one-second | Fun performance game | Game Engine library

Is there a way to create a timer that performs just like the Fitness app on watchOS or Clock app on iOS? More specifically, is there a dedicated SDK that lets you create timers with Swift? What's the suggested approach to doing that?

I know about the Timer class, but Timer only lets you listen for one-second changes, while the above-mentioned apps both have milliseconds timer.

Thanks!

My data frame has around 17 million rows. The index is DateTime. It is around one-second resolution one-year data. Now I want to extract a list of unique dates from it.

My code:

I'm trying to classify some audio clips, and to do so I have to split those audio clips that are each 30 seconds long, in to 1 second clips. And then I want to put this 1 sec audio clips in a classifier and average the output of all 30 one-second audio files to have my final response. I want 1 output from every 30 inputs.

My problem is that I don't know how to feed them in my classifier, I can't use multiple imputs as suggested here because I have 30 of them and not only 2, it would be a mess.

I’m learning to create RestAPI’s using NodeJS and MongoDB from this tutorial, and from the repo they have provided[which has quite a lot of updates from the post], I further modified it to do UnitTesting of my Mongo server with Jest and SuperTest.

The major changes I’ve made to the repo before adding mine is:

Move the listen logic to a start.js, while in package.json make this the main file

start.js

I'm stuck in ASP.NET 3, which means I don't get to use the Task asynchronous programming model. In ASP.NET 4 forward, I think I can just safely do await Task.Delay(n).ConfigureAwait(false);, but that's not an option here.

I want to purposely create a one-second delay before responding in ASP.NET, but I want to make sure I'm only affecting the current request and not delaying other users. Thread pools and the like have never been my strong point.

If I use Thread.Sleep(1000), it blocks the current thread - does that mean only this particular request? Or are other requests potentially on the same thread and getting blocked, particularly if there is a decent load of traffic?

Does Task.Delay(1000).Wait() behave the same way?

I've hit deadlocks in the past doing this kind of thing as well, which I never really understood, so would these potentially cause deadlocks with other requests?

I have two scenarios:

First, just inside the controller action:

I'm trying to create a script using Matplotlib that will launch "countdown plots" in successive, one-second intervals. I had the plots working, but was running into problems trying to close them due to the blocking nature of plt.show(). I added the block=True parameter to plt.show() command, and everything closes and opens on time now, but all of my plots are just a black window. In line with other answers to similar questions, I've tried adding plt.ion(), but no luck. I'm using Python 2.7 and running this via command line (no IDE). Here's my code:

I'd like to run a Python script that can simulate real-world time-series data and process the data in real-time. That is to say, from a given dataset, (which is ~8hr long measurement), I want to get one-second-long data every second, and process as soon as each second of data is read. In the real world, the data will be gathered every second using some detectors. For this task, I've decided to use Python asyncio module. Below is basically what I came up with.

I'm trying to plot a time-series data from a csv file using Matplotlib. Below are the first few lines from the csv file.

I there a way to run both the functions at a time in class and render the output. the output I want is ['good', 'none-second'] in the end without calling Rodger.fun.