Compute the inverse of a matrix using SymPy's inv method. Input a matrix key to receive the key for its inverted form, enabling efficient symbolic algebra operations.
Calculate the eigenvalues of a matrix using symbolic algebra. Input a matrix key to obtain eigenvalues expressed as a dictionary mapping values to their multiplicities.
Calculate eigenvectors of a matrix using SymPy's eigenvects method to analyze linear transformations and identify key vector directions in symbolic algebra computations.
Swap rows and columns of a matrix to transform its orientation for linear algebra calculations. This tool performs matrix transposition by converting rows to columns.
Enables advanced pattern management and synchronization for development workflows using a two-dimensional matrix structure. Organizes patterns by development phases and feature domains with intelligent horizontal/vertical synchronization capabilities.
Provides access to Google Maps API functionality including places search, geocoding, directions, distance matrix, elevation data, and static map generation through the MCP interface.
A mathematical computation service that enables users to perform symbolic calculations including basic arithmetic, algebra, calculus, equation solving, and matrix operations through the MCP protocol.