dwarfs | A fast high compression read-only file system | Compression library

I have this code below which is suppose to generate the output of 11 dwarfs for input of 10 for dwarf height and values of 101, 102, 103, 104,105, 106, 107, 108, 109 as well as 110 for giant height then change to output of 12 dwarfs for values of giant height of 111-120 and so forth when the height of dwarf again is 10. Both 'n' and 's' have essentially the same solution: proper output of dwarfs for values of 101 - 109 but not correct output (should be 11, but gives 10) for the value of 110. What operators can be used to help with this. I am working on my operator usage and would strongly prefer not to use any conditional statements or if-then.

I'm working on a little game with libGDX, that uses Box2D for collision detection. This was working fine, till I added an arrow to the game, so the player can shoot. Since I added this feature I'm facing the problem that the game gets stuck from time to time, and doesn't react anymore.

I think the reason for this behaviour is an endless loop somewhere in the Box2D world step. When I stop the execution using the debugger the stopping point is always in the World.step(float, int, int) method. Unfortunately this is a native method so I can't find where the problem is exactly:

I have 2 dicts and I'm comparing if values in them not the same then I add it to another dict. But how can I make it more elegant? less code?

I know there are quite some questions (and answers) on this topic, but they all have different solutions, and none of them seems to be working in my case.

I'm developing a small test project with libGDX, in which I tried to add a simple tilemap. I created the tilemap using Tiled, which seems to be working quite good, except for the texture bleeding, that causes black lines (the background color) to appear between the tiles sometimes.

What I've tried so far:

I read several SO-questions, tutorials and forum posts, and tried almost all of the solutions, but I just don't seem to get this working. Most of the answers said that I would need a padding between the tiles, but this doesn't seem to fix it. I also tried loading the tilemap with different parameters (e.g. to use the Nearest filter when loading them) or rounding the camera's position to prevent rounding problems, but this did even make it worse.

My current setup:

You can find the whole project on GitHub. The branch is called 'tile_map_scaling'

At the moment I'm using a tileset that is made of this tile-picture:

It has two pixels of space between every tile, to use as padding and margin.

My Tiled tileset settings look like this:

I use two pixels of margin and spacing, to (try to) prevent the bleeding here.

Most of the time it is rendered just fine, but still sometimes there are these lines between the tiles like in this picture (sometimes they seem to appear only on a part of the map):

I'm currently loading the tile map into the asset manager without any parameters:

Objective: I am looking to add an additional column in my pandas data frame called "description" and I am interested to find only the items in "some_dictionary". Many of the values in my dictionary are also in my Pandas data frame, however, I am only interested in finding the one that is in the last position and then adding the value in the dictionary as the description to the data frame.

Description: For example, if I had a value of AA, BB, CC then I am interested in learning that CC is in the last position and then adding the value from the dictionary for the key CC. In this case that would be "Countable Cats".

My expected output would be a data frame with category, owner, description.

Here I have an if statement that should cosole.log e.target if I click a seat, but here in my code, it doesn't do that, and VS code did't give me any errors. Why is that?

Here is my codepen link to it

And the actual code here:

In the following Vue Component I want to loop through dwarfs array. And as long as I am in the current component, everything is fine (TEST) and also all the following properties are correct.