Included audiostream, using just the temporal pooler to recognize patterns from the streaming input of the microphone
Renamed audiostream to audiostream_tp.
Removed audiostream.py
Updated comments.
Revised comments in audiostream_tp. Included bandpass filter. Allowed for one time frequency plots.
Added a comparison function for the actual and predicted arrays. Trimmed down the FFT.
Included annoying_test.mid for annoyance benchmarking.
linux32 build error fix

copied two files from linux64 external directory to get past build error
Added real-time FFT plotting.
Rescaled input for columns and updated comments.
fix for test failure in StressTest of tests/unit/py2/numpic/encoders/nonuniformscalar_test.py
Added a README for the audio example.

And moved the inline docs into the README.
Initial documentation of TP.py for Doxygen.

First pass through the temporal pooler interface, updating docstrings so they are formatted for doxypy to convert into doxygen comments before using to build docs with doxygen.
Fixed bug where constructor parameter dutyCyclePeriod was being ignored.

Fixed bug where constructor parameter dutyCyclePeriod was being ignored.
Merge pull request #1 from rhyolight/audio-example

Added a README for the audio example.
Ignoring generated html. Preventing LaTeX build.
Preventing LaTex doc build.
Using default location of doxypy.

Also added DOCS.md readme with instructions on building docs.
Adding more @param docstrings for TP constructor.
Merge pull request #461 from rhyolight/doxygen

Doxygen configuration & TP.py docs
Switched travis IRC channel to #nupic-hackers.

This is a very simple config change for Travis-CI, so bypassing the PR process to avoid unecessary noise.
Spatial pooler bug fixes and improvements

Fixed bug in initialization of minActiveDutyCycles. This bug was causing boosting to occur very aggressively in the beginning. This in turn causes the SP to learn bad SDR’s.

Added separate spatial_pooler_compute_test.py for doing end to end tests of the compute function. We primarily had unit tests of the individual methods before with no tests of compute. This test is relatively basic but will catch some failures that the other tests do not.

Started implementing a test of SP boosting. Currently only Phase 1 is implemented.

Added printParameters() to the python spatial pooler to match the CPP ones. This is helpful for debugging.

The new spatial poolers will now print out the main construction parameters if spVerbosity >= 1

Improved some of the comments.