#include <iostream>
#include <ctime>
#include <cstdlib>

using namespace std;
char play;
int guess;
bool done;
int noOfGuesses = 0;
int random;
int c;
double bank, winnings, total;
int check;

void printPayout()
{
                cout << "1 guess, win 2.00" << endl;
                cout << "2 guesses, win 1.75" << endl;
                cout << "3 guesses, win 1.5" << endl;
                cout << "4 guesses, win 1.25" << endl;
                cout << "5 guesses, win 1.00" << endl;
                cout << "6 guesses, .75" << endl;
                cout << "7 guesses, win .5" << endl;
                cout << "8 guesses, win .25" << endl << endl;
}

int checkGuess(int guess)
{
    if (guess > random)
        {
            check = 1;
        }
    else if (guess < random)
        {
            check = -1;
        }
    else
        {
            check = 0;
        }

    return (check);
}

int genRandom()
{
    int r;
    srand(time(NULL));
    r = rand() % 100 + 1;

return r;
}


int game()
{
    cout << "Welcome to the guess-o-matic. It only costs a dollar to play. You could double your bet." << endl << endl;
    cout << "Do you want to play (y / n)" << endl;
            bank = 100.00;
    cin >> play;
        if (play=='y')
        {
        winnings = 2.00;
        cout << "Great!, your payout will be as follows:" << endl << endl;
        printPayout();

        random = genRandom();
        while((bank!=0)&&(play=='y'))
{
noOfGuesses=0;
random = genRandom();
winnings = 2.00;

        while ((noOfGuesses!=8))
        {
cout << "Now guess a number between 1 and 100" << endl;
        cin >> guess;
        noOfGuesses++;
        c = checkGuess (guess);
        if (c == 0)
        {
    bank = bank + winnings;
cout << "Correct, you win " << winnings << ", your bank is now "<< bank<< endl<<"Do You Wanna Play Again??(Y/N)";
cin>>play;
break;
        }
        else if (c == -1)
        {
        cout << "Sorry too low try higher" << endl;
                winnings = winnings - .25;
        }
        else if (c == 1){
        cout << "Sorry too high try lower" << endl;
        winnings = winnings - .25;
        }
}
}
    }
    cout<<"Thank You For Playing, you are left with a total of " <<bank<<" $\n Wishing you will be back to play once more.";
return 0;
}


int main()
{

    game();

    return 0;
}

#include <iostream>
#include <ctime>
#include <cstdlib>

using namespace std;
char play;
int guess;
bool done;
int noOfGuesses = 0;
int random;
int c;
double bank, winnings, total;
int check;
int main();

double calcWinnings(int numGuesses) {
    double value;
     switch (numGuesses)
    {
       case 1:  value = 2.00;
                break;
       case 2:  value = 1.75;  // fall through
                break;
       case 3:  value = 1.50; // fall through
                break;
       case 4:  value = 1.25; // fall through
                break;
       case 5:  value = 1.0; // fall through
                break;
       case 6:  value = 0.75;
                break;
       case 7:  value = 0.50;
                break;
       case 8:  value = 0.25;
                break;
   }
return value;
}


void printPayout()
{
                cout << "1 guess, win 2.00" << endl;
                cout << "2 guesses, win 1.75" << endl;
                cout << "3 guesses, win 1.5" << endl;
                cout << "4 guesses, win 1.25" << endl;
                cout << "5 guesses, win 1.00" << endl;
                cout << "6 guesses, .75" << endl;
                cout << "7 guesses, win .5" << endl;
                cout << "8 guesses, win .25" << endl << endl;
}

int checkGuess(int guess)
{
    if (guess > random)
        {
            check = 1;
        }
    else if (guess < random)
        {
            check = -1;
        }
    else
        {
            check = 0;
        }

    return (check);
}

int genRandom()
{
    int r;
    srand(time(NULL));
    r = rand() % 100 + 1;

return r;
}


int game()
{
    cout << "Welcome to the guess-o-matic. It only costs a dollar to play. You could double your bet." << endl << endl;
    cout << "Do you want to play (y / n)" << endl;
            bank = 100.00;
    cin >> play;
        if (play=='y')
        {
        winnings = 2.00;
        cout << "Great!, your payout will be as follows:" << endl << endl;
        printPayout();

        random = genRandom();
        while((noOfGuesses!=8)&&(bank!=0)&&(play=='y'))
{
noOfGuesses=0;
random = genRandom();
winnings = 2.00;

        while ((noOfGuesses!=8))
        {
cout << "Now guess a number between 1 and 100" << endl;
        cin >> guess;
        noOfGuesses++;
        c = checkGuess (guess);
        if (c == 0)
        {
        winnings = calcWinnings(noOfGuesses);
        bank = winnings + bank;
cout << "Correct, you win " << winnings << ", your bank is now "<< bank<< endl<<"Do You Wanna Play Again??(Y/N)";
cin>>play;
break;
        }
        else if (c == -1)
        {
        cout << "Sorry too low try higher" << endl;
        }
        else if (c == 1){
        cout << "Sorry too high try lower" << endl;
        }
}
                cout << " Sorry you lose"<< endl<<"Do You Wanna Play Again??(Y/N)";
cin>>play;
}

    }

return 0;
}


int main()
{

    game();

    return 0;
}

/*
    The ol'quessing game again, 'theme and variation' ...
    with 'crash proofing' and 'error input' handling.
*/

#include <ctime>
#include <cstdlib>
#include <iostream>
#include <cctype> // for toupper ...

using namespace std;

// GLOBALS ...

