You signed in with another tab or window. Reload to refresh your session.You signed out in another tab or window. Reload to refresh your session.You switched accounts on another tab or window. Reload to refresh your session.Dismiss alert
Hi, I was wondering if this addon can produce more raw and structured outputs. I've attached two text files: one contains a handwritten material code, and the other is the output generated by the addon. Do you plan to add a feature that removes lines with default values and default strings to create a cleaner and more structured output, similar to the handwritten version?
Thanks for your attention.
Note: I erased the comments from addon output file.
It's been on my mind for awhile now. I'd like to add it at some point because the NTP outputs can be a little verbose sometimes. My main concerns are reliability, compatibility between versions of Blender, and the amount of manual effort that'd go into developing and maintaining the feature. Right now I'm leaning towards writing some sort of tool that generates the default state for all nodes for each version of Blender, storing the results in a similar fashion to node_settings.py, but I haven't fully committed to that plan yet
Most of it in your current example is setting the various input sockets. These are set with the _set_input_defaults() function in NodeToPython/ntp_operator.py, which is only called in one place that can be commented out. You may have to set some input sockets manually.
Hi, I was wondering if this addon can produce more raw and structured outputs. I've attached two text files: one contains a handwritten material code, and the other is the output generated by the addon. Do you plan to add a feature that removes lines with default values and default strings to create a cleaner and more structured output, similar to the handwritten version?
Thanks for your attention.
Note: I erased the comments from addon output file.
AddonOutput.txt
Rocky_Lava.txt
The text was updated successfully, but these errors were encountered: