# Mathematical calculation

An MCP server that provides access to the WolframAlpha LLM API, supports natural - language queries in multiple domains such as mathematics, science, and history, and returns structured responses.

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

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 integrating the Claude desktop client into the MCP service for math tool calls. Finally, it provides a complete process for deploying to Cloudflare and remote connection.

The MCP standard server provides proxy functions for LLMs, including time acquisition and mathematical calculation services.

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 via the MCP Inspector, and integration into the Claude desktop application to call math tools. Finally, it provides a complete process for deployment to Cloudflare and remote connection.

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.

A remote MCP server project based on Cloudflare Workers, supporting OAuth login and integration with AI tools such as Claude

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 scenarios such as integrating the Claude desktop application to call mathematical tools. Finally, it can be deployed to the Cloudflare cloud service.

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 call math tools. Finally, it guides you on how to deploy to Cloudflare and access it remotely.

This project demonstrates an intelligent agent capable of performing complex mathematical operations, creating visual presentations, and sending email results via Google services. It integrates multiple MCP servers to collaborate and complete complex tasks.

An MCP server that provides four arithmetic operation functions, supports addition, subtraction, multiplication, and division operations, and can be called through the Claude application.

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 math tools. Finally, it provides a complete process for deployment to Cloudflare and remote connection.

Test the configuration of the mathematical service project

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.

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

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.

A basic mathematical operation MCP server based on the FastMCP framework, providing addition, subtraction, multiplication, and division functions, which can be integrated with MCP - compatible environments such as Claude Desktop.

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