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https://github.com/janverschelde/PHCpack
17 November 2021, 23:45:31 UTC
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Revision Author Date Message Commit Date
260bd57 janv@uic.edu 24 September 2015, 20:08:02 UTC added "with Black_Polyhedral_Continuations" to phcpack.adb 24 September 2015, 20:08:02 UTC
57aa391 janv@uic.edu 24 September 2015, 18:39:14 UTC adjusting READ_ME files for release 2.4.01 of PHCpack 24 September 2015, 18:39:14 UTC
f597ae3 janv@uic.edu 24 September 2015, 18:15:50 UTC prepared for release 0.3.0 of phcpy 24 September 2015, 18:15:50 UTC
2bb5223 janv@uic.edu 24 September 2015, 15:51:54 UTC updated greeting banners for release 2.4.01 of PHCpack 24 September 2015, 15:51:54 UTC
d0a3a68 janv@uic.edu 24 September 2015, 15:38:57 UTC added blackbox solvers for Laurent polynomial systems in double double and quad double precision 24 September 2015, 15:38:57 UTC
7ac06f3 janv@uic.edu 24 September 2015, 15:10:05 UTC black box root counters support double double and quad double precision 24 September 2015, 15:10:05 UTC
239ddcc janv@uic.edu 24 September 2015, 14:44:02 UTC added push procedure for solutions with double double and quad double complex coefficients 24 September 2015, 14:44:02 UTC
086ac67 janv@uic.edu 23 September 2015, 14:00:36 UTC extended version of the solvers of binomial systems in quad double precision in black box mode 23 September 2015, 14:00:36 UTC
2acaea2 janv@uic.edu 23 September 2015, 13:59:26 UTC extended root refiners in quad double precision with reporting version 23 September 2015, 13:59:26 UTC
91afde9 janv@uic.edu 22 September 2015, 22:42:01 UTC added functions to compute the size limit of string representations of polynomials, used in the Python interface to load polynomials from the system containers into a Python session 22 September 2015, 22:42:01 UTC
d658307 janv@uic.edu 22 September 2015, 20:32:26 UTC changes in syscon caused changes in message passing routines 22 September 2015, 20:32:26 UTC
ac2aabf janv@uic.edu 22 September 2015, 20:04:12 UTC more consistent naming of C functions that involve the standard systems containers 22 September 2015, 20:04:12 UTC
179cd48 janv@uic.edu 22 September 2015, 16:11:23 UTC provided gateway functions to return the size limit of (Laurent) polynomials stored in the systems containers 22 September 2015, 16:11:23 UTC
da50cba janv@uic.edu 22 September 2015, 15:06:35 UTC added function to compute an upper bound on the size of the string representations of polynomials 22 September 2015, 15:06:35 UTC
e6d4d9f janv@uic.edu 22 September 2015, 13:41:48 UTC writing to strings of multivariate Laurent polynomials and multiprecision versions adjusted so stack_overflow is less likely to occur for huge polynomials 22 September 2015, 13:41:48 UTC
37c7c40 janv@uic.edu 21 September 2015, 22:26:26 UTC increased the fixed limit on the number of characters in a string representation of a polynomial in several variables 21 September 2015, 22:26:26 UTC
de90dfe janv@uic.edu 21 September 2015, 22:25:39 UTC updated makefiles for new test program 21 September 2015, 22:25:39 UTC
18b527f janv@uic.edu 21 September 2015, 22:22:20 UTC the new recursive writing of a polynomial to a string makes fewer recursive calls and avoids stack_overflow with polynomial that have 700 hundred terms 21 September 2015, 22:22:20 UTC
24de59b janv@uic.edu 21 September 2015, 14:21:02 UTC extended main black box solvers for one single equation to double double and quad double precision 21 September 2015, 14:21:02 UTC
7e8b2dd janv@uic.edu 21 September 2015, 14:18:26 UTC extended the solvers of one polynomial equation in one variable in black box mode to double double and quad double precision 21 September 2015, 14:18:26 UTC
7daefc4 janv@uic.edu 20 September 2015, 20:47:39 UTC adjusted procedure call for being in a new package 20 September 2015, 20:47:39 UTC
3ae500b janv@uic.edu 20 September 2015, 20:46:21 UTC black box factorization runs in double double and quad double precision 20 September 2015, 20:46:21 UTC
b7833e2 janv@uic.edu 19 September 2015, 15:31:29 UTC fixed dependency on a new package in a test program 19 September 2015, 15:31:29 UTC
12f80fe janv@uic.edu 19 September 2015, 11:00:34 UTC fixed bug in normalize operation when expanding the trace form in double double and quad double precision of the interpolating polynomial 19 September 2015, 11:00:34 UTC
7008bc5 janv@uic.edu 19 September 2015, 09:42:10 UTC removed code from the test program, code that was exported by the drivers 19 September 2015, 09:42:10 UTC
74d2e1a janv@uic.edu 18 September 2015, 14:11:47 UTC updated drivers to call the factorization routines for multivariate polynomials with complex coefficients in double double and quad double precision 18 September 2015, 14:11:47 UTC
5ddd650 janv@uic.edu 18 September 2015, 09:57:32 UTC extended factorization routines with monodromy operations in double double and quad double precision arithmetic 18 September 2015, 09:57:32 UTC
fe21147 janv@uic.edu 18 September 2015, 09:30:30 UTC extended procedure to perform a monodromy breakup of multivariate polynomials with complex coefficients in double double and quad double precision 18 September 2015, 09:30:30 UTC
cf83c77 janv@uic.edu 18 September 2015, 08:24:08 UTC added routines for the combinatorial exploration with the linear trace in double double and quad double precision to factor multivariate polynomials with complex coefficients 18 September 2015, 08:24:08 UTC
c8ce261 janv@uic.edu 17 September 2015, 13:59:08 UTC new package to interpolate a factor given by witness points, with extracted code, and extended for double double and quad double precision 17 September 2015, 13:59:08 UTC
b28292f janv@uic.edu 17 September 2015, 12:49:55 UTC new package to certify one factor of a single multivariate polynomial with the linear trace, with extracted code and extended for double double and quad double precision 17 September 2015, 12:49:55 UTC
15e9372 janv@uic.edu 17 September 2015, 09:00:52 UTC new package with factored out coded and extended for double double and quad double precision 17 September 2015, 09:00:52 UTC
6261079 janv@uic.edu 16 September 2015, 10:20:21 UTC new packages for divided differences in double double and quad double precision 16 September 2015, 10:20:21 UTC
76b87c0 janv@uic.edu 16 September 2015, 09:25:48 UTC new packages for grids of sample points on hypersurfaces in double double and quad double precision 16 September 2015, 09:25:48 UTC
f8d5d7e janv@uic.edu 16 September 2015, 07:39:42 UTC edits to make room for versions running in higher precision 16 September 2015, 07:39:42 UTC
e02faf1 janv@uic.edu 15 September 2015, 14:52:37 UTC computing sequences of generic points on hypersurfaces in double double and quad double precision is done in new packages 15 September 2015, 14:52:37 UTC
9829388 janv@uic.edu 14 September 2015, 19:46:56 UTC clarified dependencies for generic points computations 14 September 2015, 19:46:56 UTC
ac81ce0 janv@uic.edu 14 September 2015, 19:43:50 UTC removed superfluous with/use cause pointed out by gnat gpl 2015 14 September 2015, 19:43:50 UTC
12ea97a janv@uic.edu 14 September 2015, 19:41:17 UTC updates because of new package standard_lined_hypersurfaces 14 September 2015, 19:41:17 UTC
5512482 janv@uic.edu 14 September 2015, 19:36:11 UTC refactored code from hypersurface_samplers into the new standard_lined_hypersurfaces 14 September 2015, 19:36:11 UTC
53db748 janv@uic.edu 13 September 2015, 18:53:55 UTC reformatting in the code dedicated to compute generic points on hypersurfaces to make room for the versions in double double and quad double precision 13 September 2015, 18:53:55 UTC
bff4351 janv@uic.edu 12 September 2015, 17:58:29 UTC added procedures to deal with special case of solving linear systems in black box mode with doble double and quad double arithmetic 12 September 2015, 17:58:29 UTC
78e0fc5 janv@uic.edu 11 September 2015, 18:09:55 UTC updates for double double and quad double precision black box solving of binomial and simplex systems 11 September 2015, 18:09:55 UTC
9aa85f8 janv@uic.edu 11 September 2015, 18:00:06 UTC verbose versions of the root refiners in double double and quad double precision 11 September 2015, 18:00:06 UTC
9781ab3 janv@uic.edu 10 September 2015, 15:09:04 UTC solving linear systems in double double and quad double precision when given as polynomial systems in symbolic format 10 September 2015, 15:09:04 UTC
2a01d61 janv@uic.edu 10 September 2015, 00:54:20 UTC black box root counters contain polyhedral homotopies in quad double precision; the version string is printed at the end of the output file of the blackbox solver 10 September 2015, 00:54:20 UTC
