DKA Framework · Human Performance Science
An open anatomical reference: every muscle and bone named, layered, and explorable.
Demo
Pull it apart. Tap a structure and the atlas tells you what it is.
Tap a structure on the body, then choose how the rest of the body steps back.
The selected structure
Its layer
Choose Centers to measure between two structures, or Surface to measure between two points on the surface of the body. Every distance reads in millimeters, on this reference body.
LOADING…
Six small scenes, each one a model of a structure too small to see on the body above. Pick a scene, then drag to turn it over.
Every scene is a model of how one structure is built, drawn from the textbook values named in its source line. A model, not a measurement of any person.
The body in motion
The same reference body, moving: two composed motions on the atlas’s standard build, and one captured work played from its record. The heat on a muscle is the model’s own activity read, modeled, never measured. On the captured work, a second read models the effort of the trunk, legs and neck: modeled, never measured, and read as ranking, not load. Pull the body apart while it moves and it holds. Snap back seats it home.
Exploded view separates the structures for inspection. Shapes and positions are the record; spacing is the view.
The moving body carries muscles, skeleton, joints, organs, and cardiovascular. Fascia and nerves are in the reference model above, not yet bound into the moving body.
COMPOSED WALK + DANCE
About this model. A single reference body, shown as anatomy reference only and built from open data. It is not a KINEX system and not KINEX technology. It is not a medical tool: it makes no diagnosis and measures no person. The nerve layer shows modeled pathways drawn at one width in the source data, so the width marks the pathway, not the nerve’s true size. No performer data appears in the reference model above. The captured work below plays from its own record on this body; nothing from any sealed record is in this model, and the activation read on it is modeled from the movement, never measured from the performer.