Skip to main content

Browse the archive

https://github.com/janverschelde/PHCpack
17 November 2021, 23:45:31 UTC
sort by:
Revision Author Date Message Commit Date
d1b91c1 janv@uic.edu 03 January 2016, 01:15:54 UTC prepared READ_ME files for version 2.3.09 03 January 2016, 01:15:54 UTC
f4b0efe janv@uic.edu 03 January 2016, 00:33:39 UTC adjusted makefiles for renaming of PHCpy into PHCpy2 03 January 2016, 00:33:39 UTC
4866356 janv@uic.edu 03 January 2016, 00:18:29 UTC adjusted version number to 2.4.09 03 January 2016, 00:18:29 UTC
7d00421 janv@uic.edu 03 January 2016, 00:13:48 UTC adjusted files for version 0.3.8 of phcpy 03 January 2016, 00:13:48 UTC
7e9e01e janv@uic.edu 02 January 2016, 22:40:52 UTC renaming of directory PHCpy into PHCpy2 for consistency with PHCpy3 02 January 2016, 22:40:52 UTC
d127109 janv@uic.edu 02 January 2016, 01:48:34 UTC upgraded documentation for the version 0.3.8 of phcpy with Python 3.5 made with sphinx 1.3.3 02 January 2016, 01:48:34 UTC
3998d06 janv@uic.edu 01 January 2016, 21:15:22 UTC used the ast.literal_eval() instead of eval() 01 January 2016, 21:15:22 UTC
552146f janv@uic.edu 01 January 2016, 20:14:57 UTC minor formatting changes in the module to handle solutions 01 January 2016, 20:14:57 UTC
4d85249 janv@uic.edu 31 December 2015, 19:12:34 UTC fixed the from-import statements for version 3.5 of Python 31 December 2015, 19:12:34 UTC
ed62632 janv@uic.edu 31 December 2015, 18:27:04 UTC updated makefiles to place phcpy2c3.so in the right directory PHCpy3/phcpy 31 December 2015, 18:27:04 UTC
030312d janv@uic.edu 31 December 2015, 18:25:40 UTC new folder for phcpy to install with Python 3.5 31 December 2015, 18:25:40 UTC
3c24596 janv@uic.edu 30 December 2015, 19:08:00 UTC updated makefiles to compile phcpy2c3.so on Linux for using in Python 3.5 30 December 2015, 19:08:00 UTC
add4f3b janv@uic.edu 30 December 2015, 17:44:43 UTC makefiles augmented to compile phcpy2c3.so on Mac OS X 30 December 2015, 17:44:43 UTC
6686c9e janv@uic.edu 30 December 2015, 17:00:56 UTC new phcpy2c3 defines the module extension for Python 3.5, tested on Mac OS X 30 December 2015, 17:00:56 UTC
50bd2f2 janv@uic.edu 29 December 2015, 20:40:00 UTC adjustments of the READ_ME files for version 2.4.08 29 December 2015, 20:40:00 UTC
ff6b934 janv@uic.edu 29 December 2015, 18:36:35 UTC adjusted documentation configuration for the new release and added a users reference 29 December 2015, 18:36:35 UTC
6beb6be janv@uic.edu 29 December 2015, 17:56:10 UTC adjusted greeting banners for version 2.4.08 29 December 2015, 17:56:10 UTC
cda04b3 janv@uic.edu 28 December 2015, 23:33:37 UTC updated the phcpy documentation about the membership test and numerical irreducible decomposition, prepared files for version 0.3.7 of phcpy 28 December 2015, 23:33:37 UTC
bedff3f janv@uic.edu 28 December 2015, 19:56:23 UTC the tolerances are explicit parameters for the memberhip test in the Python interface, with large default values 28 December 2015, 19:56:23 UTC
9e2238e janv@uic.edu 28 December 2015, 19:35:03 UTC minor improvement in the output for the homotopy membership test with double doubles and quad doubles 28 December 2015, 19:35:03 UTC
e282013 janv@uic.edu 28 December 2015, 03:58:03 UTC started documentation on the homotopy membership test 28 December 2015, 03:58:03 UTC
7251075 janv@uic.edu 28 December 2015, 03:48:38 UTC fixed small type error in the test_member() of sets.py 28 December 2015, 03:48:38 UTC
