hangman game

lucifer1101 · Post by **lucifer1101** » Tue Jan 23, 2007 6:08 am

here is the code for a hangman game see if you can get it to work. its dos text based game

// Hangman
// Uses io manipulators to format output to
// create a crude hangman game.

#include <iostream>
#include <iomanip>
#include <cctype>
#include <string>
#include <cstdlib>
#include <ctime>
#define WRONG false
using namespace std;

bool GameOver;
bool Win;
bool quit;
char Screen[21][20];
char alphabet[26];
int numWrong;
string Word;
string SoFar;


void UpdateHangman(int wrong)
{
    switch(wrong)
    {
        case 0: // Clears Board
                for(int j=0;j<21;j++)
                {
                    for(int k=0;k<20;k++)
                        Screen[j][k]=32;
                }
                // Creates Stand
                for(int x=4; x<=12; x++)
                    Screen[0][x]='X';
                for(int y=1; y<20;y++)
                    Screen[y][4]='X';
                for(int x=0; x<9; x++)
                    Screen[20][x]='X';
                Screen[1][12]='X';
                Screen[2][12]='X';
                break;
        case 1: // Creates Head
                 Screen[3][11]='X';
                 Screen[3][12]='X';
                 Screen[3][13]='X';
                Screen[4][10]='X';
                Screen[4][11]='X';
                Screen[4][12]='X';
                Screen[4][13]='X';
                Screen[4][14]='X';
                 Screen[5][11]='X';
                 Screen[5][12]='X';
                 Screen[5][13]='X';
                  Screen[6][12]='X';
                break;
        case 2: // Creates Body
                for(int y=7; y<13; y++)
                     for(int x=11; x<14; x++)
                         Screen[y][x]='X';
                break;
        case 3: // Creates Left Arm
                for(int y=3,x=6; y<8; y++,x++)
                    Screen[y][x]='X';
                break;
        case 4: // Creates Right Arm
                for(int y=7,x=14; y>2; y--,x++)
                    Screen[y][x]='X';
                break;
        case 5: // Creates Left Leg
                for(int x=11,y=12; y<17; y++,x--)
                    Screen[y][x]='X';
                break;
        case 6: // Creates Right Leg
                for(int x=13,y=12; y<17; y++,x++)
                    Screen[y][x]='X';
                break;
        default:
                break;

    }
    if(numWrong >= 6)
       GameOver = true;
    return;
}

void DisplayHangman()
{
    for(int y=0; y<21; y++)
    {
        for(int x=0; x<20; x++)
             cout << Screen[y][x];
        cout << endl;
    }
}


void InitAlph()
{
    char x='A';
    for(int j=0; j<26; j++)
        alphabet[j]=x++;
}

void DisplayLetterBox()
{
    cout << setw(5+15) << "XXXXXXXXXXXXXXXXX" << endl;
    cout << setw(5+15) << "X               X" << endl;
    cout << setw(5) <<    "X ";
    for(int j=0; j<26; j++)
    {
        cout << alphabet[j];
        if(j==12)
        {
            cout << " X" << endl;
            cout << setw(5) << "X ";
        }

    }
    cout <<                              " X" << endl;
    cout << setw(5+15) << "X               X" << endl;
    cout << setw(5+15) << "XXXXXXXXXXXXXXXXX" << endl;
}

bool AlreadyGuessed(char guess)
{
    for(int j=0; j<26;j++)
    {
        if(alphabet[j] == guess)
        {
            alphabet[j]=32; // Set equal to space
            return 0;
        }
    }
    return 1;
}

bool UpdateWord(char guess)
{
    bool InWord = false;
    for(int j=0; j<Word.length(); j++)
    {
        if(Word[j] == guess)
        {
            SoFar[j] = guess;
            InWord = true;
        }
    }
    if(SoFar == Word)
       Win = true;
    return InWord;
}

void DisplayWord()
{
    int CenterPoint = Word.length()/2;
    int AlignPoint = 10 - CenterPoint+Word.length();
    cout << setw(AlignPoint) << SoFar << endl;
}

void FinishGame()
{
    char Again;
   
