diff --git a/.github/workflows/r740-block-retimed-kernel.yml b/.github/workflows/r740-block-retimed-kernel.yml new file mode 100644 index 0000000000..07271bf83a --- /dev/null +++ b/.github/workflows/r740-block-retimed-kernel.yml @@ -0,0 +1,32 @@ +name: r740-block-retimed-kernel +on: + pull_request: + paths: + - 'research/r740-block-retimed-kernel/**' + - '.github/workflows/r740-block-retimed-kernel.yml' + push: + paths: + - 'research/r740-block-retimed-kernel/**' + - '.github/workflows/r740-block-retimed-kernel.yml' + workflow_dispatch: +permissions: + contents: read +jobs: + verify: + runs-on: ubuntu-latest + timeout-minutes: 30 + strategy: + fail-fast: false + matrix: + python-version: ['3.12', '3.14'] + steps: + - uses: actions/checkout@3d3c42e5aac5ba805825da76410c181273ba90b1 # v7 + with: + persist-credentials: false + - uses: actions/setup-python@5fda3b95a4ea91299a34e894583c3862153e4b97 # v7 + with: + python-version: ${{ matrix.python-version }} + - name: Replay both suppliers and every selected Gaussian phase + run: python -B research/r740-block-retimed-kernel/verify.py "$RUNNER_TEMP/r740-block-kernel-proof" --replay-phases + - name: Require an unchanged tracked tree + run: git diff --exit-code diff --git a/research/r740-block-retimed-kernel/.gitattributes b/research/r740-block-retimed-kernel/.gitattributes new file mode 100644 index 0000000000..a251e913f2 --- /dev/null +++ b/research/r740-block-retimed-kernel/.gitattributes @@ -0,0 +1,6 @@ +# Hashes bind exact imported and generated bytes. +* -text +vendor/** -whitespace +inputs/** -whitespace +notices/** -whitespace +proofs/** -whitespace diff --git a/research/r740-block-retimed-kernel/CERTIFICATE.json b/research/r740-block-retimed-kernel/CERTIFICATE.json new file mode 100644 index 0000000000..0e83bac063 --- /dev/null +++ b/research/r740-block-retimed-kernel/CERTIFICATE.json @@ -0,0 +1,30 @@ +{ + "status": "PASS_FINAL_WINDOW_BLOCK_RETIMER", + "kappa": "1138798055343319/1000000000000000000", + "kappa_decimal": "0.001138798055343319", + "bit_lower": "17814006170324008149/15625000000000000000000", + "complex_lower": "1183986549206329/1000000000000000000", + "word_sha256": "00d8aa8608e40b53fd8752399de06cb730cc55caaadc528f88379cb31b8460a6", + "template_sha256": "b87ed8c20819237f2daacdd1383a2776419551a62a7014eb9720af146a9dd9ec", + "complex_template_sha256": "942d030fa43316c560c88d7d7d904583446e1a96945b3ebd37a91c88a192ab4f", + "verification_steps": [ + "hamming_packets", + "complex_construct", + "complex_audit", + "complex_emit", + "complex_phases", + "bit_construct", + "bit_kernel", + "bit_export", + "bit_global", + "bit_audit", + "bit_price", + "complex_integrate", + "complex_replay", + "combined", + "independent_audit" + ], + "phase_mode": "full replay", + "independent_audit": "INDEPENDENT-AUDIT.json", + "scope": "Finite conditional witness; inherited all-size compiler, dirty-bank, compressed-window, restored-work, precision and analytic interfaces remain assumptions." +} diff --git a/research/r740-block-retimed-kernel/EXPECTED.json b/research/r740-block-retimed-kernel/EXPECTED.json new file mode 100644 index 0000000000..f9021cbb84 --- /dev/null +++ b/research/r740-block-retimed-kernel/EXPECTED.json @@ -0,0 +1,9 @@ +{ + "kappa": "1138798055343319/1000000000000000000", + "kappa_decimal": "0.001138798055343319", + "bit_lower": "17814006170324008149/15625000000000000000000", + "complex_lower": "1183986549206329/1000000000000000000", + "binding_component": "bit", + "bit_template_sha256": "b87ed8c20819237f2daacdd1383a2776419551a62a7014eb9720af146a9dd9ec", + "complex_template_sha256": "942d030fa43316c560c88d7d7d904583446e1a96945b3ebd37a91c88a192ab4f" +} diff --git a/research/r740-block-retimed-kernel/INDEPENDENT-AUDIT.json b/research/r740-block-retimed-kernel/INDEPENDENT-AUDIT.json new file mode 100644 index 0000000000..ecf6b5bc96 --- /dev/null +++ b/research/r740-block-retimed-kernel/INDEPENDENT-AUDIT.json @@ -0,0 +1,104 @@ +{ + "local_audit": { + "window_retiming_changes": 42, + "pair_retiming_changes": 112, + "retiming_changes": 57, + "status": "PASS_INDEPENDENT_R740_KERNEL_AND_RETIMING", + "source_sha256": "d6ec8811541d6ab59a3bbbaaa15bccc8918b3b43b23d9f593198cfe90826fd20", + "candidate_sha256": "00d8aa8608e40b53fd8752399de06cb730cc55caaadc528f88379cb31b8460a6", + "entries": 112, + "donor_slots": 100, + "total_entrance_rank": 136, + "root_closed_frames": 944, + "source_span_checks": 20652, + "forward": { + "all_columns": 980, + "dirty_columns": 740, + "copies": 9, + "paid_profile": { + "1": 2528, + "2": 1004, + "3": 284, + "4": 347, + "5": 118, + "7": 14, + "8": 9 + } + }, + "reflected": { + "all_columns": 980, + "dirty_columns": 740, + "copies": 9, + "paid_profile": { + "1": 2528, + "2": 1004, + "3": 284, + "4": 347, + "5": 118, + "7": 14, + "8": 9 + } + }, + "negative_controls": [ + "omitted_first_basis", + "omitted_final_basis", + "missing_donor" + ], + "events": 19727, + "scope": "Independent reconstruction, every F2 scalar column and dirty restoration, exact source span/first-frame relations and both complementary dimension ledgers; global banking and pricing audited separately." + }, + "status": "PASS_INDEPENDENT_GLOBAL_INVOICE_AND_EXACT_ASSEMBLY", + "candidate_sha256": "00d8aa8608e40b53fd8752399de06cb730cc55caaadc528f88379cb31b8460a6", + "global_template_sha256": "b87ed8c20819237f2daacdd1383a2776419551a62a7014eb9720af146a9dd9ec", + "expanded_program_sha256": "ecb666b6a74fbf1e3482f37e84101588b15dd1deaeefe3c509644c251ac75332", + "events": 1420344, + "global_scalar_columns": 7620, + "global_dirty_columns": 6660, + "all_global_scalar_columns_restored": true, + "bank_assignments": 53280, + "bank_families": 6507, + "residual_isometries": 15, + "route_corruption_controls": [ + "altered_basis", + "missing_factor", + "wrong_frame" + ], + "extra_route_factors": 144, + "banks_per_stage": 723, + "live": 14187, + "physical": 14196, + "paid_profile": { + "1": 182016, + "2": 72288, + "3": 20448, + "4": 24984, + "5": 8496, + "7": 6768, + "8": 648, + "14": 3840, + "28": 3840, + "42": 3840 + }, + "deficit": 2496, + "source_bound_invoice": { + "prefix_bits": 123, + "charged_prefix_bits": 128, + "coefficient_bits": 123, + "two_level_coefficient_bits": 282, + "charged_two_level_coefficient_bits": 512, + "row_coefficient": 18355, + "live": 14187, + "physical": 14196, + "extra_helper_route_factor_bound": 144, + "selector_charge": 2375347104, + "full_counted_coefficient": "8271410009661736653226855278395470361", + "two_level_coefficient": "7323242093316479963924177312150069573045566553609912891292783054664675728289084971684" + }, + "independent_moment": "third rational enclosure; lower passes, adjacent upper fails", + "bit_lower": "17814006170324008149/15625000000000000000000", + "kappa": "1138798055343319/1000000000000000000", + "kappa_decimal": "0.001138798055343319", + "strict_outer_constraints": 47, + "bridge_omission_controls": 18, + "bootstrap_levels": 6 +} diff --git a/research/r740-block-retimed-kernel/LICENSE b/research/r740-block-retimed-kernel/LICENSE new file mode 100644 index 0000000000..261eeb9e9f --- /dev/null +++ b/research/r740-block-retimed-kernel/LICENSE @@ -0,0 +1,201 @@ + Apache License + Version 2.0, January 2004 + http://www.apache.org/licenses/ + + TERMS AND CONDITIONS FOR USE, REPRODUCTION, AND DISTRIBUTION + + 1. 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We also recommend that a + file or class name and description of purpose be included on the + same "printed page" as the copyright notice for easier + identification within third-party archives. + + Copyright [yyyy] [name of copyright owner] + + Licensed under the Apache License, Version 2.0 (the "License"); + you may not use this file except in compliance with the License. + You may obtain a copy of the License at + + http://www.apache.org/licenses/LICENSE-2.0 + + Unless required by applicable law or agreed to in writing, software + distributed under the License is distributed on an "AS IS" BASIS, + WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. + See the License for the specific language governing permissions and + limitations under the License. diff --git a/research/r740-block-retimed-kernel/MANIFEST.json b/research/r740-block-retimed-kernel/MANIFEST.json new file mode 100644 index 0000000000..2c8bc4d51d --- /dev/null +++ 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"vendor/pr436/data/params/params-r740.json": "871fc75ce6fea2638f68553bcfe771d09297e987d59c123338227e29415851d1", + "vendor/pr438/complex_phases.py": "3e2a52198475ee280a314895ab74df8437e3c0de0cad2d90baa370aa2a52c364", + "vendor/pr439/LICENSE": "c71d239df91726fc519c6eb72d318ec65820627232b2f796219e87dcf35d0ab4", + "vendor/pr439/NOTICE.md": "750f199a92e02e1ae45d092c1768f0e1833542787158348ab4af63adbde003e7", + "vendor/pr439/bank_routes.py": "0dd88bd715477cdf804a41577bc096ba7911427f748f3ac6d6added365f7da60", + "vendor/pr439/e8core.py": "1cb286196c1530d06f50f0997febc5993b388f33464e295611b920ba30a24eeb", + "vendor/pr439/engines/base_two_moment.py": "aee70c242a2f1d225528fabe2002e1564d1dc884797c07d28a831c7878ee9098", + "vendor/pr439/engines/moment.py": "81cbc864e106418fc7854322746f72180cb8110ff39f74450a3b8d55a82c1482", + "vendor/pr439/engines/outer.py": "c1ebb52163a7219504c728a5c2b098bf1e50bf20148a2879c5a74c3cadc7c03c", + "vendor/pr439/tile_m.py": "d6ae4a556472d403773cd2117c992bfc10e1187112da1b3893f3fae628a131dd", + "verify.py": "e48fc2734325c298224d0a3b92dfea82e8b0671ad98549f8f189f9ea5d63265e" + } +} diff --git a/research/r740-block-retimed-kernel/NOTICE.md b/research/r740-block-retimed-kernel/NOTICE.md new file mode 100644 index 0000000000..54a13275b2 --- /dev/null +++ b/research/r740-block-retimed-kernel/NOTICE.md @@ -0,0 +1,21 @@ +# Attribution and AI disclosure + +This R740 shared-donor kernel and block-retiming composition was prepared by eumemic with OpenAI Codex assistance. The new finite selections, deterministic reconstruction, residual-isometry generator, portable phase binding, integration and audit changes are licensed under Apache-2.0. The selected construction is not represented as an optimal solution or a new unconditional multiplication theorem. + +Direct sources and contributions: + +- **eumemic, PR #440**, with OpenAI Codex assistance: frozen R740 shared-donor kernel selection and preceding 57 A-only retime. This successor begins with the exact same selected scalar word, then applies its two new B-frame witnesses. + +- **eumemic, PR #436**, with Anthropic Claude assistance: frozen R740 word, producer parameters, elimination-reuse reconstruction, retiming and provenance. The complete selected base is regenerated unchanged before the new kernel. +- **Chafik Boukhalfa (chafreaky), PR #417**, with Anthropic Claude assistance: shared-donor response-kernel mechanism and E8 replay/stage code. Original source notices remain in vendored files. +- **rohanarun, PR #438**, with Anthropic Claude assistance: composition of kernel entrances with compressed nine-stage mixed residual banks, bank admission and integration based on PR #433. Its original README, proof and notice are preserved under `proofs/` and `notices/`. +- **rohanarun / OpenAI Codex, PR #434**: concurrent ordered primitive-gate expansion and retiming idea. The preceding 57 A-only frame changes and the successor 112-B and 42-B frame-change witnesses were selected independently on this R740 kernel word. The latter two stages use pair search with single-gate descent and window moves, respectively; the ordered scalar ADD sequence is unchanged. +- **chafreaky, PR #439**, with OpenAI Codex assistance: explicit residual-isometry witness format, validation, corruption controls and conservative 144-factor helper-route charge. `vendor/pr439/` preserves exact source files, license and notice. This package generates the witnesses anew from its own entrance frames. +- **icekylinx, PR #433**, with OpenAI Codex assistance: unchanged split-centre complex supplier, finite invoices, six-level assembly and verifier lineage. The complex scalar word, both orientations, exact phases, banks, profiles and invoices are replayed in this package. +- **Zhihao Chen / jacklightChen, PR #425 and #386**, with OpenAI Codex assistance: mutable-basis Hamming complex producer and scalar-interface extension, exact phase lowering, compressed nine-stage bit geometry and global audit. +- **Dylan Crow / utcorvusvolat-dotcom, PR #370**, with Anthropic Claude assistance: E8 root family, bit producer, record format and exporter. +- **ai-nanachi, PR #426**; **applecrusher, PR #376**; **Jacob Sussman**, and the PR #266/#315/#329 compiler, pricing and analytic lineage: original construction, reuse and interface contributions retained in the source notices. + +`SOURCES.json` records exact imported commits and hashes, adapted source hashes, and the frozen canonical complex reference. Python gzip metadata can vary; the phase adapter compares the decoded canonical bytes to a reference whose compressed hash is exactly the original PR #433 receipt hash. This is a portability change, not a change to the complex program or phase evidence. + +The original historical documents under `proofs/`, `notices/`, and `vendor/` state the scope of their own packages. The current result and remaining inherited assumptions are in the top-level README and PROOF. diff --git a/research/r740-block-retimed-kernel/PROOF.md b/research/r740-block-retimed-kernel/PROOF.md new file mode 100644 index 0000000000..0d133c0571 --- /dev/null +++ b/research/r740-block-retimed-kernel/PROOF.md @@ -0,0 +1,65 @@ +# Finite R740 block-retimed response-kernel composition + +The exact conditional exponent saving is + +`κ = 1138798055343319 / 1000000000000000000 = 0.001138798055343319`. + +This successor to PR #440 (`bd03373b6d4d4e380d0b6ea7d55cd2ac8f163544`) states the changed finite construction. PR #440 and its `0.001136403735815528` claim remain frozen. The historical PR #438 proof and README are retained under `proofs/PR438-*`; their earlier values and source-centre bit word are historical and are not the present result. + +## 1. Pinned starting word + +`code/bit_construct.py` calls the unchanged PR #436 reconstruction: PR #370's producer with the frozen PR #436 parameters, elimination reuse, and six retiming sweeps. It compares the resulting JSON and reuse ledger to the pinned PR #436 copies. The canonical word hash is `d6ec8811541d6ab59a3bbbaaa15bccc8918b3b43b23d9f593198cfe90826fd20`. + +The base has h = 8, 120 ports, 740 dirty helpers and nine sequential retained copies at the full frame. The original source/target decoder and dirty restoration are replayed on all 980 independent binary columns. This package does not apply PR #433's source-centre conversion or PR #434's eleven resets to that base. + +## 2. New kernel witness + +`stages/kernel-selection.json` is bound to that input hash. The construction uses the shared-donor response-kernel mechanism of PR #417. A pivot p starts at a root-closed entrance E contained in the first frame of p and every donor. Its frame-zero completion reads are removed. Each donor adds the appropriate pivot at E before its first A gate, and adds the same pivot after C at the full frame. + +The completion response of each pivot equals the XOR of its donor responses. The 112 selected entries use 100 donor slots; their total entrance rank is 136. Every pivot is distinct, no pivot is a donor, and a donor is assigned consistently to one entrance. The exact reconstruction, response identities, source spans, nested frames and scalar decoder are checked, including arbitrary helper dirt. The kernel content hash is `b5789bffbf7bafe77a222366ea9a125b1d4a6f9d84b96afc4bb3c509d6b89b1a`. + +Expand each multi-source gate into its ordered primitive ADDs, preserving the exact scalar sequence. The expanded input hash is `cb2afa377baeb8578e867ecda0f81caa68b2dac9cca805f41247754cfe91deb5`. The frozen retiming witness changes only the frames of 57 distinct A gates; all destinations and sources remain identical. That intermediate word hash is `bae58f0692326f180ba49642360fd55557f59a93a96a8fa62bf7babd55d2384e`. + +This successor applies the separate `pair-retime-selection.json`: 112 net B-frame changes following 53 pair moves and single-gate descent. Its output hash is `fc4d045fd68ba47e21d69b840a51128ff52739dca3c0f7b9255bd757e31737e7`. The separate `window-retime-selection.json` then changes 42 B frames selected by 14 window moves. The final output hash is `00d8aa8608e40b53fd8752399de06cb730cc55caaadc528f88379cb31b8460a6`. Both stages check old frame identities, uniqueness of modified gates, exact membership in the existing frame family, and unchanged ordered scalar destinations and sources. The discovery traces are provenance; the finite deterministic gate replacements are the proof witnesses. The full decoder, dirty restoration and integer source-span legality are replayed again after these changes. The ordered primitive-retiming idea is credited to concurrent PR #434; this selection is derived independently on the R740 kernel word. + +All 944 frames remain in the pinned rational frame family. There are 104 rank-one entrances, eight rank-four entrances, and 628 helpers with zero entrance. The actual local paid profile, including nine rank-eight retained copies, is + +`{1:2528, 2:1004, 3:284, 4:347, 5:118, 7:14, 8:9}`. + +The exported scalar record stream is rebuilt after primitive retiming; exact event counts appear in the emitted GLOBAL receipt. Reversing the actual stream and complementing frames gives the reflected program; each reflected ERASE becomes a fresh COPY. Both programs restore all independent helper columns and close each copied register. Their paid profiles agree. Exact rational spans and frame inclusion imply the corresponding commuting orthogonal-projector difference identities in both orientations under the inherited positive form. + +## 3. Mixed residual banks and nine-stage word + +Use the compressed PR #386 windows with ambient width 64, nine stages and eight replicas. A helper with entrance rank e requires a residual block of width 8-e. Each stage therefore has 832 width-seven slots, 64 width-four slots and 5,024 width-eight slots. The exact tiling uses 104 banks of eight width-seven plus one width-eight slot, four banks of sixteen width-four slots, and 615 banks of eight width-eight slots. That is 723 banks per stage and 5,920 assignments per stage. + +Every coordinate of every bank is occupied once. The generated owner map and an independent audit check disjointness, coverage, stage/replica identity and reflected orientation. For all 15 distinct entrance frames, the package generates a matrix N with integer entries and N N^T = 4I. Its first e rows span the actual entrance and its remaining rows span the residual. N/2 is a coordinate permutation, checked by replaying at most seven swaps. Extended by identity on 56 exterior coordinates and followed by at most 64 coordinate swaps, it gives an explicit residual-to-bank isometry valid over every inherited odd address prime. The verifier checks the actual frame ID on every owner and rejects altered bases, frames and omitted factors. This closes the finite residual-isometry obligation highlighted by PR #439. The cover construction and correlated-dirty-bank semantics remain inherited all-size interfaces. + +There are `W = 64·120 + 9·723 = 14187` live families, plus nine private centres. All nine local invocations replay 7,620 independent unbanked scalar columns, and the integer eight-bank macro identity includes all eighteen signed bridge shears and the terminal exchange. Omitting each bridge fails. + +The complete paid profile is obtained by summing all 72 emitted local invocations and the actual idle children: + +`{1:182016, 2:72288, 3:20448, 4:24984, 5:8496, 7:6768, 8:648, 14:3840, 28:3840, 42:3840}`. + +It satisfies `64·W - sum(r·H[r]) = 2496`. The maximum child is 42 and `64² > 2·42²`. No saving is inferred solely from a helper count or a prospective histogram. + +## 4. Complex supplier and finite invoices + +The complex side is the unchanged PR #433 split-centre program. The package rebuilds its scalar word, both orientations, bank ownership, padding and complete paid profile. The `--replay-phases` mode also reconstructs every selected Gaussian phase pair and checks the exact recipe bytes. Two rational moment engines certify `b = 1183986549206329/10^18` with the inherited bad-branch allowance. + +The bit finite invoice adds a conservative 144 elementary factors to every helper route, exceeding the seven local and 64 bank-coordinate swaps. The bit finite invoice is recomputed from emitted additions, owner assignments, geometry, copied-centre episodes, actual prefix bounds, compiler charges and selectors. It checks the retained two-level `2^512` coefficient allowance, row coefficient `18355 < 20161`, and the maximum-child inequality. Both rational moment engines, including the `10^-16` bad-branch allowance, certify + +`c = 1140096394900736521536/10^24`. + +The bit component binds. Exact counts and coefficient sizes appear in `CERTIFICATE.json`, and are recomputed by `code/combined.py`. + +## 5. Exact outer assembly + +Set eta = beta = `10^-18`, and + +`s = min(c, (1-beta)b) - 10^-24`. + +Starting