wip/py-mendeleev [CURRENT] | | Database of atomic properties for elements in the periodic table |
wip/py-einsteinpy-geodesics [CURRENT] | | Julia solver for geodesics in the Kerr family of spacetimes |
wip/py-alg3dpy [CURRENT] | | 3D Algebra in Python |
wip/py-scikits-bvp_solver [CURRENT] | | Python package for solving two-point boundary value problems |
wip/rubiks [CURRENT] | | There are several programs for working with Rubiks cubes |
wip/py-mdptoolbox [CURRENT] | | Implementation of Markov Decision Problem algorithms for Python |
wip/py-nlib [CURRENT] | | Numeric/scientific algorithms which do not required numpy |
wip/py-hcluster [CURRENT] | | Hierarchical Clustering Package For Scipy |
wip/py-fancyimpute [CURRENT] | | Matrix completion and feature imputation algorithms |
wip/py-grpy [CURRENT] | | Small GR-oriented package which uses sympy |
wip/py-gbpy [CURRENT] | | Calculating the geometric properties of interfaces in crystals |
wip/py-ruffus [CURRENT] | | Lightweight python module to run computational pipelines |
wip/py-msumastro [CURRENT] | | Process FITS files |
wip/py-tsgeom [CURRENT] | | Python package for computing simple geometries on TS data |
wip/py-voronoi [CURRENT] | | Cython wrapper for the Boost Voronoi library |
wip/py-nbimporter [CURRENT] | | Import IPython notebooks as modules |
wip/py-mdanalysis [CURRENT] | | Library to analyze and manipulate molecular dynamics trajectories |
wip/py-polygon3 [CURRENT] | | Python-3 package that handles polygonal shapes in 2D |
wip/py-cexprtk [CURRENT] | | Cython wrapper the C++ Mathematical Expression Toolkit Library |
wip/py-oct2py [CURRENT] | | Python to GNU Octave bridge --> run m-files from python |
wip/py-paegan [CURRENT] | | Processing and Analysis for Numerical Data |
wip/py-csa [CURRENT] | | The Connection-Set Algebra implemented in Python |
wip/py-biofrills [CURRENT] | | Bioinformatics utilities for molecular sequence analysis |
wip/py-astlib [CURRENT] | | Set of python modules for producing simple plots, statistics |
wip/py-hmf [CURRENT] | | Halo mass function calculator |
wip/py-geom [CURRENT] | | Basic Vector Geometry Package for Python |
wip/comblas [CURRENT] | | Combinatorial BLAS library: an extensible parallel graph library |
wip/py-chompack [CURRENT] | | Library for chordal matrix computations |
wip/py-krylov [CURRENT] | | Python package implementing common Krylov methods |
wip/superlfv [CURRENT] | | Calculate lepton flavor violating observables |
wip/py-quhep [CURRENT] | | Quantum Machine Learning Framework for High Energy Physics |
wip/py-blosc [CURRENT] | | Python wrapper for the Blosc compression library |
wip/py-django-helmholtz [CURRENT] | | Framework for creating neuroscience databases |
wip/normaliz [CURRENT] | | Math computing tools for affine monoids, rational polytopes and cones |
wip/omega [CURRENT] | | Optimal Monte-Carlo Event Generation Amplitudes |
wip/py-nexpy [CURRENT] | | Python GUI to analyze NeXus data |
wip/py-sympad [CURRENT] | | Graphical symbolic math calculator / scratchpad using SymPy |
wip/py-wafo [CURRENT] | | Statistical analysis and simulation of random waves and random loads |
wip/py-pgmpy [CURRENT] | | Library for Probabilistic Graphical Models |
wip/py-opentmm [CURRENT] | | OpenTMM is an object-oriented electrodynamic S-matrix |
wip/symmetrica [CURRENT] | | Symmetrica Combinatoric C Library |
wip/py-algebraixlib [CURRENT] | | Data algebra library |
wip/py-neo [CURRENT] | | Python package for representing electrophysiology data |
wip/py-qtt [CURRENT] | | Python-based framework for analysis and tuning of quantum dots |
wip/py-spm1d [CURRENT] | | One-Dimensional Statistical Parametric Mapping |
wip/singular [CURRENT] | | SINGULAR is a Computer Algebra System for polynomial computations |
wip/py-krypy [CURRENT] | | Krylov subspace methods for linear systems |
wip/py-toleranceinterval [CURRENT] | | Library for one-sided bounds and two-sided tolerance intervals |
wip/gsdpdf [CURRENT] | | Gaunt-Stirling double Parton Distribution Functions |
wip/py-hamilton [CURRENT] | | Visualize and control mechanic systems through solving these systems |
wip/py-qcodes [CURRENT] | | Python-based data acquisition framework |
wip/reduze [CURRENT] | | Program for reducing Feynman Integrals |
wip/py-mathopt [CURRENT] | | Optimize mathematical formulas for speed with SymPy |
wip/py-pennyLane-PQ [CURRENT] | | PennyLane plugin for ProjectQ |
wip/py-cobra [CURRENT] | | Constraints-based modeling of biological networks |
wip/py-scikits_vectorplot [CURRENT] | | Vector fields plotting algorithms |
wip/ratpoints [CURRENT] | | Optimized quadratic sieve algorithm |
wip/py-pythia [CURRENT] | | Framework for specifying and staging complex, multi-physics simulations |
wip/py-cito [CURRENT] | | Generic particle-physics software trigger with flash ADCs |
wip/py-galgebra [CURRENT] | | Symbolic Geometric Algebra/Calculus package for SymPy |
wip/hepmc [CURRENT] | | C++ Event Record for Monte Carlo Generators |
wip/py-empirical [CURRENT] | | Emperical Method of Fundamental Solutions solver for Python |
wip/py-diofant [CURRENT] | | Computer algebra system (CAS) in Python |
wip/py-b3j0f.aop [CURRENT] | | Python Aspect Oriented Programming |
wip/mplabs [CURRENT] | | Multiphase lattice boltzmann suite |
wip/ktjet [CURRENT] | | C++ implementation of the K clustering algorithm |
wip/py-atpy [CURRENT] | | Astronomical Tables in Python |
wip/py-flavio [CURRENT] | | Flavour physics phenomenology in the Standard Model and beyond |
wip/py-hyperspy [CURRENT] | | Multidimensional data analysis toolbox |
wip/py-bicho [CURRENT] | | Bug tracking system tool analyzer |
wip/py-bloscpack [CURRENT] | | Command line interface to and serialization format for Blosc |
wip/py-shapely [CURRENT] | | Geometric objects, predicates, and operations |
wip/py-imreg-dft [CURRENT] | | Image registration utility using discrete Fourier transform |
wip/py-nipy [CURRENT] | | Python package for analysis of neuroimaging data |
wip/py-colorcet [CURRENT] | | Collection of perceptually uniform colormaps |
wip/py-jbessel [CURRENT] | | Bessel functions of the first kind written in Cython |
wip/py-mvpoly [CURRENT] | | Library for multivariate polynomials |
wip/py-netflowvizu [CURRENT] | | Network flow visualizer |
wip/py-rasterio [CURRENT] | | Fast and direct raster I/O for Python programmers who use Numpy |
wip/py-quaternionic [CURRENT] | | Interpret numpy arrays as quaternionic arrays with numba acceleration |
wip/py-panel [CURRENT] | | High level app and dashboarding solution for Python |
wip/py-einsteinpy [CURRENT] | | Python package for General Relativity |
wip/maloc [CURRENT] | | Minimal Abstraction Layer for Object-oriented C |
wip/py-fealty [CURRENT] | | Discretised field utilities |
wip/partonevolution [CURRENT] | | Fast Evolution of Parton Distributions |
wip/py-lsqfit [CURRENT] | | Utilities for nonlinear least-squares fits |
wip/py-seeds [CURRENT] | | Stochastic Ecological and Evolutionary Dynamics System |
wip/py-emcee [CURRENT] | | The Python ensemble sampling toolkit for affine-invariant MCMC |
wip/py-utilib_common [CURRENT] | | Commonly used PyUtilib data and methods |
wip/py-sympycore [CURRENT] | | SympyCore an efficient pure Python Computer Algebra System |
wip/py-scikit-glpk [CURRENT] | | Python linprog interface for GLPK |
wip/plantri [CURRENT] | | Plantri programs for generation of certain types of planar graph |
wip/py-odeint [CURRENT] | | Python binding for odeint from boost |
wip/freefem++ [CURRENT] | | PDE oriented language using Finite Element Method |
wip/py-ecos [CURRENT] | | Embedded Cone Solver |
wip/elegent [CURRENT] | | Generator of elastic (anti)proton-proton collisions |
wip/lambertw [CURRENT] | | Lambert W Function for Applications in Physics |
wip/py-xcal-raman [CURRENT] | | Module for x-axis calibration of Raman spectrometers |
wip/py-OT [CURRENT] | | Python Optimal Transport Library |
wip/py-openopt [CURRENT] | | Python module for numerical optimization |
wip/py-sfepy [CURRENT] | | Simple finite elements in Python |
wip/py-rogues [CURRENT] | | Python and numpy port of Nicholas Highams m*lab test matrices |
wip/py-sasa [CURRENT] | | SAIL/AIL Sentiment Analyzer |
wip/py-diffpy-structure [CURRENT] | | Crystal structure container and parsers for structure formats |
wip/py-chaco [CURRENT] | | Chaco is a Python plotting application toolkit |
wip/py-sep [CURRENT] | | Astronomical source extraction and photometry library |
wip/analizo [CURRENT] | | Extensible source code analysis and visualization toolkit |
wip/py-mmLib [CURRENT] | | Python Macromolecular Library |
wip/py-sphereTS [CURRENT] | | Calculates the acoustic of an elastic sphere immersed in a fluid |
wip/py-pandera [CURRENT] | | Flexible validation package for pandas data structures |
wip/py-keras [CURRENT] | | Deep Learning for Python |
wip/py-yt [CURRENT] | | Analyzing and visualizing astrophysical simulation output |
wip/py-diffeqpy [CURRENT] | | Solving Differential Equations in Python |
wip/py-gom [CURRENT] | | ODE modeling in Python |
wip/py-cligj [CURRENT] | | Click params for commmand line interfaces to GeoJSON |
wip/triangle [CURRENT] | | Two-Dimensional Quality Mesh Generator and Delaunay Triangulator |
wip/py-t3m [CURRENT] | | Tinker toys for topologists |
wip/py-equation [CURRENT] | | General Equation Parser and Evaluator |
wip/py-gsw [CURRENT] | | Gibbs SeaWater Oceanographic Package of TEOS-10 |
wip/py-mave [CURRENT] | | Library for Measurement and Verification |
wip/py-hfk [CURRENT] | | Computes Heegaard Floer homology for links |
wip/py-graphsim [CURRENT] | | Graph similarity algorithms based on NetworkX |
wip/py-deltasigma [CURRENT] | | Scale and map to implementable topologies delta sigma modulators |
wip/chani [CURRENT] | | Tool for transient simulation of charge transport |
wip/py-yellowhiggs [CURRENT] | | Interface for the CERN Yellow Report |
wip/py-pyaiml [CURRENT] | | PyAIML is an interpreter for AIML |
wip/py-symath [CURRENT] | | symbolic mathematics for python |
wip/py-scalpy [CURRENT] | | ScalPy: A python tool to study dynamical systems in cosmology |
wip/py-scikits_timeseries [CURRENT] | | Time series manipulation |
wip/py-modelparameters [CURRENT] | | Module providing parameter structure for physical modeling |
wip/py-pet [CURRENT] | | Toolkit for numerical simulations to allow easy parameter |
wip/py-projectq [CURRENT] | | Open source software framework for quantum computing |
wip/chemeq [CURRENT] | | Chemical Equation Parser and Renderer |
wip/py-cse [CURRENT] | | Python computations in science and engineering |
wip/py-anfft [CURRENT] | | FFT package for Python, based on FFTW |
wip/ghmm [CURRENT] | | General Hidden Markov Model Library in C |
wip/py-pypot [CURRENT] | | Python 3 Library for Robot Control |
wip/py-causalinfo [CURRENT] | | Information Measures on Causal Graphs |
