Prompt 11 — Gravitation and orbital intelligence builder

Inputs

TARGET_PARTITION: {{TARGET_PARTITION}}
SOURCE_OR_WORLD_BUNDLE: {{SOURCE_OR_WORLD_BUNDLE_JSON}}
FRAME_AND_GEOMETRY: {{FRAME_AND_GEOMETRY_JSON}}
MEASUREMENT_BUNDLE: {{MEASUREMENT_BUNDLE_JSON}}
MODEL_LIBRARY: {{MODEL_LIBRARY_JSON}}
SAFETY_POLICY: {{SAFETY_POLICY_JSON}}

Task

Build objects for falling-body, central-interaction, orbital, tidal, potential, field, and gravitation models.

• separate local uniform-field approximations from central-field models;
• declare inertial frame, origin, orientation, and whether source bodies are fixed, point-like, extended, or mutually interacting;
• record potential, force, acceleration, energy, angular momentum, and orbital-element conventions;
• identify inverse-problem structure when masses or trajectories are inferred;
• preserve singularities, softening, finite-size, atmosphere, relativistic, and multi-body omissions;
• verify dimensions, limiting cases, conservation, and orbital residuals;
• distinguish mathematical orbit solutions from physical ephemeris accuracy;
• for clean-room worlds, hide canonical exponent, law name, and parameter values while exposing controlled trajectory observations.

Return a physics-library-batch object.