Thanks a bunch! I'm curious about the distinctions among the OpenCV packaging types with CUDA. You shared three, each employing different approaches. Can you elaborate on the differences?
You are welcome. The first is the shell script, the package install shown in the video. The shell script is a convenience wrapper with code to install the included library and support files. The user doesn't need to know much about the contents, and it makes it easier to install to places such as /usr/local or .local . People install into .local if they only want the current user to have access to it. The second is a .tar.gz file. This is simply the library and support files organized into the typical installation directories. It's compressed (the .gz part). The idea there is you can simply decompress and untar it into the location you prefer directly from the command line or your own script. The .tar.Z file is similar to the .tar.gz file but uses a different compression method. This uses the 'compress' utility for compression. It's a little bit older. Hope this helps, and thanks for watching!
Thanks a bunch! I'm curious about the distinctions among the OpenCV packaging types with CUDA. You shared three, each employing different approaches. Can you elaborate on the differences?
You are welcome. The first is the shell script, the package install shown in the video. The shell script is a convenience wrapper with code to install the included library and support files. The user doesn't need to know much about the contents, and it makes it easier to install to places such as /usr/local or .local . People install into .local if they only want the current user to have access to it.
The second is a .tar.gz file. This is simply the library and support files organized into the typical installation directories. It's compressed (the .gz part). The idea there is you can simply decompress and untar it into the location you prefer directly from the command line or your own script.
The .tar.Z file is similar to the .tar.gz file but uses a different compression method. This uses the 'compress' utility for compression. It's a little bit older.
Hope this helps, and thanks for watching!
Can I do the same for jetson orin nano?
Yes. Thanks for watching!
@@JetsonHacks thanks
We need Jetson VR/AR
That's a good point! Thanks for watching!