conserve | 🌲 robust portable backup tool in Rust | Continuous Backup library

I was working with micropython on a SEEED XIAO (SAMD21) using version 1.18, and wanted to use 'compiled' libraries (.mpy) to conserve space. I had mpy-cross for version 5 which worked okay for me. I also wanted to have floating point so I built a new micropython with that option- from the latest (20220302) github version- and noticed that mpy-cross had updated to version 6. I thought I would check to see which versions of .mpy were used The micropython documentation suggests some code to check the version of .mpy using the sys.implementation object. I noticed a variety of sys.implementation implementations.

Version 1.18- released by micropython 20220117 on the XIAO SAMD21 gave the following results:

I am making a simulation where you create different balls of certain mass, connected by springs which you can define (in the program below all springs have natural length L and spring constant k). How I do it is I created a function accel(b,BALLS), (note b is the specific ball and BALLS are all of the ball objects in various stages of update) which gets me acceleration on this one ball from calculating all the forces acting on it (tensions from ball the springs connected to it and gravity) and I would think this function is definitely correct and problems lie elsewhere in the while loop. I then use the RK4 method described on this website: http://spiff.rit.edu/richmond/nbody/OrbitRungeKutta4.pdf in the while loop to update velocity and position of each ball. To test my understanding of the method I first made a simulation where only two balls and one spring is involved on Desmos: https://www.desmos.com/calculator/4ag5gkerag I allowed for energy display and saw that indeed RK4 is much better than Euler method. Now I made it in python in the hope that it should work with arbitrary config of balls and springs, but energy isn't even conserved when I have two balls and one spring! I couldn't see what I did differently, at least when two balls on involved. And when I introduce a third ball and a second spring to the system, energy increases by the hundreds every second. This is my first time coding a simulation with RK4, and I expect you guys can find mistakes in it. I have an idea that maybe the problem is caused by because there are multiple bodies and difficulties arises when I update their kas or kvs at the same time but then again I can't spot any difference between what this code is doing when simulating two balls and my method used in the Desmos file. Here is my code in python:

I have a list of lists. Every element of the main list is a list that correspond to a note,every note in the list, has an integrer called fold_ID. I want to sample one note of each folder ID. I am currently doing this:

I am trying to combine rows of data based on levels of other variables I have attached a sample of my data below.

I'm having trouble getting a table of results.

Command: answer <- get_multimir(url = NULL, org = "hsa", mirna = "MIMAT0000450", target = NULL, disease.drug = "cancer", table = "validated", predicted.cutoff = NULL, predicted.cutoff.type = "p", predicted.site = "conserved", summary = FALSE, add.link = FALSE, use.tibble = TRUE, limit = NULL, legacy.out = FALSE)

When I am trying to create a table using: write.table(answer,"C:\\Users\\Someone\\Desktop\\Rresults\\data.csv", row.names=FALSE)

it results in the following error:

Error in as.data.frame.default(x[[i]], optional = TRUE) : cannot coerce class ‘structure("mmquery_bioc", package = "multiMiR")’ to a data.frame

I wrote a function to traverse multiple DNA sequence lists and graph their homology as a fraction of identical base content, so that one can easily see regions of high homology vs. regions of low homology across multiple species.

To do this, I pass a numpy array of m sequence lists from an alignment file (clustal in this case):

I have an issue with background size. Basically if you will change the viewport size of this page https://attiliosantomo.com/sfera the background is not following the viewport dimension, but it conserve previous viewport dimension and only if I refresh the page background will update to viewport size. Can someone help me? How would like my background follow viewport size by scaling his dimension.

I want to apply a partial tucker decomposition algorithm to minimize MNIST image tensor dataset of (60000,28,28), in order to conserve its features when applying another machine algorithm afterwards like SVM. I have this code that minimizes the second and third dimension of the tensor

I need to rerender the components GridSquare from component GridPixels. When the users clicks the button "Reset Colors" the component should reset the child components generated by a map.

The flow is:

1. User clicks "Reset Colors" button. This button is inside GridPixels component.

2. Gridpixels component should rerender.

3. The GridSquare component should be reset. This means that his state should be reset. The purpose of this is that inside GridSquare there is a css class called "set-color-red". When resetting the GridSquare component, the state inside GridSquare component should contain "".

All the GridSquare components are rerendered but the state is mantained. I need to reset the state for every GridSquare component from the GridPixels component.

I tried adding one to the index map each time the "Reset Colors" button is clicked but the state is conserved, is not reset.