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Gravity Field / Orbital Mechanics

Gravity fields and orbital-style behavior are part of the engine surface and can be visualized directly from UPE runs.

Scientific / EngineeringLabs
Scientific / EngineeringLabs
engine captureadaptive proof playback ยท event-aware ยท no synthetic interpolationpublic proof
adaptive proof artifact ยท public / event / debug
Gravity Field / Orbital Mechanics
Gravity fields and orbital-style behavior are part of the engine surface and can be visualized directly from UPE runs.
1 attractor + 2 orbiters~0.20โ€“0.35 ms refscene-capable

What you are seeing

Scene

A gravity-well scene with two orbiters circling a central attractor using UPE gravity-field forces.

Why it matters

Show point-gravity fields and orbit-style motion in a compact engineering scene that stays tied to engine state stepping.

Pass condition

Bodies should curve around the attractor in stable, readable orbital-style paths rather than moving linearly.

Proof views

Use Public proof for the clean buyer-facing read, Event focus for adaptive slowdowns around the key moment, and Debug proof for contact cues, overlays, frame numbers, and proof-lane instrumentation.

Metrics strip

ref step time~0.20โ€“0.35 ms ref
body count1 attractor + 2 orbiters
constraint countgravity field forces
dt1/60 s
iterationsfield-integrated world step
proof statusscene-capable
platformWindows x64 / MSVC
benchmark noteengineering proof
Technical drawer

Command / source path

build\bin\examples\multi_physics_integration\main.exe

Systems exercised

  • gravity fields
  • field falloff
  • orbital-style integration
  • world stepping

Known limitations

  • This is a compact proof scene for gravity-field behavior, not a full astrophysics certification or mission-planning product.

Recommended context

Especially useful when the buyer story extends into simulation R&D, engineering, or educational / scientific demos.

Determinism status

  • same build: scene-capable
  • cross-run: validate in deterministic config
  • cross-platform: not broadly claimed
  • snapshot / restore: supported by broader tooling

Related proof

Box Stack Stability

Stable stack under repeated runs with consistent contact resolution.

View test

Mixed Shape Resting Contact

Mixed primitive contacts settle cleanly without obvious interpenetration drift.

View test

Friction Ramp Comparison

Material tuning produces readable, repeatable sliding behavior.

View test