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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
e948f6c janv@uic.edu 23 November 2015, 15:52:25 UTC update various READ_ME files to mark release 2.4.05 which includes 0.3.4 of phcpy 23 November 2015, 15:52:25 UTC
177cb06 janv@uic.edu 23 November 2015, 12:38:28 UTC prepared files for version 0.3.4 of phcpy 23 November 2015, 12:38:28 UTC
4082c17 janv@uic.edu 23 November 2015, 12:26:55 UTC updated the version number in the configuration of the Sphinx documentation of PHCpack 23 November 2015, 12:26:55 UTC
25dfdd8 janv@uic.edu 23 November 2015, 12:23:51 UTC greeting banners are ready for version 2.4.05 23 November 2015, 12:23:51 UTC
2323e14 janv@uic.edu 23 November 2015, 00:30:13 UTC integrated the documentation for the interesting examples and the families into one restructured text chapter 23 November 2015, 00:30:13 UTC
606eede janv@uic.edu 22 November 2015, 23:11:17 UTC moved the description of the interface module to the end, towards the module phcpy2c documentation 22 November 2015, 23:11:17 UTC
e1b18dc janv@uic.edu 22 November 2015, 20:44:19 UTC illustrated the design of phcpy with a picture 22 November 2015, 20:44:19 UTC
771716d janv@uic.edu 22 November 2015, 18:42:11 UTC added a simple illustration of the diagonal homotopies 22 November 2015, 18:42:11 UTC
0d3465f janv@uic.edu 22 November 2015, 18:05:49 UTC added information about the gnu-ada compiler to the documentation 22 November 2015, 18:05:49 UTC
bbd56cc janv@uic.edu 22 November 2015, 17:43:26 UTC added three sentences to the acknowledgment section of the PHCpack documentation 22 November 2015, 17:43:26 UTC
cadfc9d janv@uic.edu 22 November 2015, 02:50:33 UTC added an illustration of the cascade step to the phcpy documentation 22 November 2015, 02:50:33 UTC
618c6a7 janv@uic.edu 20 November 2015, 21:02:29 UTC in the diagonal solvers used the top dimension as needed in the collapsing of the diagonal after the cascade step 20 November 2015, 21:02:29 UTC
ca1b3f0 janv@uic.edu 20 November 2015, 19:08:42 UTC fixed some inaccuracies in the documentation and added one sentence 20 November 2015, 19:08:42 UTC
730ca28 janv@uic.edu 20 November 2015, 17:24:14 UTC bug fix in the product of the generic points to start the extrinsic diagonal cascade which happened in the interface package 20 November 2015, 17:24:14 UTC
2c4aa96 janv@uic.edu 20 November 2015, 03:40:04 UTC replaced packages to square and embed a system, caused by refactoring 20 November 2015, 03:40:04 UTC
722b420 janv@uic.edu 20 November 2015, 00:23:14 UTC to the phcpy documentation added an "About phcpy" chapter which bundles the history, references, and the acknowledgments 20 November 2015, 00:23:14 UTC
9649e2f janv@uic.edu 19 November 2015, 23:57:17 UTC fix of very minor but still an embarrassing type error 19 November 2015, 23:57:17 UTC
c471792 janv@uic.edu 19 November 2015, 23:52:35 UTC to the PHCpack documentation, added a new chapter 'About PHCpack' which bundles the acknowledgments, the references, the pointer to phcpy, and which contains a first version of the project history 19 November 2015, 23:52:35 UTC
a75a76f janv@uic.edu 19 November 2015, 20:13:10 UTC documented the options -l2, -l4, -p2, and -p4 to select double double (2) and quad double (4) precision at the command line 19 November 2015, 20:13:10 UTC
c97363f janv@uic.edu 18 November 2015, 21:17:08 UTC adjusted drivers so the precision level can be preset at the command line for the polynomial homotopy phc -p2 and phc -p4, for double double and quad double precision 18 November 2015, 21:17:08 UTC
