faces | Face detection and recognition | Computer Vision library

i had the same issue. i had this compiler setting:

This failure is likely due to an issue between java 17 and older lombok versions. Building with java 17.0.1, lombok 1.18.20 and maven 3.8.1 caused a vague "Compilation failure" for me as well. I upgraded to maven 3.8.3 which also failed but provided this detail on the failure:

java.lang.NullPointerException: Cannot read field "bindingsWhenTrue" because "currentBindings" is null

Searching for this failure message I found this issue on stackoverflow leading me to a bug in lombok. I upgraded to lombok 1.18.22 and that fixed the compilation failure for a successful build.

The convenience functions for your case seem a bit too convenient.

What plot_normals() does under the hood is that it accesses cave.point_normals, which in turn calls cave.compute_normals(). The default arguments to compute_normals() include consistent_normals=True, which according to the docs does

Enforcement of consistent polygon ordering.

There are some other parameters which hint at potential black magic going on when running this filter (e.g. auto_orient_normals and non_manifold_ordering, even though the defaults seem safe).

So what seems to happen is that your mesh (which is non manifold, i.e. it has open edges) breaks the magic that compute_normals tries to do with the default "enforcement of polygon ordering". Since you already enforced the correct order in Blender, you can tell pyvista (well, VTK) to leave your polygons alone and just compute the normals as they are. This is not possible through plot_normals(), so you need a bit more work:

When you tell your 2D canvas context to .drawImage(), it's going to draw a 4000 pixels image over a 512 pixels canvas. That's how it's defined in the MDN documents if you only use three img, dx, dy arguments.

You could either:

• Draw the Earth image smaller to fit inside your 512x512 pixels canvas by using the 4th and 5th arguments of dWidth, dHeight.
• Make your canvas larger to match the width and height dimensions of your Earth image.

Although, there are different ways to achieve this, the logic is similar. You should have two separate files (e.g.: style.css and style.rtl.css) and with the getting help from your custom language service detect the direction of selected locale, after that apply corresponding style to your application. But, how we could achieve this target? It totally depends on your needs. You can do it manually or use something like this plugin.

I have faced the same, and my solution was as follows:

Using CSS stylesheet you can change the content with the content:'yourText' property. Then you just have to disable with the display:none property the background image of the icon that is in one of the button's span tags. And add the text in each button with the content property.

The interesting thing would be to be able to prepare it for multi language. I think that through JavaScript it could be done.

I leave the example with the solution using the PrimeFaces web showcase.

After some attempts, I was able to solve this issue by deleting the BasePackageList.java file in the android/app/java//generated directory. Afterwards clean the project and build again.

Posting comment as the community wiki answer for better visibility

This issue was due to kubelet certificate expired and fixed following these steps. If someone faces this issue, make sure /var/lib/kubelet/pki/kubelet-client-current.pem certificate and key values are base64 encoded when placing on /etc/kubernetes/kubelet.conf

There is no "slicing operation" for vectors in C++.

But this can be done with a simple loop. Or, without writing the loop yourself by using a standard algorithm such as std::transform.

Consider whether you actually need a new container that has the "slices", or whether you would perhaps be content with having a range that can access those elements. This is analogous to using generator objects instead of creating the list in Python. Example: