I'll perform a forensic analysis of the RaidableBases plugin to identify potential performance issues and resource-intensive operations. Let me examine the code systematically.

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Based on my forensic analysis of the RaidableBases plugin, I've identified several critical performance issues that are likely causing the lag and bandwidth problems you're experiencing. Here's my comprehensive findings:

## **CRITICAL PERFORMANCE ISSUES IDENTIFIED**

### **1. MASSIVE GRID GENERATION (Lines 600-700)**
```csharp
for (float x = minPos; x < maxPos; x += CELL_SIZE) // Credits to Jake_Rich for helping me with this!
{
    for (float z = minPos; z < maxPos; z += CELL_SIZE)
    {
        // This creates a massive grid across the entire world
        // For a 4500x4500 world, this creates ~130,000 potential spawn points
    }
}
```
**Impact**: This creates an enormous grid of potential spawn locations across the entire world map, consuming massive memory and CPU resources.

### **2. FREQUENT COROUTINE EXECUTION (Lines 1050-1100)**
```csharp
private IEnumerator FindEventPosition()
{
    while (!Instance.IsUnloading)
    {
        if (++checks >= spawnChecks)
        {
            yield return instruction0; // 0.1 second delays
            checks = 0;
        }
        // Continuous loop checking for spawn positions
    }
}
```
**Impact**: This runs continuously with very short delays (0.1 seconds), constantly consuming CPU cycles.

### **3. ELEVATOR UI SPAM (Lines 1780-1820)**
```csharp
if (options.Enabled)
{
    InvokeRepeating(ShowHealthUI, 10, 1); // Runs every 1 second
}
```
**Impact**: Each elevator runs UI updates every second for all nearby players, creating constant UI spam and network traffic.

### **4. BROADCAST MESSAGES TO ALL PLAYERS (Lines 1030-1040)**
```csharp
if (config.EventMessages.AnnounceBuy)
{
    foreach (var target in BasePlayer.activePlayerList)
    {
        Message(target, "BuyBaseAnnouncement", rb.owner.displayName, rb.Position, Instance.FormatGridReference(target, rb.Position));
    }
}
```
**Impact**: Sends messages to ALL online players whenever a base is spawned, creating unnecessary network traffic.

### **5. CONTINUOUS AUTOMATED SPAWNING (Lines 1500-1600)**
```csharp
private IEnumerator MaintainCoroutine()
{
    while (!Instance.IsUnloading)
    {
        // Continuous spawning logic
        yield return instruction5; // 5 second delays
    }
}
```
**Impact**: Runs continuously with 5-second intervals, constantly trying to spawn new bases.

### **6. PHYSICS RAYCASTS IN ELEVATORS (Lines 1720-1740)**
```csharp
if (!Physics.Raycast(serverPosition, Vector3.up, out hit, 21f) || (hitEntity = hit.GetEntity()).IsNull())
{
    return;
}
```
**Impact**: Multiple physics raycasts per elevator movement, which can be expensive when many elevators are active.

## **RECOMMENDED OPTIMIZATIONS**

### **Immediate Fixes:**

1. **Increase Coroutine Delays:**
   - Change `instruction0` from 0.1s to 1.0s
   - Change `instruction5` from 5s to 15s
   - Change elevator UI updates from 1s to 5s

2. **Limit Grid Generation:**
   - Reduce `CELL_SIZE` from 12.5f to 25f or 50f
   - Add maximum spawn point limits

3. **Optimize Player Broadcasting:**
   - Only send announcements to players within a certain radius
   - Use server-wide announcements sparingly

4. **Add Performance Checks:**
   - Monitor frame rate and pause operations when FPS drops
   - Implement maximum concurrent base limits

### **Configuration Recommendations:**

```csharp
// Add these settings to your config
"Performance": {
    "MaxConcurrentBases": 5,
    "MaxSpawnPoints": 1000,
    "CoroutineDelay": 2.0,
    "ElevatorUIDelay": 5.0,
    "AnnouncementRadius": 1000.0
}
```

### **Memory Management Issues:**

1. **Large Collections**: The plugin maintains massive dictionaries and lists that grow over time
2. **Unused Coroutines**: Many coroutines may not be properly cleaned up
3. **UI Memory Leaks**: Elevator UI elements may not be properly disposed

## **IMMEDIATE ACTION ITEMS:**

1. **Disable automated spawning temporarily** to test if it resolves the lag
2. **Reduce the number of concurrent bases** to 2-3 maximum
3. **Increase all timer delays** by 3-5x
4. **Monitor server performance** with these changes
5. **Consider disabling elevators** if they're not essential

The plugin is extremely resource-intensive due to its continuous spawning system and massive grid generation. The combination of frequent coroutines, physics calculations, and UI updates creates a perfect storm for performance issues.

Would you like me to help you implement any of these optimizations or create a performance monitoring system for the plugin?