rpos | Raspberry Pi Onvif Server

Give Checkboxes Radio Group Behavior

This onEdit function provide radio button group behavior for any range. You are required to enter the range in A1 Notation by setting the value of cbrg and selecting which direction you want the groups to be in either row or col. It will turn all the other cells in the row or column that you select by clicking it to true. It doesn't support validation values other than true or false.

The regular fix for solving MultipleBagFetchException is change List typed fields on Set typed, like this:

I think you need Series.ndim or DataFrame.ndim for test if duplicated columns (then is returned DataFrame):

The geometry shader layout qualifier stream has no direct relationship to the TF buffer binding index assignment. There is one caveat here: variables from two different streams can't be assigned to the same buffer binding index. But aside from that, the two have no relationship.

In geometry shader transform feedback, streams are written independently of each other. When you output a vertex/primitive, you say which stream the GS invocation is writing. Only the output variables assigned to that stream are written, and the system keeps track of how much stuff has been written to each stream.

But how the output variables map to feedback buffers is entirely separate (aside from the aforementioned caveat).

In your example, glTransformFeedbackVaryings with {"lColor","lPos","gl_NextBuffer","rColor","rPos"} does the following. It starts with buffer index 0. It assigns lColor and lPos to buffer index 0. gl_NextBuffer causes the system to increment the value of the current buffer index. That value is 0, so incrementing it makes it 1. It then assigns rColor and rPos to buffer 1.

That's why your code doesn't work.

You can skip buffer indices in the TF buffer bindings. To do that, you have to use gl_NextBuffer twice, since each use increments the current buffer index.

Or if your GL version is high enough, you can just assign the buffer bindings and offsets directly in your shader:

Here is an adaptation of your algorithm, which removes incomplete runes from the beginning of your prefix and the end of your suffix :

errno is set to Permission denied.

From shm_open() documentation:

[EACCES] The shared memory object exists and the permissions specified by oflag are denied, or the shared memory object does not exist and permission to create the shared memory object is denied, or O_TRUNC is specified and write permission is denied.

You are doing something wrong when you want to pass the information from a Array to other Array. You cannot do this -> mImages = images;.

You may ask why?... when you do it, mImages equalize to images, in other words, if you clear images (images.clear).. mImages is going to get cleared too.

what you need to do is mImages.addAll(images); by this way both gonna have the same data but both gonna be different, in other words, if you clear one of the arrays.. the other is not going to get cleared.

Be sure to implement what i told you in every places you did this array = array.

Hope it hepls

I worked through the example code for the Adafruit dotstar example code that was provided with the library and found that it may have been the number of LEDs I tried to run without refreshing the strip. When I mixed my code with the example I was able to run about 30 LEDs without a problem. Anything more would cause the board to go into a fail mode and the COM port would be inaccessible again

Here is the new code:

In your first example, your getElementsByClassName returns an Array-like collection. Your rpos variable therefore contains something you need to loop over. Loop over rpos and it should work.

Alternatively, in your second example, querySelector only returns the first element corresponding to that selector, so not something you can loop over. Change this to querySelectorAll to get an iterable list.

EDIT: I just noticed your for loop as it stands won't work either. Don't forget that you need to manipulate each element in the list, not the list as a whole.