wip/sympol [CURRENT] | | SymPol is a C++ tool to work with symmetric polyhedra |
wip/py-glespy [CURRENT] | | Bindings for GLESP for calculations with spherical harmonics |
wip/py-quantum-simba [CURRENT] | | Systematic Inference of Bosonic quAntum systems |
wip/py-dclab [CURRENT] | | Data analysis for real-time deformability cytometry |
wip/py-chempy [CURRENT] | | Python package useful for solving problems in chemistry |
wip/py-fwm-ensayo [CURRENT] | | Fortran package to work with watersheds and do hydrologic |
wip/py-emmsa [CURRENT] | | Multivariate Statistical Analysis for Electron Microscopy Data |
wip/zimpl [CURRENT] | | Language to translate the LP models into .lp or .mps |
wip/py-spectral [CURRENT] | | Python module for hyperspectral image processing |
wip/nauty [CURRENT] | | Brendan McKays graph isomorphism tester |
wip/py-scikits_datasmooth [CURRENT] | | Scikits data smoothing package |
wip/py-pycifrw [CURRENT] | | CIF/STAR file support for Python |
wip/py-hamopy [CURRENT] | | Heat, air and moisture transfer modelling in python |
wip/c-graph [CURRENT] | | Convolution Theorem Visualization |
wip/py-bctpy [CURRENT] | | Brain Connectivity Toolbox for Python |
wip/py-deap [CURRENT] | | Distributed Evolutionary Algorithms in Python |
wip/py-karta [CURRENT] | | Geospatial analysis in Python |
wip/py-symbolic-equation [CURRENT] | | Class for multiline symbolic equations in the Jupyter Notebook |
wip/py-mcint [CURRENT] | | Simple tool to perform numerical integration using MC techniques |
wip/py-bandicoot [CURRENT] | | Toolbox to analyze mobile phone metadata |
wip/py-meigo [CURRENT] | | Python wrapper of MEIGOR, a R optimisation package |
wip/py-knnimpute [CURRENT] | | K-Nearest Neighbor imputation |
wip/py-wasserplan [CURRENT] | | 1-Wasserstein distances between districting plans |
wip/fxt [CURRENT] | | FFT code and related stuff |
wip/coxeter [CURRENT] | | Computer program for the study of Coxeter group theory |
wip/py-viz [CURRENT] | | How to solve visualization problems with Python tools |
wip/py-mne [CURRENT] | | MNE python project for MEG and EEG data analysis |
wip/py-harvestingkit [CURRENT] | | Kit of tools to convert publisher XML(NLM/JATS)to MARCXML |
wip/py-speview [CURRENT] | | Program to display binary SPE files containing Raman spectra |
wip/macaulay2 [CURRENT] | | Macaulay2 a software system for research in algebraic geometry |
wip/py-forthon [CURRENT] | | Fortran95 wrapper/code development package |
wip/py-datamarix [CURRENT] | | Intuitive, Pythonic way to work with tabular data |
wip/py-gpkit [CURRENT] | | Defining and manipulating geometric programming models |
wip/genus2reduction [CURRENT] | | Conductor and Reduction Types for Genus 2 Curves |
wip/py-hdf5able [CURRENT] | | Serialisation interface from ndarray-focused objects to HDF5 |
wip/py-nipy-data [CURRENT] | | Installation script for nipy data packages |
wip/py-holoviz [CURRENT] | | High-level tools to simplify visualization in Python |
wip/py-nodepy [CURRENT] | | Numerical ODE solvers in Python |
wip/py-hamnonlineng [CURRENT] | | Engineering Hamiltonians through Nonlinearities |
wip/py-graphs [CURRENT] | | Library for graph-based machine learning |
wip/py-gatspy [CURRENT] | | General tools for Astronomical Time Series in Python |
wip/py-imread [CURRENT] | | Imread: Image reading library |
wip/py-traces [CURRENT] | | Library for unevenly-spaced time series analysis |
wip/py-gorm [CURRENT] | | Database-backed versions of the standard networkx graph classes |
wip/py-kenv [CURRENT] | | Solver of the Kapchinsky-Vladimirsky envelope equation |
wip/py-spherical [CURRENT] | | Evaluate and transform D matrices 3-j symbols, and spherical harmonics |
wip/py-kabuki [CURRENT] | | Easy creation of hierarchical bayesian models |
wip/py-compyle [CURRENT] | | Execute a subset of Python on HPC platforms |
wip/py-linearalgebra [CURRENT] | | Tools for working with matrices and vectors |
wip/py-mpi4py [CURRENT] | | MPI for Python - Python bindings for MPI |
wip/py-pyslha [CURRENT] | | Parsing, manipulating and visualising SUSY Les Houches Accord data |
wip/bigdft [CURRENT] | | Massively parallel electronic structure code using a wavelet basis set |
wip/py-thermopy [CURRENT] | | Some utilities for Thermodynamics and Thermochemistry |
wip/py-mcerp [CURRENT] | | Real-time latin-hypercube-sampling-based Monte Carlo Error Propagation |
wip/py-csp [CURRENT] | | Brings CSP (communicating sequential processes) to Python |
wip/xtl-quant-stack [CURRENT] | | Template library that supports other quantstack projects |
wip/py-eigency [CURRENT] | | Cython interface between the numpy arrays and the Matrix/Array |
wip/py-decimalfp [CURRENT] | | Decimal fixed-point arithmetic |
wip/libnestedsums [CURRENT] | | Library for the expansion of transcendental functions |
wip/libginac [CURRENT] | | The GiNaC symbolic framework |
wip/py-iisignature [CURRENT] | | Iterated integral signature calculations |
wip/py-ars [CURRENT] | | Physically-accurate robotics simulator |
wip/py-gmane [CURRENT] | | Utilities for the analysis of the GMANE email list database |
wip/py-eemeter [CURRENT] | | Open Energy Efficiency Meter |
wip/py-c-lasso [CURRENT] | | Algorithms for constrained Lasso problems |
wip/m4ri [CURRENT] | | Library for fast arithmetic with dense matrices over F2 |
wip/py-qrng [CURRENT] | | Quantum Random Number Generator using IBMs Qiskit |
wip/blad [CURRENT] | | Bibliotheques Lilloises Algebre Differentielle |
wip/py-checkmate [CURRENT] | | Tool to easily test simulated event files against LHC results |
wip/exhume [CURRENT] | | Monte Carlo simulation of central exclusive production |
wip/stksolver [CURRENT] | | Stokes flow solver using the boundary element method |
wip/py-fcn [CURRENT] | | Fully Convolutional Networks |
wip/py-scikits_samplerate [CURRENT] | | Python module for high quality audio resampling |
wip/py-edt [CURRENT] | | Multi-Label Anisotropic Euclidean Distance Transform 3D |
wip/py-chebpy [CURRENT] | | Chebyshev polynomial based spectral methods of PDEs |
wip/py-aipy [CURRENT] | | Astronomical Interferometry in Python |
wip/py-hal-cgp [CURRENT] | | Cartesian Genetic Programming in pure Python |
wip/py-math3d [CURRENT] | | 3D Special Euclidean mathematics package for Python |
wip/py-automata [CURRENT] | | Finite automata for python |
wip/py-rigidbodysimulator [CURRENT] | | Rigidbodysimulator simulator |
wip/py-spotpy [CURRENT] | | Statistical Parameter Optimization Tool |
wip/py-sciproc [CURRENT] | | Process scientific multidimensional data |
wip/py-aikif [CURRENT] | | Artificial Intelligence Knowledge Information Framework |
wip/py-hiphive [CURRENT] | | High-order force constants for the masses |
wip/py-country-converter [CURRENT] | | Converting country names between different classifications schemes |
wip/py-dexy [CURRENT] | | Document Automation |
wip/py-symphysics [CURRENT] | | The symphysics library for creating physics simulations using python and sympy |
wip/py-pylith [CURRENT] | | Finite element code for solving dynamic and quasi-static tectonic deformation problems |
wip/py-cellulist [CURRENT] | | Periodic cell list |
wip/colorfull [CURRENT] | | ColorFull is a C++ code for calculations in QCD color space |
wip/py-game-geometry [CURRENT] | | Geometry environment for pygame |
wip/sympow [CURRENT] | | Special values of symmetric power elliptic curve L-functions |
wip/py-cvxpy [CURRENT] | | Python software for convex optimization |
wip/py-jitcxde-common [CURRENT] | | Common code for JiTC*DE |
wip/py-chemlab [CURRENT] | | The python chemistry library you were waiting for |
wip/py-fermilab [CURRENT] | | Analyzing, compiling and emulating quantum algorithm for fermions |
wip/py-nxpd [CURRENT] | | NetworkX Pydot Draw |
wip/py-statemint [CURRENT] | | Library for finding State Space models of dynamical systems |
wip/py-matplottheme [CURRENT] | | MatPlotTheme is a theming library for MatPlotLib |
wip/py-sima [CURRENT] | | Software for analysis of sequential imaging data |
wip/gp-toric [CURRENT] | | Toric varieties and some combinatorial geometry |
wip/py-lea [CURRENT] | | Discrete probability distributions in Python |
wip/py-spirack [CURRENT] | | Drivers for the QuTech SPI-rack |
wip/py-mpi4y-fft [CURRENT] | | Parallel Fast Fourier Transforms (FFTs) using MPI for Python |
wip/py-trimesh [CURRENT] | | Import, export, process, analyze and view triangular meshes |
wip/aribas [CURRENT] | | Interactive interpreter for big integer arithmetic |
wip/piranha [CURRENT] | | The Piranha computer algebra system |
wip/py-chspy [CURRENT] | | Cubic Hermite splines |
wip/py-nilearn [CURRENT] | | Statistical learning for neuroimaging in Python |
wip/galoisfieldarth [CURRENT] | | Galois Field Arithmetic Library |
wip/gwyddion [CURRENT] | | Gtk2 based SPM data visualization and analysis tool |
wip/nsp [CURRENT] | | Scientific software package similiar to Matlab, Scilab, octave |
wip/py-chebfun [CURRENT] | | Python Chebyshev Functions |
wip/py-pytools [CURRENT] | | Collection of tools for Python |
wip/py-nsim [CURRENT] | | Simulate systems from ODEs or SDEs, analyze time series |
wip/py-ccdproc [CURRENT] | | Stropy affiliated package |
wip/py-drawnow [CURRENT] | | MATLAB-like drawnow |
wip/py-applpy [CURRENT] | | ApplPy is a computational probability package written in Python |
wip/py-realalg [CURRENT] | | For manipulating real algebraic numbers |
wip/py-spfpm [CURRENT] | | Tools for arithmetic on fixed-point (binary) numbers |
wip/py-reducer [CURRENT] | | Process FITS files |
wip/py-pymvpa [CURRENT] | | Multivariate pattern analysis |
wip/py-larry [CURRENT] | | Label the rows, columns, any dimension, of your NumPy arrays |
wip/py-nfg [CURRENT] | | Python package for implementing and solving Network form games |
wip/py-scikits_optimization [CURRENT] | | Python module for numerical optimization |
wip/py-msdas [CURRENT] | | Mass Spectrometry analysis |
wip/py-pyamg [CURRENT] | | Algebraic multigrid solvers in Python |
wip/py-pyrr [CURRENT] | | 3D mathematical functions using NumPy |
wip/superchic [CURRENT] | | Monte Carlo Event Generator for Central Exclusive Production |
wip/tnt [CURRENT] | | Template Numerical Toolkit |
wip/py-paramz [CURRENT] | | The Parameterization Framework |
wip/py-numericalunits [CURRENT] | | Package that lets you define quantities with units |
wip/py-voropy [CURRENT] | | Delaunay meshes, Voronoi regions |
wip/py-cinfony [CURRENT] | | Common API for several cheminformatics toolkits |
wip/py-piquant [CURRENT] | | Extending NumPy and SciPy to specification of numbers and arrays |
wip/vamp [CURRENT] | | VAMP is WHIZARDs adaptive multi-channel integrator |
wip/modglue [CURRENT] | | C++ library for handling co-processes |
wip/py-sv-geometry [CURRENT] | | Functions for bidimensional and tridimensional arithmetic geometry |
wip/py-decimalpy [CURRENT] | | Decimal based version of numpy |
