Blender facial animation tool. What else should it do?
https://github.com/shun126/livelinkface_arkit_receiver/wiki
#HackerNews #Blender #Animation #Tool #Facial #Animation #3D #Modeling #OpenSource #Creativity
#Tag
Blender facial animation tool. What else should it do?
https://github.com/shun126/livelinkface_arkit_receiver/wiki
#HackerNews #Blender #Animation #Tool #Facial #Animation #3D #Modeling #OpenSource #Creativity
The most accurate carotid artery model to date — the first to capture both the soft, low-pressure behavior and the stiff, high-pressure response of the vessel.
Built on the same principles as Fung’s law, but improved: our 2014 α–β framework fits strain energy first, then derives pressure — like how F = dE/dx gives the force in a spring. Here E is the strain energy — the quantity Fung’s law was originally built around. Strain energy is differentiated to give force, and in the fits below that force corresponds to pressure.
The 1987 plot below (Fung-type) fits well only at high pressures; the 2019 plot fits low pressures. Ours is the first to capture both perfectly.
#Biomechanics #MaterialScience #Physics #Mathematics #Modeling #Energy #Pressure #Research #Science #Innovation #london #askfedi
#Introduction
Hi everyone! I’m Carlos Tomas Grahm, an independent mathematician who previously worked on NSF-funded modeling and continuum mechanics research under a Hopkins-affiliated PI.
My current focus is the intersection of mathematical logic, complexity theory, and applied modeling — how rigorous math can clarify or even accelerate discoveries in other sciences. I enjoy discussing ideas that connect theory to real-world systems and would love to meet others exploring similar links.
Looking forward to learning, sharing, and helping translate tricky math into useful models!
#Math #Modeling #Complexity #SciComm #AcademicChatter #NewHere
#Introduction
Hi everyone! I’m Carlos Tomas Grahm, an independent mathematician who previously worked on NSF-funded modeling and continuum mechanics research under a Hopkins-affiliated PI.
My current focus is the intersection of mathematical logic, complexity theory, and applied modeling — how rigorous math can clarify or even accelerate discoveries in other sciences. I enjoy discussing ideas that connect theory to real-world systems and would love to meet others exploring similar links.
Looking forward to learning, sharing, and helping translate tricky math into useful models!
#Math #Modeling #Complexity #SciComm #AcademicChatter #NewHere
🥰 Always happy to get this feedback from users 🥰:
"We have just started our MDE course, and we are adopting BESSER as the supporting framework. Yesterday we had the first class, and it was easy for students to start modeling (so much more than when using EMF"
And with them, we have already 20 universities using BESSER to teach #mde #uml #modeling
Do you want to be next? We'll help! ➡️ https://lowcode-book.com/book-users/
🥰 Always happy to get this feedback from users 🥰:
"We have just started our MDE course, and we are adopting BESSER as the supporting framework. Yesterday we had the first class, and it was easy for students to start modeling (so much more than when using EMF"
And with them, we have already 20 universities using BESSER to teach #mde #uml #modeling
Do you want to be next? We'll help! ➡️ https://lowcode-book.com/book-users/
It takes 10 hours on a laptop accurately simulating 5 seconds of a worm wiggling: https://archive.is/0j2Jp (and we still cannot simulate more than 20-30 #quantum particles exactly). Please be humble when the universe is present! #modeling #complexity (through @loriemerson )
It takes 10 hours on a laptop accurately simulating 5 seconds of a worm wiggling: https://archive.is/0j2Jp (and we still cannot simulate more than 20-30 #quantum particles exactly). Please be humble when the universe is present! #modeling #complexity (through @loriemerson )
A space for Bonfire maintainers and contributors to communicate