at `a0 = 384599/10^10`, use six ordinary bootstrap levels `a[j+1] = (1-s)s + s·a[j]`. Each positive gap and finite cutoff is checked exactly with the charged 512-bit coefficient reserve. Put `q = a6(1-2eta)` and choose the largest `10^-18` grid point strictly below `(1-eta)q/(1+q)`. + +The resulting κ above satisfies all 47 strict outer inequalities. The next κ grid point, zero eta, zero beta and unit beta are rejected. The result composes both actual supplier programs; independently quoted improvements are not added numerically. + +All-size compiler, restored-work, tape, common-grid precision, correlated-dirty-bank and analytic transfer assumptions remain conditional. This finite computation is not an unconditional multiplication theorem or a Lean-kernel proof. diff --git a/research/r740-block-retimed-kernel/README.md b/research/r740-block-retimed-kernel/README.md new file mode 100644 index 0000000000..95782c7eeb --- /dev/null +++ b/research/r740-block-retimed-kernel/README.md @@ -0,0 +1,31 @@ +κ = 1.138798055343319e-3 + +# Block retiming on the R740 shared-donor E8 word + +This conditional construction combines frozen PR #436's R740 bit word with a newly selected shared-donor response kernel and PR #433's unchanged split-centre complex supplier. The exact result is + +`κ = 1138798055343319 / 1000000000000000000 = 0.001138798055343319`. + +The bit supplier binds at `c = 1140096394900736521536 / 10^24`. The complex supplier remains `b = 1183986549206329 / 10^18`. This improves PR #440's R740 shared-donor package's `κ = 0.001136403735815528` by approximately 0.21069%. + +After kernel construction and the preceding 57 A-only primitive frame changes, this successor applies 112 net B-frame changes following 53 pair moves and single-gate descent, then 42 further B-frame changes selected by 14 window moves. Every stage preserves the complete ordered scalar ADD sequence and uses only the existing frame family. The bit construction has 740 helpers. Its 112 kernel entries use 100 donor slots and add 136 total entrance dimensions. In each compressed nine-stage window, 5,920 residual slots tile 723 width-64 banks exactly, with no padding. Live stock is 14,187 and the rank deficit is 2,496. No previous published PR is changed. + +## Reproduce + +Python 3.11 or later and its standard library suffice. Run from any directory, choosing a fresh output directory: + +```sh +python3 -B research/r740-block-retimed-kernel/verify.py /tmp/r740-block-retimed-kernel-check --replay-phases +``` + +Omit `--replay-phases` to reuse only the unchanged, source-bound complex phase evidence. The full command reconstructs the PR #436 word from its pinned producer parameters, elimination reuse and retiming; applies the frozen kernel and retiming selections; replays both scalar orientations and arbitrary dirty columns; checks both reflected frame ledgers and exact bank coordinates; rebuilds complete paid profiles and finite invoices; verifies two rational moment engines and all 47 strict outer inequalities. The full complex replay reconstructs every selected Gaussian phase pair as well. + +The phase input is bound to a frozen canonical payload whose original compressed hash matches PR #433's receipt. Comparing decoded bytes removes the Python 3.12/3.14 gzip metadata difference without changing the mathematical input. `MANIFEST.json` and `SOURCES.json` bind package files and provenance. `EXPECTED.json` binds the final exact result and template hashes. + +## Construction and scope + +PR #436 is reproduced exactly before the new kernel is applied. The kernel and all three retiming selections are finite witnesses, not claims of optimal search. Every stage is reconstructed from its input hash; the final word has SHA256 `00d8aa8608e40b53fd8752399de06cb730cc55caaadc528f88379cb31b8460a6`. The previous 57-gate package is published as PR #440 at commit `bd03373b6d4d4e380d0b6ea7d55cd2ac8f163544`; its claim and selected word remain frozen, and its release manifest is pinned in SOURCES.json. Explicit residual isometries follow the obligation made concrete by PR #439, and their route factors are charged in the invoice. Ordered primitive expansion and retiming also follow the contemporaneous idea in PR #434. The kernel mechanism comes from Chafik Boukhalfa's PR #417; the compressed mixed-width admission follows PR #438 and PR #386. The complex program is reconstructed and checked from the pinned PR #433/PR #425 inputs. + +The precise finite claim is in [PROOF.md](PROOF.md). All-size compressed-window and correlated dirty-bank semantics, recursive compiler, restored-work/tape/common-grid precision, and analytic transfer interfaces remain inherited assumptions. No unconditional multiplication theorem or new Lean proof is claimed. + +Prepared by eumemic with OpenAI Codex assistance. Earlier Anthropic Claude and OpenAI assistance is preserved in [NOTICE.md](NOTICE.md), [SOURCES.json](SOURCES.json), and the original notices. Historical documents under `proofs/` describe their original constructions; they do not state this package's result. diff --git a/research/r740-block-retimed-kernel/SOURCES.json b/research/r740-block-retimed-kernel/SOURCES.json new file mode 100644 index 0000000000..2bf6ed4206 --- /dev/null +++ b/research/r740-block-retimed-kernel/SOURCES.json @@ -0,0 +1,428 @@ +{ + "upstream_base": "12a4934d15006e8c10f9b2264f13f8f341be802b", + "pr425": "e11ccea1d092beb1b01b4ee4ce49da478234254c", + "pr426": "88d552526893cd15325948bb1487e9a4d4bf32f6", + "imported_files": [ + { + "path": "vendor/hamming_packets.py", + "source": "CrocSwap/integer-mult-bounds@e11ccea1d092beb1b01b4ee4ce49da478234254c:research/hamming-mutable-basis-complex/work/complex-network/hamming_packets.py", + "sha256": "daa9301e2767a711cfe66c6bebaad68e1a3bdb97ec9e848c927527ab43b37ae5" + }, + { + "path": "vendor/clifford_exact.py", + "source": 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Primitive expansion/retiming credits concurrent PR434. Explicit residual-route checks and conservative 144-factor charge credit PR439. This successor adds a frozen 112-B-gate retiming witness from equal-frame pair search and single-gate cleanup; ordered scalar operations are unchanged. A further frozen 42-B-gate window retiming follows the pair stage; both new stages preserve every scalar destination and source in order.", + "pr438": "e3b56de7869f6af88d48ac0ab1d7959c4c9e6176", + "canonical_reference": { + "path": "inputs/complex-canonical-reference.json.gz", + "sha256": "79ff8e19335d5d5d1563ef0bc218106945d6a2b88ece53ee24bb3d88b2594ba3", + "canonical_payload_sha256": "be2d8d412b948bce50a0fc852ab4c01f57bff4c3c8272da80c09be5bcdf253bf", + "provenance": "Frozen PR433 canonical complex word regenerated in the independently verified Python 3.14 full-phase replay; its original gzip SHA256 is pinned by inputs/complex-phase-receipt.json. This package compares decoded bytes to handle Python gzip metadata variation." + }, + "pr439": "fa3a588ec1e383083abb8de9c51904fb9d689ad4", + "pr434_retiming_idea": "6a1c6a308429ea11f64b679df6abdf2bf40436b0", + "pr434_receipt_only_current_head": "1146ce018558e3cc4d913717f26675f4d11b861b", + "selected_witnesses": { + "kernel_base_sha256": "d6ec8811541d6ab59a3bbbaaa15bccc8918b3b43b23d9f593198cfe90826fd20", + "kernel_output_sha256": "b5789bffbf7bafe77a222366ea9a125b1d4a6f9d84b96afc4bb3c509d6b89b1a", + "primitive_input_sha256": "cb2afa377baeb8578e867ecda0f81caa68b2dac9cca805f41247754cfe91deb5", + "retimed_output_sha256": "bae58f0692326f180ba49642360fd55557f59a93a96a8fa62bf7babd55d2384e", + "kernel_entries": 112, + "retiming_moves": 57, + "discovery_claim": "Selected finite witnesses are regenerated and exactly checked; optimization search is not claimed to be reproduced or globally optimal.", + "pair_retime_input_sha256": "bae58f0692326f180ba49642360fd55557f59a93a96a8fa62bf7babd55d2384e", + "pair_retime_output_sha256": "fc4d045fd68ba47e21d69b840a51128ff52739dca3c0f7b9255bd757e31737e7", + "B_retime_moves": 112, + "window_retime_input_sha256": "fc4d045fd68ba47e21d69b840a51128ff52739dca3c0f7b9255bd757e31737e7", + "window_retime_output_sha256": "00d8aa8608e40b53fd8752399de06cb730cc55caaadc528f88379cb31b8460a6", + "window_retime_moves": 42 + }, + "prior_package_manifest_sha256": "96d74b0f35af21c8e50224f850514b1d1d1a3247206ce7e7372fc821a2f6d619", + "predecessor_pr440": { + "url": "https://github.com/CrocSwap/integer-mult-bounds/pull/440", + "head": "bd03373b6d4d4e380d0b6ea7d55cd2ac8f163544", + "manifest_sha256": "0c27346bb5a784e24ceaf3888c710d7947deba2e2cac7e8649af44f83611637b", + "claim": "0.001136403735815528", + "word_sha256": "bae58f0692326f180ba49642360fd55557f59a93a96a8fa62bf7babd55d2384e", + "relationship": "This successor starts from the exact same selected scalar word and kernel witnesses. Prior development package manifest is separately recorded; the published PR440 audit source has only whitespace differences from that development package. Both previous package and published PR heads remain frozen." + } +} diff --git a/research/r740-block-retimed-kernel/VALIDATION.json b/research/r740-block-retimed-kernel/VALIDATION.json new file mode 100644 index 0000000000..defca421fa --- /dev/null +++ b/research/r740-block-retimed-kernel/VALIDATION.json @@ -0,0 +1,34 @@ +{ + "status": "PASS_FRESH_COMPLETE_PHASE_AND_INDEPENDENT_REPLAY", + "runtime": { + "executable": "/private/tmp/moonshot/primitives/char0/venv/bin/python", + "version": "3.12.13" + }, + "command": "python3 -B research/r740-block-retimed-kernel/verify.py OUTPUT --replay-phases", + "observed_exit_code": 0, + "full_complex_phase_replay": true, + "independent_audit_no_producer_or_pricing_imports": true, + "word_sha256": "00d8aa8608e40b53fd8752399de06cb730cc55caaadc528f88379cb31b8460a6", + "kappa": "1138798055343319/1000000000000000000", + "bit_template_sha256": "b87ed8c20819237f2daacdd1383a2776419551a62a7014eb9720af146a9dd9ec", + "complex_template_sha256": "942d030fa43316c560c88d7d7d904583446e1a96945b3ebd37a91c88a192ab4f", + "verification_steps": [ + "hamming_packets", + "complex_construct", + "complex_audit", + "complex_emit", + "complex_phases", + "bit_construct", + "bit_kernel", + "bit_export", + "bit_global", + "bit_audit", + "bit_price", + "complex_integrate", + "complex_replay", + "combined", + "independent_audit" + ], + "prior_release": "PR #440 bd03373b6d4d4e380d0b6ea7d55cd2ac8f163544", + "post_replay_packaging": "Certificates and manifest metadata added after successful replay; construction and audit code unchanged." +} diff --git a/research/r740-block-retimed-kernel/code/bit_audit.py b/research/r740-block-retimed-kernel/code/bit_audit.py new file mode 100644 index 0000000000..33058e814a --- /dev/null +++ b/research/r740-block-retimed-kernel/code/bit_audit.py @@ -0,0 +1,134 @@ +# Adapted with exact rational span checks by icekylinx; Codex assistance. +"""Independent audit of the emitted bit template, including mutation controls. +Prepared by Zhihao Chen with OpenAI Codex assistance; Apache-2.0. +""" +import argparse, copy, gzip, hashlib, json, struct, time +from collections import Counter, defaultdict +from pathlib import Path +from fractions import Fraction as Q +from residual_routes import validate_isometries + +def sha(p): return hashlib.sha256(p.read_bytes()).hexdigest() + +def main(): + ap=argparse.ArgumentParser(); ap.add_argument('--local-check',type=Path,required=True); ap.add_argument('--out',type=Path,required=True) + a=ap.parse_args(); start=time.monotonic(); out=a.out + blob=gzip.decompress((out/'GLOBAL-TEMPLATE.json.gz').read_bytes()); t=json.loads(blob) + g=json.loads((out/'GLOBAL.json').read_text()); geo=json.loads((out/'GEOMETRY.json').read_text()) + assert hashlib.sha256(blob).hexdigest()==g['template_sha256'] + assert t['geometry_sha256']==sha(out/'GEOMETRY.json') and t['source_record_sha256']==sha(a.local_check/'records/249-records.bin') + fs=json.loads((a.local_check/'records/frames.json').read_text())['frames'] + records=list(struct.iter_unpack('<6i',(a.local_check/'records/249-records.bin').read_bytes())) + word=json.loads((a.local_check/'bit-source-centres.json').read_text()) + assert g['word_sha256']==sha(a.local_check/'bit-source-centres.json') + def rank(rows): + piv={} + for rr in rows: + row=list(map(Q,rr)) + for k,b in sorted(piv.items()): + q=row[k] + if q:row=[x-q*y for x,y in zip(row,b)] + k=next((j for j,x in enumerate(row) if x),None) + if k is not None: + q=row[k];piv[k]=[x/q for x in row] + return len(piv) + dimensions={};proj={} + for key,f in fs.items(): + k=int(key);B=f['B'];roots=[word['lines'][j] for j in word['frames'][k]] + assert rank(B)==f['dim']==rank(B+roots)==rank(roots) + dimensions[k]=f['dim'];proj[k]=B + sets=[set(f) for f in word['frames']];pairs={} + for op,x,y,c,r,z in records: + if op==0: + assert sets[y]<=sets[c] and dimensions[c]-dimensions[y]==r + pairs[y,c]=r + # Positive definite rational form: exact inclusion implies commuting + # orthogonal projectors and rank(P_V-P_U)=dim(V)-dim(U), also in reflection. + assert len(proj)==len(word['frames']) + expected={} + for rev in (False,True): + es=[] + for op,x,y,c,f,z in (reversed(records) if rev else records): + if op==0: es.append([0,x,c if rev else y,y if rev else c,f,int(rev)]) + elif op==1: es.append([1,x,y,-c if rev else c,f,int(rev)]) + elif op==(3 if rev else 2): es.append([2,x,y,c,f,abs(dimensions[c]-dimensions[f]),int(rev)]) + else: es.append([3,x,y,c,f,z,int(rev)]) + expected['reverse' if rev else 'forward']=es + assert t['local_programs']==expected + + st=json.loads((a.local_check/'records/249-states.json').read_text()) + RR=st['n']-240; width=[8-dimensions[st['initial'][str(i)]] for i in range(240,240+RR)]; ENT=sum(8-x for x in width); assert ENT%8==0 + NB=(8*RR-ENT)//8; LIVE=7680+9*NB; assert g['live']==LIVE + def validate(q,check_profile=True): + assert validate_isometries(q['residual_isometries'],word['frames'],word['lines'],dimensions)==set(word['start'][240:]) + assert (q['m'],q['live'],q['replicas'],q['stages'])==(64,LIVE,8,9) + assert q['bank_padding'] is None and q['local_programs']==expected + hist=Counter(); occupation=defaultdict(set); calls=set() + for c in q['calls']: + st,rep,p=c['stage'],c['replica'],c['pair']; rev=c['orientation']=='reverse' + assert 0<=st<9 and 0<=rep<8 and p==max(0,(st-1)//2) + assert rev==(st in (1,3,5,7)) and (st,rep) not in calls; calls.add((st,rep)) + own=c['owners']; assert len(own)==240+RR + assert len({(f,tuple(r)) for f,r in own})==240+RR + for i,(family,route) in enumerate(own): + assert 0<=family=0 + cur[x]=newf + if f: hist[f]+=1 + events.append([0,x,oldf,newf,f,int(reverse)]) + elif op==1: + assert cur[x]==cur[y]==f and x!=y and x/2) a power +of two (no new bad primes), total entrance rank = 0 mod 8 (exact width-64 bank tiling, checked in bit_global/bit_audit). +Original kernel integration by rohanarun, with Anthropic Claude assistance. This R740 selection and integration by OpenAI Codex; Apache-2.0.""" +import json, os, sys, hashlib +from fractions import Fraction as Q +from pathlib import Path +HERE = Path(__file__).resolve().parent.parent +sys.path.insert(0, str(HERE / 'vendor/kernel417')) +from stages import kernel, content_sha +from e8core import replay, Lat +D = Path(os.environ['E8_OUTPUT']) / 'bit426-source-centres' +src = D / 'bit-source-centres.json'; pre = D / 'bit-source-centres-prekernel.json' +c = json.loads(src.read_bytes()); pre.write_bytes(src.read_bytes()) +sel = json.loads((HERE / 'stages/kernel-selection.json').read_text()) +assert sel['input_sha256'] == content_sha(c), 'selection bound to a different input word' +w, ne, tot, nd = kernel(c, sel['entries']) +assert tot % 8 == 0 and tot == sel['total_entrance_rank'] +r = replay(w, span_mode='z'); assert not r['viol'], r['viol'][:5] +assert content_sha(w) == sel['output_sha256'], 'output differs from the frozen selection output' +L = Lat(w['lines']); n0 = len(c['frames']); newdets = [] +assert w['frames'][:n0] == c['frames'] +def det(M): + M = [[Q(x) for x in r] for r in M]; d = Q(1); k = len(M) + for i in range(k): + p = next((j for j in range(i, k) if M[j][i]), None) + if p is None: return Q(0) + if p != i: M[i], M[p] = M[p], M[i]; d = -d + d *= M[i][i] + for j in range(i + 1, k): + f = M[j][i] / M[i][i]; M[j] = [a - f * b for a, b in zip(M[j], M[i])] + return d +for fr in w['frames'][n0:]: + m = sum(1 << i for i in fr); assert L.close(m) == m, 'new frame not root-closed' + vs = [w['lines'][i] for i in fr] + # basis of the span: greedy independent roots + B = [] + for x in vs: + if len(B) < 8 and abs(det([[sum(a * b for a, b in zip(u, v)) for v in B + [x]] for u in B + [x]])) != 0: B.append(x) + G = [[Q(sum(a * b for a, b in zip(u, v)), 2) for v in B] for u in B]; g = det(G); assert g > 0 + num, den = g.numerator, g.denominator + for x in (num, den): + while x % 2 == 0: x //= 2 + assert x == 1, ('new frame Gram determinant has an odd prime factor', fr, g) + newdets.append(str(g)) +D.joinpath('bit-source-centres-pre-retime.json').write_bytes(json.dumps(w, sort_keys=True, separators=(',', ':')).encode()) +# The kernel output is followed by a deterministic A-only retime with the same scalar operands. +from primitive_retime import apply +rt=json.loads((HERE / 'stages/retime-selection.json').read_text()) +w=apply(w,rt) +D.joinpath('bit-source-centres-after-A-retime.json').write_bytes(json.dumps(w,sort_keys=True,separators=(',',':')).encode()) +from pair_retime import apply as apply_pair +pt=json.loads((HERE/'stages/pair-retime-selection.json').read_text()) +w=apply_pair(w,pt) +D.joinpath('bit-source-centres-after-pair-retime.json').write_bytes(json.dumps(w,sort_keys=True,separators=(',',':')).encode()) +from window_retime import apply as apply_window +wt=json.loads((HERE/'stages/window-retime-selection.json').read_text()) +w=apply_window(w,wt) +D.joinpath('bit-source-centres.json').write_bytes(json.dumps(w, sort_keys=True, separators=(',', ':')).encode()) +assert json.loads((HERE/'stages/final-word.json').read_text())==w +r2 = replay(w, span_mode='z'); assert not r2['viol'], r2['viol'][:5] +res = dict(status='PASS_KERNEL_AND_PRIMITIVE_RETIME_STAGE', entries=ne, total_entrance_rank=tot, donor_slots=nd, new_frames=len(w['frames']) - n0, + new_frame_gram_determinants=sorted(set(newdets)), kernel_histogram=dict(sorted(r['H'].items())), local_histogram=dict(sorted(r2['H'].items())), columns=r2['n'], + input_sha256=sel['input_sha256'], kernel_output_sha256=sel['output_sha256'], A_retime_output_sha256=rt['output_sha256'], pair_retime_output_sha256=pt['output_sha256'], output_sha256=wt['output_sha256'], window_retime_moves=len(wt['gates']), primitive_retime_moves=len(rt['gates']), B_retime_moves=len(pt['gates'])) +(D / 'bit-kernel-receipt.json').write_text(json.dumps(res, indent=2) + '\n'); print(json.dumps(res)) diff --git a/research/r740-block-retimed-kernel/code/bit_price.py b/research/r740-block-retimed-kernel/code/bit_price.py new file mode 100644 index 0000000000..005da012a3 --- /dev/null +++ b/research/r740-block-retimed-kernel/code/bit_price.py @@ -0,0 +1,18 @@ +"""Exact price of the emitted bit program; no histogram supplied by discovery.""" +import json,importlib.util +from fractions import Fraction as Q +from pathlib import Path + +def load(name): + p=Path('work/pr361/code/engines')/(name+'.py');sp=importlib.util.spec_from_file_location('price_'+name,p);m=importlib.util.module_from_spec(sp);sp.loader.exec_module(m);return m +p=Path('bit426-source-centres/global');g=json.loads((p/'GLOBAL.json').read_text());a=json.loads((p/'AUDIT.json').read_text()) +assert a['template_sha256']==g['template_sha256'] +H={int(r):n for r,n in a['profile'].items()};m,W=g['m'],g['live'] +M,B=load('moment'),load('base_two_moment');root=M.certify(H,m,W,True);lo,hi=Q(root['lower']),Q(root['upper']) +fb=32*m*m*sum(H.values()) +def other(x): + l,u=B.moment(m,W,list(H.items()),x);a,b=B.moment(m,W,[(1,fb)],x);return l+a/10**16,u+b/10**16 +assert other(lo)[1]<10 + cutoff=max(ceil(36/gap**2),ceil(2*(4+512)/gap)) + assert cutoff*gap**2>=36 and cutoff*gap>=2*(4+512) + cutoffs.append(dict(gap=str(gap),cutoff_log2=str(cutoff)));chain.append(a) +q=chain[-1]*(1-2*eta);margin=(1-eta)*q/(1+q);ticks=margin/grid;k=grid*((ticks.numerator-1)//ticks.denominator) +bridge={'semantic':{'C0':{'base':2,'exponent':210000},'strict_literal_gap':1},'rows':{'degree_gap':Q(10**6)-Q(51*20161,25)}} +a=Outer.assembly(chain[-1],b,bridge,k,eta=eta,beta=beta) +assert len(a['strict_constraints'])==47 and all(x>0 for x in a['strict_constraints'].values()) +controls=[] +for name,kk,ee,bb in [('next_grid',k+grid,eta,beta),('zero_eta',k,Q(0),beta),('zero_beta',k,eta,Q(0)),('unit_beta',k,eta,Q(1))]: + try:Outer.assembly(chain[-1],b,bridge,kk,eta=ee,beta=bb) + except AssertionError:controls.append(name) + else:raise AssertionError(name) +result=dict(status='PASS_CONDITIONAL_SPLIT_CENTRE_ASSEMBLY',kappa=str(k),kappa_decimal=format(float(k),'.18f'),bit_lower=str(c),complex_lower=str(b),binding_component='bit',gain_over_pr425_percent=float(100*(k/Q(1048005508028206,10**18)-1)),bit_invoice=dict(prefix_bits=prefix.bit_length(),charged_prefix_bits=charged_prefix,extra_helper_route_factor_bound=144,selector_charge=selectors,full_counted_coefficient=str(coefficient),two_level_coefficient=str(two),coefficient_bits=coefficient.bit_length(),two_level_coefficient_bits=two.bit_length(),charged_two_level_coefficient_bits=512,row_coefficient=row,live=W,physical=physical),strict_outer_constraints={n:str(x) for n,x in a['strict_constraints'].items()},outer_controls=controls,bootstrap=cutoffs,bit_template_sha256=g['template_sha256'],complex_template_sha256=cx['global_template_sha256'],scope='Finite research composition with explicit changed words, exact local and global replay and incremental phase evidence. All-size correlated dirty-bank, compressed-window, compiler, restored-work, tape/common-grid, precision and analytic interfaces remain inherited assumptions. This certificate makes no unconditional integer-multiplication or Lean-kernel claim.') +(ROOT/'RESULT.json').write_text(json.dumps(result,indent=2)+'\n') +print(result['status'],result['kappa_decimal'],result['gain_over_pr425_percent'],result['bit_invoice']) diff --git a/research/r740-block-retimed-kernel/code/complex_audit.py b/research/r740-block-retimed-kernel/code/complex_audit.py new file mode 100644 index 0000000000..ba6789a3a6 --- /dev/null +++ b/research/r740-block-retimed-kernel/code/complex_audit.py @@ -0,0 +1,168 @@ +# Modified from PR425 by icekylinx with Codex assistance. +"""Read-back audit, independent of the Hamming producer and its row state.""" +import copy,gzip,hashlib,importlib.util,json,math,time +from collections import Counter +from fractions import Fraction as Q +from pathlib import Path + +OUT=Path('split-centres');p=OUT/'FULL-WORD.json.gz' +word=json.load(gzip.open(p));v=120;n=240+word['report']['R'];start=time.monotonic() +def apply(e,rows): + if e[0]=='scale': + _,t,a,b,*_=e;q=Q(a,b);assert q + rows[t]={j:q*x for j,x in rows[t].items()} + else: + _,t,s,a,b,*_=e;q=Q(a,b);assert t!=s + for j,x in list(rows[s].items()): + z=rows[t].get(j,Q(0))+q*x + if z:rows[t][j]=z + else:rows[t].pop(j,None) +def ident():return [{r:Q(1)} for r in range(n)] +def inv(e): + e=copy.deepcopy(e) + if e[0]=='add':e[3]*=-1 + else:e[2],e[3]=e[3],e[2] + return e +def dual(e): + e=inv(e) + if e[0]=='add':e[1],e[2]=e[2],e[1] + return e + +main=word['A']+word['cut']+word['B'] +assert all(not 120<=e[2]<240 for e in word['A']+word['B'] if e[0]=='add' and not 120<=e[1]<240) +matrix=ident() +for e in main:apply(e,matrix) +print('full main columns',n,'replayed',flush=True) +# Compute -A_Y^-1 B_S using only rows of the explicit main operator. +dirty=[{} for r in range(n)] +for r in range(v,2*v):dirty[r]={j:x for j,x in matrix[r].items() if j>=2*v} +for e in word['precondition']:apply(e,dirty) +comp=[] +for r in range(v,2*v): + for j,q in sorted(dirty[r].items()):comp.append(['add',r,j,-q.numerator,q.denominator,[]]) + +cleanup=[inv(e) for e in reversed(word['A']+word['B']) if not v<=e[1]<2*v] +assert [e[:-1] for e in cleanup]==[e[:-1] for e in word['cleanup']] +program=word['precondition']+comp+main+cleanup +actual=ident() +for e in program:apply(e,actual) +expected=ident() +for t in range(v):expected[v+t][t]=Q(1) +assert actual==expected +print('PASS exact arbitrary dirt and restored sources/helpers',flush=True) +back=ident() +for e in program:apply(dual(e),back) +expected_back=ident() +for t in range(v):expected_back[t][v+t]=Q(-1) +assert back==expected_back +print('PASS exact inverse-transpose on every column',flush=True) +# Independent sparse vector controls avoid repeating a dense full replay. +def vector(es,x): + x=list(map(Q,x)) + for e in es: + if e[0]=='scale':x[e[1]]*=Q(e[2],e[3]) + else:x[e[1]]+=Q(e[3],e[4])*x[e[2]] + return x +sample=[((i*137+13)%101)-50 for i in range(n)] +want=vector(program,sample) +controls={ + 'missing_dirty_compensation':word['precondition']+main+cleanup, + 'missing_Y_inverse_basis':comp+main+cleanup, + 'missing_source_cleanup':word['precondition']+comp+main, + 'wrong_dual_event_order':[dual(e) for e in reversed(program)], +} +for name,es in controls.items(): + expected_sample=vector([dual(e) for e in program],sample) if name=='wrong_dual_event_order' else want + assert vector(es,sample)!=expected_sample,name + +# Orthogonal transvection and a port permutation bring the new geometry onto +# the already fixed 120-port routing family. Every incidence is transformed. +old=json.load(gzip.open('work/higher-stage-e8/verified/gcert1-e8-retimed.json.gz')) +def tau(x):return x^(43 if (x&43).bit_count()%2 else 0) +assert 43 .bit_count()%2==0 +assert set(map(tau,word['ports']))==set(old['ports']) +mapping={i:old['ports'].index(tau(q)) for i,q in enumerate(word['ports'])} +mapping.update({v+i:v+mapping[i] for i in range(v)}) +mapping.update({r:r for r in range(2*v,n)}) +def basis(vs): + b={} + for x in vs: + for k in sorted(b,reverse=True): + if x>>k&1:x^=b[k] + if x: + k=x.bit_length()-1 + for j in b: + if b[j]>>k&1:b[j]^=x + b[k]=x + return tuple(b[k] for k in sorted(b,reverse=True)) +def perp(x):return basis([z for z in range(1,512) if not (x&z).bit_count()%2]) +full=tuple(1<0 + edges.add((old,f));paid[delta]+=1;cur[r]=f +for part in ('A','B'): + if part=='B': + assert all(cur[r]==f for r,f in zip(can['centers'],can['center_frames'])) + assert all(cur[r]==0 for r in range(v,2*v)) + for f in can['center_frames']:paid[len(frames[f])]+=1 + for e in can[part]: + rs=[e[1]]+([e[2]] if e[0]=='add' else []) + for r in rs:climb(r,e[-1]);incidences+=1 +for r,f in enumerate(can['final']):climb(r,f) +assert dict(paid)=={int(r):x for r,x in word['report']['local_profile'].items()} +assert sum(r*x for r,x in paid.items())==9*can['R']+240*8+72 +can['local_profile']=dict(sorted(paid.items()));can['edges']=sorted(edges) +cp=OUT/'CANONICAL-WORD.json.gz';cp.write_bytes(gzip.compress(json.dumps(can,sort_keys=True,separators=(',',':')).encode(),mtime=0)) + +def engine(name): + p=Path('work/pr361/code/engines')/(name+'.py');s=importlib.util.spec_from_file_location('hamming_'+name,p) + m=importlib.util.module_from_spec(s);s.loader.exec_module(m);return m +M,M2=engine('moment'),engine('base_two_moment');m,W=73,12720 +HG={int(r):z for r,z in word['report']['global_profile'].items()} +root=M.certify(HG,m,W,True);b=Q(int(Q(root['lower'])*10**18),10**18);grid=Q(1,10**18) +assert M.moment(HG,m,W,b,True)[1]<1>p&1:x^=b[p] + if x: + p=x.bit_length()-1 + for q in b: + if b[q]>>p&1:b[q]^=x + b[p]=x + return tuple(b[p] for p in sorted(b,reverse=True)) +def inside(a,b):return basis(a+b)==b +def hyper(p):return basis([x for x in range(1,512) if (x&p).bit_count()%2==0]) +FULL=basis([1<>p&1:x^=b[p] + if x: + p=x.bit_length()-1 + for q in b: + if b[q]>>p&1:b[q]^=x + b[p]=x + return tuple(b[p] for p in sorted(b,reverse=True)) +def dual(e): + e=list(e) + if e[0]=='add':e[1],e[2]=e[2],e[1];e[3]*=-1 + else:e[2],e[3]=e[3],e[2] + return e +def scalar(e,back): + e=dual(e) if back else list(e) + if e[0]=='add':return ['add',['L',e[1]],['L',e[2]],e[3],e[4]] + return ['scale',['L',e[1]],e[2],e[3]] +def primitive_bound(e): + if e[0] in ('clear','copy'):return 1 + q=Q(e[3],e[4]) if e[0]=='add' else Q(e[2],e[3]) + a,b=abs(q.numerator),q.denominator + assert b&(b-1)==0 + if e[0]=='scale': + assert a&(a-1)==0 + return abs(a.bit_length()-b.bit_length())+int(q<0) + # Exact binary Horner multiplication on a cleared private stream, repeated + # halving, signed accumulation into the target, then clear the private stream. + return 3+(a.bit_length()-1)+a.bit_count()+(b.bit_length()-1) + +def emit(back): + out=[];cur=c['start'].copy() + def event(e):out.append(e) + def scal(e,f):event(['scalar',e,f]) + event(['phase','zero_frame_precondition']) + for e in c['precondition']+c['compensation']: + regs=[e[1]]+([e[2]] if e[0]=='add' else []) + assert all(c['start'][r]==0 for r in regs) + scal(scalar(e,back),0) + event(['phase','entry_adapters']) + for r,f in enumerate(c['start']):event(['adapter','old_to_new',r,f]) + def climb(r,f,part): + old=cur[r] + if old==f:return + assert basis(frames[old]+frames[f])==tuple(frames[f]) + rank=len(frames[f])-len(frames[old]);assert rank>0 + event(['climb',part,r,old,f,rank]);cur[r]=f + for part in ('A','centers','B','final'): + event(['phase',part]) + if part in ('A','B'): + for e in c[part]: + regs=[e[1]]+([e[2]] if e[0]=='add' else []) + for r in regs:climb(r,e[-1],part) + scal(scalar(e,back),e[-1]) + elif part=='centers': + assert all(cur[r]==0 for r in range(v,2*v)) + for k,r in enumerate(c['centers']): + cf=c['center_frames'][k];rank=len(frames[cf]);assert cur[r]==cf + C=['C',k];scal(['clear',C],0 if back else cf) + terms=[e for e in c['cut'] if e[2]==r] + if back: + for e in terms:scal(['add',C,['L',e[1]],e[3],e[4]],0) + else:scal(['copy',C,['L',r]],cf) + event(['center',k,0 if back else cf,cf if back else 0,rank]) + if back:scal(['add',['L',r],C,-1,1],cf) + else: + for e in terms:scal(['add',['L',e[1]],C,e[3],e[4]],0) + scal(['clear',C],cf if back else 0) + else: + for r,f in enumerate(c['final']):climb(r,f,part) + event(['phase','exit_adapters']) + for r,f in enumerate(c['final']):event(['adapter','new_to_old',r,f]) + event(['phase','full_frame_cleanup']) + for e in c['cleanup']: + regs=[e[1]]+([e[2]] if e[0]=='add' else []) + assert all(c['final'][r]==1 for r in regs) + scal(scalar(e,back),1) + event(['phase','done']) + return out + +def check_local(events,back): + # Literal scalar replay of the emitted stream, including center lifetimes. + state={('L',r):{r:Q(1)} for r in range(n)};live=[];paid=Counter();prims=0;macros=0 + for e in events: + if e[0]=='climb':assert not live;paid[e[5]]+=1 + elif e[0]=='center':assert live==[e[1]];paid[e[4]]+=1 + elif e[0]=='scalar': + op=e[1];tag=op[0];t=tuple(op[1]);macros+=1;prims+=2*primitive_bound(op) + if tag=='clear': + state[t]={} + if t[0]=='C' and t[1] in live:live.remove(t[1]) + elif tag=='copy':state[t]=dict(state.get(tuple(op[2]),{}));live.append(t[1]) + elif tag=='scale':state[t]={j:Q(op[2],op[3])*x for j,x in state[t].items()} + else: + s=tuple(op[2]);q=Q(op[3],op[4]);row=state.setdefault(t,{}) + if t[0]=='C' and t[1] not in live:live.append(t[1]) + for j,x in list(state.get(s,{}).items()): + z=row.get(j,Q(0))+q*x + if z:row[j]=z + else:row.pop(j,None) + assert not live and all(not row for r,row in state.items() if r[0]=='C') + for r in range(n): + expected={r:Q(1)} + if back and r2*maxchild**depth +assert local_bound<1<<48 and logical<1<<6050 and router0 + bound=max(math.ceil(36/gap**2),math.ceil(2*(4+512)/gap)) + assert bound*gap**2>=36 and bound*gap>=2*(4+512) + cutoffs.append(str(bound));chain.append(z) +bridge={'semantic':{'C0':{'base':2,'exponent':210000},'strict_literal_gap':1}, + 'rows':{'degree_gap':Q(10**6)-Q(51*20161,25)}} +q=chain[-1]*(1-2*eta);ticks=(1-eta)*q/(1+q)/grid;kap=Q((ticks.numerator-1)//ticks.denominator,10**18) +assembly=Outer.assembly(chain[-1],b,bridge,kap,eta=eta,beta=beta) +try:Outer.assembly(chain[-1],b,bridge,kap+grid,eta=eta,beta=beta) +except AssertionError:pass +else:raise AssertionError('next kappa grid accepted') +result={'status':'PASS_NEW_STRUCTURAL_PROGRAM_AND_FINITE_ASSEMBLY_PENDING_REPLAY', + 'canonical_word_sha256':sha(cp),'scalar_audit_sha256':sha(OUT/'SCALAR-FRAME-AUDIT.json'), + 'exact_phase_receipt_sha256':sha(OUT/'CLIFFORD-REVIEW.json'),'global_template_sha256':hashlib.sha256(blob).hexdigest(), + 'local_program_checks':checks,'R':R,'m':m,'live':W,'physical':physical, + 'bank_assignments':len(assignments),'rank_mass':mass,'deficit':2496, + 'global_profile':dict(sorted(paid.items())),'emitted_local_events_all_calls':event_count, + 'finite_invoice':{'local_primitive_bound':local_bound,'local_adapters':adapters, + 'pervertex':pervertex,'physical_stock_bits':stock.bit_length(), + 'router_bits':router.bit_length(),'literal_bits':literal.bit_length(), + 'physical_row_coefficient':row,'retained_row_coefficient':20161, + 'compiler':compiler,'G_exponent':30000,'E_exponent':100000,'C0_exponent':210000, + 'required_C0_bits':(32*m*BB*BB).bit_length(),'halving_degree':depth, + 'halving_integer_inequality':[m**depth,2*maxchild**depth]}, + 'complex_b':str(b),'bit_c':str(bit),'prospective_kappa':str(kap),'kappa_float':float(kap), + 'log2_kappa':math.log2(float(kap)), + 'kappa_gain_percent':float(100*(kap/Q(998390813251625,10**18)-1)), + 'strict_outer_constraints':{name:str(z) for name,z in assembly['strict_constraints'].items()}, + 'next_kappa_grid_rejected':True,'bootstrap_cutoffs_log2':cutoffs, + 'scope':'New finite scalar interface with a written conjugation proof, conditional on inherited all-size compiler, precision/tape and analytic transfer. Independent emitted-program replay and fresh package replay still required before final promotion.'} +(OUT/'INTEGRATION.json').write_text(json.dumps(result,indent=2)+'\n') +print('PASS prospective kappa',float(kap),'gain',result['kappa_gain_percent'],'percent',flush=True) diff --git a/research/r740-block-retimed-kernel/code/complex_phases.py b/research/r740-block-retimed-kernel/code/complex_phases.py new file mode 100644 index 0000000000..127a042ea7 --- /dev/null +++ b/research/r740-block-retimed-kernel/code/complex_phases.py @@ -0,0 +1,29 @@ +"""Bind unchanged exact phase evidence, or regenerate all selected phase pairs.""" +import gzip,hashlib,json,os,subprocess,sys +from pathlib import Path +P=Path(__file__).resolve().parent.parent;O=Path('split-centres') +def sha(p):return hashlib.sha256(p.read_bytes()).hexdigest() +c=json.load(gzip.open(O/'CANONICAL-WORD.json.gz')) +r=json.loads((P/'inputs/complex-phase-receipt.json').read_text()) +raw=gzip.decompress((P/'inputs/complex-phase-recipes.json.gz').read_bytes());recipes=json.loads(raw) +# Bind the canonical payload to the original frozen envelope. Python 3.11/3.12 +# and 3.14 emit different gzip OS bytes for identical contents. +reference=P/'inputs/complex-canonical-reference.json.gz' +assert sha(reference)==r['canonical_word_sha256'] +assert gzip.decompress((O/'CANONICAL-WORD.json.gz').read_bytes())==gzip.decompress(reference.read_bytes()) +r['frozen_canonical_envelope_sha256']=r['canonical_word_sha256'] +r['canonical_word_sha256']=sha(O/'CANONICAL-WORD.json.gz') +r['canonical_payload_sha256']=hashlib.sha256(gzip.decompress(reference.read_bytes())).hexdigest() +assert hashlib.sha256(raw).hexdigest()==r['recipe_sha256'] +edges=set(map(tuple,c['edges']))|{(a,b) for f in c['center_frames'] for a,b in ((f,0),(0,f))} +assert {(z['old'],z['new']) for z in recipes['children']}==edges +assert len(recipes['children'])==len(edges) and len(recipes['endpoint_adapters'])==240 +for z in recipes['children']:assert z['rank']==abs(len(c['frames'][z['old']])-len(c['frames'][z['new']])) +if os.environ.get('E8_REPLAY_PHASES')=='1': + subprocess.run([sys.executable,'-B',str(P/'code/complex_phases_full.py')],check=True) + assert (O/'CLIFFORD-RECIPES.json').read_bytes()==raw +else: + (O/'CLIFFORD-RECIPES.json').write_bytes(raw) + r['validation_mode']='Reuse exact phase evidence bound to the unchanged canonical word and recipe hashes' + (O/'CLIFFORD-REVIEW.json').write_text(json.dumps(r,indent=2)+'\n') +print('PASS source-bound phase recipes',len(edges)) diff --git a/research/r740-block-retimed-kernel/code/complex_phases_full.py b/research/r740-block-retimed-kernel/code/complex_phases_full.py new file mode 100644 index 0000000000..b5a5bd64b4 --- /dev/null +++ b/research/r740-block-retimed-kernel/code/complex_phases_full.py @@ -0,0 +1,39 @@ +# Adapted from PR425 for heterogeneous centres by icekylinx with Codex assistance. +"""Exact phase-aware lowering of every used edge of the new structural word.""" +import gzip,hashlib,json,sys,time +from collections import Counter +from pathlib import Path +sys.path.insert(0,str(Path('work/odd-stages').resolve())) +from clifford_exact import * + +OUT=Path('split-centres');P=OUT/'CANONICAL-WORD.json.gz' +c=json.load(gzip.open(P));n=c['h'];frames=c['frames'];start=time.monotonic();ops=[] +for U in frames: + op=canonical_frame(n,U) + L=[u|(u<>(y.bit_length()-1)&1:x^=y + if x:return False + return True +def local(events,back): + rows={('L',r):{r:Q(1)} for r in range(n)} + norm={('L',r):Q(1) for r in range(n)};prefix=Q(1);cur=c['start'].copy();private={} + hist=Counter();phases=[];entry=[];exit=[];centers=[];matrix_hash=hashlib.sha256() + allowed=['zero_frame_precondition','entry_adapters','A','centers','B','final','exit_adapters','full_frame_cleanup','done'] + for event in events: + tag=event[0] + if tag=='phase': + phases.append(event[1]);assert phases==allowed[:len(phases)] + if event[1]=='A':assert entry==list(enumerate(c['start'])) + if event[1]=='centers':assert all(cur[r]==0 for r in range(v,2*v)) + if event[1]=='full_frame_cleanup':assert cur==c['final'] and exit==list(enumerate(c['final'])) + assert not private + elif tag=='adapter': + assert event[3]==(c['start'] if event[1]=='old_to_new' else c['final'])[event[2]] + (entry if event[1]=='old_to_new' else exit).append((event[2],event[3])) + elif tag=='climb': + _,part,r,a,b,rank=event + assert not private and phases[-1]==part and cur[r]==a + assert contains(frames[a],frames[b]) and rank==len(frames[b])-len(frames[a])>0 + hist[rank]+=1;cur[r]=b + elif tag=='center': + _,k,a,b,rank=event + assert phases[-1]=='centers' and private=={('C',k):a} + cf=c['center_frames'][k];cr=len(frames[cf]) + assert (a,b,rank)==((0,cf,cr) if back else (cf,0,cr)) + private['C',k]=b;hist[rank]+=1;centers.append(k) + elif tag=='scalar': + _,e,f=event;op=e[0];target=tuple(e[1]);source=tuple(e[2]) if op in ('copy','add') else None + if target[0]=='C' and op=='clear': + assert private.get(target,f)==f + private.pop(target,None) + else: + for r in (target,source): + if r is None:continue + if r[0]=='L':assert cur[r[1]]==f,('common frame',r,cur[r[1]],f) + else: + if r==target and r not in private:private[r]=f + assert private[r]==f + if op=='clear':rows[target]={};norm[target]=Q(0) + elif op=='copy':rows[target]=dict(rows[source]);norm[target]=norm[source] + elif op=='scale': + q=Q(e[2],e[3]);a,b=abs(q.numerator),q.denominator + assert a&(a-1)==0 and b&(b-1)==0 + rows[target]={j:q*x for j,x in rows[target].items()};norm[target]*=abs(q) + else: + q=Q(e[3],e[4]);a,b=abs(q.numerator),q.denominator + assert source!=target and b&(b-1)==0 + # Independent symbolic replay of the cleared coefficient work. + w=0 + for bit in bin(a)[2:]:w=2*w+int(bit) + assert Q(w,b)*(1 if q>0 else -1)==q + prefix=max(prefix,Q(a)*norm[source]) + norm[target]=norm.get(target,Q(0))+abs(q)*norm[source] + row=rows.setdefault(target,{}) + for j,x in list(rows[source].items()): + z=row.get(j,Q(0))+q*x + if z:row[j]=z + else:row.pop(j,None) + prefix=max(prefix,norm[target]) + else:raise AssertionError(tag) + assert phases==allowed and centers==list(range(len(c['centers']))) and not private + assert all(not row for reg,row in rows.items() if reg[0]=='C') + for r in range(n): + expected={r:Q(1)} + if back and r=0 + ev.append(('move',q,cur[q],f,delta));hist[delta]+=bool(delta);cur[q]=f + for q in src: + if q=2*v:assert set(coeff[q])<=F[f];spanchecks+=1 + for x,c in coeff[q].items():coeff[d][x]=coeff[d].get(x,0)+c + ev.append(('add',d,q)) + if d=2*v:assert set(coeff[d])<=F[f];spanchecks+=1 + for q,f in enumerate(w['final']): + if cur[q]!=f: + assert F[cur[q]]<=F[f];delta=dims[f]-dims[cur[q]];assert delta>=0 + ev.append(('move',q,cur[q],f,delta));hist[delta]+=bool(delta);cur[q]=f + hist.pop(0,None) + assert cur==w['final'] + def scalar(events,rev=False,omit=None): + vals=[1<=0;current[q]=b + if d:hs[d]+=1 + elif e[0]=='add':vals[e[1]]^=vals[e[2]] + elif e[0]==('erase' if rev else 'copy'): + assert vals[n]==0;vals[n]=vals[e[1]];hs[8]+=1;copies+=1 + else: + assert e[0]==('copy' if rev else 'erase') and vals[n]==vals[e[1]];vals[n]=0 + assert current==(w['start'] if rev else w['final']);assert copies==len(w['ret']) + assert all(vals[q]==((1<2:x/=2;k+=1 + def unit(y): + z=(y-1)/(y+1);s=Q(0);power=z + for j in range(100):s+=2*power/(2*j+1);power*=z*z + return s,s+2*power/(201*(1-z*z)) + l,u=unit(x);l2,u2=unit(Q(2));return Q(((l+k*l2)*GRID).__floor__(),GRID),Q(((u+k*u2)*GRID).