coding in C++Tic Tac Toe game that will match a player against the computer.Do's:Use a typical 3 x 3 board. The horizontal axis should be labeled A, B, C. The vertical axis should be labeled 1, 2, 3. For Example Use User-Defined Functions.Use Branching.Use Loops.Use String functions.Randomly determine who will move first, the human or computer.Assign O to the computer and X to the Human player.Ask the user to select their move using the horizontal and vertical position. For example: A1 for the upper left square, or B2 for the center square.After each move, redraw the board with the X's and O's in the right positions.After each game, ask the user if they want to play again. If they do, start the game again. Do not's:Don't use User Classes or ObjectsDon't use images Do's:Use a typical 3 x 3 board. The horizontal axis should be labeled A, B, C. The vertical axis should belabeled 1, 2, 3. For Example:ВC1Use User-Defined Functions.Use Branching.Use Loops.Use String functions.Randomly determine who will move first, the human or computer.Assign O to the computer and X to the Human player.Ask the user to select their move using the horizontal and vertical position. For example: A1 for theupper left square, or B2 for the center square.After each move, redraw the board with the X's and O's in the right positions.After each game, ask the user if they want to play again. If they do, start the game again.Do not's:Don't use User Classes or ObjectsDon't use imagesYou will take more time adanting itAI

Program code: #include <iostream> // including necessary libraries #include <string>//…

Tic Tac Toe game that will match a player against the computer. Do's: Use a typical 3 x 3 board. The horizontal axis should be labeled A, B, C. The vertical axis should be labeled 1, 2, 3. For Example Use User-Defined Functions. Use Branching. Use Loops. Use String functions. Randomly determine who will move first, the human or computer. Assign O to the computer and X to the Human player. Ask the user to select their move using the horizontal and vertical position. For example: A1 for the upper left square, or B2 for the center square. After each move, redraw the board with the X's and O's in the right positions. After each game, ask the user if they want to play again. If they do, start the game again. Do not's: Don't use User Classes or Objects Don't use images

Tic Tac Toe game that will match a player against the computer. Do's: Use a typical 3 x 3 board. The horizontal axis should be labeled A, B, C. The vertical axis should be labeled 1, 2, 3. For Example Use User-Defined Functions. Use Branching. Use Loops. Use String functions. Randomly determine who will move first, the human or computer. Assign O to the computer and X to the Human player. Ask the user to select their move using the horizontal and vertical position. For example: A1 for the upper left square, or B2 for the center square. After each move, redraw the board with the X's and O's in the right positions. After each game, ask the user if they want to play again. If they do, start the game again. Do not's: Don't use User Classes or Objects Don't use images

