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FROSTYVERSE TEST H2-080 — ONE-CELL CLOCK-WRITTEN COMPLETED-STATE HANDOFF ATTACK
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version: 2.0.80-one-cell-clock-written-completed-state-handoff-attack
patch:   h2-079-parent-written-fqshape-headtail-speed-clock-depth-shared-node-one-daughter-cell-full-rewrite-no-fit-1
python:  3.10.6
profile: full
resolutions: (20, 40, 80)

TEST 01 - CONTRACT / FIREWALL
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R01  [PREFERRED-ONE-CELL]  The parent FrostCell writes one complete FQ/SFN state; the daughter fully rewrites it by the end of exactly one FrostTransit.
R02  [TRAVELER-ONLY]  Only FQShape plus existing head/tail, scalar energy and speed_c travel; no parent-cell pointer or cell object is retained.
R03  [CLOCK-IN-STATE]  Parent clock depth -log(N) is encoded 1:1 in the existing even/common head+tail load mode; odd direction, speed_c and scalar energy remain unchanged.
R04  [TWELVE-EDGE-PLUS-FQ]  Parent and daughter physical shapes use all 12 FrostSegment edges; daughter H-015 interaction reads the carried parent-written FQShape before rewrite.
R05  [UNCHANGED-LOCAL-TRANSIT]  H-017 local force/coupling remains unchanged. The carried clock only maps local transit progress to global/master time through dt/N.
R06  [H057-REWRITE]  Inherited H-057 source/destination engagement rewrites parent clock/shape to daughter clock/shape continuously and completely within one cell.
R07  [NO-ENERGY-KICK]  speed_c, scalar FQ energy and angular momentum are unchanged; timing/dispersion is tested without thrust, impulse or free work.
R08  [NO-ALTERNATIVES]  No multi-cell relaxation, completion gate, threshold, chosen memory length, lag, stiffness or partial carry-forward exists in H2-080.
R09  [EXACT-EVENTS]  Every recovered FrostCell boundary event is evaluated once in the inherited 3-D spherical field; XY/XZ/oblique controls remain separate.
R10  [FV-FIRST]  All storage, handoff, source-strength, conservation, continuum and phase-carrier rows are sealed before PPN, GR, gamma or +4D opens.
R11  [NO-FIT]  No +4, body refit, phase shift, gain, cell-count multiplier or transport-to-precession coefficient enters FV.
R12  [NO-ORBIT-INSERTION]  Candidate timing telemetry is accumulated diagnostically but is not inserted into H-120 or the master update law.

TEST 02 - EXISTING-STATE STORAGE / ONE-CELL SYNTHETIC CLOSURE
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  maximum head/tail direction error                         = 1.323e-13 deg
  maximum encoded/decoded clock-N error                     = 0.000e+00
  maximum common-mode decode spread                         = 2.508e-16
  maximum scalar-energy error                               = 0.000e+00
  maximum weak-field clock quadrature relative error        = 2.516e-14
  maximum broad stress-control quadrature relative error    = 1.698e-08
  equal-parent/daughter and flat timing residual            = 2.220e-16
  Clock state is stored on the FQ/SFN head-tail state itself; no parent-cell pointer exists.

TEST 03 - FV-ONLY EXACT 3-D ONE-CELL HANDOFF LEDGER
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  building inherited FV field/orbit R=20 ...
    XY      events/axis/fallback=733/733/0 | one-cell timing angle=+3.202746e-09 deg | cancel=0.0140
    maximum inherited FV energy drift = 2.682e-11
  building inherited FV field/orbit R=40 ...
    XY      events/axis/fallback=1471/1471/0 | one-cell timing angle=-6.587837e-10 deg | cancel=0.0058
    XZ      events/axis/fallback=1471/1471/0 | one-cell timing angle=-6.587837e-10 deg | cancel=0.0058
    OBLIQUE events/axis/fallback=1803/1803/0 | one-cell timing angle=+2.126350e-09 deg | cancel=0.0206
    maximum inherited FV energy drift = 6.923e-12
  building inherited FV field/orbit R=80 ...
    XY      events/axis/fallback=2943/2943/0 | one-cell timing angle=+2.160561e-09 deg | cancel=0.0379
    maximum inherited FV energy drift = 1.818e-12