wip/py-hyperbolic [CURRENT] | | Python library for generating hyperbolic geometry |
wip/py-sphviewer [CURRENT] | | Framework for rendering particle simulations |
wip/gerris [CURRENT] | | Software solution of the PDE describing fluid flow |
wip/py-gpaw [CURRENT] | | Grid-based real-space PAW method DFT code |
wip/py-lbmpy [CURRENT] | | Code Generation for Lattice Boltzmann Methods |
wip/py-simulators [CURRENT] | | Tools to build an instrument model |
wip/py-docplex [CURRENT] | | The IBM Decision Optimization CPLEX Modeling for Python |
wip/py-trottersuzuki [CURRENT] | | Massively parallel implementation of the Trotter-Suzuki decomposition |
wip/myfitter [CURRENT] | | Maximum Likelihood Fits in C++ |
wip/py-modello [CURRENT] | | Sympy expressions in models |
wip/py-periodictable [CURRENT] | | Extensible periodic table of the elements |
wip/py-mipp [CURRENT] | | Meteorological ingest processing package |
wip/py-dana [CURRENT] | | Framework for distributed, asynchronous and adaptive computing |
wip/py-nphelper [CURRENT] | | Convenient numpy helper functions |
wip/py-energyflow [CURRENT] | | Python package for the Energy Flow suite of particle physics tools |
wip/py-achemkit [CURRENT] | | Artificial Chemistry Tookit |
wip/py-ase [CURRENT] | | Atomic Simulation Environment |
wip/py-arrayfire [CURRENT] | | Python bindings for ArrayFire |
wip/py-bolos [CURRENT] | | Library to solve the Boltzmann equation |
wip/py-brian2 [CURRENT] | | Clock-driven simulator for spiking neural networks |
wip/py-sympy2c [CURRENT] | | Sympy to c compiler including solving odes at c level |
wip/py-mcview [CURRENT] | | 3D/graph event viewer for high-energy physics event simulations |
math/py-Theano [CURRENT] | | Optimizing compiler for evaluating mathematical expressions |
wip/yoda [CURRENT] | | Yet more Objects for Data Analysis |
wip/py-ift-nifty [CURRENT] | | Numerical Information Field Theory |
wip/py-pyqu [CURRENT] | | PyQu is an extension module for Python to implement quantum algorithms |
wip/py-datarray [CURRENT] | | NumPy arrays with named axes and named indices |
wip/py-lire [CURRENT] | | Python/Cython port of Lire image processing algorithms |
wip/py-spyse [CURRENT] | | Spyse is a framework and platform for building multi-agent systems |
wip/py-fatiando [CURRENT] | | Geophysical direct and inverse modeling |
wip/py-pyfaces [CURRENT] | | Traits-capable windowing framewor |
wip/py-pyecm [CURRENT] | | Integer factorization with the Elliptic Curve Method (ECM) |
wip/py-tmatrix [CURRENT] | | Python code for T-matrix scattering calculations |
wip/py-reproducible [CURRENT] | | Reproducible library |
wip/py-myfitter [CURRENT] | | Maximum Likelihood Fits in Python |
wip/py-teafiles [CURRENT] | | Time Series storage in flat files |
wip/py-quantuminspire [CURRENT] | | SDK for the Quantum Inspire platform |
wip/siscone [CURRENT] | | C++ code for a Seedless Infrared-Safe Cone jet finder |
geography/py-owslib [CURRENT] | | OGC Web Service utility library |
wip/py-dexy_viewer [CURRENT] | | Document Automation viewer |
wip/py-minepy [CURRENT] | | Maximal Information-based Nonparametric Exploration |
wip/py-qeutil [CURRENT] | | Set of utilities for using Quantum-Espresso |
wip/py-pebl [CURRENT] | | Python Environment for Bayesian Learning |
wip/py-geometry-utils [CURRENT] | | Functions for bidimensional and tridimensional arithmetic geometry |
wip/py-magnitude [CURRENT] | | Python library for computing with numbers with units |
wip/py-qclib [CURRENT] | | Quantum computing library using qiskit |
wip/py-ctutils [CURRENT] | | Tools for analyzing data in CT scans |
wip/py-lempel-Ziv_Complexity [CURRENT] | | Lempel-Ziv complexity for a binary sequence, in naive Python code |
wip/py-naima [CURRENT] | | Derivation of non-thermal particle through MCMC spectral fitting |
wip/py-ore-algebra [CURRENT] | | Sage package for doing computations with Ore operators |
wip/py-lingpy [CURRENT] | | Python library for automatic tasks in historical linguistics |
wip/py-multichain_mcmc [CURRENT] | | Multichain MCMC framework and algorithmse |
wip/concorde [CURRENT] | | Combinatorial Optimization package |
wip/py-spams [CURRENT] | | SPArse Modeling Software for solving various sparse estimation |
wip/py-easymodeler [CURRENT] | | Simple ODE Tools for Modelers |
wip/py-pygr [CURRENT] | | Pygr graph database for bioinformatics |
wip/py-tappy [CURRENT] | | Tidal analysis program in python |
wip/py-cythongsl [CURRENT] | | Cython declarations for the Gnu Scientific Library |
wip/scimark [CURRENT] | | Java benchmark for scientific and numerical computing |
wip/py-resonance [CURRENT] | | Learning mechanical vibrations through computation |
wip/py-utilib_misc [CURRENT] | | Miscellaneous PyUtilib utilities |
biology/bodr [CURRENT] | | Blue Obelisk Data Repository |
wip/py-qiskit-terra [CURRENT] | | Software for developing quantum computing programs |
wip/py-joblib [CURRENT] | | Set of tools to provide lightweight pipelining |
wip/py-scikits_bvp1lg [CURRENT] | | Boundary value problem (legacy) solvers for ODEs |
wip/py-engfmt [CURRENT] | | Read and write in engineering notation |
wip/feynedit [CURRENT] | | Tool for drawing Feynman diagrams |
wip/libxc [CURRENT] | | Libxc is the ETSF library of exchange-correlation functionals |
wip/py-control [CURRENT] | | Python Control Systems Library |
wip/netlogo [CURRENT] | | NetLogo is a multi-agent programmable modeling environment |
wip/gfan [CURRENT] | | Program for computing with Groebner fans |
wip/xmds [CURRENT] | | XMDS is a code generator that integrates equations |
wip/frobby [CURRENT] | | Computations with monomial ideals |
wip/py-symeig [CURRENT] | | Symmetrical eigenvalue routines for NumPy |
wip/libscscp [CURRENT] | | Library of the Symbolic Computation Software Composibility Protocol |
wip/py-nzmath [CURRENT] | | Number theory oriented calculation system |
wip/py-algebraic [CURRENT] | | Algebraic modeling system for Python |
wip/py-cbc [CURRENT] | | Gravitational wave CBC analysis toolkit |
wip/oneloop [CURRENT] | | Evaluate the one-loop scalar 1-point, 2-point, 3-point |
wip/cartago [CURRENT] | | Framework for programming and executing environments in multi-agent |
wip/kstest [CURRENT] | | Kolmogorov-Smirnov Test Statistic with High Precision |
wip/py-parameters [CURRENT] | | Hierarchical parameter sets for modelling and simulation |
wip/py-nosh [CURRENT] | | Nonlinear Schrodinger equations |
wip/py-vespa [CURRENT] | | Calculate astrophysical false positive probabilities |
wip/py-pynn [CURRENT] | | Python package for neuronal network models |
wip/py-fmmlib [CURRENT] | | Python wrappers for particle FMMs |
wip/py-pyec [CURRENT] | | Evolutionary computation package |
wip/lcalc [CURRENT] | | Lcalc is a program for calculating with L-functions |
wip/py-mark [CURRENT] | | RDF Bookmarking Utilities |
wip/py-cf-python [CURRENT] | | Python interface to the CF data model |
wip/lissac [CURRENT] | | Lisaac is the first compiled POO based on prototype concepts |
wip/py-ionize [CURRENT] | | Package for calculating electrolyte properties. |
wip/py-fnss [CURRENT] | | Fast creation and configuration of topologies, traffic matrices |
wip/libcuba [CURRENT] | | Library for multidimensional numerical integration |
wip/hztool [CURRENT] | | Robust model-to-data comparisons |
wip/py-utilib_component_core [CURRENT] | | The PyUtilib Component Architecture |
wip/py-odesys [CURRENT] | | Straightforward numerical integration of ODE systems from SymPy |
wip/tmva [CURRENT] | | Toolkit for Multivariate Data Analysis with ROOT |
wip/nsc2ke [CURRENT] | | Navier-Stokes solver |
wip/py-scitools [CURRENT] | | Python library for scientific computing |
wip/py-tklsystem [CURRENT] | | Tkinter interface to work with L-System equations |
wip/py-rpncalc [CURRENT] | | RPN Calculator For Python |
wip/linbox [CURRENT] | | LinBox: exact computational linear algebra |
wip/py-cma [CURRENT] | | Covariance Matrix Adaptation Evolution Strategy for non-linear |
wip/mtrxmath [CURRENT] | | Small tool for matrix mathematics |
wip/py-hydrointerp [CURRENT] | | Function for interpolating hydrologic features |
wip/py-bxa [CURRENT] | | Bayesian X-ray spectral analysis |
wip/spai [CURRENT] | | Sparse Approximate Inverses |
wip/py-metrics [CURRENT] | | Metrics for python files |
wip/probcons [CURRENT] | | Probabilistic Consistency-based Multiple Alignment of Amino Acid Sequences |
wip/spatt [CURRENT] | | Statistics for Patterns |
wip/py-hessianfree [CURRENT] | | Hessian-free optimization for deep networks |
wip/py-calphad [CURRENT] | | Thermodynamic models, calculating phase diagrams |
wip/py-scikit-monaco [CURRENT] | | Python modules for Monte Carlo integration |
wip/py-qmath [CURRENT] | | Provides a class for deal with quaternion algebra and 3D rotation |
wip/py-mathjspy [CURRENT] | | Evaluate mathematical expressions in the same manner as MathJS |
wip/py-spglib [CURRENT] | | Python bindings for finding and handling crystal symmetries |
wip/py-z2pack [CURRENT] | | Computation of topological numbers of band-structures |
wip/py-qsymm [CURRENT] | | Symmetry finder and symmetric Hamiltonian generator |
wip/thepeg [CURRENT] | | Toolkit for High Energy Physics Event Generation |
wip/py-rebound [CURRENT] | | Open-source multi-purpose N-body code |
wip/py-scs [CURRENT] | | Scs: splittling cone solver |
wip/py-pypol [CURRENT] | | Python module to manage monomials and polynomials |
wip/py-otb [CURRENT] | | Utility functions for scientific numerical computation |
wip/py-quantities [CURRENT] | | Support for physical quantities with units, based on numpy |
wip/py-multivar-horner [CURRENT] | | Multivariate Horner scheme for evaluating multivariate polynomials |
wip/py-cmtoolkit [CURRENT] | | Unofficial Python port of the conformalmapping MATLAB toolbox |
wip/tvmet [CURRENT] | | Tiny Vector and Matrix template library |
wip/libzn-poly [CURRENT] | | Libzn_poly is a C library for polynomial arithmetic in Z/nZ[x] |
wip/py-cnfgen [CURRENT] | | CNF formula generator |
wip/py-fiona [CURRENT] | | Fiona reads and writes spatial data files |
wip/py-pymbolic [CURRENT] | | Python package for symbolic computation |
wip/py-debinning [CURRENT] | | The bias inherent when binning data into histograms |
wip/py-algopy [CURRENT] | | ALGOPY: Taylor Arithmetic Computation and Algorithmic Differentiation |
wip/py-ecspy [CURRENT] | | Framework for creating evolutionary computations in Python |
wip/py-scikit-nano [CURRENT] | | Python toolkit for generating nano-structures |
wip/py-chaospy [CURRENT] | | Numerical tool for perfroming uncertainty quantification |
wip/py-upsilon [CURRENT] | | Automated Classification of Periodic Variable Stars |
wip/py-qnet [CURRENT] | | Tools for symbolically analyzing quantum feedback networks |
wip/py-qexpy [CURRENT] | | Analysis and data plotting aimed at undergraduate physics |
