- Update to version 2.2.0:
* Experimental support for modifying the expression tree
directly from Python (see e.g. Fourier transforms).
* Fix for integration by parts (gh#kpeeters/cadabra2#71)
* Fix for incorrect conversion to sympy expressions.
* Optionally build with support for Mathematica scalar backend;
see map_mma.
* Many bugfixes for expression display and sympy conversion.
* Now using pybind instead of boost.python, in preparation for
* Windows port, and to enable building against Anaconda.
* Copy/paste of output cells added.
* New simplify command, which simplifies the scalar parts of
expressions, and can be switched to use either Sympy or
Mathematica.
* Fix to treat derivatives with respect to explicit coordinates
as scalars in evaluate; see this Q&A post.
* Fix for failure to flag errors for WeightInherit property.
* Fixed: vary on single-term expressions
* (gh#kpeeters/cadabra2#57)
* Fixed: evaluate with dense factors and no 'values' property on
indices (gh#kpeeters/cadabra2#68)
- Rename and rebase cadabra2-2.1.7.patch to
cadabra2-add-pthread-to-cxxflags.patch.
- Add BuildRequires: libboost_date_time1_66_0-devel, new
dependency with version 2.2.0.
- All python bindings are now required to be installed in
_datadir.
- New binary cadabra2cadabra.
OBS-URL: https://build.opensuse.org/request/show/593224
OBS-URL: https://build.opensuse.org/package/show/science/cadabra2?expand=0&rev=19
- fix Factory build, add -pthread to CMAKE_CXX_FLAGS
- fix Leap build, use correct RPATH (lib vs lib64)
- added cadabra2-2.1.7.patch
- Update to version 2.1.7:
* Another interim release to fix bugs and sort out the build
process on new distros.
- Update to version 2.1.5:
* Interim release to get a number of bug fixes out to everyone,
and to use as basis for binary packages for several new
distributions.
- Drop cadabra2-cmake-error.patch; fixed upstream.
- Fix Group for cadabra2-doc-pdf: Documentation/PDF doesn't exist,
use Documentation/Other
- Change hashbang "/usr/bin/env python3" to "/usr/bn/python3".
- Refresh source tarball from upstream: upstream might have pushed
out a new tarball without changes to the versioning, making the
source validator service complain about the mismatch.
- Update to version 2.1.5:
* Interim release with as its main feature the map_sympy command
which makes it much easier to apply sympy algorithms to
component expressions.
- Drop cadabra2-include-functional-header.patch; fixed upstream.
- Add an appdata file and install it to /usr/share/metainfo;
BuildRequires on appstream-glib added.
- Add cadabra2-include-functional-header.patch: Explicitly include
the <functional> header in core/Functional.hh to fix building on
openSUSE > 1320; apply without conditionals as it doesn't hurt
to have this generally.
- BuildRequires: texlive-epstopdf instead of texlive-epstopdf-bin
to fix build failures on Leap 42.1.
- Update to version 2.1.4:
* Enable packages to be written using Cadabra notation, instead
of only pure Python (still experimental).
* Young tableaux properties Tableau and FilledTableau the
related algorithm lr_tensor are available again.
* Sorting Majorana spinors possible again using sort_spinors.
* Extended rename_dummies with capability to rename indices to
different set.
* Make vary work on powers of expressions with dummy indices.
* Substitution of sub-sums now available (e.g. substitute of
A+B=C in ex:=A+B+C+D).
* Improved LaTeX export to make printed notebooks look much
better.
* Many improvements to the component engine, in particular for
handling of derivatives and fractions involving tensors.
* Better line spacing for line-wrapped equations.
* Smarter scroll-to-cell behaviour of the notebook.
* Canonicalising expressions with component values for indices
now works again.
* The unwrap algorithm can now be guided about what to unwrap,
and also knows about spinors and Dirac bars.
* Experimental support to use Cadabra directly from C++ code, as
a library (see the c++lib directory).
* Fixes for using a custom post_process defined as a function
nested inside another.
* Rudimentary timing logic, try server.totals();
* Fixed: pasting text in the notebook sometimes double-pastes.
* Fixed: split_index does not work properly on left- and
right-hand side of equations.
* Fixed: sort_product does not always sort expressions.
* Fixed: eliminate_metric only acts at top level of an
expression, should have deep=True by default.
* Fixed: a bug which would lead to a segfault when using
deep=True.
- Rebase cadabra2-cmake-error.patch for version update.
- Add %{name}-rpmlintrc file to suppress warnings about the
presence of "__DATE__" and/or "__TIME__" in generated html files
for documentation (%{name}-doc).
- Initial package.
- Add cadabra2-cmake-error.patch to make sure CMakeLists.txt
invokes "execute_process" instead of "execute"; fixes build
failures.
OBS-URL: https://build.opensuse.org/request/show/560498
OBS-URL: https://build.opensuse.org/package/show/science/cadabra2?expand=0&rev=13
- Update to version 2.1.5:
* Interim release to get a number of bug fixes out to everyone,
and to use as basis for binary packages for several new
distributions.
- Drop cadabra2-cmake-error.patch; fixed upstream.
- Fix Group for cadabra2-doc-pdf: Documentation/PDF doesn't exist,
use Documentation/Other
- Change hashbang "/usr/bin/env python3" to "/usr/bn/python3".
OBS-URL: https://build.opensuse.org/request/show/538308
OBS-URL: https://build.opensuse.org/package/show/science/cadabra2?expand=0&rev=9
- Refresh source tarball from upstream: upstream might have pushed
out a new tarball without changes to the versioning, making the
source validator service complain about the mismatch.
- Update to version 2.1.5:
* Interim release with as its main feature the map_sympy command
which makes it much easier to apply sympy algorithms to
component expressions.
- Drop cadabra2-include-functional-header.patch; fixed upstream.
- Add an appdata file and install it to /usr/share/metainfo;
BuildRequires on appstream-glib added.
OBS-URL: https://build.opensuse.org/request/show/533391
OBS-URL: https://build.opensuse.org/package/show/openSUSE:Factory/cadabra2?expand=0&rev=2
