- 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
