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Wonderful lecture. I'm looking forward to your future tutorials!
Beautiful!!
Thank you :)
Thanks, really great video. Helpful.
We agree!
Quality stuff, thx.
Thank you!
You're welcome!
That is amazing! Is the software showed in the video open source? How can I get it. I really want to try by myself!
It took me long enough, but the code for the visualisations is now published in Wolfram Demonstrations Project :) You can play around with the visualisation either directly in Mathematica or in the free-to-use Wolfram CDF Player.
could you tell me that how to plot weighted voronoi by python, or can i set a value for the expanding speed from the scatter?
![An Introduction to Topological Spaces [Lori Ziegelmeier]](http://i.ytimg.com/vi/0f3t5XGr_hA/mqdefault.jpg)
![An Introduction to Topological Spaces [Lori Ziegelmeier]](/img/tr.png)
![Computing Delaunay complex: Lifting to a paraboloid [Ondřej Draganov]](http://i.ytimg.com/vi/NcAKzVoFbVI/mqdefault.jpg)
Wonderful lecture. I'm looking forward to your future tutorials!
Beautiful!!
Thank you :)
Thanks, really great video. Helpful.
We agree!
Quality stuff, thx.
We agree!
Thank you!
You're welcome!
That is amazing! Is the software showed in the video open source? How can I get it. I really want to try by myself!
It took me long enough, but the code for the visualisations is now published in Wolfram Demonstrations Project :) You can play around with the visualisation either directly in Mathematica or in the free-to-use Wolfram CDF Player.
could you tell me that how to plot weighted voronoi by python, or can i set a value for the expanding speed from the scatter?