(Random Walk Robot) A robot is initially located at position (0, 0) in a grid [−5, 5] × [−5, 5]. The robot can move randomly in any of the directions: up, down, left, right. The robot can only move one step at a time.For each move, print the direction of the move in and the current position of the robot. Use formatted output to print the direction (Down, Up, Left or Right) in the left. The direction takes 10 characters in total and fill in the field with empty spaces. The statement to print results in such format is given below:cout << setw(10) << left << ‘Down’ << ... ; cout << setw(10) << left << ‘Up’ << ...;If the robot moves back to the original place (0,0), print “Back to the origin!” to the console and stop the program. If it reaches the boundary of the grid, print “Hit the boundary!” to the console and stop the program. A successful run of your code may look like: Due to randomness, your results may have a different trajectory path than examples. Your code should generate different robot trajectories for each run.Hint: Use two int variables x and y to represent robot’s position and use the random integer generator to pick a moving direction at each step. Use a loop to keep moving the robot as long as the robot doesn’t hit the boundary or go back to the origin. *Without using "switch" statement Please enter a positive integer: 5Square root of 5 is located in the interval [0, 5].Square root of 5 is located in the interval [0, 2.5].Square root of 5 is located in the interval [1.25, 2.5].Square root of 5 is located in the interval [1.875, 2.5].Square root of 5 is located in the interval [2.1875, 2.5].Square root of 5 is located in the interval [2.1875, 2.34375].Square root of 5 is located in the interval [2.1875, 2.265625].Square root of 5 is located in the interval [2.2265625, 2.265625].Square root of 5 is located in the interval [2.2265625, 2.24609375].Square root of 5 is located in the interval [2.2265625, 2.236328125].Square root of 5 is located in the interval [2.231445312, 2.236328125].Square root of 5 is located in the interval [2.233886719, 2.236328125].Square root of 5 is located in the interval [2.235107422,Square root of 5 is located in the interval [2.235717773, 2.236328125].Square root of 5 is located in the interval [2.236022949, 2.236328125].Square root of 5 is located in the interval [2.236022949, 2.236175537].Square root of 5 is located in the interval [2.236022949, 2.236099243].Square root of 5 is located in the interval [2.236061096, 2.236099243].Square root of 5 is located in the interval [2.236061096, 2.23608017].Square root of 5 is located in the interval [2.236061096, 2.236070633].The interval length is 9.536743164e-06.236328125].Please enterpositive integer: 4Square root of 4 is located in the interval [0, 4].Square root of 4 is located in the interval [2, 4].Square root of 4 is located in the interval [2, 3].Square root of 4 is located in the interval [2, 2.5].Square root of 4 is located in the interval [2, 2.25].Square root of 4 is located in the interval [2, 2.125].Square root of 4 is located in the interval [2, 2.0625].Square root of 4 is located in the interval [2, 2.03125].Square root of 4 is located in the interval [2, 2.015625].Square root of 4 is located in the interval [2, 2.0078125].Square root of 4 is located in the interval [2, 2.00390625].Square root of 4 is located in the interval [2, 2.001953125].Square root of 4 is located in the interval [2, 2.000976562].Square root of 4 is located in the interval [2, 2.000488281].Square root of 4 is located in the interval [2, 2.000244141].Square root of 4 is located in the interval [2, 2.00012207].Square root of 4 is located in the interval [2, 2.000061035].Square root of 4 is located in the interval [2, 2.000030518].Square root of 4 is located in the interval [2, 2.000015259].Square root of 4 is located in the interval [2, 2.000007629].The interval length is 7.629394531e-06.

According to the information given:- We have to create random walk robot initial Location (0,0) grid…

(Random Walk Robot) A robot is initially located at position (0, 0) in a grid [−5, 5] × [−5, 5]. The robot can move randomly in any of the directions: up, down, left, right. The robot can only move one step at a time. For each move, print the direction of the move in and the current position of the robot. Use formatted output to print the direction (Down, Up, Left or Right) in the left. The direction takes 10 characters in total and fill in the field with empty spaces. The statement to print results in such format is given below: cout << setw(10) << left << ‘Down’ << ... ; cout << setw(10) << left << ‘Up’ << ...; If the robot moves back to the original place (0,0), print “Back to the origin!” to the console and stop the program. If it reaches the boundary of the grid, print “Hit the boundary!” to the console and stop the program. A successful run of your code may look like: Due to randomness, your results may have a different trajectory path than examples. Your code should generate different robot trajectories for each run. Hint: Use two int variables x and y to represent robot’s position and use the random integer generator to pick a moving direction at each step. Use a loop to keep moving the robot as long as the robot doesn’t hit the boundary or go back to the origin. *Without using "switch" statement

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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(Random Walk Robot) A robot is initially located at position (0, 0) in a grid [−5, 5] × [−5, 5]. The robot can move randomly in any of the directions: up, down, left, right. The robot can only move one step at a time.

For each move, print the direction of the move in and the current position of the robot. Use formatted output to print the direction (Down, Up, Left or Right) in the left. The direction takes 10 characters in total and fill in the field with empty spaces. The statement to print results in such format is given below:

cout << setw(10) << left << ‘Down’ << ... ; cout << setw(10) << left << ‘Up’ << ...;

If the robot moves back to the original place (0,0), print “Back to the origin!” to the console and stop the program. If it reaches the boundary of the grid, print “Hit the boundary!” to the console and stop the program. A successful run of your code may look like: Due to

randomness, your results may have a different trajectory path than examples. Your code should generate different robot trajectories for each run.
Hint: Use two int variables x and y to represent robot’s position and use the random integer generator to pick a moving direction at each step. Use a loop to keep moving the robot as long as the robot doesn’t hit the boundary or go back to the origin.

*Without using "switch" statement