__ceil__(),GRID) +def expo(x): + assert 0<=x<1;t=s=Q(1) + for j in range(1,25):t*=x/j;s+=t + return s,s+t*x/25/(1-x/26) +def moment(c): + lo=hi=Q(0) + for r,count in list(paid.items())+[(1,Q(32*64*64*E,10**16))]: + l,u=log_bounds(Q(64,r));a,b=expo(c*l)[0],expo(c*u)[1];lo+=Q(r*count,64*W)*a;hi+=Q(r*count,64*W)*b + return lo,hi +c=Q(result['bit_lower']);l,u=moment(c);assert u<1 +lup,uup=moment(c+Q(1,10**24));assert lup>1 +# Recompute finite bootstrap and every exact outer inequality without pricing imports. +b=Q(result['complex_lower']);eta=beta=Q(1,10**18);s=min(c,(1-beta)*b)-Q(1,10**24);chain=[Q(384599,10**10)];cuts=[] +for _ in range(6): + old=chain[-1];a=(1-s)*s+s*old;gap=min(s-a,1-a-s,1-a-s*(1-old),1-s);assert old0 + ceil=lambda x:-((-x.numerator)//x.denominator) + cut=max(ceil(36/gap**2),ceil(2*(4+512)/gap));assert cut*gap**2>=36 and cut*gap>=1032;cuts.append({'gap':str(gap),'cutoff_log2':str(cut)});chain.append(a) +assert cuts==result['bootstrap'];a=chain[-1];q=a*(1-2*eta);tau,sigma=1-a,1-b;lp=1-q;lam=(tau+lp)/2;cc=q+eta/4;eps=(1-eta)/(1+q);minimum=eps*q;rr=(minimum+1-eps)/2;delta=eta/8;internal=tau+(1-beta)*max(sigma-tau,Q(0));leaf=sigma+beta*(1-sigma) +margin={'balanced_prefix':1-eps,'coordinate_movement':a,'compact_phase_layer':minimum,'bulk_exposure':a,'Gaussian_arithmetic':min(1-eps-delta,rr-delta),'scalar_work':1-eps-delta,'dimension':eps} +k=Q(((minimum*10**18).numerator-1)//(minimum*10**18).denominator,10**18);assert k==Q(result['kappa']) and k0 +assert {name:str(value) for name,value in slack.items()}==result['strict_outer_constraints'] +r=dict(local_audit=local_receipt,status='PASS_INDEPENDENT_GLOBAL_INVOICE_AND_EXACT_ASSEMBLY',candidate_sha256=g['word_sha256'],global_template_sha256=g['template_sha256'],expanded_program_sha256=expanded.hexdigest(),events=events,global_scalar_columns=GN,global_dirty_columns=9*R,all_global_scalar_columns_restored=True,bank_assignments=assign,bank_families=len(occ),residual_isometries=len(isometries),route_corruption_controls=route_controls,extra_route_factors=144,banks_per_stage=NB,live=W,physical=W+9,paid_profile=dict(sorted(paid.items())),deficit=2496,source_bound_invoice=invoice,independent_moment='third rational enclosure; lower passes, adjacent upper fails',bit_lower=str(c),kappa=str(k),kappa_decimal=result['kappa_decimal'],strict_outer_constraints=len(slack),bridge_omission_controls=18,bootstrap_levels=6) +out.write_text(json.dumps(r,indent=2)+'\n');print(json.dumps(r,indent=2)) diff --git a/research/r740-block-retimed-kernel/code/pair_retime.py b/research/r740-block-retimed-kernel/code/pair_retime.py new file mode 100644 index 0000000000..76e03339b9 --- /dev/null +++ b/research/r740-block-retimed-kernel/code/pair_retime.py @@ -0,0 +1,19 @@ +"""Apply frozen pair-search endpoint frame changes after the 57-gate A retime. +The witness changes 112 B frames; every ordered scalar ADD is identical. +Prepared by eumemic with OpenAI Codex assistance; Apache-2.0. +""" +import copy,json,hashlib + +def content(w):return hashlib.sha256(json.dumps(w,sort_keys=True,separators=(',',':')).encode()).hexdigest() +def apply(src,selection): + assert content(src)==selection['input_sha256']=='bae58f0692326f180ba49642360fd55557f59a93a96a8fa62bf7babd55d2384e' + out=copy.deepcopy(src);frames={tuple(sorted(f)):i for i,f in enumerate(src['frames'])};seen=set() + for ph,i,old,new in selection['gates']: + assert ph=='B' and (ph,i) not in seen;seen.add((ph,i)) + gate=out[ph][i];assert tuple(sorted(out['frames'][gate[0]]))==tuple(sorted(old)) + assert tuple(sorted(new)) in frames;gate[0]=frames[tuple(sorted(new))] + assert len(seen)==112 + for ph in ('D','A','B','C'): + assert len(out[ph])==len(src[ph]) and all(g[1:]==h[1:] for g,h in zip(out[ph],src[ph])) + assert content(out)==selection['output_sha256']=='fc4d045fd68ba47e21d69b840a51128ff52739dca3c0f7b9255bd757e31737e7' + return out diff --git a/research/r740-block-retimed-kernel/code/primitive_retime.py b/research/r740-block-retimed-kernel/code/primitive_retime.py new file mode 100644 index 0000000000..4d8c5b88a6 --- /dev/null +++ b/research/r740-block-retimed-kernel/code/primitive_retime.py @@ -0,0 +1,27 @@ +"""Apply the pinned 57-gate A-only primitive retiming to the V2 kernel word. +Selection and output hashes are exact; scalar gate operands remain unchanged. +OpenAI Codex integration, using the finite candidate found by search_r740_quad. +""" +import copy,hashlib,json +from pathlib import Path + +def content(w): return hashlib.sha256(json.dumps(w,sort_keys=True,separators=(',',':')).encode()).hexdigest() +def apply(src,sel): + w=copy.deepcopy(src); frame_map={tuple(sorted(x)):i for i,x in enumerate(w['frames'])} + assert sel['input_sha256']==content(w) + for ph in ('D','A','B','C'):w[ph]=[[f,d,[x]] for f,d,ss in w[ph] for x in ss] + assert content(w)==sel['primitive_input_sha256'] + prepared=copy.deepcopy(w) + changed=0 + seen=set() + for ph,i,old_lines,new_lines in sel['gates']: + assert ph=='A' and (ph,i) not in seen; seen.add((ph,i)) + gate=w[ph][i]; old=tuple(sorted(w['frames'][gate[0]])); assert old==tuple(sorted(old_lines)),(ph,i,old,old_lines) + nf=tuple(sorted(new_lines)); assert nf in frame_map + gate[0]=frame_map[nf]; changed+=1 + assert changed==57 and all(g[1:]==prepared[ph][i][1:] for ph in ('D','A','B','C') for i,g in enumerate(w[ph])) + assert content(w)==sel['output_sha256'] + return w +if __name__=='__main__': + import sys + src=json.load(open(sys.argv[1])); sel=json.load(open(sys.argv[2])); out=apply(src,sel);json.dump(out,open(sys.argv[3],'w'),sort_keys=True,separators=(',',':')); print('PASS primitive retime',sel['gates'].__len__(),'moves',sel['output_sha256']) diff --git a/research/r740-block-retimed-kernel/code/residual_routes.py b/research/r740-block-retimed-kernel/code/residual_routes.py new file mode 100644 index 0000000000..04feccfe52 --- /dev/null +++ b/research/r740-block-retimed-kernel/code/residual_routes.py @@ -0,0 +1,26 @@ +"""Generate exact coordinate isometries for this kernel's residuals. +OpenAI Codex. Route witness/check conventions follow chafreaky's PR439. +""" +import sys +from pathlib import Path +sys.path.insert(0,str(Path(__file__).resolve().parent.parent/'vendor/pr439')) +from bank_routes import validate_isometries + +def generate(word,dimensions): + roots=word['lines'];index={tuple(r):i for i,r in enumerate(roots)};out=[] + for f in sorted(set(word['start'][240:])): + e=dimensions[f];rs=[roots[j] for j in word['frames'][f]] + axes=sorted({i for r in rs for i,x in enumerate(r) if x}) + assert len(axes)==e, 'This finite selection must have coordinate entrances' + order=axes+[i for i in range(8) if i not in axes] + matrix=[[2*int(i==j) for j in range(8)] for i in order] + basis=[index[tuple(r)] for r in matrix] + assert set(basis[:e])<=set(word['frames'][f]) + reduced=order[:];ops=[] + for i in range(8): + j=reduced.index(i) + if i!=j:reduced[i],reduced[j]=reduced[j],reduced[i];ops.append(['swap',i,j,None]) + assert reduced==list(range(8)) and len(ops)<=7 + out.append(dict(frame=f,entrance_rank=e,denominator=2,entrance_basis=basis[:e],residual_basis=basis[e:],orthogonal_rows_numerator=matrix,gaussian_reduction=ops)) + assert validate_isometries(out,word['frames'],roots,dimensions)==set(word['start'][240:]) + return out diff --git a/research/r740-block-retimed-kernel/code/window_retime.py b/research/r740-block-retimed-kernel/code/window_retime.py new file mode 100644 index 0000000000..a556e55ec8 --- /dev/null +++ b/research/r740-block-retimed-kernel/code/window_retime.py @@ -0,0 +1,19 @@ +"""Apply frozen window-search endpoint frame changes after the 112-gate B retime. +The witness changes 42 B frames; every ordered scalar ADD is identical. +Prepared by eumemic with OpenAI Codex assistance; Apache-2.0. +""" +import copy,json,hashlib + +def content(w):return hashlib.sha256(json.dumps(w,sort_keys=True,separators=(',',':')).encode()).hexdigest() +def apply(src,selection): + assert content(src)==selection['input_sha256']=='fc4d045fd68ba47e21d69b840a51128ff52739dca3c0f7b9255bd757e31737e7' + out=copy.deepcopy(src);frames={tuple(sorted(f)):i for i,f in enumerate(src['frames'])};seen=set() + for ph,i,old,new in selection['gates']: + assert ph=='B' and (ph,i) not in seen;seen.add((ph,i)) + gate=out[ph][i];assert tuple(sorted(out['frames'][gate[0]]))==tuple(sorted(old)) + assert tuple(sorted(new)) in frames;gate[0]=frames[tuple(sorted(new))] + assert len(seen)==42 + for ph in ('D','A','B','C'): + assert len(out[ph])==len(src[ph]) and all(g[1:]==h[1:] for g,h in zip(out[ph],src[ph])) + assert content(out)==selection['output_sha256']=='00d8aa8608e40b53fd8752399de06cb730cc55caaadc528f88379cb31b8460a6' + return out diff --git a/research/r740-block-retimed-kernel/inputs/bit-geometry.json.gz b/research/r740-block-retimed-kernel/inputs/bit-geometry.json.gz new file mode 100644 index 0000000000..19725bec46 Binary files /dev/null and b/research/r740-block-retimed-kernel/inputs/bit-geometry.json.gz differ diff --git a/research/r740-block-retimed-kernel/inputs/complex-canonical-reference.json.gz b/research/r740-block-retimed-kernel/inputs/complex-canonical-reference.json.gz new file mode 100644 index 0000000000..d604ec1ae8 Binary files /dev/null and b/research/r740-block-retimed-kernel/inputs/complex-canonical-reference.json.gz differ diff --git a/research/r740-block-retimed-kernel/inputs/complex-data-phases.json.gz b/research/r740-block-retimed-kernel/inputs/complex-data-phases.json.gz new file mode 100644 index 0000000000..22154a8c58 Binary files /dev/null and b/research/r740-block-retimed-kernel/inputs/complex-data-phases.json.gz differ diff --git a/research/r740-block-retimed-kernel/inputs/complex-phase-receipt.json b/research/r740-block-retimed-kernel/inputs/complex-phase-receipt.json new file mode 100644 index 0000000000..2a370225ea --- /dev/null +++ b/research/r740-block-retimed-kernel/inputs/complex-phase-receipt.json @@ -0,0 +1,22 @@ +{ + "status": "PASS_NEW_WORD_EXACT_LOCAL_PHASE_RECIPES", + "canonical_word_sha256": "79ff8e19335d5d5d1563ef0bc218106945d6a2b88ece53ee24bb3d88b2594ba3", + "fresh_edges": 248, + "reused_exact_edges": 2670, + "prior_recipe_sha256": "ecd793998109e76a139afcf5a3d83376cbc27f6364fd5fbc9e5645d129b2f791", + "frames": 956, + "directed_edges": 2918, + "ranks": { + "1": 1424, + "3": 168, + "8": 24, + "5": 294, + "2": 784, + "4": 224 + }, + "endpoint_adapters": 240, + "all_child_equalities_include_global_phase": true, + "recipe_sha256": "242fe77af077973e1933524fe5c7ff3b68bef14b1f6938e024827de78d954492", + "seconds": 17.302232877002098, + "scope": "Every local frame and center transition. Expanded scalar-interface integration and global emitted program are separate obligations." +} diff --git a/research/r740-block-retimed-kernel/inputs/complex-phase-recipes.json.gz b/research/r740-block-retimed-kernel/inputs/complex-phase-recipes.json.gz new file mode 100644 index 0000000000..03dc5fbe5e Binary files /dev/null and b/research/r740-block-retimed-kernel/inputs/complex-phase-recipes.json.gz differ diff --git a/research/r740-block-retimed-kernel/inputs/complex-ports.json.gz b/research/r740-block-retimed-kernel/inputs/complex-ports.json.gz new file mode 100644 index 0000000000..ccbdc0596c Binary files /dev/null and b/research/r740-block-retimed-kernel/inputs/complex-ports.json.gz differ diff --git a/research/r740-block-retimed-kernel/inputs/complex-template.json.gz b/research/r740-block-retimed-kernel/inputs/complex-template.json.gz new file mode 100644 index 0000000000..975ce5c0df Binary files /dev/null and b/research/r740-block-retimed-kernel/inputs/complex-template.json.gz differ diff --git a/research/r740-block-retimed-kernel/inputs/e8-r865.json.gz b/research/r740-block-retimed-kernel/inputs/e8-r865.json.gz new file mode 100644 index 0000000000..8bec1751f7 Binary files /dev/null and b/research/r740-block-retimed-kernel/inputs/e8-r865.json.gz differ diff --git a/research/r740-block-retimed-kernel/notices/NOTICE-PR352.md b/research/r740-block-retimed-kernel/notices/NOTICE-PR352.md new file mode 100644 index 0000000000..4f9a0194a3 --- /dev/null +++ b/research/r740-block-retimed-kernel/notices/NOTICE-PR352.md @@ -0,0 +1,33 @@ +# Attribution and provenance + +Prepared by DaysSky, assisted with Claude. Apache-2.0 (see `LICENSE`) applies to the new code and to the inherited Apache-2.0 +code below; third-party notices are preserved where files are vendored. + +- **Complex supplier: the E8 unit** (`code/complex/inputs/e8/`): Jacob Sussman, jacobalansussman/wht-power-saving-lean + at `9c94857bbaee886f8649edee0bc2d3c738f9555e` (Apache-2.0, Copyright 2026 Jacob Sussman; his `LICENSE` and `NOTICE` + are vendored beside the files). The certificate `tools/certificate/gcert1-e8-r783.json.gz`, the 24 Lean modules and + the comparator configuration of his kernel-checked theorem `wht_main_block_B2Ge8x`, his Lean-data generators + (`tools/gx/{gxgen,gxrate,gxbind,gxunit,gxcore,gsmirror,gxpaths,regen_check,regen_check_e8}.py`, + `tools/gen/{foldlib,foldgen,gen_rates,gen_sharp}.py` and templates) and his stand-alone `tools/e8/replay.py` are + vendored byte-identical and sha-pinned in `code/complex/inputs/complex/source-pins.json`. His README credits + devices from this repository in the unit: slot reuse with a compensating read (jamesyc #124, eumemic #143), late + pairing (Chafik Boukhalfa #200/#233), the in-place pair (icekylinx #184, carried in ikeboy's #191/#193). +- **Bit word, Design T, twin condensation, checkers and engines** (`data/bit/`, `code/builders/`, `code/checkers/`, + `code/pricing/`, `code/export_p10.py`, `code/stage_cohort.py`): unchanged from LJH-217's PR #346 at + `11b4de5ff8ed5fccf55d4af1043358d257308e8e`, which builds on DreamingOfClouds' PR #325 p10b word and PR #315 engines + (#285/#276 gen5/gen4 lineage on eumemic's PR168 generator and source527 package, PR #200's physical rules, hcg890 + and Jacob Sussman's five-stage architecture, Evan McKinney's completed banks), utcorvusvolat-dotcom's w3 Design T, + twin condensation and verifier (PR #310) and PR #266's official checkers. See PR #346's notice for detail. + `json.hpp`: Niels Lohmann, MIT license in its header. +- **Complex checks** (`code/complex/portable_complex.py`, `code/complex/code/`, `code/complex/inputs/complex/`): + PR #315's portable complex checks as ported to p = 10 in PR #346 (#256/#233/#202/#200/#194/#184 lineage: + icekylinx, Chafik Boukhalfa, Avi Eisenberg, eumemic and others). Jacob Sussman's `gx.check1`, `gxcore` and pinned + Lean chain sources under `code/complex/inputs/complex/sources` are unchanged from PR #346 (byte-identical at + `9c94857` except his `ORIGIN.md`, kept at `f010392`). +- **New here**: `code/complex/code/scatter.py` and the generalization of the label, scalar, splice and guard checks + from the paired-cube star scatter with h centres of rank h − 2 to any gx scatter (table or star) with any number + of retained totals of any rank (regression: on PR #346's p = 10 program the generalized checks give byte-identical + scalar schedules, splice programs, primitive expansions, ledger and precision guard); the generalized final-climb + partition; the E8 pins; the Lean-binding and replay steps of `certify_complex.py`; `verify.sh` changes. + +Credits do not imply endorsement or review by the credited authors. diff --git a/research/r740-block-retimed-kernel/notices/NOTICE.md b/research/r740-block-retimed-kernel/notices/NOTICE.md new file mode 100644 index 0000000000..c244e3f56a --- /dev/null +++ b/research/r740-block-retimed-kernel/notices/NOTICE.md @@ -0,0 +1,47 @@ +# Attribution and provenance + +Prepared by Dylan Crow, with Anthropic Claude assistance. Apache-2.0 (see `LICENSE`) applies to the new code and to the +inherited Apache-2.0 code. Third-party notices are preserved where files are vendored. + +## New in this package + +- The E8 bit word `bitE8-r865` and its producer (`code/bit/producer/`). +- The record exporter. +- The independent checker and the controls. +- The centre-count CP-SAT proof. +- The generalized bit-side checkers, each with a documented default that reproduces the original: + - `NCOPY` in `legality_h.cpp` and `columns_h.cpp`; + - the `--gram` parameter in `gram_frames.py`; + - the label-family parameters in `geometry_g.py`; + - h and replicas in `tile_g.py`; + - h and T in `certify_bit_g.py`; + - NCOPY and the route template in `finite_g.py`. +- The receipt assembler. +- The secondary `seven_stage.py`. + +## Vendored + +- **`code/complex/`, `code/pricing/`**: unchanged from PR #352 (DaysSky) at `04b4c3c478b5bd8797d2663d89d8db4dfd0ad9f2`. This + includes: + - Jacob Sussman's E8 unit, Lean data, generators and replay, from jacobalansussman/wht-power-saving-lean at `9c94857` + (Apache-2.0, Copyright 2026 Jacob Sussman; his `LICENSE`/`NOTICE` are beside the files); + - PR #315's engines (`moment.py`, `base_two_moment.py`, `outer.py`, `prime_witnesses.py`). + See `NOTICE-PR352.md`. +- **`code/bit/regression/`**: unmodified from PR #352 / PR #346 (LJH-217): + - `legality_h_pr346.cpp` and `columns_h_pr346.cpp` (PR #266's official cohort checkers as generalized in h by #346); + - `stage_cohort.py`, `prime_new.py`, `tile_check.py`, `cost.py`, `certify_bit.py`. + The generalized checkers in `code/bit/checkers/` derive from these, and from the source527/p10 packages' + `finite_check.py`, `geometry527.py` and `global_lowering.py`, whose lineage is: + - eumemic's source527 package; + - PR #200 (Chafik Boukhalfa); + - PR234 (hcg890 / Henry Grant), on Jacob Sussman's five-stage architecture; + - Evan McKinney's completed banks; + - the p = 10 ports by DreamingOfClouds and Chafik Boukhalfa. +- **`code/secondary/bridged.py`**: unchanged from PR #363 (DaysSky) at `9df55dad6ddd05c3458793dfd82d1c2fe0ddbbb4`. + See `NOTICE-PR363.md`. +- **`data/regression-p10/BASE-*`**: PR #325's p10b word as exported in PR #352 (DreamingOfClouds; #352 `data/bit`). +- **`data/regression-p10/receipts-loans/`**: verification receipts of agent G's p = 10 passive-loans package, used only as + regression input. +- **`json.hpp`**: Niels Lohmann, MIT license in its header. + +The E8 label family on the bit side follows Jacob Sussman's introduction of the E8 family for the complex supplier. diff --git a/research/r740-block-retimed-kernel/notices/PR386.txt b/research/r740-block-retimed-kernel/notices/PR386.txt new file mode 100644 index 0000000000..28cfebeb08 --- /dev/null +++ b/research/r740-block-retimed-kernel/notices/PR386.txt @@ -0,0 +1,25 @@ +Prepared by Zhihao Chen with substantial OpenAI Codex assistance. +New compressed nine-stage bit geometry, source-bound global template, +independent audit, finite bill, combined certificate and documentation: +Apache License 2.0, the repository LICENSE. + +Pinned dependency research/e8-bit is reproduced without modification from +Dylan Crow (utcorvusvolat-dotcom), with Anthropic Claude assistance, PR #370: +https://github.com/CrocSwap/integer-mult-bounds/pull/370 +commit b7fe9cdf2da009c947ff6b334c562bc190b30373. +All LICENSE, NOTICE.md, NOTICE-PR352.md and NOTICE-PR363.md files are retained. +The local E8 bit word and its producer are their contribution, not ours. + +Pinned dependency research/nine-stage-complex-e8 is the independently +developed complex component from PR #377, commit +d0a620fcc99ba012468d61d01f5bb14007076d50: +https://github.com/CrocSwap/integer-mult-bounds/pull/377 +Its inherited sources, source notices and licenses remain unchanged. + +Jacob Sussman introduced the E8 family and complex unit. The preserved +upstream notices credit source527/eumemic, PR234/hcg890, PR266, PR315, +PR346/LJH-217, PR352/DaysSky, PR363/DaysSky, Chafik Boukhalfa, +DreamingOfClouds, Evan McKinney and other original contributors. + +The portable bits/stdc++.h shim contains standard-library includes only; +it changes neither inherited algorithms nor their verification checks. diff --git a/research/r740-block-retimed-kernel/notices/PR426-SOURCE-PINS.json b/research/r740-block-retimed-kernel/notices/PR426-SOURCE-PINS.json new file mode 100644 index 0000000000..24a25d4342 --- /dev/null +++ b/research/r740-block-retimed-kernel/notices/PR426-SOURCE-PINS.json @@ -0,0 +1,1116 @@ +{ + "files": [ + { + "commit": "b07cf2f3fdffcbccca86c88a0c33b32dfce4bfe9", + "path": "vendor/source376/two_alias.py", + "repository": "CrocSwap/integer-mult-bounds", + "sha256": "5046a050e168266aff6488d27ca6525469c844118fbaced9af2b3dde8e13065c", + "source_path": "research/e8-far-helper-composition/two_alias.py" + }, + { + "commit": 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/dev/null +++ b/research/r740-block-retimed-kernel/notices/PR426.md @@ -0,0 +1,53 @@ +# Sources and attribution + +This extension preserves the full frozen PR389 package at b3c45822ca847aec8c0c019bb04db30881fc2966. +All notices and licenses in that package continue to apply, including Jacob +Sussman's original gx/E8 construction and Dylan Crow's bit word. + +applecrusher PR376 supplies the two exact equal-helper aliases, frame repairs, +two subsequent rank-six to rank-five moves, and deterministic transport. +Dugongue PR390 supplies target-prefix difference restoration and its sufficient +main-only Y-to-Y compiler extension. Rohan Arun PR395 supplies the signed +extension; its original source file and exact function bytes are retained. +The fixed signed selection here is reconstructed on the R779 word, rather than +claiming another contributor's selected witness as new discovery. + +ai-nanachi, with substantial OpenAI Codex assistance, supplies two further +two-donor clean substitutions, 55 clean-reset bit helper reuses, 54 subsequent +bit frame moves, changed complete supplier replays and exact composition. +The first contribution's frame search and exact record are preserved separately. +The headline gain comes from the changed complex supplier. The bit gain is +reported separately because it does not change the binding complex ceiling. +No worldwide priority or global optimality is claimed. + +Source byte identities and original commit paths are in SOURCE-PINS.json. +New contributions are Apache-2.0; original source-specific notices and licenses +are retained in the frozen parent and vendor directories. + +Dugongue [PR401](https://github.com/CrocSwap/integer-mult-bounds/pull/401) +at 7844f72c6051a4408284c3092490687061675c1a supplies arbitrary entrance +subspaces, exact even/degenerate two-sided normalization, mixed banks and +independent readback. Dugongue +[PR404](https://github.com/CrocSwap/integer-mult-bounds/pull/404) +at 12f488264cdd74a3b60d0fb534f4955792384f5c supplies the expanded shared-donor +selection and sufficient nested-donor