Implement a loop structure in C# for a specific game development scenario.

Let's consider a game development scenario where you need to iterate over a collection of enemies in Unity and perform some actions for each enemy. We'll implement a loop structure in C# to achieve this. In this example, we'll use the `foreach` loop, which is commonly used for iterating over collections like arrays or lists.

```csharp
using UnityEngine;

public class EnemyManager : MonoBehaviour
{
// Assuming you have an array or list of enemy GameObjects
public GameObject[] enemies;

void Start()
{
// Call a method to initialize the enemies or assume they are already initialized
InitializeEnemies();

// Iterate over the enemies using a foreach loop
foreach (GameObject enemy in enemies)
{
// Perform actions for each enemy
MoveEnemy(enemy);
AttackPlayer(enemy);
}
}

void InitializeEnemies()
{
// Initialize or populate the 'enemies' array with GameObjects
// This method can be customized based on your game's requirements
enemies = GameObject.FindGameObjectsWithTag("Enemy");
}

void MoveEnemy(GameObject enemy)
{
// Logic for moving the enemy
// This method can be customized based on your game's movement system
// For example, you might use Translate or set the destination using a NavMeshAgent
}

void AttackPlayer(GameObject enemy)
{
// Logic for enemy attacking the player
// This method can be customized based on your game's combat system
// For example, you might reduce the player's health when an enemy attacks
}
}
```

In this example:

1. The `EnemyManager` class has an array of `enemies` (assumed to be initialized with GameObjects representing enemies).

2. The `Start` method is a Unity lifecycle method that is called when the script is first initialized. Inside `Start`, a loop is used to iterate over each enemy in the `enemies` array.

3. The `InitializeEnemies` method is called to populate the `enemies` array. This method can be customized based on how enemies are added to the game.

4. Inside the loop, two methods (`MoveEnemy` and `AttackPlayer`) are called for each enemy. These methods represent actions you might want to perform for each enemy in the game. In a real game, these actions could involve complex logic for movement, combat, or other behaviors.

5. You can customize the methods (`MoveEnemy` and `AttackPlayer`) based on your game's specific requirements.

This loop structure allows you to perform actions for each enemy in a flexible and scalable way. The `foreach` loop ensures that you can easily iterate over a collection without worrying about the size or type of the collection, making it suitable for scenarios like managing game entities.