Directional Audio
Uses multi-channel positional input when available, with stereo and mono fallback modes for broader compatibility.
Warp Lab is an experimental Android application for Rokid waveguide glasses that translates surrounding sound into a reactive spatial flight environment.
Warp Lab analyzes sound intensity, frequency, duration, directional energy, arrival timing, and localization confidence. Those measurements drive luminous objects, trails, radar contacts, and cockpit instrumentation in real time.
Uses multi-channel positional input when available, with stereo and mono fallback modes for broader compatibility.
Maps estimated sound direction, localization confidence, and fading contact history into a persistent top-down spatial display.
Transforms sound into reactive objects, trails, echoes, ripples, travelers, and rare spatial anomalies.
A glasses-frame orientation model, wrap-safe smoothing, manual recentering, and depth-separated parallax keep the cockpit stable while the surrounding flight space responds to head movement.
Guided eight-sector calibration learns the real acoustic behavior of the wearable microphone array instead of assuming ideal geometry.
Environmental audio is processed on-device. Warp Lab does not record, upload, transmit, or transcribe what it hears.
The current flight model has completed physical Rokid testing. Corrected attitude mapping, a stronger artificial horizon, manual recentering, and depth-separated parallax now join the established spatial-audio and Sonic Constellations systems.
Warp Lab processes environmental audio locally and stores only numerical measurements needed for visualization and calibration.Audio is not recorded, transmitted, uploaded, or transcribed.
Apsis Warp Lab v0.4.6 is now available as a signed Community Preview. The APK has completed on-glasses validation, uses the established Apsis Warp signing certificate, and is published separately from the private engineering source.