wip/palp [CURRENT] | | Analyzing lattice polytopes |
math/py-patsy [CURRENT] | | Python package for describing statistical models |
wip/py-polynomial [CURRENT] | | Package defining mathematical single-variable polynomials |
wip/fastjet [CURRENT] | | Software package for jet finding in pp and e+e- collisions |
wip/py-poissongeometry [CURRENT] | | Local Poisson-Nijenhuis calculus on Poisson manifolds |
wip/libncl [CURRENT] | | The NEXUS Class Library is a C++ library for parsing NEXUS files |
wip/py-louvain [CURRENT] | | Methods of community detection in large networks |
wip/py-gpy [CURRENT] | | The Gaussian Process Toolbox |
wip/fxrays [CURRENT] | | Computes extremal rays with filtering |
wip/py-prody [CURRENT] | | Python Package for Protein Dynamics Analysis |
wip/py-gravipy [CURRENT] | | Tensor Calculus Package for General Relativity |
wip/py-grtipy [CURRENT] | | General Relativity toolbox in python |
wip/py-constraint [CURRENT] | | Python module implementing support for handling CSPs |
wip/py-scipy-data_fitting [CURRENT] | | Data fitting system with SciPy |
wip/py-gratelpy [CURRENT] | | Graph theoretic linear stability analysis |
wip/depsolver [CURRENT] | | Multimaterial 3D electrostatic solver |
wip/py-utilib_component_config [CURRENT] | | Extensions for configuring components in PyUtilib |
wip/py-fdasrsf [CURRENT] | | Functional data analysis using the square root slope framework |
wip/py-raphrase [CURRENT] | | Linguistics-related library |
wip/py-lifelines [CURRENT] | | Including Kaplan Meier, Nelson Aalen and regression |
wip/py-pysb [CURRENT] | | Python Systems Biology modeling framework |
wip/py-smop [CURRENT] | | Matlab/Octave to Python compiler |
wip/ised [CURRENT] | | Tool for generating number sequences and arithmetic evaluation |
wip/py-goreutilities [CURRENT] | | Some utility functions useful for GoreLab members |
wip/py-pweave [CURRENT] | | Scientific reports with embedded python computations |
wip/py-pydy-viz [CURRENT] | | Browser based 3D visualization of multibody simulations |
wip/liboglappth [CURRENT] | | Support libraries of science/ghemical port |
wip/py-sym [CURRENT] | | Unified wrapper for symbolic manipulation libraries in Python |
wip/py-qiskit [CURRENT] | | Software for developing quantum computing programs |
wip/py-qutip [CURRENT] | | Quantum Toolbox in Python |
wip/py-toeplitz [CURRENT] | | Wrapper for fortran 90 toeplitz package |
wip/py-viz-comms [CURRENT] | | Bidirectional communication for the PyViz ecosystem |
wip/py-tinyarray [CURRENT] | | Arrays of numbers for Python, optimized for small sizes |
wip/flint [CURRENT] | | Fast Library for Number Theory |
wip/py-sofa [CURRENT] | | Python ctypes wrapper around the SOFA astronomical library |
wip/py-amply [CURRENT] | | Allows you to load and manipulate AMPL/GLPK data as Python |
wip/dune-istl [CURRENT] | | Iterative Solver Template Library |
math/py-netCDF4 [CURRENT] | | Object-oriented python interface to netCDF version 4 |
wip/picosat [CURRENT] | | SAT solver with proof and core support |
wip/py-EMpy [CURRENT] | | Suite of numerical algorithms widely used in electromagnetism |
wip/py-acq4 [CURRENT] | | Neurophysiology acquisition and analysis platform |
wip/py-aerocalc [CURRENT] | | Aeronautical Engineering Calculations |
wip/py-affine [CURRENT] | | Matrices describing affine transformation of the plane |
wip/getdp [CURRENT] | | General environment for the treatment of discrete problems |
wip/py-blaze [CURRENT] | | NumPy and Pandas interface to Big Data |
wip/py-chainer [CURRENT] | | Flexible framework of neural networks |
wip/py-chealpy [CURRENT] | | Python Binding of chealpix |
wip/clasp [CURRENT] | | Answer set solver for normal and disjunctive logic programs |
wip/py-clnum [CURRENT] | | Rational and arbitrary precision floating point numbers |
wip/nyh-hoc [CURRENT] | | High Order Calculator |
wip/py-cogent [CURRENT] | | Cogent A toolkit for statistical analysis of biological sequences |
wip/alberta [CURRENT] | | Adaptive hierarchical finite element toolbox |
wip/py-concepts [CURRENT] | | Formal Concept Analysis with Python |
wip/py-csb [CURRENT] | | Computational Structural Biology Toolbox |
wip/py-dcpf [CURRENT] | | Python device communications protocol framework |
wip/py-dimarray [CURRENT] | | Numpy array with labelled dimensions and axes, dimension |
wip/py-cesium [CURRENT] | | Machine Learning for Time Series Analysis Platform |
wip/py-dolo [CURRENT] | | Economic modelling in Python |
wip/dune-geometry [CURRENT] | | Includes everything related to the DUNE reference elements |
wip/py-fluiddyn [CURRENT] | | Framework for studying fluid dynamics. |
wip/minuit2 [CURRENT] | | MINUIT is a physics analysis tool for function minimization |
wip/py-da [CURRENT] | | Pyda is a general object-oriented data assimilation package |
wip/py-goulib [CURRENT] | | Library of useful Python code for scientific + technical applications |
wip/py-icane [CURRENT] | | Python wrapper for ICANE Statistical Data and Metadata API |
wip/py-jelly [CURRENT] | | Abstraction layer for running numerical hydrodynamics software |
wip/py-lenstools [CURRENT] | | Toolkit for Weak Gravitational Lensing analysis |
wip/py-linop [CURRENT] | | Pythonic abstraction for linear mathematical operators |
wip/py-mailingstats [CURRENT] | | Mailing List Stats is a tool to parse and analyze mail boxes |
wip/py-mapy-package [CURRENT] | | Modeling and Analysis in Python |
wip/py-math-braid [CURRENT] | | Pure python braid group implementation based on sympy |
math/py-abcpmc [CURRENT] | | Approximate Bayesian Computation Population Monte Carlo |
wip/libfplll [CURRENT] | | Library for LLL-reduction of Euclidean lattices |
wip/py-ncomb [CURRENT] | | Python combinatorics library |
wip/py-neurolab [CURRENT] | | Simple and powerfull neural network library for python |
wip/py-gts [CURRENT] | | Python bindings for GNU Triangulated Surface Library |
wip/libecc [CURRENT] | | C++ elliptic curve library |
wip/py-oasa [CURRENT] | | Python library for manipulation of chemical formats |
wip/py-optlang [CURRENT] | | Formulate optimization problems and solve using SymPy |
wip/lhapdf [CURRENT] | | Les Houches Accord PDF library and interface |
wip/xtensor [CURRENT] | | Multi-dimensional arrays with broadcasting and lazy computing |
wip/bagel [CURRENT] | | Domain specific compiler for lattice QCD |
wip/py-paida [CURRENT] | | Pure Python scientific analysis package |
wip/py-pykit-shared [CURRENT] | | Collection of modules shared amongst my other projects |
wip/py-pyphant [CURRENT] | | Workflow modelling app |
math/py-xarray [CURRENT] | | N-D labeled arrays and datasets in Python |
wip/py-quaternionarray [CURRENT] | | Python package for fast quaternion arrays math |
wip/py-radontea [CURRENT] | | Collection of algorithms to compute the inverse Radon transform |
wip/probe [CURRENT] | | ProBE is an animator for CSP processes |
wip/py-atmos [CURRENT] | | Atmospheric sciences utility library |
wip/py-cclib [CURRENT] | | Parsers and algorithms for computational chemistry |
wip/py-sfg [CURRENT] | | Python package for symbolic signal flow graph analysis |
wip/py-cxnet [CURRENT] | | Complex networks in education |
wip/py-dynamicisttoolkit [CURRENT] | | Various tools for theoretical and experimental dynamics |
wip/atompaw [CURRENT] | | Projector Augmented Wave code for electronic structure calculations |
wip/py-sode [CURRENT] | | Python/Cython lib for solving Stochastic Ordinary Differential Equations |
wip/py-holoviews [CURRENT] | | Plotting your data annotate your data and let it visualize itself |
wip/py-spatious [CURRENT] | | Distance and geometry utilities |
wip/py-ncpol2sdpa [CURRENT] | | Converter from noncommutative variables to sparse SDPA |
wip/py-feyn [CURRENT] | | Easy-to-use Python library to help physicists draw Feynman diagrams |
wip/py-poisson-approval [CURRENT] | | Poisson Approval studies the Poisson Game of Approval Voting |
wip/py-ibmiotf [CURRENT] | | Python Client for IBM Watson IoT Platform |
wip/mppp [CURRENT] | | Multiprecision for modern C++ |
wip/adept [CURRENT] | | Combined automatic differentiation and array library for C++ |
math/py-scikit-image [CURRENT] | | Image processing routines for SciPy |
wip/mopac7 [CURRENT] | | Semi-empirical Quantum Chemistry Library |
wip/lrslib [CURRENT] | | Enumerate vertices and extreme rays of a convex polyhedron |
wip/py-mpop [CURRENT] | | Meteorological post processing package |
wip/py-vegas [CURRENT] | | Tools for adaptive multidimensional Monte Carlo integration |
wip/gm2calc [CURRENT] | | Calculation of the anomalous magnetic moment of the muon |
wip/symbolic++ [CURRENT] | | C++ and POO programming to develop a computer algebra system |
wip/orbifolder [CURRENT] | | Study the Low Energy Effective Theory of Heterotic Orbifolds |
wip/py-stats-arrays [CURRENT] | | Standard NumPy array interface for defining uncertain parameters |
wip/py-markovchain [CURRENT] | | Simple markov chain implementation |
wip/py-colorpy [CURRENT] | | Handling physical descriptions of color and light spectra |
wip/py-debacl [CURRENT] | | Density-Based Clustering |
wip/py-inspyred [CURRENT] | | Bio-inspired computational intelligence algorithms in Python |
wip/py-jitcdde [CURRENT] | | Just-in-Time Compilation for Delay Differential Equations |
wip/py-nimfa [CURRENT] | | Python Library for Nonnegative Matrix Factorization Techniques |
wip/py-arxiv-connections [CURRENT] | | Python package used to visualize academics and find related people |
wip/py-semopy [CURRENT] | | Structural Equation Modeling Optimization in Python |
wip/py-talk2stat [CURRENT] | | Python package to communicate with statistical software |
wip/py-cosmoTransitions [CURRENT] | | Zero-temperature cosmological phase transitions |
wip/py-dit [CURRENT] | | Python package for information theory |
wip/py-fcsparser [CURRENT] | | Python package for reading raw fcs files |
wip/py-jitcode [CURRENT] | | Just-in-Time Compilation for Ordinary Differential Equations |
wip/py-kineticlib [CURRENT] | | Library for kinetic theory calculations in the multi-temperature |
wip/py-nibabel [CURRENT] | | Access a multitude of neuroimaging data formats |
wip/py-numpoly [CURRENT] | | Polynomials as a numpy datatype |
wip/py-psychopy [CURRENT] | | Psychology and neuroscience software in python |
wip/py-pysph [CURRENT] | | General purpose Smoothed Particle Hydrodynamics framework |
wip/py-scikits_image [CURRENT] | | Image processing routines for SciPy |
wip/py-sempy [CURRENT] | | Python implementation of the spectral element method |
wip/py-utilib_math [CURRENT] | | PyUtilib math utilities |
wip/py-sunpy [CURRENT] | | Python for Solar Physicists |
wip/py-ppscore [CURRENT] | | Python implementation of the Predictive Power Score |
wip/py-pyon [CURRENT] | | Lattice QCD library including statistical, fitting, plotting functions |
