InfoMusCP

TouchDesigner integration of PyEyesWeb for real-time expressive movement analysis with a set of .tox components.

A research toolkit for extracting quantitative features from human movement data, offering computational methods to analyze movement qualities like smoothness, bilateral symmetry, contraction/expansion patterns, and synchronization. Built for researchers in motor control, biomechanics, and movement disorders.

A data-driven Finite State Machine (FSM) component for TouchDesigner. Build bulletproof interactive logic using Table DATs, native CHOP I/O, built-in timeouts, and advanced Python callbacks.