# Multi-Monitor Arrangement Math MCP for AI Agents AI Agent Connect

> Multi-Monitor Arrangement Math helps you figure out the exact geometry of complex desktop setups. It calculates total bounding boxes, monitor origins, and screen real estate percentages for any multi-display configuration. Use it to get precise (X,Y) coordinates when building apps that need to know where windows or elements sit across multiple screens.

## Overview
- **Category:** utilities
- **Price:** Free
- **Endpoint:** https://edge.vinkius.com/vk_preview_U2533m9yKFZKW1l0ckICfn9z5FvYySKqPYYKgHPk/ai-agent-connect
- **Tags:** multi-monitor, coordinate-system, desktop-setup, geometry, display-math

## Description

Imagine you're building a productivity tool or a game that needs to know exactly where a mouse click lands on a three-monitor setup. You can't just guess where the boundaries are, especially when screens are arranged in weird shapes or different resolutions. This Connector handles the heavy lifting of 2D coordinate math for you. It treats your primary monitor as the (0,0) anchor and then maps out the entire desktop space. Instead of writing complex logic to calculate offsets and overlapping areas, you just ask your agent to figure out the layout. It's a huge time saver if you're dealing with varied screen sizes or non-standard arrangements. By using this through the Vinkius catalog, you get a reliable way to get accurate screen geometry without the headache of manual math. It turns a messy multi-display environment into a predictable coordinate system. This means you can stop worrying about pixel-perfect alignment and start focusing on the actual features of your software. Whether you are scaling a UI across three 4K displays or trying to calculate the center point of a stacked vertical setup, the math is handled automatically.

## Tools

### get_monitor_area_percentage
Find out what percentage of the total desktop area each individual monitor occupies. Use this for proportional UI scaling.

### get_bounding_box
Calculate the total dimensions of your entire multi-monitor desktop span. This helps you understand the full limits of your workspace.

### get_coordinate_map
Retrieve the exact top-left (X,Y) coordinates for every monitor in the setup. This is essential for targeting specific screens.

## Prompt Examples

**Prompt:** 
```
I have a 1920x1080 monitor and a 2560x1440 monitor to the right. What's the total desktop size?
```

**Response:** 
```
Based on your current setup, here are the total dimensions:

| Metric | Value |
| :--- | :--- |
| **Total Width** | 4480 pixels |
| **Total Height** | 1440 pixels |

Your desktop spans a total bounding box of **4480x1440** pixels.
```

**Prompt:** 
```
Can you map out the coordinates for a setup where a monitor is centered at the bottom?
```

**Response:** 
```
Here is the coordinate map for your multi-monitor arrangement:

*   **Primary Monitor:** (0, 0)
*   **Secondary Monitor:** (0, 1080)

The secondary monitor starts exactly at the bottom edge of your primary display.
```

**Prompt:** 
```
What percentage of my desktop does my 4K monitor take up compared to my 1080p one?
```

**Response:** 
```
Here is the breakdown of your screen real estate:

*   **Monitor 1 (1080p):** 25.0%
*   **Monitor 2 (4K):** 75.0%

The 4K monitor occupies **three times** as much area as your 1080p display.
```

## Capabilities

### Calculate total desktop boundaries
Get the exact width and height of your entire multi-monitor span.

### Map out specific monitor origins
Retrieve the top-left (X,Y) coordinates for every screen in your setup.

### Determine screen real estate distribution
Find out what percentage of the total desktop area each monitor occupies.

### Resolve coordinate offsets
Determine the exact position of secondary monitors relative to your primary screen.

### Analyze total bounding box dimensions
Get a complete geometric map of your connected display environment.

## Use Cases

### Scaling a progress bar across three monitors
A developer uses get_bounding_box to find the total desktop width so they can scale a progress bar to span all three screens perfectly.

### Targeting windows in automation scripts
An automation engineer uses get_coordinate_map to find the exact top-left corner of a side monitor so a script can click a button on that screen.

### Auditing UI layout real estate
A designer uses get_monitor_area_percentage to see how much space a 4K monitor takes up compared to a 1080p monitor for a layout audit.

### Handling split-screen game inputs
A game dev uses the coordinate map to establish a unified 2D plane so the game can handle mouse inputs across different displays consistently.

## Benefits

- Stop guessing where your windows end. Use get_bounding_box to get the exact limits of your desktop area instantly.
- Eliminate coordinate math errors. get_coordinate_map gives you the exact origin for every screen so your agent never misses a click.
- Understand your screen real estate. get_monitor_area_percentage lets you see exactly how much space each monitor contributes to the total.
- Build better multi-screen apps. You can now programmatically understand complex layouts without hardcoding specific monitor positions.
- Save hours of manual debugging. Let your agent handle the geometry while you focus on the actual functionality of your software.

## How It Works

The bottom line is you get a perfectly mapped 2D coordinate system for any multi-monitor setup without doing the math yourself.

1. Provide your agent with the resolutions and positions of your connected monitors.
2. Request the coordinate map or bounding box from the Connector.
3. Receive a precise 2D map of your entire desktop geometry.

## Frequently Asked Questions

**What does Multi-Monitor Arrangement Math do for my AI?**
It gives your agent the ability to understand and calculate the geometry of your multi-monitor setup. This lets your agent know where screens begin and end.

**Can Multi-Monitor Arrangement Math handle different resolutions?**
Yes, it maps out the coordinates regardless of the individual monitor's resolution. It handles the math of different aspect ratios automatically.

**How does Multi-Monitor Arrangement Math help with UI design?**
It provides the exact bounding boxes and area percentages needed to scale UI elements across multiple screens, ensuring your design looks right on every display.

**Does Multi-Monitor Arrangement Math work for any monitor layout?**
It works for any configuration, including side-by-side, stacked, or centered arrangements. It creates a unified 2D plane for all connected displays.

**Can I use Multi-Monitor Arrangement Math for automation scripts?**
Yes, it's perfect for getting the exact (X,Y) origins so your scripts can target the right screen or specific areas without clicking blindly.

**Does Multi-Monitor Arrangement Math help with screen real estate analysis?**
Yes, it calculates the percentage of the total area each monitor occupies. This is great for understanding how much space your users actually have.

**How is the coordinate system anchored?**
The system uses a Primary Monitor as the anchor, fixing its top-left corner at the origin point (0, 0).

**Can I calculate the total area of my setup?**
Yes, by using the `get_bounding_box` tool, you can determine the total width and height of your entire multi-monitor desktop area.

**How do I find where a specific monitor is located?**
The `get_coordinate_map` tool provides the exact (X, Y) origin for every monitor in your configuration.