In image 1, for the visualize the result with + and -Can you just use another simple way to do it ? Like use for loop and simple calculation to do it? because I didnt learn repeat() yet. Thank youImage two is the expected output. The image contains a Java program that simulates voting behavior across districts. Here is a transcription and explanation of the code:```java// Import the Java.util.* Libraryimport java.util.*;public class Main { public static void main(String[] args) { // Create a new Scanner object Scanner sc = new Scanner(System.in); Random rn = new Random(); // Create an object of the Random class // Initialize variables for number of districts and simulations int districts = 10; int simulations = 100; // Initialize variables to calculate total vote percentage and initialize it with 0 double total_vote_percentage = 0; boolean win; int simWin = 0; for (int i = 0; i < simulations; i++) { win = false; // Create a double variables turnout_total and votes_total. Initialize them with 0 double turnout_total = 0, votes_total = 0; System.out.print("Running simulation: (" + (i + 1) + "/" + simulations + ")\n"); // Create a for loop for the number of simulations for (int j = 0; j < districts; j++) { // Create a random integer from 1 to 100 and store it in integer variable people int people = rn.nextInt(100) + 1; double vote_percentage = rn.nextDouble(); // Calculate and store the number of votes in integer variable int votes_earned = (int) (people * vote_percentage); // Accumulate the number of votes earned in the district and store it in double variable votes_earned turnout_total += people; votes_total += votes_earned; } // Store the boolean value depending on whether the total number of votes our candidate earned in total simWin += votes_total > (turnout_total / 2) ? 1 : 0; System.out.println("(" + votes_total + "/" + turnout_total + ")"); // Calculate the total vote percentage for our candidate in each simulation and store it in variable total_vote_percentage double total_vote_percentage = (votes_total * 100) / turnout_total; // Display the percentage of votes the candidate received System.out.println("Candidate received " + total_vote_percentage + "% of the votes.\n"); } // Display the average The image shows a series of simulations with voting results. Here’s a detailed transcription and explanation:---**Simulation Outputs:**1. **Running simulation #1:** - Win? false - Results: 2019 (48.89361668703168%) - Against: 2110 (51.10638331296832%) - Visualization: `++++++++++++++++++++++===================`2. **Running simulation #2:** - Win? false - Results: 1709 (32.37949111600082%) - Against: 3569 (67.62050888399918%) - Visualization: `+++++++++++++++++++----------------------------`3. **Running simulation #3:** - Win? false - Results: 1980 (48.23452754492535%) - Against: 2125 (51.76547245507465%) - Visualization: `++++++++++++++++++++========================`4. **Running simulation #4:** - Win? false - Results: 1544 (36.52836416345578%) - Against: 2682 (63.4716358365443%) - Visualization: `++++++++++++++++++---------------------------`5. **Running simulation #5:** - Win? true - Results: 3046 (65.34770577752577%) - Against: 1615 (34.652294222474225%) - Visualization: `+++++++++++++++++++++++++++++++++++`- **Average Vote Percentage: 46.276741057787866%**---**Explanation of Visualizations:**For each simulation, a bar graph visualization accompanies the numerical results, using `+` symbols to represent successful votes, and `=` or `-` symbols representing unsuccessful ones, depending on the simulation. The length and symbols of the visualization provide a quick visual insight into the proportion of votes.**Program Conclusion:**- The program concludes successfully with an exit code of 0.This information could be useful for educational purposes by demonstrating how simulations in programming and data visualization can represent statistical outcomes in elections or voting scenarios.

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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

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Question

In image 1, for the visualize the result with + and -

Can you just use another simple way to do it ? Like use for loop and simple calculation to do it?

because I didnt learn repeat() yet. Thank you

Image two is the expected output.

The image contains a Java program that simulates voting behavior across districts. Here is a transcription and explanation of the code:

```java
// Import the Java.util.* Library
import java.util.*;

public class Main {
public static void main(String[] args) {
// Create a new Scanner object
Scanner sc = new Scanner(System.in);
Random rn = new Random(); // Create an object of the Random class

// Initialize variables for number of districts and simulations
int districts = 10;
int simulations = 100;

// Initialize variables to calculate total vote percentage and initialize it with 0
double total_vote_percentage = 0;
boolean win;
int simWin = 0;

for (int i = 0; i < simulations; i++) {
win = false;

// Create a double variables turnout_total and votes_total. Initialize them with 0
double turnout_total = 0, votes_total = 0;
System.out.print("Running simulation: (" + (i + 1) + "/" + simulations + ")\n");

// Create a for loop for the number of simulations
for (int j = 0; j < districts; j++) {
// Create a random integer from 1 to 100 and store it in integer variable people
int people = rn.nextInt(100) + 1;
double vote_percentage = rn.nextDouble();

// Calculate and store the number of votes in integer variable
int votes_earned = (int) (people * vote_percentage);

// Accumulate the number of votes earned in the district and store it in double variable votes_earned
turnout_total += people;
votes_total += votes_earned;
}

// Store the boolean value depending on whether the total number of votes our candidate earned in total
simWin += votes_total > (turnout_total / 2) ? 1 : 0;
System.out.println("(" + votes_total + "/" + turnout_total + ")");

// Calculate the total vote percentage for our candidate in each simulation and store it in variable total_vote_percentage
double total_vote_percentage = (votes_total * 100) / turnout_total;

// Display the percentage of votes the candidate received
System.out.println("Candidate received " + total_vote_percentage + "% of the votes.\n");
}

// Display the average

The image shows a series of simulations with voting results. Here’s a detailed transcription and explanation:

---

**Simulation Outputs:**

1. **Running simulation #1:**
- Win? false
- Results: 2019 (48.89361668703168%)
- Against: 2110 (51.10638331296832%)
- Visualization: `++++++++++++++++++++++===================`

2. **Running simulation #2:**
- Win? false
- Results: 1709 (32.37949111600082%)
- Against: 3569 (67.62050888399918%)
- Visualization: `+++++++++++++++++++----------------------------`

3. **Running simulation #3:**
- Win? false
- Results: 1980 (48.23452754492535%)
- Against: 2125 (51.76547245507465%)
- Visualization: `++++++++++++++++++++========================`

4. **Running simulation #4:**
- Win? false
- Results: 1544 (36.52836416345578%)
- Against: 2682 (63.4716358365443%)
- Visualization: `++++++++++++++++++---------------------------`

5. **Running simulation #5:**
- Win? true
- Results: 3046 (65.34770577752577%)
- Against: 1615 (34.652294222474225%)
- Visualization: `+++++++++++++++++++++++++++++++++++`

- **Average Vote Percentage: 46.276741057787866%**

---

**Explanation of Visualizations:**

For each simulation, a bar graph visualization accompanies the numerical results, using `+` symbols to represent successful votes, and `=` or `-` symbols representing unsuccessful ones, depending on the simulation. The length and symbols of the visualization provide a quick visual insight into the proportion of votes.

**Program Conclusion:**

- The program concludes successfully with an exit code of 0.

This information could be useful for educational purposes by demonstrating how simulations in programming and data visualization can represent statistical outcomes in elections or voting scenarios.

Expert Solution

Step 1

As per the given requirement, we need to modify the given code such that it includes the visualization part in the output and also display the output in the given format.

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