mouth | Collect and display statistics via a lightweight Ruby daemon

I would like to feed a cat with burgers. If you grab a burger and bring it to the cat's mouth, the burger should disappear.

Currently it looks like that:

Looking to conditionally merge a summary dataframe that was value_count -ed:

traitcount_df = traits_df['Trait_Count'].value_counts(normalize=True, dropna=False, ascending=True).to_frame()

to the main dataframe:

I used this code originally but would like to be able to do it with the summary dataframe, first column acting as the key and conditionally loading.

I have an animation, which usually is supposed to play 3 times, thus the config currently says repeat: 2. However, under a certain condition (the player stops dragging an element) I want the animation to finish and stop without repeating.

By that I mean I don't want it to stop right at the frame it is at the second, but I want it to finish playing to the last frame I assigned in frames and then stop before it repeats.

How would I be able to do this?

I have two meshes who represent two different heads, as in not geometrically identical, but have the same topology. Also, a subset of those points represents the same features on the human face, i.e the tip of the nose, chin, angle of mouth, and so on; they are used in the topology transfer algorithm from which the modified mesh comes from.

Now, while the topologies match, as in the two meshes have the same points numbers, and the points are connected in the same way, the object are not optimally oriented in space.

I'm looking for the name of the optimization step that would better align the two meshes, and whether this concept somehow already exists in CGAL.

The distance between the two meshes could be just the sum of the distances between the matching points, or something more subtle which could give more weight to the points close to the landmarks used in the earlier step. Any linear transformation is admissible, but the ones that make more sense in this context are translations, rotations and scaling.

Files are here is you're interested in having a look

From the words of MS, reads and writes (along with other operations) to doubles are not atomic and thus not thread safe. I wanted to see if I can make reads and writes to double thread safe by boxing the double values and making the reference to the boxed value volatile. Below is a class that demonstrates my use of boxed doubles across a worked and consumer thread:

I'm trying to write a method on a struct that returns a closure. This closure should take a &[u8] with an arbitrary lifetime 'inner as an argument and return the same type, &'inner [u8]. To perform its function, the closure also needs a (shared) reference to a member of the struct &self. Here is my code:

I was trying to replicate the Pacman game and I came up with the player animation, then turn around according to where required and open and close the mouth in a loop. I wrote the code, and it works correctly as required. Only that it opens and closes its mouth when I hold down the keys (W, A, S, D) and not always. I don't understand where the mistake is .. This is my code for now:

Issue with PyVista filling opening that shouldn't be filled

Hello I am trying to read data line by line from a file and then parse that data into json. each line is something like this