PARTIAL MICROSCOPIC REALIZATION OF THE GRAVITY CANDIDATE

Read MICRO_MACRO_DERIVATION.md first. This is a constructive static response
and local shape-inertia calculation. It does not derive the full metric,
clock, spatial curvature, universal coupling or physical density hierarchy.
The passive Berry clock and common-density limitations are retained results.

Use Python 3.12 with requirements.txt and a Rust compiler supporting edition
2024. Run from the extracted directory:

  python -B -W error reproduce_micro.py
  python -B -W error reproduce_micro.py --full

Quick mode verifies the manifest, recomputes all quantum spectra and inertia
checks, five synthetic 3D static grids, ten Rust tests, and one solar pilot.
Full mode additionally reruns all 17 external fields, five solar controls,
21 Green extractions and the approximate Mercury comparison. These numerical
screens retain the CMC metric as an assumption. They are not tracking fits.

The previous galaxy scale and response tables are frozen inputs. Couplings
are selected to realize the earlier macro target, not predicted from first
principles. All runs treat floating-point warnings as errors. Expected
reports and SHA-256 checksums are included; raw production fields and compiler
binaries are regenerated. No spacecraft tracking data are supplied.

Imported legacy helpers contain other main workflows requiring the larger
project. Use the documented commands for this curated package. The prior
CMC publication is an immutable comparison input, not a claim that the
microscopic construction has derived that complete theory.