C++ Programming: From Problem Analysis to Program Design

8th Edition

ISBN:9781337102087

Author:D. S. Malik

Publisher:D. S. Malik

Chapter6: User-defined Functions

Section: Chapter Questions

Problem 31PE

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Use C++: Develop a Tic Tac Toe game that will match a player against the computer. Do’s: Use a typical 3 x 3 board. The horizontal axis should be labeled A, B, C. The vertical axis should be labeled 1, 2, 3. For Example the picture attatched. Use User-Defined Functions. Use Branching. Use Loops. Use String functions. Randomly determine who will move first, the human or computer. Assign O to the computer and X to the Human player. Ask the user to select their move using the horizontal and vertical position. For example: A1 for the upper left square, or B2 for the center square. After each move, redraw the board with the X’s and O’s in the right positions. After each game, ask the user if they want to play again. If they do, start the game again. Bullets 8 and 10 are very important. Do not’s: Don’t use User Classes or Objects Don’t use images Program must use: functions loops branching string functions
Use C++: Develop a Tic Tac Toe game that will match a player against the computer. Do’s: Use a typical 3 x 3 board. The horizontal axis should be labeled A, B, C. The vertical axis should be labeled 1, 2, 3. For Example the picture attatched. Use User-Defined Functions. Use Branching. Use Loops. Use String functions. Randomly determine who will move first, the human or computer. Assign O to the computer and X to the Human player. Ask the user to select their move using the horizontal and vertical position. For example: A1 for the upper left square, or B2 for the center square. After each move, redraw the board with the X’s and O’s in the right positions. display if there is a tie After each game, ask the user if they want to play again. If they do, start the game again. Bullets 8 and 10 are very important. Must use and do all of the bullets Do not’s: Don’t use User Classes or Objects Don’t use images Program must use: functions loops branching string functions
Programming Language: C++ Develop a Tic Tac Toe game that will match a player against the computer. Do’s: Use a typical 3 x 3 board. The horizontal axis should be labeled A, B, C. The vertical axis should be labeled 1, 2, 3. For Example: the attatched picture. Use User-Defined Functions. Use Branching. Use Loops. Use String functions. Randomly determine who will move first, the human or computer. Assign O to the computer and X to the Human player. Ask the user to select their move using the horizontal and vertical position. For example: A1 for the upper left square, or B2 for the center square. After each move, redraw the board with the X’s and O’s in the right positions. After each game, ask the user if they want to play again. If they do, start the game again. Do not’s: Don’t use User Classes or Objects Don’t use images
Your checkWinner function should determine whether or not the game is over. If the game is over, it should print who won (if anyone), and return true. If the game is not over, it should return false. The game is over if someone wins by getting three X's or three O's in a row, column or diagonal. So there are 8 different combinations of 3-in-a-row moves. You may assume that the board has a size of 3 (length and width). The TicTacBoard.java file I'm giving you uses a variable for that size, but you can assume it's always 3. The game is also over if the board is full but nobody won. I recommend you write some other functions to help in determining if the game is over. Remember you should never copy and paste code if you can avoid it. Write a function to perform a common, generalizable task, and call that function every time you need it. (Like I did with my dispRow method.) Please follow the standard conventions for indentation, meaningful variable names, etc. like the examples in class…
Your checkWinner function should determine whether or not the game is over. If the game is over, it should print who won (if anyone), and return true. If the game is not over, it should return false. The game is over if someone wins by getting three X's or three O's in a row, column or diagonal. So there are 8 different combinations of 3-in-a-row moves. You may assume that the board has a size of 3 (length and width). The TicTacBoard.java file I'm giving you uses a variable for that size, but you can assume it's always 3. The game is also over if the board is full but nobody won. I recommend you write some other functions to help in determining if the game is over. Remember you should never copy and paste code if you can avoid it. Write a function to perform a common, generalizable task, and call that function every time you need it. (Like I did with my dispRow method.) Please follow the standard conventions for indentation, meaningful variable names, etc. like the examples in class…
Archery Scorer. Write a program that draws an archery target (see Pro-gramming Exercise 2 from Chapter 4) and allows the user to click five times to represent arrows shot at the target. Using five-band scoring, abulls-eye (yellow) is worth 9 points and each successive ring is worth 2fewer points down to 1 for white. The program should output a score foreach click and keep track of a running sum for the entire series.