88f3610 janv@uic.edu 18 November 2015, 21:05:28 UTC adjusted drivers to construct a homotopy to respect preset levels of precision and clarified use of double double and quad double precision 18 November 2015, 21:05:28 UTC
f161a5e janv@uic.edu 18 November 2015, 17:05:29 UTC prompting for the precision in the main driver for polynomial continuation happens through another library function 18 November 2015, 17:05:29 UTC
71f6819 janv@uic.edu 18 November 2015, 03:22:05 UTC the cascade of homotopies is now accessible in double double and quad double precision from phc -c 18 November 2015, 03:22:05 UTC
e108a02 janv@uic.edu 18 November 2015, 03:10:07 UTC added versions in double double and quad double precision of splitters of solution lists as needed in the cascades of homotopies 18 November 2015, 03:10:07 UTC
1f96985 janv@uic.edu 18 November 2015, 03:03:02 UTC added operations to remove the last components from the solutions computed in a cascade of homotopies, for double double and quad double precision 18 November 2015, 03:03:02 UTC
c4b871c janv@uic.edu 17 November 2015, 16:57:43 UTC more extensions to double double and quad double precision of the driver routines for use in phc -c 17 November 2015, 16:57:43 UTC
eab423b janv@uic.edu 17 November 2015, 16:47:41 UTC extensions of the operations to prepare for witness set computations in double double and quad double precision 17 November 2015, 16:47:41 UTC
8bd9db9 janv@uic.edu 17 November 2015, 16:03:00 UTC moved the prompting for the level of working precision to the package that defines general communications with the user 17 November 2015, 16:03:00 UTC
6b29ae1 janv@uic.edu 17 November 2015, 03:31:57 UTC added driver operations in double double and quad double precision to start and execute a cascade of homotopies 17 November 2015, 03:31:57 UTC
bc1ac4a janv@uic.edu 17 November 2015, 03:26:45 UTC added operations in double double and quad double precision to slice and embed polynomial systems to form witness sets 17 November 2015, 03:26:45 UTC
1e40ac0 janv@uic.edu 16 November 2015, 16:09:59 UTC refactored code to square and embed systems into a new package, out of the drivers to run cascades of homotopies 16 November 2015, 16:09:59 UTC
9694984 janv@uic.edu 15 November 2015, 21:13:05 UTC enabled the user to indicate the precision with phc -l2 and phc -l4 to compute a witness set in double double or quad double precision 15 November 2015, 21:13:05 UTC
110a8f2 janv@uic.edu 15 November 2015, 21:09:43 UTC computing a witness set for a hypersurface in double double and quad double precision, via the main executable phc -l2 and -l4 15 November 2015, 21:09:43 UTC
79cd8f2 janv@uic.edu 15 November 2015, 21:03:04 UTC added procedures to write witness sets of hypersurfaces, computed in intrinsic coordinates in double double and quad double precision 15 November 2015, 21:03:04 UTC
48456e4 janv@uic.edu 15 November 2015, 01:09:50 UTC building an extrinsic cascade for the diagonal homotopies in double double and quad double precision 15 November 2015, 01:09:50 UTC
31db3fd janv@uic.edu 15 November 2015, 00:44:38 UTC factored out code to write a pure factor and completed the writing of polynomials with double double and quad double coefficients, with a given array of symbols for the names of the variables 15 November 2015, 00:44:38 UTC
e3a612c janv@uic.edu 14 November 2015, 17:59:16 UTC stubbing the writing of polynomials with complex double double and quad double coefficients with a given array of symbols for the variables 14 November 2015, 17:59:16 UTC
ecbd626 janv@uic.edu 13 November 2015, 17:06:23 UTC edits to make room for double double and quad double versions 13 November 2015, 17:06:23 UTC
451147f janv@uic.edu 13 November 2015, 03:42:53 UTC more procedures added to setup the diagonal homotopies in double double and quad double precision 13 November 2015, 03:42:53 UTC
041f3bf janv@uic.edu 12 November 2015, 17:18:19 UTC extra argument for the precision in witness_set_of_hypersurface 12 November 2015, 17:18:19 UTC
1bb668f janv@uic.edu 12 November 2015, 16:57:01 UTC added function to compute a witness set for a hypersurface in double double and quad double precision 12 November 2015, 16:57:01 UTC
0eea3dc janv@uic.edu 12 November 2015, 03:02:21 UTC added jobs to compute a witness set for a hypersurface in double double and quad double precision, jobs in the gateway interface to C and Python 12 November 2015, 03:02:21 UTC
c44d1d2 janv@uic.edu 11 November 2015, 23:53:04 UTC double double and quad double versions of the computation of a witness set for a hypersurface defined by one single polynomial in several variables 11 November 2015, 23:53:04 UTC
6235881 janv@uic.edu 11 November 2015, 23:22:44 UTC added operations to go from intrinsic to extrinsic format of a witness set, for double double and quad double precision 11 November 2015, 23:22:44 UTC
2a5d140 janv@uic.edu 11 November 2015, 22:17:09 UTC renaming and refactoring code to make a witness sets of a hypersurface in standard double precision 11 November 2015, 22:17:09 UTC
28e89bf janv@uic.edu 10 November 2015, 23:01:43 UTC basic version of the extrinsic diagonal homotopy solver in sets.py 10 November 2015, 23:01:43 UTC
d177559 janv@uic.edu 10 November 2015, 22:57:04 UTC renaming and extensions in the C interface to collapse the extrinsic diagonal 10 November 2015, 22:57:04 UTC
4ec9273 janv@uic.edu 10 November 2015, 22:31:00 UTC jobs added to collapse the extrinsic diagonal for runs in double double and quad double precision 10 November 2015, 22:31:00 UTC
23ea240 janv@uic.edu 10 November 2015, 22:12:11 UTC collapsing the extrinsic diagonal for double double and quad double precision 10 November 2015, 22:12:11 UTC
09d53f4 janv@uic.edu 10 November 2015, 22:03:22 UTC adding dummy variables in witness set representations as needed in the double double and quad double extrinsic diagonal homotopy solvers 10 November 2015, 22:03:22 UTC
d6b91c9 janv@uic.edu 10 November 2015, 21:59:36 UTC provide permutation operations for polynomials with double double and quad double coefficients as needed for the extrinsic diagonal homotopy solvers 10 November 2015, 21:59:36 UTC
5a9fda3 janv@uic.edu 10 November 2015, 20:20:31 UTC added basic writing of start and target system in double double and quad double precision to the Python C interface module, because good for testing 10 November 2015, 20:20:31 UTC
95b925b janv@uic.edu 10 November 2015, 17:13:29 UTC function to make the solutions in double double and quad double precision to start the diagonal cascade of homotopies in extrinsic coordinates 10 November 2015, 17:13:29 UTC
1e9d6d9 janv@uic.edu 10 November 2015, 17:04:11 UTC renamings and extra operations for the C and Python interface for the double double and quad double extrinsic diagonal homotopies 10 November 2015, 17:04:11 UTC
92ddb30 janv@uic.edu 10 November 2015, 16:23:05 UTC added more operations in double double and quad double precision for the extrinsic diagonal homotopies 10 November 2015, 16:23:05 UTC
5d385e0 janv@uic.edu 10 November 2015, 13:09:42 UTC extended sets.py with definitions of diagonal homotopies in double double and quad double precision 10 November 2015, 13:09:42 UTC
082de99 janv@uic.edu 10 November 2015, 03:03:39 UTC updated Ada code for the interface to define diagonal homotopies in double double and quad double precision 10 November 2015, 03:03:39 UTC
2609b9c janv@uic.edu 10 November 2015, 02:45:08 UTC renamed create_diagonal_homotopy into standard_diagonal_homotopy and made dobldobl and quaddobl versions in the C and Python interface functions 10 November 2015, 02:45:08 UTC
7fab494 janv@uic.edu 09 November 2015, 18:16:12 UTC versions in double double and quad double precision for the diagonal homotopies in extrinsic format are defined 09 November 2015, 18:16:12 UTC
f8d4b60 janv@uic.edu 09 November 2015, 18:08:30 UTC versions of operations in double double and quad double precision as needed for the extrinsic versions of the diagonal homotopies 09 November 2015, 18:08:30 UTC
349a3f6 janv@uic.edu 09 November 2015, 14:26:50 UTC refactored code out of extrinsic_diagonal_homotopies and fixed a with in the witness generate and classify 09 November 2015, 14:26:50 UTC
bbc5e55 janv@uic.edu 09 November 2015, 02:11:10 UTC added function standard_diagonal_solver to apply diagonal homotopies in a solver 09 November 2015, 02:11:10 UTC
13c6fe1 janv@uic.edu 08 November 2015, 23:07:31 UTC updated C interface and the interface to Python with a function to define the symbol table to write the target system at the start of the cascade for diagonal homotopies in extrinsic coordinates 08 November 2015, 23:07:31 UTC
7e91175 janv@uic.edu 08 November 2015, 23:01:33 UTC added jobs to the gateway procedures to double the number of symbols needed to write the target system in the cascade to start the diagonal homotopies 08 November 2015, 23:01:33 UTC
88e820a janv@uic.edu 08 November 2015, 02:24:54 UTC bug fixes and the start of the cascade for the diagonal homotopy 08 November 2015, 02:24:54 UTC
4f7a7de janv@uic.edu 08 November 2015, 01:07:53 UTC commented out the output when defining the start solutions in the cascade to start up the diagonal homotopy 08 November 2015, 01:07:53 UTC
8287629 janv@uic.edu 06 November 2015, 23:23:40 UTC forgot to commit the latest update of the body of a package ... 06 November 2015, 23:23:40 UTC
712059a janv@uic.edu 06 November 2015, 23:12:09 UTC adjusted the main READ_ME file for release 2.4.04 06 November 2015, 23:12:09 UTC
b038b22 janv@uic.edu 06 November 2015, 22:10:46 UTC updated documentation for version 2.4.04 of PHCpack 06 November 2015, 22:10:46 UTC
c04ad02 janv@uic.edu 06 November 2015, 21:36:23 UTC new documentation page for the sweep homotopies, revised the project history 06 November 2015, 21:36:23 UTC
874bd4b janv@uic.edu 06 November 2015, 17:11:10 UTC prepared files for release 0.3.3 of phcpy 06 November 2015, 17:11:10 UTC
b803326 janv@uic.edu 06 November 2015, 14:26:06 UTC adjusted greeting banners for version 2.4.04 06 November 2015, 14:26:06 UTC
1250e77 janv@uic.edu 06 November 2015, 02:24:33 UTC started writing documentation on the new sweepers module of phcpy 06 November 2015, 02:24:33 UTC
ad98901 janv@uic.edu 05 November 2015, 23:28:51 UTC called silent versions to the real sweep in double double and quad double precision 05 November 2015, 23:28:51 UTC
f1ff423 janv@uic.edu 05 November 2015, 23:24:27 UTC silent versions of the real sweep in double double and quad double precision 05 November 2015, 23:24:27 UTC
4567054 janv@uic.edu 05 November 2015, 22:52:24 UTC added versions for double double and quad double precision for the real sweep to the module sweepers, with tests on real and complex points on the circle 05 November 2015, 22:52:24 UTC
d092ec6 janv@uic.edu 05 November 2015, 22:45:19 UTC added double double and quad double versions to the main interface function for the sweep 05 November 2015, 22:45:19 UTC
8effe97 janv@uic.edu 05 November 2015, 20:40:05 UTC added test functions for a real sweep in phcpy 05 November 2015, 20:40:05 UTC
1c2db41 janv@uic.edu 05 November 2015, 20:38:10 UTC made the proper calls in the gateway interface function to the silent versions of the real sweep 05 November 2015, 20:38:10 UTC
