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Attractor Pattern is Magic
I just wanted to give another bit of kudos to @Evan_Reese for the Attractor Pattern FeatureScript and also mention some things that I figured out in order to get more control over the tool.
I can't make this model public, but I do want to share some techniques.
The main body of this part has top surfaces which are not all one face. I grabbed the left/right edges of the surface to create 3D Fit Splines and created a loft between them (which creates a single face with more even parameterization). I moved the edges inward with the surface tools, then I rebuilt that surface again using another loft - this made the UV lines evenly spaced and even offsets from the sides of the base shape. The pattern body is just an extruded pill (race track, or oval) which is taller than the final result. I split the whole result with an offset surface to get the tops to be curved where the main body curves. If I didn't do that, the tops would all be flats which work most places, but looked really wrong in the curved portion.
The other big revelation (maybe this is obvious to others) was that the attractors do not need to be in the plane or surface that drives the pattern. I split the driving surface (described above) to handle the quick change of the pattern around the letters (and picked those faces as attractors), but I also wanted a long fade on the left hand of this image. I added a surface which was slightly offset from the original, and then rotated slightly to taper its effect as an attractor (see second image).
Selection Fillet (also from Evan) played a supporting role in this pattern. It creates the fillets that been the bumps into the main body, and rounds the tops of them off. I needed this since I was scaling the shape and it's not on a simple flat body.
I can't make this model public, but I do want to share some techniques.
The main body of this part has top surfaces which are not all one face. I grabbed the left/right edges of the surface to create 3D Fit Splines and created a loft between them (which creates a single face with more even parameterization). I moved the edges inward with the surface tools, then I rebuilt that surface again using another loft - this made the UV lines evenly spaced and even offsets from the sides of the base shape. The pattern body is just an extruded pill (race track, or oval) which is taller than the final result. I split the whole result with an offset surface to get the tops to be curved where the main body curves. If I didn't do that, the tops would all be flats which work most places, but looked really wrong in the curved portion.
The other big revelation (maybe this is obvious to others) was that the attractors do not need to be in the plane or surface that drives the pattern. I split the driving surface (described above) to handle the quick change of the pattern around the letters (and picked those faces as attractors), but I also wanted a long fade on the left hand of this image. I added a surface which was slightly offset from the original, and then rotated slightly to taper its effect as an attractor (see second image).
Selection Fillet (also from Evan) played a supporting role in this pattern. It creates the fillets that been the bumps into the main body, and rounds the tops of them off. I needed this since I was scaling the shape and it's not on a simple flat body.
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Anyway, awesome work. I love seeing it actually being used professionally. Once you've got this scooter in production, let me know if you have any extras laying around 😁
Website: ovyl.io