# vendor_row33_3pts_twins -- the row-33 three-points higher-order-twins data shelf: the served evaluator's fixed-eps values at dps 140 at the further points P1 = (s, t, m^2) = (-1/2, -1, 1), P3 = (s, t, m^2) = (-3/4, -1/2, 1), P4 = (s, t, m^2) = (-1/4, -1/2, 1) against pairs of independent AMFlow grids at auxiliary-mass orders 400 and 500, the three compare receipts with the per-eps members, counts and planted-digit controls, the six grids' leg receipts, the eight P1 evaluator receipts of 2026-09-11, the sixteen P3 / P4 evaluator legs of record of 2026-09-05 with their gate receipts, the statement objects, the timing line and the row data file of record, and a driver that recomputes every figure from the shelf (row 33, LBL3VP; 2026-09-11); the P2 = (-3/2, -1/4, 1) shelf is `../vendor_row33_p2_twins/`, whose form this shelf follows Release note (2026-09-29): the compute-host labels in the vendored receipts, statements, price line and pointers (values and key names alike, the quoted file names of record such as `GATE_hostA_dps140_P3.json` included) were re-cut to neutral letters (hostA / hostB / hostC), and the grid receipts' `stamp_fields.cgroup` value to its unit name; the sha256 given for each served object below is the bytes after that re-cut, the `as emitted` sha256 is unchanged. DATA only. No served script reads this directory: `lbl3vp-evaluate.py` (the reference-point evaluator), `lbl3vp-points-evaluate.py` (the four-point evaluator; default dps 110, the four points with their order-200 reference grids) and `lbl3vp-eps0-evaluate.py` are unchanged, byte for byte, and pin nothing here. The dps-140 values on this shelf were produced by the same evaluator build the served `vendor_row33_points/eval_row33.py` (sha256 `8028aad292c42dc85ba914cc0177b2abef42cb97be305075be524de6770661b2`) is the vendored copy of (module sha256 `8c804aab1409ba7876127cfaf02bdf1521602e9292d6473d628f147e8ffe078e`, every receipt's `module_sha256.eval_row33.py`; the served copy differs in docstrings, comments and message strings only, as the bundle's changelog of 2026-09-04 states), run per eps at `--dps 140` with the quadrature levels 7 / 8 (the receipts' `PRODUCER.argv`) -- the recorded setting; the served default stays dps 110. At P1 the eight values are the legs of 2026-09-11 (walls 1422-1504 s, one core each); at P3 and P4 they are the legs of record of 2026-09-05 (walls 1454-1515 s and 1448-1598 s), not re-run for this shelf, their gate receipts of record beside them. THE FIGURES (read from the three compare receipts under `compare/`; the rule is their `rule` field: `agree(a,b) = -log10(|a-b|/|b|) at mp.dps 400 on the full strings (gate_point.py agree()); counts int(min), never round(); a verdict at n_compared 0 is VACUOUS`; convention A = the reference-point rule, count = int(min) over {vs the x500 grid, the L7/L8 pair, the x400-vs-x500 agreement}; convention B = int(min) over {the dps-110-vs-dps-140 pair, vs the x500 grid}; the bar 50 digits): | point | eps | vs_x500 | vs_x400 | x400_vs_x500 | quad_L7_L8 | two_precision_110_140 | count_A | count_B | planted(48) | evaluator wall s | |---|---|---|---|---|---|---|---|---|---|---| | P1 | 2^-6 | 76.36 | 76.36 | 119.99 | 80.11 | 37.86 | 76 | 37 | 47.03 (FAIL by name: True) | 1483.35 | | P1 | 2^-7 | 76.42 | 76.42 | 119.73 | 79.56 | 37.60 | 76 | 37 | 47.63 (FAIL by name: True) | 1422.21 | | P1 | 2^-8 | 76.56 | 76.56 | 119.45 | 79.47 | 37.63 | 76 | 37 | 47.06 (FAIL by name: True) | 1483.32 | | P1 | 2^-9 | 76.78 | 76.78 | 119.17 | 79.58 | 37.79 | 76 | 37 | 47.14 (FAIL by name: True) | 1423.75 | | P1 | 2^-10 | 77.03 | 77.03 | 118.87 | 79.79 | 38.02 | 77 | 38 | 47.44 (FAIL by name: True) | 1458.63 | | P1 | 2^-11 | 77.31 | 77.31 | 118.57 | 80.04 | 38.29 | 77 | 38 | 47.04 (FAIL by name: True) | 1504.50 | | P1 | 2^-12 | 77.60 | 77.60 | 118.28 | 80.32 | 38.57 | 77 | 38 | 47.16 (FAIL by name: True) | 1440.01 | | P1 | 2^-13 | 77.89 | 77.89 | 117.98 | 80.61 | 38.86 | 77 | 38 | 46.84 (FAIL by name: True) | 1486.44 | | P3 | 2^-6 | 76.35 | 76.35 | 119.28 | 79.72 | 37.85 | 76 | 37 | 46.51 (FAIL by name: True) | 1485.71 | | P3 | 2^-7 | 76.41 | 76.41 | 119.01 | 79.24 | 37.60 | 76 | 37 | 47.41 (FAIL by name: True) | 1454.67 | | P3 | 2^-8 | 76.56 | 76.56 | 118.72 | 79.16 | 37.62 | 76 | 37 | 47.49 (FAIL by name: True) | 1503.22 | | P3 | 2^-9 | 76.77 | 76.77 | 118.43 | 79.27 | 37.78 | 76 | 37 | 46.32 (FAIL by name: True) | 1456.11 | | P3 | 2^-10 | 77.03 | 77.03 | 118.13 | 79.48 | 38.01 | 77 | 38 | 47.00 (FAIL by name: True) | 1514.78 | | P3 | 2^-11 | 77.30 | 77.30 | 117.83 | 79.73 | 38.28 | 77 | 38 | 46.45 (FAIL by name: True) | 1472.31 | | P3 | 2^-12 | 77.59 | 77.59 | 117.53 | 80.01 | 38.56 | 77 | 38 | 47.06 (FAIL by name: True) | 1467.00 | | P3 | 2^-13 | 77.89 | 77.89 | 117.24 | 80.30 | 38.85 | 77 | 38 | 47.50 (FAIL by name: True) | 1453.66 | | P4 | 2^-6 | 76.37 | 76.37 | 118.65 | 79.73 | 37.87 | 76 | 37 | 46.54 (FAIL by name: True) | 1447.91 | | P4 | 2^-7 | 76.43 | 76.43 | 118.40 | 79.26 | 37.61 | 76 | 37 | 47.44 (FAIL by name: True) | 1494.09 | | P4 | 2^-8 | 76.57 | 76.57 | 118.12 | 79.18 | 37.64 | 76 | 37 | 46.68 (FAIL by name: True) | 1486.06 | | P4 | 2^-9 | 76.79 | 76.79 | 117.83 | 79.29 | 37.80 | 76 | 37 | 46.42 (FAIL by name: True) | 1487.84 | | P4 | 2^-10 | 77.04 | 77.04 | 117.53 | 79.49 | 38.03 | 77 | 38 | 47.25 (FAIL by name: True) | 1453.90 | | P4 | 2^-11 | 77.32 | 77.32 | 117.23 | 79.75 | 38.30 | 77 | 38 | 46.42 (FAIL by name: True) | 1598.42 | | P4 | 2^-12 | 77.61 | 77.61 | 116.93 | 80.02 | 38.58 | 77 | 38 | 47.33 (FAIL by name: True) | 1475.91 | | P4 | 2^-13 | 77.90 | 77.90 | 116.63 | 80.31 | 38.87 | 77 | 38 | 46.63 (FAIL by name: True) | 1453.60 | - P1 (-1/2, -1, 1): verdict `PASS at >= 50 d at all eight eps (convention A); the planted controls FAIL by name`; the cell figure 76, the range 76-77 (the counts 76 76 76 76 77 77 77 77); vs the x500 grid 76.36-77.89; the twins' own pair 117.98 at worst, 119.99 at best; the L7/L8 pairs 79.47-80.61; the dps-110 / dps-140 pair 37.60-38.86 (counts B 37 37 37 37 38 38 38 38: the served floor); the planted digit at position 48 drops the agreement to 46.84-47.63 (FAIL by name at every eps); compare receipt `compare/COMPARE_ROW33_3PTS_P1_20260911T132254Z.json` (now sha256 `3d7b94848f3c245d1b09077704d0996bb895229191736c6db73c5636f1ec73e0`). - P3 (-3/4, -1/2, 1): verdict `PASS at >= 50 d at all eight eps (convention A); the planted controls FAIL by name`; the cell figure 76, the range 76-77 (the counts 76 76 76 76 77 77 77 77); vs the x500 grid 76.35-77.89; the twins' own pair 117.24 at worst, 119.28 at best; the L7/L8 pairs 79.16-80.30; the dps-110 / dps-140 pair 37.60-38.85 (counts B 37 37 37 37 38 38 38 38: the served floor); the planted digit at position 48 drops the agreement to 46.32-47.50 (FAIL by name at every eps); compare receipt `compare/COMPARE_ROW33_3PTS_P3_20260911T130434Z.json` (now sha256 `17b7ad060b22953d9f5bc11bf1e9a59fb91efd557107250b23fb6dcfd88ac3d3`). - P4 (-1/4, -1/2, 1): verdict `PASS at >= 50 d at all eight eps (convention A); the planted controls FAIL by name`; the cell figure 76, the range 76-77 (the counts 76 76 76 76 77 77 77 77); vs the x500 grid 76.37-77.90; the twins' own pair 116.63 at worst, 118.65 at best; the L7/L8 pairs 79.18-80.31; the dps-110 / dps-140 pair 37.61-38.87 (counts B 37 37 37 37 38 38 38 38: the served floor); the planted digit at position 48 drops the agreement to 46.42-47.44 (FAIL by name at every eps); compare receipt `compare/COMPARE_ROW33_3PTS_P4_20260911T131143Z.json` (now sha256 `0586ca3148735a8f54a0f78c2baee7fe0a7f27f0d37cfb6cbf22fa2ba9269168`). - WITH THE P2 SHELF (`../vendor_row33_p2_twins/compare/COMPARE_ROW33PP_P2_20260910T045045Z.json`, as served: the cell figure 76, the range 76-77, the pair 118.41 at worst): the four further points read P1 76 / P2 76 / P3 76 / P4 76; the Table 2 clause the statement object carries is `$\ge76$ at all four against higher-order twins`; the worst x400-vs-x500 pair over the four points is 116.63 (P4). - The members vs_x500 and vs_x400 are equal at every eps to the printed precision (the two grids agree with each other far beyond the evaluator's agreement with either); `I_disp_40d` and `O500_40d` in the compare receipts print the two values to 40 significant digits. THE TWINS (`grids/`): per point two AMFlow black-box runs of the same 3 target integrals at the same 15 eps samples (eps = 2^-k), the target sample `result[0]` = the integral with indices [1, 1, 1, 2, 1, 2, 1, 1]; auxiliary-mass order 400 (`options.x_order` 400, `extra_x_order` 440, `working_pre` 340) and 500 (500 / 540 / 340); the six grids are byte-identical to the objects as emitted. Their leg receipts (`grids/LBL3VP_

_x_RECEIPT_.json`): P1 x400 wall 4:48.93, peak RSS 2791236 kB, 28 reductions stored / 0 cache hits (the cold run), x500 wall 0:13.99, peak RSS 1875040 kB, 0 stored / 28 hits (the hot run); P3 x400 wall 4:45.30, peak RSS 2850712 kB, 28 reductions stored / 0 cache hits (the cold run), x500 wall 0:15.64, peak RSS 1871208 kB, 0 stored / 28 hits (the hot run); P4 x400 wall 4:56.94, peak RSS 2833876 kB, 28 reductions stored / 0 cache hits (the cold run), x500 wall 0:16.44, peak RSS 1803072 kB, 0 stored / 28 hits (the hot run); every leg under memory.max 5836177408 B, cpu.max `800000 100000`, nice 10; each names its output by sha256 (`out.sha256` = the vendored grid's sha256) and its configuration by sha256 with the numeric values; `DONE.rule`: `rc 0 AND out parses AND not STANDIN AND 3 results AND the config's 15 eps samples each AND no empty Arb ball AND result[0] the target [1,1,1,2,1,2,1,1]`. THE EVALUATOR RECEIPTS. `evals/P1/EVAL_EVAL_P1_2em_dps140_L7__MAIN.json` (one per eps, 