06e101f janv@uic.edu 27 December 2015, 22:24:40 UTC added functions for the membership tests to module sets.py 27 December 2015, 22:24:40 UTC
031db43 janv@uic.edu 27 December 2015, 22:06:12 UTC fixed the assignments of the return values in the membership tests in the C interface 27 December 2015, 22:06:12 UTC
e92eb81 janv@uic.edu 27 December 2015, 02:35:01 UTC added interactive test in the C interface on the homotopy membership test 27 December 2015, 02:35:01 UTC
80eb134 janv@uic.edu 27 December 2015, 02:32:14 UTC bug fixes with confusion about dimension and number of variables, forgot to initialize the sampling machine 27 December 2015, 02:32:14 UTC
a903c43 janv@uic.edu 26 December 2015, 23:51:05 UTC wrapped the C functions to call the homotopy membership test into the py2c module 26 December 2015, 23:51:05 UTC
b64ad2c janv@uic.edu 26 December 2015, 19:28:32 UTC added functions to the C interface to run the homotopy membership test 26 December 2015, 19:28:32 UTC
c7a5824 janv@uic.edu 26 December 2015, 02:37:04 UTC new jobs to export the homotopy membership tests to C 26 December 2015, 02:37:04 UTC
48df324 janv@uic.edu 25 December 2015, 21:50:11 UTC prepared extra procedures to run the homotopy membership test for use in the C interface 25 December 2015, 21:50:11 UTC
e3c4912 janv@uic.edu 25 December 2015, 17:33:32 UTC updated makefiles for new test program 25 December 2015, 17:33:32 UTC
8fea46c janv@uic.edu 25 December 2015, 17:10:56 UTC new test program to test the homotopy membership test in the C interface 25 December 2015, 17:10:56 UTC
7463fcd janv@uic.edu 24 December 2015, 21:01:13 UTC update configuration of Sphinx documentation for release 2.4.07 24 December 2015, 21:01:13 UTC
34daeeb janv@uic.edu 24 December 2015, 20:52:02 UTC greeting banners and READ_ME files prepared for version 2.4.07 24 December 2015, 20:52:02 UTC
930c10a janv@uic.edu 24 December 2015, 20:38:02 UTC prepared release 0.3.6 of phcpy 24 December 2015, 20:38:02 UTC
e17f831 janv@uic.edu 24 December 2015, 18:29:59 UTC jobs and functions added to make the monodromy breakup go verbose in the C and Python interfaces 24 December 2015, 18:29:59 UTC
8178412 janv@uic.edu 24 December 2015, 17:43:47 UTC jobs and functions added to mute the monodromy factorization in double double and quad double precision, for the C and Python interface 24 December 2015, 17:43:47 UTC
84f58d7 janv@uic.edu 24 December 2015, 16:17:51 UTC standardized names of functions for the monodromy breakup in standard double precision in the C module that exports to Python 24 December 2015, 16:17:51 UTC
e4146f3 janv@uic.edu 24 December 2015, 02:18:01 UTC exported the reporting of the diagnostics of the trace grid to phcpy 24 December 2015, 02:18:01 UTC
8362c3d janv@uic.edu 24 December 2015, 00:31:06 UTC small changes to limit the verbosity during the runs of the monodromy breakup in double double and quad double precision 24 December 2015, 00:31:06 UTC
bd592dc janv@uic.edu 24 December 2015, 00:17:13 UTC eased the too restrictive settings of the continuation parameters in the sampling machine in double double and quad double precision 24 December 2015, 00:17:13 UTC
2ca9394 janv@uic.edu 23 December 2015, 17:38:17 UTC added extra functionality to the Python module to deal with positive dimensional solution sets 23 December 2015, 17:38:17 UTC
50796f6 janv@uic.edu 22 December 2015, 19:00:59 UTC trace grid diagnostics in double double and quad double precision added to the C interface 22 December 2015, 19:00:59 UTC
fabb875 janv@uic.edu 22 December 2015, 17:02:52 UTC improved exception handler messages in the Ada gateway to C routine 22 December 2015, 17:02:52 UTC
bad3132 janv@uic.edu 22 December 2015, 15:40:51 UTC improved the tests in the Python code on the monodromy breakup in double double and quad double precision 22 December 2015, 15:40:51 UTC
a71889f janv@uic.edu 22 December 2015, 01:52:37 UTC first versions to run monodromy breakup in double double and quad double precision through the Python interface 22 December 2015, 01:52:37 UTC
dc65ad3 janv@uic.edu 22 December 2015, 01:23:24 UTC all function to run the monodromy breakup in double double and quad double precision are ready for the Python interface 22 December 2015, 01:23:24 UTC
239d1cf janv@uic.edu 21 December 2015, 20:11:05 UTC more jobs in the interface to Python for the monodromy breakup in double double and quad double precision 21 December 2015, 20:11:05 UTC
22eee31 janv@uic.edu 21 December 2015, 02:48:56 UTC updated makefiles for extra object file include in the test on the C interface to factor pure dimensional solution sets 21 December 2015, 02:48:56 UTC
92cb938 janv@uic.edu 21 December 2015, 02:44:51 UTC after fixing a bug in the C interface for the monodromy breakup factorization, the factorization works in double double precision 21 December 2015, 02:44:51 UTC
f268931 janv@uic.edu 20 December 2015, 23:48:45 UTC all functions to run the monodromy breakup in double double and quad double precision have been wrapped in C 20 December 2015, 23:48:45 UTC
ebd3291 janv@uic.edu 20 December 2015, 01:29:58 UTC functions to store gamma constants in double double and quad double precision 20 December 2015, 01:29:58 UTC
28901af janv@uic.edu 19 December 2015, 04:15:28 UTC version of track_paths in double double and quad double precision for the C code to run the monodromy breakup 19 December 2015, 04:15:28 UTC
20a94c3 janv@uic.edu 18 December 2015, 15:24:33 UTC added jobs in the Ada interface code to generate random complex numbers in double double and quad double precision 18 December 2015, 15:24:33 UTC
d943489 janv@uic.edu 18 December 2015, 15:22:18 UTC wrapped generation of random complex numbers in double double and quad double precision for the random coefficients in the interface for the monodromy breakup 18 December 2015, 15:22:18 UTC
f130a81 janv@uic.edu 18 December 2015, 04:01:24 UTC added jobs to generate random complex numbers in double double and quad double precision for use in the C and Python interfaces 18 December 2015, 04:01:24 UTC
cdad182 janv@uic.edu 17 December 2015, 17:41:32 UTC new jobs in the C interface for the monodromy breakup in double double and quad double precision 17 December 2015, 17:41:32 UTC
2ab3e80 janv@uic.edu 17 December 2015, 17:26:47 UTC more jobs in the Ada code for the C interface to monodromy breakup in double double and quad double precision 17 December 2015, 17:26:47 UTC
cd7bee0 janv@uic.edu 17 December 2015, 15:23:00 UTC added more jobs to export monodromy breakup in double double and quad double precision to C 17 December 2015, 15:23:00 UTC
8dd882d janv@uic.edu 17 December 2015, 12:46:41 UTC added two jobs to the C gateway for the monodromy breakup in double double and quad double precision 17 December 2015, 12:46:41 UTC
c32eefc janv@uic.edu 17 December 2015, 03:29:18 UTC added more jobs in support of the C interface for monodromy breakup in double double and quad double precision 17 December 2015, 03:29:18 UTC
e8be529 janv@uic.edu 16 December 2015, 19:05:44 UTC standardized naming of packages in double precision for monodromy breakup in the Ada interface code to C 16 December 2015, 19:05:44 UTC
