| ff557b1 | Jan Verschelde | 30 July 2014, 22:00:02 UTC | upgraded version number in conf.py to 2.3.90 | 30 July 2014, 22:00:02 UTC |
| bdbf87b | Jan Verschelde | 30 July 2014, 21:56:00 UTC | upgraded conf.py in Sphinx documentation to version 0.2.0 of phcpy | 30 July 2014, 21:56:00 UTC |
| 1c1d87c | Jan Verschelde | 30 July 2014, 21:44:45 UTC | added routines for one Newton step on Laurent systems to the Python interface and updated packaging for release 0.2.0 of phcpy | 30 July 2014, 21:44:45 UTC |
| 53f7939 | Jan Verschelde | 30 July 2014, 21:22:17 UTC | added tests in C for one Newton step on Laurent polynomial systems | 30 July 2014, 21:22:17 UTC |
| d442fb2 | Jan Verschelde | 30 July 2014, 21:17:24 UTC | bug fix in one Newton step on Laurent system in standard precision arithmetic | 30 July 2014, 21:17:24 UTC |
| e2f2219 | Jan Verschelde | 30 July 2014, 21:07:17 UTC | suppressed failure message in blackbox solver for Laurent systems | 30 July 2014, 21:07:17 UTC |
| d4318e3 | Jan Verschelde | 30 July 2014, 19:08:04 UTC | adjusted main READ_ME of PHCpack for release 2.3.90 | 30 July 2014, 19:08:04 UTC |
| 14a65cf | Jan Verschelde | 30 July 2014, 16:57:25 UTC | adjusted greeting banners for release 2.3.90 | 30 July 2014, 16:57:25 UTC |
| 272ac54 | Jan Verschelde | 30 July 2014, 02:47:59 UTC | added one Newton step on Laurent systems routines to phcpy2c for Python | 30 July 2014, 02:47:59 UTC |
| 58ea521 | Jan Verschelde | 30 July 2014, 02:34:42 UTC | added operations to perform one Newton step on Laurent polynomial systems | 30 July 2014, 02:34:42 UTC |
| d3b0d5b | Jan Verschelde | 29 July 2014, 17:57:50 UTC | adjusted solver.py module for renaming of Newton_step into standard_Newton_step | 29 July 2014, 17:57:50 UTC |
| 4f44e51 | Jan Verschelde | 29 July 2014, 17:51:09 UTC | renaming of Newton_step into standard_Newton_step caused changes in lib_newton and phcpy2c. | 29 July 2014, 17:51:09 UTC |
| 21b0049 | Jan Verschelde | 28 July 2014, 23:17:54 UTC | added operations for computing one Newton step on a Laurent polynomial system in standard double, double double, quad double, and multiprecision arithmetic | 28 July 2014, 23:17:54 UTC |
| 2114393 | Jan Verschelde | 28 July 2014, 23:07:04 UTC | one procedure added to compute one Newton step on Laurent polynomial system in multiprecision arithmetic | 28 July 2014, 23:07:04 UTC |
| b235d59 | Jan Verschelde | 28 July 2014, 16:01:57 UTC | added load and store operations for strings of multiprecision Laurent systems | 28 July 2014, 16:01:57 UTC |
| cdc320a | Jan Verschelde | 28 July 2014, 01:49:19 UTC | added serialization operations for multiprecision Laurent systems to the C module phcpy2c for use in Python | 28 July 2014, 01:49:19 UTC |
| 9e217c0 | Jan Verschelde | 28 July 2014, 01:47:34 UTC | forgotten declaration in syscon.h | 28 July 2014, 01:47:34 UTC |
| e3b721b | Jan Verschelde | 28 July 2014, 01:39:50 UTC | serialization of multiprecision Laurent polynomials added to syscon | 28 July 2014, 01:39:50 UTC |
| 87c77ca | Jan Verschelde | 27 July 2014, 23:28:08 UTC | the main gateway to C has now also store and load operations for strings that contain multiprecision Laurent polynomials | 27 July 2014, 23:28:08 UTC |
| 6b3100c | Jan Verschelde | 27 July 2014, 23:21:32 UTC | added store/load operations for multiprecision Laurent polynomials for serialization in the use_syscon gateway to C | 27 July 2014, 23:21:32 UTC |
| 47a34ec | Jan Verschelde | 27 July 2014, 16:09:40 UTC | new operations for multiprecision Laurent systems in phcpy2c | 27 July 2014, 16:09:40 UTC |
