README update and version push

Author: pancetta

docs/source/index.rst

@@ -11,40 +11,45 @@ The code is hosted on GitHub, see `https://github.com/Parallel-in-Time/pySDC <ht
 News
 ----
 
-On November 24, 2016, we released version 2 of `pySDC`. This release contains major changes to the code and its structure:
-
-- **Complete redesign of code structure**: The ``core`` part of `pySDC` only contains the core modules and classes,
-  while ``implementations`` contains the actual implementations necessary to run something.
-  This now includes separate files for all collocation classes, as well as a collection of problems, transfer classes and so on.
-  Most examples have been ported to either ``tutorials``, ``playgrounds`` or ``projects``.
-
-- **Introduction of tutorials**: We added a tutorial (see below) to explain many
-  of pySDC's features in a step-by-step fashion. We start with a simple spatial
-  discretization and collocation formulations and move step by step to SDC, MLSDC and PFASST.
-  All tutorials are accompanied by tests.
-
-- **New all-inclusive controllers**: Instead of having two PFASST controllers
-  which could also do SDC and MLSDC (and more), we now have four generic controllers
-  which can do all these methods, depending on the input. They are split into
-  two by two class: `MPI` and `NonMPI` for real or virtual parallelisim as well
-  as `classic` and `multigrid` for the standard and multigrid-like implementation
-  of PFASST and the likes. Initialization has been simplified a lot, too.
-
-- **Collocation-based coarsening** As the standard PFASST libraries `libpfasst <https://bitbucket.org/memmett/libpfasst>`_ and `PFASST++ <https://github.com/Parallel-in-Time/PFASST>`_
-  `pySDC` now offers collocation-based coarsening, i.e. the number of collocation nodes can be reduced during coarsening.
-  Also, time-step coarsening is in preparation, but not implemented yet.
-
-- **Testing and documentation** The core, implementations and plugin packages and their subpackages are fully documented using sphinx-apidoc, see below.
-  This documentation as well as this website are generated automatically using `Travis-CI <https://travis-ci.org/Parallel-in-Time/pySDC>`_.
-  Most of the code is supported by tests, mainly realized by using the tutorial as the test routines with clearly defined results. Also, projects are accompanied by tests.
-
-- Further, minor changes:
-
-  - Switched to more stable barycentric interpolation for the quadrature weights
-  - New collocation class: `EquidistantSpline_Right` for spline-based quadrature
-  - Collocation tests are realized by generators and not by classes
-  - Multi-step SDC (aka single-level PFASST) now works as expected
-  - Reworked many of the internal structures for consistency and simplicity
+- For the `6th Workshop on Parallel-in-Time Integration <https://www.ics.usi.ch/index.php/6th-workshop-on-parallel-in-time-methods>`_
+  `pySDC` has been updated to version 2.1. It is now available on PyPI - the Python Package Index, see `https://pypi.python.org/pypi/pySDC <https://pypi.python.org/pypi/pySDC>`_
+  and can be installed simply by using ``pip install pySDC``. Naturally, this release contains a lot of bugfixes and minor improvements.
+  Most notably, the file structure has been changes again to meet the standards for Python packaging (at least a bit).
+
+- On November 24, 2016, we released version 2 of `pySDC`. This release contains major changes to the code and its structure:
+
+  - **Complete redesign of code structure**: The ``core`` part of `pySDC` only contains the core modules and classes,
+    while ``implementations`` contains the actual implementations necessary to run something.
+    This now includes separate files for all collocation classes, as well as a collection of problems, transfer classes and so on.
+    Most examples have been ported to either ``tutorials``, ``playgrounds`` or ``projects``.
+
+  - **Introduction of tutorials**: We added a tutorial (see below) to explain many
+    of pySDC's features in a step-by-step fashion. We start with a simple spatial
+    discretization and collocation formulations and move step by step to SDC, MLSDC and PFASST.
+    All tutorials are accompanied by tests.
+
+  - **New all-inclusive controllers**: Instead of having two PFASST controllers
+    which could also do SDC and MLSDC (and more), we now have four generic controllers
+    which can do all these methods, depending on the input. They are split into
+    two by two class: `MPI` and `NonMPI` for real or virtual parallelisim as well
+    as `classic` and `multigrid` for the standard and multigrid-like implementation
+    of PFASST and the likes. Initialization has been simplified a lot, too.
+
+  - **Collocation-based coarsening** As the standard PFASST libraries `libpfasst <https://bitbucket.org/memmett/libpfasst>`_ and `PFASST++ <https://github.com/Parallel-in-Time/PFASST>`_
+    `pySDC` now offers collocation-based coarsening, i.e. the number of collocation nodes can be reduced during coarsening.
+    Also, time-step coarsening is in preparation, but not implemented yet.
+
+  - **Testing and documentation** The core, implementations and plugin packages and their subpackages are fully documented using sphinx-apidoc, see below.
+    This documentation as well as this website are generated automatically using `Travis-CI <https://travis-ci.org/Parallel-in-Time/pySDC>`_.
+    Most of the code is supported by tests, mainly realized by using the tutorial as the test routines with clearly defined results. Also, projects are accompanied by tests.
+
+  - Further, minor changes:
+
+    - Switched to more stable barycentric interpolation for the quadrature weights
+    - New collocation class: `EquidistantSpline_Right` for spline-based quadrature
+    - Collocation tests are realized by generators and not by classes
+    - Multi-step SDC (aka single-level PFASST) now works as expected
+    - Reworked many of the internal structures for consistency and simplicity
 
 
 Tutorial

setup.py

@@ -5,7 +5,7 @@
 
 setup(
     name='pySDC',
-    version='2.0',
+    version='2.1',
     description='A Python implementation of spectral deferred correction methods and the likes',
     license="BSD-2",
     long_description=long_description,