# Bulb Naturalizing Calculator AI Agent Connect > Bulb Naturalizing Calculator MCP handles the math for large scale bulb plantings. It calculates how many bulbs you need based on area, density, and expected biological loss. Your AI client can then convert those totals into specific commercial package counts, so you know exactly what to order for the job. ## Overview - **Category:** agriculture - **Price:** Free - **Endpoint:** https://edge.vinkius.com/vk_preview_3WzY3T1PN6Jkaqj7H9YOq3aHH8d2sWOre5tMcqUK/ai-agent-connect - **Tags:** bulbs, planting, landscape, gardening, horticulture ## Description Planning naturalized bulb plantings involves more than just guessing how many bulbs to buy. You have to account for the specific area you're covering, the density you want to achieve, and the reality of biological loss during the planting process. This MCP takes that math off your plate. You can tell your AI client how much space you have and what your target density is, and it will figure out the total bulb count while factoring in your existing inventory. It also handles the logistics of ordering. Once you know the total count, the MCP converts that number into the specific number of commercial packages you need to purchase. It even helps with physical layout by calculating the spacing between bulbs for specific species. Instead of running manual calculations for every project, you just give your agent the project parameters and get the numbers you need to place an order. ## Tools ### calculate_package_requirements This tool converts your total bulb count into the exact number of commercial packages you need to buy. ### get_area_summary This tool provides a high level overview of the scale of your planting project. ### get_required_bulb_count This tool calculates the total new bulbs required by factoring in area, density, current inventory, and biological loss. ### get_spacing_from_density This tool determines the physical distance needed between bulbs based on your target density for a specific species. ## Prompt Examples **Prompt:** ``` I have a 500 sq ft area and want a density of 5 bulbs per sq ft. I already have 50 bulbs. With a 10% loss rate, how many bulbs should I buy? ``` **Response:** ``` You need to purchase 495 bulbs to meet your density goal after accounting for the 10% loss rate. ``` **Prompt:** ``` How many 50-count bulb packages do I need if I must purchase 230 bulbs? ``` **Response:** ``` You need to purchase 5 packages, which will leave you with 20 remaining bulbs. ``` **Prompt:** ``` Give me a summary for a 1000 sq ft project with a density of 10 bulbs per sq ft. ``` **Response:** ``` The project covers 1000 sq ft with a target of 10,000 total bulbs. ``` ## Capabilities ### Inventory Adjustment Your agent subtracts what you already have on hand from the total needed. ### Loss Rate Accounting The AI adds extra bulbs to your order to cover expected biological loss. ### Package Conversion Your agent turns raw bulb numbers into specific commercial package quantities. ### Spacing Estimation The AI calculates the physical distance between bulbs for a specific species. ### Project Summarization Your agent provides a high level overview of the total project scale. ## Use Cases ### Large Scale Naturalization Calculate the massive bulb counts needed for meadow or woodland plantings. ### Inventory Management Determine how many new bulbs to buy when you already have stock on hand. ### Ordering and Procurement Turn a calculated bulb count into a specific number of commercial packages. ### Planting Layouts Find the physical distance between bulbs to ensure the correct density is met. ## Benefits - Accounts for biological loss so you don't run short during planting. - Subtracts existing inventory from the total order requirement. - Converts bulb counts directly into commercial package quantities. - Calculates physical spacing based on target density. ## How It Works Connect your client to Vinkius and start asking your agent for planting math. 1. Connect your MCP-compatible client to Vinkius. 2. Provide your project area and desired bulb density to your agent. 3. Tell the agent about any existing inventory or expected loss rates. 4. Ask the agent to convert the final count into commercial packages. 5. Use the results to place your order or plan your physical layout. ## Frequently Asked Questions **How does this MCP handle bulb loss?** The get_required_bulb_count tool allows you to factor in a biological loss rate so you order enough to meet your density goals. **Can I use this with my existing bulb stock?** Yes, you can tell your agent how many bulbs you already have, and it will subtract them from the total needed. **Will it tell me how many bags to buy?** Yes, the calculate_package_requirements tool converts the total bulb count into the number of commercial packages required. **What clients can I use this with?** You can use this MCP with any compatible client like Claude, Cursor, Windsurf, or VS Code. **Does it help with planting distance?** Yes, the get_spacing_from_density tool calculates the physical distance between bulbs for a specific species. **How does the tool account for bulb loss?** The `get_required_bulb_count` tool uses a loss rate parameter to add a buffer for biological attrition like rot or wildlife predation. **Can I calculate how many bags of bulbs I need to buy?** Yes, use the `calculate_package_requirements` tool by providing the number of bulbs needed and the size of the commercial package. **How is bulb spacing determined?** The `get_spacing_from_density` tool estimates the physical distance between bulbs based on your target density.