Jaakko Luttinen

I guess not. If I remember correctly, those options should be (at least mostly) just standard TikZ options. You can have a look on the source code how the options...

Try: ``` \node[obs, rectangle] ... ``` You can pass any normal TikZ options there. `obs`, `latent` etc are just some defaults, but you can override them. At least I think...

And of course you can define your own styles like this: ``` \tikzstyle{myobs} = [latent,rectangle] ```

The package is currently just a quick skeleton and very experimental. I now pushed some drafts that I had only locally to GitHub. So, there's no documentation as the package...

Or actually, I'll keep the issue open as it's true that there's no documentation and it of course would need to be written at some point if/when the package has...

Here are some links: http://blog.thedataincubator.com/2015/08/embedding-d3-in-an-ipython-notebook/ http://www.bogotobogo.com/python/IPython/iPython_Jupyter_Notebook_with_Embedded_D3.php https://github.com/ResidentMario/py_d3

I am not entirely sure what you mean by that but would this be what you want: ``` import junctiontree as jt jtree = jt.create_junction_tree( [ ["cloudy"], # p(cloudy) ["cloudy",...

Here is another multi-sport activity: [180132.tar.gz](https://github.com/cmaion/polar/files/2218441/180132.tar.gz) It's "Triathlon" activity, but it contains two sports: running first, swimming second. The resulting GPX contains only the running part (and no transition either):...

I'm uploading the training files to Runalyze. For comparison, I synced my training session to Polar Flow website and then exported the session from there. It seems that the exported...

Polar Flow GPX export only contains GPS track, nothing else. But here's the exported zip of the same multi-sport activity in which each part is in its own GPX file:...