Tooblippe/pytutorial_notebooks
A port of the python 2.7 tutorial to IPython notebooks.
Developer Profile
Tooblippe
Discovered public repositories for Tooblippe in the GitHub catalog.
Tooblippe/ipython_csir_30may
A general Pyhton talk to The Council for Scientific and Industrial Research (CSIR) in South-Africa that I presented.
Tooblippe/PythonNotesToSelf
Mainly notes to myself on various Python topics
Tooblippe/gregreda.com
Public repository.
Tooblippe/insight-blog-source
Now defunct Ghost based blog I tried to get off the ground focussing on data science.
Tooblippe/insightstack-blog
insightstack blog
Tooblippe/gitpress
Blissful blogging for hackers.
Tooblippe/insightstack
copy of website
Tooblippe/free-data-science-books
Free resources for learning data science
Tooblippe/osds
Open Source Data Science Course
Tooblippe/datasharing
The Leek group guide to data sharing
Tooblippe/dogfeeder
Just some arduino code to receive an SMS and activate a pin (In this case a dog feeder)
Tooblippe/waterfall-chart
At some point I needed to generate a gazillion waterfall charts so this is just the barebones code to deal with my spesific use case at the time.
Tooblippe/IPython-Jupyter-Talk-to-Pyconza-2013
A dated talk I gave to PyConZa2013. IPython Notebooks (now Jupyter) and the Python Scientific Stack
Tooblippe/python_class
Port of Google Python Class to IPython notebook.
Tooblippe/retrogame
Simple Arduino code that made it into a commercial project to control a marketing PC game with huge nobs.
Tooblippe/swhcalc
Think this was my first ever repo. Simple PHP script that was embedded in corporate client side to calulate some basic enegy stuff.
Tooblippe/Energy_Logger
This is my attempt to build a small home based energy logger. It is not unique but has an RF12 on board so it can integrate with other systems, and it logs data to a OpenLog unit. This makes changing SD cards and logging a breeze It is based on OpenEnergyMonitor Many of these projects have been done all around the world. I think what makes this one unique is the fact that the sensor unit (the arduino with the CT) has a RF12 radio built in and also an Openlog unit from Sparkfun. The OpenLog unit is connected to the UART of the sensor unit. Full control off the Openlog can be obtained via the remote unit connected via RF12 radio.This means that the sensor unit can keep on logging to the Openlog. You can remotely initiate a session with the Openlog from the base station, and make changes to the settings, before putting it back in logging mode.