emergence | powered server that provides a web interface | Continuous Deployment library

I will soon embark into writing a new component for my organization that will primarily targeted for windows machines. However, in future it may be used on Linux systems as well.

1. Given the emergence of .NET 5, is there any point of writing it in .NET core?
2. I see that .NET Core 3.1 in LTS but not sure about .NET 5. Is .NET 5 in a state that make it suitable for use in production applications?
3. Also, should .NET standard play any role in this decision making process?

I am trying to create a GLMM in R. I want to find out how the emergence time of bats depends on different factors. Here I take the time difference between the departure of the respective bat and the sunset of the day as dependent variable (metric). As fixed factors I would like to include different weather data (metric) as well as the reproductive state (categorical) of the bats. Additionally, there is the transponder number (individual identification code) as a random factor to exclude inter-individual differences between the bats.

I first worked in R with a linear mixed model (package lme4), but the QQ plot of the residuals deviates very strongly from the normal distribution. Also a histogram of the data rather indicates a gamma distribution. As a result, I implemented a GLMM with a gamma distribution. Here is an example with one weather parameter:

I have a problem with a puzzle named "A child's play" of Codingame. I code in typescript !

The statement is :

For several years now, in elementary schools, we have seen the emergence of a new educational model, playful programming. The students must program a small robot using assembly blocks. This allows them to get familiar with programming from an early age while exercising their logic and perception of space.

You are a student at one such school. The purpose of the exercise is simple: your teacher has crafted a circuit for your robot, told you how many moves n the robot may make, and you must find out the final position of the robot at end of execution.

To do this you need to know some principles of robot operation.
– When the robot encounters an obstacle (represented by #) it turns right (on same operation) until there's no obstacle ahead anymore. Otherwise on an empty area (represented by .) it moves straight ahead.
– The robot initially moves upwards.
– The robot stops after n moves.
– The top left corner represents the coordinates (0,0)
– The robot's environment is represented as follows, where O is the robot's initial position:

...#........
...........#
............
............
..#O........
..........#.

I'm block at the test 4, because my solution is not optimized.

It gives me in the console: The process timed out. This may mean that your solution is not optimized enough to handle some cases.

I tried to change the loop for a "while" loop and change and change the "switch" condition, for an "if-else" condition.

Can you help me to find a better solution or a other way to do the tests?

I am now trying to extract the three sentences in a text string using r

this post deals with a similar problem, Extracting sentences in R and looks like that the regex to identify sentence is something like: '.*"(.*)".*' but i am unable to apply it to

Create an example:

I am trying to extract all the text from the word "Conclusion" till end of text using stringr

I'm an 8th grader who got this assignment a couple days ago, if anyone needs an explanation as to why it's so easy.

Introduction

As described in BBC's The Code and Planet Earth, Periodical Cicadas go into hibernation for years at a time. They emerge all together as a species at the same time, when they have safety in numbers to feed and start a new generation of cicadas.

But different species of cicada have different hibernation periods. For this challenge, let's say the Red Cicada has a regular hibernation period of 17 years, while the Yellow Cicada has a regular hibernation period of 13 years. (You might notice that these are prime numbers. It works to minimise the chance of the Red and Yellow Cicadas both emerging in the same year, when they would have to compete for the same food.)

Now, here's your challenge: We know that the Red Cicada last emerged in 2005, and it has a hibernation period of 17 years. We also know that the Yellow Cicada last emerged in 2011, and it has a hibernation period of 13 years.

Your job is to model the next 1000 years to figure out which years will have a rare clash. Your solution needs to list the specific years between now and 3020 when both species emerge together in the same year.

I don't want the answer to my question, I could do that by hand. I've got a little bit of the code down, but i need it to repeat until 3020 and outline any crashes

here's what i've got so far:

I have a set of short text files that I was able to combine into one datatest so that each file is in a row.

I am trying to summarize the content using the LSAfun package using the generic function argument genericSummary(text,k,split=c(".","!","?"),min=5,breakdown=FALSE,...)

This works very well for single text entry, however it does not in my case. In the package explanation it says that the text input should be "A character vector of length(text) = 1 specifiying the text to be summarized".

Please see this example

I offered to help a friend with a problem, and am quickly realizing it is beyond my skills. I am interested in filtering to delete records of a group which fall on or after the first record of another group.

I am grouping by 'species', 'year', and 'sex', and would like to remove any records where 'sex' is "f" which occur after the first 'observation_doy' of the "m". In this example, the records I would like to delete are indicated in bold.

In my activity, I want to modify an image to add a text on it.

The image is selected in the galery or taken with the camera and then stored in a file in a previous activity. Then the uri of that file is passed through extras.

Now I try to add a string on top of the image like so: