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Down the rabbit hole ... ... mesh intersection is *hard* ! Especially this type of configuration where a lot of things land in the same triangles.

Stephanie Hendrixson @Ricoh3D The other one are the feet with the lattice structures designed with nTop Great way to show the benefits of design for AM to lightweight parts but still keeping their strength. Making polymers competitive in term of performances and costs vs a traditional design in metal

Read our blog on Building Automated Workflows for Patient-Specific Surgical Guides with nTop 👉 bit.ly/3Rm8Asi We developed a #patientspecific workflow that utilizes the power of automation to speed up the process of designing customized #surgicalguides.

If you have Magics installed, would you mind checking if it comes with a texture-mapped example file called "rabbit.obj"? Trying to recall where this thing came from, and I think it was there.

Even if not 100% right, the #ChatGPT provides such helpful leads.

New blog post: Discrete non-Euclidean geometry for kids via trivial arithmetic blakecourter.com/2023/03/11/non…

So exciting. Congrats team and world!

When in more than three dimensions, I used to think of them as somehow being outside the usual three. Now I think of extra dims as being inside, like they've been projected down beneath the viz dimensions, and you can open one and collapse another like turning a book page.

New blog post, but probably not a new idea: The difference between knowing and experiencing math. blakecourter.com/2023/03/29/kno…

Down with quantum entanglement? Ever want to work with non-Euclidean, higher-dimensional, or fractal geometry in your day job? We have lots of open positions at linkedin.com/company/qe3d/, just out of stealth mode!

More thoughts about the potential opportunities and challenges in quantum-entangled 3D printing on my blog! blakecourter.com/2023/04/01/hyp…

Great to see so much interest in what we're doing at QE3D! Here's a tutorial and case study on the use of multiscale, hyperbolic lattices to improve product fitness, functionality, and fidelity. blakecourter.com/2023/04/01/hyp… Tips on Euclidean/Hyperbolic CAD interoperability included!

A few folks wondered if there was any “there” there in the post on hyperbolic tessellations. Will expand the topic if there’s more interest. More here: linkedin.com/posts/blakecou… Paul R. Delhanty

Has anyone else had the feeling lately, perhaps when typing, that you are playing the role of GPT?

Time to build a new CAD system. NURBS as smooth as your lips. engadget.com/lip-licking-co…

Great write-up from Joris Peels on implicit interoperability in nTop ! 3dprint.com/299564/ntopolo…

New post as part of a new series on Unit Gradient Fields (UGFs): blakecourter.com/2023/05/05/wha… UGFs are more versatile than distance fields when applying implicit modeling to engineering applications. The new #nTop logo hints at them. Expect more as we ramp up to #cdfam23.

Another post on unit gradient fields (UGFs) a generalization of modeling with signed distance fields (SDFs). These techniques enable the most powerful use of implicit modeling in engineering applications like nTop. blakecourter.com/2023/05/18/fie…

Am going to drop off of Twitter for a while. Please find me on LinkedIn. linkedin.com/in/blakecourte…

Tomorrow Pete Oxenham and I chat with Blake Courter (Blake Courter) of nTop about Implicits. CAD continues to be one of my favorite topics (sorry Pete). We’ll talk about CAD kernels, what Implicits are, and CAD in general. x.com/i/spaces/1jMJg…