Open Source Python Mathematics Software - Page 10

Software for exploring & solving polyform puzzles, written in Python. Includes solvers for: pentominoes/polyominoes, solid pentominoes, Soma cubes, polycubes, polyiamonds, polyhexes, polysticks, and more to come.

A python program that can be used to investigate a set of equilateral polyhedra containing heptagons.

C and Python code for basic probability and statistics contains classes for Combination, Permutation, and Cartesian Product.

Project VDW serves as a repository for all things pertaining to Van Der Waerden sequences. Volunteers to run the distributed client, mathematicians to help with theory, and anyone interested in VDW sequences are welcome!

PyCV is a Python package of modules useful for computer vision tasks. Its current focus is on boosting techniques, Haar-like features, and face detection. PyCV provides the world's fastest method for training a face detector, in a few hours.

PyDQP implementes 11 different dual decomposition schemes, both first and second order, in order to solve quadratic programs in a distributed fashion.

PyGeo is a dynamic 3d geometry framework written in Python, rendered with VPython.

PyGiNaC is a Python interface to the C++ symbolic math library GiNaC (www.ginac.de). Its design attempts to be an easy to use and convenient alternative to cint or ginsh.

PyGraphMath is a system for the manipulation of symbolic and numerical expr., equations, vectors .. (Maxima). Main focus lies on direct 3D graphical viewport (openGL) which displays math objects. Syntax is "pseudo-python" and supports objects, loops .. *** *** *** *** *** *** *** *** *** *** *** *** *** *** *** *** *** *** *** *** OBSOLETE: please use instead http://www.sagemath.org/ with PyODE (or pyphyssim/PPE) *** *** *** *** *** *** *** *** *** *** *** *** *** *** *** *** *** *** *** ***

This will be a place to release tools that have not yet been added to SciPy (or will not be added for whatever reason). Currently an interface to ImageMagick is here.

PyLife is an implementation of the game of life algorithm featuring parallel programming. It uses MPI and python to achieve a consistent software architecture and reliably performance.

PyMC is a Python library for probabilistic programming focused on Bayesian statistical modeling and machine learning. Built on top of computational tools like Aesara and NumPy, PyMC allows users to define models using intuitive syntax and perform inference using MCMC, variational inference, and other advanced algorithms. It’s widely used in scientific research, data science, and decision modeling.

PyMaTi is a simple and easy to use GUI for numerical and scientific computing in Python. It surrounds well know packages NumPy and Matplotlib and provides possibility to immediately play with numerical python from intuitive user interface.

The main goal of this project is to create a system-independent MathML rendering engine in Python. This engine works with an abstract 'plotter' driver class, that can be subclassed for any rendering device needed.

PyPedal is a Python module that provides tools for the manipulation of pedigrees, simple visualization of pedigrees, and the calculation of measures of genetic diversity from pedigrees.

A module containing python wrappers for the SUite of Non-linear DIfferential/ALgebraic Solvers (SUNDIALS), using ctypes.

PySparse - A Sparse Matrix Library for Python

Tk-based standalone graphing system and extensible graphing library with a huge range of 2d modes (maybe 3d soon?) written in Python (Python/Tk are 100% cross platform)

Python extension module based on C-XSC (C++ Language eXtensions for Scientific Computation) and the associated Toolbox. Provides a real and complex interval arithmetic with verified results for numerical applications.

A collection of modules and enduser tools designed to help design, test and use system models. While my research (hence, the examples) is focused on hydro-ecological systems, the program can be used on any system characterized by ODEs (and soon PDEs?)

This is a Python package for general Bayesian inference.

Functions to convert to and from decimal to Canonical Signed Digit representation. Handles fractional numbers. Useful for multiplierless hardware blocks on ASICs, FPGAs etc.

Made like in one day, using PyQT5, QT Designer, and PyInstaller

Moved to Google Code, see http://code.google.com/p/pythonequations/downloads/list

The Python Genetic Programming Project implements a Genetic Programming System a la J Koza in Python.