# Smart Recipe Scaler MCP for AI Agents MCP > Smart Recipe Scaler lets you adjust recipe yields with mathematical precision. It handles the messy math of converting fractions, mixed units, and decimals into consistent metric values before scaling them up or down. Then, it rounds the final numbers back into practical kitchen units like tablespoons or cups so you aren't trying to measure out 0.347 cups of flour. ## Overview - **Category:** productivity - **Price:** Free - **Endpoint:** https://edge.vinkius.com/vk_preview_eFgRdx9bfOeXkeQCJf5w9dv5ERfTsFuOzSNuYA5s/mcp - **Tags:** recipe, scaling, cooking-tools, kitchen-math, conversion ## Description If you've ever tried to triple a baking recipe and ended up with a mess of confusing decimals, you know how easy it is to mess up the chemistry. This MCP takes the guesswork out of batch cooking. Instead of doing manual math on your phone or scratching notes on a piece of paper, you can tell your AI client to handle the conversions for you. It takes raw ingredients like "1 1/2 cups" or "250g" and turns them into a standardized base. Once that's done, it applies your scale factor—whether you're making a single cupcake or a hundred muffins—and then flips the numbers back into the units you actually use in your kitchen. It's the difference between a recipe that works perfectly every time and one that falls flat because of a rounding error. You can find this along with thousands of other tools in the Vinkius catalog to keep your kitchen projects organized. It's built for people who care about the exact ratio of ingredients and don't want to deal with the headache of unit conversions. ## Tools ### execute_scaling Multiplies a normalized metric value by your specific scale factor. This ensures your math stays exact during the scaling process. ### parse_measurement Identifies the amount and unit type from a raw string and turns it into a standard number. Use this to clean up messy inputs. ### reformat_to_kitchen_standard Converts a precise metric result back into a practical unit like teaspoons or cups. It makes the final numbers human-readable. ## Prompt Examples **Prompt:** ``` Scale '1 1/2 cups' of flour by 2.5x ``` **Response:** ``` ### Scaled Ingredient **Flour:** 3 3/4 cups *Note: Calculated based on a 2.5x multiplier.* ``` **Prompt:** ``` How much is 250g of sugar if I want to make 0.5x the recipe? ``` **Response:** ``` ### Scaled Ingredient **Sugar:** 125g *Note: Calculated based on a 0.5x multiplier.* ``` **Prompt:** ``` Convert 60ml to a kitchen standard unit. ``` **Response:** ``` ### Conversion **60ml** = **4 tbsp** *Note: Converted to the most practical kitchen measurement.* ``` ## Capabilities ### Convert raw ingredients to metric Turns strings like '1 1/2 cups' into standardized numerical values for accurate math. ### Apply custom scale factors Multiplies recipe quantities by any factor you provide to adjust the total yield. ### Round to kitchen standards Converts complex decimals back into usable units like teaspoons or cups. ### Handle mixed unit types Identifies and processes both volume and mass measurements in the same list. ### Maintain ingredient ratios Ensures the chemistry of a recipe stays perfect regardless of the batch size. ## Use Cases ### Scaling a recipe for a large party A baker needs to make 50 cupcakes instead of 12. The user asks the agent to scale the recipe by 4.16x, and the MCP handles the math to give the exact flour amount in cups. ### Converting metric recipes to US units A user has a recipe in grams but wants to use cups. The agent uses the MCP to convert the weights into standard kitchen volumes instantly. ### Creating a catering menu A caterer needs to scale a soup recipe for 100 people. The MCP ensures the liquid-to-solid ratio stays exact during the large scale-up. ### Small batch testing A chef wants to make only 10% of a large commercial recipe. The MCP shrinks the measurements down to tiny, usable amounts for a test run. ## Benefits - Eliminate rounding errors by using a metric base for all calculations, ensuring your ratios stay perfect. - Save time on manual math when doubling or tripling complex baking recipes by letting the MCP do the heavy lifting. - Get usable kitchen units like cups or tablespoons instead of long decimals thanks to reformat_to_kitchen_standard. - Handle mixed units like 1 1/2 cups automatically using parse_measurement to keep your data clean. - Ensure consistent results across different batch sizes using execute_scaling for every single ingredient. - Simplify recipe development for commercial use by quickly generating accurate scaled versions of any dish. ## How It Works The bottom line is you get perfectly scaled recipes without ever touching a calculator. 1. Provide a raw recipe ingredient and a scaling factor to your AI. 2. The MCP converts the input to a metric base and applies the multiplication. 3. You get back the final quantity in a readable kitchen unit. ## Frequently Asked Questions **Can the Smart Recipe Scaler help me double a recipe with fractions?** Yes, it handles fractions like '1 1/2' perfectly. It converts them to a standard base to do the math correctly so your doubled recipe stays balanced. **Will the Smart Recipe Scaler give me weird decimals for my baking?** No, it's designed to avoid that. It uses a rounding algorithm to turn complex numbers back into practical units like cups or tablespoons. **Can I use the Smart Recipe Scaler to convert grams to cups?** You can. The tool identifies the units in your raw input and helps your agent convert them into the kitchen standards you prefer. **Is the Smart Recipe Scaler good for commercial baking?** It's ideal for that. It ensures that your ingredient ratios remain exact even when you're scaling up for very large commercial batches. **Does the Smart Recipe Scaler work with mixed units?** Yes, it can parse strings like '1 cup and 2 tablespoons' and turn them into a format that's easy to scale accurately. **How does the scaling work?** The process involves three steps: first, `parse_measurement` converts your input to a metric base; second, `execute_scaling` multiplies that amount by your factor; and finally, the result is reformatted into readable units. **Can I use fractions like '1 1/2'?** Yes, the `parse_measurement` tool is specifically designed to handle whole numbers, decimals, and mixed fractions. **What kind of units are supported?** The tool supports both volume (e.g., cups, tbsp, tsp, ml) and mass (e.g., g, kg, oz, lb) measurements.