![]() ![]() See Environment Variables for more information on setting environment variables.įor more information, see Nuke as a Python Module in the Nuke developer documentation. If you want to use Nuke interactively, and you have a nuke_i license, set the NUKE_INTERACTIVE environment variable to 1. ![]() The import nuke function checks-out a nuke_r render license by default. 2.Īt the Python prompt, use the import nuke declaration to make Nuke’s Script Editor functions and commands (such as () to add a Blur node) available in your chosen Python interpreter. Tip:You can also use relative paths to the directory containing the usrlocal.pth file. This process is only necessary once and should take about half an hour. Note:Foundry cannot provide customer support for third-party Python interpreters.Īdd the file path for Nuke's site-packages directory to the usrlocal.pth file in your Python 3.9.10 install.įor example, if you're running on Windows, add C:\Program Files\ Nuke 15.0v2\lib\site-packages to the usrlocal.pth file. To use Cop圜at, Deblur, Inference, or Upscale on Ampere GPUs in Nuke 13.2, the CUDA kernels need to compile the first time you use them. ![]() See Environment Variables for more information. On Windows, if you are trying to import the Nuke module into a third-party Python interpreter, you can add C:\Program Files\Nuke to your PATH environment variable. Instead, use the Python build that ships with Nuke, which can be found here: Note:Importing Nuke as a Python module is unavailable on macOS. You can import Nuke as a module into a third-party Python 3.9.10 interpreter, granting full access to the Nuke Python-API, but from within a native Python interpreter instead of Nuke. ![]()
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