PicoGK
@PicoGK
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PicoGK is an compact and robust open-source geometry kernel for Computational Engineering. It is actively developed by @leap.71.
Dubai
Joined July 2023
PicoGK is a comprehensive #computationalgeometry framework released under the #opensource Apache 2.0 license. The core was authored by @linkayser with #ComputationalEngineering modules written by @LissnerJosefine. PicoGK is maintained by @leap_71.
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Built on PicoGK.
So proud of @LissnerJosefine - steely-eyed rocket woman. We just test fired a 5kN kerolox thruster, designed completely in-house at @leap_71 - it performed flawlessly and reached steady state. Kerosene regeneratively cooled and cryogenic liquid oxygen as oxidizer. Koaxial swirl
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We just released PicoGK v1.6, adding headless mode, and new scalar field functions. @leap_71 @linkayser.
github.com
PicoGK v1.6.0 adds one new function to the runtime (hence the number jump) for the creation of a ScalarField from Voxels. It also adds a way to run PicoGK in headless mode. NEW: You can now run Pi...
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RT @leap_71: We just won an award in the #3DPioneersChallenge for @PicoGK our open-source geometry kernel for #ComputationalEngineering. We….
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We released PicoGK v1.5 with a focus on interacting with external simulation packages. PicoGK now has data types for vector and scalar fields and introduces a standard way of exchanging information through the #OpenVDB file format. Check it out here:
github.com
PicoGK v1.5.0 is a major update. The focus of this release is the introduction of field data types for scalar fields and vector fields. Using these types, you can interface with simulation packages...
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Want to learn how to code on #PicoGK, follow along.
I will release the book chapter by chapter on GitHub and
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RT @leap_71: Could structures based on #quasicrystals and #aperiodic tilings, such as #penrosetiles change how we do engineering in certain….
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All built on #PicoGK.
Let's build massive metal parts for space applications. @leap71 and @SolideonUSA are teaming up to integrate #ComputationalEngineering and robotic collaborative metal #3Dprinting.
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RT @leap_71: Some new cool stuff came to @PicoGK / ShapeKernel today, contributed by @LissnerJosefine and .Aasim Rashid - check out the thr….
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RT @leap_71: Check out our gallery that we just put up. #ComputationalEngineering built on @PicoGK . .
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RT @leap_71: A prototype for an #electricmotor printed with the #multimaterial #metal #3dprinting process invented by the @FraunhoferIGCV u….
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RT @linkayser: We just released more images on the PicoGK gallery under Creative Commons. Enjoy here: https://t.co/….
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You can read more about some of the concepts of @PicoGK in this article, about the fundamentals of its architecture.
jlk.ae
In this article, I talk about the reasoning behind the reduced instruction set architecture of PicoGK, our open-source geometry kernel, which forms the foundation of the LEAP 71 technology stack....
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@PicoGK has proven itself in every-day use as the geometry foundation of some of the most complex #3dprinted objects ever created (@leap_71 multimaterial #aerospike printed with @FraunhoferIGCV experimental bi-metal printing process on @NikonSLM )
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@PicoGK implements the foundational ideas presented in the series of articles written by @linkayser about the functionality needed to build a robust ecosystem for #ComputationalEngineering.
jlk.ae
Computational Engineering will profoundly change engineering. Let's dive into the fundamentals and how we can get started.
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