Question

Help c++

Description:

• This program is part 1 of a larger program. Eventually, it will be a complete Hangman game.
• For this part, the program will
  • Prompt the user for a game number,
  • Read a specific word from a file,
  • Loop through and display each stage of the hangman character
    • I recommend using a counter while loop and letting the counter be the number of wrong guesses. This will help you prepare for next week
  • Print the final messages of the game.
  • NOTE: Look at the sample run for the prompt, different hangman pictures, and final messages.
• You must have at least 3 functions other than main:
  • Function to prompt the user for a game number.
  • Function to read the appropriate word from the file based on the game number
    • If number is 1, then read the first word
    • If number is 2, then read the second word and so on
  • Function to print the correct hangman picture based on the number of wrong guesses
• The file with the game words is called, word.txt. An example is:

moon
racecar
program
cat
word

Sample Run #1 (bold, underlined text is what the user types):

Game? 3

L----+----
|
|
|
X

L----+----
|    O
|
|
X

L----+----
|    O
|    |
|
X

L----+----
|    O
|   /|
|
X

L----+----
|    O
|   /|\
|
X

L----+----
|    O
|   /|\
|   / 
X

L----+----
|    O
|   /|\
|   / \
X

You lost
Answer: program

Answer 1

#include <iostream>

#include <vector>

#include <stdlib.h>

using namespace std;

vector< string> solution;

string word;

int fault = 0;

int hints = 0;

void checkWinner(bool result);

void findLetters(char letter,string word)

{

vector< int > arr;

const char chCharToSearch = letter; //letter to find

size_t nCharacterOffset = word.find (chCharToSearch, 0); //first instance of letter

if(nCharacterOffset != string::npos){

arr.push_back(nCharacterOffset);

}

while (nCharacterOffset != string::npos)

{

size_t nCharSearchOffset = nCharacterOffset + 1;

nCharacterOffset = word.find(chCharToSearch,nCharSearchOffset);

if(nCharacterOffset != string::npos){

arr.push_back(nCharacterOffset);

}

}

if(arr.size() != 0){

for (int i = 0; i < arr.size(); i++){

int k = arr[i];

solution[k] = word.at(k);

hints++;

if(i == arr.size() - 1){

checkWinner(true);

}

}

} else {

checkWinner(false);

}

}

void getsolution(){

char letter;

cout <<"\n Type a letter: " << endl;

cin >> letter;

findLetters(letter,word);

}

void printsolution(){

for (int j = 0; j < solution.size(); j++)

if(solution[j] == "null"){

cout << "_ ";

} else {

cout << solution[j]+" ";

}

getsolution();

}

void checkWinner(bool answer){

if(answer == 1) {

if(hints == word.length()){

cout << word << endl;

cout << "CONGRATS!!!! YOU WON THE GAME!!!!" << endl;

} else {

printsolution();

}

}

else{

fault++;

if(fault == 7){

cout << " _________ \n";

cout << "| | \n";

cout << "| 0 \n";

cout << "| | \n";

cout << "| /|\ \n";

cout << "| / \ \n";

cout << "| \n";

cout << "GAME OVER!! "<< endl;

}

else {

switch(fault) {

case 1 :

cout << " _________ \n";

cout << "| | \n";

cout << "| 0 \n";

cout << "| \n";

cout << "| \n";

cout << "| \n";

cout << "| \n";

printsolution();

break;

case 2 :

cout << " _________ \n";

cout << "| | \n";

cout << "| 0 \n";

cout << "| | \n";

cout << "| \n";

cout << "| \n";

cout << "| \n";

printsolution();

break;

case 3 :

cout << " _________ \n";

cout << "| | \n";

cout << "| 0 \n";

cout << "| | \n";

cout << "| / \n";

cout << "| \n";

cout << "| \n";

printsolution();

break;

case 4 :

cout << " _________ \n";

cout << "| | \n";

cout << "| 0 \n";

cout << "| | \n";

cout << "| /| \n";

cout << "| \n";

cout << "| \n";

printsolution();

break;

case 5 :

cout << " _________ \n";

cout << "| | \n";

cout << "| 0 \n";

cout << "| | \n";

cout << "| /|\ \n";

cout << "| \n";

cout << "| \n";

printsolution();

break;

case 6 :

cout << " _________ \n";

cout << "| | \n";

cout << "| 0 \n";

cout << "| | \n";

cout << "| /|\ \n";

cout << "| / \n";

cout << "| \n";

printsolution();

break;

}

}

}

}

int main()

{

srand (time(NULL));

string words[10] = {"penguin","elephant","mexico","walnut","office","juxtaposition","aquamarine","madagascar","ferocious","cupcake","london","abc","donut","dog","cat","apple"};

int length = sizeof(words)/sizeof(words[0]);

int enteredword = rand() %length;

word = words[enteredword];

cout << "Welcome to HANGMAN!!! \nGet ready to play \n. BEST of luck!" << endl;

cout << " _________ \n";

cout << "| | \n";

cout << "| \n";

cout << "| \n";

cout << "| \n";

cout << "| \n";

cout << "| \n";

//Print Dashes

for (int i = 0; i < words[enteredword].length(); i++)

{

solution.push_back("null");

if(i == words[enteredword].length()-1) {

printsolution();

}

}

}

PLEASE GIVE A THUMBS UP!!!!!!!!!!!!!!