fe19516 janv@uic.edu 09 September 2015, 21:59:48 UTC blackbox root counters on Laurent systems can run polyhedral homotopies in double double precision 09 September 2015, 21:59:48 UTC
117c876 janv@uic.edu 09 September 2015, 12:07:48 UTC path tracking for polyhedral homotopies with quad double precision arithmetic in blackbox mode 09 September 2015, 12:07:48 UTC
3791447 janv@uic.edu 09 September 2015, 12:00:03 UTC added packages to make random coefficient systems with quad double precision coefficients 09 September 2015, 12:00:03 UTC
1de2ded janv@uic.edu 09 September 2015, 02:48:04 UTC polyhedral continuation in blackbox mode with double double arithmetic 09 September 2015, 02:48:04 UTC
c73d0f9 janv@uic.edu 09 September 2015, 02:46:00 UTC new package to randomize coefficients of polynomials in double double precision 09 September 2015, 02:46:00 UTC
9b8c53f janv@uic.edu 08 September 2015, 00:47:58 UTC added with/use to package with refactored code from the blackbox root counters 08 September 2015, 00:47:58 UTC
340b842 janv@uic.edu 08 September 2015, 00:41:08 UTC refactored code from the blackbox methods for polyhedral continuations 08 September 2015, 00:41:08 UTC
586c450 janv@uic.edu 06 September 2015, 21:53:33 UTC multitasking of path trackers in black box mode enabled for double double and quad double precision 06 September 2015, 21:53:33 UTC
9deda76 janv@uic.edu 06 September 2015, 21:18:19 UTC updated multitasked path trackers to Laurent homotopies in double double and quad double precision 06 September 2015, 21:18:19 UTC
8bdfdc2 janv@uic.edu 06 September 2015, 18:01:15 UTC provided wrappers to the path trackers for Laurent systems in double double and quad double precision 06 September 2015, 18:01:15 UTC
893221b janv@uic.edu 06 September 2015, 01:36:47 UTC running polynomial continuation with quad doubles in blackbox mode 06 September 2015, 01:36:47 UTC
12e2200 janv@uic.edu 06 September 2015, 01:31:37 UTC Laurent and coefficient homotopies in quad double precision 06 September 2015, 01:31:37 UTC
2afb191 janv@uic.edu 06 September 2015, 01:14:26 UTC updated makefile for new test program 06 September 2015, 01:14:26 UTC
84e7481 janv@uic.edu 06 September 2015, 01:08:34 UTC new package to call path trackers in double double precision in blackbox mode 06 September 2015, 01:08:34 UTC
51bc361 janv@uic.edu 06 September 2015, 01:01:41 UTC package for homotopies of Laurent systems with coefficients in double double precision 06 September 2015, 01:01:41 UTC
ee2c6d8 janv@uic.edu 04 September 2015, 15:32:13 UTC reformatted code on the host for better readability 04 September 2015, 15:32:13 UTC
49ea35f janv@uic.edu 03 September 2015, 18:53:36 UTC used the verbose option when calling Newton's method on the GPU 03 September 2015, 18:53:36 UTC
39d6de6 janv@uic.edu 03 September 2015, 18:50:16 UTC printing of residual is guarded by the if(debug) statement in GPU_Newton 03 September 2015, 18:50:16 UTC
406ebcd janv@uic.edu 03 September 2015, 18:10:59 UTC added verbose option to Newton's method on the GPU 03 September 2015, 18:10:59 UTC
949aaf1 janv@uic.edu 03 September 2015, 16:26:49 UTC documented the values for the monomial evaluation method 03 September 2015, 16:26:49 UTC
4a6c777 janv@uic.edu 03 September 2015, 00:54:34 UTC updated CUDA code for Newton's method and path tracking 03 September 2015, 00:54:34 UTC
55adad1 janv@uic.edu 03 September 2015, 00:50:55 UTC updated code for evaluation and Newton's method on the host 03 September 2015, 00:50:55 UTC
d387068 janv@uic.edu 03 September 2015, 00:22:00 UTC fixed MON_EVAL_METHOD to 1 as needed to track one path with quad doubles 03 September 2015, 00:22:00 UTC
be9a2b5 janv@uic.edu 01 September 2015, 22:03:02 UTC updated makefile to make the test program ts_mva 01 September 2015, 22:03:02 UTC
8d72888 janv@uic.edu 01 September 2015, 22:02:22 UTC added callback procedure to the mixedvol algorithm 01 September 2015, 22:02:22 UTC
c1f04bb janv@uic.edu 31 August 2015, 22:37:06 UTC release 2.4 of PHCpack is still marked as 2.4.00 31 August 2015, 22:37:06 UTC
ca75c02 janv@uic.edu 31 August 2015, 22:22:33 UTC version 0.2.9 of phcpy is ready for release 31 August 2015, 22:22:33 UTC
8d148c6 janv@uic.edu 31 August 2015, 21:52:38 UTC added script to call the GPU accelerated path trackers in phcpy 31 August 2015, 21:52:38 UTC
