Is it possible?
With a bsdf node material setup I can create and connect all the nodes easily enough, but how would I access Bg Color, Image, Preview, Invert Alpha, Invert Color, Pixel Blending, etc from an Image node?
Is it possible?
With a bsdf node material setup I can create and connect all the nodes easily enough, but how would I access Bg Color, Image, Preview, Invert Alpha, Invert Color, Pixel Blending, etc from an Image node?
this command:
Surf_SaveText <path>
saves out surface data into a text file which is the only way i'm aware of that you can do this in python. You will then need to parse the data within that text file and make alterations to the flags/fields you want. It isn't quite convenient but its doable.
See my example script in this forum thread if you haven't already, it may help. https://forums.newtek.com/showthread...ith-example%29
Ryan,
Do you have an example of writing and importing envelope files?
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In the context of surfacing, I do not but the process is exactly the same as anything else as it involves collecting chunks of text, parsing through it, and making decisions on what to do with that data. This is less about Lightwave scripting and more about understanding how to parse through and manipulate text in Python.
With envelope files, you will need to know what envelope you wish to apply and how to access that envelope.
My opinions and comments do not represent those of my employer.
www.ernestpchan.com
www.zazzle.com/gopuggo
You can access envelope data without any parsing in the LW SDK... but if there is a simple way to take a readily available envelope file and just apply it like the user would through the interface, i'm not sure a direct function exists.
Still, I don't think this is an overly complicated application through parsing. Typically, I determine how the data is actually split, such as by commas, spaces, or otherwise, then use the split function.
Code:NewData = [] MyList = [ "1 2 3", "4 5 6", "7 8 9" ] for x in range(0, len(MyList)): NewData.append(MyList[x].split(" ")) print NewData[0] # Gets XYZ coordinates of first entry print NewData[0][0] # Gets X coordinate of first entry print NewData[1] # Gets XYZ coordinates of second entry print NewData[1][0] # Gets X coordinate of second entry ''' OUTPUT: ['1', '2', '3'] 1 ['4', '5', '6'] 4 '''
Yeah I can do that, was just hoping there was a more direct method. We can do it with motion files. I'll submit a feature request.
My opinions and comments do not represent those of my employer.
www.ernestpchan.com
www.zazzle.com/gopuggo
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