There are 3 repositories under maxima topic.
A Maxima kernel for Jupyter, based on CL-Jupyter (Common Lisp kernel)
Gaalop (Geometic Algebra Algorithms Optimizer) is a software to compile and optimize geometric algebra (GA) expressions into high-level programming language code. Geometric algebra expressions can be developed using the freely available CLUCalc software by Christian Perwass. Gaalop optimizes CLUCalc expressions and produces C++ (AMP), OpenCL, CUDA, CLUCalc or LaTeX output. The optimized code is free of geometric algebra operations and runs very efficiently on various platforms.
Find peaks (local extrema) of signals
Repositorio de apuntes para el primer curso del Doble Grado de Ingeniería Informática y Matemáticas
Finite Element resources useful for studying or researching
LaTeX to SIXEL conversion
Define maxima-file component to handle Maxima files in ASDF.
Numerically compute the extrema of a given (analytic) function: minima, maxima, and points of inflection
This is a symbolic solver for linear ordinary differential equations of order 2 written for the free computer algebra system Maxima.
Implementation of All ▲lgorithms in Maxima Programming Language
Genetic Algorithm to calculate maxima and minima for any equation using JS. MERN application
Container image for jupyter with multiple kernels on Arch Linux
CD Changer Emulator for Nissan Maxima, Pathfinder and Infinity I30.
Hypothetical Model coded in Maxima: Competition between Burmese Pythons and Alligators in the Everglades
A repository for showcasing my knowledge of the Maxima programming language, and continuing to learn the language
A project to integrate the functionality of Computer Algebra Systems into Isabelle
Code to reverse terms in plus expressions for Maxima
The Maxima Programming language IDE submodule for SNU Programming Tools (2D Mode)
Maxima language code for expressing eigenvectors in terms of eigenvalues.
This is an (unfinished) algorithm to diagonalization of quadratic form matrices
Interpolation of functions with polynomials