construction. Our private nested-flag +experiments ran independently around this public update; no priority over +PR404 is claimed. applecrusher's PR376 at +7aa9d9f0247bb60c0519704bbca18990011e2a37 supplies the additional rank-eight +to rank-seven frame change, frozen through PR404's composition source. +Our contribution is the explicitly mapped R779 composition, all-pair fresh +phase replay, full changed supplier/bit checks, and independent clean-reset +bit mechanism. PR404's incompatible overlapping target recovery is excluded. +No source-specific numerical gains are added to the headline. + +Chafik Boukhalfa, with Anthropic Claude assistance, supplies the checker-clean +re-pivoting from [PR412](https://github.com/CrocSwap/integer-mult-bounds/pull/412) +at 616d9d678c00d79693b869934464003ba5b8d1b1. The four ordered groups originate +in Rohan Arun's [PR409](https://github.com/CrocSwap/integer-mult-bounds/pull/409); +the eight enlargements originate in eumemic's +[PR410](https://github.com/CrocSwap/integer-mult-bounds/pull/410). +Exact selected source bytes, commit paths and licenses are retained through +the frozen PR412 composition in vendor/source412. This submission maps these +relations onto R779, checks both unchanged original checker families, +recomputes every chronological omission, and freshly admits every phase pair. +No independently reported numerical savings are added together. diff --git a/research/r740-block-retimed-kernel/notices/PR438-NOTICE.md b/research/r740-block-retimed-kernel/notices/PR438-NOTICE.md new file mode 100644 index 0000000000..ee51ac2694 --- /dev/null +++ b/research/r740-block-retimed-kernel/notices/PR438-NOTICE.md @@ -0,0 +1,44 @@ +# Attribution + +Copyright 2026 icekylinx. New split-centre cancellation, reversible source-centre +composition, integration and verification changes were prepared by icekylinx +with substantial OpenAI Codex assistance. Apache-2.0 applies to these changes. +Earlier private Pro exploration used GPT-6 Astra; the new construction and +composition in this package were developed with Codex. + +## Direct sources + +- Zhihao Chen, with OpenAI Codex assistance: PR425's mutable-basis Hamming packet + producer, common-frame scalar interface, exact phase lowering and verification; + PR386's compressed nine-stage bit geometry, owner template, audit and finite + accounting. These supply the immediate complex and geometric baselines. +- ai-nanachi, with OpenAI Codex assistance: PR426's R767 bit word, including 55 + clean-reset helper reuses and 54 frame changes. The complete selected word is + imported unchanged before the nine source-centre replacements. +- Dylan Crow (utcorvusvolat-dotcom), with Anthropic Claude assistance: PR370's + Hamming E8 bit producer, root table, record exporter and local format. +- Jacob Sussman: the E8 family, complex unit and underlying interchange framework. +- applecrusher, Dugongue, eumemic, Rohan Arun, Chafik Boukhalfa, DaysSky, + DreamingOfClouds, Henry Grant, Evan McKinney, LJH-217 and other contributors: + the source, frame, compiler, rational-pricing and analytic lineage detailed + in the preserved original notices. + +The current value is computed from the two actual resulting programs. +Independently published improvements are not added numerically. `SOURCES.json` +records original commits and file hashes; `notices/` preserves source notices. +Files under `proofs/` describe their original packages and retain their original +scope and attribution; the current statement is in `PROOF.md`. + +## Earlier contributions by icekylinx + +The earlier #10, #18, #24, #32 and #36 contributions developed projector batching, +partial-swap frames, endpoint gauges and conditional analytic/tape integration. +The subsequent #104, #115, #130 and #144 contributions covered stopped-product +integration, partial gauges, three-stage covers and paired-cube/source chronology. +These provide historical context, not additional savings in this ledger. The +source-centre idea from the preceding local round is used here on PR426's bit +word. Unselected research experiments and superseded submission candidates are +not part of this package. + + +Kernel stage (this package): code/bit_kernel.py, the bank-tiling and audit changes in code/bit_global.py / code/bit_audit.py, stages/kernel-selection.json - rohanarun with Anthropic Claude assistance, Apache-2.0. vendor/kernel417/ is chafreaky's PR #417 code (e8core.py, stages.py, engines/), Apache-2.0, with two marked assertion relaxations. diff --git a/research/r740-block-retimed-kernel/notices/SUSSMAN-NOTICE b/research/r740-block-retimed-kernel/notices/SUSSMAN-NOTICE new file mode 100644 index 0000000000..63aa295646 --- /dev/null +++ b/research/r740-block-retimed-kernel/notices/SUSSMAN-NOTICE @@ -0,0 +1,290 @@ +Walsh-Hadamard power saving (wht-power-saving-lean) +Copyright 2026 Jacob Sussman + +Repository: https://github.com/jacobalansussman/wht-power-saving-lean + +This repository is not a project of OpenAI. OpenAI did not write, review or +endorse it. The package name "OAI" and the namespace "OAI.PowerSaving" are +those of openai/math and are kept only because the new files extend that +development. + +This repository is not a project of CrocSwap/integer-mult-bounds either. Its +authors did not write, review or endorse it. Section 6 says what is taken +from their repository. + +This repository contains files from, and files derived from, the repository +"openai/math" (https://github.com/openai/math), family 130, "Exact Fourier +transforms below n log n", at commit fd4aeeb2ee4fc729c18d98444fed42fd0529eeeb. +That repository is published under the Apache License, Version 2.0. A copy of +the licence is in the file LICENSE. The upstream repository has no NOTICE file +and its licence text names no copyright holder; the files are attributed here +to the authors of openai/math (OpenAI). + +1. Unmodified upstream files. + The 89 files under OAI/Computability/ are byte-for-byte copies of the files + with the same paths under lean/ in openai/math at the commit above. They + have not been changed. Modified copies of some of them are under + Work/Fourier/ and are listed in section 7. + One more file of openai/math is here unchanged, outside the Lean build: + third-party/openai-math/lean/ComparatorChallenges/UniformFourier.lean is a + byte-for-byte copy of lean/ComparatorChallenges/UniformFourier.lean at the + commit above (the statement of OpenAI's Fourier challenge). It is included + so that the modified copy named in section 2 can be compared with it. + +2. Files that contain upstream text. + - Work/CarrierCheck/ChallengeB2Ke16x.lean, + Work/CarrierCheck/ChallengeB2Ke16xR.lean, + Work/GCert/Data/ChallengeB2Gp193x.lean and the text template + tools/gen/templates/ChallengeB2L16x.lean.txt each contain, as their + lines 22-270, lines 9-257 of + lean/ComparatorChallenges/UniformFourier.lean of openai/math (the RAM cost + model), unchanged. Everything else in these files was written for this + repository. + - Work/Fourier/UniformFourierChallenge.lean is a modified copy of + lean/ComparatorChallenges/UniformFourier.lean of openai/math (the + statement of OpenAI's Fourier challenge, 336 lines). Changes: a comment + was added at the top; the exponent 1 - 1/(10^(13:ℕ)) was replaced by + 1 - 7474546/(10^(10:ℕ)); seven names received the suffix "Z" + (decimalExponent, decimalTime, TimeBounds, DFTGoal, ConvGoal, + transform_main, convolution_main). Everything else in the file is the + upstream text, unchanged. See section 7. + - Work/Scratch/Engine.lean and Work/Block/Engine.lean contain copies of + proofs of openai/math, changed for this repository: sections 1, 2 and 5 + of Work/Scratch/Engine.lean are upstream proofs with the batch layout + renamed, and both files contain a copy of the private upstream theorem + "hills_project" (lean/OAI/Computability/FourierTransform/ + TensorProgram.lean) with its envelope generalised. The comments in the + two files mark these places. + - lakefile.lean is adapted from lean/lakefile.lean of openai/math: the same + package name, toolchain, package option and Mathlib pin; every other + dependency was removed and the libraries of this repository were added. + lean-toolchain is a byte-for-byte copy of lean/lean-toolchain. + lake-manifest.json lists Mathlib and its dependencies at the revisions of + lean/lake-manifest.json. + - RELATED-WORK.md reproduces the BibTeX entries of two manuscripts of + openai/math. + +3. New files that build on upstream proofs. + The other files under WHTCheck/ and Work/ were written for this + repository. They import the upstream files, and several of them generalise + or adapt proofs of upstream files (for example Work/Block/Recursion.lean, + which says so in its header). They are changes and additions made for this + repository and are not part of openai/math. + +4. How the new files were made. + Jacob Sussman made the new files on 2026-10-08 and 2026-10-09 by directing + a team of AI agents (Claude). The agents wrote the new Lean files, the + certificate data and the generator scripts. See README.md, section 4. + +5. Ideas taken from other public work. + The network of the first result uses ideas published by others, among them + the helper circuit "NStar3" (Swapnil-jain/integer-mult-kappa, which credits + CrocSwap pull request #36 and Paureel for parts of it), its transfer to + family 130 (shea256/fourier-transform-below-nlogn), and "carrier links" and + "whole-residual batching" (pull requests to CrocSwap/integer-mult-bounds). + No file of Swapnil-jain/integer-mult-kappa or of + shea256/fourier-transform-below-nlogn is included here. One comment in + Work/Scratch/Engine.lean quotes three counts reported in + Swapnil-jain/integer-mult-kappa and names that source. The general frame + lemma that Work/GFrame proves is stated in + notes/general-clifford-frames.tex of CrocSwap/integer-mult-bounds; its Lean + proof was written for this repository. The credits, with links, are in + RELATED-WORK.md. + +6. Data derived from CrocSwap/integer-mult-bounds (second result). + The helper circuit of the second result is the paired-cube circuit of the + repository "CrocSwap/integer-mult-bounds" + (https://github.com/CrocSwap/integer-mult-bounds), in the state of its pull + request #193. It is the design of that community: icekylinx (pull requests + #144 and #184), eumemic (#168, and #117 behind its modules), ikeboy / + Avi Eisenberg (#191 and #193), with an664 (#128) credited there for the + workspace-sharing principle. That repository is published under the Apache + License, Version 2.0 (the same licence text as the file LICENSE). Its + NOTICE file begins "A sharper exponent for integer multiplication / + Copyright 2026 Douglas Colkitt" and says that the community release "is + not solely Douglas Colkitt's work". A complete copy of that NOTICE file, as + it is at the head of pull request #193, is in + third-party/CrocSwap-integer-mult-bounds/NOTICE. + + The data were taken from these files of that repository. They were loaded + as data by programs written for this repository; no program of that + repository was run, and none is included here. + - at the head of pull request #168 (eumemic), + 4a3c769e5c5430e7114c4d3e099ff34664677f17: + references/paired-cube/sources/local_L1.json + references/paired-cube/sources/tmod_TE_TD_TB3_1_1_4_full_6.0617964e-4.json + references/paired-cube/sources/pmod_J0_full_6.0666810e-4.json + references/paired-cube/sources/qmod_climb3u_best.json + references/paired-cube/selected-module/matching-arcs.json + references/paired-cube/physical/frames.json + - at the head of pull request #193 (ikeboy), + 187e1010ac8b259af8e9b5166f68b64bc27b4b47: + research/source-assisted-v4/data/physical-pairs.json + + Files of this repository that contain data derived from them: + tools/certificate/gcert1-p11-pr193.json.gz and the Lean data modules + generated from it, Work/GCert/Data/Gen/P193*.lean and the files they import + from Work/GCert/Data/Gen/P193/; its block counts are also in the generated + modules Work/GCert/Data/P193Price.lean, RateB2Gp193.lean, RateB2Gp193x.lean + and InstB2Gp193.lean. + Changes made: the circuit was rebuilt from those data as one explicit, + renumbered list of additions with a table of frames, in the certificate + format "gcert/1" of this repository; its 1,980 in-place steps were written + as pairs of additions with rescaled coefficients; the Lean data modules + were generated from that list. No file of that repository is included + unchanged, except the copy of its NOTICE file named above. + + Notices of that NOTICE file that pertain to these data, quoted: + + Paired-cube and shared-core extension, 9 October 2026 + Copyright 2026 icekylinx + + Source-assisted common-frame extension (2026-10-09) + Copyright 2026 icekylinx. Apache-2.0. + Substantial dependency: eumemic PR168, + fd25adb7fbaa12ee761d02c733c54d1d2a7687ee + + The full text of both notices, and the notices of the work they build on, + are in the copy named above. The credits, with links and with the words of + pull request #193 about its own sources, are in README.md ("Whose circuit + this is") and in RELATED-WORK.md, section 1. + +7. Modified copies of upstream files (third result). + The files listed below are copies of files of openai/math at the commit + above, changed for this repository. Each begins with a comment that names + the upstream file it is derived from and states what was changed. The + upstream originals under lean/OAI/Computability/ are in this repository + as well, unchanged (section 1), and the copies import them. The upstream + challenge file lean/ComparatorChallenges/UniformFourier.lean is in this + repository in both forms: unchanged under third-party/openai-math/ + (section 1) and modified (section 2). + + - Work/Fourier/ArbitraryLength.lean: modified copy of + lean/OAI/Computability/FourierTransform/ArbitraryLength.lean (224 + lines; 159 of them unchanged in the copy). Changes: identifiers renamed + on 64 lines (18 names: 15 with the suffix Z, 3 with Z inserted); 1 + import line replaced by 1; 15 comment lines added; no other change to + the code. + - Work/Fourier/Asymptotics.lean: modified copy of + lean/OAI/Computability/FourierTransform/Asymptotics.lean (187 lines; + 112 of them unchanged in the copy). Changes: identifiers renamed on 74 + lines (32 names: 26 with the suffix Z, 6 with Z inserted); 1 import + line replaced by 1; 15 comment lines added; no other change to the + code. + - Work/Fourier/Axioms.lean: written for this repository (not a copy of an + upstream file). + - Work/Fourier/ConvolutionProgram.lean: modified copy of + lean/OAI/Computability/FourierTransform/ConvolutionProgram.lean (100 + lines; 77 of them unchanged in the copy). Changes: identifiers renamed + on 22 lines (10 names: 9 with the suffix Z, 1 with Z inserted); 1 + import line replaced by 1; 15 comment lines added; no other change to + the code. + - Work/Fourier/Goal.lean: written for this repository; contains lines of + upstream files: of its 7 code lines, 6 are lines of + lean/OAI/Computability/FourierTransform/Goal.lean (original lines 35, + 75-77, 79, 81): unchanged: its lines 25; with identifiers renamed: its + lines 21, 24, 26, 28, 30. + - Work/Fourier/Main.lean: modified copy of + lean/OAI/Computability/FourierTransform/Main.lean (151 lines; 90 of + them unchanged in the copy). Changes: identifiers renamed on 59 lines + (40 names: 35 with the suffix Z, 5 with Z inserted); 1 import line + replaced by 2; 24 comment lines added; other code lines changed: 1 of + the original, 1 of the copy (copy line 59). + - Work/Fourier/Seam.lean: written for this repository; contains lines of + upstream files: of its 122 code lines, 15 are lines of + lean/OAI/Computability/FourierTransform/TensorProgram.lean (original + lines 36-37, 95-96): unchanged: its lines 93-94, 113-114, 141-142, + 163-164, 185-187, 194-196; with identifiers renamed: its lines 184; 3 + are lines of lean/OAI/Computability/FourierTransform/TensorSaving.lean + (original lines 83-84, 114): with identifiers renamed: its lines 45-46, + 59; 1 is a line of lean/OAI/Computability/FourierTransform/Main.lean + (original line 60): with identifiers renamed: its lines 213. + - Work/Fourier/SectorAlgorithm.lean: modified copy of + lean/OAI/Computability/FourierTransform/SectorAlgorithm.lean (224 + lines; 162 of them unchanged in the copy). Changes: identifiers renamed + on 61 lines (17 names: 13 with the suffix Z, 4 with Z inserted); 1 + import line replaced by 1; 15 comment lines added; no other change to + the code. + - Work/Fourier/SynchronizedAlgorithm.lean: modified copy of + lean/OAI/Computability/FourierTransform/SynchronizedAlgorithm.lean (126 + lines; 94 of them unchanged in the copy). Changes: identifiers renamed + on 31 lines (12 names: 10 with the suffix Z, 1 with Z inserted, 1 + other), the other being "canopy" to "Grove.canopy" (5 lines); 1 import + line replaced by 1; 16 comment lines added; no other change to the + code. + - Work/Fourier/TransformProgram.lean: modified copy of + lean/OAI/Computability/FourierTransform/TransformProgram.lean (146 + lines; 94 of them unchanged in the copy). Changes: identifiers renamed + on 51 lines (21 names: 19 with the suffix Z, 2 with Z inserted); 1 + import line replaced by 1; 15 comment lines added; no other change to + the code. + - Work/Fourier/UniformBounds.lean: modified copy of + lean/OAI/Computability/FourierTransform/UniformBounds.lean (183 lines; + 115 of them unchanged in the copy). Changes: identifiers renamed on 67 + lines (29 names: 25 with the suffix Z, 4 with Z inserted); 1 import + line replaced by 1; 15 comment lines added; no other change to the + code. + - Work/Fourier/UniformFourierChallenge.lean: modified copy of + lean/ComparatorChallenges/UniformFourier.lean (336 lines; 328 of them + unchanged in the copy). Changes: identifiers renamed on 7 lines (7 + names: 7 with the suffix Z); 12 comment lines added; other code lines + changed: 1 of the original, 1 of the copy (copy line 281). + - Work/Fourier/WorkingCompiler.lean: modified copy of + lean/OAI/Computability/FourierTransform/WorkingCompiler.lean (153 + lines; 104 of them unchanged in the copy). Changes: identifiers renamed + on 48 lines (14 names: 14 with the suffix Z); 1 import line replaced by + 1; 15 comment lines added; no other change to the code. + - Work/Fourier/WorkingPreparation.lean: modified copy of + lean/OAI/Computability/FourierTransform/WorkingPreparation.lean (212 + lines; 156 of them unchanged in the copy). Changes: identifiers renamed + on 55 lines (30 names: 28 with the suffix Z, 2 with Z inserted); 1 + import line replaced by 1; 15 comment lines added; no other change to + the code. + - Work/Fourier/WorkingTransform.lean: modified copy of + lean/OAI/Computability/FourierTransform/WorkingTransform.lean (119 + lines; 91 of them unchanged in the copy). Changes: identifiers renamed + on 27 lines (9 names: 8 with the suffix Z, 1 with Z inserted); 1 import + line replaced by 1; 15 comment lines added; no other change to the + code. + + Changes made to the eleven copied proof files: every declaration received + the letter "Z" in its name (as a suffix of its own name, or of the name + of the declaration it belongs to), so that it does not collide with the + upstream declaration of the same name; the upstream exponent "alpha" + (1 - 2/10^11) and the bound "hills" defined from it were replaced by + "alphaZ" (1 - 7474547/10^10) and "hillsZ", which are defined in + Work/Fourier/Seam.lean, and the single use of the upstream theorem + "hills_program" by "hillsZ_program"; the five definitions of the upstream + statement that contain its exponent (decimalExponent, decimalTime, + TimeBounds, DFTGoal, ConvGoal) were replaced by the versions of + Work/Fourier/Goal.lean, whose exponent is 1 - 7474546/(10^(10:ℕ)); + the import lines point to the copies; a header comment was added. + Two further changes: in the copy of Main.lean the same constant stands + once as the literal 2/10^11 and was replaced there too, and the two + final theorems of that copy received a documentation comment; in the + copy of SynchronizedAlgorithm.lean the name "canopy" was written out as + "Grove.canopy" in 5 places, because the short name is shadowed in the + larger environment of the copy. The script also renamed three names + inside upstream comments; the comments are otherwise the upstream ones + and describe the upstream network. + The proofs are those of openai/math. The copies were made by the script + tools/fourier/mkchain.py of this repository. + + Work/Fourier/Goal.lean contains copies of those five definitions of + lean/OAI/Computability/FourierTransform/Goal.lean, with the exponent + replaced and the suffix "Z" on the five names. + + Work/Fourier/Seam.lean was written for this repository. It repeats the + statement of the upstream theorem "hills_program" (TensorProgram.lean) and + the definition of "hills" (TensorSaving.lean) with the two names replaced; + its header says so. + + The work of others that the third result follows (danadran01, shea256, + eumemic) is credited in README.md ("Whose reduction this is") and in + RELATED-WORK.md, section 1. No file of