[Solved]Eclipse Public Class Milestone2 Public Static Void Main String Args Instantiate Picture Ob Q37264441

  

Eclipse:

public class Milestone2 { public static void main (String[] args) { // Instantiate a Picture object from file mypic.jpg Picture p = new Picture(“/home/anapaula/Pics/mypic.jpg”); // The object referenced by p will be manipulated by your methods. // Example on how to call the countRedPixels method int redPixels = countRedPixels(p); System.out.println(“The number of red pixels is: ” + p); } /* * 1) Returns the number of red pixels in picture v */ public static int countRedPixels(Picture v) { // WRITE YOUR CODE HERE } /* * 2) Change all the red pixels in an image to blue pixels and vice versa * Only pure red and pure blue */ public static void switchRedBlue(Picture v) { // WRITE YOUR CODE HERE } /* * 3. Take the left half of an image and reflect it over an imaginary * vertical line going across the middle of the image. * IF pixels exist ON the midline, leave them there without reflecting */ public static void flipHorizontal(Picture v) { // WRITE YOUR CODE HERE } /* * 4. Take the top half of an image and reflect it over an imaginary horizontal * line going through the image * IF pixels exist ON the midline, leave them there without reflecting */ public static void flipVertical(Picture v) { // WRITE YOUR CODE HERE } /* * 5. Take the upper half of an image and reflect it over an imaginary diagonal * line going from the upper left corner of the image to the lower right corner. * Upper right to lower left diagonal line * You may assume SQUARE images (height == width) * IF pixels exist ON the midline, leave them there without reflecting */ public static void flipDiagonal(Picture v) { // WRITE YOUR CODE HERE }}Part 1 Imagine that you are given an abstraction for an image that includes a set of individual colored pixels. The pixels are presented to you as an indexable set (like a 2D array). Every pixel has 3 values – red, green, and blue associated with it. You will devise and implement an algorithm that can: 1. Count how many red pixels there are in an image. 2. Change all the red pixels in an image to blue pixels and vice versa. Eg 3. Take the left half of an image and reflect it over an imaginary vertical line going across the middle of the image. Eg B 8 4. Take the top half of an image and reflect it over an imaginary horizontal line going through the image. 5. Take the upper half of an image and reflect it over an imaginary diagonal line going from the upper left corner of the image to the lower right corner Eg: 9 Show transcribed image text Part 1 Imagine that you are given an abstraction for an image that includes a set of individual colored pixels. The pixels are presented to you as an indexable set (like a 2D array). Every pixel has 3 values – red, green, and blue associated with it. You will devise and implement an algorithm that can: 1. Count how many red pixels there are in an image. 2. Change all the red pixels in an image to blue pixels and vice versa. Eg 3. Take the left half of an image and reflect it over an imaginary vertical line going across the middle of the image. Eg B 8 4. Take the top half of an image and reflect it over an imaginary horizontal line going through the image. 5. Take the upper half of an image and reflect it over an imaginary diagonal line going from the upper left corner of the image to the lower right corner Eg: 9

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Answer to Eclipse: public class Milestone2 { public static void main (String[] args) { // Instantiate a Picture object from file … . . .