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Author here- the slides that accompany this notebook are here: https://speakerdeck.com/wrobstory/up-and-down-the-python-dat...

I would also recommend running the notebook live- some of the interactivity/plots don't work via nbviewer.


> ggplot2 formally shifts to maintenance mode in favor of ggvis. https://twitter.com/dseverski/status/438083880248033280

Damn, haven't learned enough ggplot2 before it expires.


what did you use for making the slides? they look great!


I actually just used Keynote, with the free version of Novecento Sans: http://www.myfonts.com/fonts/synthview/novecento/


<steals Rob's font...>


I work for one of the biggest global wind turbine manufacturers. On one hand I recognize that this is exactly how disruption happens- small player with a tremendous idea and the opportunity to utilize wind resources in areas where traditional turbine designs can't be sited.

On the other, I don't envy the engineering team their road ahead- I see firsthand how many challenges we face every day with "ground-based" turbines, and have an inkling of how difficult an engineering challenge this will be. Best of luck to them- anything that pushes renewables forward in a meaningful way is a win for everybody.


While I'm sure they will face many challenges, what they are doing is not the equivalent of putting a ground based turbine in the air.

Their "wing" is the equivalent to a part of a turbine blade, and it moves in circles like a turbine blade would. The propellors in the wing are what extract the energy, but they would not be nearly as big as the blades on a conventional wind turbine.


I do not believe you have built a windmill- you have built a proper wind turbine.

Very cool project- there are a good number of residential scale manufacturers out there, but I believe this is the first homebrew wind turbine I've seen.


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