00f0d5f janv@uic.edu 05 November 2015, 20:37:01 UTC added silent versions of the monitoring for singularities during a real sweep, as needed for the Python interface 05 November 2015, 20:37:01 UTC
16f00d9 janv@uic.edu 05 November 2015, 03:51:49 UTC functions in the Python sweepers module to run a real parameter sweep 05 November 2015, 03:51:49 UTC
49d9d46 janv@uic.edu 05 November 2015, 03:45:57 UTC added functions to call a real sweep 05 November 2015, 03:45:57 UTC
a45d200 janv@uic.edu 04 November 2015, 18:46:26 UTC for consistency with the naming of the Ada procedures, updates the names in the C and Python interface for the functions that run the complex sweep 04 November 2015, 18:46:26 UTC
3b613e4 janv@uic.edu 03 November 2015, 17:13:32 UTC added extra job entries for a real natural parameter sweep to the C gateway 03 November 2015, 17:13:32 UTC
c645497 janv@uic.edu 02 November 2015, 19:26:41 UTC updated the sweep functions in the sweepers module for the bug fix that systems with a different number of variables, different from the number of equations, can now be stored 02 November 2015, 19:26:41 UTC
2443596 janv@uic.edu 02 November 2015, 19:24:37 UTC adjusted code in the interface to the sweep, removing the patch needed for the inability to store systems that were not square 02 November 2015, 19:24:37 UTC
415c714 janv@uic.edu 02 November 2015, 17:55:17 UTC added additional, optional parameter to store systems that are not square 02 November 2015, 17:55:17 UTC
390472d janv@uic.edu 02 November 2015, 02:16:21 UTC sweeping on the most simple example of the circle works in double, double double, and quad double precision 02 November 2015, 02:16:21 UTC
88f43db janv@uic.edu 02 November 2015, 02:13:50 UTC bug fix in calling sweep homotopy through the Python/C interface for the version in quad double precision 02 November 2015, 02:13:50 UTC
7c2ef2c janv@uic.edu 02 November 2015, 02:11:35 UTC bug fix in selecting components from solutions for use in the sweep 02 November 2015, 02:11:35 UTC
292aef0 janv@uic.edu 01 November 2015, 17:21:36 UTC sweepers creepers (!), again too late with a new release, but just added skeleton for a new module to track paths defined by a sweep homotopy 01 November 2015, 17:21:36 UTC
ce17415 janv@uic.edu 01 November 2015, 00:55:50 UTC updated makefiles for sweep.o in the phcpy2c.so file 01 November 2015, 00:55:50 UTC
dbef0ba janv@uic.edu 01 November 2015, 00:54:26 UTC C interface to the sweep homotopy is included in the phcpy2c module 01 November 2015, 00:54:26 UTC
1394dd4 janv@uic.edu 31 October 2015, 20:46:01 UTC all functionality of use_sweep is available in C via the functions with prototypes in sweep.h 31 October 2015, 20:46:01 UTC
f26d04f janv@uic.edu 31 October 2015, 00:41:26 UTC updated makefiles for new test program 31 October 2015, 00:41:26 UTC
78b9c15 janv@uic.edu 31 October 2015, 00:25:05 UTC started construction of sweep module in C 31 October 2015, 00:25:05 UTC
7604faa janv@uic.edu 30 October 2015, 18:48:16 UTC added call to complex convex continuation in the gateway functions 30 October 2015, 18:48:16 UTC
50fa87d janv@uic.edu 30 October 2015, 17:46:59 UTC added silent versions of the continuation procedures for complex convex parameter continuation 30 October 2015, 17:46:59 UTC
92c616d janv@uic.edu 30 October 2015, 16:34:58 UTC factored out code into a new package for the special case of complex convex parameter continuation 30 October 2015, 16:34:58 UTC
78d8da1 janv@uic.edu 30 October 2015, 00:44:19 UTC added extra 10 operations for the sweep to the main gateway function 30 October 2015, 00:44:19 UTC
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