Execute Python/SymPy code to perform symbolic mathematics operations including algebra, calculus, and equation solving within a secure sandbox environment.
MIT
523,718 tools. Updated 2026-09-06 13:58
"SymPy" matching MCP tools:
- Parse a string into a symbolic expression for advanced algebraic computations with SymPy.MIT
- Compile verified symbolic derivations into a reusable Python function. Input verification steps, parameters, and return variables to generate executable code.Apache 2.0
- Solve ODE initial value problems using the Runge-Kutta 4 method. Input equation, x0, y0, xf, and step size to get numerical solution, exact solution, and per-step errors.MIT
- Define and store multiple symbolic variables with specific assumptions efficiently. Ideal for managing complex mathematical variables in symbolic algebra tasks.Apache 2.0
- Clear all stored variables, functions, expressions, and reset the state of the Symbolic Algebra MCP Server for the next computation, ensuring a clean workspace.Apache 2.0
Matching MCP Servers
- AlicenseCqualityCmaintenanceAn MCP server that provides access to SymPy's symbolic mathematics library for advanced algebraic computations. It enables users to perform complex tasks such as symbolic simplification, calculus, equation solving, matrix operations, and number theory.100MIT
- AlicenseAqualityDmaintenanceA secure mathematical computation sandbox that enables LLMs to perform symbolic math operations like algebra, calculus, and equation solving via SymPy. It features low-latency execution through pre-warmed process pools and provides standardized JSON outputs for reliable agent integration.12MIT
- Verify that a closed-form expression matches a decimal value by independent high-precision re-evaluation, requiring at least 20 agreeing digits before accepting the identity.Apache 2.0
- Convert verified SymPy derivation steps into executable Python functions with specified parameters, descriptions, and return values.Apache 2.0
- Evaluate mathematical expressions from simple arithmetic to trigonometry and logarithms, with variable substitution for dynamic calculations.MIT
- Retrieve accurate scientific formulas from Wikidata, BioModels, and SciPy. Search by name or domain to get equations with LaTeX and SymPy representations.Apache 2.0
- Calculate symbolic summations for finite and infinite series, returning LaTeX-formatted results with convergence conditions.Apache 2.0
- Solve single inequalities to find solution sets, parameter ranges, stability conditions, or domain restrictions. Returns interval notation.Apache 2.0
- Simplify powers and exponentials by combining bases and exponents using algebraic rules, reducing expressions like x^2 * x^3 to x^5.Apache 2.0
- Convert time-domain functions to s-domain using Laplace transform for ODE solving, stability analysis, and transfer functions. Returns F(s) with convergence conditions.Apache 2.0
- Convert frequency-domain expressions F(s) back into time-domain functions f(t) using inverse Laplace transforms. Ideal for solving differential equations, transfer functions, and pharmacokinetic models.Apache 2.0
- Transform a space or time-domain expression into its frequency-domain form. Useful for spectral analysis, signal processing, and periodic dosing evaluation.Apache 2.0
- Parse and store symbolic expressions with SymPy, assigning them to temporary or user-defined variables. Supports equations and matrices while applying canonicalization rules by default.Apache 2.0
- Define a probability distribution with PDF/PMF for modeling uncertainty, variability, error propagation, or Monte Carlo simulations. Supports continuous and discrete types.Apache 2.0
- Determines whether a mathematical expression satisfies a specific property under given assumptions. Returns True, False, or Unknown to validate domains and identify singularities.Apache 2.0
- Get numeric values from expressions by plugging in variable values. Compute precise decimals for formulas after symbolic derivation.Apache 2.0
- Factorize algebraic expressions to find roots, simplify rational functions, and analyze stability. Returns factored form with LaTeX for direct use.Apache 2.0