kinet | Kind of a most lightweight animation library of all. Changes value with that spring effect, but keep | Animation library

Here is some sample data:

Is there a way to extract just the estimates from nlsList()? Sample data:

My application, ROXTerm, depends on vte-2.91 >= 0.52, but it performs a run-time check for a new feature in vte 0.64 which it can use to enhance UX by enabling kinetic scrolling for touch input devices, which otherwise would only be available by enabling a deprecated xorg driver (not available in Wayland).

The strict dependency on vte-2.91 >= 0.52 is managed by Build-Depends. Would it be appropriate to add Suggests: vte-2.91 >= 0.64 to the binary package?

I am trying to do a dynamic simulation of ammonia reactor using GEKKO. Unfortunately, my code error says that it can't reach a solution. The equations I am trying to solve are steady-state in terms of species continuity equations but dynamic in terms of heat balance. I used the code shown below to first solve for the steady-state condition, which it does successfully by setting the IMODE = 1. However, when I import the steady-state results and used it to initialise my dynamic-state code, no solution is achieved. I do not understand how my code is not working when solving for the dynamic model since it worked fine for the steady-state model. I have tried IMODE = 4 and 7 but neither of them worked. Does anyone have any idea why my code is not working for the dynamic simulation?

I'm currently trying to make two particles in a gaseous state collide, but I'm not too sure how to write a code that will make this happen, I have a rough draft of what I could do but I don't really know how I could properly implent it (lines 43-54 i.e the code after the comment #collision of i with another particle j) after the collision occurs I wanted them to go in the opposite direction with different speedssince I will be computing the kinetic energy depending on the mass of the particles. The goal of the project is to basically show the conservation of kinetic energy of multiple particles of differnet parameters(velocity,mass,direction) moving in gaz. Here's my current code, any help would be greatly appreciated!!:

I am new to python/coding and I'm seeking some basic help to pull some elements from what I think is a dictionary. So I am executing the below.

I made a simple program that simulates how a round object would behave with a roudn surface in an environment with gravity and collision.

My problem is related with the application of gravity: whenever an object get's very close to the attractor it starts reegaining height, what I think is causing the issue is that, let's say that the ball is touching the ground with very low speed, my program applies gravity and, sicne it will make contact, reverses the force and sends it into the air again.

I tried stopping the ball once it reached low enough speed, but the effect is overall unpleasing (it never is slow enough to make it seemless)

This is the code, what do you thin kis the mistake? As I listed only part of the code and it's pretty complciated I don't expect a specific response, but where do you think the issue could generally lie? My guess is that I didn't respect the kinetic/potential energy relation, but I wouldn't know how to make it right either :/

I am doing training and put the dataset inside the data folder. The Structure looks like this.