Local Level Lab

Airborne measurements. Open methods.

Regrouped orientation-cover feasibility

48/48 sector identities pass; state: complete.

Eight sectors cover the full original yaw range for each model/processing case. All other calibration directions remain. Union widths include every sector not excluded by checked necessary constraints. These are generated mathematical ranges, not measured aircraft errors.

Case Sectors Excluded Complete Future union width N / E / height (m) Ratio to broad-box baseline
case-0-0-400 8 0 True 115.382, 114.979, 114.670 0.150, 0.195, 0.224
case-0-1-400 8 0 True 115.387, 114.985, 114.676 0.150, 0.195, 0.224
case-1-0-400 8 0 True 115.383, 115.012, 114.654 0.150, 0.195, 0.224
case-1-1-400 8 0 True 115.390, 115.020, 114.660 0.150, 0.195, 0.224
case-2-0-400 8 0 True 115.491, 33.945, 114.649 0.150, 0.195, 0.224
case-2-1-400 8 0 True 115.499, 33.948, 114.656 0.150, 0.195, 0.224

A tenfold reduction is a component target, not qualification of long-record observational prediction. A correct but broad result leaves dependent observed fits blocked. Global floating-point error, actual receiver covariance and full-flight adequacy remain open.

Charged 192 native evaluations in 471.98 seconds. No original files, Earth-model fits or protected ESA outcomes are used.

Frozen method and allowance · Saved broad-box baseline · Roadmap.

Case Ratio to previous orientation-cover widths N / E / height
case-0-0-400 0.299, 0.669, 0.968
case-0-1-400 0.299, 0.669, 0.968
case-1-0-400 0.299, 0.669, 0.968
case-1-1-400 0.299, 0.669, 0.968
case-2-0-400 0.299, 0.669, 0.968
case-2-1-400 0.299, 0.669, 0.968

All original sectors, inputs and physical bounds are retained. Native outputs, full Jacobians and training/future support inputs are saved for diagnosis without new evaluations.