Dan Franke

📣 REACTO: Reconstructing Articulated Objects from a Single Video 📣 This paper discusses the challenge of reconstructing 3D articulated objects from single videos, highlighting the limitations of existing dynamic neural radiance fields in modeling piece-wise rigid objects. They introduce Quasi-Rigid Blend Skinning, a novel deformation model that enhances part rigidity while allowing flexible joint deformation, integrating enhanced bone rigging, quasi-sparse skinning weights, and geodesic point assignments. Their approach significantly improves the fidelity of 3D reconstructions of articulated objects, as evidenced by tests on real and synthetic datasets. project: https://lnkd.in/dAk-8qvc github: Code not yet available. paper: https://lnkd.in/d6u7udMR #3DArticulationTech #AdvancedDeformationModel #RigidBlendSkinning #HighFidelity3D #NextGen3DModeling #DynamicNeuralFields #ArticulatedObjectsRecon

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It’s important to match rigging chain to hooks of the proper size. If you need to figure out what size hook you have, it will almost always be imprinted on the hook somewhere. But, if you're looking for the label in imperial notation (such as "1/2 inch") you might be out of luck — many manufacturers print the metric equivalent (such as "13mm") for size. The location and formatting of the size marking is different depending on the manufacturer. On this Crosby Shur-Loc hook, both metric and imperial are provided for convenience. However the hook is marked, make sure you index that information and match the hook size to your chain size. AND, the hook grade to your grade of chain (for example, a Grade 100 hook for Grade 100 chain). For your convenience, here is a quick list showing metric to imperial equivalents: 6mm = 7/32" 7mm = 9/32" 8mm = 5/16" 10mm = 3/8" 13mm = 1/2" 16mm = 5/8" 18 or 20mm = 3/4" 22mm = 7/8” 26mm = 1” 32mm = 1-1/4” What is the most common size of chain and hook that you use? #LiftingEquipment #Cranes #Hooks #TrusttheLift

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Check out this animated dialogue project from Gnomon student PoHsuan Lin. This was made in our Creature Animation 1 course using Maya, Nuke, and After Effects. PoHsuan used dialogue from "American Psycho" to create an unexpectedly intense exchange between these two creatures. Corgi rig by Brandon Schaal Dragon rig by Truong CG Artist #Gnomon #vfx #animation #games

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How to achieve 5-10x faster high-detail vellum simulations using Adaptive Remesh in Houdini. Watch full tutorial and project files on my Patreon: https://lnkd.in/dpyiVgjU

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NOWHERE - Moody cinematic animation The main goal was to achieve a moody cinematic look and it came out pretty good 🦾 Software's used: Blender, After effects and Da Vinci Resolve #3danimation #cinematic #lighting #blender

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