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Math-MCP: Precision Math/Stats, No Numeric Guesswork via Simple APIs - MCP Implementation

Math-MCP: Precision Math/Stats, No Numeric Guesswork via Simple APIs

Math-MCP: Empower LLMs with precise math and stats via a simple API. No more numeric guesswork—bridge the gap effortlessly.

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About Math-MCP

What is Math-MCP: Precision Math/Stats, No Numeric Guesswork via Simple APIs?

Math-MCP is a Model Context Protocol (MCP) server designed to empower Large Language Models (LLMs) with pinpoint-accurate mathematical and statistical capabilities. Unlike guesswork-heavy alternatives, it eliminates numeric ambiguities through straightforward API integrations, ensuring LLMs can execute calculations with textbook precision.

How to use Math-MCP: Precision Math/Stats, No Numeric Guesswork via Simple APIs?

  1. Clone the repository to your local machine
  2. Add this configuration snippet to your MCP setup:
    "math": {
      "command": "node",
      "args": ["PATH\\TO\\PROJECT\\math-mcp\\build\\index.js"]
    }
  3. Replace placeholder paths with your actual repository location

Math-MCP Features

Key Features of Math-MCP: Precision Math/Stats, No Numeric Guesswork via Simple APIs?

  • Core arithmetic precision: Add, subtract, multiply, and divide with flawless accuracy
  • Statistical backbone: Handle aggregates like mean, median, and standard deviation without approximation
  • Rounding control: Precision rounding functions for financial-grade computations
  • Seamless API interface: Drop-in integration with existing LLM workflows

Use cases for Math-MCP: Precision Math/Stats, No Numeric Guesswork via Simple APIs?

Perfect for:

  • Automated financial reporting requiring zero error margins
  • Real-time data analysis in dynamic environments
  • Educational platforms needing step-by-step calculation verification
  • IoT systems performing sensor data validation

Math-MCP FAQ

FAQ: Precision Math/Stats, No Numeric Guesswork via Simple APIs?

Does it support large datasets?
Optimized for both small-scale queries and enterprise-level computations
Will it handle fractions?
Yes - includes specialized functions for fractional arithmetic and simplification
What error handling exists?
Automatically returns descriptive error codes for invalid inputs or division by zero scenarios

Content

Math-MCP

A Model Context Protocol (MCP) server that provides basic mathematical and statistical functions to Large Language Models (LLMs). This server enables LLMs to perform accurate numerical calculations through a simple API.

Math-MCP MCP server

Features

  • Basic arithmetic operations (addition, subtraction, multiplication, division)
  • Statistical functions (sum, average, min, max)
  • Rounding functions (floor, ceiling, round)

Installation

Just clone this repository and save it locally somewhere on your computer.

Then add this server to your MCP configuration file:

"math": {
  "command": "node",
  "args": ["PATH\\TO\\PROJECT\\math-mcp\\build\\index.js"]
}

Replace PATH\\TO\\PROJECT with the actual path to where you cloned the repository.

Available Functions

The Math-MCP server provides the following mathematical operations:

Function Description Parameters
add Adds two numbers together firstNumber: The first addend
secondNumber: The second addend
subtract Subtracts the second number from the first number minuend: The number to subtract from
subtrahend: The number being subtracted
multiply Multiplies two numbers together firstFactor: The first factor
secondFactor: The second factor
division Divides the first number by the second number numerator: The number being divided
denominator: The number to divide by
sum Adds any number of numbers together numbers: Array of numbers to sum
average Calculates the arithmetic mean of a list of numbers numbers: Array of numbers to find the average of
min Finds the minimum value from a list of numbers numbers: Array of numbers to find the minimum of
max Finds the maximum value from a list of numbers numbers: Array of numbers to find the maximum of
floor Rounds a number down to the nearest integer value: The number to round down
ceiling Rounds a number up to the nearest integer value: The number to round up
round Rounds a number to the nearest integer value: The number to round

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