wip/py-scimath [CURRENT] | | Scientific and Mathematical calculations |
wip/py-pyquante [CURRENT] | | Quantum chemistry in Python |
wip/py-sdt_metrics [CURRENT] | | Signal Detection Theory (SDT) metrics for Python |
wip/jason [CURRENT] | | Java-based interpreter for an extended version of AgentSpeak |
wip/py-gensim [CURRENT] | | Python framework for fast Vector Space Modelling |
wip/py-varify [CURRENT] | | Clinical DNA Sequencing Analysis and Data Discovery |
wip/py-rainbownum [CURRENT] | | Python package to solve anti-Schur equations |
wip/py-constructive-geometries [CURRENT] | | Simple tools to define world locations from a set of topological faces and set algebra |
wip/py-larlib [CURRENT] | | Linear algebraic representation of topology and geometry |
wip/py-vispy [CURRENT] | | Interactive visualization in Python |
wip/py-gotran [CURRENT] | | Declarative language describing ordinary differential equations |
wip/oslc [CURRENT] | | Open Source License Checker |
wip/py-luminous [CURRENT] | | Optical Transfer Matrix and simple Quantum Well modelling |
wip/py-pydelay [CURRENT] | | Translates a system of delay differential equations (DDEs) |
wip/py-opensimplex [CURRENT] | | OpenSimplex n-dimensional gradient noise function. |
devel/py-cytoolz [CURRENT] | | Cython Toolz High performance functional utilities |
devel/py-joblib [CURRENT] | | Set of tools to provide lightweight pipelining |
devel/py-h5py [CURRENT] | | Python interface to the HDF5 library |
wip/py-qit [CURRENT] | | Quantum Information Toolkit |
wip/dispred [CURRENT] | | Tools for calculating DIS cross sections at LO and NLO in QCD |
wip/py-solpy [CURRENT] | | Solar Performance and Design library |
wip/py-numdifftools [CURRENT] | | Solves automatic numerical differentiation problems |
wip/etos [CURRENT] | | Efficient technology of spike-sorting |
wip/py-clid [CURRENT] | | Simple vector mathematics library |
wip/py-decode [CURRENT] | | Dynamic programming toolkit |
wip/polylib [CURRENT] | | The polyhedral library - long int version |
wip/py-gosam [CURRENT] | | Automated One-Loop matrix element generator |
wip/py-irco [CURRENT] | | International Research Collaboration Graphs |
wip/py-mahotas [CURRENT] | | Mahotas: Computer Vision Library |
wip/csp2b [CURRENT] | | The csp2B Tool written in Moscow ML |
wip/py-cva [CURRENT] | | Calculus of Variations Solver |
wip/py-scikits_talkbox [CURRENT] | | Talkbox, a set of python modules for speech/signal processing |
wip/spot [CURRENT] | | Library for omega automata manipulation and model checking |
wip/py-geopandas [CURRENT] | | Geographic pandas extensions |
wip/py-vtk [CURRENT] | | PyVTK - tools for manipulating VTK files in Python |
wip/py-hepcrawl [CURRENT] | | Scrapy project for feeds into INSPIRE-HEP |
textproc/py-numpydoc [CURRENT] | | Sphinx extension to support docstrings in Numpy format |
math/py-statsmodels [CURRENT] | | Statistical computations and models for Python |
devel/why3 [CURRENT] | | Platform for deductive program verification |
wip/py-griddata [CURRENT] | | Interpolate irregularly spaced data to a grid |
wip/py-neuronpy [CURRENT] | | The NEURON simulator and analyzing neural data |
wip/py-cosmolopy [CURRENT] | | Python for Cosmology |
wip/py-symcxx [CURRENT] | | SymCXX is an experimental Python for symbolic manipulation |
wip/bertini [CURRENT] | | Software for Numerical Algebraic Geometry |
wip/py-pykit-sci [CURRENT] | | Collection of python modules for science |
wip/py-downhill [CURRENT] | | Stochastic optimization routines for Theano |
wip/agile [CURRENT] | | Interface for a variety of Fortran-based Monte Carlo generators |
wip/fftjet [CURRENT] | | Multiresolution jet reconstruction in the Fourier domain |
wip/py-divisi2 [CURRENT] | | Commonsense Reasoning over Semantic Networks |
wip/py-meshio [CURRENT] | | I/O for various mesh formats |
wip/py-complexsystems [CURRENT] | | Toolbox for Complex Sytems |
wip/py-hybridlfpy [CURRENT] | | Methods to calculate LFPs with spike events from network sim |
wip/py-delay [CURRENT] | | Python tool for solving delay differential equations |
wip/py-brian [CURRENT] | | Simulator for spiking neural networks |
wip/cddlib [CURRENT] | | C-library implementation of the Double Description Method |
wip/py-thermistor [CURRENT] | | Thermistor voltage to temperature and associated utilites |
wip/mmdb [CURRENT] | | Macromolecular coordinate library |
wip/py-cosat [CURRENT] | | bindings to picosat (a SAT solver) |
wip/py-pyentropy [CURRENT] | | Python module for estimation information theoretic quantities |
wip/jmol [CURRENT] | | Jmol: an open-source Java viewer for chemical structures in 3D |
wip/py-dubins [CURRENT] | | Code to generate and manipulate dubins curves |
wip/py-scikits_scattpy [CURRENT] | | Light Scattering methods for Python |
wip/faast [CURRENT] | | Library for Fast Arithmetics in Artin-Schreier Towers |
wip/py-sparse [CURRENT] | | Sparse multi-dimensional arrays for the PyData ecosystem |
wip/py-symEnergy [CURRENT] | | Lagrange multiplier based energy market toy modeling framework |
wip/pythia6 [CURRENT] | | Program can be used to generate high-energy-physics events |
wip/rk [CURRENT] | | Relativistic Kinematics |
wip/py-arxvier [CURRENT] | | Unofficial API tool for arxiv.org scientific publications |
wip/elk [CURRENT] | | All-electron full-potential linearised augmented-planewave |
wip/aokell [CURRENT] | | AOKell is a Java implementation of the Fractal component model |
wip/pilemc-svn [CURRENT] | | Tool for the simulation of pile-up events at HepMC level |
wip/py-smcp [CURRENT] | | Python extension for solving sparse matrix cone programs |
wip/py-verilog [CURRENT] | | Python-based Hardware Design Processing Toolkit for Verilog HDL |
wip/py-sdeint [CURRENT] | | Numerical integration of stochastic differential equations |
wip/gappa [CURRENT] | | Formal tool for certifying numerical applications |
wip/py-twistml [CURRENT] | | TWItter STock market Machine Learning package |
wip/dvegas [CURRENT] | | Parallel Adaptive Monte Carlo Integration in C++ |
wip/py-descartes [CURRENT] | | Use geometric objects as matplotlib paths and patches |
wip/cubature [CURRENT] | | Multi-dimensional integration |
wip/py-math-snappy [CURRENT] | | Program for studying the topology and geometry of 3-manifolds |
wip/py-chemview [CURRENT] | | Interactive molecular viewer for IPython notebook |
wip/py-fanova [CURRENT] | | Functional ANOVA |
wip/py-cameo [CURRENT] | | Computer aided metabolic engineering & optimization |
wip/hepmcvisual [CURRENT] | | Interactive Browser for HepMC events |
wip/py-gem [CURRENT] | | Math library for game programming in python |
wip/py-nptdms [CURRENT] | | NumPy based module for reading TDMS files produced by LabView |
wip/py-fwarp [CURRENT] | | Tool to wrap Fortran 77/90/95 code in C, Cython & Python |
wip/py-cerridwen [CURRENT] | | Accurate solar system data for everyone |
wip/py-mdtraj [CURRENT] | | The analysis of molecular dynamics trajectories |
wip/gmm [CURRENT] | | Gmm++ is a generic C++ template library for sparse |
wip/py-pseudorandom [CURRENT] | | Generating pseudorandom condition/stimulus for psychological |
wip/py-pymatgen [CURRENT] | | Genomics is a robust materials analysis for structures and molecules |
wip/py-safersympify [CURRENT] | | Safer way to sympify unsanitized input |
wip/py-halp [CURRENT] | | Hypergraph Algorithms Package |
wip/spectra [CURRENT] | | Header-only C++ library for large scale eigenvalue problems |
wip/py-sppy [CURRENT] | | Sparse matrix package based on Eigen |
wip/py-fluids [CURRENT] | | Fluid dynamics component of Chemical Engineering Design Library |
wip/py-euclidean [CURRENT] | | Euclidean Geometry Library |
wip/libm4ri [CURRENT] | | Method of the Four Russians Inversion library, shared library |
wip/py-ssp [CURRENT] | | Python speech signal processing library for education |
wip/py-gdxcc [CURRENT] | | Python library to access and modify gdx files |
wip/polymul [CURRENT] | | Fast multivariate polynomial multiplication in C++ |
wip/py-qiskit-ignis [CURRENT] | | Qiskit tools for quantum information science |
wip/py-hdf5storage [CURRENT] | | Utilities to read/write Python types to/from HDF5 files |
wip/py-neqsys [CURRENT] | | Numerical solving of symbolic systems of non-linear equations |
wip/py-epipy [CURRENT] | | Python tools for epidemiology |
wip/py-gslodeiv2 [CURRENT] | | Python binding for odeiv2 in GNU Scientific Library (GSL) |
wip/py-hickle [CURRENT] | | Hickle - an HDF5 based version of pickle |
wip/py-escher [CURRENT] | | Build, view, share, and embed pathway maps |
wip/py-traits [CURRENT] | | Manifest typing and reactive programming for Python |
wip/py-poppy [CURRENT] | | Physical optics propagation for optical simulations |
wip/py-gauss [CURRENT] | | Python API for Analysis of Gaussian Quantum Chemical Compuations |
wip/py-spherical-functions [CURRENT] | | Implementation of Wigner D Matrices, spin-weighted spherical harmonics |
wip/qrint [CURRENT] | | Orthonormal integrators |
wip/py-quaternions [CURRENT] | | Package to handle quaternions |
wip/py-qubovert [CURRENT] | | Formulating, simulating,and solving problems in boolean and spin |
wip/schur [CURRENT] | | Calculating properties of Lie groups and symmetric functions |
wip/py-plink [CURRENT] | | Link Projection Editor |
wip/sector-decomposition [CURRENT] | | Used to compute numerically the Laurent expansion of Feynman integrals |
wip/py-sumatra [CURRENT] | | Tracking projects based on numerical simulation or analysis |
wip/jython [CURRENT] | | Python for the Java Platform |
wip/feynhiggs [CURRENT] | | Fortran code for the diagrammatic calculation of the masses |
wip/plasti [CURRENT] | | Plasti is a 2D ALE (Arbitrary Lagrangian Eulerian) code |
wip/py-qitensor [CURRENT] | | Quantum Hilbert Space Tensors in Python and Sage |
wip/py-numberjack [CURRENT] | | Python platform for combinatorial optimization |
wip/cmetrics [CURRENT] | | Size and complexity metrics for C source code files |
wip/qcdloop [CURRENT] | | Repository of one-loop scalar Feynman integrals |
wip/py-delny [CURRENT] | | Python module for delaunay triangulation |
wip/cliquer [CURRENT] | | C routines for finding cliques in an arbitrary weighted graph |
wip/py-nupic [CURRENT] | | Numenta Platform for Intelligent Computing |
wip/herwig [CURRENT] | | Monte Carlo package for simulating Hadron Emission Reactions |
wip/py-fssa [CURRENT] | | Package for finite-size scaling analysis at phase transitions |
wip/py-parakeet [CURRENT] | | Runtime compiler for numerical Python |
wip/py-pseudopy [CURRENT] | | Compute and visualize pseudospectra of matrices |
wip/py-traceInv [CURRENT] | | Computes the trace of the inverse of matrix or linear matrix function |
wip/py-julio [CURRENT] | | Python Implementation of the Fractal Specification |
wip/py-gwsurrogate [CURRENT] | | Easy to use interface to gravitational wave surrogate models |
