轉載地址：http://www.lfd.uci.edu/~gohlke/pythonlibs/點選開啟連結

This page provides 32- and 64-bit Windows binaries of many scientific open-source extension packages for the official CPython distribution of the Python programming language.

The files are unofficial (meaning: informal, unrecognized, personal, unsupported, no warranty, no liability, provided "as is") and made available for testing and evaluation purposes.

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Most binaries are built from source code found on PyPI or in the projects public revision control systems. Source code changes, if any, have been submitted to the project maintainers or are included in the packages.

Refer to the documentation of the individual packages for license restrictions and dependencies.

Many binaries depend on NumPy-1.9+MKL and the Microsoft Visual C++ 2008 (x64, x86, and SP1 for CPython 2.6 and 2.7) or Visual C++ 2010 (x64, x86, for CPython 3.3 and 3.4) redistributable packages.

The binaries are compatible with the official CPython distribution on Windows >=6.0. Chances are they don't work with custom Python distributions included with Blender, Maya, ArcGIS, OSGeo4W, ABAQUS, Cygwin, Pythonxy, Canopy, EPD, Anaconda, WinPython etc. Many binaries are not compatible with Windows XP or Wine.

The packages are ZIP or 7z files, which allows for manual or scripted installation or repackaging of the content.

The files are provided "as is" without warranty or support of any kind. The entire risk as to the quality and performance is with you.

Other useful packages and applications not currently available on this page

• AIDA implements the Adaptive Image Deconvolution Algorithm.
• Alglib, a cross-platform numerical analysis and data processing library.
• BALLView, a molecular modeling and visualization application.
• Biogeme performs estimation of discrete choice models.
• BioImageXD is software for analysis and visualization of multidimensional biomedical images.
• BisQue (Bio-Image Semantic Query User Environment), store, visualize, organize and analyze images in the cloud.
• CasADi implements automatic differentiation in forward and adjoint modes.
• Coloc_utils computes colocalization coefficients from confocal images.
• Cryptography exposes cryptographic primitives and recipes.
• DeVIDE, a dataflow application builder for the rapid prototyping of medical visualization and image processing techniques.
• Dpmix, a library for fitting massive mixture models.
• EMAN2, a greyscale scientific image processing suite with a focus on transmission electron microscopy. Supports many image formats.
• FARSIGHT, a toolkit for microscopy image analysis based using Bio-Formats.
• Gexiv2, a GObject-based wrapper around the exiv2 library for image metadata.
• GHMM, the General Hidden Markov Model library.
• Graph-tool, an efficient module for manipulation and statistical analysis of graphs.
• ITK (Insight Segmentation and Registration Toolkit), a software system for image analysis.
• Mantid, a framework that supports high-performance computing and visualization of scientific data.
• MathGL, a library for scientific data visualization.
• MDP, the Modular toolkit for Data Processing.
• mMass, an mass spectrometry tool.
• MMCorePy allows to control microscope hardware via Micro-Manager.
• Msim, superresolution fluorescence microscopy of multicellular organisms.
• Ncrypt is yet another OpenSSL wrapper.
• NIPY is for analysis of structural and functional neuroimaging data.
  Requires numpy+mkl.
• Nodebox-GL, a library for generating 2D animations.
• Numeric is deprecated, superseded by Numpy.
• OpenEXR are bindings for ILM's OpenEXR image file format.
• OpenKinect provides access to the Xbox Kinect device.
  Requires LibUSB 1.2.6.
• OpenMDAO, a Multidisciplinary Design Analysis and Optimization (MDAO) framework.
• OpenSlide reads whole-slide images, high resolution images exceeding RAM sizes.
• Panda3D, a framework for 3D rendering and game development.
• ParticleStats performs analysis of intracellular particle motility and cytoskeletal polarity.
• Peak_detection implements the Gaussian peak detection described in Segré et al.
• PolyVox, a library for the storage and processing of volumetric environments.
• Priithon, a platform for image analysis and algorithm development.
  Includes HIS, SDT, SIF, and SPE file readers.
• Py-bcrypt, a wrapper of OpenBSD's Blowfish password hashing code.
• PyAudiere, a high-level audio interface using the Audiere sound library.
• pyCGNS provides an interface to the CGNS/SIDS data model.
• PyCorrFit, a versatile tool for FCS data analysis.
• PyCrypto provides cryptographic modules.
• PyDSTool, a dynamical systems modeling, simulation and analysis environment.
• Pyffmpeg, a wrapper for FFmpeg, a solution to record, convert and stream audio and video.
• PyFFTW3 are bindings to the FFTW C library.
• Pygrib, a module for reading GRIB meteorological files.
• PyGst, bindings for the GStreamer multimedia framework.
• Pykit, a backend compiler for high-level typed code.
• PyME, the Python Microscopy Environment, provides image acquisition and data analysis functionality for widefield microscopy applications.
• Pymex embeds Python in a MATLAB(tm) 2011b extension module.
• pyNFFT, a wrapper around the NFFT library.
• PyNIfTI provides access to NIfTI and ANALYZE files.
• Pyo, a digital signal processing module.
• PyODE, a set of bindings for the Open Dynamics Engine.
• pyOpenSSL, an interface to the OpenSSL library.
• PyQt5, a set of bindings for the Qt5 application framework.
• PyReadline (unstable, deprecated), a ctypes-based readline for Windows.
• Pysam, a module for reading and manipulating SAM nucleotide sequence alignment files.
• Pysifreader reads Andor SIF multi-channel image files.
• PySUNDIALS provides bindings for the SUNDIALS suite of solvers.
• PySVN interfaces the Subversion version control system.
• Python-Ogre, an interface to the Ogre 3D graphics library.
• Pythonisosurfaces, a marching cubes iso-surface implementation.
• PythonOCC, a 3D CAD/CAE/PLM development framework.
• RootPy provides an interface with the ROOT data analysis framework on top of PyROOT.
• Scikit-bio (unstable) provides data structures, algorithms, and educational resources for bioinformatics.
• Scikit-tracker, objects detection and robust tracking for cell biology.
• Sherpa, a modeling and fitting application.
• SimpleCV, a framework for building computer vision applications.
• SpacePy tools for the space science community.
• Stdic computes a deformation function between images (image registration).
• STScI_python provides a general astronomical data analysis infrastructure.
• VIPS, an image processing library with no image size limits.
• VisionEgg produces stimuli for vision research experiments.

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