their repositories is included + here. + +Not included in this repository and fetched by the build: Mathlib +(https://github.com/leanprover-community/mathlib4, Apache License 2.0) and its +dependencies. The comparator (https://github.com/leanprover/comparator) is a +separate tool and is not included. diff --git a/research/r740-block-retimed-kernel/proofs/INHERITED-COMPLEX-GEOMETRY.txt b/research/r740-block-retimed-kernel/proofs/INHERITED-COMPLEX-GEOMETRY.txt new file mode 100644 index 0000000000..c4150cb693 --- /dev/null +++ b/research/r740-block-retimed-kernel/proofs/INHERITED-COMPLEX-GEOMETRY.txt @@ -0,0 +1,161 @@ +Independent compressed nine-stage complex component + +Claim and retained assumptions + +The fixed E8 local invocation has h=9, v=120, R=783 and copied rank loss +cst=72. The construction below has m=73, live stock 14727 per complete +orthogonal cover, and paid profile + 1:157599, 2:43488, 3:37296, 4:10080, 5:15480, 6:23832, + 7:3096, 8:7488, 9:576, 16:3840, 32:3840, 48:3840. +It is a conditional complex component, not an integer multiplication bound. +The local E8 invocation theorem, general Clifford rank-zero compiler, +complete-stream tape primitives, common fine-grid precision, and retained +analytic recurrence interfaces are assumptions retained from the fixed local +source package. The new finite construction and its charges are supplied +here. No new Lean kernel proof is asserted. Final bit-side admission and +outer assembly are separate obligations. + +Exact operator convention + +For q in F2^m, let X_q be translation by q and + C_q = ((1+i) I + (1-i) X_q)/2. +Then C_q^2=X_q and C_q fixes the uniform vector. Write C_all for the product +over the coordinate vectors. An invertible binary matrix G acts by the +literal address permutation P_G. All products of C_q are commuting exact +Gaussian-dyadic operators. Their multiplier on Fourier character y is +i^(sum epsilon_q * parity(q.y)). Modulo 4, parity expands as its linear sum +minus twice its pair sum, so this multiplier is an exact Z4 quadratic form. +Equality of these forms proves equality including the scalar phase. + +For arbitrary local subspaces U, including degenerate ones, use the +deterministic canonical representative from clifford_exact.py. A basis G +whose first columns span U gives K_G = D_Q P_G, with +Q=I+G^(-T)G^(-1), and T_U=K_G C_[dim U] K_G^(-1). +Its preimage Lagrangian is {(u,u+w): u in U, w in U^perp}. Thus a nested +transition has Fourier rank equal to the dimension difference. The supplied +compiler produces two explicit monomial operators around one rank-r C child. +Its equality is checked both as a signed Pauli tableau and on a nonzero +exact Gaussian state vector, which fixes the otherwise missing global phase. +All 946 local frames, all 3120 used directed transitions, and all 240 old/new +source/target adapters are checked. No rank-only replacement is made. + +Compressed window and data routes + +Use V=F2^9 direct_sum (F2^8)^8 with the ordinary dot product. Let E_s be the +first s exterior eight-dimensional blocks, for 0<=s<=8. The exact window +representative of local U is T_U tensor C_Es. A nested transition cancels +the common exterior tensor factor exactly and keeps its original rank. +Conjugating the whole window by any cover permutation preserves this fact. +The old/new endpoint adapters are the checked local adapters tensored with +identity, followed by the declared address conjugation. This proves the +window lift directly; a divisibility assumption m=multiple_of_h is not used. + +Every supplied port q has odd weight and a zero coordinate. The explicit +orthogonal matrix U_q in data_phases.py maps e0 to q: swap e0 with a zero +coordinate e_j when necessary, then use the even-vector transvection +x -> x + ((q+e_j).x)(q+e_j). Its remaining columns are an orthonormal basis +of q^perp. For s>0, rho_s,q exchanges that complement in the local block +with exterior block s and fixes q and all other exterior coordinates. +It is a symmetric orthogonal involution. The stage data owners are +g=d*rho_s,q, with rho_0,q=I, so the right factors are bijections of O(73,2). + +Use canonical data levels X_s=C_[0,9+8s), Y_s=X_s C_q^(-1), and initially +X_(-1)=C_q, Y_(-1)=I. The routed stage starts at level s-1 and ends at level s. +Their binary preimages agree with the window endpoints. Exact phase +polynomials determine the translation that reconciles each endpoint, and +the template applies that translation. There are 3840 nonzero such +translations across the 120 port types and nine stages, before replica +multiplicity. These operators are not silently identified from equal +binary matrices. + +Four-pair scalar chain and idle children + +Starting with F_0 (Y_0 += X_0), for j=0,1,2,3 apply B_j (X_j -= Y_j), +then for j<3 apply X_j += X_(j+1), Y_(j+1) -= Y_j, apply F_j, and undo +that bridge. The last pair has B_3,F_3 without a following bridge. +Afterwards apply, in descending j=2,1,0, X_(j+1)+=X_j and Y_j-=Y_(j+1). +Finally exchange each pair by newX=oldY, newY=-oldX. The complete signed +integer scalar matrix is the identity; omission of every bridge fails. + +Before a bridge, advance the idle pair to the active pair's level. The +two advances for the newly used pairs have ranks (16,8), (32,8), (48,8). +The final advances have ranks 48,32,16,0. Each rank occurs on both members +of the pair, each of 120 ports, and each of eight replicas. A nested idle +transition is factored in the explicit orthonormal basis U_q direct_sum I. +Its exact Z4 phase is reconciled by the stored translation after that child. + +The final Y endpoint is C_all C_q^(-1). A source began at C_q, so its +unadjusted exchange route would be C_all C_q^(-2)=C_all X_q. Applying the +literal X_q to each final Y before the signed exchange removes this factor. +The corresponding 120 omission controls fail. This correction is charged. + +Banks and arbitrary correlated dirt + +There are eight replicas of each of the four data pairs, hence 7680 data +families. Each stage has 783 independent bank families. Number a local +helper occurrence by z=783*replica+helper. It uses bank floor(z/8) and slot +z mod 8, with its nine-dimensional residual assigned to coordinates +[9*slot,9*slot+9). A paid coordinate C child at coordinate 72 completes +each bank. All eight whole residuals and this padding fill dimension 73. +Thus there are 9*783=7047 bank families and live stock 14727. + +Let Pi_slot swap the first nine coordinates with the assigned block. The +local invocation at class d uses the bank class g=d*Pi_slot^(-1). Its +residual at that owner is P_g C_block P_g^(-1). Right multiplication is a +bijection. Local helpers sharing one bank have distinct slots, hence +different right factors and different actual bank classes for every d. +All data and private families are disjoint from banks. The checker verifies +these injections for all 72 invocation/replica templates and 56376 residual +assignments. A complete cover sweep for one replica finishes before the +next begins. The local dirty invocation is block diagonal on helpers at +its endpoint and permits arbitrary correlated helper values. Therefore +overlap between different invocations does not impose a cleanliness or +independence assumption. At each bank class, the eight residuals and the +padding are coordinate factors in one common conjugated basis, and their +exact product is P_g C_all P_g^(-1). + +One more exact correction is essential. Orthogonality alone does not imply +that P_g commutes with C_all as an exact operator. In fact + P_g C_all P_g^(-1) = C_all X_delta(g), + delta(g)_i = (weight(row_i(g))-1)/2 mod 2. +The quadratic terms cancel by row orthogonality and the remaining even +linear terms give the displayed translation. Both sides fix the uniform +vector, fixing the global scalar. Apply X_delta(g) to EVERY final live +family in cover class g, after the bank padding and signed data exchange. +The template includes and charges all 14727 corrections per cover. This +identity is also checked on every orthogonal matrix in dimensions 1..5. + +Finite work and recurrence charges + +The source emitter is regenerated and revalidated in both orientations. +It accounts for 1242936 local events over 72 invocations, with all copied +center and dirty-tableau lifetimes intact. Forward and backward scalar +words freshly replay all 1023 independent dirty live columns. Only the +private work starts at zero. Work comprises 783 tableau streams, nine +reserved center streams (eight used), and one coefficient stream. Each +invocation completes and erases its private work before the next. Physical +stock is therefore 15520 per cover; scalar-only work is excluded from the +recursion-volume denominator. + +GLOBAL-REVIEW.json records the complete recomputed finite overcharge, with +64*(73+1)^3 compiler groups per rank-zero adapter, source-counted scalar +primitives, and overcharges for all data routes, bank selectors, phases, +padding, bridges, exchanges and cover corrections. The O(73,2) order is +2^(36^2)*product(2^(2i)-1,i=1..36); its bit length is 2628. The recomputed +router fits 2^30000, the literal charge fits 2^100000, and the precision +guard fits C0=2^210000. No even-dimensional orthogonal-order formula is used. + +Largest child 48 does not satisfy one-layer halving. Instead +73^2=5329>2*48^2=4608, so two nested children have width strictly below +half the parent, including floors. The general depth is bounded by +2*ceil(log2 e), with direct small leaves. For B=s+E the completed-child +semantic induction has 2B(73-48)-s-E=49B>0. The resulting conservative +complete-row coefficient is 2*2642+9909+252=15445<20161, retaining the +external bit/base-row allowance as an explicit interface assumption. +The inherited bad-branch envelope is priced conservatively as before. + +Two independent rational moment engines admit +b=999240641319551/10^18 and exclude b+10^-18 for the source-bound profile. +The rank mass is 1072575, and 73*14727-1072575=2496=8*(8*120-9*72). +This complex component exceeds 1/1024 but does not improve the current +bit bottleneck. No improved final kappa or completed PR milestone follows. diff --git a/research/r740-block-retimed-kernel/proofs/PR386-BIT-GEOMETRY.txt b/research/r740-block-retimed-kernel/proofs/PR386-BIT-GEOMETRY.txt new file mode 100644 index 0000000000..31efe31268 --- /dev/null +++ b/research/r740-block-retimed-kernel/proofs/PR386-BIT-GEOMETRY.txt @@ -0,0 +1,191 @@ +Compressed nine-stage E8 bit supplier and combined conditional bound + +Claim and source assumptions + +The conditional combined value is + kappa = 998243154231047 / 10^18 = 0.000998243154231047 > 1/1024. +It is approximately 2^-9.9683211064. This is a conditional finite construction +in the inherited supplier framework, not a Lean proof of integer multiplication. +No priority claim is made. + +The E8 bit word, its 120 root lines, all 865 helpers, and nine retained totals +are taken without modification from Dylan Crow's PR #370, commit +b7fe9cdf2da009c947ff6b334c562bc190b30373. Its raw word has SHA256 +1fb726ea3818fe0837cceb0dd22a71a0814f064e5e781628104610d6468e0e55. +The original verification is rerun, including regeneration, independent +1105-column F2 checking, official record legality/formal columns, all-frame +Gram and prime witnesses, negative controls, and the original regression set. +Its five-stage c is 904072820242522/10^18, insufficient by itself for -10. + +The complex supplier is the separately reconstructed compressed nine-stage +component from PR #377, with b = 999240641319551/10^18. Its complete source, +notices, exact Clifford and Z4 phase checks, global template and finite bill +remain included. In particular, its terminal X_q and every-live-family +X_delta(g) corrections are retained; equality of binary matrices is not +substituted for equality of complex operators. + +The inherited all-size weighted bit compiler, tape/prime/precision and +analytic transfer interfaces remain conditional. PR #370's explicit admission +of nine copied totals at h=8 is retained. The complex local E8 theorem, +Clifford compiler, common fine-grid, restored-row and analytic interfaces +remain conditional exactly as stated in the companion component. The new +window, banking and two-level finite charges are described below rather +than inferred from a rank histogram. + +Exact bit operators and compressed ambient space + +Over an admitted odd address field, the E8 form is G=I_8/2. For a nondegenerate +subspace U, write P_U for its orthogonal projector. On the doubled address +space define + D_U = [[I-P_U, P_U], [P_U, I-P_U]]. +Thus D_U is an exact involution. If U is contained in V then +D_V D_U = D_(V intersect U-perp), with rank dim(V)-dim(U). Also + D_I D_P = D_(I-P). +These are literal address matrices. Unlike the complex C operators, they +have no hidden scalar phase. The auditor reconstructs all 944 rational +projectors and checks all 3289 used nested pairs, in both orientations. + +Set V_global = Q^8 direct_sum (Q^7)^8, m=64, with form I_64/2. +Let E_s be the first s exterior 7-blocks, s=0,...,8. At stage s lift the +entire local word by replacing U with U direct_sum E_s. Both ends of every +local transition contain the same E_s, so it cancels exactly; the child +projector and rank are unchanged. This holds for copied totals as well: +the temporary transforms between the source and scatter frames, whose +common E_s cancels. COPY/ERASE windows remain sequential and immutable. +No assumption that m is a multiple of 9h is used. + +Port routes + +The reference root is q*=2e_0. For every root q, the checked product g_q +of at most two E8 root reflections sends q* to plus or minus q. Let A_q be +its last seven columns. They form an orthonormal basis of q-perp: + A_q^T A_q=I_7, A_q A_q^T=I_8-P_q, P_q=q q^T/4. +For stage s>0 use, on the local block and exterior block s, + rho_(s,q) = [[P_q, A_q], [A_q^T, 0]], +and fix all other coordinates. For s=0 use the identity. These matrices +are orthogonal involutions. Conjugating the lifted endpoints gives + (P_q,E_s) -> (I_8,E_(s-1)), (I_8,E_s) -> (I_8,E_s), + (0,E_s) -> (I_8-P_q,E_(s-1)), + (I_8-P_q,E_s) -> (I_8-P_q,E_s). +These equalities are checked as exact rational matrices for every port. +Each nontrivial route has a replayed elementary factorization, at most +77 factors, with denominators 1,2,4. Omitting a factor fails. Thus all +routes remain defined at every odd address prime; there is no new odd +exceptional prime. The existing local prime witnesses are rerun separately. + +Nine-stage scalar recipe and deferred endpoint completion + +Use four data pairs (X_j,Y_j). Start with F_0: Y_0 += X_0. For j=0,...,3, +apply B_j: X_j -= Y_j; when j<3 insert the two shears + X_j += X_(j+1), Y_(j+1) -= Y_j; +apply F_j; then undo those two shears. After all stages, for j=2,1,0 apply + X_(j+1) += X_j, Y_j -= Y_(j+1). +Finally replace (X_j,Y_j) by (Y_j,-X_j). The complete signed integer +8-by-8 scalar matrix is the identity. Omitting any of the eighteen +individual bridge shears changes it. + +Each B_j is the reflected inverse of the actual local record stream: +reverse the order, negate ADD coefficients, replace U by U-perp, and +turn ERASE into a fresh COPY from the original unchanged center. No erase +is inverted. PR #370 stores zero in the ERASE rank field; the reflected +COPY rank is freshly derived from its two frames, giving rank 8. Both +oriented streams replay all 1105 independent input columns and close work. + +Before each bridge the newly used pair is advanced to the active level. +The two idle increments are (14,7), (28,7), (42,7). Endpoint completion of +the earlier pairs is deferred to the final stage, with ranks 42,28,14,0. +Every increment acts on both members of every port pair and every replica. +The schedule checker requires equal complete frames at every bridge. +The signed terminal exchange completes the data transform using the exact +identity D_I D_P=D_(I-P). Scalar replay on 8745 independent columns includes +960 data and 7785 separate stage-helper inputs. All are restored after +the exchange; the reflected copy work closes to zero. + +Whole-block banks and arbitrary correlated dirt + +Use eight replicas. There are 4*2*120*8=7680 data families. For each stage, +number a local helper occurrence by z=865*replica+helper, and assign it +to bank floor(z/8), slot z mod 8. There are 865 banks at each of nine +stages. Each slot is one whole 8-dimensional coordinate block in Q^64. +The eight slots are mutually perpendicular and fill the ambient space; +no padding child is needed. Live recursion stock is 7680+9*865=15465. +Nine private center slots are reserved and excluded from recursion volume, +so charged physical stock is 15474. Only one such slot is used at a time. + +Let Pi_slot exchange the first eight coordinates with its bank block. +For a cover class d in O(I_64/2,F_q), the helper owner is the bank class +g=d Pi_slot^-1, and a data owner is d rho_(s,q). Right multiplication is a +bijection of the finite cover. Within every local invocation, helpers in +the same bank have different slots, hence different actual cover classes; +all data and work families are disjoint from banks. All 62280 assignments +are checked, and every physical bank receives each of its eight slots once. + +The local all-column theorem permits arbitrary helper inputs, including +correlations created by earlier invocations. After its endpoint each helper +has only the known residual D_H. The common E_s cancels, so no cleanliness +assumption is imposed by a previous bank action. Complete cover sweeps run +sequentially. At a fixed bank owner g the residuals are D on the eight +orthogonal coordinate blocks conjugated by g. They commute and multiply +to D_I. Since diag(g,g) commutes with the literal head/tail exchange D_I, +no complex-style cover phase correction is needed on the bit side. +This is a symbolic finite cover proof, not an enumeration of O(64,F_q). + +Actual emitted ledger + +The source-bound template emits 72 local invocations and 1355328 events. +All local COPY/ERASE and helper lifetimes are rechecked. Its paid profile is + 1:149472, 2:67824, 3:32256, 4:30096, 5:22176, 6:144, + 7:5760, 8:1296, 14:3840, 28:3840, 42:3840. +There are 320544 paid children, rank mass 987264 and deficit + 64*15465-987264 = 2496 = 8*(8*120-9*72). +The independent auditor recomputes the profile from the emitted template +and rejects missing idle/bridge/exchange/invocation events, bank-slot aliasing, +understated stock, a missing local MOVE and a wrong reflected COPY charge. + +Finite cost, precision allowance and two-level halving + +The largest child is 42, so one-level halving is false. Two levels suffice: + 2*42^2=3528 < 64^2=4096. +Floors only reduce descendant widths. The exact one-level moment, including +the inherited 10^-16 bad-branch envelope, is strictly below one; composing +two levels squares this contraction. The finite composite may be used with +the inherited halving-based compiler and direct small leaves. + +The old five-stage 104-bit payload-prefix guard is not reused. Fresh local +cancellation-free row bounds are 742 forward and 6308 reverse. For five +forward calls, four reflected calls and eighteen bridge shears, the bound + 2^18 * 742^5 * 6308^4 +has 117 bits. We explicitly charge 192 bits per nine-stage block. The actual +source operations, copy episodes, 77-factor routes, selectors, all owner +adapters and this prefix bound enter certify.py's finite coefficient. It +has 117 bits; the charged two-level coefficient has 269 bits and is bounded +by 2^512. This deliberately increases the finite cutoff, rather than passing +the old 104-bit assertion. The exact three bootstrap cutoff inequalities +are checked using the changed coefficient. + +For cover/routing enumeration use the inherited coarse q^(m^2+1) bound; +two levels and the retained additive row charges give + 2*(64^2+1)+9909+252 = 18355 < 20161. +The explicit rational bit routes introduce only powers of two. The new +finite constants fit well below the companion bridge's 2^30000 reserve, +and the common external C0=2^210000 and row allowance 20161 are retained. +As for the companion complex component, the general compiler/common-grid +interfaces are assumptions; no new Lean formalization is asserted. + +Exact price and combined assembly + +Two independent rational moment engines, both with the 10^-16 envelope, +admit c=1057833103534317/10^18 and reject c+10^-18. The complex supplier +therefore binds. With eta=10^-12 and beta=10^-9 choose + s=999240640320309/10^18 < (1-beta)*b < c. +Start a0=384599/10^10 and apply a_(j+1)=(1-s)s+s*a_j three times. The retained +outer assembly at (a3,b) admits kappa=998243154231047/10^18. All 47 strict +constraints are positive; the next 10^-18 kappa grid point is rejected. +The strict excess over 1/1024 is 21680654231047/10^18. Final kappa is about +24.0286% above frozen #361, within the explicitly retained assumptions. + +Attribution: Dylan Crow / Anthropic Claude for PR #370's new local bit word; +Jacob Sussman for E8 and the complex unit; the inherited source527, PR234, +PR266, PR315, PR346, PR352 and PR363 contributors as listed in the preserved +notices; Zhihao Chen with OpenAI Codex assistance for this compressed bit +composition, its independent audit, and the combined nine-stage package. diff --git a/research/r740-block-retimed-kernel/proofs/PR425-COMPLEX.txt b/research/r740-block-retimed-kernel/proofs/PR425-COMPLEX.txt new file mode 100644 index 0000000000..41061757ce --- /dev/null +++ b/research/r740-block-retimed-kernel/proofs/PR425-COMPLEX.txt @@ -0,0 +1,211 @@ +Hamming packets with mutable source and target bases +Conditional finite extension of the complex E8 supplier + +1. What is new + +The old r783 word keeps source values fixed and does not read target registers. +Those are sufficient restrictions on a scalar word, not necessary conditions +for a common-frame linear program. The new word uses 680 helper registers: + + * source registers themselves carry one branch of a simultaneous signed + packet computation; + * retired packet registers retain a full source basis, from which the eight + central coordinate sums are reconstructed; + * 56 pairs of targets carry a first two-output butterfly, with its input + basis explicitly compensated at frame zero and in the center decoder; + * an exact inverse on all source/helper registers is executed at their + common full frame after the last recursive climb. + +No recursive work is deleted from the ledger. A helper is counted for its +entire lifetime, including unused final climbs. All 120 sources and targets +retain their original line/full and zero/hyperplane endpoint ranks. + +The new local histogram is + {1:2248, 2:896, 3:168, 4:336, 5:392, 8:24, 9:8}. +Its rank mass is 9*680 + 240*8 + 72 = 8112. There are 4072 local children. +There are more local children than in the old r783 word, but substantially +less helper rank mass; the complete moment, not a count proxy, decides gain. + +2. Exact Hamming geometry and signed packet algebra + +Use the pinned PR370 table of 120 E8 root lines in Construction-A coordinates: +eight coordinate lines 2e_i and 112 sign lines on the 14 weight-four Hamming +blocks. For integer representatives r_s, let G_st = r_s dot r_t / 2. +The matrix C_st = 1 + G_st mod 2 has binary rank nine. The construction gives +an explicit orthonormal realization p_s in F_2^9 with + + p_s dot p_t = C_st, and p_s dot p_s = 1. + +Consequently the nonzero off-diagonal entries of G/2 occur only where a source +line lies in the target hyperplane. The rank-eight central factorization is + + (G/2)_ts = sum_i r_ti r_si / 4. + +For a source Hamming block d, a coordinate pair {i,j} in d, and epsilon=+-1, +define the signed face packet + + P(d,ij,epsilon) = sum_{s in d, r_si*r_sj=epsilon} r_si x_s. + +Each packet has four terms and its binary port span has rank three. Split +the eight sign lines of a block into its two parity tetrads. Each tetrad pair +occurs in two face packets with independent signed coefficient rows. The two +rows are formed simultaneously by two determinant-one shears, rather than +forming independent one-output sums. The packet factory uses its eight source +registers and sixteen additional helpers. Its twelve retired registers can +be oriented to retain a full rank-eight source basis. Exact elimination on +that stock produces four coordinate sums without allocating more helpers. + +This comparison of an individual factory is not a claim that the whole old +supplier used 48 helpers per block. The relevant complete counts are 783 and +680, both charged with their full actual profiles. + +For two target/source blocks whose intersection is {i,j}, the contribution +to target t is -r_ti P(d,ij,r_ti*r_tj)/2. The remaining within-block and +coordinate-line contributions are explicit four-output signed transforms. +Every one of the 14400 rational decoder entries is rechecked. Adding the +eight coordinate centers leaves precisely the identity matrix on sources. + +The binary transvection x -> x+(x dot 43)*43 is orthogonal because 43 has +even weight. It maps the constructed port set exactly to the old fixed E8 +port set. All frames and register indices are transported, so the old nine- +window data routes and their global phase correction apply to exactly the +same ordered ports, without introducing an unproved new covering geometry. + +3. General scalar-interface lemma + +Write z=(x,s) for the source and arbitrary dirty helper streams, and y for +the targets. Permit scalar additions and invertible dyadic scalings between +registers at the same current label. No target may feed a z register. The +raw A/center/B word therefore has block form + + z' = U z, + y' = V y + J x + K s, + +where U and V are invertible, and the retained-center operations are included +in J and K. The actual word has J=I after its adjusted center scatter. The +checks compute every coefficient over Q, rather than inferring it from a +desired sparsity pattern. + +At frame zero, before entry adapters or recursive children, execute + + y <- V^{-1} y - V^{-1} K s. + +Both y and s have label zero there. The code emits the literal inverse of +the 56 disjoint two-output target bases and a direct, charged dyadic old- +response matrix with 13216 additions. There is no uncharged oracle for K. +It is computed from the explicit scalar word and serialized. All coefficient +work is cleared immediately after its use. + +After the last main gate, finish every z register's climb to the full frame, +then execute U^{-1} by reversing and inverting the non-target gates. These +gates are legal at one common full frame, including helper-to-source gates. +The result is exactly + + (x,s,y) -> (x,s,y+x). + +The second orientation is the inverse transpose: negate and transpose every +addition and invert every scale in the SAME event order. Each retained +center is implemented by the transposed gather/child/scatter stream. The +result is (x,s,y) -> (x-y,s,y). Both orientations are replayed on all 920 +independent live columns, including all 680 arbitrary helper columns. +Missing compensation, missing output preconditioning, missing cleanup and +the wrong inverse-transpose order are rejected. + +Why the scalar argument lifts to exact complex labels: for each binary +subspace F use the exact canonical representative L(F). A climb from A to B +acts as L(B)L(A)^{-1}. If two registers share F, a scalar addition commutes +with their common L(F), as does a scalar scaling. Induction through the +actual stream therefore gives the block-diagonal conjugation of its scalar +matrix by the current labels. Center copies explicitly move from full to +zero, or zero to full in the other orientation. The preconditioner uses +only label-zero registers, and the z cleanup uses only full-label registers. +Thus the proof never moves a scalar operation across unequal labels or +identifies two frames merely because their ranks agree. + +Every used canonical frame, nested transition, center direction and endpoint +adapter is independently lowered by the exact Gaussian Clifford compiler. +Equalities include global phase. The old restricted gx gate-shape checker +is not used to admit this new interface; the stronger explicit matrix and +common-frame checks replace its source-immutability/target-read restrictions. +This is a written finite algebraic extension, not a new Lean theorem. + +4. Complete programs and work lifetimes + +Each orientation emits 27537 events, including startup, entry/exit adapters, +all recursive climbs, eight sequential center children, scalar operations +and final cleanup. Temporary centers are initialized, used and erased one +at a time. No center or coefficient work stream survives a live child. + +All added coefficients are dyadic. To apply a/2^j, compute |a| times the +source by binary Horner additions on a cleared private stream, halve j +times, accumulate with its sign, and clear the private stream. In-place +scales are signed powers of two. Every such primitive is charged. This +introduces no new denominator prime. Independent replay bounds the actual +cancellation-free prefix norms, including coefficient work; a 192-bit local +payload allowance is retained conservatively. + +5. Nine-window composition and finite bill + +Use the previously verified m=73 compressed nine-window geometry, four data +pairs, eight replicas, and the original signed bridges, idle children, +terminal exchange, terminal translations and full-cover phase correction. +The source scalar identity and its negative inverse-transpose are exactly +the two local interfaces consumed by that unchanged geometry. + +There are 680 whole-block banks per stage, each containing eight rank-nine +helper blocks plus one paid rank-one padding child. The live width is + + W = 240*4*8 + 9*680 = 13800. + +The conservative physical width is W+680+9+2=14491. The old-response matrix +uses no persistent tableau, but the old-size reserve is still charged. +The emitted owner table has 48960 distinct stage/replica/helper assignments. +The new global profile is + + {1:167976, 2:64512, 3:12096, 4:24192, 5:28224, + 8:7488, 9:576, 16:3840, 32:3840, 48:3840}. + +Its rank deficit is 73*13800 - sum(r*H_r) = 2496. The maximum child is 48, +and 73^2 > 2*48^2 supplies the same charged two-level halving argument. + +The finite bill is recomputed from the new scalar programs, bank owners, +work stock and adapter counts. It is not asserted unchanged. The local +primitive bound fits 2^48; the tape router fits 2^30000; the literal envelope +fits 2^100000; the precision envelope fits 2^210000. The physical row +coefficient is 15445, below the explicitly inherited external allowance +20161. Full-cover corrections apply to all 13800 live families. + +6. Conditional numerical conclusion and retained assumptions + +Two independent rational moment engines, with the inherited 10^-16 bad- +branch envelope, accept + + b = 1049104978040580 / 10^18 = 0.001049104978040580 + +and reject the next 10^-18 grid point. With the unchanged bit parameter +c=0.001057833103534317, three bootstrap steps and all 47 strict outer +conditions give the prospective finite-assembly value + + kappa = 1048005508028206 / 10^18 + = 0.001048005508028206, approximately 2^-9.898137985359. + +The finite statement is conditional on the same all-size weighted compiler, +common fine grid, restored-row/base allowance, tape/prime/precision and +analytic transfer interfaces as the retained nine-stage result. The new +scalar-interface lemma above and its serialized program are additional +reviewable material, not an appeal to gx accepting a program outside its +grammar. No unconditional integer-multiplication theorem is claimed. +The result is approximately +4.97% over the locally verified retimed bound, +and remains well short of 2^-9. A fresh extracted-package replay is required +by this research workflow before publication or final promotion. + +Attribution + +The root table and the motivation to use Hamming coordinates come from the +already pinned PR370 bit package (Dylan Crow, with Anthropic Claude assistance). +The E8 complex label family, original scalar word and gx interfaces are due +to Jacob Sussman. The retained complex admission, pricing and global analytic +interfaces are credited in the original package notices and PROOF.txt. +The mutable-basis packet word, transported geometry, expanded scalar proof, +new finite program and the present checks were developed in this local +research session by Zhihao Chen with OpenAI Codex assistance. diff --git a/research/r740-block-retimed-kernel/proofs/PR426.md b/research/r740-block-retimed-kernel/proofs/PR426.md new file mode 100644 index 0000000000..e589cfbf50 --- /dev/null +++ b/research/r740-block-retimed-kernel/proofs/PR426.md @@ -0,0 +1,108 @@ +# Construction, dependencies and sufficient argument + +The fixed complex witness starts from Chafik Boukhalfa's far-retimed E8 word +and applecrusher's two equal-helper substitutions and two frame refinements. +It additionally replaces helper 556 by -2 times helpers 354 and 461, then +helper 576 by -2 times helpers 402 and 478 after compaction. Exact clean +linear forms agree at every substituted read. The backward upper-frame and +forward nested repairs retain copied-total pins and final address caps. +R is 779. The actual new dirty response and cleanup are regenerated: equality +on clean values alone is not the arbitrary-dirt proof. + +The signed prefix restoration is the PR390/395 bracket. For 25 disjoint +targets, subtract lambda times the donor before the prefix, emit the exact +source/write-version/frame difference, and restore lambda times that donor +at the common recovery frame. Lambda is +1 or -1. The full rational main +operator and all retained totals agree with the explicit same-width R779 +baseline on all 1,019 independent columns. Source/helper subwords agree +exactly, so the new baseline's explicit dirty response and cleanup remain +valid. The changed compiler permits a main Y read only when its target is Y; +helper-to-X remains forbidden. Both signed orientations and private lifetimes +are freshly admitted, with all actual Clifford phases and physical incidences. + +The shared entrance construction follows PR401/404. Each pivot p satisfies +K_p + sum_d a_pd K_d = 0 in the explicit baseline response. Four re-pivots +from PR412 replace the basis of these same relations, including the +half-valued donor that otherwise fails the original sixths-denominator +condition. PR410 enlarges eight entrance subspaces. Removed original helpers +556 and 577 are mapped explicitly onto our R779 word. The shared layer has +192 pivots, rank mass 350, and 496 literal unit shears. Its pivots and donors +are disjoint, so this layer alone has (S-I)^2=0. + +PR409's four ordered groups, with PR412's two additional re-pivots, prepend +55 more shears and admit ten further pivots. The combined word has 202 +gauges of rank mass 360 and 551 entrance shears. The complete chronological +prefix need not have (S-I)^2=0. We check its actual product M S, all retained +totals, and that every gauged target-response column is zero. Every entrance +source is read before any earlier entrance operation writes it. + +Every one of the 551 omission controls is recomputed from the suffix +response. If shear t += q s is removed, its suffix response is multiplied +by -q times the original independent s column: earlier operations leave s +unchanged by the read-before-write condition. A nonzero response is required +for each omission; the entire changed scalar schedule is also replayed for +sampled omissions. No global donor/pivot disjointness is assumed here. Both +unchanged original gx.check1 and gxcore.mirror checkers pass, including the +native denominator conditions. Every actual nested transition is charged. + +PR376's additional target201/helper491 frame change from rank eight to seven +is checked for full operator equality and nested paid paths before gauging. +PR404's target125/124 overlapping-prefix recovery requires a different +chronological input and is not imported. Its numerical gain is not included. + +Each entrance chart is normalized explicitly. Even and degenerate E_p use +the full two-sided exact Clifford factorization of F T_E inverse. The right +inverse adapter precedes the entire old-response invocation; the left inverse +adapter follows all main and helper cleanup. Both orientations retain every +unitary address operator in the inverse-adjoint chronology. Rank-zero adapters +are costed. All old/new/reflected Gaussian child pairs are recomputed, +including Pauli signs and global phase. Newly assigned mixed-bank coordinate +permutations and inverse owners are emitted and independently decoded. +Padding is an exact fixed integer witness, not a claim of solver optimality. + +The new bit operation differs from the preceding all-dirt reset: a retired +helper only needs its clean X-content zeroed before a new logical helper is +placed in the same slot. An arbitrary residual helper value is allowed. The +new helper basis determines a newly computed initial D compensation. C is +the reversed helper subword, restoring every physical helper, including its +original independent dirt. Each reset is checked exactly before reuse; the +retired slot has no later original use, the new helper has no earlier use, +and copied totals are protected. The combined word is checked over every +independent binary column. It uses 55 fewer helpers (822 to 767). The initial 27 reuses and 26 frame +moves are followed by two fixed rounds of 14 reuses and 14 frame moves. +The later resets use exact two- or three-parent clean forms; every parent +and all rebuilt dirty compensation are charged and independently checked. Integer signed-prefix bounds, lifting, +copied-center controls, routes and whole-bank packing are recomputed rather +than inferred from the clean calculation. + +The complex assembly has dimension 73, 14,286 live and +15,075 physical families, 734 banks per stage, deficit 2,496, +maximum child rank 48 and halving degree two. The bit assembly has dimension +56, 10,409 live families, deficit 1,512 and halving degree two. Actual row +coefficients fit the common 20,161 reserve. Both finite invoices and both +exact rational moment engines retain the positive 10^-16 fallback. Adjacent +10^-24 complex coarse grid points are rejected; the unchanged bit coarse +grid remains 10^-18. The exact outer assembly uses positive eta=10^-24, +beta=10^-18, eight finite bootstrap continuations and a 10^-27 grid; it +checks 47 strict constraints and invalid eta/beta/adjacent-point controls. + +The complex coefficient is 254951444354246755323/250000000000000000000000. The bit coefficient is +104575879789097/100000000000000000. The resulting conditional kappa is 40750673324589432209923/40000000000000000000000000. +Using the preceding unchanged bit supplier with this same complex coefficient +gives 203354853562950029967497/200000000000000000000000000, where the bit side +binds. The new clean-reuse bit supplier removes that bottleneck. Its exact +additional kappa contribution is recorded as the difference from this fair +control; the combined witness is limited by the new complex coefficient. + +All original files are manifest-bound and immutable. A copied supplier tree +is changed only through asserted literal edits. DERIVATION.json records every +old/new digest, changed pin and textual difference. Both full predecessor +supplier suites run before the changed admission. Expected records are checked +after recomputation, rather than used to obtain a PASS. + +This is a sufficient finite conditional construction. The inherited all-size +recursive suppliers, canonical/rank-zero compiler, compressed Clifford windows, +dirty banking/cover, routing, restored-row, fixed tape, common-grid, Gaussian +precision/recovery and analytic interfaces remain assumptions. No new full +Lean theorem or unconditional integer-multiplication exponent is asserted. +The target kappa > 0.002 is not attained by this witness. diff --git a/research/r740-block-retimed-kernel/proofs/PR438-PROOF.md b/research/r740-block-retimed-kernel/proofs/PR438-PROOF.md new file mode 100644 index 0000000000..9f0346913c --- /dev/null +++ b/research/r740-block-retimed-kernel/proofs/PR438-PROOF.md @@ -0,0 +1,198 @@ +# Split centres and a joint conditional exponent + +The finite construction gives + +$$ +T(n)=O\!