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#include <iostream>
#include <string>
#include <cmath>
using namespace std;
bool game(int iRows, int iColumns, char cBoard[8][7], int iPick1, int iPick2, char cP1, char cP2)
{
for (int iCount=0; iCount<iRows; iCount++)
{
for (int iCountB=0; iCountB<iColumns; iCountB++)
{
if (cBoard[iCount][iCountB]==cP1 && cBoard[iCount][iCountB+1]==cP1 && cBoard[iCount][iCountB+2]==cP1 && cBoard[iCount][iCountB+3]==cP1 && iCountB<5)
{
cout << "Player 1 Wins! '-'"; //jugador 1 gana por linea horizontal
return true;
}
if (cBoard[iCount][iCountB]==cP2 && cBoard[iCount][iCountB+1]==cP2 && cBoard[iCount][iCountB+2]==cP2 && cBoard[iCount][iCountB+3]==cP2 && iCountB<5)
{
cout << "Player 2 Wins! '-'"; //jugador 2 gana por linea horizontal
return true;
}
if (cBoard[iCount][iCountB]==cP1 && cBoard[iCount+1][iCountB]==cP1 && cBoard[iCount+2][iCountB]==cP1 && cBoard[iCount+3][iCountB]==cP1)
{
cout << "Player 1 Wins! '|'"; //jugador 1 gana por linea vertical
return true;
}
if (cBoard[iCount][iCountB]==cP2 && cBoard[iCount+1][iCountB]==cP2 && cBoard[iCount+2][iCountB]==cP2 && cBoard[iCount+3][iCountB]==cP2)
{
cout << "Player 2 Wins! '|'"; //jugador 2 gana por linea vertical
return true;
}
if (cBoard[iCount][iCountB]==cP1 && cBoard[iCount+1][iCountB+1]==cP1 && cBoard[iCount+2][iCountB+2]==cP1 && cBoard[iCount+3][iCountB+3]==cP1 && iCount>3)
{
cout << "Player 1 Wins! '/alreves'"; //jugador 1 gana por linea diagonal "\"
return true;
}
if (cBoard[iCount][iCountB]==cP2 && cBoard[iCount+1][iCountB+1]==cP2 && cBoard[iCount+2][iCountB+2]==cP2 && cBoard[iCount+3][iCountB+3]==cP2 && iCount>3)
{
cout << "Player 2 Wins! '/alreves'"; //jugador 2 gana por linea diagonal "\"
return true;
}
if (cBoard[iCount][iCountB]==cP1 && cBoard[iCount-1][iCountB+1]==cP1 && cBoard[iCount-2][iCountB+2]==cP1 && cBoard[iCount-3][iCountB+3]==cP1 && iCountB<5 && iCount<5)
{
cout << "Player 1 Wins! '/'"; //jugador 1 gana por linea diagonal "/"
return true;
}
if (cBoard[iCount][iCountB]==cP2 && cBoard[iCount-1][iCountB+1]==cP2 && cBoard[iCount-2][iCountB+2]==cP2 && cBoard[iCount-3][iCountB+3]==cP2 && iCountB<5 && iCount<5)
{
cout << "Player 2 Wins! '/'"; //jugador 2 gana por linea diagonal "/"
return true;
}
}
}
return false;
}
void imprimirtabla(int iRows, int iColumns, char cBoard[8][7]) //imprime la tabla
{
for (int iCount=0; iCount<iRows; iCount++)
{
for (int iCountB=0; iCountB<iColumns; iCountB++)
{
cout << cBoard[iCount][iCountB] << "\t";
}
cout << endl;
}
}
void turnojugador1(int iRows, int iColumns, char cBoard[8][7], int iPick1, int iPick2, char cP1, char cP2)
{
iRows=8;
cout << "Player 1's turn" << endl;
cin >> iPick1;
while (iPick1<1 || iPick1>7)
{
cout << "No es valido el numero, porfavor escoge otro" << endl; //turno de jugador 1
cin >>iPick1;
}
iPick1-=1;
if(cBoard[iRows][iPick1]!='-')
{
while (cBoard[iRows][iPick1]!='-')
{
iRows--;
}
cBoard[iRows][iPick1]=cP1;
}
}
void turnojugador2(int iRows, int iColumns, char cBoard[8][7], int iPick1, int iPick2, char cP1, char cP2)
{
iRows=8;
cout << "Player 2's turn" << endl;
cin >> iPick2;
while (iPick2<1 || iPick2>7)
{
cout << "No es valido el numero, porfavor escoge otro" << endl; //turno de jugador 2
cin >>iPick2;
}
iPick2-=1;
if(cBoard[iRows][iPick2]!='-')
{
while (cBoard[iRows][iPick2]!='-')
{
iRows--;
}
cBoard[iRows][iPick2]=cP2;
}
}
int main()
{
char cBoard[8][7], cP1='X', cP2='O', cChoice;
bool bGame;
int iRows=8, iColumns=7, iPick1, iPick2;
for (int iCount=0; iCount<iRows; iCount++) // declarar los numeros y las lineas de la mesa
{
for (int iCountB=0; iCountB<iColumns; iCountB++)
{
if (cBoard[iCount][iCountB]==cBoard[0][0])
{
cBoard[iCount][iCountB]='1';
}
else if (cBoard[iCount][iCountB]==cBoard[0][1])
{
cBoard[iCount][iCountB]='2';
}
else if (cBoard[iCount][iCountB]==cBoard[0][2])
{
cBoard[iCount][iCountB]='3';
}
else if (cBoard[iCount][iCountB]==cBoard[0][3])
{
cBoard[iCount][iCountB]='4';
}
else if (cBoard[iCount][iCountB]==cBoard[0][4])
{
cBoard[iCount][iCountB]='5';
}
else if (cBoard[iCount][iCountB]==cBoard[0][5])
{
cBoard[iCount][iCountB]='6';
}
else if (cBoard[iCount][iCountB]==cBoard[0][6])
{
cBoard[iCount][iCountB]='7';
}
else
{
cBoard[iCount][iCountB]='-';
}
}
}
imprimirtabla(iRows, iColumns, cBoard);
while (game(iRows, iColumns, cBoard, iPick1, iPick2, cP1, cP2) == false)
{
turnojugador1(iRows, iColumns, cBoard, iPick1, iPick2, cP1, cP2); //turno del jugador 1
imprimirtabla(iRows, iColumns, cBoard); //imprime la tabla
bGame=game(iRows, iColumns, cBoard, iPick1, iPick2, cP1, cP2); //checa si ya se acabo el juego
if(bGame==true)
break;
turnojugador2(iRows, iColumns, cBoard, iPick1, iPick2, cP1, cP2); //turno del jugador 2
imprimirtabla(iRows, iColumns, cBoard); //imprime la tabla
bGame=game(iRows, iColumns, cBoard, iPick1, iPick2, cP1, cP2); //checa si ya se acabo el juego
if(bGame==true)
break;
}
}
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