Why wont my loops repeat?
Can anyone help me figure this out?
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|
#include <iostream>
#include <cstdlib>
#include <ctime>
using namespace std;
int main ()
{
srand ( time ( NULL ) );
bool endgame = false; //this will be my sentinel for ending loops
bool stop = false;
do//1
{ //prompt user to play or replay the game
int play;
cout << "\nWould you like to play a game?\nPlease enter 1 for yes, or 0"
<< " for no. ";
cin >> play; //declare variables:pile size, starter, and playing mode
int pile = 10 + rand () % 90;
int start = rand () % 2;
int mode = rand () % 2;
cout << pile << " " << start << " " << mode;
int human_turn;
int comp_turn;
if ( play == 1 )//user wants to play
{
//output initial marbles in the pile and rules
cout << "The pile has " << pile << " marbles. On each turn, the "
<< "player must choose at least one\nmarble, but no more than "
<< "half of the marbles left in the pile. The player that\n"
<< "must take the last marble loses!\n";
if ( start == 0 ) //computer starts
{
do
{
if ( mode == 0 )//smart computer mode
{
if ( pile == 63 or pile == 31 or pile == 15 or
pile == 7 or pile == 3 )
{
comp_turn = rand () % ( pile/2 ) + 1;
}
else if ( pile > 64 )
{
comp_turn = pile - 63;
}
else if ( pile > 32 )
{
comp_turn = pile - 31;
}
else if ( pile > 16 )
{
comp_turn = pile - 15;
}
else if ( pile > 8 )
{
comp_turn = pile - 7;
}
else if ( pile > 4 )
{
comp_turn = pile - 3;
}
else
{
comp_turn = 1;
}
}//end if loop for mode = 0
else
{
comp_turn = rand () % (pile/2) + 1;
}
//computer takes turn
pile = pile - comp_turn;
cout << "My turn.\nI choose to remove " << comp_turn
<< " marbles, leaving " << pile << " marbles.\n";
if ( pile == 1 )//siginifies endgame
{
endgame = true;
cout << "I win! Better luck next time!\n";
}//ends if 'pile=1' signifies endgame loop
else //game not over and human gets turn
{
cout << "Your turn. How many marbles do you want to"
<< " take? ";
cin >> human_turn;
//ensure legal choice by human
if ( human_turn > pile/2 or human_turn < 1 )
{
cout << "That choice wasn't legal, choose again. ";
cin >> human_turn;
}//ends ensure legal choice if loop
pile = pile - human_turn;
cout << "That leaves " << pile << " marbles.\n";
if ( pile == 1 )//signifies game is over
{
endgame = true;
cout << "You win! You're smarter than I thought!";
}//end of if game is over loop
}//end else game not over and human gets turn loop
//end if loop for mode = 0
} while ( pile > 1 && !endgame );//ends do2 loop where computer starts
}//end if loop for computer start
else //start=1 and human starts
{
do
{
cout << "Your turn. How many marbles do you want to take? ";
cin >> human_turn;//ensure legal choice by human
if ( human_turn > pile/2 or human_turn < 1 )
{
cout << "That choice wasn't legal, choose again. ";
cin >> human_turn;
}//ends ensure legal choice if loop
pile = pile - human_turn;
cout << "That leaves " << pile << " marbles.\n";
if ( pile == 1 )//indicates endgame
{
endgame = true;
cout << "You win! You're smarter than I thought!\n";
}//ends if pile=1 loop
else //computer gets a turn
{
if ( mode == 0 )//smart computer mode
{
if ( pile == 63 or pile == 31 or pile == 15 or
pile == 7 or pile == 3 )
{
comp_turn = rand () % ( pile/2 ) + 1;
}
else if ( pile > 64 )
{
comp_turn = pile - 63;
}
else if ( pile > 32 )
{
comp_turn = pile - 31;
}
else if ( pile > 16 )
{
comp_turn = pile - 15;
}
else if ( pile > 8 )
{
comp_turn = pile - 7;
}
else if ( pile > 4 )
{
comp_turn = pile - 3;
}
else
{
comp_turn = 1;
}
}//end of if computer smart mode=0
else
{
comp_turn = rand () % ( pile / 2) + 1;
}
pile = pile - comp_turn;
cout << "My turn. I choose to remove " << comp_turn
<< " marbles, leaving " << pile << " marbles.\n";
if ( pile == 1 )//see if game is won
{
endgame = true;
cout << "I win! Better luck next time!\n";
}//ends if loop for comp win
}//end of else loop for computers turn
}while ( pile > 1 && !endgame);
}//end of else start=1 and human starts loop
}//ends 'if (start = 0)' computer starts loop
//ends if user wantsto play
else//if user does not want to play
{
cout << "Maybe next time! Have a great day!";
stop = true;
}
} while ( !stop );//1
return 0;
}
|
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#include <iostream>
#include <cstdlib>
