It’s probably straight-forward for some people using Docker more regularly than me, but it took a while to find out how to run truffleHog from Docker with my locally cloned repo:

cd /path/to/git_repo
docker run --rm -v `pwd`:/proj dxa4481/trufflehog file:///proj

• -v mounts the current working dir (`pwd`) to the /proj dir in the Docker container
• file:///proj refer

The current logo is acyclic. I think that using small, invisible nudges along the trajectory it might possible to move it into to a cyclic orbit.

If you find that interesting, could you provide me with the code that a generated the original animation?

The readme file lacks installation instructions -- I think it would be very helpful to include that.

I was able to puzzle out that

$ python3 setup.py build
$ python3 setup.py install

are enough to build and install the package. Maybe that info, or something like it, could be in the readme.

Also, I found that after installing, import entropy_estimators fails, but `imp

Base is confusing, it conveys that it's the base of the logarithm. Something about alphabet size will be more direct.

Hi @tkf , since you contributed permentropy in #20, I'd appreciate it if you could answer the following questions:

1. What happens for points that are equal to their predecessor? There are different approaches in the literature: their order also defines which one is the largest. Or deciding at random. Or allowing permutations with equal positions. What happens in our implementation?
2. It is

Currently, section names can overlap if they are close to each other. The idea for this issue is to have them not overlap so each can be seen clearly