a648089 janv@uic.edu 16 December 2015, 18:48:01 UTC explicit #include needed for g++ 16 December 2015, 18:48:01 UTC
8e8a1ee janv@uic.edu 16 December 2015, 15:34:23 UTC new packages to manage data for the interface to run monodromy breakup in double double and quad double precision 16 December 2015, 15:34:23 UTC
3c08759 janv@uic.edu 16 December 2015, 02:12:26 UTC two new more jobs for a monodromy breakup in double double and quad double precision 16 December 2015, 02:12:26 UTC
b64b9b9 janv@uic.edu 15 December 2015, 15:29:45 UTC new jobs documented and wrapped to aid with the interfaced code for a monodromy breakup in double double and quad double precision 15 December 2015, 15:29:45 UTC
fc67b2a janv@uic.edu 15 December 2015, 03:40:42 UTC added operations in the gateway to C functions to assign coefficients of slices in double double and quad double precision 15 December 2015, 03:40:42 UTC
2c41170 janv@uic.edu 15 December 2015, 03:34:59 UTC wrappers in C added to read a witness set in double double and quad double precision and to initialize the corresponding sampling operations 15 December 2015, 03:34:59 UTC
6bca3b1 janv@uic.edu 14 December 2015, 23:42:31 UTC new package for persistent storage for the interface to C and Python to run monodromy in double double and quad double precision 14 December 2015, 23:42:31 UTC
765f275 janv@uic.edu 14 December 2015, 17:49:46 UTC changes in message passing code because of name changes in the C interface to the solutions in standard double precision 14 December 2015, 17:49:46 UTC
d63a4e1 janv@uic.edu 14 December 2015, 17:20:25 UTC updates for name changes in the C interface to the solutions in standard double precision 14 December 2015, 17:20:25 UTC
02f93b4 janv@uic.edu 14 December 2015, 17:08:06 UTC name changes in the C interface to the ada solutions container changed main programs calling GPU code 14 December 2015, 17:08:06 UTC
b201879 janv@uic.edu 14 December 2015, 16:58:06 UTC standardized naming of functions by inserting _standard_ for every function that has a dobldobl or quaddobl counterpart, in the C interface to the solutions 14 December 2015, 16:58:06 UTC
6a5d068 janv@uic.edu 14 December 2015, 01:44:22 UTC new functions to replace solutions in double double and quad double precision, for use in the assignment of labels for the monodromy factorization 14 December 2015, 01:44:22 UTC
2e152a8 janv@uic.edu 14 December 2015, 01:26:22 UTC added jobs to the gateway to C interface to replace solutions in double double and quad double precision 14 December 2015, 01:26:22 UTC
e40ede0 janv@uic.edu 14 December 2015, 00:36:40 UTC added function to the Python interface to embed systems with coefficients in double double and quad double precision 14 December 2015, 00:36:40 UTC
c7c8136 janv@uic.edu 13 December 2015, 20:33:30 UTC added functions to the witset library for the embedding of systems in double double and quad double precision, with a minor change to the C interface for Python 13 December 2015, 20:33:30 UTC
f0e595f janv@uic.edu 13 December 2015, 20:07:41 UTC added jobs to embed systems in double double and quad double precision 13 December 2015, 20:07:41 UTC
4ee63b6 janv@uic.edu 12 December 2015, 23:12:28 UTC added subsection to the phcpy documentation about the factor method 12 December 2015, 23:12:28 UTC
c41d92e janv@uic.edu 12 December 2015, 17:12:16 UTC new factor method applies monodromy_breakup and decomposition 12 December 2015, 17:12:16 UTC
