Yader
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"Uvs and Attributes" is the last tab on the Sweep SOP. If it doesn't fix your issue you should upload something illustrating your problem.
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Uncheck Normalize U's and Normalize V's on your Sweeps Uvs and Attributes tab and additionally uncheck Snap U and V to Nearest Tile Boundary under Section UV Seams on the same tab.
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You can instance Lights with the Instance Object, but two things to keep in mind. First, you have to exclude the template light in your mantra rop and if you want to use colors from your hdr, you have to use an expression on the color parameter on your template light. Pretty sure, this is old workflow and there's probably a newer one. Nevertheless, this one works Area_Lights_Instanced_yader_01.hiplc
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Here are two ways of achieving a denser middle. Phyllotaxis_yader.hiplc
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http://deborahrfowler.com/HoudiniResources/WrangleNodeExampleVexBasic.html http://deborahrfowler.com/HoudiniResources/WrangleNodeExampleCompareVops.html
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Can you show your current status with the C4D version? I would first try to solve this with a curve/spline sim in 2D, extrude it and put some additional animation detail on top with deformers. If you want to try it in 3D, look into Vellum, it's stable and there's a ton of learning material out there. But it will take longer than the 2D solve.
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You can just transfer the point group after removing the interior edges and do your point split and then assign a unique ID to the patches. patches_yader.hiplc
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Ah, didn't saw your mesh. I assumed you converted your geo to NGons. I used remove shared edges within the Divide Sop to get rid of inner edges
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You can use the Group Expression SOP utilizing the "Valence" preset. Set it to 4 and you'll select all the points with 4 neighbour points. This works, as all the other points have only two neighbours.
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Exactly
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- vellum
- point deform
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Here's a thread with a similar approach, simulating lowres geometry and then deform highres geometry with it: And here's your file with the point deform capture from qlib. V_test_01_yader.hiplc
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- vellum
- point deform
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Here's an easier method, which avoids a costly for each loop: If you have QLib installed, it has a really handy point deform capture sop which let's you define an attribute to partition your incoming geo, (this should be part of the regular point deform sop) so the capture weights and points are generated accordingly. Just use a regular point deform afterwards and set it to deform only.
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What exactly is the error, when you use compile block?
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I meant a sop solver, not in your dop network Nevertheless, here's one way to do it (slow but stable), merging the points with a sop solver, copying lowres and highres on those points and then using a foreach to go through each single geo to point deform. Pretty sure, there's a more elegant and faster way to do it but it works. softbodies_proxy_yader02.hiplc
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You can generate rest geometry with a sop solver, by accumulating your emission points and copying your lowres spheres onto those points. By the way, are those spheres placeholders or your real geo?
