Phase Lock in Procedural Rigs: When Joints Refuse to Follow
You're three hours deep into a procedural walk cycle. The hip follows the foot, the knee bends on cue, the ankle does its thing. Then the shoulder cha...
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You're three hours deep into a procedural walk cycle. The hip follows the foot, the knee bends on cue, the ankle does its thing. Then the shoulder cha...
You've scaled your procedural motion system to handle thousands of agents, each running its own animation graph, physics solver, and blend tree. Then ...
So you've got a procedural locomotion solver. It moves the feet, adjusts the hips, looks decent on flat ground. But then the character steps on a rock...
You're scrubbing through a blend tree and something feels off. The motion looks fine at whole frames, but there's a subtle judder—almost like the bone...
Motion solvers are the quiet workhorses behind every character's stride, every camera whip, every procedural jiggle. They take raw input—velocity, acc...
So you've got a character that climbs walls with procedural IK — looks great up close. But at 30 meters, the arms start twitching like a broken marion...
There is a moment in every procedural locomotion project when the engineer leans back, squints at the screen, and mutters: What have I done? It comes ...
You have a character climbion a wall. The player slams a direction key. The hand should snap to a new hold — but the solver is still converging from t...
You have a procedural motion stack that works fine in a demo. A few characters, a straightforward vehicle, maybe a rope. Then the team scales up. More...