布谷加速器 怎么样

                  布谷加速器 怎么样

                  PyOpenGL is the most common cross platform Python binding to OpenGL and related APIs. The binding is created using the standard ctypes library, and is provided under an extremely liberal BSD-style Open-Source license.


                  布谷加速器 怎么样

                  PyOpenGL is interoperable with a large number of external GUI libraries for Python including (but not limited to):

                  PyOpenGL 3.x runs on:


                  布谷加速器 怎么样

                  The PyOpenGL project includes a number of sub-projects:

                  布谷加速器 怎么样

                  The easiest way to install PyOpenGL is using pip

                  $ pip install PyOpenGL PyOpenGL_accelerate

                  You can also manually download the packages:

                  unpack them into temporary directories, change to those directories and run:

                  网络加速器加速软件

                  Detailed installation instructions are available.


                  布谷加速器 怎么样

                  The documentation collection provides reference documentation, support and feedback information and pointers to more in-depth documentation.

                  布谷加速器 怎么样

                  You can work with latest version of PyOpenGL using the bzr distributed source code control tool on the LaunchPad code-hosting platform:

                  bzr branch lp:pyopengl
                  bzr branch lp:pyopengl-demo
                  bzr branch lp:openglcontext

                  Contributions and patches are very welcome.  You can either request a merge via LaunchPad or send a patch-set via email using "bzr send" to mcfletch@vrplumber.com.

                  布谷加速器 怎么样

                  Bugs and general questions are best reported and answered on the PyOpenGL mailing list.  The list is fairly low-traffic.

                  布谷加速器 怎么样

                  There are quite a few 3D-related libraries available for use with Python, many of them either based on, or extensible with PyOpenGL.  PyOpenGL's author collects pointers to them on his site.  There is another commonly used binding of OpenGL for Python which is part of the Pyglet game development environment.