08e4b2e janv@uic.edu 11 December 2015, 23:50:00 UTC package name change caused out of date test program 11 December 2015, 23:50:00 UTC
ba82651 janv@uic.edu 11 December 2015, 23:44:21 UTC added a paragraph in the documentation on the pipelined heterogeneous multitasking to interlace the mixed volume computation with the polyhedral path tracking 11 December 2015, 23:44:21 UTC
2ffb7b3 janv@uic.edu 11 December 2015, 23:27:23 UTC bug fix for forgotten new option in the application of Resolve to test the resolution of a Schubert problem 11 December 2015, 23:27:23 UTC
0095fe2 janv@uic.edu 11 December 2015, 23:14:44 UTC updated test program for added preset level of precision in driver 11 December 2015, 23:14:44 UTC
88d1904 janv@uic.edu 11 December 2015, 22:44:41 UTC various READ_ME files document the major changes in the source of 2.4.06 11 December 2015, 22:44:41 UTC
278ac33 janv@uic.edu 11 December 2015, 22:23:11 UTC adjusted files for release 0.3.5 of phcpy 11 December 2015, 22:23:11 UTC
d1c5e8d janv@uic.edu 11 December 2015, 21:58:58 UTC adjusted the greeting banners for version 2.4.06 11 December 2015, 21:58:58 UTC
6f77370 janv@uic.edu 11 December 2015, 15:28:50 UTC phc -m now runs the polyhedral path trackers in pipelined fashion if no stable mixed volumes are asked 11 December 2015, 15:28:50 UTC
05bb175 janv@uic.edu 11 December 2015, 15:11:17 UTC added wrappers to run the polyhedral path trackers in a pipelined fashion on ordinary polynomial systems 11 December 2015, 15:11:17 UTC
1d9e3e1 janv@uic.edu 10 December 2015, 23:31:27 UTC new driver packages to call the pipelined polyhedral trackers 10 December 2015, 23:31:27 UTC
7914a00 janv@uic.edu 10 December 2015, 23:10:09 UTC added a driver procedure to write the mixed cell configuration to file, in case no stable mixed volumes are needed 10 December 2015, 23:10:09 UTC
87653f8 janv@uic.edu 10 December 2015, 17:47:08 UTC added time stamp to phc -m 10 December 2015, 17:47:08 UTC
841c6e1 janv@uic.edu 10 December 2015, 15:28:21 UTC added two lines to document -t8, -b2, and -b4 when the user launches phc without any options 10 December 2015, 15:28:21 UTC
5f63043 janv@uic.edu 10 December 2015, 02:48:49 UTC added the lifting bound for stable mixed volumes to the pipelined polyhedral trackers 10 December 2015, 02:48:49 UTC
5096c0f janv@uic.edu 09 December 2015, 21:50:26 UTC pipelined processing of mixed cells for the computation of stable mixed volumes 09 December 2015, 21:50:26 UTC
8ce32ff janv@uic.edu 09 December 2015, 17:25:14 UTC added silent versions to the pipelined polyhedral trackers 09 December 2015, 17:25:14 UTC
5810f5f janv@uic.edu 09 December 2015, 16:53:38 UTC no permutations are needed for the general semi-mixed case, so the pipelined polyhedral trackers work 09 December 2015, 16:53:38 UTC
89b54f7 janv@uic.edu 09 December 2015, 14:52:26 UTC fixed bug in the computation of the lifted supports so that sorted semi-mixed inputs work for the pipelined polyhedral path trackers 09 December 2015, 14:52:26 UTC
4cd8da4 janv@uic.edu 09 December 2015, 02:54:33 UTC versions of pipelined polyhedral tracking in double double and quad double precision which work for fully mixed systems 09 December 2015, 02:54:33 UTC
bc38af7 janv@uic.edu 08 December 2015, 20:55:33 UTC must permute the polynomials in the random coefficient system along with the lifted supports for fully mixed systems before launching into the polyhedral path tracking 08 December 2015, 20:55:33 UTC
back to top