Import py27-pymbolic-2013.3.5 as wip/py-pymbolic.

Python package for symbolic computation
Import py27-glespy-0.1.5 as wip/py-glespy.

Bindings for GLESP for calculations with spherical harmonics
Import py27-pynn-0.7.5 as wip/py-pynn.

In other words, you can write the code for a model once, using the PyNN API
and the Python programming language, and then run it without modification on
any simulator that PyNN supports (currently NEURON, NEST, PCSIM and Brian).

The API has two parts, a low-level, procedural API (functions ``create()``,
``connect()``, ``set()``, ``record()``, ``record_v()``), and a high-level,
object-oriented API (classes ``Population`` and ``Projection``, which have
methods like ``set()``, ``record()``, ``setWeights()``, etc.).

The low-level API is good for small networks, and perhaps gives more flexibility
The high-level API is good for hiding the details and the book-keeping, allowing
you to concentrate on the overall structure of your model.

The other thing that is required to write a model once and run it on multiple
simulators is standard cell and synapse models. PyNN translates standard
cell-model names and parameter names into simulator-specific names, e.g.
standard model ``IF_curr_alpha`` is ``iaf_neuron`` in NEST and ``StandardIF``
in NEURON, while ``SpikeSourcePoisson`` is a ``poisson_generator`` in NEST
and a ``NetStim`` in NEURON.
Import py27-tablib-garetjax-0.9.12 as wip/py-tablib-garetjax.

Format agnostic tabular data library (XLS, JSON, YAML, CSV)
Import py27-irco-0.5 as wip/py-irco.

International Research Collaboration Graphs