how to generate a standard email form by default OS mail client?
Hello, is Python capable of generating a email form (from standard data - address, topic, string message) with raising it by a default OS email client, e.g. Thunderbird? User would like to have a possibility to review/modify email content inside the OS email client window before sending it. Raising gmail.com GUI form also could be a solution. Thank you in advance, D. -- https://mail.python.org/mailman/listinfo/python-list
ANN: OpenOpt Suite v 0.5627
hello, OpenOpt Suite v 0.5627 (OpenOpt, FuncDesigner, SpaceFuncs, DerApproximator) is available for downloading from the link https://app.box.com/s/yubipvy5q91x8w3eoglhi0tn5d9i854a (unfortunately, I still cannot update it in PYPI entries because of problems with incorrect password) It fixes compatibility issues with latest Python / NumPy / matplotlib versions and has some improvements. Unfortunately, I had no possibilities to perform essential changes since last release in 2015 due to lack of finance support, however I still intend to continue its development. Regards, D. -- https://mail.python.org/mailman/listinfo/python-list
[ANN] MATLAB fmincon now available in Python
Hi all, current state of Python - MATLAB connection soft doesn't allow passing of function handlers, however, a walkaround has been implemented via some tricks, so now MATLAB function fmincon is available in Python-written OpenOpt and FuncDesigner frameworks (with possibility of automatic differentiation, example ). Future plans include MATLAB fsolve, ode23, ode45 (unlike scipy fsolve and ode they can handle sparse matrices), fgoalattain, maybe global optimization toolbox solvers. I intend to post the message to several forums, so to keep discussion in a single place use OpenOpt forum thread http://forum.openopt.org/viewtopic.php?id=769 Regards, D. -- https://mail.python.org/mailman/listinfo/python-list
could you change PYPI downloads number for not-uploaded packages?
Hi all, could you change PYPI downloads number for not-uploaded packages from zeros to real posivive numbers? For example, my projects download links are binded to my website , and thus people see misleading zeros, e.g. https://pypi.python.org/pypi/openopt Downloads (All Versions): 0 downloads in the last day 0 downloads in the last week Or, even better, taking into account that some people install packages from subversion/git/etc repository, invoke +1 when someone runs python setup.py install (or develop) (provided internet connection is present) Regards, D. http://openopt.org/Dmitrey -- http://mail.python.org/mailman/listinfo/python-list
OpenOpt Suite release 0.45
Hi all, I'm glad to inform you about new OpenOpt Suite release 0.45 (2013-March-15): * Essential improvements for FuncDesigner interval analysis (thus affect solver interalg) * Temporary walkaround for a serious bug in FuncDesigner automatic differentiation kernel due to a bug in some versions of Python or NumPy, may affect optimization problems, including (MI)LP, (MI)NLP, TSP etc * Some other minor bugfixes and improvements --- Regards, D. http://openopt.org/Dmitrey -- http://mail.python.org/mailman/listinfo/python-announce-list Support the Python Software Foundation: http://www.python.org/psf/donations/
OpenOpt Suite release 0.45
Hi all, I'm glad to inform you about new OpenOpt Suite release 0.45 (2013-March-15): * Essential improvements for FuncDesigner interval analysis (thus affect solver interalg) * Temporary walkaround for a serious bug in FuncDesigner automatic differentiation kernel due to a bug in some versions of Python or NumPy, may affect optimization problems, including (MI)LP, (MI)NLP, TSP etc * Some other minor bugfixes and improvements --- Regards, D. http://openopt.org/Dmitrey -- http://mail.python.org/mailman/listinfo/python-list
[ANN] OpenOpt Suite release 0.43
Hi all, I'm glad to inform you about new OpenOpt release 0.43 (2012-Dec-15): * Many improvements for solver interalg * Some improvements for FuncDesigner kernel * FuncDesigner stochastic addon now can handle some problems with gradient-based NLP / NSP solvers * Many minor improvements and some bugfixes Visit http://www.openopt.org for more details. Regards, D. -- http://mail.python.org/mailman/listinfo/python-list
