Brings number theory operations directly into Claude through an MCP interface. You get functions for computing GCD, prime factorization using algorithms like Fermat's method, and other number theoretic operations. The underlying Python library exposes these through simple function calls, which the MCP server wraps for use in conversations. Reach for this when you need to factor large integers, analyze divisibility properties, or perform modular arithmetic without writing boilerplate code. It runs via stdio transport and requires a pip install to get started.
MCP server exposing number theory functions and factorization algorithms.
pip install mcp-number-theory
from mcp_number_theory import number_theory as nt
# Compute GCD
result = nt.gcd(48, 18) # Returns 6
# Factorize
from mcp_number_theory import algos
p, q = algos.fermat(1234567890123456789)
This package provides an MCP server that exposes number theory functions. Run with:
mcp-number-theory
mcp-name: io.github.daedalus/mcp-number-theory