TEST 04 - FV SCIENTIFIC SEAL / CONSERVATION AND CONTINUUM GATES
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  SEALED H2-080 ONE-CELL COMPLETED-STATE FINGERPRINT: 8e8d9d6f5ea697936503446870b1f3fc16d9655a1e86c5cdcc1509aca9dd316e
  PPN/GR/gamma/+4D used anywhere above: NO
  maximum event parent clock decode error                   = 1.110e-16
  maximum event daughter endpoint clock rewrite error       = 1.110e-16
  maximum event daughter endpoint shape error               = 2.437e-16
  maximum complete A->B->A shape/clock roundtrip error       = 1.462e-16
  maximum scalar-energy change                              = 0.000e+00
  maximum timing quadrature relative error                  = 4.523e-15
  preferred final-angle resolution exponent                 = -0.2840
  preferred candidate/D cross-resolution CV                 = 1.042203
  R40 XY/XZ/oblique signed plane CV                          = 4.870005
  R20  one-cell angle=+3.202746277e-09 deg | /D=+0.000079 | peri=-12.2651 | cancel=0.0140
  R40  one-cell angle=-6.587837295e-10 deg | /D=-0.000016 | peri=+27.7010 | cancel=0.0058
  R80  one-cell angle=+2.160561351e-09 deg | /D=+0.000052 | peri=-3.6175 | cancel=0.0379
  R40 source strength 0.0x: one-cell angle=+7.965949705e-14 deg
  R40 source strength 0.5x: one-cell angle=-3.293413935e-10 deg
  R40 source strength 1.0x: one-cell angle=-6.587837295e-10 deg
  R40 source strength 2.0x: one-cell angle=-1.317666901e-09 deg
  The diagnostic changes elapsed completion time only; speed_c, scalar energy, L and the orbit remain unchanged.

TEST 05 - POST-SEAL PPN-GAMMA / EXACT-MISSING PHASE SCREEN
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  R20  preferred one-cell curve is cancellation-dominated or zero; phase not scored
  R40  preferred one-cell curve is cancellation-dominated or zero; phase not scored
  R80  preferred one-cell curve is cancellation-dominated or zero; phase not scored
  No phase shift or amplitude fit is allowed.

TEST 06 - H2-080 DECISION
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SURVIVED:
  - Existing FQ/SFN head-tail state can carry parent clock depth without erasing direction, speed or scalar energy: True
  - The shared FrostNode preserves the parent-written shape/clock state and the daughter fully rewrites it in one cell: True
  - The one-cell clock handoff is quadrature-stable and changes timing without changing energy, speed_c or angular momentum: True
  - The daughter 12-edge environment sees a nonzero carried-shape mismatch at finite resolution: True
FAILED:
  - Preferred one-cell completed-state timing response survives FrostGrid and 3-D plane gates: False
  - A complete one-cell parent clock/shape handoff is representable, but its derived timing response is not yet a continuum, orientation-stable dispersion carrier.
  - Preferred one-cell response has the required unshifted missing-response phase: False
STILL UNKNOWN:
  - The even-load clock encoding and dt/N readout are coefficient-free candidate mechanics, but no inherited API currently declares this exact storage/readout law.
  - A surviving timing carrier would still need a complete microscopic account of how the daughter FrostCell reads clock depth from the FQ/SFN during H-017/H-057 interaction.
  - If one-cell completion fails, H2-080 does not authorize choosing a multi-cell relaxation length; that would require a separate mechanically derived test.

H2-080 DOES NOT AUTHORIZE
  - adding energy, momentum, thrust, a tangential kick, n*q0, PPN gamma, +4D or a fitted transport coefficient
  - choosing a number of memory cells, relaxation time, completion threshold, lag, stiffness or duty cycle
  - storing a parent FrostCell pointer or literal parent-cell length
  - multiplying a shrinking or cancellation-dominated event response by FrostGrid resolution
  - changing G, the gravity gradient, the master update law, Sun spin or deferred FrostNode opening/closure microphysics

H2-080 complete. Return h2-080results.txt. CSVs are optional unless requested.
