raf | A ticker implementation using only one requestAnimationFrame | Frontend Framework library

add another event handler , and for bigger size change the var size which is set to 250 in ur example .

For anyone who still wonders how i fixed the issue, i used path provider to save the file in the cache and then after saving the file then i moved the file to downloads folder with the flutter_file_dialog package

source code :

The difference is the moment in time at which rAF is evaluated.

Presumably, your code looks something like this:

I got an answer in the github issues: github.com/inlet/react-pixi/issues/325#issuecomment-1047944615

At the next repaint cycle.
Think of requestAnimationFrame as setTimeout(cb, time_until_next_monitor_refresh).

Before your callback is called, at the next monitor refresh, this time_until_next_monitor_refresh will be reset again to be a full frame-duration, so there is no way that an animation frame callback scheduled from another animation frame callback fires in the same painting frame*.

Note that that's how the basic requestAnimationFrame loops work anyway, they schedule a callback which will itself schedule a new callback. That this scheduling is done from an other function doesn't change a thing (as long as it's all sync in the callback).

^{*_{Well, browsers do have bugs...}}

Hello myself!

First, errors in your code...

1. You did not consider a case where sequence of values come after drawing command. For example, your get_points function can't handle a case like h 0 1 2.

2. Current get_points function can't handle second m drawing command. You need to manually join strings if you have multiple paths.

3. You need to manually set m x y to m 0 0. Otherwise you can't see canvas drawing. (Maybe values are too too small to draw)

Second, in brief, you can't draw a shape with rotating vectors having fixed magnitude, if you approximate f(t) in a xy plane. It's because what you approximated is not a shape itself, but shape's coordinates.

Third, the reason you got weird shape when you tried to plot approximated data is at your approxFn() function.

something like this :

While debugging your configuration method, you should read the messages from the status logger. Even better, set its level to DEBUG (you can use -Dlog4j2.debug=true).

You forgot to provide a name for your appender, hence the null:

After set "txt" variable with s3 bucket contents, do this to load to dataframe: