Gfx2020

Graphics and geometry 「@permutans」

[Gfx2020 @2020gfx]

📄 Müller et al. (2022) Instant Neural Graphics Primitives with a Multiresolution Hash Encoding https://t.co/r6JYYC9KjN
📺 https://t.co/Essz8LQdzs
🌐 https://t.co/tPT7RJqcpV
💾 https://t.co/6zPMVaMzNW

[‎＼＼\\(۶•̀ᴗ•́)۶//／／ @josephreisinger]

A still-theoretical paper from @NVIDIAAI "Neural Scene Graph Rendering" envisioning what the underlying compositional artists tools might look like in a pure AI / rendering world.

https://t.co/kqD0HW4K5r

https://t.co/iuz8a3tyLD

7/

[Gfx2020 @2020gfx]

🏐 Nelson Max (1977) Turning the Sphere Inside Out https://t.co/HQZvMHVE2G

[Gfx2020 @2020gfx]

🌐 Center of Graphics & Geometric Computing Seminar 2020/2021 https://t.co/ExlnPdWeZg
📺 YouTube playlist https://t.co/DrLtRDIXGn
👩‍🏫 Coordinated by @mirelaben https://t.co/RGcdpmzlDk

[morgan @CasualEffects]

I'm excited to announce in partnership with the @NVIDIA Deep Learning Institute that the Graphics Codex is now a free online computer graphics rendering and ray tracing textbook at

https://t.co/Abckbi0l1f

The programming projects run everywhere and are accelerated on RTX GPUs.

[Gfx2020 @2020gfx]

💠 PlotOptiX — Data visualisation in Python based on NVIDIA OptiX ray tracing framework https://t.co/OwjxB9wtpw
🌐 https://t.co/esNI2rtAlP

[Gfx2020 @2020gfx]

📄 Inside Fluids: Clebsch Maps for Visualization and Processing https://t.co/QZU7sUzkSV
📺 Lecture (20 min) https://t.co/CTE11n1gZb
via:
📝 Visualizing the Complex Behavior of Vortices Surrounding Hummingbird Wings https://t.co/m7CRwqGY3F
👨‍🏫 Peter Schröder https://t.co/57nIatnTJt

[Gfx2020 @2020gfx]

📄Heeren (2016) Splines in the Space of Shells https://t.co/4jBpN93UkT
🏆SGP 2016 Best Paper
📽 https://t.co/y4eCRThsSI
👨‍🏫Behrend Heeren https://t.co/SwsiDZRENv
👨‍🏫Martin Rumpf https://t.co/13qSB9rey3
👨‍🏫Max Wardetzky https://t.co/mELhkSRLen
👨‍🏫Benedikt Wirth https://t.co/HXhMhWrRUE

[Gfx2020 @2020gfx]

📺 “NVIDIA Kaolin and Omniverse for 3D Deep Learning Research” [S32072] at #GTC21 https://t.co/FkNnaC1GUk

💾 https://t.co/HDsKDUbS60
🌐 Project https://t.co/I9W03l1qje
📑 Docs https://t.co/ls0BEhxoLa
📄 Preprint https://t.co/5IxbDXB39e
📄 Publication page https://t.co/oAugR9OLyJ

[Krishna Murthy @_krishna_murthy]

Stoked to release work done as a summer intern at NVIDIA!

Kaolin: A Pytorch library for Accelerating 3D DL research
Paper: https://t.co/UQC0r7mm6Y
Code: https://t.co/OcgZts6qHI

Work w/ @EdwardJamesSmi4, JF, @Caenorst , Artem, Tommy, @RevLebaredian @gavrielstate @FidlerSanja

[Gfx2020 @2020gfx]

📄 Hasselgren et al. (2021) Appearance-Driven Automatic 3D Model Simplification (arX⠶2104.03989v1 [cs⠶GR]) https://t.co/wHWhvnG7b7
🌐 https://t.co/oRnvJEXfkN
💾🐍🔦 https://t.co/GYoiDu3Gpy

[Paolo Cignoni @ALoopingIcon]

This year at #gtc21 we feature our TagLab tool. Register (it is free!) and give a look at the nice intro video (E31428) of Gaia Pavoni presenting this tool and how it brings AI into coral reef monitoring...
https://t.co/Rc07Crv1rG

[Mirela Ben-Chen @mirelaben]

Page with links to courses and seminars on geometry processing:
https://t.co/0ri7XYumuD
(updated some links and added zoom seminars)
Ping me if you teach geometry processing / have a public zoom seminar and want your course / seminar added.

[Steven De Keninck @enkimute]

released today: a (free) 100 page 'Guided Tour to the Plane-Based Geometric Algebra PGA' by Leo Dorst at https://t.co/x6CuOGeiFv

Some plain notions on plane motions! (add something funny they suggested..)

please RT!

[Chris Doran @ChrisJLDoran]

Post on a newish way to describe Euclidean Geometry in Geometric Algebra, and why it is important for graphics.
https://t.co/eWf041PLSU

[Runway @runwayml]

Deep Textures: using machine learning to create unexpected materials with textures and normal data.

A project built by @cunicode during his Runway flash residency

https://t.co/bFx1g2xpYk

[Gfx2020 @2020gfx]

✍ Casselman (2017) The Joy of Barycentric Subdivision https://t.co/tCwokOVpEi

👨‍🏫 Bill Casselman (UBC) https://t.co/GXbUzD7CS4 | https://t.co/0iZF4jSzw8

[Matt Henderson @matthen2]

this process eventually creates triangles of every possible shape

https://t.co/CGmKLYv8LY

[Gfx2020 @2020gfx]

📄 Snyder (2012) Polyhedral Sundials https://t.co/vex7xKPFC4
👨‍🏫 Donald L. Snyder (Washington U) https://t.co/t54PPI62EQ
🌞 North American Sundial Society https://t.co/OGzVE9fxQ4
⤷ 📑 The Compendium (journal) https://t.co/pMvVwyRVUN

[Tyler Morgan-Wall @tylermorganwall]

1/6 ‼️NEW PACKAGE! And it's awesome. Introducing {shadr}: Write and execute GLSL shaders directly in #rstats!

Here we run the shader "Seascape" by Alexander Alekseev to generate a beautiful realistic 3D water scene, entirely via R. #shadr

Github:
https://t.co/qEG4vE6ahp

[Gfx2020 @2020gfx]

📖 Dorst, Fontijne, & Mann (2009) Geometric Algebra For Computer Science—An Object Oriented Approach to Geometry https://t.co/FP893fp5Qt
🔎 Preview https://t.co/moZP26Dwzq
🕹 Interactive figures https://t.co/kbgR9gd2ka
♻️ Quaternions and Geometric Algebra https://t.co/gltylNikx5

[Gfx2020 @2020gfx]

📄 Riemann (1854) On the Hypotheses which lie at the Bases of Geometry https://t.co/Ug6ZhO0QXt
🔖 History of manifolds and varieties » "The famous Göttingen inaugural lecture (Habilitationsschrift)" https://t.co/I8iMyFWJKA
👨‍🏫 Bernhard Riemann (1826 - 1866) https://t.co/P9DLa1rqoq