# Home Acoustic Treatment Calculator AI Agent Connect > Home Acoustic Treatment Calculator MCP handles the math for residential and studio acoustic design. Your AI client uses it to calculate RT60 based on room dimensions and surface materials, identify absorption deficits, and recommend the exact number of acoustic panels you need to buy to hit your target sound profile. ## Overview - **Category:** architecture - **Price:** Free - **Endpoint:** https://edge.vinkius.com/vk_preview_f6hTuIn3CKA4LxcaTFiI9OLuXtzLURyM06DqK7QQ/ai-agent-connect - **Tags:** rt60, reverberation, acoustic-panels, room-analysis, sound-treatment ## Description Designing a studio or a home theater shouldn't involve guessing how much foam or wood you need to buy. This MCP gives your AI client the ability to perform professional-grade acoustic analysis on any room. You start by providing the dimensions and the materials used for the walls, floor, and ceiling. The MCP calculates the current RT60, which tells you how long sound lingers in the space. Once you know your baseline, you can set a target reverberation time. The MCP identifies the absorption deficit and translates that into a shopping list of specific panel quantities. You can even run simulations to see how adding a couch or a few people in the room changes the acoustic response before you spend a dime on hardware. ## Tools ### calculate_room_reverberation This tool calculates the current estimated RT60 of a room using its physical dimensions and surface characteristics. ### estimate_treatment_needs This tool determines the exact amount of additional absorption required to reach a specific acoustic target. ### recommend_panel_quantities This tool converts the required absorption deficit into a specific number of physical acoustic panels. ### simulate_acoustic_scenario This tool lets you test how changes in furniture or room occupancy affect the acoustic environment. ## Prompt Examples **Prompt:** ``` Calculate the RT60 for a room that is 5m long, 4m wide, and 3m high, with concrete walls (area 74, coefficient 0.02) and a wooden floor (area 20, coefficient 0.1). ``` **Response:** ``` The estimated RT60 for your room is 2.45 seconds, with a total absorption of 5.48 Sabins. ``` **Prompt:** ``` I have a room with an RT60 of 1.2s. I want it to be 0.5s. How much more absorption do I need? ``` **Response:** ``` To reach a target RT60 of 0.5s, you require an additional 12.4 Sabins of absorption. ``` **Prompt:** ``` How many 60x120cm acoustic foam panels (coefficient 0.8) do I need to add 4 Sabins of absorption? ``` **Response:** ``` You will need 5 panels to achieve the required 4 Sabins of absorption. ``` ## Capabilities ### RT60 Calculation Your agent calculates the current reverberation time based on room volume and surface coefficients. ### Absorption Deficit Analysis Your agent finds the gap between your current room state and your acoustic goal. ### Hardware Estimation Your agent calculates the number of physical panels required to fix the room. ### Environmental Simulation Your agent models how furniture or people change the room's sound profile. ## Use Cases ### Studio Setup Calculate exactly how many panels to buy to hit a specific RT60 for a vocal booth. ### Home Theater Tuning Determine the absorption deficit in a living room to improve movie audio clarity. ### Furniture Planning Simulate how a new sofa or rug will change the reverberation in a room. ### Material Comparison Compare how different wall materials like concrete versus wood affect the room's RT60. ## Benefits - Eliminates guesswork in acoustic panel purchasing. - Provides precise RT60 measurements for any room geometry. - Simulates real world changes like adding furniture or people. - Converts abstract absorption needs into physical product counts. ## How It Works Connect your client to Vinkius and start running acoustic math immediately. 1. Connect your MCP-compatible client to the Vinkius hosted MCP. 2. Provide room dimensions and surface material coefficients to your agent. 3. Run the RT60 calculation to find the current reverberation state. 4. Set a target RT60 to find the necessary absorption deficit. 5. Get the final count of acoustic panels needed for the space. ## Frequently Asked Questions **What is RT60?** RT60 is a metric used to measure the time it takes for sound to decay by 60 decibels in a room. It is a standard way to quantify reverberation. **Can I use this for a small home studio?** Yes, the MCP works for any residential or professional studio environment by using the specific dimensions and materials of your space. **How does the MCP recommend panel quantities?** The MCP takes the absorption deficit calculated from your target RT60 and divides it by the absorption coefficient of the panels you intend to use. **Do I need to provide surface coefficients?** Yes, you provide the area and the absorption coefficient for each surface material to get an accurate RT60 calculation. **Which AI clients can use this MCP?** You can use this MCP with any compatible client like Claude, Cursor, Windsurf, or VS Code. **How do I calculate my room's current reverberation time?** You can use the `calculate_room_reverberation` tool. You will need to provide the room dimensions, a list of surface materials with their absorption coefficients, and any absorption from furniture or occupancy. **How many acoustic panels do I need to buy?** After calculating your current RT60 and your target RT60, use `estimate_treatment_needs` to find the required Sabins. Then, pass that value to `recommend_panel_quantities` specifying the panel type you intend to use. **Can I test how many people in a room affect the sound?** Yes, the `simulate_acoustic_scenario` tool allows you to adjust occupancy and furniture absorption to see the impact on the RT60 without recalculating everything from scratch.