An ant is sitting on an infinite grid of white and black squares. It initially faces right. At each step, it does the following: (1) At a white square, flip the color of the square, turn 90 degrees right (clockwise), and move forward one unit. (2) At a black square, flip the color of the square, turn 90 degrees left (counter-clockwise), and move forward one unit. Write a program to simulate the first K moves that the ant makes and print the final board as a grid. Note that you are not provided with the data structure to represent the grid. This is something you must design yourself. The only input to your method is K. You should print the final grid and return nothing. The method signature might be something like void printKMoves ( int K)
An ant is sitting on an infinite grid of white and black squares. It initially faces right. At each step, it does the following: (1) At a white square, flip the color of the square, turn 90 degrees right (clockwise), and move forward one unit. (2) At a black square, flip the color of the square, turn 90 degrees left (counter-clockwise), and move forward one unit. Write a program to simulate the first K moves that the ant makes and print the final board as a grid. Note that you are not provided with the data structure to represent the grid. This is something you must design yourself. The only input to your method is K. You should print the final grid and return nothing. The method signature might be something like void printKMoves ( int K)
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
Problem 1PE
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: An ant is sitting on an infinite grid of white and black squares. It initially faces right.
At each step, it does the following:
(1) At a white square, flip the color of the square, turn 90 degrees right (clockwise), and move forward
one unit.
(2) At a black square, flip the color of the square, turn 90 degrees left (counter-clockwise), and move
forward one unit.
Write a program to simulate the first K moves that the ant makes and print the final board as a grid.
Note that you are not provided with the data structure to represent the grid. This is something you
must design yourself. The only input to your method is K. You should print the final grid and return
nothing. The method signature might be something like void printKMoves ( int K)
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