CinnamonMetal

Reversing them after the loop just makes the threads normals, inverted; while the tires normals are correct. Instead of both the tire and the threads normals facing out.

I want not only the tire, but the tire threads to have their normals reversed and all boolean unionized together. Up to now, this is only what I've been able to achieve; the threads are boolean unionized with the tire, but the normals of the tire are inverted ?

How place the bend in the middle of the curve rather then at point 0 of the curve ?

I assume I should use a point cloud open, to pick a point to use as for bending ?

I want to create a parabola but, only a shallow curve which you can get from a parabola. How would I create the points as to get such a shape, I've tried sine and cosine but nothing which resembles ?

How can I delete a class with a primitive value of 13 based on uv's ? Also, how can I find the size of a uv island, I don't want the bounding box of the area, rather the actual size of the island ?

Is it not possible to have a UV layout sop after the file; then get the island attribute and use that in a forEach sop and then move each island to a different udim using a transform sop within the foreach sop ?

When promoting uv from vertex to point as P, my mesh becomes completely tangled after the vertex split; as your example @konstantin magnus ? It would be because the UV are outside of the 0-1 ? v@bbox_min = getbbox_min(0); v@bbox_max = getbbox_max(0); f@fituv = (float)fit(@uv,@bbox_min[0],@bbox_max[0],0,1); f@fituv = (float)fit(@uv,@bbox_min[1],@bbox_max[1],0,1); f@fituv = (float)fit(@uv,@bbox_min[2],@bbox_max[2],0,1); The above is getting me the bounding box for all three values for the min/max but how can I set them so that the UV fit within the 0-1 range. The above was what I had planned.

I don't have a vector variable for the first parameter; only two detail attributes which I split and promoted from the vertex attribute uv. I tried the @P attribute but that won't have any effect on vertices; only attempted because it's a vector.

I corrected the parameters which I posted in my original post. Although the fit() function has five arguments; the first argument is what I don't know if what I'm entering is correct ?

I'm promoting the vertex uv attribute to each their own detail attribute using an attribute promote; except now I want to fit the values from these two detail attributes. Therefore I'm running the following code in a detail wrangler; although I'm not getting the result which I want ? vector newUV = fit(1,@min_u,@max_v,0.0,1.0);

Actually, I do have multiple points with different arrays. Are you saying, rather then a detail attribute, I use a pointattrib; since I want to get the attribute array for multiple points ?

One question, from the way I understand, this can be run on points; rather then detail ?

Right, thank you This is perfect and helpful.

This is good, except; if I blast the group, I'm still getting primitives, rather then only points ?