| 3efa8fb | Jan Verschelde | 26 July 2014, 19:47:48 UTC | added operations to C library for systems container to handle Laurent systems with multiprecision coefficients | 26 July 2014, 19:47:48 UTC |
| cde1425 | Jan Verschelde | 26 July 2014, 18:39:01 UTC | operations on multiprecision Laurent systems in the central gateway to C | 26 July 2014, 18:39:01 UTC |
| d72fe16 | Jan Verschelde | 26 July 2014, 14:48:42 UTC | added operations to the use_syscon gateway for multiprecision Laurent systems | 26 July 2014, 14:48:42 UTC |
| bf81aa7 | Jan Verschelde | 25 July 2014, 23:18:04 UTC | container made for the C interface to hold Laurent polynomial systems with arbitrary multiprecision coefficients, tested by ts_syscon | 25 July 2014, 23:18:04 UTC |
| 89cbe12 | Jan Verschelde | 25 July 2014, 22:21:48 UTC | instantiated package to create and evaluate Jacobian matrices of Laurent polynomial systems for multiprecision complex numbers | 25 July 2014, 22:21:48 UTC |
| 3506417 | Jan Verschelde | 25 July 2014, 22:03:27 UTC | instantiations of generic packages to evaluate Laurent polynomials and systems with arbitrary precision complex arithmetic | 25 July 2014, 22:03:27 UTC |
| 4c40a9a | Jan Verschelde | 25 July 2014, 20:46:08 UTC | added test for evaluation of coefficient-polynomial function in case of arbitrary precision complex arithmetic | 25 July 2014, 20:46:08 UTC |
| cbdcee8 | Jan Verschelde | 25 July 2014, 20:44:41 UTC | modifications to the coefficient-polynomial evaluation functions in case of multiprecision aritmetic | 25 July 2014, 20:44:41 UTC |
| dd01ae8 | Jan Verschelde | 25 July 2014, 20:08:02 UTC | extended test program ts_laurpoly to test evaluation of Laurent polynomials with arbitrary multiprecision arithmetic | 25 July 2014, 20:08:02 UTC |
| e97fd87 | Jan Verschelde | 25 July 2014, 20:06:53 UTC | fixed several bugs that occur when evaluating Laurent polynomials with arbitrary precision arithmetic | 25 July 2014, 20:06:53 UTC |
| 6536a66 | Jan Verschelde | 24 July 2014, 20:50:00 UTC | extra operations to store and load Laurent system from Python strings | 24 July 2014, 20:50:00 UTC |
| e38b70f | Jan Verschelde | 24 July 2014, 20:03:41 UTC | added new functions on containers for Laurent systems to the module for use in Python | 24 July 2014, 20:03:41 UTC |
| ee3dc9d | Jan Verschelde | 24 July 2014, 18:24:28 UTC | extended C interface with functions to load and store Laurent polynomials in standard double, double double, and quad double precision | 24 July 2014, 18:24:28 UTC |
| 1c9ba51 | Jan Verschelde | 24 July 2014, 18:20:57 UTC | added to main gateway to C operations to load a Laurent polynomial as string | 24 July 2014, 18:20:57 UTC |
| be70ee5 | Jan Verschelde | 24 July 2014, 18:12:44 UTC | extra operation to load Laurent polynomial in standard precision into the container when given as a string | 24 July 2014, 18:12:44 UTC |
| 6f9add9 | Jan Verschelde | 24 July 2014, 17:36:47 UTC | added operations to parse strings and to write to strings Laurent systems in double double and quad double precision into the main gateway to C | 24 July 2014, 17:36:47 UTC |
| 0f283a0 | Jan Verschelde | 23 July 2014, 23:34:00 UTC | updated gateway to systems container with operations to parse from strings and write to strings Laurent polynomials in dd and qd precision | 23 July 2014, 23:34:00 UTC |
| 1b53dbd | Jan Verschelde | 23 July 2014, 22:08:15 UTC | fixed bug in the writing of Laurent polynomials with quad double coefficients and made new package to convert Laurent polynomials in quad double precision into strings, with upgraded test procedure ts_parse | 23 July 2014, 22:08:15 UTC |