wip/py-qequ [CURRENT] | | Command-line quadratic equation solver |
wip/py-rf [CURRENT] | | Receiver function calculation in seismology |
wip/lbt [CURRENT] | | Converts from LTL formulas to Büchi automata |
wip/py-exocode [CURRENT] | | Automation of debris disk detection |
wip/py-idx2numpy [CURRENT] | | Provides tools to convert files to and from IDX format |
wip/py-sym2num [CURRENT] | | Sympy to numpy code generator |
wip/py-lcapy [CURRENT] | | Symbolic linear circuit analysis |
wip/py-chaos [CURRENT] | | UIC REU on Chaos, Fractals and Complex Dynamics |
wip/py-qiskit-aqua [CURRENT] | | Qiskit Aqua: An extensible library of quantum computing algorithms |
wip/py-cobrapy [CURRENT] | | Package for constraints-based modeling of biological networks |
wip/py-topkapi [CURRENT] | | TOPKAPI hydrological model in Python |
wip/simpa [CURRENT] | | Agent-oriented framework for concurrent, multi-core, distributed programming |
wip/py-gerrychain [CURRENT] | | Markov chain Monte Carlo to analyze districting plans and gerrymanders |
wip/libode [CURRENT] | | Open Dynamics Engine |
wip/py-neupy [CURRENT] | | Artificial Neural Network library implemented in Python |
wip/py-pyflation [CURRENT] | | Calculating cosmological perturbations during an inflationary |
wip/py-spatialdata [CURRENT] | | Spatialdata provides transformations among coordinate systems |
wip/py-riccipy [CURRENT] | | Tensor algebra calculator for General Relativity |
wip/libpsurface [CURRENT] | | Library that handles piecewise linear bijections |
wip/py-corrfitter [CURRENT] | | Utilities for fitting correlators in lattice QCD |
wip/py-adsbibdesk [CURRENT] | | Add papers from arxiv.org or NASA/SAO ADS to your BibDesk bibliography |
wip/libqd [CURRENT] | | Double-double and quad-double package for Fortran and C++ |
wip/py-qupulse [CURRENT] | | Quantum compUting PULse parametrization and SEquencing framework |
wip/py-recluse [CURRENT] | | Reproducible Experimentation for Computational Linguistics Use |
wip/py-gvar [CURRENT] | | Utilities for manipulating Gaussian random variables |
wip/py-gnm [CURRENT] | | Python Gaussian Network Model |
wip/py-textx [CURRENT] | | Domain-Specific Languages and parsers in Python made easy |
wip/higgsbounds [CURRENT] | | Selection of Higgs sector predictions for any particular model |
wip/py-mdp [CURRENT] | | Modular toolkit for data processing |
wip/py-aopython [CURRENT] | | Aspect Oriented Python |
wip/py-mystic [CURRENT] | | Constrained non-convex optimization and uncertainty quantification |
wip/py-bigfloat [CURRENT] | | Arbitrary precision correctly-rounded floating point arithmetic |
wip/lie [CURRENT] | | Computer algebra package for Lie group computations |
wip/py-lds [CURRENT] | | Learning and inference for Gaussian linear dynamical systems |
wip/py-scikit-aero [CURRENT] | | Aeronautical engineering calculations in Python |
wip/py-flipper [CURRENT] | | Manipulating curves and measured laminations on surfaces |
wip/py-pysal [CURRENT] | | Python Spatial Analysis Library |
wip/givaro [CURRENT] | | C++ library for arithmetic and algebraic computations |
wip/py-repositoryhandler [CURRENT] | | RepositoryHandler is a python library for handling code repositories |
wip/py-tardis-sn [CURRENT] | | TARDIS - Temperature And Radiative Diffusion In Supernovae |
wip/py-gammafit [CURRENT] | | Derivation of non-thermal particle distributions MCMC spectraly |
wip/py-christofides [CURRENT] | | Christofides Algorithm for TSP |
wip/py-ahoy [CURRENT] | | Agent-based simulations of active particles |
wip/py-tracks [CURRENT] | | Analysis tools for Molecular Dynamics and Monte Carlo simulations |
wip/py-efmlrs [CURRENT] | | Extracts EFMs from result file of mplrs and decompresses EFMs |
wip/py-qecalc [CURRENT] | | Wrapper for Quantum Espresso |
wip/dune-common [CURRENT] | | Contains the basic classes used by all DUNE modules |
wip/py-wasanbon [CURRENT] | | Development Framework for Robotics Technology Middleware |
wip/py-metropack [CURRENT] | | Pack spheres in a finite space |
wip/petsc [CURRENT] | | Portable, Extensible Toolkit for Scientific Computation |
wip/libbrahe [CURRENT] | | Heterogeneous C library of interesting numeric functions |
wip/py-thermostat [CURRENT] | | Calculate connected thermostat savings |
wip/py-diffpy_pdffit2 [CURRENT] | | PDFfit2 - real space structure refinement program |
wip/py-formulaLab [CURRENT] | | Search Engine of Mathmatical Formulas Database |
wip/py-annarchy [CURRENT] | | Artificial Neural Networks architect |
wip/py-cxvpy [CURRENT] | | DSL for modeling convex optimization problems in Python |
wip/py-symlens [CURRENT] | | Symbolic Mode Coupling |
wip/py-pulp [CURRENT] | | PuLP is an LP modeler written in python |
devel/py-cython [pkgsrc-2010Q3] | | C-Extensions for Python |
devel/py-cython [pkgsrc-2010Q4] | | C-Extensions for Python |
devel/py-cython [pkgsrc-2011Q1] | | C-Extensions for Python |
devel/py-cython [pkgsrc-2011Q2] | | C-Extensions for Python |
devel/py-cython [pkgsrc-2011Q3] | | C-Extensions for Python |
biology/bodr [pkgsrc-2011Q4] | | Blue Obelisk Data Repository |
devel/py-cython [pkgsrc-2011Q4] | | C-Extensions for Python |
devel/py-cython [pkgsrc-2012Q1] | | C-Extensions for Python |
biology/bodr [pkgsrc-2012Q1] | | Blue Obelisk Data Repository |
biology/bodr [pkgsrc-2012Q2] | | Blue Obelisk Data Repository |
devel/py-cython [pkgsrc-2012Q2] | | C-Extensions for Python |
devel/py-cython [pkgsrc-2012Q3] | | C-Extensions for Python |
biology/bodr [pkgsrc-2012Q3] | | Blue Obelisk Data Repository |
biology/bodr [pkgsrc-2012Q4] | | Blue Obelisk Data Repository |
devel/py-cython [pkgsrc-2012Q4] | | C-Extensions for Python |
biology/bodr [pkgsrc-2013Q1] | | Blue Obelisk Data Repository |
devel/py-cython [pkgsrc-2013Q1] | | C-Extensions for Python |
biology/bodr [pkgsrc-2013Q2] | | Blue Obelisk Data Repository |
devel/py-cython [pkgsrc-2013Q2] | | C-Extensions for Python |
biology/bodr [pkgsrc-2013Q3] | | Blue Obelisk Data Repository |
devel/py-cython [pkgsrc-2013Q3] | | C-Extensions for Python |
devel/py-cython [pkgsrc-2013Q4] | | C-Extensions for Python |
biology/bodr [pkgsrc-2013Q4] | | Blue Obelisk Data Repository |
devel/py-cython [pkgsrc-2014Q1] | | C-Extensions for Python |
biology/bodr [pkgsrc-2014Q1] | | Blue Obelisk Data Repository |
devel/py-h5py [pkgsrc-2014Q1] | | Python interface to the HDF5 library |
devel/py-h5py [pkgsrc-2014Q2] | | Python interface to the HDF5 library |
devel/py-cython [pkgsrc-2014Q2] | | C-Extensions for Python |
biology/bodr [pkgsrc-2014Q2] | | Blue Obelisk Data Repository |
devel/py-h5py [pkgsrc-2014Q3] | | Python interface to the HDF5 library |
textproc/py-numpydoc [pkgsrc-2014Q3] | | Sphinx extension to support docstrings in Numpy format |
devel/py-cython [pkgsrc-2014Q3] | | C-Extensions for Python |
biology/bodr [pkgsrc-2014Q3] | | Blue Obelisk Data Repository |
devel/py-h5py [pkgsrc-2014Q4] | | Python interface to the HDF5 library |
devel/py-cython [pkgsrc-2014Q4] | | C-Extensions for Python |
biology/bodr [pkgsrc-2014Q4] | | Blue Obelisk Data Repository |
textproc/py-numpydoc [pkgsrc-2014Q4] | | Sphinx extension to support docstrings in Numpy format |
devel/py-h5py [pkgsrc-2015Q1] | | Python interface to the HDF5 library |
biology/bodr [pkgsrc-2015Q1] | | Blue Obelisk Data Repository |
devel/py-cython [pkgsrc-2015Q1] | | C-Extensions for Python |
textproc/py-numpydoc [pkgsrc-2015Q1] | | Sphinx extension to support docstrings in Numpy format |
devel/py-cython [pkgsrc-2015Q2] | | C-Extensions for Python |
textproc/py-numpydoc [pkgsrc-2015Q2] | | Sphinx extension to support docstrings in Numpy format |
devel/py-h5py [pkgsrc-2015Q2] | | Python interface to the HDF5 library |
biology/bodr [pkgsrc-2015Q2] | | Blue Obelisk Data Repository |
devel/py-cython [pkgsrc-2015Q3] | | C-Extensions for Python |
devel/py-h5py [pkgsrc-2015Q3] | | Python interface to the HDF5 library |
mail/ja-mh/pkgsrc/devel/py-h5py [pkgsrc-2015Q3] | | Python interface to the HDF5 library |
mail/ja-mh/pkgsrc/textproc/py-numpydoc [pkgsrc-2015Q3] | | Sphinx extension to support docstrings in Numpy format |
biology/bodr [pkgsrc-2015Q3] | | Blue Obelisk Data Repository |
mail/ja-mh/pkgsrc/devel/py-cython [pkgsrc-2015Q3] | | C-Extensions for Python |
mail/ja-mh/pkgsrc/biology/bodr [pkgsrc-2015Q3] | | Blue Obelisk Data Repository |
textproc/py-numpydoc [pkgsrc-2015Q3] | | Sphinx extension to support docstrings in Numpy format |
math/py-fftw [pkgsrc-2015Q4] | | Python bindings to the FFTW3 C-library |
devel/py-cython [pkgsrc-2015Q4] | | C-Extensions for Python |
devel/py-h5py [pkgsrc-2015Q4] | | Python interface to the HDF5 library |
biology/bodr [pkgsrc-2015Q4] | | Blue Obelisk Data Repository |
textproc/py-numpydoc [pkgsrc-2015Q4] | | Sphinx extension to support docstrings in Numpy format |
devel/py-cython [pkgsrc-2016Q1] | | C-Extensions for Python |
textproc/py-numpydoc [pkgsrc-2016Q1] | | Sphinx extension to support docstrings in Numpy format |
devel/py-h5py [pkgsrc-2016Q1] | | Python interface to the HDF5 library |
biology/bodr [pkgsrc-2016Q1] | | Blue Obelisk Data Repository |
math/py-fftw [pkgsrc-2016Q1] | | Python bindings to the FFTW3 C-library |
devel/py-h5py [pkgsrc-2016Q2] | | Python interface to the HDF5 library |
textproc/py-numpydoc [pkgsrc-2016Q2] | | Sphinx extension to support docstrings in Numpy format |
devel/py-cython [pkgsrc-2016Q2] | | C-Extensions for Python |
math/py-fftw [pkgsrc-2016Q2] | | Python bindings to the FFTW3 C-library |
biology/bodr [pkgsrc-2016Q2] | | Blue Obelisk Data Repository |
devel/py-h5py [pkgsrc-2016Q3] | | Python interface to the HDF5 library |
devel/py-cython [pkgsrc-2016Q3] | | C-Extensions for Python |
textproc/py-numpydoc [pkgsrc-2016Q3] | | Sphinx extension to support docstrings in Numpy format |
math/py-patsy [pkgsrc-2016Q3] | | Python package for describing statistical models |
math/py-fftw [pkgsrc-2016Q3] | | Python bindings to the FFTW3 C-library |
biology/bodr [pkgsrc-2016Q3] | | Blue Obelisk Data Repository |
math/py-statsmodels [pkgsrc-2016Q3] | | Statistical computations and models for use with SciPy |
math/py-abcpmc [pkgsrc-2016Q4] | | Approximate Bayesian Computation Population Monte Carlo |
biology/bodr [pkgsrc-2016Q4] | | Blue Obelisk Data Repository |
math/py-fftw [pkgsrc-2016Q4] | | Python bindings to the FFTW3 C-library |
math/py-patsy [pkgsrc-2016Q4] | | Python package for describing statistical models |
math/py-statsmodels [pkgsrc-2016Q4] | | Statistical computations and models for use with SciPy |
textproc/py-numpydoc [pkgsrc-2016Q4] | | Sphinx extension to support docstrings in Numpy format |
devel/py-cython [pkgsrc-2016Q4] | | C-Extensions for Python |
devel/py-h5py [pkgsrc-2016Q4] | | Python interface to the HDF5 library |
textproc/py-numpydoc [pkgsrc-2017Q1] | | Sphinx extension to support docstrings in Numpy format |
