What a climbing move felt like, aligned to pose.
Pose estimation can tell you how a climber moved. It cannot tell you what they were trying, how it went, or where it hurt. This project collects that missing layer and aligns it to the pose data, frame by frame.
collect.dynalytix.net ยท used by pilot labelers
Climbers contribute video and label their own movement. Their account of a move is the part of the data that no camera can supply.
Clinicians who work with climbers have very little movement data tied to reported pain, fatigue, or instability. This dataset is meant to help close that gap.
Researchers in climbing biomechanics get kinematics and structured labels in one table, one row per frame, with a documented schema.
Pose data and human labels, joined on every frame
33 body landmarks per frame, and 12 joint angles computed from them
Landmark velocities and center of mass across each move
9 sensation types, tagged by body location (16 sites), side, and a 0 to 10 level, on the frames where they occur
| Stage | Process | Output |
|---|---|---|
| Video Upload | Pose estimation analysis | Joint coordinates & angles |
| Motion Analysis | Velocity & acceleration calculation | Movement vectors |
| Labeling | Three lenses per move, sensation tags per frame | One labeled row per frame |
Get occasional updates on the dataset and the paper, or tell us you would like to help label climbing video in the pilot.