    DisplayHangman();
    cout << endl;
    DisplayLetterBox();
    cout << endl;
   
    int CenterPoint = Word.length()/2;
    int AlignPoint = 10 - CenterPoint+Word.length();
    cout << setw(AlignPoint) << Word << endl;
    cout << endl;
   
    if(GameOver == true)
       cout << setw(15) << "You Lose! ";
    if(Win == true)
       cout << setw(14) << "You Win! ";
    cout << "Play Again?";
   
    cin >> Again;
    if(Again == 'n' || Again == 'N')
       quit = true;
       
    cout << endl;
}

void CloseGame()
{
    cout << endl << endl << endl << endl << endl << endl <<  endl << endl;
    cout << endl << endl << endl << endl << endl << endl <<  endl << endl;
    cout << endl << endl << endl << endl << endl << endl <<  endl << endl;
   
    cout << setw(25) << " " << "Thank You For Playing!" << endl << endl << endl;
   
    cout << "Play Again some time. ";
   
    cout << endl;
         
    cout << endl << setw(10) << " " << "Games 4 The Future" << endl << setw(10);
    cout << endl << endl << endl << endl << endl << endl <<  endl << endl;
    cout << endl << endl << endl << endl << endl << endl <<  endl << endl;
   
    for(int j=0; j!=-1; j++);
    for(int j=0; j!=-1; j++);
}


int main()
{
    quit = false;
    char guess;
   
    while(quit != true)
    {
        numWrong = 0;
        GameOver = false;
        Win = false;
       
        PickWord();
        InitAlph();
        UpdateHangman(numWrong);
       
        DisplayHangman();
        cout << endl;
        DisplayLetterBox();
        cout << endl;
        DisplayWord();

        while(1)
        {
            cout << endl;
            cout << setw(10) << "Guess:";
            cin >> guess;
            cout << endl;
            guess = toupper(guess);

            if(AlreadyGuessed(guess)!= true)
            {
               if(UpdateWord(guess)== WRONG)
               {
                  numWrong++;
                  UpdateHangman(numWrong);
               }
            }
            if(GameOver == true || Win == true)
               break;

            DisplayHangman();
            cout << endl;
            DisplayLetterBox();
            cout << endl;
            DisplayWord();
        }
       
        FinishGame();
    }

    CloseGame();
    return 0;
}


// Contains the words to use in Hangman

const int NumWords = 100;


void PickWord()
{
    srand(time(0));
    int random = rand() % NumWords +1;