math/py-statsmodels [pkgsrc-2017Q1] | | Statistical computations and models for use with SciPy |
math/py-patsy [pkgsrc-2017Q1] | | Python package for describing statistical models |
devel/py-h5py [pkgsrc-2017Q1] | | Python interface to the HDF5 library |
biology/bodr [pkgsrc-2017Q1] | | Blue Obelisk Data Repository |
math/py-abcpmc [pkgsrc-2017Q1] | | Approximate Bayesian Computation Population Monte Carlo |
math/py-fftw [pkgsrc-2017Q1] | | Python bindings to the FFTW3 C-library |
math/py-abcpmc [pkgsrc-2017Q2] | | Approximate Bayesian Computation Population Monte Carlo |
math/py-patsy [pkgsrc-2017Q2] | | Python package for describing statistical models |
math/py-fftw [pkgsrc-2017Q2] | | Python bindings to the FFTW3 C-library |
devel/py-h5py [pkgsrc-2017Q2] | | Python interface to the HDF5 library |
biology/bodr [pkgsrc-2017Q2] | | Blue Obelisk Data Repository |
textproc/py-numpydoc [pkgsrc-2017Q2] | | Sphinx extension to support docstrings in Numpy format |
math/py-statsmodels [pkgsrc-2017Q2] | | Statistical computations and models for use with SciPy |
math/py-patsy [pkgsrc-2017Q3] | | Python package for describing statistical models |
devel/py-h5py [pkgsrc-2017Q3] | | Python interface to the HDF5 library |
math/py-abcpmc [pkgsrc-2017Q3] | | Approximate Bayesian Computation Population Monte Carlo |
biology/bodr [pkgsrc-2017Q3] | | Blue Obelisk Data Repository |
math/py-statsmodels [pkgsrc-2017Q3] | | Statistical computations and models for use with SciPy |
math/py-fftw [pkgsrc-2017Q3] | | Python bindings to the FFTW3 C-library |
textproc/py-numpydoc [pkgsrc-2017Q3] | | Sphinx extension to support docstrings in Numpy format |
biology/bodr [pkgsrc-2017Q4] | | Blue Obelisk Data Repository |
devel/py-h5py [pkgsrc-2017Q4] | | Python interface to the HDF5 library |
math/py-abcpmc [pkgsrc-2017Q4] | | Approximate Bayesian Computation Population Monte Carlo |
math/py-fftw [pkgsrc-2017Q4] | | Python bindings to the FFTW3 C-library |
math/py-scikit-image [pkgsrc-2017Q4] | | Image processing routines for SciPy |
textproc/py-numpydoc [pkgsrc-2017Q4] | | Sphinx extension to support docstrings in Numpy format |
math/py-patsy [pkgsrc-2017Q4] | | Python package for describing statistical models |
math/py-statsmodels [pkgsrc-2017Q4] | | Statistical computations and models for use with SciPy |
math/py-statsmodels [pkgsrc-2018Q1] | | Statistical computations and models for use with SciPy |
devel/py-h5py [pkgsrc-2018Q1] | | Python interface to the HDF5 library |
math/py-scikit-image [pkgsrc-2018Q1] | | Image processing routines for SciPy |
math/py-abcpmc [pkgsrc-2018Q1] | | Approximate Bayesian Computation Population Monte Carlo |
math/py-fftw [pkgsrc-2018Q1] | | Python bindings to the FFTW3 C-library |
biology/bodr [pkgsrc-2018Q1] | | Blue Obelisk Data Repository |
textproc/py-numpydoc [pkgsrc-2018Q1] | | Sphinx extension to support docstrings in Numpy format |
math/py-patsy [pkgsrc-2018Q1] | | Python package for describing statistical models |
textproc/py-numpydoc [pkgsrc-2018Q2] | | Sphinx extension to support docstrings in Numpy format |
math/py-abcpmc [pkgsrc-2018Q2] | | Approximate Bayesian Computation Population Monte Carlo |
math/py-fftw [pkgsrc-2018Q2] | | Python bindings to the FFTW3 C-library |
math/py-statsmodels [pkgsrc-2018Q2] | | Statistical computations and models for use with SciPy |
math/py-patsy [pkgsrc-2018Q2] | | Python package for describing statistical models |
math/py-scikit-image [pkgsrc-2018Q2] | | Image processing routines for SciPy |
devel/py-h5py [pkgsrc-2018Q2] | | Python interface to the HDF5 library |
biology/bodr [pkgsrc-2018Q2] | | Blue Obelisk Data Repository |
math/py-Theano [pkgsrc-2018Q3] | | Optimizing compiler for evaluating mathematical expressions |
textproc/py-numpydoc [pkgsrc-2018Q3] | | Sphinx extension to support docstrings in Numpy format |
math/py-statsmodels [pkgsrc-2018Q3] | | Statistical computations and models for use with SciPy |
math/py-fftw [pkgsrc-2018Q3] | | Python bindings to the FFTW3 C-library |
math/py-patsy [pkgsrc-2018Q3] | | Python package for describing statistical models |
devel/py-joblib [pkgsrc-2018Q3] | | Set of tools to provide lightweight pipelining |
biology/bodr [pkgsrc-2018Q3] | | Blue Obelisk Data Repository |
math/py-scikit-image [pkgsrc-2018Q3] | | Image processing routines for SciPy |
devel/py-h5py [pkgsrc-2018Q3] | | Python interface to the HDF5 library |
math/py-abcpmc [pkgsrc-2018Q3] | | Approximate Bayesian Computation Population Monte Carlo |
devel/py-joblib [pkgsrc-2018Q4] | | Set of tools to provide lightweight pipelining |
textproc/py-numpydoc [pkgsrc-2018Q4] | | Sphinx extension to support docstrings in Numpy format |
biology/bodr [pkgsrc-2018Q4] | | Blue Obelisk Data Repository |
math/py-statsmodels [pkgsrc-2018Q4] | | Statistical computations and models for use with SciPy |
math/py-fftw [pkgsrc-2018Q4] | | Python bindings to the FFTW3 C-library |
math/py-scikit-image [pkgsrc-2018Q4] | | Image processing routines for SciPy |
math/py-abcpmc [pkgsrc-2018Q4] | | Approximate Bayesian Computation Population Monte Carlo |
math/py-patsy [pkgsrc-2018Q4] | | Python package for describing statistical models |
devel/py-h5py [pkgsrc-2018Q4] | | Python interface to the HDF5 library |
math/py-Theano [pkgsrc-2018Q4] | | Optimizing compiler for evaluating mathematical expressions |
devel/py-joblib [pkgsrc-2019Q1] | | Set of tools to provide lightweight pipelining |
math/py-Theano [pkgsrc-2019Q1] | | Optimizing compiler for evaluating mathematical expressions |
math/py-abcpmc [pkgsrc-2019Q1] | | Approximate Bayesian Computation Population Monte Carlo |
math/py-patsy [pkgsrc-2019Q1] | | Python package for describing statistical models |
devel/py-h5py [pkgsrc-2019Q1] | | Python interface to the HDF5 library |
biology/bodr [pkgsrc-2019Q1] | | Blue Obelisk Data Repository |
textproc/py-numpydoc [pkgsrc-2019Q1] | | Sphinx extension to support docstrings in Numpy format |
math/py-scikit-image [pkgsrc-2019Q1] | | Image processing routines for SciPy |
math/py-statsmodels [pkgsrc-2019Q1] | | Statistical computations and models for use with SciPy |
math/py-fftw [pkgsrc-2019Q1] | | Python bindings to the FFTW3 C-library |
devel/py-h5py [pkgsrc-2019Q2] | | Python interface to the HDF5 library |
math/py-fftw [pkgsrc-2019Q2] | | Python bindings to the FFTW3 C-library |
textproc/py-numpydoc [pkgsrc-2019Q2] | | Sphinx extension to support docstrings in Numpy format |
math/py-statsmodels [pkgsrc-2019Q2] | | Statistical computations and models for use with SciPy |
devel/py-joblib [pkgsrc-2019Q2] | | Set of tools to provide lightweight pipelining |
math/py-patsy [pkgsrc-2019Q2] | | Python package for describing statistical models |
biology/bodr [pkgsrc-2019Q2] | | Blue Obelisk Data Repository |
math/py-scikit-image [pkgsrc-2019Q2] | | Image processing routines for SciPy |
math/py-Theano [pkgsrc-2019Q2] | | Optimizing compiler for evaluating mathematical expressions |
math/py-abcpmc [pkgsrc-2019Q2] | | Approximate Bayesian Computation Population Monte Carlo |
math/py-fftw [pkgsrc-2019Q3] | | Python bindings to the FFTW3 C-library |
math/py-xarray [pkgsrc-2019Q3] | | N-D labeled arrays and datasets in Python |
biology/bodr [pkgsrc-2019Q3] | | Blue Obelisk Data Repository |
devel/py-h5py [pkgsrc-2019Q3] | | Python interface to the HDF5 library |
devel/py-joblib [pkgsrc-2019Q3] | | Set of tools to provide lightweight pipelining |
math/py-Theano [pkgsrc-2019Q3] | | Optimizing compiler for evaluating mathematical expressions |
textproc/py-numpydoc [pkgsrc-2019Q3] | | Sphinx extension to support docstrings in Numpy format |
math/py-patsy [pkgsrc-2019Q3] | | Python package for describing statistical models |
math/py-abcpmc [pkgsrc-2019Q3] | | Approximate Bayesian Computation Population Monte Carlo |
math/py-statsmodels [pkgsrc-2019Q3] | | Statistical computations and models for use with SciPy |
math/py-scikit-image [pkgsrc-2019Q3] | | Image processing routines for SciPy |
devel/py-h5py [pkgsrc-2019Q4] | | Python interface to the HDF5 library |
math/py-scikit-image [pkgsrc-2019Q4] | | Image processing routines for SciPy |
math/py-netCDF4 [pkgsrc-2019Q4] | | Object-oriented python interface to netCDF version 4 |
math/py-patsy [pkgsrc-2019Q4] | | Python package for describing statistical models |
math/py-fftw [pkgsrc-2019Q4] | | Python bindings to the FFTW3 C-library |
math/py-abcpmc [pkgsrc-2019Q4] | | Approximate Bayesian Computation Population Monte Carlo |
devel/py-joblib [pkgsrc-2019Q4] | | Set of tools to provide lightweight pipelining |
math/py-xarray [pkgsrc-2019Q4] | | N-D labeled arrays and datasets in Python |
biology/bodr [pkgsrc-2019Q4] | | Blue Obelisk Data Repository |
textproc/py-numpydoc [pkgsrc-2019Q4] | | Sphinx extension to support docstrings in Numpy format |
math/py-statsmodels [pkgsrc-2019Q4] | | Statistical computations and models for use with SciPy |
math/py-Theano [pkgsrc-2019Q4] | | Optimizing compiler for evaluating mathematical expressions |
math/py-abcpmc [pkgsrc-2020Q1] | | Approximate Bayesian Computation Population Monte Carlo |
math/py-patsy [pkgsrc-2020Q1] | | Python package for describing statistical models |
math/py-netCDF4 [pkgsrc-2020Q1] | | Object-oriented python interface to netCDF version 4 |
math/py-statsmodels [pkgsrc-2020Q1] | | Statistical computations and models for Python |
devel/py-joblib [pkgsrc-2020Q1] | | Set of tools to provide lightweight pipelining |
textproc/py-numpydoc [pkgsrc-2020Q1] | | Sphinx extension to support docstrings in Numpy format |
math/py-xarray [pkgsrc-2020Q1] | | N-D labeled arrays and datasets in Python |
math/py-fftw [pkgsrc-2020Q1] | | Python bindings to the FFTW3 C-library |
devel/py-h5py [pkgsrc-2020Q1] | | Python interface to the HDF5 library |
math/py-scikit-image [pkgsrc-2020Q1] | | Image processing routines for SciPy |
biology/bodr [pkgsrc-2020Q1] | | Blue Obelisk Data Repository |
math/py-Theano [pkgsrc-2020Q1] | | Optimizing compiler for evaluating mathematical expressions |
math/py-scikit-image [pkgsrc-2020Q2] | | Image processing routines for SciPy |
math/py-netCDF4 [pkgsrc-2020Q2] | | Object-oriented python interface to netCDF version 4 |
math/py-abcpmc [pkgsrc-2020Q2] | | Approximate Bayesian Computation Population Monte Carlo |
devel/py-joblib [pkgsrc-2020Q2] | | Set of tools to provide lightweight pipelining |
math/py-xarray [pkgsrc-2020Q2] | | N-D labeled arrays and datasets in Python |
biology/bodr [pkgsrc-2020Q2] | | Blue Obelisk Data Repository |
math/py-fftw [pkgsrc-2020Q2] | | Python bindings to the FFTW3 C-library |
math/py-patsy [pkgsrc-2020Q2] | | Python package for describing statistical models |
math/py-Theano [pkgsrc-2020Q2] | | Optimizing compiler for evaluating mathematical expressions |
textproc/py-numpydoc [pkgsrc-2020Q2] | | Sphinx extension to support docstrings in Numpy format |
