A minimalist MCP server implemented in bash script, supporting the call of a mathematical addition tool and capable of interacting with LLM through the JSON - RPC protocol.

An MCP server that provides basic calculator functions, supports browser automation, and facilitates LLMs in performing mathematical calculations.

This is an MCP server that provides advanced mathematical calculation capabilities for Claude, including functions such as symbolic calculation, statistical analysis, and matrix operations.

A mathematical calculation service based on the MCP protocol and the SymPy library, providing powerful symbolic calculation capabilities

A Markdown to Word document server based on the MCP protocol that supports advanced formatting, mathematical formulas, table styles, and a template system, and can convert Markdown content into professional Word documents.

A reference implementation of the MCP protocol based on WebSocket, demonstrating a mathematical calculation demo using Cloudflare Workers and Durable Objects for real-time two-way communication.

A lightweight mathematical expression calculation service based on the FastMCP framework, supporting basic operations and built-in constants, running on the Bun runtime.

This is a mathematical formula visualization and analysis server based on the Model Context Protocol (MCP). It uses sympy for local rendering and calculation and can optionally integrate the Desmos API, providing functions such as formula verification, 2D plotting, multi-function plotting, and symbolic analysis.

An MCP server that provides random algorithms and probabilistic decision-making capabilities. It extends sequential thinking through advanced mathematical models, helping AI assistants break out of local thinking patterns and make better decision plans.

The Penrose MCP Server creates mathematical diagrams through natural language

Fermat MCP is a FastMCP server that provides mathematical calculation services, supporting numerical calculations, symbolic calculations, and plotting functions. It integrates libraries such as Matplotlib, NumPy, and SymPy.

A mathematical calculation service based on the MCP protocol and the SymPy library, providing powerful symbolic calculation capabilities

A local scientific paper auxiliary reading system based on the MCP protocol, providing PDF parsing, in-depth mathematical formula parsing, code generation, and visualization functions, supporting local LLM enhancement and knowledge management.

A local SageMath mathematical computing server based on the MCP protocol, providing version query and code execution functions, and supporting dual transport modes of STDIO and HTTP

A LaTeX mathematical formula to MathML server based on the MCP protocol, providing both tool and resource access methods.

An MCP server that does not require local deployment, specifically designed for handling mathematical calculations. It can provide permanently accurate mathematical calculation capabilities for large language models through simple configuration.

An MCP server that allows MCP clients such as Claude Desktop and Cursor to directly access and process arXiv papers, and accurately parse mathematical content by retrieving LaTeX source code.

The MCP Calc Tools is a server that provides advanced mathematical and financial calculation tools, integrating standardized calculation interfaces for AI code assistants.

An intelligent agent project based on LangGraph and the MCP server, supporting mathematical calculations and weather queries through MCP services.

A mathematical computing MCP server based on NumPy, providing functions such as basic operations, linear algebra, statistical analysis, and polynomial fitting.

A mathematical calculation server based on the MCP protocol, providing basic mathematical tools such as addition, subtraction, multiplication, division, power operations, and logarithms, and supporting integration with Pydantic AI agents through Stdio transmission

A mathematical computing service based on the MCP protocol and the SymPy library, providing powerful symbolic computing capabilities, including basic operations, algebraic operations, calculus, equation solving, matrix operations, etc.

A calculator for the MCP server implemented in TypeScript, providing various mathematical operation functions and can be used by connecting to clients (such as Claude Desktop) through the MCP protocol.

This project is a Mathematica Model Context Protocol (MCP) server that performs mathematical calculations and verifies derivation steps via wolframscript, providing mathematical calculation services for MCP clients (such as Cursor).

An MCP server that provides basic mathematical and statistical functions for large language models.

Mathematica Documentation Query MCP Service

This is an example project demonstrating the SSE implementation of the MCP protocol, including various tool functions such as message echoing, mathematical calculations, long - task progress notifications, and LLM sampling, supporting local operation and integration with Claude Desktop.

An MCP server that provides basic mathematical and statistical functions for large language models

This project demonstrates how to use the Model Context Protocol (MCP) to integrate local and remote tools in the AutoGen framework, including a local mathematical calculation server and a remote Apify web browsing tool. It enables flexible interaction between AI agents and tools through a standardized protocol.

The Jij MCP server is a tool platform that provides support for mathematical optimization and quantum computing. It integrates the JijModeling modeling tool and the Qiskit quantum programming framework, offering functions such as code checking, model creation, and version migration guides.

This project demonstrates how to deploy a remote MCP server on Cloudflare Workers and implement OAuth login functionality. It supports local development and debugging, connection testing through the MCP inspector, and accessing the MCP service from the Claude desktop application for tool calls such as mathematical calculations. Finally, it guides you on how to deploy to Cloudflare and access it remotely.

This project demonstrates how to deploy a remote MCP server on Cloudflare Workers and implement OAuth login functionality. It supports local development and debugging, can be connected through the MCP Inspector or Claude desktop client, and provides the ability to call mathematical tools.

This project demonstrates how to deploy a remote MCP server on Cloudflare Workers and implement the OAuth login function. It supports local development and debugging, can be connected through the MCP Inspector tool or Claude desktop client, and provides the ability to call tools such as mathematical calculations.

The Mathematica MCP server provides Wolfram language code evaluation and Wolfram engine information query functions through the wolframscript command-line interface

This project demonstrates how to deploy a remote MCP server on Cloudflare Workers and implement OAuth login functionality. It supports local development and debugging, connection testing through the MCP inspector, and integration into the Claude desktop application to call mathematical tools.

This project demonstrates how to deploy a remote MCP server on Cloudflare Workers and implement OAuth login functionality. It supports local development and debugging, connection testing through the MCP inspector, and integration into the Claude desktop application to call mathematical tools. Finally, a complete process for deploying to Cloudflare is provided.

This project demonstrates how to deploy a remote MCP server on Cloudflare Workers and implement the OAuth login function. It supports local development and debugging, connection testing through the MCP Inspector, and integration into the Claude desktop application to invoke mathematical tools. Finally, it also provides a complete process for deploying to Cloudflare.

This project demonstrates how to build a remote MCP server on Cloudflare Workers and implement the OAuth login function. It supports local development and debugging, connection testing through the MCP Inspector, and integration into the Claude Desktop application to invoke mathematical tools. Finally, it can be deployed to the Cloudflare cloud for remote client access.

This project demonstrates how to use the MCP protocol to connect multiple servers with different transport methods (stdio and SSE), including mathematical calculation and weather query functions, and integrates with LangChain to create intelligent agents.

This project demonstrates how to deploy a remote MCP server on Cloudflare Workers and implement OAuth login functionality. It supports local development and debugging, can be connected via the MCP inspector or Claude desktop client, and provides services such as mathematical tool invocation.