Some students have organized an election to determine the new leaders of their school club. Each member of the club has a unique ID that they can use when they vote. However, the election managers suspect that some members have voted twice. Write a program to read in member IDs and check if there are any repeated values. If an ID has already been used, output a line in this format: REPEAT: The ID BE45N6 has already been counted! Stop reading input after reading the value "STOP". Then output a line showing how many unique members voted in this format After excluding repeats, 45 unique members voted. X Full Screen ¢ p5.pp O include O New using namespace std3; int main() { // TODO: Write your code here cout "REPEAT: The ID" "AABBAB" * has already been counted!" endl; 10 11 cout "After excluding repeats, " «e " unique members voted." endl; 12 }

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**Project Overview: Detecting Duplicates in School Election Voting**

Some students have organized an election to determine the new leaders of their school club. Each member of the club has a unique ID that they use when voting. However, the election managers suspect that some members have voted twice.

**Task:**
Write a program to read in member IDs and check if there are any repeated values. If an ID has already been used, output a line in this format:

`REPEAT: The ID BE45N6 has already been counted!`

Stop reading input after the value "STOP" is encountered. Then output a line showing how many unique members voted in this format:

`After excluding repeats, 45 unique members voted.`

**Code Snippet Explanation:**

Below is a simple C++ code structure to solve the problem:

```cpp
#include <iostream>
using namespace std;

int main() {
    // TODO: Write your code here
    
    cout << "REPEAT: The ID " << "AAA00A" << " has already been counted!" << endl;
    
    cout << "After excluding repeats, " << 0 << " unique members voted." << endl;
}
```

**Code Explanation:**
- The program is structured to demonstrate how to identify duplicate votes in an election.
- Initially, it includes the iostream library to handle input and output operations.
- Using the `std` namespace simplifies the code by allowing direct access to functions like `cout`.
- The `main()` function is where the program execution begins.
- `TODO` comments indicate where you should write the actual logic to process member IDs, check for duplicates, and tally unique votes.
- Two `cout` statements demonstrate the expected output format for when a duplicate ID is detected and when displaying the count of unique votes.

The code structure will need logic for storing and checking IDs, responding to duplicates, and calculating the total number of unique votes to be fully functional.
Transcribed Image Text:**Project Overview: Detecting Duplicates in School Election Voting** Some students have organized an election to determine the new leaders of their school club. Each member of the club has a unique ID that they use when voting. However, the election managers suspect that some members have voted twice. **Task:** Write a program to read in member IDs and check if there are any repeated values. If an ID has already been used, output a line in this format: `REPEAT: The ID BE45N6 has already been counted!` Stop reading input after the value "STOP" is encountered. Then output a line showing how many unique members voted in this format: `After excluding repeats, 45 unique members voted.` **Code Snippet Explanation:** Below is a simple C++ code structure to solve the problem: ```cpp #include <iostream> using namespace std; int main() { // TODO: Write your code here cout << "REPEAT: The ID " << "AAA00A" << " has already been counted!" << endl; cout << "After excluding repeats, " << 0 << " unique members voted." << endl; } ``` **Code Explanation:** - The program is structured to demonstrate how to identify duplicate votes in an election. - Initially, it includes the iostream library to handle input and output operations. - Using the `std` namespace simplifies the code by allowing direct access to functions like `cout`. - The `main()` function is where the program execution begins. - `TODO` comments indicate where you should write the actual logic to process member IDs, check for duplicates, and tally unique votes. - Two `cout` statements demonstrate the expected output format for when a duplicate ID is detected and when displaying the count of unique votes. The code structure will need logic for storing and checking IDs, responding to duplicates, and calculating the total number of unique votes to be fully functional.
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