devel/py-h5py [pkgsrc-2020Q2] | | Python interface to the HDF5 library |
math/py-statsmodels [pkgsrc-2020Q2] | | Statistical computations and models for Python |
devel/py-joblib [pkgsrc-2020Q3] | | Set of tools to provide lightweight pipelining |
biology/bodr [pkgsrc-2020Q3] | | Blue Obelisk Data Repository |
devel/py-h5py [pkgsrc-2020Q3] | | Python interface to the HDF5 library |
math/py-patsy [pkgsrc-2020Q3] | | Python package for describing statistical models |
math/py-scikit-image [pkgsrc-2020Q3] | | Image processing routines for SciPy |
math/py-xarray [pkgsrc-2020Q3] | | N-D labeled arrays and datasets in Python |
math/py-netCDF4 [pkgsrc-2020Q3] | | Object-oriented python interface to netCDF version 4 |
math/py-statsmodels [pkgsrc-2020Q3] | | Statistical computations and models for Python |
math/py-Theano [pkgsrc-2020Q3] | | Optimizing compiler for evaluating mathematical expressions |
math/py-abcpmc [pkgsrc-2020Q3] | | Approximate Bayesian Computation Population Monte Carlo |
math/py-fftw [pkgsrc-2020Q3] | | Python bindings to the FFTW3 C-library |
textproc/py-numpydoc [pkgsrc-2020Q3] | | Sphinx extension to support docstrings in Numpy format |
math/py-abcpmc [pkgsrc-2020Q4] | | Approximate Bayesian Computation Population Monte Carlo |
devel/py-cytoolz [pkgsrc-2020Q4] | | Cython Toolz High performance functional utilities |
math/py-patsy [pkgsrc-2020Q4] | | Python package for describing statistical models |
math/py-xarray [pkgsrc-2020Q4] | | N-D labeled arrays and datasets in Python |
biology/bodr [pkgsrc-2020Q4] | | Blue Obelisk Data Repository |
textproc/py-numpydoc [pkgsrc-2020Q4] | | Sphinx extension to support docstrings in Numpy format |
math/py-netCDF4 [pkgsrc-2020Q4] | | Object-oriented python interface to netCDF version 4 |
devel/py-joblib [pkgsrc-2020Q4] | | Set of tools to provide lightweight pipelining |
devel/py-h5py [pkgsrc-2020Q4] | | Python interface to the HDF5 library |
math/py-statsmodels [pkgsrc-2020Q4] | | Statistical computations and models for Python |
math/py-scikit-image [pkgsrc-2020Q4] | | Image processing routines for SciPy |
math/py-fftw [pkgsrc-2020Q4] | | Python bindings to the FFTW3 C-library |
math/py-Theano [pkgsrc-2020Q4] | | Optimizing compiler for evaluating mathematical expressions |
math/py-Theano [pkgsrc-2021Q1] | | Optimizing compiler for evaluating mathematical expressions |
math/py-xarray [pkgsrc-2021Q1] | | N-D labeled arrays and datasets in Python |
textproc/py-numpydoc [pkgsrc-2021Q1] | | Sphinx extension to support docstrings in Numpy format |
math/py-patsy [pkgsrc-2021Q1] | | Python package for describing statistical models |
devel/py-cytoolz [pkgsrc-2021Q1] | | Cython Toolz High performance functional utilities |
math/py-abcpmc [pkgsrc-2021Q1] | | Approximate Bayesian Computation Population Monte Carlo |
devel/py-h5py [pkgsrc-2021Q1] | | Python interface to the HDF5 library |
math/py-fftw [pkgsrc-2021Q1] | | Python bindings to the FFTW3 C-library |
math/py-scikit-image [pkgsrc-2021Q1] | | Image processing routines for SciPy |
math/py-statsmodels [pkgsrc-2021Q1] | | Statistical computations and models for Python |
biology/bodr [pkgsrc-2021Q1] | | Blue Obelisk Data Repository |
math/py-netCDF4 [pkgsrc-2021Q1] | | Object-oriented python interface to netCDF version 4 |
devel/py-joblib [pkgsrc-2021Q1] | | Set of tools to provide lightweight pipelining |
math/py-fftw [pkgsrc-2021Q2] | | Python bindings to the FFTW3 C-library |
math/py-patsy [pkgsrc-2021Q2] | | Python package for describing statistical models |
math/py-scikit-image [pkgsrc-2021Q2] | | Image processing routines for SciPy |
math/py-Theano [pkgsrc-2021Q2] | | Optimizing compiler for evaluating mathematical expressions |
math/py-netCDF4 [pkgsrc-2021Q2] | | Object-oriented python interface to netCDF version 4 |
textproc/py-numpydoc [pkgsrc-2021Q2] | | Sphinx extension to support docstrings in Numpy format |
math/py-abcpmc [pkgsrc-2021Q2] | | Approximate Bayesian Computation Population Monte Carlo |
devel/py-h5py [pkgsrc-2021Q2] | | Python interface to the HDF5 library |
biology/bodr [pkgsrc-2021Q2] | | Blue Obelisk Data Repository |
math/py-statsmodels [pkgsrc-2021Q2] | | Statistical computations and models for Python |
math/py-xarray [pkgsrc-2021Q2] | | N-D labeled arrays and datasets in Python |
devel/py-joblib [pkgsrc-2021Q2] | | Set of tools to provide lightweight pipelining |
devel/py-cytoolz [pkgsrc-2021Q2] | | Cython Toolz High performance functional utilities |
devel/py-joblib [pkgsrc-2021Q3] | | Set of tools to provide lightweight pipelining |
devel/py-h5py [pkgsrc-2021Q3] | | Python interface to the HDF5 library |
math/py-patsy [pkgsrc-2021Q3] | | Python package for describing statistical models |
math/py-xarray [pkgsrc-2021Q3] | | N-D labeled arrays and datasets in Python |
biology/bodr [pkgsrc-2021Q3] | | Blue Obelisk Data Repository |
math/py-Theano [pkgsrc-2021Q3] | | Optimizing compiler for evaluating mathematical expressions |
math/py-scikit-image [pkgsrc-2021Q3] | | Image processing routines for SciPy |
textproc/py-numpydoc [pkgsrc-2021Q3] | | Sphinx extension to support docstrings in Numpy format |
math/py-netCDF4 [pkgsrc-2021Q3] | | Object-oriented python interface to netCDF version 4 |
math/py-fftw [pkgsrc-2021Q3] | | Python bindings to the FFTW3 C-library |
math/py-abcpmc [pkgsrc-2021Q3] | | Approximate Bayesian Computation Population Monte Carlo |
math/py-statsmodels [pkgsrc-2021Q3] | | Statistical computations and models for Python |
devel/py-cytoolz [pkgsrc-2021Q3] | | Cython Toolz High performance functional utilities |
devel/py-cytoolz [pkgsrc-2021Q4] | | Cython Toolz High performance functional utilities |
textproc/py-numpydoc [pkgsrc-2021Q4] | | Sphinx extension to support docstrings in Numpy format |
math/py-fftw [pkgsrc-2021Q4] | | Python bindings to the FFTW3 C-library |
math/py-netCDF4 [pkgsrc-2021Q4] | | Object-oriented python interface to netCDF version 4 |
math/py-Theano [pkgsrc-2021Q4] | | Optimizing compiler for evaluating mathematical expressions |
math/py-scikit-image [pkgsrc-2021Q4] | | Image processing routines for SciPy |
devel/py-joblib [pkgsrc-2021Q4] | | Set of tools to provide lightweight pipelining |
devel/py-h5py [pkgsrc-2021Q4] | | Python interface to the HDF5 library |
math/py-abcpmc [pkgsrc-2021Q4] | | Approximate Bayesian Computation Population Monte Carlo |
biology/bodr [pkgsrc-2021Q4] | | Blue Obelisk Data Repository |
math/py-xarray [pkgsrc-2021Q4] | | N-D labeled arrays and datasets in Python |
math/py-statsmodels [pkgsrc-2021Q4] | | Statistical computations and models for Python |
math/py-patsy [pkgsrc-2021Q4] | | Python package for describing statistical models |
math/py-patsy [pkgsrc-2022Q1] | | Python package for describing statistical models |
biology/bodr [pkgsrc-2022Q1] | | Blue Obelisk Data Repository |
devel/py-joblib [pkgsrc-2022Q1] | | Set of tools to provide lightweight pipelining |
devel/py-cytoolz [pkgsrc-2022Q1] | | Cython Toolz High performance functional utilities |
math/py-netCDF4 [pkgsrc-2022Q1] | | Object-oriented python interface to netCDF version 4 |
math/py-scikit-image [pkgsrc-2022Q1] | | Image processing routines for SciPy |
math/py-abcpmc [pkgsrc-2022Q1] | | Approximate Bayesian Computation Population Monte Carlo |
math/py-statsmodels [pkgsrc-2022Q1] | | Statistical computations and models for Python |
textproc/py-numpydoc [pkgsrc-2022Q1] | | Sphinx extension to support docstrings in Numpy format |
devel/py-h5py [pkgsrc-2022Q1] | | Python interface to the HDF5 library |
math/py-xarray [pkgsrc-2022Q1] | | N-D labeled arrays and datasets in Python |
math/py-Theano [pkgsrc-2022Q1] | | Optimizing compiler for evaluating mathematical expressions |
math/py-patsy [pkgsrc-2022Q2] | | Python package for describing statistical models |
math/py-xarray [pkgsrc-2022Q2] | | N-D labeled arrays and datasets in Python |
devel/py-h5py [pkgsrc-2022Q2] | | Python interface to the HDF5 library |
math/py-scikit-image [pkgsrc-2022Q2] | | Image processing routines for SciPy |
math/py-statsmodels [pkgsrc-2022Q2] | | Statistical computations and models for Python |
devel/py-joblib [pkgsrc-2022Q2] | | Set of tools to provide lightweight pipelining |
devel/py-cytoolz [pkgsrc-2022Q2] | | Cython Toolz High performance functional utilities |
math/py-abcpmc [pkgsrc-2022Q2] | | Approximate Bayesian Computation Population Monte Carlo |
textproc/py-numpydoc [pkgsrc-2022Q2] | | Sphinx extension to support docstrings in Numpy format |
math/py-netCDF4 [pkgsrc-2022Q2] | | Object-oriented python interface to netCDF version 4 |
biology/bodr [pkgsrc-2022Q2] | | Blue Obelisk Data Repository |
math/py-Theano [pkgsrc-2022Q2] | | Optimizing compiler for evaluating mathematical expressions |
math/py-statsmodels [pkgsrc-2022Q3] | | Statistical computations and models for Python |
math/py-xarray [pkgsrc-2022Q3] | | N-D labeled arrays and datasets in Python |
biology/bodr [pkgsrc-2022Q3] | | Blue Obelisk Data Repository |
math/py-Theano [pkgsrc-2022Q3] | | Optimizing compiler for evaluating mathematical expressions |
math/py-patsy [pkgsrc-2022Q3] | | Python package for describing statistical models |
math/py-abcpmc [pkgsrc-2022Q3] | | Approximate Bayesian Computation Population Monte Carlo |
math/py-netCDF4 [pkgsrc-2022Q3] | | Object-oriented python interface to netCDF version 4 |
math/py-scikit-image [pkgsrc-2022Q3] | | Image processing routines for SciPy |
devel/py-h5py [pkgsrc-2022Q3] | | Python interface to the HDF5 library |
devel/py-cytoolz [pkgsrc-2022Q3] | | Cython Toolz High performance functional utilities |
textproc/py-numpydoc [pkgsrc-2022Q3] | | Sphinx extension to support docstrings in Numpy format |
devel/py-joblib [pkgsrc-2022Q3] | | Set of tools to provide lightweight pipelining |
math/py-xarray [pkgsrc-2022Q4] | | N-D labeled arrays and datasets in Python |
math/py-patsy [pkgsrc-2022Q4] | | Python package for describing statistical models |
math/py-statsmodels [pkgsrc-2022Q4] | | Statistical computations and models for Python |
biology/bodr [pkgsrc-2022Q4] | | Blue Obelisk Data Repository |
math/py-Theano [pkgsrc-2022Q4] | | Optimizing compiler for evaluating mathematical expressions |
devel/py-h5py [pkgsrc-2022Q4] | | Python interface to the HDF5 library |
math/py-scikit-image [pkgsrc-2022Q4] | | Image processing routines for SciPy |
math/py-netCDF4 [pkgsrc-2022Q4] | | Object-oriented python interface to netCDF version 4 |
devel/py-cytoolz [pkgsrc-2022Q4] | | Cython Toolz High performance functional utilities |
devel/py-joblib [pkgsrc-2022Q4] | | Set of tools to provide lightweight pipelining |
textproc/py-numpydoc [pkgsrc-2022Q4] | | Sphinx extension to support docstrings in Numpy format |
math/py-abcpmc [pkgsrc-2022Q4] | | Approximate Bayesian Computation Population Monte Carlo |
devel/why3 [pkgsrc-2022Q4] | | Platform for deductive program verification |