High Tide_
ENEC APPLICATION / TEAM 4555
11 OCTOBER 2026
Evidence & downloads ↗

CONTROLLED DIVERSION CORRIDOR

Give jellyfish
an exit.

Explore the trade-off between intake entry, temporary exit and accumulation.
Simplified transport model. All actuator responses are assumed.

High Tide / transport experiment×
Ready0 / 900 s
● In approach○ Outside nominal exit× Intake entry— Assumed pipe flow

Exit = outside the nominal corridor at this instant. It is not proven safe release. “Other” identifies departures from the extended tracking domain. Returns remain in the ledger.

SAME SEED. SAME CURRENT. SAME HORIZON.

Read every outcome.

What this model can tell us

It tests accounting and control logic in a fictional flow field. It can show a low intake-entry count alongside a growing retained group. It cannot establish real diversion efficiency, welfare, flow capacity, cost or energy use.

Not resolved: vertical motion, bubble-plume physics, turbulence, deformation, injury, collisions or crowding. Raising arrivals scales independent particles. It does not determine a safe maximum bloom density.

Read the equations, assumptions and validation plan ↗