2026-09-11): `I_disp` at dps 140 (`I_disp_sig_digits` 150), the one-loop box w'-DE the run consumed (`box_de`: 8 masters, 46 IBP samples, 0 mismatches; the DE's sha256 `b90f81e6e94e260ee1fcf97b7ca4d3d9f600dba39cf91f4314a0d8a4661fdd76` -- the same system as the served `vendor_row33_points/points/P1/box1eq_de.json` (sha256 `271cdf23343154dc113479e1d7986c813871f3ade689993751ca29105814e154`): equal on every key the served copy carries, the record's copy carrying one extra directory-path field, asserted by object when this README was built; the same holds at P3 and P4 against the served `points/P3/box1eq_de.json` `38a1d1b0c62ed58d8656172d36c83d661ecfd22aac41047e7b9bca001157577e` and `points/P4/box1eq_de.json` `f928e6437577f26932e4118a6b4ed868d1f293e8cdbf1516eed264617d712631`), `diag.quad_agree` = the L7/L8 pair, `diag.nK` / `tK` / `nR` / `tR` the transport counts and times, `wall_s` 1422.21-1504.50 s. `evals/P3/eps_.json`, `evals/P4/eps_.json` (the legs of record of 2026-09-05, the same receipt form; box-DE sha256 `1a987de1d6021ccb82d415985b27be198bb97f63170838ed90cb705ef6e08b9d` / `9a7bfdcba4a67d4046e199c3ba282413e4ff52665dcf40dee3b296904a2565ab`, 0 / 0 mismatches; walls 1453.66-1514.78 / 1447.91-1598.42 s) with `evals/POINTERS_P3P4.txt` (per row the receipt's sha256 as emitted, its path here, the file of record by name and sha256) and the two gate receipts of record, served as `evals/P3/GATE_dps140_P3.json` and `evals/P4/GATE_dps140_P4.json` (the eight dps-140 values against the order-200 grid of record, 56.83-58.88 / 56.07-58.10 digits; the order-200-vs-300 certificate 55.23 / 54.36 digits at worst; the pole-layer peel). The record objects on this shelf that name a gate receipt as data -- the pointer table's third column, the `dps140_source` strings of the P3 / P4 compare receipts, the row data file and the run receipt, and the statement objects -- print its file name of record, `GATE_hostA_dps140_P3.json` / `GATE_hostA_dps140_P4.json`, and those fields are left as emitted; the file each names is the one served here, its sha256 as emitted on the vendored_from line below. THE STATEMENT OBJECTS (`statements/`). The statement object of record `statements/STATEMENT_ROW33_3PTS_v1_20260911T132714Z.json` (`state`: `PASS at >= 50 d at all eight eps at each of P1, P3, P4 (convention A; the controls FAIL by name), beside the pilot's P2; the cell's figure over the four further points 76`) carries the three printed clauses (`paste.cell.TO`, `paste.sentence_P1P2.TO`, `paste.sentence_P3P4.TO`): - `$\ge76$ at all four against higher-order twins` - `(at $P_1$ and $P_2$ the same value at dps~$140$ against pairs of independent \amflow{} grids at auxiliary-mass orders $400$ and $500$ agrees to $76$--$77$ digits at $P_1$, measured $76.36$--$77.89$, and $76$--$77$ at $P_2$, measured $76.33$--$77.87$, the pairs themselves agreeing to $117.98$ digits at worst)` - `so the second-precision figure measures the oracle's truncation, not a disagreement; against pairs of independent grids at auxiliary-mass orders $400$ and $500$ the same dps-$140$ values agree to $76$--$77$ digits at $P_3$ (measured $76.35$--$77.89$) and $76$--$77$ at $P_4$ (measured $76.37$--$77.90$), the pairs themselves agreeing to $116.63$ digits at worst.` its `NOT_ESTABLISHED` list, in its order (items 2, 4 and 5 paraphrased here; in both objects items 4 and 5 are re-cut by field to the public register, item 2 keeps the wording of record): (1) a dps-170 twin of the evaluator (the L1 two-precision member of the P3 / P4 points record, beyond dps 140): not run at any point; under that rule the counts stay >= 37 (the dps-110-vs-dps-140 pairs; counts_B in the row data file); (2) the P3 / P4 dps-140 evaluator legs were not re-run for this statement object: the 2026-09-05 legs of record (the same evaluator bytes and setting) are the second-precision values compared against the new higher-order twins; (3) the oracle dump's integrity scan by oracle_integrity.py (the black_box samples form is not read by the tool); (4) the served lbl3vp-points-evaluate.py carries the order-200 grids at all four points; the higher-order grids at the other points are listed for a later update of that script and sit on this shelf as data; (5) the twins were computed on the same compute host as the P2 pilot's, under a per-user resource scope (their leg receipts record the resource caps); no figure depends on the host. The draft it succeeds is `statements/STATEMENT_ROW33_3PTS_draft_20260911T132332Z.json` (the three pastes byte-identical, `paste_identity_with_draft`). The timing line `statements/PRICE_LINE_ROW33_3PTS_20260911T124539Z.json` carries the measured classes the runs' wall times were estimated from (`price_line`, `twins_measured_at_P2`, `eval_legs_measured_at_P2`: the P2 twins 634.19 s cold / 85.9 s hot, the eight P2 evaluator legs 1966-2112 s; `P3P4_dps140_of_record`; `fences`; the two-hour estimate rule `estimate_gate`). The row data file `statements/ROW33_3PTS_ROW_DATA_20260911T132332Z.json` carries per point and per eps every member at full float precision, the counts under both conventions and the controls. THE DPS-110 MEMBER: each compare receipt's `two_precision_110_140` was computed by the comparator from the record's full dps-110 strings (its `record_dps110_dir`, a directory that is not on any shelf); the only served source of the dps-110 values is `../vendor_row33_points/points/

/record.json` (P1 sha256 `7151dab6a8872971a1ffc2b4604d153df87a4cc49c0d34fb8a22dbafdf7ef668`, P3 `120c92482f2eef8c82a1bd841c7055cced2326651203117d9933c82079c3349f`, P4 `d3c28db61ab5862dcbe5e880e8758bdf5bb04d8240d5832722ab9441b3228aa5`), whose `fixed_eps.per_eps[k].I_disp_40d` carries them to 40 significant digits -- the driver below recomputes the member from those strings and reports it AS REPRODUCED TO THE PRECISION A 40-DIGIT STRING ALLOWS, with the difference from the receipt's figure; the served records' own `agreement_d` (vs the order-200 grids: P1 37.60-38.86, P3 37.60-38.85, P4 37.61-38.87) are the served page's 37-38 figures. THE OBJECTS (52 files: the 46 rows of the manifest of record `ROW33_3PTS_BUNDLE_MANIFEST_20260911T134246Z.txt` -- itself vendored as a re-cut text object -- with the pointer table `evals/POINTERS_P3P4.txt`, the driver `reproduce_row33_3pts.py`, README.md, VENDOR_MANIFEST.sha256 and the served copy of the driver's run receipt `reproduce_row33_3pts-run_20260911T142640Z.json`; original file names except the two statement objects, served under the names `STATEMENT_ROW33_3PTS_v1_20260911T132714Z.json` / `STATEMENT_ROW33_3PTS_draft_20260911T132332Z.json`, and the two gate receipts of record, served as `evals/P3/GATE_dps140_P3.json` / `evals/P4/GATE_dps140_P4.json` (the vendored_from lines below name their emitted sha256). LAYOUT: `grids/` the six grids + their leg receipts; `evals/P1/`, `evals/P3/`, `evals/P4/` the evaluator receipts (+ the two gate receipts) and `evals/POINTERS_P3P4.txt`; `compare/` the three compare receipts + the comparator `compare_ROW33_3PTS.py` as a TEXT object (four docstring lines re-cut; it is not run from this shelf: its inputs are the record's paths); `statements/` the two statement objects, the timing line, the row data file; the manifest of record and the driver at the root. Every JSON object re-cut BY FIELD: the compute host's name, the statement objects' lint-capture fields and three attribution fields read 'withheld', a path field reads the file name + sha256 (or (directory)), five description sentences name the record's statement objects as such, key names unchanged, the numerical terms as emitted; the six grids byte-identical to the emitted objects (no field moved); 6 of the 49 objects byte-identical in all. REPRODUCE FROM THIS DIRECTORY (python3 with mpmath; seconds; a fresh --out directory outside the bundle each run -- the driver refuses an existing one or one inside the bundle, exit 5; the served `../vendor_row33_points/points/P1/`, `P3/`, `P4/record.json` must sit beside this directory as served: the driver pins the three by sha256 and refuses by name on a mismatch, exit 2): python3 reproduce_row33_3pts.py --out What it does: every vendored object is read only after its sha256 equals its VENDOR_MANIFEST row (a mismatch refuses, exit 3; a missing object exit 4); the evaluator receipts are located through the vendored_from header by the emitted sha256 each compare receipt names; the grids are asserted equal to the compare receipts' `grids.*.sha256` and the leg receipts' `out.sha256`. Per point and eps it recomputes vs_x500, vs_x400, x400_vs_x500 (the comparator's `agree()` at mp.dps 400 on the full strings, copied verbatim and marked), reads quad_L7_L8 from the receipt's `diag.quad_agree`, forms count_A = int(min(...)) (never rounded) and the planted-digit control at position 48 (`plant()` copied verbatim), and compares every one of those leaves with the compare receipt as the float printed there (the tolerance: equality of the doubles); it prints per point the cell figure, the range and the twins' worst pair, the four-point line with the P2 shelf's constants (cell figure 76, worst pair 118.41 -- equal to the served P2 compare receipt's, asserted when this README was built), recomputes the dps-110 member from the served records' 40-digit strings (reported with the difference; not an exit condition), and writes REPRODUCE_ROW33_3PTS.json under --out. Exit 0 iff at all three points every convention-A leaf equals the receipt's and the planted control FAILS by name at every eps; 1 when any differs. THE RUN OF RECORD (`reproduce_row33_3pts-run_20260911T142640Z.json`, the driver's receipt from a copy of this bundle on 2026-09-11, served beside; its own copy