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Category listing - math (List all)| py-Keras-Applications | Reference implementations of popular deep learning models | |
| py-Keras-Preprocessing | Data preprocessing and augmentation for deep learning models | |
| py-kineticlib (V) | Library for kinetic theory calculations in the multi-temperature | |
| py-kiwisolver | Fast implementation of the Cassowary constraint solver | |
| py-krylov (V) | Python package implementing common Krylov methods | |
| py-krypy (V) | Krylov subspace methods for linear systems | |
| py-larry (V) | Label the rows, columns, any dimension, of your NumPy arrays | |
| py-lbmpy (V) | Code Generation for Lattice Boltzmann Methods | |
| py-lds (V) | Learning and inference for Gaussian linear dynamical systems | |
| py-lea (V) | Discrete probability distributions in Python | |
| py-lemma (V) | Mathematical notation for executable and testable Python | |
| py-lempel-Ziv_Complexity (V) | Lempel-Ziv complexity for a binary sequence, in naive Python code | |
| py-libixion | General purpose formula parser & interpreter | |
| py-lifelines (V) | Including Kaplan Meier, Nelson Aalen and regression | |
| py-linop (V) | Pythonic abstraction for linear mathematical operators | |
| py-lmfit | Least-squares minimization with bounds and constraints | |
| py-louvain (V) | Methods of community detection in large networks | |
| py-lsqfit (V) | Utilities for nonlinear least-squares fits | |
| py-math-braid (V) | Pure python braid group implementation based on sympy | |
| py-math-snappy (V) | Program for studying the topology and geometry of 3-manifolds | |
| py-math3d (V) | 3D Special Euclidean mathematics package for Python | |
| py-mathjspy (V) | Evaluate mathematical expressions in the same manner as MathJS | |
| py-mathopt (V) | Optimize mathematical formulas for speed with SymPy | |
| py-mathpad (V) | Interface to Sympy for solving physics, engineering and maths problems | |
| py-mave (V) | Library for Measurement and Verification | |
| py-mcerp (V) | Real-time latin-hypercube-sampling-based Monte Carlo Error Propagation | |
| py-mcint (V) | Simple tool to perform numerical integration using MC techniques | |
| py-mcview (V) | 3D/graph event viewer for high-energy physics event simulations | |
| py-mdp (V) | Modular toolkit for data processing | |
| py-mpi4y-fft (V) | Parallel Fast Fourier Transforms (FFTs) using MPI for Python | |
| py-mpmath | Python library for arbitrary-precision FP arithmetic | |
| py-mpop (V) | Meteorological post processing package | |
| py-msdas (V) | Mass Spectrometry analysis | |
| py-msumastro (V) | Process FITS files | |
| py-multivar-horner (V) | Multivariate Horner scheme for evaluating multivariate polynomials | |
| py-munkres | Munkres algorithm for the Assignment Problem | |
| py-myfitter (V) | Maximum Likelihood Fits in Python | |
| py-mystic (V) | Constrained non-convex optimization and uncertainty quantification | |
| py-ncomb (V) | Python combinatorics library | |
| py-ncpol2sdpa (V) | Converter from noncommutative variables to sparse SDPA | |
| py-netCDF4 | Object-oriented python interface to netCDF version 4 | |
| py-networkx | Python package for creating and manipulating graphs and networks | |
| py-neumann (V) | Python Library for Applied Mathematics in Physical Sciences | |
| py-neurolab (V) | Simple and powerfull neural network library for python | |
| py-nfg (V) | Python package for implementing and solving Network form games | |
| py-nimfa (V) | Python Library for Nonnegative Matrix Factorization Techniques | |
| py-nodepy (V) | Numerical ODE solvers in Python | |
| py-noise | Perlin noise for Python | |
| py-nphelper (V) | Convenient numpy helper functions | |
| py-nptdms (V) | NumPy based module for reading TDMS files produced by LabView | |
| py-nptyping | Type hints for NumPy | |
| py-nsim (V) | Simulate systems from ODEs or SDEs, analyze time series | |
| py-numba | NumPy aware dynamic Python compiler using LLVM | |
| py-numdifftools (V) | Solves automatic numerical differentiation problems | |
| py-numexpr | Numerical expression evaluator for NumPy | |
| py-numpoly (V) | Polynomials as a numpy datatype | |
| py-numpy | Array processing for numbers, strings, records, and objects | |
| py-numpy-quaternion (V) | Add a quaternion dtype to NumPy | |
| py-numpydoc (V) | Sphinx extension to support docstrings in Numpy format | |
| py-nzmath (V) | Number theory oriented calculation system | |
| py-odeint (V) | Python binding for odeint from boost | |
| py-openai (V) | OpenAI Python Library | |
| py-openopt (V) | Python module for numerical optimization | |
| py-opentmm (V) | OpenTMM is an object-oriented electrodynamic S-matrix | |
| py-optlang (V) | Formulate optimization problems and solve using SymPy | |
| py-ortho (V) | Generate orthogonal set of functions | |
| py-OT (V) | Python Optimal Transport Library | |
| py-pandas | Python Data Analysis Library | |
| py-pandas-datareader | Remote data access for pandas | |
| py-pandera (V) | Flexible validation package for pandas data structures | |
| py-parakeet (V) | Runtime compiler for numerical Python | |
| py-patsy | Python package for describing statistical models | |
| py-pebl (V) | Python Environment for Bayesian Learning | |
| py-pennyLane-PQ (V) | PennyLane plugin for ProjectQ | |
| py-photutils | Astropy coordinated module for astronomical photometry | |
| py-pint (V) | Physical quantities module | |
| py-poisson-approval (V) | Poisson Approval studies the Poisson Game of Approval Voting | |
| py-poissongeometry (V) | Local Poisson-Nijenhuis calculus on Poisson manifolds | |
| py-polynomial (V) | Package defining mathematical single-variable polynomials | |
| py-poppy (V) | Physical optics propagation for optical simulations | |
| py-powerlaw | Toolbox for analysis of heavy-tailed distributions | |
| py-ppscore (V) | Python implementation of the Predictive Power Score | |
| py-pulp (V) | PuLP is an LP modeler written in python | |
| py-pyamg (V) | Algebraic multigrid solvers in Python | |
| py-pydy (V) | Python tool kit for multi-body dynamics | |
| py-pyerfa | Python wrapper for ERFA library | |
| py-pyflation (V) | Calculating cosmological perturbations during an inflationary | |
| py-pykit-shared (V) | Collection of modules shared amongst my other projects | |
| py-pylith (V) | Finite element code for solving dynamic and quasi-static tectonic deformation problems | |
| py-pymc3 | Bayesian modeling and probabilistic machine learning | |
| py-pyomo (V) | OO algebraic modeling language in Python for structured optimization | |
| py-pyrr (V) | 3D mathematical functions using NumPy | |
| py-pysal (V) | Python Spatial Analysis Library | |
| py-pyslha (V) | Parsing, manipulating and visualising SUSY Les Houches Accord data | |
| py-pythran | Ahead of Time compiler for numeric kernels | |
| py-pywavelets | Discrete Wavelet Transforms in Python | |
| py-qclib (V) | Quantum computing library using qiskit | |
| py-qcodes (V) | Python-based data acquisition framework | |
| py-qiskit (V) | Software for developing quantum computing programs | |
| py-qiskit-aqua (V) | Qiskit Aqua: An extensible library of quantum computing algorithms | |
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