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The bounds object doesn't appear to be properly created. The purple p5 vertices you're rendering may be giving you a false sense of confidence, since those aren't necessarily related to what MJS sees.

It's actually a pretty simple fix, passing an array of vertices instead of individual arguments:

You can order your data like so:

I got it working with JavaScript, although it's not an elegant solution. The following will add position:relative and z-index:50 to the element with CSS class slick-current, and will remove it from the other active slides (since the slick current class changes slides when another slides becomes the current slide) using useEffect:

Try disabling GitLens, I believe the problem started after their latest update:

try -webkit-text-security: initial; (https://developer.mozilla.org/en-US/docs/Web/CSS/-webkit-text-security)

We have fixed the issue by replacing

The difference between

You can use a 2D FFT to find the general direction in which the crop is aligned (as proposed by mozway in the comments). The idea is that the general direction can be easily extracted from centred beaming rays appearing in the magnitude spectrum when the input contains many lines in the same direction. You can find more information about how it works in this previous post. It works directly with the input image, but it is better to apply the Gaussian + Canny filters.

Here is the interesting part of the magnitude spectrum of the filtered gray image:

The main beaming ray can be easily seen. You can extract its angle by iterating over many lines with an increasing angle and sum the magnitude values on each line as in the following figure:

Here is the magnitude sum of each line plotted against the angle (in radian) of the line:

Based on that, you just need to find the angle that maximize the computed sum.

Here is the resulting code:

It can be a bug of that Flutter package, indeed. Have you tried to create an issue in GitHub of that package?

Secondly, during my development, I see several times when emulators just fail and real devices always work. The solution I used is - simply to do not test them on simulators. Real users never use simulators, aren't they?

It can be a bug of the library when running on x86 arch (the arch simulators use). Then, nobody with a real device (arm arch) will ever see the bug.

Thirdly, what about trying to use "cloud real devices" to test whether they work on real Pixel devices that you are worried about. There are many platforms that host some real devices and you can connect to them via a webpage and test your app.