| 6617363 | Jan Verschelde | 23 July 2014, 21:44:08 UTC | fixed bug in the writing of Laurent polynomials with double double coefficients and made a new package to parse and write such polynomials to strings, tested by ts_parse | 23 July 2014, 21:44:08 UTC |
| 6a0ad91 | Jan Verschelde | 22 July 2014, 18:21:54 UTC | added permute operations for systems with coefficients in double double and quad double precision | 22 July 2014, 18:21:54 UTC |
| ae3aad4 | Jan Verschelde | 22 July 2014, 18:14:31 UTC | in C interface routines added permute operations for double double and quad double polynomial and Laurent systems | 22 July 2014, 18:14:31 UTC |
| ed0ba88 | Jan Verschelde | 22 July 2014, 17:58:48 UTC | permute operations for double double and quad double polynomial and Laurent systems made available through the gateway to C routines | 22 July 2014, 17:58:48 UTC |
| debcb09 | Jan Verschelde | 22 July 2014, 17:42:05 UTC | added permute operations for polynomial systems and Laurent systems with double double and quad double coefficients | 22 July 2014, 17:42:05 UTC |
| 202086b | Jan Verschelde | 21 July 2014, 23:10:36 UTC | added extra functions on the systems containers for Laurent systems with double double and quad double coefficients to the Python interface | 21 July 2014, 23:10:36 UTC |
| 55ac62c | Jan Verschelde | 21 July 2014, 22:23:34 UTC | added functions to access systems container for Laurent systems with double double and quad double coefficients | 21 July 2014, 22:23:34 UTC |
| 36a186e | Jan Verschelde | 21 July 2014, 20:01:40 UTC | adjusted use_c2phc with the extra functions in use_syscon | 21 July 2014, 20:01:40 UTC |
| 323cc6d | Jan Verschelde | 21 July 2014, 19:52:29 UTC | functionality of containers of Laurent systems with double double and quad double coefficients available via use_syscon | 21 July 2014, 19:52:29 UTC |
| 7abc664 | Jan Verschelde | 20 July 2014, 19:49:20 UTC | more tests on Laurent systems container for double double and quad double coefficients | 20 July 2014, 19:49:20 UTC |
| e1a9ee3 | Jan Verschelde | 20 July 2014, 19:17:49 UTC | improved reading of Laurent polynomial systems with double double and quad double coefficients | 20 July 2014, 19:17:49 UTC |
| 9eee2eb | Jan Verschelde | 20 July 2014, 16:28:06 UTC | added test procedures for Laurent systems | 20 July 2014, 16:28:06 UTC |
| cf44382 | Jan Verschelde | 19 July 2014, 20:47:00 UTC | new container for Laurent systems with quad double coefficients | 19 July 2014, 20:47:00 UTC |
| 63f1da0 | Jan Verschelde | 19 July 2014, 20:37:31 UTC | new container for Laurent systems with double double coefficients | 19 July 2014, 20:37:31 UTC |
| 6ed1208 | Jan Verschelde | 18 July 2014, 23:02:58 UTC | solver.py is extended with polyhedral homotopies in double double and quad double precision | 18 July 2014, 23:02:58 UTC |
| 1abd474 | Jan Verschelde | 18 July 2014, 22:16:59 UTC | added functions to prepare for the C to Python interface | 18 July 2014, 22:16:59 UTC |
| c7cc115 | Jan Verschelde | 18 July 2014, 21:45:05 UTC | C test routines that call path trackers for polyhedral homotopies in double double and quad double precision | 18 July 2014, 21:45:05 UTC |
| 10bfc37 | Jan Verschelde | 18 July 2014, 15:51:07 UTC | upgraded C interface to run polyhedral homotopies in double double and quad double precision | 18 July 2014, 15:51:07 UTC |
| 20888dc | Jan Verschelde | 18 July 2014, 15:40:28 UTC | fixed documentation errors concerning the new operations to run polyhedral homotopies in quad double precision | 18 July 2014, 15:40:28 UTC |
| 8a9b4d6 | Jan Verschelde | 17 July 2014, 21:56:53 UTC | added 18 operations in use_c2phc for polyhedral homotopies in double double and quad double precision | 17 July 2014, 21:56:53 UTC |
| b08e9b3 | Jan Verschelde | 17 July 2014, 20:55:38 UTC | polyhedral homotopies in double double and quad double precision are exported by the cells container | 17 July 2014, 20:55:38 UTC |
| d9c54f7 | Jan Verschelde | 17 July 2014, 18:14:46 UTC | cells container holds random polynomials systems with double double and quad double complex coefficients | 17 July 2014, 18:14:46 UTC |
| c4949cf | Jan Verschelde | 16 July 2014, 19:29:20 UTC | phc -m now provides polyhedral continuation in double double and quad double precision | 16 July 2014, 19:29:20 UTC |
| e486f08 | Jan Verschelde | 15 July 2014, 22:24:55 UTC | added main procedure to mainsmvc.adb | 15 July 2014, 22:24:55 UTC |
| 27ac544 | Jan Verschelde | 15 July 2014, 21:19:02 UTC | another refactoring in drivers in case of Laurent polynomial systems | 15 July 2014, 21:19:02 UTC |
| 0cd4dcf | Jan Verschelde | 15 July 2014, 20:55:12 UTC | refactored code in drivers to ask for stable mv and cells on file | 15 July 2014, 20:55:12 UTC |
| 65daa9c | Jan Verschelde | 14 July 2014, 20:04:32 UTC | testing multitasked solving of start systems in polyhedral homotopies with quad double coefficients | 14 July 2014, 20:04:32 UTC |
| 8adddb0 | Jan Verschelde | 14 July 2014, 19:19:57 UTC | added eval procedure to check on solutions of binomial systems with quad double coefficients | 14 July 2014, 19:19:57 UTC |
| 927532f | Jan Verschelde | 13 July 2014, 14:34:29 UTC | added separating space between real and imaginary part of complex number when writing polynomials with double double coefficients in tableau format | 13 July 2014, 14:34:29 UTC |
| 2e12cb9 | Jan Verschelde | 13 July 2014, 14:31:26 UTC | tableau formats for polynomials and systems with quad double coefficients | 13 July 2014, 14:31:26 UTC |
| 21f4883 | Jan Verschelde | 12 July 2014, 15:49:12 UTC | test on solving start systems for polyhedral continuation with double doubles | 12 July 2014, 15:49:12 UTC |
| d84cbb3 | Jan Verschelde | 12 July 2014, 15:41:07 UTC | added eval procedure for binomial systems with double double coefficients | 12 July 2014, 15:41:07 UTC |
| ac56eb6 | Jan Verschelde | 12 July 2014, 14:51:42 UTC | new package to work with tableau formats of polynomials and systems with double double complex coefficients | 12 July 2014, 14:51:42 UTC |
| 97c9e83 | Jan Verschelde | 12 July 2014, 14:20:06 UTC | new package multitasking_polyhedral_starters with code taken from multitasking_polyhedral_trackers to make room for dd and qd versions | 12 July 2014, 14:20:06 UTC |
| c246c21 | Jan Verschelde | 11 July 2014, 23:18:28 UTC | updates with distance to start end game in multitasking polyhedral continuation | 11 July 2014, 23:18:28 UTC |
| b0b01dd | Jan Verschelde | 11 July 2014, 16:42:05 UTC | applied new drivers to tune the parameters for double double and quad double precision | 11 July 2014, 16:42:05 UTC |
| cb90df1 | Jan Verschelde | 11 July 2014, 16:25:09 UTC | driver to tune the continuation parameters must know the precision | 11 July 2014, 16:25:09 UTC |
| 375caef | Jan Verschelde | 10 July 2014, 18:44:00 UTC | updated tests for polyhedral continuation in double double and quad double precision | 10 July 2014, 18:44:00 UTC |
| bb1e8ac | Jan Verschelde | 10 July 2014, 18:04:36 UTC | upgrades drivers to polyhedral continuation in double double and quad double precision | 10 July 2014, 18:04:36 UTC |
| 0aa3e75 | Jan Verschelde | 10 July 2014, 17:40:02 UTC | added functions on double double and quad double systems | 10 July 2014, 17:40:02 UTC |
| 2fac33a | Jan Verschelde | 09 July 2014, 21:13:24 UTC | tuning of continuation parameters must take precision into account | 09 July 2014, 21:13:24 UTC |
| ea0ac3c | Jan Verschelde | 09 July 2014, 19:44:25 UTC | enabled multitasked polyhedral trackers for double double and quad double in drivers, adjustment of start_end_game parameter | 09 July 2014, 19:44:25 UTC |
| 834f645 | Jan Verschelde | 09 July 2014, 19:28:18 UTC | readjusting start_end_game parameter after one blackbox polyhedral driver | 09 July 2014, 19:28:18 UTC |
| 8e9e8a6 | Jan Verschelde | 08 July 2014, 17:15:56 UTC | polyhedral homotopies in double double and quad double precision work for fully mixed polynomial systems | 08 July 2014, 17:15:56 UTC |
| 17163b1 | Jan Verschelde | 08 July 2014, 15:51:30 UTC | extended solvers for binomial systems with quad double coefficients with procedures as needed by multitasked polyhedral trackers | 08 July 2014, 15:51:30 UTC |
| acdd315 | Jan Verschelde | 07 July 2014, 23:55:03 UTC | added routine to the solvers for binomial systems with double double coefficients | 07 July 2014, 23:55:03 UTC |
| de0ca21 | Jan Verschelde | 07 July 2014, 23:38:05 UTC | added Eval procedure for double double binomial systems | 07 July 2014, 23:38:05 UTC |
| 82fa6d0 | Jan Verschelde | 07 July 2014, 15:28:20 UTC | fixed ts_mtvolcon and updated specifications of multitasking polyhedral trackers | 07 July 2014, 15:28:20 UTC |
| c75aefd | Jan Verschelde | 07 July 2014, 14:40:37 UTC | separated code from multitasking polyhedral trackers into new package polyhedral start systems | 07 July 2014, 14:40:37 UTC |
| e035fa9 | Jan Verschelde | 06 July 2014, 19:13:37 UTC | versions for polyhedral homotopy continuation in quad double precision | 06 July 2014, 19:13:37 UTC |
| 919b6f6 | Jan Verschelde | 06 July 2014, 18:39:59 UTC | new package to convert polynomials with quad double complex coefficients into Laurent polynomials | 06 July 2014, 18:39:59 UTC |
| 0a2faa0 | Jan Verschelde | 06 July 2014, 18:24:50 UTC | added routines to create lists of supports from polynomial systems with quad double coefficients | 06 July 2014, 18:24:50 UTC |
| eb1e1b9 | Jan Verschelde | 05 July 2014, 22:04:15 UTC | polyhedral homotopies in double double precision accessible via ts_mvasta | 05 July 2014, 22:04:15 UTC |
| a1f7116 | Jan Verschelde | 05 July 2014, 21:20:21 UTC | extensions for systems with double double complex coefficients | 05 July 2014, 21:20:21 UTC |
| 08e8a33 | Jan Verschelde | 05 July 2014, 20:59:42 UTC | converting polynomials to Laurent polynomials for double double complex coefficients | 05 July 2014, 20:59:42 UTC |
| c73322a | Jan Verschelde | 04 July 2014, 20:05:17 UTC | versions of polyhedral continuation in double double and quad double precision | 04 July 2014, 20:05:17 UTC |
| 7b04ab7 | Jan Verschelde | 04 July 2014, 19:49:19 UTC | extended with tools for quad double complex coefficients | 04 July 2014, 19:49:19 UTC |
| b6ec75a | Jan Verschelde | 04 July 2014, 19:43:44 UTC | tool for stable polyhedral continuation in quad double precision | 04 July 2014, 19:43:44 UTC |
| 3326f7b | Jan Verschelde | 04 July 2014, 19:18:20 UTC | added extensions for polynomials with double double complex coefficients | 04 July 2014, 19:18:20 UTC |
| 8f7fd66 | Jan Verschelde | 04 July 2014, 19:15:49 UTC | fixed error in code | 04 July 2014, 19:15:49 UTC |
| d68b800 | Jan Verschelde | 04 July 2014, 18:57:00 UTC | tools to support polyhedral continuation for solutions with zero components in double double precision | 04 July 2014, 18:57:00 UTC |
