) // for a 2 player game
{
system("cls");
// if there is noone already playing it does this loop
do if (playernameone == " ")
{
cout << "Player 1 please enter your name: ";
cin >> playernameone;
playernameone = namecheck(playernameone); // checks to see if the is already someone with this name
} while (playernameone == " "); // if the name is blank it asks for another name
// if there is no player 2 then it does this loop
do
{
do if (playernametwo == " " || playernametwo == playernameone)
{
system("cls");
if (playernametwo == playernameone)
{
cout << "This name is already taken by player 1" << endl;
}
cout << "Player 2 please enter your name: ";
cin >> playernametwo;
if (playernametwo != playernameone)
{
playernametwo = namecheck(playernametwo); // checks to see if the is already someone with this name
}
} while (playernametwo == " ");// if the name is blank it asks for another name
} while (playernametwo == playernameone);
do if (gamedone == false)
{
do
{
// the begginer grid
system("cls");
cout << "Tic Tac Toe" << endl << endl;
cout << playernameone << " (X) - " << playernametwo << " (O)" << endl << endl;
cout << endl;
cout << " | | " << endl;
cout << " " << space[0].a << " | " << space[0].b << " | " << space[0].c << endl;
cout << "_____|_____|_____" << endl;
cout << " | | " << endl;
cout << " " << space[1].a << " | " << space[1].b << " | " << space[1].c << endl;
cout << "_____|_____|_____" << endl;
cout << " | | " << endl;
cout << " " << space[2].a << " | " << space[2].b << " | " << space[2].c << endl;
cout << " | | " << endl << endl;
if (again == 1)
{
cout << "Please choose another number" << endl; // if they entered a number that is already taken
} // or if they entered a letter
if (player == 1) { whichplayer = playernameone; }
else { whichplayer = playernametwo; } // figuring out which player name
cout << whichplayer << ", please enter a number: ";
choice = WholeNumberValidation(); // checking to see if the user entered a number
if (choice == 0) { again = 1; }
} while (choice == 0);
/*
checking all the boxes to see if the choice is a valid one
if it is the player will swap over and the x or o will be inserted
*/
if (choice == 1 && space[0].a != "1") { again = 1; }
if (choice == 2 && space[0].b != "2") { again = 1; }
if (choice == 3 && space[0].c != "3") { again = 1; }
if (choice == 4 && space[1].a != "4") { again = 1; }
if (choice == 5 && space[1].b != "5") { again = 1; }
if (choice == 6 && space[1].c != "6") { again = 1; }
if (choice == 7 && space[2].a != "7") { again = 1; }
if (choice == 8 && space[2].b != "8") { again = 1; }
if (choice == 9 && space[2].c != "9") { again = 1; }
if (choice == 1 && space[0].a == "1") {
space[0].a = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 2 && space[0].b == "2") {
space[0].b = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 3 && space[0].c == "3") {
space[0].c = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 4 && space[1].a == "4") {
space[1].a = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 5 && space[1].b == "5") {
space[1].b = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 6 && space[1].c == "6") {
space[1].c = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 7 && space[2].a == "7") {
space[2].a = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 8 && space[2].b == "8") {
space[2].b = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
if (choice == 9 && space[2].c == "9") {
space[2].c = (player == 1) ? "X" : "O";
player = (player == 1) ? 2 : 1;
again = 0;
}
checkwin2();
} while (gamedone == false);
}
if (players == 1) // 1 player game
{
system("cls");
// if there is already a player one he doesnt have to enterr a name
do if (playernameone == " ")
{
cout << "Player 1 please enter your name: ";
cin >> playernameone;
playernameone = namecheck(playernameone);
} while (playernameone == " ");
playernametwo = " ";
// player 2 is set to nothing
do if (gamedone == false)
{
do
{
do
{
// same as for 2 player
system("cls");
cout << "Tic Tac Toe" << endl << endl;
cout << playernameone << " (X) - AI (O)" << endl << endl;
cout << endl;
cout << " | | " << endl;
cout << " " << space[0].a << " | " << space[0].b << " | " << space[0].c << endl;
cout << "_____|_____|_____" << endl;
cout << " | | " << endl;
cout << " " << space[1].a << " | " << space[1].b << " | " << space[1].c << endl;
cout << "_____|_____|_____" << endl;
