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FROSTYVERSE TEST H2-084 — MASS + GRAVITY-WELL CANDIDATE SERIES
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version:  2.0.84-mass-gravity-well-candidate-series
patch:    h2-083-add-native-n-and-source-distance-gravity-well-independent-body-closure-search-1
baseline: Frostyverse-Test-H2-083.zip sha256=7f3f245c32c44a257eeb271bfc7b4350eb5c11ac8a9f62d995fbe9eaea373bb9
python:   3.10.6
profile:  full; R=(20, 40, 80); samples=32768; workers=6

TEST 01 - CONTRACT / EXACT QUESTION
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R01  [KNOWN-2D]  Existing stable FV remains approximately +2D; seek only the missing coefficient multiplying the existing D response.
R02  [INDEPENDENT-BODY]  For Earth use Sun+Earth+Earth orbit only; for Mercury use Sun+Mercury+Mercury orbit only; the frozen equation is the only shared object.
R03  [MASS-PLUS-WELL]  Test C=F(M1,M2,well state), where well state contains native n=log(N) and dimensionless source compactness MU/r.
R04  [DISTANCE-NATIVE]  Distance enters continuously through each body's own perihelion/aphelion/time-average/D-weighted depth, not through a borrowed Mercury distance.
R05  [NO-4-IN-FORMULA]  No candidate contains 4, 4.0498328559, a fitted amplitude, fitted exponent, offset, or per-body normalization.
R06  [MERCURY-DISCOVERY]  Only Sun+Mercury plus a predeclared Mercury-only distance neighborhood selects candidates; named planets remain holdouts.
R07  [LANE-CONTROLS]  Mass-only, native-depth-only, geometric-depth-only, and mixed mass+well lanes are all retained so added variables must earn their value.
R08  [IDENTITY-TRAP]  Expressions effectively constant on independently varied mass/well probes are quarantined as disguised constants.
R09  [BLIND-HOLDOUTS]  After freeze: Venus/Earth/Mars, R20/R40/R80 transfer, synthetic orbit ladder, and mass x orbit grid.
R10  [PHENOMENOLOGICAL]  A close formula is an empirical closure clue only; it does not explain microscopic FrostTransit ownership.

TEST 02 - PREDECLARE / SEAL MASS+WELL GRAMMAR BEFORE TARGET SCORING
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  candidate formulas=56192
  lanes=['GEOM_ONLY', 'GEOM_SHAPE', 'MASS_GEOM', 'MASS_NATIVE', 'MASS_NATIVE_GEOM', 'MASS_ONLY', 'MASS_SHAPE', 'NATIVE_GEOM', 'NATIVE_ONLY', 'NATIVE_SHAPE', 'SHAPE_ONLY']
  SEALED grammar fingerprint: 770ff027145e2ec924cffb8e638b6d2980d16f1f390d426004f467e93b00b3c3

TEST 03 - BUILD INHERITED FV PROFILES + SEAL WELL DESCRIPTORS
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  building inherited FV profile R=20 ...
    Mercury stable/D=+2.002165376 required missing/D=+3.997834624
  building inherited FV profile R=40 ...
    Mercury stable/D=+2.001840588 required missing/D=+3.998159412
  building inherited FV profile R=80 ...
    Mercury stable/D=+2.002348001 required missing/D=+3.997651999
  SEALED descriptor fingerprint: 657958089c33793b32173c6115149ef3ec79db9b227261027c000daba1463545

TEST 04 - MERCURY + MERCURY-DISTANCE DISCOVERY / FREEZE
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  nondegenerate frozen candidates=439 (up to 100 per lane)
  frozen lane counts={'GEOM_ONLY': 2, 'GEOM_SHAPE': 31, 'MASS_GEOM': 74, 'MASS_NATIVE': 80, 'MASS_NATIVE_GEOM': 100, 'MASS_ONLY': 2, 'MASS_SHAPE': 14, 'NATIVE_GEOM': 100, 'NATIVE_ONLY': 4, 'NATIVE_SHAPE': 32}
  near-4 disguised constants quarantined=0
    D01 local=0.167% nominal=0.006% C_M=4.000254990 lane=MASS_NATIVE_GEOM  ((sqrt(ln(ETA_INV))*sqrt(ln(WN_DISP)))/sqrt(ln(WU_PERI)))
    D02 local=0.167% nominal=0.006% C_M=4.000254947 lane=MASS_NATIVE_GEOM  ((sqrt(ln(R_MASS))*sqrt(ln(WN_DISP)))/sqrt(ln(WU_PERI)))
    D03 local=0.199% nominal=0.015% C_M=4.000588921 lane=MASS_NATIVE_GEOM  ((sqrt(ln(R_MASS))*ln(WN_PERI))/ln(WU_PERI))
    D04 local=0.199% nominal=0.015% C_M=4.000588963 lane=MASS_NATIVE_GEOM  ((sqrt(ln(ETA_INV))*ln(WN_PERI))/ln(WU_PERI))
    D05 local=0.208% nominal=0.047% C_M=3.998110034 lane=MASS_NATIVE_GEOM  ((sqrt(ln(ETA_INV))+sqrt(ln(WN_DISP)))-sqrt(ln(WU_PERI)))
    D06 local=0.208% nominal=0.047% C_M=3.998109992 lane=MASS_NATIVE_GEOM  ((sqrt(ln(R_MASS))+sqrt(ln(WN_DISP)))-sqrt(ln(WU_PERI)))
    D07 local=0.343% nominal=0.048% C_M=3.998092262 lane=MASS_NATIVE_GEOM  ((sqrt(ln(ETA_INV))*ln(ln(WN_APO)))/ln(ln(WU_TIME)))
    D08 local=0.343% nominal=0.048% C_M=3.998092220 lane=MASS_NATIVE_GEOM  ((sqrt(ln(R_MASS))*ln(ln(WN_APO)))/ln(ln(WU_TIME)))
    D09 local=0.373% nominal=0.046% C_M=3.998141757 lane=MASS_NATIVE_GEOM  ((sqrt(ln(ETA_INV))*ln(ln(WN_TIME)))/ln(ln(WU_PERI)))
    D10 local=0.373% nominal=0.046% C_M=3.998141715 lane=MASS_NATIVE_GEOM  ((sqrt(ln(R_MASS))*ln(ln(WN_TIME)))/ln(ln(WU_PERI)))
    D11 local=0.378% nominal=0.163% C_M=3.993483094 lane=MASS_NATIVE_GEOM  ((sqrt(ln(ETA_INV))*sqrt(ln(WN_TIME)))/sqrt(ln(WU_DISP)))
    D12 local=0.378% nominal=0.163% C_M=3.993483051 lane=MASS_NATIVE_GEOM  ((sqrt(ln(R_MASS))*sqrt(ln(WN_TIME)))/sqrt(ln(WU_DISP)))
  SEALED frozen-candidate fingerprint: 5d8a7e08da98bfb860be483a53fe337bb60a0cdf9224474b6d2de356d013818f

TEST 05 - OPEN NAMED PLANET HOLDOUTS / EACH BODY USES ITS OWN MASS + WELL
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  MERCURY    q=1.660120825459e-07 required missing/D=+3.997651999
  VENUS      q=2.447838287797e-06 required missing/D=+3.986821296
  EARTH_EMB  q=3.003489615465e-06 required missing/D=+3.999740457
  MARS       q=3.227156082932e-07 required missing/D=+3.999283199

TEST 06 - SYNTHETIC DISTANCE + MASS x ORBIT FALSIFICATION
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  synthetic orbits=6 mass factors=(0.03, 0.1, 0.3, 1.0, 3.0, 10.0, 30.0, 100.0); each synthetic body's mass affects ONLY mass descriptors, while its own orbit sets well depth

TEST 07 - RESOLUTION TRANSFER + LANE RANKING
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  #01 worst=  1.687% named= 0.994% synth= 1.687% res= 1.215% lane=NATIVE_GEOM          C_M=3.9251855 (sqrt(sqrt(ln(WN_APO)))+sqrt(sqrt(ln(WU_APO))))
  #02 worst=  1.698% named= 0.947% synth= 1.698% res= 1.319% lane=NATIVE_GEOM          C_M=3.9189267 (sqrt(sqrt(ln(WN_APO)))+sqrt(sqrt(ln(WU_TIME))))
  #03 worst=  1.698% named= 0.938% synth= 1.698% res= 1.365% lane=NATIVE_GEOM          C_M=3.9161576 (sqrt(sqrt(ln(WN_APO)))+sqrt(sqrt(ln(WU_DISP))))
  #04 worst=  1.700% named= 0.734% synth= 1.700% res= 1.347% lane=NATIVE_GEOM          C_M=3.9172580 (sqrt(sqrt(ln(WN_TIME)))+sqrt(sqrt(ln(WU_APO))))
  #05 worst=  1.701% named= 0.694% synth= 1.701% res= 1.403% lane=NATIVE_GEOM          C_M=3.9138681 (sqrt(sqrt(ln(WN_DISP)))+sqrt(sqrt(ln(WU_APO))))
  #06 worst=  1.709% named= 0.896% synth= 1.709% res= 1.449% lane=NATIVE_GEOM          C_M=3.9111383 (sqrt(sqrt(ln(WN_APO)))+sqrt(sqrt(ln(WU_PERI))))
  #07 worst=  1.712% named= 0.687% synth= 1.712% res= 1.451% lane=NATIVE_GEOM          C_M=3.9109992 (sqrt(sqrt(ln(WN_TIME)))+sqrt(sqrt(ln(WU_TIME))))
  #08 worst=  1.717% named= 0.678% synth= 1.717% res= 1.497% lane=NATIVE_GEOM          C_M=3.9082301 (sqrt(sqrt(ln(WN_TIME)))+sqrt(sqrt(ln(WU_DISP))))
  #09 worst=  1.719% named= 0.647% synth= 1.719% res= 1.507% lane=NATIVE_GEOM          C_M=3.9076093 (sqrt(sqrt(ln(WN_DISP)))+sqrt(sqrt(ln(WU_TIME))))
  #10 worst=  1.721% named= 0.534% synth= 1.721% res= 1.503% lane=NATIVE_GEOM          C_M=3.9078725 (sqrt(sqrt(ln(WN_PERI)))+sqrt(sqrt(ln(WU_APO))))
  #11 worst=  1.730% named= 0.638% synth= 1.730% res= 1.553% lane=NATIVE_GEOM          C_M=3.9048402 (sqrt(sqrt(ln(WN_DISP)))+sqrt(sqrt(ln(WU_DISP))))
  #12 worst=  1.766% named= 0.636% synth= 1.766% res= 1.581% lane=NATIVE_GEOM          C_M=3.9032108 (sqrt(sqrt(ln(WN_TIME)))+sqrt(sqrt(ln(WU_PERI))))
  #13 worst=  1.775% named= 0.487% synth= 1.775% res= 1.607% lane=NATIVE_GEOM          C_M=3.9016137 (sqrt(sqrt(ln(WN_PERI)))+sqrt(sqrt(ln(WU_TIME))))
  #14 worst=  1.779% named= 0.596% synth= 1.779% res= 1.637% lane=NATIVE_GEOM          C_M=3.8998209 (sqrt(sqrt(ln(WN_DISP)))+sqrt(sqrt(ln(WU_PERI))))
  #15 worst=  1.787% named= 0.478% synth= 1.787% res= 1.653% lane=NATIVE_GEOM          C_M=3.8988446 (sqrt(sqrt(ln(WN_PERI)))+sqrt(sqrt(ln(WU_DISP))))