    switch(random)
    {
        case 1: Word = "ABACUS";
                break;
        case 2: Word = "ABANDON";
                break;
        case 3: Word = "ABATE";
                break;
        case 4: Word = "ABBEY";
                break;
        case 5: Word = "ABBREVIATE";
                break;
        case 6: Word = "ABDOMEN";
                break;
        case 7: Word = "ABDUCT";
                break;
        case 8: Word = "ABERRATION";
                break;
        case 9: Word = "ABET";
                break;
        case 10: Word = "ABIDE";
                break;
        case 11: Word = "ABILITY";
                break;
        case 12: Word = "ABLEBODIED";
                break;
        case 13: Word = "ANTI-BALLISTIC MISSLE";
                break;
        case 14: Word = "ABNORMAL";
                break;
        case 15: Word = "ABOARD";
                break;
        case 16: Word = "ABODE";
                break;
        case 17: Word = "ABOLISH";
                break;
        case 18: Word = "ABOLITION";
                break;
        case 19: Word = "ABOMINABLE SNOW-MAN";
                break;
        case 20: Word = "ABORITON";
                break;
        case 21: Word = "ABOUT";
                break;
        case 22: Word = "ABOVE";
                break;
        case 23: Word = "ABRASIVE";
                break;
        case 24: Word = "ABROGATE";
                break;
        case 25: Word = "ABRUPT";
                break;
        case 26: Word = "ABSCISSA";
                break;
        case 27: Word = "ABSENT";
                break;
        case 28: Word = "ABSOLUTE";
                break;
        case 29: Word = "ABSOLUTION";
                break;
        case 30: Word = "ABSOLVE";
                break;
        case 31: Word = "ABSORB";
                break;
        case 32: Word = "ABSTAIN";
                break;
        case 33: Word = "ABSTRACT";
                break;
        case 34: Word = "ABSURD";
                break;
        case 35: Word = "ABUNDANCE";
                break;
        case 36: Word = "ABUSE";
                break;
        case 37: Word = "ABYSMAL";
                break;
        case 38: Word = "ACADEMIC";
                break;
        case 39: Word = "ACAPPELLA";
                break;
        case 40: Word = "ACCELERATOR";
                break;
        case 41: Word = "ACCENT";
                break;
        case 42: Word = "ACCEPT";
                break;
        case 43: Word = "ACCEPTANCE";
                break;
        case 44: Word = "ACCESS";
                break;
        case 45: Word = "ACCORDING";
                break;
        case 46: Word = "ACCORDION";
                break;
        case 47: Word = "ACCOUNT";
                break;
        case 48: Word = "ACCUSE";
                break;
        case 49: Word = "ACE";
                break;
        case 50: Word = "ACE BANDAGE";
                break;
        case 51: Word = "ACE IN THE HOLE";
                break;
        case 52: Word = "ACETATE";
                break;
        case 53: Word = "ACHIEVE";
                break;
        case 54: Word = "ACID";
                break;
        case 55: Word = "ACID RAIN";
                break;
        case 56: Word = "ACNE ROCKETS";
                break;
        case 57: Word = "ACRE";
                break;
        case 58: Word = "ACROSS";
                break;
        case 59: Word = "ACROSS THE BOARD";
                break;
        case 60: Word = "ACTIVE";
                break;
        case 61: Word = "ACTOR";
                break;
        case 62: Word = "ACTRESS";
                break;
        case 63: Word = "ACTUAL";
                break;
        case 64: Word = "ACUTE";
                break;
        case 65: Word = "ANNO DOMINI";
                break;
        case 66: Word = "ADAMS FAMILY";
                break;
        case 67: Word = "ADAM'S APPLE";
                break;
        case 68: Word = "ADD";
                break;
        case 69: Word = "ADDEND";
                break;
        case 70: Word = "ADDER";
                break;
        case 71: Word = "ADDICT";
                break;
        case 72: Word = "ADDITION";
                break;
        case 73: Word = "ADDRESS";
                break;
        case 74: Word = "ADJUST";
                break;
        case 75: Word = "ADMINISTER";
                break;
        case 76: Word = "ADMINISTRATE";
                break;
        case 77: Word = "ADMIRE";
                break;
        case 78: Word = "ADMIT";
                break;
        case 79: Word = "ADOLESCENCE";
                break;
        case 80: Word = "ADOPT";
                break;
        case 81: Word = "ADVANCE";
                break;
        case 82: Word = "ADVENTURE";
                break;
        case 83: Word = "ADVERB";
                break;
        case 84: Word = "ADVERTISE";
                break;
        case 85: Word = "ADVICE";
                break;
        case 86: Word = "ADVISE";
                break;
        case 87: Word = "ADVOCATE";
                break;
        case 88: Word = "AEGEAN SEA";
                break;
        case 89: Word = "AERIAL";
                break;
        case 90: Word = "AEROBATICS";
                break;
        case 91: Word = "AEROBIC";
                break;
        case 92: Word = "AERODYNAMICS";
                break;
        case 93: Word = "AERONAUTICS";
                break;
        case 94: Word = "AEROSOL CAN";
                break;
        case 95: Word = "AEROSPACE";
                break;
        case 96: Word = "AFFABLE";
                break;
        case 97: Word = "AFFAIR";
                break;
        case 98: Word = "AFFECTIONATE";
                break;
        case 99: Word = "AFFILIATE";
                break;
        case 100: Word = "AFFINITY";
                break;
        default: Word = "MISTAKE";
                break;
    }

    SoFar = Word;
    for(int j = 0; j<SoFar.length(); j++)
    {
        if(SoFar[j] != 32 && SoFar[j] != '-' && SoFar[j] != ''')
           SoFar[j] = '?';
        else;
    }
}

Post by **Magicfinger** » Wed Jan 24, 2007 9:52 am

theoretically would be an easy enough challenge for a new coder to pick up and convert with a bit of research

but not necessarily the best style of coding to learn in these days.

SirMelsereth · Post by **SirMelsereth** » Wed Jan 24, 2007 12:46 pm

I highly doubt it matters in the Universal's engine/libs, But you need to learn OOP. It makes things so much more manageable.

For example, In your (good) little game, All those functions and vars could be declared and defined better.

P.S. The "using" keyword is evil, You'll find out why some day.

P.S.S. If you plan to propose this to Mit, You might want to use DirectX to render, that won't work ingame.

Code: Select all

#ifndef _ERR_CHANGMAN
#define _ERR_CHANGMAN

//In a header file(.h) somewhere
class cHangMan
{
  private:
            void mPrivateThing();
            int PingThing;
  public:
        void  mOneThing();
        void  mAnotherThing();
   
         cHangMan();
         ~cHangMan();
};

#endif //_ERR_CHANGMAN

Code: Select all

// In a source(.cpp) file somewhere

void cHangMan::mPrivateThing()
{
  ...
}

void cHangMan::mOneThing()
{
 ...
}

void cHangMan::mAnotherThing()
{
 ...
}

cHangMan::cHangMan()
{
  PingThing=3;
}

cHangMan::~cHangMan()
{
 ...
}

lucifer1101 · Post by **lucifer1101** » Thu Jan 25, 2007 2:52 am

i didnt make this game it was a friend of mine and he did it for a school project. but thanks for the info