of the run's figures): `reproduced` True; leaves differing 0 over the three points; per point (P1 / P3 / P4) the cell figures 76 / 76 / 76, the ranges 76-77 / 76-77 / 76-77, vs the x500 grid 76.36-77.89 / 76.35-77.89 / 76.37-77.90, the L7/L8 pairs 79.47-80.61 / 79.16-80.30 / 79.18-80.31, the twins' worst pairs 117.98 / 117.24 / 116.63; the planted controls FAIL by name at every point and eps: True; the dps-110 member from the served 40-digit strings 37.60-38.83 / 37.59-38.83 / 37.61-38.87 (differences from the receipts' full-string figures -3.2e-02..8.2e-03 / -2.6e-02..9.7e-03 / -7.8e-03..8.7e-03); the four-point figure with the P2 shelf 76, the worst pair over the four 116.63; mpmath 1.3.0, python 3.12.3. (The run receipt predates this directory's VENDOR_MANIFEST.sha256: the manifest sha256 it names under `inputs.vendor_manifest_sha256_at_this_run` is the manifest of the run directory, emitted before the receipt itself joined the group and before the two gate receipts took their served names; the 39 rows the run consumed are listed in it by name and sha256; 38 of them equal the rows served now and one, the P1 compare receipt, was re-cut by field after the run for the public register (two string values, no figure; the run consumed it at sha256 `0b0a3f7cab7058dc`, served now `3d7b94848f3c245d`), as was this receipt's own copy of that receipt's `dps140_source` string.) SERVE ORDER. This directory is an overlay on the bundle as served with the P2 shelf (its MANIFEST.sha256 `017c8aabca4cb156`, 55 rows; its CHANGES.md `4942019bb9ddd0d8`); the bundle's MANIFEST.sha256 re-emitted with this group's rows (every earlier row kept byte for byte) and CHANGES.md with this entry appended accompany it; no other served file changes. Pins: no served script pins this group (lbl3vp-points-evaluate.py pins vendor_row33_points/ in-code, lbl3vp-eps0-evaluate.py pins vendor_row33/, lbl3vp-fastcache.json pins the reference-point evaluator and its two data files; none reads anything here); the bundle MANIFEST.sha256 lists every file of this group; VENDOR_MANIFEST.sha256 here lists the same files (the served bytes) with the originals' sha256 in its header; the driver pins the served points/P1, P3, P4 record.json by sha256 `7151dab6a8872971a1ffc2b4604d153df87a4cc49c0d34fb8a22dbafdf7ef668`, `120c92482f2eef8c82a1bd841c7055cced2326651203117d9933c82079c3349f`, `d3c28db61ab5862dcbe5e880e8758bdf5bb04d8240d5832722ab9441b3228aa5`. THE VENDORED OBJECTS AS EMITTED (one line per object: the shelf path, the sha256 the manifest of record carries for it (the manifest of record, the pointer table and the driver: their own sha256 as emitted), what moved at the re-cut, the served sha256): - vendored_from: `ROW33_3PTS_BUNDLE_MANIFEST_20260911T134246Z.txt` <- sha256 `b9bca76cd2b8da764d10b57337b1a955db4b53feaacccdac89d1033823d28c20` (46 rows keep their sha256 as emitted and take the path under this group, 2 comment lines re-cut to prose, the two statement rows and the two gate-receipt rows renamed to the served names; now sha256 `3d7ccd3e58c75d19328d3dd14fb2d1018bd98d8d937fee90e8cb59569c5196d0`) - vendored_from: `compare/COMPARE_ROW33_3PTS_P1_20260911T132254Z.json` <- sha256 `1efb7e81f85b10ed86daa19210624fcc337f59b0ef6bd2adffb0938cde0e52c1` (0 field(s) withheld, 12 path field(s) re-cut, 0 phrase(s) re-cut, then `receipt` and `dps140_source` re-cut by field for the public register (recut_fields_r33_3pts_r4.py); now sha256 `3d7b94848f3c245d1b09077704d0996bb895229191736c6db73c5636f1ec73e0`) - vendored_from: `compare/COMPARE_ROW33_3PTS_P3_20260911T130434Z.json` <- sha256 `43a0a0e9a40e327728d16a722dbd5b224952d270013d240fdc3d85a60f9b5658` (0 field(s) withheld, 12 path field(s) re-cut, 0 phrase(s) re-cut; now sha256 `17b7ad060b22953d9f5bc11bf1e9a59fb91efd557107250b23fb6dcfd88ac3d3`) - vendored_from: `compare/COMPARE_ROW33_3PTS_P4_20260911T131143Z.json` <- sha256 `45c1f779a825aaadf9f8d0cdb97157282f23526db71367f21dfb26d597e94a83` (0 field(s) withheld, 12 path field(s) re-cut, 0 phrase(s) re-cut; now sha256 `0586ca3148735a8f54a0f78c2baee7fe0a7f27f0d37cfb6cbf22fa2ba9269168`) - vendored_from: `compare/compare_ROW33_3PTS.py` <- sha256 `fd7b48667c1bd167b70c66d776180bc4ed710afe8888bff30453c54570544099` (4 line(s) re-cut; now sha256 `1201a7457121cba9c33cd83a2674d0a73bc6fe42b9ab2cacd1417f26ad12a0a1`) - vendored_from: `evals/P1/EVAL_EVAL_P1_2em10_dps140_L7_20260911T125613Z_MAIN.json` <- sha256 `79dc8766ffea2c38e2e20f59f2a510fcdfddf5fc396075e205f7f2089f6356fc` (1 field(s) withheld, 4 path field(s) re-cut, 0 phrase(s) re-cut; now sha256 `be4411e3604eb3d0c01f4459ead770099d98f8e20a1d74d0a561bd0f3c96ccf5`) - vendored_from: `evals/P1/EVAL_EVAL_P1_2em11_dps140_L7_20260911T125615Z_MAIN.json` <- sha256 `318ef7acff40c6d26850c52bd18ae732d1856ccaeae2f707feaba3fd4c89b9ea` (1 field(s) withheld, 4 path field(s) re-cut, 0 phrase(s) re-cut; now