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Engineering
Computer Engineering
Tasks • Initialize a 3x3 empty board to Bridges • Display numbers on each square from 1 in the top left to 9 in the bottom right. • Take user input from the console about the location of their next move (1-9). • Validate the user input is inside boundaries, is an integer, and is a valid space. • Place the users mark on the space. • Check for a win condition with 3 in a row of the same mark. • Go to the next player and repeat from taking user input.

Tasks • Initialize a 3x3 empty board to Bridges • Display numbers on each square from 1 in the top left to 9 in the bottom right. • Take user input from the console about the location of their next move (1-9). • Validate the user input is inside boundaries, is an integer, and is a valid space. • Place the users mark on the space. • Check for a win condition with 3 in a row of the same mark. • Go to the next player and repeat from taking user input.

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Programming part For this project you are going to recreate the Tic- Tac-Toe game in C++ that you did in Day but you want a graphical game using Bridges. Tasks • Initialize a 3x3 empty board to Bridges • Display numbers on each square from 1 in the top left to 9 in the bottom right. • Take user input from the console about the location of their next move (1-9). • Validate the user input is inside boundaries, is an integer, and is a valid space. • Place the users mark on the space. • Check for a win condition with 3 in a row of the same mark. • Go to the next player and repeat from taking user input.
Transcribed Image Text:Programming part For this project you are going to recreate the Tic- Tac-Toe game in C++ that you did in Day but you want a graphical game using Bridges. Tasks • Initialize a 3x3 empty board to Bridges • Display numbers on each square from 1 in the top left to 9 in the bottom right. • Take user input from the console about the location of their next move (1-9). • Validate the user input is inside boundaries, is an integer, and is a valid space. • Place the users mark on the space. • Check for a win condition with 3 in a row of the same mark. • Go to the next player and repeat from taking user input.
Setup To start simple initialize a grid which is 3 by 3. Display the numbers 1- in the grid like the following. 1 | 2 | 3 4 | 5 | 7 7 | 8 | 9 User Input Take an integer input from the user that matches the above grid (1-9). If the input is invalid display a message to the player and skip their turn. Otherwise place a mark on the position the player specified. Use a different mark/color for each player. What to hand in: You should submit your c++ file as well as a link to the game board created on bridges
Transcribed Image Text:Setup To start simple initialize a grid which is 3 by 3. Display the numbers 1- in the grid like the following. 1 | 2 | 3 4 | 5 | 7 7 | 8 | 9 User Input Take an integer input from the user that matches the above grid (1-9). If the input is invalid display a message to the player and skip their turn. Otherwise place a mark on the position the player specified. Use a different mark/color for each player. What to hand in: You should submit your c++ file as well as a link to the game board created on bridges
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