shake | clojure library that shakes your shell | Function As A Service library

You should just forget jQuery, especially in a React.js component. You could simply use replaceAll here, like this:

Google Play store simply does not accepts APK anymore for publishing the apps, you have to upload the bundle of the Android app.

For reference

For Native Android
Android Studio-> Build-> Generate Signed Bundle /APK...

For Flutter See this and dev doc

It's was a mistake if u use price=100 or another u must use:

As you use OriginCluster, then you must get lots of streams to serve, there are lots of encoders to publish streams to your media servers. The key to solve the problem:

1. Never use single server, use cluster for elastic ability, because you might get much more streams in future. So forward is not good, because you must config a special set of streams to foward to, similar to a manually hash algorithm.
2. Beside of bandwidth, the disk IO is also the bottleneck. You definitely need a high performance network storage cluster. But be careful, never let SRS directly write to the storage, it will block SRS coroutine.

So the best solution, as I know, is to:

1. Use SRS Origin Cluster, to write HLS on your local disk, or RAM disk is better, to make sure the disk IO never block the SRS coroutine(driven by state-threads network IO).
2. Use network storage cluster to store the HLS files, for example cloud storage like AWS S3, or NFS/K8S PV/Distributed File System whatever. Use nginx or CDN to deliver the HLS.

Now the problem is: How to move data from memory/disk to a network storage cluster?

You must build a service, by Python or Go:

• Use on_hls callback, to notify your service to move the HLS files.
• Use on_publish callback, to notify your service to start FFmpeg to convert RTMP to HLS.

Note that FFmpeg should pull stream from SRS edge, never from origin server directly.

There is no problem with your code. Only gravity is too weak. The movement is so fast that gravity is acting too late. Note that instead of moving down the slope, you move to the right and then fall.

Of course there is one problem with your code. Since pygame.Rect is supposed to represent an area on the screen, a pygame.Rect object can only store integral data.

The coordinates for Rect objects are all integers. [...]

The fraction part of the coordinates gets lost when the new position of the object is assigned to the Rect object. If this is done every frame, the position error will accumulate over time.

If you want to store object positions with floating point accuracy, you have to store the location of the object in separate variables respectively attributes and to synchronize the pygame.Rect object. round the coordinates and assign it to the location of the rectangle.

Instead of the list of points I suggest to compute the height of the ramp under the palyer:

The answer to your question is simply "No". You can however write a query and sort the tasks by Priority.

Shake's Haddock page describes cmd_, and links to its source. There we can see that cmd_ eventually calls commandExplicitIO, which constructs a ProcessOpts with RawCommand and passes it to process. process then takes that ProcessOpts, pattern-matches it as a RawCommand (via cmdSpec), and calls proc. We have now entered the well-documented zone: you must give proc an executable, and cd is not an executable. (Why? Since processes cannot change the working directory of their parent, cd must be a shell builtin.)

This can be done with AnimatedBuilder and Transform widgets. Use sin function from dart:math to map the AnimationController value between 0.0 to 1.0 into a smooth sinusoidal wave with desired amplitude. The period can be specified directly using duration in the AnimationController itself.

To start the animation, you can either call controller.repeat() to make it run indefinitely, until you call controller.stop(), or you can use controller.forward() to run it once.

To let it shake 3 times then stop, for example, you can do this:

I'm not 100% sure I've grasped what you're trying to accomplish, so I'll start by paraphrasing what I think your goal is and then say how I'd solve that problem. Please correct me if I'm solving the wrong problem.

As I understand it, you want an Error object that can report an error both in absolute terms and as a percentage of the Measure's value. However, you don't want to take the straightforward approach of giving the Error object a field that records the associated Measure.value because that would create multiples sources of truth that you'd have to keep in sync. So you'd like to have a way for the Error to access the Measure.value without storing it separately. Is that about right?

If so, here's one approach. I'm not sure it's that much more concise than the code you posted above in this golfed example, but it avoids the need for any decorated methods on Measure. (The Measure.value in the code below is rw so that I can show how Error stays syncronized, but there's no other reason it needs to be rw.)

The basic idea is give the Error a $!measured-value field and then to bind that field to the associated Measure's $.value. Here's how that could look: