Calculation material
What we show publicly is the water's behavior. The private package goes deeper.
Public pages carry sanitized surface frames and the engineering scope. The closed mechanical detail stays off the site.
What matters is how the generation cycle puts impulse into the basin: what front it raises, how repeatably, where the loads land, and how the bottom profile turns that impulse into a surfable wave.
The same generation principle behaves differently at different depths. We calculate the impulse, the period, the repeated cycle, the loads and the surface response — always against the basin that has to receive them, because that is where the wave is either made or lost.
How the generated front enters the basin, and whether it matches the target wave.
The pause between waves and the state of the water before the next cycle starts.
Where the calculated loads land, and how they repeat wave after wave over the drive cycle.
How the bathymetry amplifies, redirects or damps the generated wave.
Public pages carry sanitized surface frames and the engineering scope. The closed mechanical detail stays off the site.
Useful inputs: the target wave, the basin envelope, the bottom profile, the generation principle at whatever disclosure level we agree on, the timing assumptions and the site constraints.
The output stays on the water response, the loads, the cycle limits and the next calculation step.
How the water forms through the cycle, and which phases need a deeper check.
Where the forces appear, and what we can't claim without more detailed engineering.
What to test next in the bathymetry, the timing or the generation input.
No. A principle is only a starting point. The water response depends on the bathymetry, the basin geometry and the repeated cycle.
No. The public copy describes the engineering calculation. The closed mechanism architecture stays off the site.
No. Energy assumptions matter, but the surfable result comes down to the surface shape, the cycle, the loads and the bottom profile.
Yes, given enough geometry, target-wave information and generation input to define an engineering model.
A target wave, a basin outline, a depth profile and bounded generation assumptions are enough to scope the first engineering check. If the generation principle is your own, describe it at whatever level you're comfortable with — the first thing back is what the water does with that impulse in your basin.