// Can use a GLOBAL variable here to KEEP value preserved between function calls
double bank = 2.00; // To ease testing ... and to keep junior from BIG losses.

const int maxNum = 100; // These Global constants allow the rules of the game to
const int minNum = 1;   // be easily adjusted, (if desired) ... right here.

double calcWinnings(int numGuesses)
{
    double value;
    switch (numGuesses)
    {
       case 1:  value = 2.00;
                break;
       case 2:  value = 1.75;  
                break;
       case 3:  value = 1.50;
                break;
       case 4:  value = 1.25;
                break;
       case 5:  value = 1.00;
                break;
       case 6:  value = 0.75;
                break;
       case 7:  value = 0.50;
                break;
       case 8:  value = 0.25;
                break;
    }
    return value;
}

void printPayout()
{
    cout << "If you guess the number in:\n\n"
         << "\t1 guess,   win 2.00\n"
         << "\t2 guesses, win 1.75\n"
         << "\t3 guesses, win 1.50\n"
         << "\t4 guesses, win 1.25\n"
         << "\t5 guesses, win 1.00\n"
         << "\t6 guesses, win 0.75\n"
         << "\t7 guesses, win 0.50\n"
         << "\t8 guesses, win 0.25\n\n"
         << "\telse ....  pay 1.00\n\n";
}

int checkGuess(int guess, int random)
{
    int check;
    if (guess > random)
    {
        check = 1;
    }
    else if (guess < random)
    {
        check = -1;
    }
    else
    {
        check = 0;
    }
    
    return (check);
}

int genRandom(int lowest, int highest)
{
    if (lowest > highest) // swap
    {
        int temp = lowest;
        lowest = highest;
        highest = temp;    
    }
    return  rand() % (highest -lowest +1) + 1;
}

// This function call 'Updates' the GLOBAL variable 'bank'
// if we exit on case '2' or '3' ... ( Bank is untouched if we exit case '1' )
bool game()
{
    // Call this only once ... like here at the beginning, (so it IS done).
    srand( time(NULL) );
    
    cout << "\nWelcome to the guess-o-matic.\n"
         << "It only costs a dollar to play.\n"
         << "You could double your bet.\n\n"
         << "Do you want really want to play (y/n) ? ";
        
    char play;
    cin >> play;
    cin.sync(); // 'flush' cin in-stream of any extra characters ...
    
    if ( toupper(play)=='N') return false; // exit case (1) this program right now ....
    if (bank < 1.00)
    {
        cout << "\nYou need at least ONE dollar in your bank to play.\n"
             << "Press 'Enter' to exit ... ";
        cin.get();    // to wait for 'Enter' key to be pressed ...
        return false; // exit case (1a) this program right now ....
        
    }
    
    // else ... WAS 'Y' ... so ... continue on ...
    
    // if we reach here ...
    double winnings = 2.00; // initial ... max possible win each 'game'
    cout << "\nGreat! Your payout will be as follows ...\n\n";
    printPayout();

    int noOfGuesses=0; // initial guess to zero before we start guessing ...
    int guess, low=minNum,  high=maxNum; // set initial low and high values
    int random = genRandom( low, high ); // get computer 'hidden guess'

    // use do...while since we do this at least once ...
    do
    {
         // We will force an exit at the bottom if this becomes '8'
        noOfGuesses++;
        cout << "Now guess a number in range " << low << ".." << high << ": ";
        cin >> guess;

        // But ... first ...
        // check cin flags for NOT good input (i.e. NOT an integer was entered)
        if ( !cin.good() || guess < low || guess > high )
        {
            cin.clear(); // first clear error condition flags so won't crash out
            cin.sync(); // now 'flush' ...
            cout << "\nERROR! Only integers "<<low<<".."<<high<<" please.\n\n";
            // If we want to NOT 'count' this 'typo error' ... we can now ...
            noOfGuesses--;
            continue; // i.e. go back to top of 'do...while' ... and do again.
        }
      
        int c = checkGuess (guess, random);
        if (c == 0) // a win so update and exit ....
        {
            winnings = calcWinnings(noOfGuesses);
            bank =  bank + winnings; // update Global bank
            cout << "Correct, you win $" << winnings
                 << ", your bank is now $" << bank << endl<< endl
                 <<"Do you want to play again (y/n) ? ";
            cin>>play;
            cin.sync();
            if ( toupper(play)== 'N') return false; // exit case (2) ...
            // if reach here...
            return true; // or ...  exit case (2) ...
        }
        // if we reach here ...we haven't got it yet ...  
        // so do one of these (ONLY ... if NOT last quess)      
        else if (noOfGuesses< 8)
        {
            if(c==-1)
            {
                cout << "Sorry too low ...  Try higher." << endl;
                if (guess > low) low = guess; // 'raise' the 'low' in this case
            }
            else // c==1; Reaching here, we know c!=0 and c!=-1 from above.
            {
                cout << "Sorry too high ...  Try lower." << endl;
                if( guess < high) high = guess; // 'lower' the 'high' in this case
            }
        }
    }while( noOfGuesses<8 && bank>=1.00 ); // Need at least ONE dollar to play
    
    // if reach here ... a loss ... so print ...
    cout << "Sorry ... You lose."<< endl;
    // and update losses ...
    bank = bank - 1.00;
    cout << "Your bank now has $" << bank << endl<< endl
         // and exit (after setting play again condition) ...
         <<"Do you want to play again (y/n) ? ";
    cin>>play;
    cin.sync();
    if ( toupper(play)== 'N' ) return false; // exit case (3) ...
    return true; // exit case (3) ...
}



int main()
{
    // We will always enter the game at least once ....
    // and the game always returns either 'true' or 'false'
    // So ...
    do{}while( game() );
    return 0;
}