The inspiration: This is typically a case of #DirectManipulation, like for instance #InverseKinematics (IK).
An IK solver estimates how to retro-engineer parameters to match a target constraint... But it requires the #derivative of constrained point position wrt. the procedural parameters. 4/8
An IK solver estimates how to retro-engineer parameters to match a target constraint... But it requires the #derivative of constrained point position wrt. the procedural parameters. 4/8
December 3, 2024 at 8:33 AM
The inspiration: This is typically a case of #DirectManipulation, like for instance #InverseKinematics (IK).
An IK solver estimates how to retro-engineer parameters to match a target constraint... But it requires the #derivative of constrained point position wrt. the procedural parameters. 4/8
An IK solver estimates how to retro-engineer parameters to match a target constraint... But it requires the #derivative of constrained point position wrt. the procedural parameters. 4/8
🏆 So honored that our paper received the Honorable Mention #Award at #SIGGRAPHAsia!
I really like this paper BTW, it is about procedural #SignedDistanceFields, a simple idea to #differentiate them and thus provide #DirectManipulation ✨
More in the🧵⤵️ 1/8
I really like this paper BTW, it is about procedural #SignedDistanceFields, a simple idea to #differentiate them and thus provide #DirectManipulation ✨
More in the🧵⤵️ 1/8
December 3, 2024 at 8:33 AM
🏆 So honored that our paper received the Honorable Mention #Award at #SIGGRAPHAsia!
I really like this paper BTW, it is about procedural #SignedDistanceFields, a simple idea to #differentiate them and thus provide #DirectManipulation ✨
More in the🧵⤵️ 1/8
I really like this paper BTW, it is about procedural #SignedDistanceFields, a simple idea to #differentiate them and thus provide #DirectManipulation ✨
More in the🧵⤵️ 1/8