On Thursday 04 January 2007 19:36, Travis Oliphant wrote: > Christopher Barker wrote: > > eople like: > > > > wxPython -- Robin Dunn > > PIL -- Fredrik Lundh > > PyOpenGL -- Who? > > PyObjC -- would it be useful there? (Ronald Oussoren) > > MatplotLib (but maybe it's already married to numpy...) > > PyGtk ? > > It's a good start, but their is also > > PyMedia, PyVoxel, any video-library interface writers, any audo-library > interface writers. > > Anybody who wants to wrap/write code that does some kind of manipulation > on a chunk of data of a specific data-format. > > There are so many people who would use it that I don't feel qualified to > speak for them all.
Two more places to look for projects that may be interested: SQL wrappers, such as Psycopg2, and the Python DB API 2.0 community QuantLib (see the message below from the enthought-dev mailing list.) On Saturday 03 February 2007 00:23, Prabhu Ramachandran wrote: > >>>>> "Joseph" == Joseph Wang <[EMAIL PROTECTED]> writes: > Joseph> 3) I'd like to make the impedance mismatch between things > Joseph> like QuantLib arrays and numpy arrays as seemless as > Joseph> possible. Any words of wisdom on how to do this? > > I don't know anything about QuantLib arrays so will shoot in the dark > here. If your arrays can take or provide a block of contiguous memory > that is interpreted according to a particular data type then I think > it is easily possible to get these two array types talking to each > other. However doing this right and optimally will take a bit of > effort (I've done this for tvtk which lets VTK and numpy arrays talk > to each other seamlessly). I think there is a fair bit of > documentation on the scipy wiki on the various ways to do this right. > The scipy-user list is a good place to ask for pointers since the > folks who actually develop numpy and do all sorts of things with numpy > arrays are on that list and will be happy to answer questions. _______________________________________________ Numpy-discussion mailing list Numpy-discussion@scipy.org http://projects.scipy.org/mailman/listinfo/numpy-discussion