NEED HELP ASAP PLEASE! THANK YOU! Consider a game with three dice, namely, A, B and C. Each die, when rolled, generates a number between 1 and 6 (inclusive) independently and uniformly at random. In each play, the three dice are rolled, then a monetary return is computed according to the values for dice A, B and C, using the following algorithm. ThreeDice(A, B, C) { money = -9; if (A == B and B == C) { money = money + 81; } else if (A == B or B == C or C == A) { money = money + 21; } return money; } Analyze this game by answering the following questions: (a) What is the largest possible return value of ThreeDice? (b) What is the probability of ThreeDice returning the largest possible value? Choose one from below. A. 1/18 B. 1/3 C. 1/216 D. 1/2 E. 1/6 F. none of these is correct G. 1/36 H. 1/12 (c) What is the smallest possible return value of ThreeDice? (d) What is the probability of ThreeDice returning the smallest possible value? Choose one from below. A. 5/54 B. 1/18 C. 5/9 D. 4/9…
1. Write a pyrhon program that prints out a classic hangman stick figure. The program should ask the user to enter a number from 1-6 and the corresponding hangman should be printed. The value the user inputs corresponds to the number of incorrect guesses in a real hangman game and so the completeness of the hangman will correspond to the number of ‘incorrect guesses’ inputted by the user (e.g., if the user enters 1, then only the head of the hangman will be printed; full example below). Example:Enter a number from 1-6: 1O Enter a number from 1-6: 2O|Enter a number from 1-6: 3O\||Enter a number from 1-6: 4O\|/|Enter a number from 1-6: 5O\|/|/Enter a number from 1-6: 6O\|/|/ \ 2. Modify your program from problem 1 so that the user input is checked to be a validsingle digit (1-6) before printing the corresponding hangman. If the input is not valid, theninstead of a hangman the following message should be printed “Invalid input: you must enter asingle number from 1-6.” Example:Enter a…
Car experts recommend changing your air filter as often as every 6000 miles if the oil’s categoryis A. However, if the category is B, it is recommended to change the filter every 3000 miles. Write a programthat reads the oil’s category and the car trip miles then does the following:- Prints “Wrong category” if the category entered by the user is different than ‘A’ and ‘B’.- Prints “You should change your car filter!” if it is time to change the filter according to the category (i.e.when miles are above 6000 for A or miles are above 3000 for B).- If it is not the time to change the filter, the program prints the remaining miles and wishes the driver asafe drive.
Birthday party At Lili's birthday party, there was a game arranged by Jojo as the host. That game is to distribute Y number of candy to X number of people where all the candy tastes sweet except for one last candy which tasted like rotten nuts. Candy distribution will be sequentially starting from position Z and if past the last position then the distribution of candy continues to the first position. Write down the person in which position will get the last candy. Input FormatThe first line of input is T, which is the number of test cases.The second row and the next number of T rows are X, Y, Z.X is the number of people to whom the candy will be distributed.Y is the number of candy available.Z is the starting position of the person to whom the candy will be distributed. Output FormatA string “Case #N: “ and a number representing the position of the person who got the last candy. Constraints1 ≤ T ≤ 1001 ≤ X, Y ≤ 1031 ≤ Z ≤ X Sample Input 43 4 13 5 24 2 24 5 2 Sample OutputCase #1: 1Case…
Birthday party At Lili's birthday party, there was a game arranged by Jojo as the host. That game is to distribute Y number of candy to X number of people where all the candy tastes sweet except for one last candy which tasted like rotten nuts. Candy distribution will be sequentially starting from position Z and if past the last position then the distribution of candy continues to the first position. Write down the person in which position will get the last candy. Input FormatThe first line of input is T, which is the number of test cases.The second row and the next number of T rows are X, Y, Z.X is the number of people to whom the candy will be distributed.Y is the number of candy available.Z is the starting position of the person to whom the candy will be distributed. Output FormatA string “Case #N: “ and a number representing the position of the person who got the last candy. Constraints? ≤ ? ≤ ???? ≤ ?, ? ≤ ???? ≤ ? ≤ X Sample Input 43 4 13 5 24 2 24 5 2 Sample OutputCase #1: 1Case…
C Programming Write function checkHorizontal to count how many discs of the opposing player would be flipped, it should do the following a. Return type integer b. Parameter list i. int rowii. int col iii. char board[ROW][COL] iv. char playerCharc. If the square to the left or right is a space, stop checking d. If the square to the left or right is the same character as the player’s character, save that it was a flank, stop checking e. If the square to the left or right is not the same character as the player’s character, count the disc f. If the counted discs is greater than zero AND the player found their own character, return the counted discs, otherwise return ZERO Write function checkVertical to count how many discs of the opposing player would be flipped, it should do the following a. Return type integer b. Parameter list i. int rowii. int col iii. char board[ROW][COL] iv. char playerCharc. If the square above or below is a space, stop checking d. If the square above or below is…