# Multi-Monitor Arrangement Math MCP for AI Agents MCP

> Multi-Monitor Arrangement Math calculates total desktop dimensions and coordinate offsets for complex multi-monitor setups. This MCP helps you map out the exact 2D coordinate space, anchoring a primary monitor at (0,0) to determine precise bounding box dimensions and screen real estate distribution across any connected display array.

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

## Description

Designing interfaces or working with physical displays that span multiple screens requires accurate geometry. Manually calculating total desk size or figuring out where the secondary monitors start is a huge time sink. This MCP handles all of that, providing precise calculations for unified 2D coordinate planes in multi-monitor environments.

Whether you're setting up a complex workstation or need to calculate dimensions for graphic design assets, this tool figures it out. You can use one function to find the total desktop span, get another to retrieve the exact top-left coordinates of every connected display, and finally analyze how much screen real estate each monitor occupies as a percentage. It gives you a complete map of your workspace. By connecting through Vinkius, your AI client gains instant access to this calculation engine, letting you stop guessing dimensions and start building with absolute precision.

## Tools

### get_bounding_box
Calculates the total outer dimensions encompassing all connected displays in a multi-monitor setup.

### get_coordinate_map
Retrieves the specific top-left (X, Y) coordinates for every individual monitor in the arrangement.

### get_monitor_area_percentage
Calculates and returns the percentage of total desktop area that each connected monitor occupies.

## Prompt Examples

**Prompt:** 
```
I've got a main 2560x1440 monitor, and I added two smaller 1920x1080 monitors on either side. What are the total dimensions?
```

**Response:** 
```
**Multi-Monitor Setup Geometry**

Based on your setup:
*   Primary Monitor: 2560 x 1440
*   Secondary Monitors (x2): 1920 x 1080

The total calculated bounding box is **6320 pixels wide** and **1440 pixels high**. This assumes the monitors are aligned to the top edge.
```

**Prompt:** 
```
Tell me where every monitor starts. Main screen (1920x1080) at center, plus a secondary one below it.
```

**Response:** 
```
*   **Primary Monitor:** Starts at coordinates (X: 0, Y: 0).
*   **Secondary Monitor:** Starts at coordinates (X: 0, Y: 1080). 

This means the primary monitor occupies the space from (0, 0) to (1920, 1080), and the secondary one starts exactly where the first one ends vertically.
```

**Prompt:** 
```
How much of my desktop area is taken up by each screen in a symmetrical setup?
```

**Response:** 
```
**Screen Area Breakdown**

| Monitor | Dimensions | % of Total Area |
| :--- | :--- | :---: |
| Primary (L) | 1920x1080 | 33.3% |
| Secondary (R) | 1920x1080 | 33.3% |
| Tertiary (B) | 1920x1080 | 33.3% |
```

## Capabilities

### Calculate total desktop boundaries
Determines the overall bounding box size for an entire multi-monitor arrangement.

### Map individual monitor starting points
Retrieves the precise top-left (X,Y) coordinates for every connected display in the setup.

### Analyze screen area distribution
Calculates what percentage of the total workspace is occupied by each individual monitor.

## Use Cases

### Designing a multi-panel dashboard
A UX designer needs to know the total dimensions for a control panel spanning three monitors. They ask their agent to use get_bounding_box, which returns the exact overall pixel width and height needed for the design mock-up.

### Mapping interactive element placement
A developer needs to place a widget that must start precisely at the corner of the secondary screen. By invoking get_coordinate_map, they receive the exact (X, Y) offset needed for perfect alignment.

### Asset scaling for diverse displays
A technical artist needs to know if one monitor is proportionally smaller than others in a mixed setup. Using get_monitor_area_percentage gives them the breakdown, ensuring assets scale correctly across all screens.

## Benefits

- Eliminate guesswork about total screen size. Use get_bounding_box to instantly find the overall width and height of your entire setup.
- Stop guessing where things start. Get precise monitor origins with get_coordinate_map, knowing exactly which (X, Y) point every display occupies.
- Analyze resource allocation quickly. figure out screen real estate distribution by calling get_monitor_area_percentage to see which monitors take up the most space.
- Build dimensionally accurate prototypes. Your agent can now model complex setups for testing before you write a single line of code or design an asset.
- Save time on tedious math problems. Instead of opening multiple calculators and drawing diagrams, your AI client gives you definitive numbers instantly.

## How It Works

The bottom line is that you get a perfect mathematical model of your physical multi-monitor setup, ready for any design or development task.

1. First, provide the dimensions and arrangement details for your connected displays.
2. The MCP processes these inputs to calculate the unified 2D coordinate plane, determining the total bounding box and individual monitor offsets.
3. You receive a detailed map containing overall dimensions, specific origins (X,Y), and area percentages for every screen.

## Frequently Asked Questions

**How does the Multi-Monitor Arrangement Math MCP calculate total desktop dimensions?**
It calculates the overall bounding box by considering all connected displays and their physical arrangement relative to a primary monitor at (0, 0). This gives you one single number for the maximum width and height of your entire usable workspace.

**I need to know where my secondary monitors start. Can Multi-Monitor Arrangement Math handle that?**
Yes. The MCP provides a coordinate map, giving you the exact (X, Y) top-left starting point for every single display in your setup, which is crucial for accurate development.

**Does Multi-Monitor Arrangement Math help me with proportional screen sizing?**
It does. You can use it to determine what percentage of the total area each monitor occupies. This helps you ensure that your design elements are proportionally distributed across all screens.

**Is this MCP only for square monitors? Can I input different sizes?**
No, it handles varied aspect ratios and dimensions easily. You provide the specific size of each connected display—whether it's 16:9 or something else—and it maps the geometry correctly.

**What if I move one monitor? Will Multi-Monitor Arrangement Math update?**
The MCP processes the current configuration you provide. If your physical setup changes, just input the new dimensions and arrangement details; the math will update to reflect the new geometry.