Python interface to the R Programming Language
rpy2 is a very simple, yet robust, Python interface to the R Programming
Language. It can manage all kinds of R objects and can execute arbitrary R
functions (including the graphic functions). All errors from the R language
areconverted to Python exceptions. Any module installed for the R system can
be used from within Python. rpy2 is a redesign and rewrite of rpy.
- Developed at devel:languages:python:numeric
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Source Files
Filename | Size | Changed |
---|---|---|
python-rpy2.changes | 0000037150 36.3 KB | |
python-rpy2.spec | 0000002578 2.52 KB | |
rpy2-3.4.4.tar.gz | 0000187684 183 KB |
Latest Revision
Dominique Leuenberger (dimstar_suse)
accepted
request 888641
from
Steve Kowalik (StevenK)
(revision 11)
- Update to 3.4.4: * `RRuntimeError` exceptions raised while evaluating R code an R magic (ipython/jupyter) are now propagated (issue #792). * :mod:`rpy2.robjects.lib.ggplot2` maps more functions in the R package (issue #767) * Utility function :func:`rpy2.robjects.lib.ggplot2.dict2rvec` to convert a Python `Dict[str, str]` into an R named vector of strings. * Converting pandas series with the older numpy types could result in an error (issue #781) * Numpy converter was not properly turing R integer or float arrays into their numpy equivalent (issue #785) * Multithreading during the initialization of the embedded R no longer triggers a fatal error (issue #729) * The mapping of the R C API now includes `Rf_isSymbol()`. * Singleton class :class:`rpy2.rinterface_lib.sexp.RVersion` to report the R version for the embedded R. * :func:`rpy2.rinterface.local_context` to create a context manager to evaluate R code within a local environment. * The `staticmethod` :meth:`rpy2.robjects.vectors.DateVector.isrinstance` will tell whether an R objects is an R `Date` array. * The functions :func:`rpy2.robjects.numpy.activate()` and :func:`rpy2.robjects.pandas.activate()` are deprecated and will be removed in rpy2*3.5.0. * :meth:`rpy2.robjects.lib.ggplot2.vars` to map the R function `ggplot2::vars` (issue #742). * Report correctly the class of R matrix objects with R>=4.0: it is now `('matrix', 'array')`. With R<4.0 `('matrix')` is still reported. * The conversion `rpy2py` is now working with any Python object inheriting from `_rinterface_capi.SupportsSEXP`. * More complete and correct mapping of R class names in :func:`rpy2.rinterface_lib.sexp.rclass_get`. * The conversion of R string arrays to `numpy` arrays was leaving R's `NA` value as R NA objects. NAs in this type of arrays are now turned to `None` in the resulting `numpy` array (issue #751). * `rpy2.situation.get_rlib_path()` was returning an environment variable with an invalid separator on Windows (mentioned in issue #754). * R strings encoded with something else than 'utf-8' could result in errors when trying to convert to Python strings (issue #754). * R `Date` arrays/vectors were not wrapped into :class:`rpy2.robjects.vectors.DateVector` objects but left as R arrays of floats (which they are at the C level). * The :meth:`__repr__` of `robjects`-level objects was not displaying the rpy2 class the R object is mapped to. * The unit tests for importing R packages with `lib_loc` were broken (issue #720). * Fix the constructor of metaclass :class:`rpy2.robjects.methods.RS4Auto_Type`. * Fix call to end the embedded R in :class:`rpy2.robjects.R.__cleanup__` (issue #734). - Do not build on Python 3.6, due to no NumPy.
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