1aad2cc janv@uic.edu 31 August 2015, 21:42:03 UTC updated documentation with a speedup calculation of the wall clock times 31 August 2015, 21:42:03 UTC
9fb169c janv@uic.edu 31 August 2015, 21:16:37 UTC the Ada code is ready for release 2.4 31 August 2015, 21:16:37 UTC
d286cb4 janv@uic.edu 31 August 2015, 19:34:29 UTC fixed calls to include values for the gamma constant 31 August 2015, 19:34:29 UTC
aa10691 janv@uic.edu 31 August 2015, 18:56:40 UTC fixed bug in capturing number of tasks as passed from the C interface 31 August 2015, 18:56:40 UTC
b44d25a janv@uic.edu 31 August 2015, 00:22:49 UTC updated makefiles for the new test programs and to make the new .so modules 31 August 2015, 00:22:49 UTC
026c64a janv@uic.edu 31 August 2015, 00:21:18 UTC versions for double double and quad double precision to call the GPU accelerated path trackers 31 August 2015, 00:21:18 UTC
b288a1f janv@uic.edu 30 August 2015, 23:36:11 UTC interface module to the double double and quad double versions of the GPU accelerated path trackers is done 30 August 2015, 23:36:11 UTC
0bcab7b janv@uic.edu 30 August 2015, 22:17:22 UTC separate header files for the GPU acceleration of Newton's method 30 August 2015, 22:17:22 UTC
01acba7 janv@uic.edu 30 August 2015, 21:24:51 UTC gpu_double_track added to trackers.py for GPU accelerated path tracking via Python 30 August 2015, 21:24:51 UTC
ae4e8ba janv@uic.edu 30 August 2015, 21:21:45 UTC the interface C module is extended with GPU accelerated Newton and path trackers 30 August 2015, 21:21:45 UTC
367cb7d janv@uic.edu 30 August 2015, 19:58:28 UTC added gamma constant to path trackers with algorithmic differentiation in double precision 30 August 2015, 19:58:28 UTC
106220f janv@uic.edu 30 August 2015, 19:07:03 UTC applied extra input arguments for the random gamma constant to the interface C library routines 30 August 2015, 19:07:03 UTC
4565a07 janv@uic.edu 29 August 2015, 16:25:37 UTC updated ad hoc interface to track one path on the GPU in quad double precision 29 August 2015, 16:25:37 UTC
4dd6846 janv@uic.edu 29 August 2015, 00:24:43 UTC extended interface functions to the GPU path trackers with gamma constant 29 August 2015, 00:24:43 UTC
41bc1ee janv@uic.edu 28 August 2015, 16:12:36 UTC interface to C functions for path tracking using algorithmic differentiation accept gamma constant as input parameter 28 August 2015, 16:12:36 UTC
d362e6d janv@uic.edu 27 August 2015, 12:48:59 UTC bug fix in standard_double_track and new function to apply algorithmic differentiation in the path trackers in double precision 27 August 2015, 12:48:59 UTC
64ca49e janv@uic.edu 26 August 2015, 17:39:51 UTC new makefiles for the extended Python interface module 26 August 2015, 17:39:51 UTC
3bf2955 janv@uic.edu 26 August 2015, 17:38:13 UTC extension of phcpy2c interface module to Python with Newton's method and path trackers with algorithmic differentiation in double precision 26 August 2015, 17:38:13 UTC
de57964 janv@uic.edu 25 August 2015, 21:26:17 UTC updated makefiles for new test programs 25 August 2015, 21:26:17 UTC
9982bab janv@uic.edu 25 August 2015, 21:05:13 UTC C interface in PHClib to the functions that apply algorithmic differentiation in Newton's method and the path trackers in double, double double, and quad double precision 25 August 2015, 21:05:13 UTC
8f7d49c janv@uic.edu 25 August 2015, 20:32:40 UTC separated prototypes of functions into header files for the application of algorithmic differentiation in Newton's method and the path trackers 25 August 2015, 20:32:40 UTC
2ff7592 janv@uic.edu 24 August 2015, 21:56:05 UTC updated makefiles for the new test programs 24 August 2015, 21:56:05 UTC
0c02f70 janv@uic.edu 24 August 2015, 21:54:27 UTC quad double versions for the wrappers to execute Newton's method and the path trackers with algorithmic differentiation to evaluate the polynomials 24 August 2015, 21:54:27 UTC
47add75 janv@uic.edu 24 August 2015, 21:35:25 UTC still minor error that occurs when the double double code is verbose 24 August 2015, 21:35:25 UTC
a53c340 janv@uic.edu 24 August 2015, 21:28:14 UTC adjusted function calls to PHClib for double double versions of copying target, start system, and retrieving the number of solutions 24 August 2015, 21:28:14 UTC
e53fe4a janv@uic.edu 23 August 2015, 17:47:14 UTC updated makefiles for new test programs 23 August 2015, 17:47:14 UTC
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