TEST 08 - BASELINE C=4 + BEST-BY-LANE COMPARISON
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  diagnostic constant C=4 worst named/resolution total error=0.3594% (comparison only; C=4 is not a candidate formula)
  GEOM_ONLY              best rank #082 worst=3.471%  sqrt(ln(WU_APO))
  GEOM_SHAPE             best rank #368 worst=24.929%  (sqrt(ln(WU_PERI))+ln(U_OVER_N_DISP))
  MASS_GEOM              best rank #033 worst=2.393%  (cbrt(cbrt(ln(R_MASS)))+ln(ln(WU_PERI)))
  MASS_NATIVE            best rank #075 worst=3.312%  (inv(ln(ETA_INV))+sqrt(ln(WN_PERI)))
  MASS_NATIVE_GEOM       best rank #213 worst=9.443%  ((ln(ln(ETA_INV))*sqrt(ln(WN_APO)))/ln(ln(WU_PERI)))
  MASS_ONLY              best rank #325 worst=11.602%  sqrt(ln(ETA_INV))
  MASS_SHAPE             best rank #384 worst=28.860%  (sqrt(ln(R_MASS))+ln(U_OVER_N_DISP))
  NATIVE_GEOM            best rank #001 worst=1.687%  (sqrt(sqrt(ln(WN_APO)))+sqrt(sqrt(ln(WU_APO))))
  NATIVE_ONLY            best rank #074 worst=3.310%  sqrt(ln(WN_TIME))
  NATIVE_SHAPE           best rank #363 worst=23.283%  (ln(ln(WN_APO))/sqrt(sqrt(ln(U_OVER_N_DISP))))

TEST 09 - H2-084 DECISION
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  best overall frozen formula: (sqrt(sqrt(ln(WN_APO)))+sqrt(sqrt(ln(WU_APO))))
  lane=NATIVE_GEOM  Mercury C=3.925185484880
  named holdout max total error=0.99412%
  synthetic mass x orbit max total error=1.68669%
  Mercury resolution max total error=1.21482%
  best MASS-INCLUDING formula: (cbrt(cbrt(ln(R_MASS)))+ln(ln(WU_PERI)))
    lane=MASS_GEOM worst=2.39319% named=1.83406% synth=2.39319%
  close empirical candidates passing gates: all=0 mass-including=0
  verdict: NO CANDIDATE PASSES THE PREDECLARED CLOSE-TRANSFER GATES
  SEALED H2-084 final fingerprint: 7c26652ee150c82759963e2423a61c43d72a43cd08ee0eb811d810871b733c19

Interpretation:
  - Every real body is evaluated independently with Sun mass + that body's mass + that body's own well state.
  - Native n=log(N) and geometric MU/r are compared so we can tell whether distance/well depth adds information beyond mass ratio alone.
  - Synthetic mass x orbit rows are falsification controls; the inherited FV engine remains test-particle-like in this lane and is not silently upgraded to reciprocal two-body dynamics.
  - A close formula would still be phenomenological, not a derivation of the FrostTransit mechanism.

H2-084 complete. Return h2-084results.txt first; CSVs are optional unless a ranking row needs verification.
