CUV | Matrix library for CUDA in C and Python | GPU library

problem is with this statement

cuv1[strlen(cuv1)+1]='\0'

Change this to

cuv1[strlen(cuv1)]='\0';

You have four basic options for programmatic control of maya.

1. Running scripts inside the script editor in Maya. This requires that you have an open GUI maya instance running and you'd either type the commands yourself, or initiate scripts by loading and executing them in the script editor. This works fine for automating repetitive tasks but requires manual intervention on your part.

2. You can send individual commands to Maya over a TCP connection using the maya command port This is basically like connecting to another computer over telnet: you can control the Maya sessions but you'll be communicating entirely via text. It's commonly used, for example, by people who are writing scripts in Sublime Text to test them out in Maya without switching windows

3. You can run a commandline-only copy of Maya using the MayaPy python interpreter that ships with Maya and the maya.standalone module, which hosts a non-GUI maya session. That lets you excute python commands in a Maya without needing the GUI at all -- it's a common tool for automation tasks.

4. You can pass a script argument to Maya at startup with the '-c' (for "command") flag. Maya will open and run that script. For legacy reasons the commands are only MEL, not python, but you can get around that by using the MEL command "python" along with a Python command in quotes.

All of these are useful, the right one really depends on what you need to do. For long running tasks however #3 is probably the most reliable method because it's easy to iterate on and test.

Your input image has only one component channel - luminance. Most players deal with H.264 streams containing three component channels - luminance or 'brightness' (Y) and two for chroma or 'color' (U & V). When the H.264 encoder encodes a luma-only stream, it stores it using a syntax which many players don't handle well. So, we tell ffmpeg to add chroma components which will have neutral values (since there's no color valence in the source) before sending it to the encoder. We'll add the most common form of YUV encoding - yuv420p.

So,

I assume you want to generate random data except for the name in the factory, just keep the factory by default and override the 'name'

So for example (using the default UserFactory Laravel ships with)

Then in the seeder

The statement UPDATE dbtab FROM TABLE itab, whatever itab is an internal table being either a data object or resulting from a constructor expression ("new syntax"), requires that itab has lines of the same structure than dbtab, it means that all columns of dbtab will be updated, and this statement has no other better option.

1) The only solution to mass update given columns of given rows is this way:

• Create a "database view" on the table you want to update, by selecting only the columns concerned + the columns needed to select the rows that you define as key fields (checkbox at the right of the column name), and choose the access "read and change" so that UPDATE can be used (at least).
• In your program, define an internal table with lines typed like the database view.
• Use UPDATE dbtab FROM TABLE itab to update the database view. The rows defined in the key fields will be selected, and the non-key columns will be updated.
• I don't talk here about how to write a constructor expression (... @( VALUE #( ... ) )), because your assumption that it could solve your issue was wrong.

There are some ways in ABAP to either update a few columns or several rows but not both:

• 2) Set given columns to fixed values - in all updated row(s) those columns will have the same values: UPDATE dbtab SET col1 = value1 col2 = value2 ... \[WHERE ...\]. You may repeat UPDATE ... SET ... inside a loop so that to mimic a mass update. It will be slower than updating via a database view (case 2), and I am not sure if it's faster or slower than case 3 (may depend on number of columns).
• 3) You may still consider the use of UPDATE dbtab FROM TABLE itab if you can be sure that itab contains correct values in all other columns that you're not interested in. You may consider preventing concurrent updates (by other programs running in parallel or eventually the same program run by another user) by using locks, to avoid that some updates were done between the SELECT to initialize the internal table and the UPDATE.

NB: I don't understand why you say that LOOP is a problem for Code Inspector and for performance. The constructor expressions ("new syntax" as you say) are used to avoid intermediate variables, for better readability and to focus on final goal.

It looks like you're just trying to select a random vertex from a sphere? It's actually straight forward. I would avoid using random.uniform since that gives you a float, just use random.randint instead.

To get the random vertex to your '???' you just need to use basic string concatenation to stitch it all together.

Here's an example that creates a sphere and selects a random vertex:

These are referring to the usage of hidden, system level APIs in your App, most likely included in third party code and often required for certain functionality. For Android P(28), there is a light-greylist of hidden APIs that are OK to use currently, but may be deprecated in a later version. There is also a dark-greylist and a blacklist. Above your Stack Trace you should have a line that says API LAndroid/... You should be able to search that string without the "API " and hopefully will find it in the light-greylist linked above. If so, you should be fine for now. If not, it is possible the API is going to be deprecated/removed in Android Q and you may need to fix it before being able to upgrade to support SDK 29. Please note that if there are legitimate use cases for a greylisted API Google should create a new API to address those needs. More information about non-SDK interfaces can be found in this Stack Overflow Answer.

Additional information about the different levels of greylist and distribution best practices are also provided in this Android guide about Non-SDK Restrictions. Please note that you may have to copy this link and paste it into your browser.

Ok I solved it. As IljaEverilä sad, the solution is mostly given by the stackoverflow post he linked. I simpy had to adjust it a bit. I was a bit slow in understanding it, sorry for that. Here is my solution:

If I am understanding correctly, then you can get the second approach to work by moving your function. Something like: