34-second frame-locked schematic explainer. 1,020 frames at 30 fps. The figure is a labeled cutaway, not a measurement and not a certified reference.
Live plate: https://mizcausevic-dev.github.io/multi-sensor-elevation-change-workflow-explainer/
Repository: https://github.com/mizcausevic-dev/multi-sensor-elevation-change-workflow-explainer
An interactive anatomy plate for Multi-Sensor Elevation-Change Workflow. Play, scrub, or jump the five stages. The same frame always draws the same picture.
- Explanatory schematic, not a certified engineering, medical, or product reference.
- Cyan marks the primary pathway, gold marks energy or actuation, and violet marks sensing or state. These colors are overlays, not literal emission.
- Scale changes, slow motion, and time compression are labeled on the figure.
- This page does not add dimensions, efficiencies, certifications, vendor internals, or performance claims.
- Verify the subject before any publication, purchase, safety, or clinical use.
- The reference supports the underlying process or architecture. Camera moves, palette, cutaways, and timing are original illustrative directions, not experimentally validated observations. This brief is not a certified design, simulation result, medical recommendation, or claim about a specific commercial implementation.
- Do not subtract incompatible quantities without a model. No guaranteed altitude or cause from every sensor.
Mechanism reference: USGS - combined radar lidar and optical sensing (https://www.usgs.gov/centers/mendenhall-research-fellowship-program/20-43-fusing-synthetic-aperture-radar-and-lidar)
Open index.html. GitHub Pages serves this repository from the pages branch.
The explainer brief fixes the palette and the single technical plate. A seven-theme dashboard switcher is not applied here.
Prompt p195. Component names on the plate come from that brief's stage lines. No extra specifications were added.