sha256 `d6afb7b005907a85fdbc5dfefbca955546d12234498b0fa6a61456febc333839`) - vendored_from: `evals/P1/EVAL_EVAL_P1_2em12_dps140_L7_20260911T125616Z_MAIN.json` <- sha256 `12083a9ea4229fcc1c0e6dafec98b9a75cc494a3e45eb0f2a3772c9f6f785721` (1 field(s) withheld, 4 path field(s) re-cut, 0 phrase(s) re-cut; now sha256 `263e25358c27f0a23f094bff12643594b66079f92545a4fd6f57915f3121fb67`) - vendored_from: `evals/P1/EVAL_EVAL_P1_2em13_dps140_L7_20260911T125618Z_MAIN.json` <- sha256 `216a750cd522f3a33bad0b0a0510047f3d3d00459453fdda2b3c030354fb09fa` (1 field(s) withheld, 4 path field(s) re-cut, 0 phrase(s) re-cut; now sha256 `aa0796a38a346b17848321817070024895dc27b74560ea86c9ad9f6808174b03`) - vendored_from: `evals/P1/EVAL_EVAL_P1_2em6_dps140_L7_20260911T125606Z_MAIN.json` <- sha256 `8e48eb8da20f02e932591fbf393789c52a075a0c73480bb8cd86d70cc52ea49a` (1 field(s) withheld, 4 path field(s) re-cut, 0 phrase(s) re-cut; now sha256 `c4c725d134c5336740e9c28aabd1a460fceab1308473df2d4883428554a9d2c5`) - vendored_from: `evals/P1/EVAL_EVAL_P1_2em7_dps140_L7_20260911T125608Z_MAIN.json` <- sha256 `7b51014d84393924770fd2ef4cb6819f1298e235cdd99888c0bc8890804046ee` (1 field(s) withheld, 4 path field(s) re-cut, 0 phrase(s) re-cut; now sha256 `802afccc42632d423f1ca861e4252eb7c3d0939d6f6e394ee8ef7a56cbac3029`) - vendored_from: `evals/P1/EVAL_EVAL_P1_2em8_dps140_L7_20260911T125610Z_MAIN.json` <- sha256 `f1b5968af1f2490edf458f15d1be7f096af77442d39424aba059922190a12953` (1 field(s) withheld, 4 path field(s) re-cut, 0 phrase(s) re-cut; now sha256 `157ba554096d36ff7d9612247d26470bd50686d62a956e657b6f51b12109aa91`) - vendored_from: `evals/P1/EVAL_EVAL_P1_2em9_dps140_L7_20260911T125611Z_MAIN.json` <- sha256 `dc97c94d47c48b4bb20465b2c870ffa9a0960f2f148db5c69e72d6f4474b38dd` (1 field(s) withheld, 4 path field(s) re-cut, 0 phrase(s) re-cut; now sha256 `a6da4fcc8bd09b2ccc187bee8ee1b82e0f1dec587bab18f5991cd4af2a4f6eba`) - vendored_from: `evals/P3/GATE_dps140_P3.json` <- sha256 `75f786796462709129f77ad0ac496cee3e6afa25352ca6ff0571edc03a9312b1` (1 field(s) withheld, 13 path field(s) re-cut, 1 phrase(s) re-cut; now sha256 `2b373a04cf67dbe3ca18b6f9818bddb762ca2f9187f5d97e1ca043f42201b95e`) - vendored_from: `evals/P3/eps_10.json` <- sha256 `911d50b1d254fd765f1ea966ba89a164b9f95ab647099ec2654c71b55142f5f6` (1 field(s) withheld, 4 path field(s) re-cut, 0 phrase(s) re-cut; now sha256 `a210e279bc428a805af659a43c4c0fb1bb38036ceba825e7bd0f54b2458d8030`) - vendored_from: `evals/P3/eps_11.json` <- sha256 `3ec40d3a212bb9127b1a8b85021e6e78c1579e8ac92b289cef477c7d62dcab6e` (1 field(s) withheld, 4 path field(s) re-cut, 0 phrase(s) re-cut; now sha256 `b8c8a5d0c157eb8eadae314b5c0030c8612b77b8af2f9598f91f71a9106edf32`) - vendored_from: `evals/P3/eps_12.json` <- sha256 `7e38b9fab1a8b3454dd1c1dc8ddbc2df5ce55f94f07b379fd5d7bf6e4799fce4` (1 field(s) withheld, 4 path field(s) re-cut, 0 phrase(s) re-cut; now sha256 `a6a649835b5728d78166f39ee63ff0aa3f2982a091e413037965280f80812d01`) - vendored_from: `evals/P3/eps_13.json` <- sha256 `2b111ad4957b0100681f925431aa7543902ca35a00bf1531435268f9b1acba2c` (1 field(s) withheld, 4 path field(s) re-cut, 0 phrase(s) re-cut; now sha256 `77e64e06d9f73f92cd9366f0f11966732f9de9085963041ddcd0e19285fcc688`) - vendored_from: `evals/P3/eps_6.json` <- sha256 `9cc8b7ca27ec83b9403d79991956587f6fdd18db613a3c09a0e8beba302c3504` (1 field(s) withheld, 4 path field(s) re-cut, 0 phrase(s) re-cut; now sha256 `0d2e8dfb503b2d061a55474ba8fdc7726208c43a59ea3ee1eebef8b1944a179b`) - vendored_from: `evals/P3/eps_7.json` <- sha256 `0776f27cbf181522f85184241ce9342b849c0483dd1bf1f2d9210471ba696d84` (1 field(s) withheld, 4 path field(s) re-cut, 0 phrase(s) re-cut; now sha256 `ff985c82ba2cc5315c2b6b26d537b3026f0d08461d339301e86944f0579ef4ca`) - vendored_from: `evals/P3/eps_8.json` <- sha256 `5a69d601aef9da4108e30414cce5f61cd7c8368571d419d80d7b9f2a5ed9c3e2` (1 field(s) withheld, 4 path field(s) re-cut, 0 phrase(s) re-cut; now sha256 `c12c3aa022c766c65afe663cf42f914c8e20006ea95ae5365a6e4a4e83a64261`) - vendored_from: `evals/P3/eps_9.json` <- sha256 `7cc0c5901590f91a4acb0e9703eedfa9a6d992dd8f15b71ba9ba1a0b48fd8a06` (1 field(s) withheld, 4 path field(s) re-cut, 0 phrase(s) re-cut; now sha256 `d1b923cc401b8117449a0b62962691e9b7f1230fa9d44e647e70ee137407aa01`) - vendored_from: `evals/P4/GATE_dps140_P4.json` <- sha256 `75b4498a985caea4b7a604c6bdc03cea4b53ff836546dfa787a2e7316841093d` (1 field(s) withheld, 13 path field(s) re-cut, 1 phrase(s) re-cut; now sha256 `dd0a98a3b446301c4949f8f999976fc403f740253b8efe1a6e7308c1019298cd`) - vendored_from: `evals/P4/eps_10.json` <- sha256 `e16f03e3b7ec97bdd9ba5deb4d3b6c1e43193cb526a696c28b466cea0ea78985` (1 field(s) withheld, 4 path field(s) re-cut, 0 phrase(s) re-cut; now sha256 `c6d09802cee29b48656317eb77709d7b5bea6ed3274cb98670cf1c93c5ae4994`) - vendored_from: `evals/P4/eps_11.json` <- sha256 `bdcce4cbe18ca6f3038531d8a807688e77a6fb1251a3e2a3035a0df80ab56a87` (1 field(s) withheld, 4 path field(s) re-cut, 0 phrase(s) re-cut; now sha256 `08731bf607909d6caa250ceca7d9d445bf622bf88c94bac2cdd41dbb2edffeb8`) - vendored_from: `evals/P4/eps_12.json` <- sha256 `6c01e73deec15e53eb5eae222a8f90aaaedc86a98802d84a10324d5845033c88` (1 field(s) withheld, 4 path field(s) re-cut, 0 phrase(s) re-cut; now sha256 `2391881fdbaeb3ed9bc825969a015c14fe459f6bef3f5ec70956a465b501b2c1`) - vendored_from: `evals/P4/eps_13.json` <- sha256 `d83a89f13383409bb3e04d69a94373974852a2bcaf86a725277aa32c02f30105` (1 field(s) withheld, 4 path field(s) re-cut, 0 phrase(s) re-cut; now sha256 `a9b0ad5e59a559b8ca6ba4e16e5b22930a0fa18e46f2b7cee724d8a05a1c702f`) - vendored_from: `evals/P4/eps_6.json` <- sha256 `263d6dc201357403da5ccc1d58ad460370f9b0c18aab0f3cd27aa0d05637b210` (1 field(s) withheld, 4 path field(s) re-cut, 0 phrase(s) re-cut; now sha256 `79a73ad458ac915a15761c3c4426f13a159dfb278b0a1a45c62cbada9cc5319b`) - vendored_from: `evals/P4/eps_7.json` <- sha256 `f84bd312f3db3efaea8e6b3eb78d0a37268d81ca5561897e55b32d25d0da2804` (1 field(s) withheld, 4 path field(s) re-cut, 0 phrase(s) re-cut; now sha256 `2fe5f777e9a44442686033515da92da2239d64dd7f15cd268a96a84f654b7b5d`) - vendored_from: `evals/P4/eps_8.json` <- sha256 `9a1bff84fdb2dc7125466245fee08aa414d69edaaa99933c46f8000d8967e891` (1 field(s) withheld, 4 path field(s) re-cut, 0 phrase(s) re-cut; now sha256 `849e152c9ca3572579208e4844dd54dc460e71f7be40fa8ca22030c5f3f57a9d`) - vendored_from: `evals/P4/eps_9.json` <- sha256 `e9a46a8c839f87615dd0d23e2335e632e48d2d8d62da31e13013939fb7463162` (1 field(s) withheld, 4 path field(s) re-cut, 0 phrase(s) re-cut; now sha256 `42cc8fb92f2438a8431c3d7d4374a99a8a291f7b15757f4f2eaf27c6c8cd4081`) - vendored_from: `evals/POINTERS_P3P4.txt` <- sha256 `e25e6001d02c54f3a9816cd99112a5f7ca5f487c6c258a41ae9c1cec69b65f5f` (17 line(s) re-cut; now sha256 `7619109b8bdc19f4bd8245f7f8680ad2791cd4f5fcd82c20d9dc68e12f134618`) - vendored_from: `grids/LBL3VP_P1_x400.json` <- sha256 `54aeb018e06e542a910d51cba0f66f8cc700a4d96e281ab9605b8a29a2fa7ad9` (no field moved (byte-identical to the emitted object); now sha256 `54aeb018e06e542a910d51cba0f66f8cc700a4d96e281ab9605b8a29a2fa7ad9`) - vendored_from: `grids/LBL3VP_P1_x400_RECEIPT_20260911T130109Z.json` <- sha256 `2af6e3bbcbeb20376dfb2f97c05c86181e8bc202da76aa25850766250c879cb4` (3 field(s) withheld, 9 path field(s) re-cut, 0 phrase(s) re-cut; now sha256 `503c67c3fa2cab2be6498df786f4dc583fb1e8ee8593d0a7125cc30ba42179ab`) - vendored_from: `grids/LBL3VP_P1_x500.json` <- sha256 `a5cfdc7c0f9b5f7a145cfbbecdfb7972a3c9ddc16b70b17a5433992debcff5c2` (no field moved (byte-identical to the emitted object); now sha256 `a5cfdc7c0f9b5f7a145cfbbecdfb7972a3c9ddc16b70b17a5433992debcff5c2`) - vendored_from: `grids/LBL3VP_P1_x500_RECEIPT_20260911T130243Z.json` <- sha256 `f223b7c350c5de81da9e1e15fb4fec750fa03448f7433ef69813e29081d262d0` (3 field(s) withheld, 9 path field(s) re-cut, 0 phrase(s) re-cut; now sha256 `6494d364b6d3dbd970c2624a349d0a54165c984494b696388fabc74c4e149be5`) - vendored_from: `grids/LBL3VP_P3_x400.json` <- sha256 `9f27c5e2b8285845e26b9f1a1174dfe5b2eac3546307aef7d02d56c2ddee44be` (no field moved (byte-identical to the emitted object); now sha256 `9f27c5e2b8285845e26b9f1a1174dfe5b2eac3546307aef7d02d56c2ddee44be`) - vendored_from: `grids/LBL3VP_P3_x400_RECEIPT_20260911T130107Z.json` <- sha256 `b72647368245d491a121c0500313b4acf32d0de47ce1f535a7d031a2f73e8555` (3 field(s) withheld, 9 path field(s) re-cut, 0 phrase(s) re-cut; now sha256 `edd81bba0835352950c9fd6d50032e962a2ac2ea19825c804ea4064b7adbd78c`) - vendored_from: `grids/LBL3VP_P3_x500.json` <- sha256 `35fb3cde0d033ec8bc725943ae0974d8c4b7d93c788854e413550c4cd6cd116d` (no field moved (byte-identical to the emitted object); now sha256 `35fb3cde0d033ec8bc725943ae0974d8c4b7d93c788854e413550c4cd6cd116d`) - vendored_from: `grids/LBL3VP_P3_x500_RECEIPT_20260911T130246Z.json` <- sha256 `cf8f3ea4a823f4775eb270f3ca922bb795e2be93c798fe4f57610aac297dd07a` (3 field(s) withheld, 9 path field(s) re-cut, 0 phrase(s) re-cut; now sha256 `ad782743c755b71564af5bae3999c3e8a383f71e1c3f933f0ab1d850eb601764`) - vendored_from: `grids/LBL3VP_P4_x400.json` <- sha256 `7beea0b43aed1102fe5cd0dd6d12d56c7550718e0e44f3e50ea2ad0c5df1ecfd` (no field moved (byte-identical to the emitted object); now sha256 `7beea0b43aed1102fe5cd0dd6d12d56c7550718e0e44f3e50ea2ad0c5df1ecfd`) - vendored_from: `grids/LBL3VP_P4_x400_RECEIPT_20260911T130931Z.json` <- sha256 `b3c0a0d8fc3a848dfd86cbb2c7f3026bc6991b6233476338771d9bb0b32c817b` (3 field(s) withheld, 9 path field(s) re-cut, 0 phrase(s) re-cut; now sha256 `e4d5231de207b62871887743a68d3970c297106aa4759a05d1a4c5739f2883c3`) - vendored_from: `grids/LBL3VP_P4_x500.json` <- sha256 `2580d1b45f6958016e910039924c7287100feada4a5024d3da8b3eb1a1ba15ed` (no field moved (byte-identical to the emitted object); now sha256 `2580d1b45f6958016e910039924c7287100feada4a5024d3da8b3eb1a1ba15ed`) - vendored_from: `grids/LBL3VP_P4_x500_RECEIPT_20260911T130958Z.json` <- sha256 `91a99e2e0adff11f97e6e6262cc38c36516dc847b79bdf1084a3c5e0bff775fe` (3 field(s) withheld, 9 path field(s) re-cut, 0 phrase(s) re-cut; now sha256 `56e1c64da24960e4d7630dfcdf83fadf4801cfc3ccdff6121c70e4e5a4871c0b`) - vendored_from: `reproduce_row33_3pts.py` <- sha256 `43af82ed427301d9d059693b9ad2f575cb0612ef97a28f90982845ddd76d70c7` (1 line(s) re-cut; now sha256 `910606fa00147a9ad596a08c54c695d51e9f57de03c0d17151ae67f01e2fcf0f`) - vendored_from: `statements/PRICE_LINE_ROW33_3PTS_20260911T124539Z.json` <- sha256 `c2cad0cdab5858ad083f0e77855b76098021aee4a35b34d3d1944b990b0f18c6` (0 field(s) withheld, 16 path field(s) re-cut, 5 phrase(s) re-cut; now sha256 `dcc112ddd61dcd96d29626cb5fe451b3f1943a3543b75eb9e32619e986d19824`) - vendored_from: `statements/ROW33_3PTS_ROW_DATA_20260911T132332Z.json` <- sha256 `1360493fed3fa07b5f54d2ed845af6ca6783d3c6d3f4a79b00b221df349ebecf` (1 field(s) withheld, 1 path field(s) re-cut, 0 phrase(s) re-cut, then `points.P1.dps140_source` re-cut by field for the public register (recut_fields_r33_3pts_r4.py); now sha256 `5920d860d847fb7168fc806e3edbbff7f04f04d35e2e1018fb16f8046216606e`) - vendored_from: `statements/STATEMENT_ROW33_3PTS_draft_20260911T132332Z.json` <- sha256 `e60c2216d383ca91d9943f01aad1e3c90e91c09cf64d2d558524e2d9ca4f1441` (8 field(s) withheld, 11 path field(s) re-cut, 13 phrase(s) re-cut, then NOT_ESTABLISHED items 4 and 5 re-cut by field to the public register (recut_fields_r33_3pts_r3.py), then `points.P1.dps140_source` (recut_fields_r33_3pts_r4.py); now sha256 `b48d00eb11f2ecd913fd1226c0f245bb98583d1ebd24cc71edac35ad6524257a`) - vendored_from: `statements/STATEMENT_ROW33_3PTS_v1_20260911T132714Z.json` <- sha256 `563b6c0c455404f541d01450aaa3222426edabd97b0e9f4c32c3019ad22c827a` (12 field(s) withheld, 14 path field(s) re-cut, 10 phrase(s) re-cut, then NOT_ESTABLISHED items 4 and 5 re-cut by field to the public register (recut_fields_r33_3pts_r3.py), then `points.P1.dps140_source` (recut_fields_r33_3pts_r4.py); now sha256 `e9357cb29b723db2c1283c6f23d5fdabbf2a606d50d66c4d4f3081ddf50a00ac`) - re-cut after the first serve form, by field, for the public register (recut_fields_r33_3pts_r3.py): `statements/STATEMENT_ROW33_3PTS_v1_20260911T132714Z.json` -- `NOT_ESTABLISHED[3]` and `NOT_ESTABLISHED[4]` (items 4 and 5: the higher-order grids are not part of the served four-point script; the twins' compute host and resource scope) re-worded, no other key or value moved, key order and serialization kept; sha256 `d6b7530e25341abc` -> `0f9619fdc48d5c0d` - re-cut after the first serve form, by field, for the public register (recut_fields_r33_3pts_r3.py): `statements/STATEMENT_ROW33_3PTS_draft_20260911T132332Z.json` -- `NOT_ESTABLISHED[3]` and `NOT_ESTABLISHED[4]` (items 4 and 5: the higher-order grids are not part of the served four-point script; the twins' compute host and resource scope) re-worded, no other key or value moved, key order and serialization kept; sha256 `b16b731f19d6efa0` -> `e4205acef0f64159` - re-cut after the first serve form, by field, for the public register (recut_fields_r33_3pts_r4.py, 2026-09-11): `statements/STATEMENT_ROW33_3PTS_v1_20260911T132714Z.json` -- `points.P1.dps140_source` (the P1 dps-140 source sentence: a run nickname re-worded to 'of this run'), no other key or value moved, key order and serialization kept; sha256 `0f9619fdc48d5c0d` -> `e9357cb29b723db2` - re-cut after the first serve form, by field, for the public register (recut_fields_r33_3pts_r4.py, 2026-09-11): `statements/STATEMENT_ROW33_3PTS_draft_20260911T132332Z.json` -- the same field, the same re-wording; sha256 `e4205acef0f64159` -> `b48d00eb11f2ecd9` - re-cut after the first serve form, by field, for the public register (recut_fields_r33_3pts_r4.py, 2026-09-11): `statements/ROW33_3PTS_ROW_DATA_20260911T132332Z.json` -- the same field, the same re-wording; sha256 `f81a5dc5ee57465b` -> `5920d860d847fb71` - re-cut after the first serve form, by field, for the public register (recut_fields_r33_3pts_r4.py, 2026-09-11): `compare/COMPARE_ROW33_3PTS_P1_20260911T132254Z.json` -- `receipt` and `dps140_source` (the same sentence), nothing else moved; sha256 `0b0a3f7cab7058dc` -> `3d7b94848f3c245d` - re-cut after the first serve form, by field, for the public register (recut_fields_r33_3pts_r4.py, 2026-09-11): `reproduce_row33_3pts-run_20260911T142640Z.json` -- `results.P1.compare_receipt.dps140_source` (the driver's copy of that sentence, taken from the P1 compare receipt at its run), nothing else moved: every recorded input digest and figure as emitted; sha256 `deb11c5b3e8ebebe` -> `0210e721c3b186c6`