cout << " | | " << endl;
cout << " " << space[2].a << " | " << space[2].b << " | " << space[2].c << endl;
cout << " | | " << endl << endl;
if (again == 1)
{
cout << "Please choose another number" << endl;
}
again = 0;
cout << playernameone << ", please enter a number: ";
choice = WholeNumberValidation();
if (choice == 0) { again = 1; }
} while (choice == 0);
if (choice == 1 && space[0].a != "1") { again = 1; }
if (choice == 2 && space[0].b != "2") { again = 1; }
if (choice == 3 && space[0].c != "3") { again = 1; }
if (choice == 4 && space[1].a != "4") { again = 1; }
if (choice == 5 && space[1].b != "5") { again = 1; }
if (choice == 6 && space[1].c != "6") { again = 1; }
if (choice == 7 && space[2].a != "7") { again = 1; }
if (choice == 8 && space[2].b != "8") { again = 1; }
if (choice == 9 && space[2].c != "9") { again = 1; }
} while (again == 1);
// extra loop so that the AI doesnt make a move when its not supposed to
// checking all the choices again
if (choice == 1 && space[0].a == "1") {
space[0].a = "X";
again = 0;
}
if (choice == 2 && space[0].b == "2") {
space[0].b = "X";
again = 0;
}
if (choice == 3 && space[0].c == "3") {
space[0].c = "X";
again = 0;
}
if (choice == 4 && space[1].a == "4") {
space[1].a = "X";
again = 0;
}
if (choice == 5 && space[1].b == "5") {
space[1].b = "X";
again = 0;
}
if (choice == 6 && space[1].c == "6") {
space[1].c = "X";
again = 0;
}
if (choice == 7 && space[2].a == "7") {
space[2].a = "X";
again = 0;
}
if (choice == 8 && space[2].b == "8") {
space[2].b = "X";
again = 0;
}
if (choice == 9 && space[2].c == "9") {
space[2].c = "X";
again = 0;
}
gamewin = 1;
checkwin2(); // function to check the win
if (gamedone == false) // if there is no win AI makes its move
{
aimove(); // function to go to ai move
checkwin2(); // checks to see if the computer has won
aturn = 0;
}
} while (gamedone == false); // when the game is over it jumps out of the loop
}
else { playagain = "yes"; player = 3; }
}
/*
the league table shows the name of the player how many times they have played
how many wins, losses and draws they have
*/
void showtable()
{
//opens the file up
ifstream datafile("table.rec");
datafile >> top;
// takes out the first piece of information
cout << " Player Name Played Won Lost Drawn" << endl << endl;
for (int counter = 0; counter < top; counter++)
{
datafile >> playa[counter].name;
datafile >> playa[counter].play;
datafile >> playa[counter].win; // reads out each piece of player information then sends it to the screen
datafile >> playa[counter].loss;
datafile >> playa[counter].draw;
cout << "\t" << playa[counter].name << "\t\t" << playa[counter].play << "\t" << playa[counter].win << "\t" << playa[counter].loss << "\t" << playa[counter].draw << endl;
}
datafile.close();// closes the file
cout << endl << endl;
system("pause");
}
// this is where the program starts
int main(void)
{
do
{
/*
the game menu is one big loop so you can choose which game you want to play
and you can see the league table and exit the game
*/
system("cls");
cout << "TicTacToe Main Menu" << endl << endl;
cout << "Type a number for what game you want to play" << endl;
cout << "Begginer: 1" << endl;
cout << "Expert: 2" << endl;
cout << "Show Scores Table: 3" << endl;
cout << "Exit game: 4" << endl << "Enter here: ";
cin >> game; // entering which game you want
if (game == 1)// begginers game
{
Begginer();
}
if (game == 2)// expert game
{
Expert();
}
if (game == 3)// league table
{
system("cls");
showtable();
playagain = "yes";
}
if (game == 4)// exiting the game and program
{
playagain = "no";
}
else { playagain = "yes"; game = 3; }
if (players == 3)
{
playagain = "yes";
}
do if (game != 3 && game != 4 && players != 3)// if you didnt click on the leage table or exit
{ // and you didnt click main menu in the begginers menu
cout << "Would you like to play again? type yes or no: ";
cin >> playagain;
} while (playagain != "yes" && playagain !="no");
} while (playagain == "yes"); // if "playagain" variable equals no the game will exit
}
It works now but it behaves strangely. Sometimes the computer simply stops playing and I get to go 2-3 times in a row. Also, the computer always seems to make the exact same move. I think this is due to the hard-coded logic. Would be nice if you used an algorithm. The pause and cls aren't working for me, nor do I think they're very necessary. I do like the score table though.
