Staged Ore Comminution Circuit

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/staged-ore-comminution-circuit-explainer/

Repository: https://github.com/mizcausevic-dev/staged-ore-comminution-circuit-explainer

What this is

An interactive anatomy plate for Staged Ore Comminution Circuit. Play, scrub, or jump the five stages. The same frame always draws the same picture.

What this is not

• 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.

Limits copied from the brief

• No universal ore hardness, energy figure, or complete liberation. Dust and residuals need control.

Mechanism reference: DOE - mineral processing (https://energy.gov/sites/prod/files/2013/11/f4/lead_zinc.pdf)

Run

Open index.html. GitHub Pages serves this repository from the pages branch.

Conflict note

The explainer brief fixes the palette and the single technical plate. A seven-theme dashboard switcher is not applied here.

Provenance

Prompt p156. Component names on the plate come from that brief's stage lines. No extra specifications were added.