#include <ctime>
using namespace std;
int main ()
{
srand ( time ( NULL ) );
bool endgame = false; //this will be my sentinel for ending loops
bool stop = false;
do//1
{
//prompt user to play or replay the game
int play;
cout << "\nWould you like to play a game?\nPlease enter 1 for yes, or 0"
<< " for no. ";
cin >> play; //declare variables:pile size, starter, and playing mode
int pile = 10 + rand () % 90;
int start = rand () % 2;
int mode = rand () % 2;
cout << pile << " " << start << " " << mode;
int human_turn;
int comp_turn;
if ( play == 1 )//user wants to play
{
//output initial marbles in the pile and rules
cout << "The pile has " << pile << " marbles. On each turn, the "
<< "player must choose at least one\nmarble, but no more than "
<< "half of the marbles left in the pile. The player that\n"
<< "must take the last marble loses!\n";
if ( start == 0 ) //computer starts
{
do
{
if ( mode == 0 )//smart computer mode
{
if ( pile == 63 or pile == 31 or pile == 15 or
pile == 7 or pile == 3 )
{
comp_turn = rand () % ( pile/2 ) + 1;
}
else if ( pile > 64 )
{
comp_turn = pile - 63;
}
else if ( pile > 32 )
{
comp_turn = pile - 31;
}
else if ( pile > 16 )
{
comp_turn = pile - 15;
}
else if ( pile > 8 )
{
comp_turn = pile - 7;
}
else if ( pile > 4 )
{
comp_turn = pile - 3;
}
else
{
comp_turn = 1;
}
}//end if loop for mode = 0
else
{
comp_turn = rand () % (pile/2) + 1;
}
//computer takes turn
pile = pile - comp_turn;
cout << "My turn.\nI choose to remove " << comp_turn
<< " marbles, leaving " << pile << " marbles.\n";
if ( pile == 1 )//siginifies endgame
{
endgame = true;
cout << "I win! Better luck next time!\n";
}//ends if 'pile=1' signifies endgame loop
else //game not over and human gets turn
{
cout << "Your turn. How many marbles do you want to"
<< " take? ";
cin >> human_turn;
//ensure legal choice by human
if ( human_turn > pile/2 or human_turn < 1 )
{
cout << "That choice wasn't legal, choose again. ";
cin >> human_turn;
}//ends ensure legal choice if loop
pile = pile - human_turn;
cout << "That leaves " << pile << " marbles.\n";
if ( pile == 1 )//signifies game is over
{
endgame = true;
cout << "You win! You're smarter than I thought!";
}//end of if game is over loop
}//end else game not over and human gets turn loop
//end if loop for mode = 0
}
while ( pile > 1 && !endgame ); //ends do2 loop where computer starts
}//end if loop for computer start
else //start=1 and human starts
{
do
{
cout << "Your turn. How many marbles do you want to take? ";
cin >> human_turn;//ensure legal choice by human
if ( human_turn > pile/2 or human_turn < 1 )
{
cout << "That choice wasn't legal, choose again. ";
cin >> human_turn;
}//ends ensure legal choice if loop
pile = pile - human_turn;
cout << "That leaves " << pile << " marbles.\n";
if ( pile == 1 )//indicates endgame
{
endgame = true;
cout << "You win! You're smarter than I thought!\n";
}//ends if pile=1 loop
else //computer gets a turn
{
if ( mode == 0 )//smart computer mode
{
if ( pile == 63 or pile == 31 or pile == 15 or
pile == 7 or pile == 3 )
{
comp_turn = rand () % ( pile/2 ) + 1;
}
else if ( pile > 64 )
{
comp_turn = pile - 63;
}
else if ( pile > 32 )
{
comp_turn = pile - 31;
}
else if ( pile > 16 )
{
comp_turn = pile - 15;
}
else if ( pile > 8 )
{
comp_turn = pile - 7;
}
else if ( pile > 4 )
{
comp_turn = pile - 3;
}
else
{
comp_turn = 1;
}
}//end of if computer smart mode=0
else
{
comp_turn = rand () % ( pile / 2) + 1;
}
pile = pile - comp_turn;
cout << "My turn. I choose to remove " << comp_turn
<< " marbles, leaving " << pile << " marbles.\n";
if ( pile == 1 )//see if game is won
{
endgame = true;
cout << "I win! Better luck next time!\n";
}//ends if loop for comp win
}//end of else loop for computers turn
}
while ( pile > 1 && !endgame);
}//end of else start=1 and human starts loop
}//ends 'if (start = 0)' computer starts loop
//ends if user wantsto play
else//if user does not want to play
{
cout << "Maybe next time! Have a great day!";
stop = true;
}
}
while ( !stop ); //1
return 0;
}
|
I don't see the problem, when I do exactly what it told me to, it beat me.
It still has some sort of glitch that I can't find! When pile gets to one less than a power of 2, it doesn't loop again.
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