How Leaders are Escaping AI Pilot PurgatoryRegister here
Statistics
0 Geometries
0 Meshes
0 Simulation setups
0 Results
0 Geometries 0 Meshes 0 Simulation setups 0 ResultsAbout this project
Generate a low-poly, slim-scale human palm and finger skeleton for animation and physical simulation.Structure & Hierarchy:Palm (Metacarpals): Create a rigid, curved palm plate connecting 5 base metacarpal bones.Thumb: The trapeziometacarpal (base) joint must be a ball-and-socket joint to allow \(3\) degrees of freedom (abduction, adduction, flexion, extension). The metacarpophalangeal (mid) joint should be a cylinder (hinge) joint.Fingers (Index, Middle, Ring, Pinky): Each finger must have three phalanges. The proximal (knuckle) joint is a ball-and-socket joint (enabling splaying and spreading). The middle and distal interphalangeal joints must be cylinder (hinge) joints constrained to single-axis rotation for grasping and curling.Simulation Parameters for Slim Scale:Set the individual bone radii to a slim, delicate scale (default proportions around \(0.8\) to \(1.2\) cm thickness).Apply realistic rotational limits to the cylinder joints (restrict flexion to \(0^{\circ }\) to \(110^{\circ }\)).Set the palm and bone meshes to have lightweight, non-self-intersecting collision geometry to prevent jittering during physics runs.Ensure all joint pivot points are perfectly centered at the intersection of the cylinder caps and spherical sockets to prevent unnatural tearing during fast simulation speeds.
0
0
