Modify your version of the project to the following specifications. 1) Randomly generate a code to break in the range of 0000 to 9999. Use characters not integers. 2) Include an option which test all possible guesses instead of playing the game. A table will be generated which is 10,000 long with a guess starting at characters 0000 to 9999 incrementing by 1 each time. a) The test will loop and test all possible guesses against your randomly chosen code. b) Print the following headings Code Guess #right #right in wrong spot Sum Example: A code was randomly chosen such as 0120 Code Guess #right #right in wrong spot Sum 0120 0000 2 0 2 0120 0001 1 2 3 0120 0002 1 2 3 0120 0003 1 1 2 etc…………. 0120 0012 1 3 4 etc………. 0120 0120 4 0 4 etc………. 0120 2100 2 2 4 etc…… 0120 9999 0 0 0 This is to make sure you are not double counting. The max in any column can be no greater than 4 and the sum can never be greater than 4. Of course, just because that is true does not mean it is totally correct. That is why further checks are required. Answer the following and check with your modified project. 3) How many times should 4 right come up? 4) How many times should 3 right come up? 5) How many times should 2 right come up? 6) How many times should 1 right come up? 7) How many times should 0 right come up? 8) Answer the same for number right in the wrong spot like 3) to 7) from above. Answer the same 3) to 7) for the sum. 9) Does your code verify this? 10) Include an option where you can put in the code to test instead of randomly generating the code.
Output the same table as above. Do the same comparison. code //System Libraries #include //Input/Output Library #include #include using namespace std; //User Libraries //Global Constants, no Global Variables are allowed //Math/Physics/Conversions/gher Dimensions – i.e. PI, e, etc… //Function Prototypes //Execution begins here int main(int argc, char** argv) { //Set the random number seed srand(time(0)); // using srand to generate different random numbers everytime int randomint = (rand()%5)+1; // generate a random number between 1 and 5 using rand //Declare Variables char colors[4];// the 4 colors of MasterMind char ex; //Random for loop for(int i=0;i<4;i++){ randomint = (rand()%5)+1; // generate random number from 1 to 5 using rand function switch(randomint){ case 1: // if randomint is 1 assign 'R' to colors array colors[i] = 'R'; break; case 2: // if randomint is 2 assign 'B' to colors array colors[i] = 'B'; break; case 3: // if randomint is 3 assign 'Y' to colors array colors[i] = 'Y'; break; case 4: // if randomint is 4 assign 'P' to colors array colors[i] = 'P'; break; case 5: // if randomint is 5 assign 'G' to colors array colors[i] = 'G'; break; } } //Initialize or input i.e. set variable values char usercolors[4]; // user array for colors input from user // print to console output cout <<"The colors of the game is red is R, blue is B, yellow is Y,green is G,purple is P"<> usercolors[i]; cout << endl; } for(int i=0;i<4;i++){ // compare user entered colors with the random generated colors array if(usercolors[i] == colors[i]) // if color matches then print right else wrong cout << "Right" << " "; else cout << "Wrong" << " "; } cout << endl << endl; // if all four color matches then user win else lost if(usercolors[0] == colors[0] && usercolors[1] == colors[1] && usercolors[2] == colors[2] && usercolors[3] == colors[3]) { cout << "You win! Number of tries: " << turncounter << endl; return 0; }else{ cout << "Nope." << endl << endl; } // Ask if user wants to keep trying again or not cout<<"do you want to exit type Y to exit or N to continue keep trying "<>ex; if(ex==’Y’) // if user types ‘Y’ exit return 0; } if(turncounter == 12){ // if turncounter is 12 user lost cout << "You lost.):" << endl; } return 0; }