\left(n(\log n)^{1-\kappa}\right), +\qquad \kappa=0.001120864952258278, +$$ + +conditional on the retained all-size compiler, compressed-window, correlated +bank-dirt, restored-work, fixed-tape/common-grid, precision and analytic +interfaces. The changes below concern both finite suppliers. Original source +proofs and notices are retained; they do not replace the changed checks. + +## 1. Cancel coordinate terms before lifting the complex decoder + +Partition the 120 Hamming E8 root lines into the 112 code lines C and the eight +coordinate lines F, represented by 2e_i. Write r_s for a root representative and +G_ts = r_t · r_s / 2. The parent decoder is the rank-eight centre factorization +G/2 together with its negative off-diagonal entries. + +For each code target t, the coordinate-source centre contribution is +r_ti x_(2e_i)/2. Its side contribution is its negative. Cancel this pair before +constructing the lifted program. For code targets retain only + +$$ +Z_i=\sum_{s\in C}r_{si}x_s, +\qquad +\sum_i\frac{r_{ti}}4Z_i +-\sum_{\substack{s\in C\\s\ne t}}\frac{G_{ts}}2x_s=x_t. +$$ + +For coordinate targets, implement the identity x_(2e_i) directly. Thus the +entire 120-by-120 clean decoder is still the identity, including both cross +blocks between C and F. + +In the parent's binary address realization, + +$$ +p_s\cdot p_t=1+G_{st}\pmod2. +$$ + +Every code source contributing to Z_i is orthogonal to p_(2e_i), because its +ith root coordinate is ±1. The already constructed global sum Z_i lies in that +rank-eight hyperplane. Copy it there, lower the private copy to frame zero with +one rank-eight child, and scatter into the code targets. The eight coordinate +identities copy their source lines with one rank-one child each. Each private +copy has a sequential lifetime, and is erased before the next episode. + +The total copied rank is unchanged: + +$$ +8\cdot8+8\cdot1=72. +$$ + +The 112 coordinate-source helpers and eight dedicated full-centre helpers are +removed. Own-block corrections use their original source-copy rows directly; +all remaining signed packets and selected target butterflies are retained. +The actual helper count is 560. No rank-four recovered row is substituted for +a rank-three input. + +## 2. Arbitrary dirt and heterogeneous copy frames + +The explicit main word has block form z' = Uz and y' = Vy + x + Ks, where +z=(x,s), and U,V are invertible. No target feeds z. At the common initial frame, +apply V^-1 to the target basis and the literal correction -V^-1 Ks. Recompute K +from the new word. After all main gates and final climbs, apply the literal +inverse of the source/helper subword at the common full frame. This restores +all sources and arbitrary helpers while adding x to y. + +The parent common-frame proof applies to each copy separately. A private copy +created at label L(F) is lowered by the exact operator L(0)L(F)^-1, whether F +has rank one or eight. Scalar operations occur only at equal labels. Adding +the common exterior window to both labels cancels it exactly. The proof +therefore does not require a full-frame centre, or infer an operator from rank +alone. The inverse-transpose negates/transposes each scalar shear in the same +order and reverses each private gather/child/scatter operation as emitted. + +Both scalar orientations and the serialized private-work programs replay all +800 input columns. Both restore arbitrary source/helper inputs and erase private +work. The changed exact Gaussian recipes include the heterogeneous centre +transitions and their global phases. Of 2,918 selected directed pairs, 248 were +newly computed; 2,670 were unchanged source-bound exact pairs already checked in +the local phase run. The release optionally replays all selected pairs. + +The local paid profile is + +$$ +\{1:1912,\ 2:784,\ 3:168,\ 4:224,\ 5:392,\ 8:24\}. +$$ + +The compressed complex geometry uses m=73, eight replicas and nine stages. +There are 560 banks per stage, each holding eight whole rank-nine residuals and +one paid rank-one pad. Live width is 12,720; physical stock is 13,298, including +16 centre slots, the conservative 560-row tableau reserve and two coefficient +streams. The global rank deficit is 2,496. Explicit owner tables, padding, +terminal translations and the cover correction are independently decoded. +The largest child is 48; 73² > 2·48² gives two-level halving. + +The fresh invoice fits the retained 2^30000 router, 2^100000 literal and 2^210000 +precision reserves. Two exact rational engines certify + +$$ +b=0.001183986549206329. +$$ + +## 3. Source-centre bit composition + +Start with the exact R767 word from PR426. Its nine retained rows are written +only by original sources at the full frame and are not read by ordinary A/B +gates. Their nine independent binary forms have an invertible minor in source +columns 0,1,2,4,8,9,16,32,64. + +Replace those rows of the 120-dimensional identity by the nine retained forms. +Exact elimination produces an invertible source basis T, emitted as 559 XOR +additions. Delete the nine retained helper rows and their old-dirt columns. +After A apply T, perform the same nine sequential copies using the designated +source rows, and immediately apply T^-1 before B. The copies have unchanged +rank eight. All scalar operations of T and its inverse use the full frame. + +All 998 columns, arbitrary dirt, frame incidences and restoration pass. Omitting +T^-1 or the remaining old-dirt correction fails. The actual exported record +stream is reflected in reverse order with complementary frames. A reflected +ERASE becomes a fresh COPY at that chronological point; the original source +row remains unchanged within each copy episode. Both reflected programs and +all nine composed invocations are replayed, rather than assuming that mutable +source rows meet an old immutability restriction. + +Use the unchanged compressed bit windows in dimension 64: a local eight-space +and eight exterior seven-spaces. The root data, rational frame family, form, +port isometries and bank slots are source-bound to PR386. Every changed nested +pair is checked by exact rational spans; positive definiteness gives the +projector identity and its reflected version. There are 758 banks per stage, +each filled by eight rank-eight residuals, with no padding. Live width is 14,502 +and physical stock is 14,511. All 54,576 owner assignments are checked. The +unbanked global replay restores all 7,782 independent columns. + +The bit local profile is + +$$ +\{1:2367,\ 2:875,\ 3:475,\ 4:321,\ 5:164,\ 7:14,\ 8:9\}. +$$ + +Its global deficit is again 2,496. The maximum child is 42 and 64² > 2·42². +The actual cancellation-free prefix bound needs 223 bits; the new charge is +256 bits, replacing the parent's 192-bit allowance. The finite two-level +coefficient needs 483 bits and fits the retained 2^512 allowance. The row +coefficient is 18,355 < 20,161. These costs, including the basis operations, +are recomputed from the emitted word. Two exact rational moment engines give + +$$ +c=0.001122122700265139220566. +$$ + +## 4. Joint strict assembly + +Both moments include the inherited 10^-16 bad-branch allowance. The bit supplier +binds because c < b. Let eta=beta=10^-18 and + +$$ +s=\min\{c,(1-\beta)b\}-10^{-24}. +$$ + +Starting at a_0=384599/10^10, use six fixed ordinary bootstrap levels + +$$ +a_{j+1}=(1-s)s+sa_j. +$$ + +All bootstrap cutoff inequalities are checked with the actual charged finite +coefficient. With q=a_6(1-2eta), choose the greatest 10^-18 grid point strictly +below (1-eta)q/(1+q). It is + +$$ +\kappa=\frac{560432476129139}{500000000000000000} + =0.001120864952258278. +$$ + +All 47 retained strict outer inequalities pass. The next grid point, zero eta, +zero beta and unit beta are rejected. The candidate is computed from both +actual new templates; no independently reported savings are added together. + +The source-bound finite claims above do not discharge the inherited all-size +interfaces or establish unconditional integer-multiplication complexity. + + +## Addendum: shared-donor kernel entrances in the compressed bit geometry + +The kernel stage changes only helper chains: a pivot p starts at its entrance E (a root-closed frame inside the first frame +of p and of every donor) instead of the zero frame and drops its frame-0 completion reads; every donor d of E adds p at E +before the first A gate and again at FULL after the last C gate. Over F2 the completion responses satisfy +resp(p) = XOR resp(D), so every target column is unchanged and every helper column is restored (checked by the exact replay +on all 998 local columns, with arbitrary dirt, and by the global scalar replay). Frame nesting and the integer source-span +rule are rechecked. In the compressed nine-stage construction a helper's residual is its endpoint dimension minus its +entrance dimension; a helper of entrance rank e occupies a width-(8 − e) coordinate block of a 64-dimensional bank. The +tiling places 8 × 758 slots per stage into 733 banks with every coordinate used exactly once, so the injective-owner and +arbitrary-dirty-bank arguments apply with block isometries in place of whole rank-eight slots. The live stock drops by +9·(200/8) = 225 families while the paid mass drops by 72·200, keeping the rank deficit 64·W − mass = 2,496. diff --git a/research/r740-block-retimed-kernel/proofs/PR438-README.md b/research/r740-block-retimed-kernel/proofs/PR438-README.md new file mode 100644 index 0000000000..872109a08e --- /dev/null +++ b/research/r740-block-retimed-kernel/proofs/PR438-README.md @@ -0,0 +1,75 @@ +# Kernel + early resets on #433's bit word: conditional κ = 0.001133508328719775 + +κ = 1133508328719775/10¹⁸ = 0.001133508328719775: **+0.414 % over #435** (0.001128832830332521, kernel on R758), +**+0.465 % over #434** (0.001128250848293019, resets), +1.13 % over #433. The bit supplier binds; #433's split-centre complex +supplier (b = 0.001183986549206329) is unchanged. + +Bit word: #433's R758 source-centre word → #434's eleven chronological clean resets (R747; #434's own reconstruction, +`vendor/pr434/`, `code/bit_reset.py`) → #417's shared-donor response kernel re-derived on the R747 word (118 entries, +total entrance rank 160, 119 donor slots, no new frames; `code/bit_kernel.py`, `stages/kernel-selection.json`) → #386's +compressed nine-stage geometry with exact mixed-width bank tiling (727 banks per stage; live stock 14,223; deficit 2,496). +Bit lower 0.001134794627881866 (R747 alone: 0.001129525236; R758 + kernel: 0.001130108534). + +Verify: `python3 -B research/split-centres-kernel-r747/verify.py /tmp/out` (~30 s) → `PASS conditional kappa 0.001133508328719775`. + +Credits: icekylinx (#433), rohanarun / OpenAI Codex (#434 resets), chafreaky (#417 kernel, vendored), ai-nanachi (#426), +Zhihao Chen / jacklightChen (#425, #386), Dylan Crow (#370), J. Sussman (E8); this composition rohanarun with Anthropic Claude. + +--- + +# Conditional κ = 0.001120864952258278 + +This package combines a split-centre Hamming complex construction with a +source-centre bit construction in compressed nine-stage windows. The resulting +conditional exponent saving is + +$$ +\kappa=\frac{560432476129139}{500000000000000000} + =0.001120864952258278. +$$ + +This is approximately **6.9522% above PR425**. Both components change: + +| Component | Helpers | Ambient width | Certified saving | +|---|---:|---:|---:| +| Complex | 560 | 73 | 0.001183986549206329 | +| Bit | 758 | 64 | 0.001122122700265139220566 | + +The bit component limits the final assembly. The complex construction removes +coordinate contributions that cancel in the decoder, replacing eight full +centres with eight rank-eight and eight rank-one copies. The bit construction +starts from PR426's R767 word, computes its nine retained forms reversibly in +source rows, and uses PR386's compressed windows. + +## Verification + +Python 3.11+ and its standard library suffice. Use a new output directory: + +```sh +python3 -B research/split-centres-global/verify.py /tmp/split-centres-check +``` + +The default replays both changed words, reflected/inverse-transpose programs, +bank ownership, costs, two rational moment engines and 47 strict outer +inequalities. Exact complex phase evidence is reused only when the regenerated +canonical word and complete recipe hashes match. To regenerate every selected +Gaussian phase pair as well: + +```sh +python3 -B research/split-centres-global/verify.py /tmp/split-centres-full-phases --replay-phases +``` + +The unchanged historical repository suite and PDF build are not required by +this package. `EXPECTED.json` binds the result to both emitted global templates; +`MANIFEST.json` binds the package files; `SOURCES.json` pins imported sources. + +## Scope + +[PROOF.md](PROOF.md) supplies the changed finite construction. The all-size +compressed-window and correlated dirty-bank semantics, recursive compiler, +restored-work/tape/common-grid precision, and analytic transfer interfaces remain +conditional. This does not claim unchanged legacy gx/gxcore acceptance, a new +Lean proof, or an unconditional multiplication theorem. + +Contributor history and AI assistance are recorded in [NOTICE.md](NOTICE.md). +Original notices and the inherited proofs are retained separately. diff --git a/research/r740-block-retimed-kernel/stages/final-word.json b/research/r740-block-retimed-kernel/stages/final-word.json new file mode 100644 index 0000000000..38c454f38b --- /dev/null +++ b/research/r740-block-retimed-kernel/stages/final-word.json @@ -0,0 +1 @@ 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b/research/r740-block-retimed-kernel/vendor/clifford_exact.py @@ -0,0 +1,149 @@ +"""Small exact Gaussian-dyadic Clifford compiler, independent of gx internals. +Paulis use i^p X^x Z^z. State vectors use integer Gaussian numerators / 2^d. +The tableau is supplemented by a literal circuit, so global phases are kept. +""" +from dataclasses import dataclass + +def parity(x):return x.bit_count()&1 +def rank(rows): + p={} + for x in rows: + while x: + b=x.bit_length()-1 + if b not in p:p[b]=x;break + x^=p[b] + return len(p) +def transpose(rows,n):return tuple(sum(((rows[j]>>i)&1)<>j&1);a[j],a[k]=a[k],a[j] + for i in range(n): + if i!=j and a[i]>>j&1:a[i]^=a[j] + assert [r&((1<>n for r in a) +def basis_extend(cols,n): + out=[] + for x in list(cols)+[1<len(out):out.append(x) + assert len(out)==n + return tuple(out) +def nullspace(rows,n): + a=list(rows);p=[];k=0 + for j in range(n): + t=next((i for i in range(k,len(a)) if a[i]>>j&1),None) + if t is None:continue + a[t],a[k]=a[k],a[t] + for i in range(len(a)): + if i!=k and a[i]>>j&1:a[i]^=a[k] + p.append(j);k+=1 + return tuple((1<>j)&1)<>i&1:out=pmul(out,T[i]) + for i in range(n): + if z>>i&1:out=pmul(out,T[n+i]) + return out +def compose(A,B):return tuple(apply(A,p) for p in B) +def inverse(T): + n=len(T)//2;cols=[x|(z<>n;u,v,p=apply(T,(x,z,0));assert (u,v)==identity(n)[j][:2];out.append((x,z,(-p)%4)) + return tuple(out) +def qvalue(Q,alpha,x,n): + return (sum(alpha[i] for i in range(n) if x>>i&1)+2*sum(parity((Q[i]>>(i+1))&(x>>(i+1))) for i in range(n) if x>>i&1))%4 +def mul_i(a,p): + x,y=a;p%=4 + return [(x,y),(-y,x),(-x,-y),(y,-x)][p] +@dataclass +class Op: + n:int + tab:tuple + circuit:list + def then(self,b): + assert self.n==b.n + return Op(self.n,compose(b.tab,self.tab),self.circuit+b.circuit) + def adjoint(self): + circ=[] + for e in reversed(self.circuit): + if e[0]=='P':circ.append(('P',inv(e[1],self.n))) + elif e[0]=='D':circ.append(('D',e[1],tuple((-x)%4 for x in e[2]))) + elif e[0]=='C':circ.append(('C',e[1],-e[2])) + elif e[0]=='phase':circ.append(('phase',(-e[1])%4)) + else:circ.append(e) + return Op(self.n,inverse(self.tab),circ) + def zero_state(self,basis=0): + N=1<>i)&1 for i in range(n)) + assert all(alpha[i]%2==(Q[i]>>i)&1 for i in range(n)) + return Op(n,tuple([(1<>i&1 else 0,1<>i&1 else 0) for i in range(n)]),[('C',q,sgn)]) +def xgate(n,b):return Op(n,tuple([(1<>i)&1)) for i in range(n)]),[('X',b)]) +def fourier(n,axes=None): + out=ident(n) + for i in range(n) if axes is None else axes:out=out.then(cgate(n,1<len(selected):picks.append(j);selected.append(x) + assert len(picks)==r and all(x>>r==0 for x in Bcols) + Br=transpose(selected,r);Bi=inv(Br,r);Dr=transpose([Dcols[j]&((1< 2: + x /= 2 + k += 1 + lo, hi = log_unit(x) + l2, u2 = log_unit(Q(2)) + lo, hi = lo+k*l2, hi+k*u2 + # Outward rational rounding keeps later certificates compact. + return Q((lo*GRID).__floor__(), GRID), Q((hi*GRID).__ceil__(), GRID) + + +def exp_bounds(x): + require(0 <= x < 1, "exponential range") + term = total = Q(1) + for j in range(1, 13): + term *= x/j + total += term + tail = term*x/13/(1-x/14) + return total, total+tail + + +def moment(m, W, entries, saving): + lo = hi = Q(0) + for t, count in entries: + t, count = int(t), int(count) + require(0 < t < m and count > 0, "improper child") + l, u = log_bounds(Q(m, t)) + lower = exp_bounds(saving*l)[0] + upper = exp_bounds(saving*u)[1] + lo += Q(t*count, m*W)*lower + hi += Q(t*count, m*W)*upper + return Q((lo*GRID).__floor__(), GRID), Q((hi*GRID).__ceil__(), GRID) + diff --git a/research/r740-block-retimed-kernel/vendor/engines/moment.py b/research/r740-block-retimed-kernel/vendor/engines/moment.py new file mode 100644 index 0000000000..7d697cb452 --- /dev/null +++ b/research/r740-block-retimed-kernel/vendor/engines/moment.py @@ -0,0 +1,113 @@ +"""Independent prospective ordinary five-stage cost, never supplier admission. + +Consumes a raw one-invocation ledger made from the actual source/internal/target +paths. No packed profile is used as an input. Missing physical/finite/compiler +obligations must remain explicit in the accompanying report. +""" +from collections import Counter +from decimal import Decimal, localcontext, ROUND_FLOOR +from fractions import Fraction as F +from functools import lru_cache +from math import factorial +import hashlib, json, sys +from pathlib import Path + +DYAD = 1 << 224 + +def floor(x): return F(x.numerator*DYAD//x.denominator, DYAD) +def ceil(x): return -floor(-x) + +@lru_cache(None) +def logarithm(x): + """Mercator bounds after binary reduction; ln(2) via two Mercator sums. + + For 1 <= y < 2, log(y) is an alternating series in z=y-1. + We instead reduce to 1 <= y < 3/2, and bound log(3/2) and + log(2) by the same alternating series at z=1/2 and z=1/3, + using log(2)=log(3/2)+log(4/3). All sums are exact rationals. + """ + assert x >= 1 + k = 0 + while x >= 2: x /= 2; k += 1 + j = int(x >= F(3, 2)) + if j: x /= F(3, 2) + def mercator(y): + z=y-1 + assert 0 <= z <= F(1,2) + # An even partial sum is below log; the next term bounds its tail. + t=z; s=F(0) + for n in range(1, 225): + s += (t if n & 1 else -t)/n + t *= z + return s, s+t/225 + a,b=mercator(x); c,d=mercator(F(3,2)); e,f=mercator(F(4,3)) + return floor(a+(k+j)*c+k*e), ceil(b+(k+j)*d+k*f) + +def exponential(l,u): + assert 0 <= l <= u < F(1,10) + def poly(x): + s=t=F(1) + for j in range(1,25): t=t*x/j; s+=t + return s,t + lo,_=poly(l);hi,last=poly(u) + return floor(lo),ceil(hi+last*u/25/(1-u/26)) + +def moment(H,m,W,a,bad=False): + lo=hi=F(0) + for r,n in H.items(): + assert 0 < r < m and n > 0 + l,u=logarithm(F(m,r)); e,f=exponential(a*l,a*u) + p=F(r*n,m*W);lo+=p*e;hi+=p*f + if bad: + # Existing envelope shape, only conditionally portable to the new cover. + l,u=logarithm(F(m));e,f=exponential(a*l,a*u) + p=F(32*m*sum(H.values()),10**16*W) + lo+=p*e;hi+=p*f + return floor(lo),ceil(hi) + +def decimal(x): + with localcontext() as c: + c.prec=70 + return str(Decimal(x.numerator)/Decimal(x.denominator)) + +def certify(H,m,W,bad=False): + with localcontext() as c: + c.prec=70 + terms=[(Decimal(r*n)/Decimal(m*W),(Decimal(m)/Decimal(r)).ln()) for r,n in H.items()] + fallback=Decimal(32*m*sum(H.values()))/Decimal(10**16*W) if bad else Decimal(0) + lm=Decimal(m).ln();lo=Decimal(0);hi=Decimal('.003') + for _ in range(210): + a=(lo+hi)/2 + if sum(p*(a*l).exp() for p,l in terms)+fallback*(a*lm).exp()<1:lo=a + else:hi=a + q=int(((lo+hi)/2*10**24).to_integral_value(rounding=ROUND_FLOOR)) + lo=F(q,10**24);hi=lo+F(1,10**24) + lv=moment(H,m,W,lo,bad);hv=moment(H,m,W,hi,bad) + assert lv[1]<10 for v in slacks.values()),{k:str(v) for k,v in slacks.items() if v<=0} + assert min(margins.values())==minimum + assert margins['balanced_prefix']-minimum==eta and 1-eps-r==eta/2 + assert 1-eps*(1+c)==eta-eps*eta/4 + return dict(parameters=dict(a_bit=a,a_complex=b,tau=tau,sigma=sigma, + eta=eta,beta=beta,q=q,c=c,epsilon=eps,lambda_=lam, + lambda_prime=lp,alpha_squared_power=r,delta=delta, + C0=bridge['semantic']['C0'],C1=1,kappa=kappa), + strict_constraints=slacks,margins=margins,minimum_margin=minimum, + absorption_gap=minimum-kappa, + recurrence=dict(internal=internal,leaf=leaf,reservations=1-c)) diff --git a/research/r740-block-retimed-kernel/vendor/export_records.py b/research/r740-block-retimed-kernel/vendor/export_records.py new file mode 100644 index 0000000000..3632d37048 --- /dev/null +++ b/research/r740-block-retimed-kernel/vendor/export_records.py @@ -0,0 +1,72 @@ +"""Export a bitE8/1 word to the PR249 record format read by PR #266's official cohort checkers and PR #315's engines. +usage: python3 export_records.py word.json[.gz] OUTDIR -> OUTDIR/{249-records.bin,249-states.json,frames.json} +Records are int32 six-tuples: MOVE(0,role,old,new,rank,0), ADD(1,dst,src,1,frame,phase), COPY(2,centre,temp,frame,ZERO,rank), +ERASE(3,centre,temp,frame,ZERO,0). A multi-source gate becomes one ADD per source, preceded by the MOVEs of every +register of the gate to the gate frame. Frames: integer basis rows B (label vectors of the frame's root lines in the +word's coordinates, a rational basis) and integer annihilator rows A (standard dot product), as PR #266 expects. +Dylan Crow, with Anthropic Claude assistance; Apache-2.0.""" +import sys, json, gzip, struct, os +from fractions import Fraction as Fr +from math import gcd +def load(p): + with (gzip.open(p,'rt') if p.endswith('.gz') else open(p)) as f: return json.load(f) +c=load(sys.argv[1]); out=sys.argv[2]; os.makedirs(out,exist_ok=True) +v,R,h=c['v'],c['R'],c['h']; n=2*v+R; lines=c['lines'] +def basis(idx): + rows=[]; piv=[]; B=[] + for i in idx: + x=[Fr(a) for a in lines[i]] + for p,r in zip(piv,rows): + if x[p]: f=x[p]/r[p]; x=[a-f*b for a,b in zip(x,r)] + nz=[k for k in range(h) if x[k]] + if nz: rows.append(x); piv.append(nz[0]); B.append(list(lines[i])) + return B,rows,piv +def annihilator(rows,piv): + # rows in echelon (pivot columns piv); free columns give the null space of the row space under the dot product + # reduce to RREF + R_=[r[:] for r in rows] + for i,(p,r) in enumerate(zip(piv,R_)): + R_[i]=[a/r[p] for a in r] + for i,p in enumerate(piv): + for j in range(len(R_)): + if j!=i and R_[j][p]: f=R_[j][p]; R_[j]=[a-f*b for a,b in zip(R_[j],R_[i])] + free=[k for k in range(h) if k not in piv]; A=[] + for f in free: + a=[Fr(0)]*h; a[f]=Fr(1) + for i,p in enumerate(piv): a[p]=-R_[i][f] + L=1 + for x in a: L=L*x.denominator//gcd(L,x.denominator) + ai=[int(x*L) for x in a]; g=0 + for x in ai: g=gcd(g,abs(x)) + A.append([x//g for x in ai]) + return A +frames={} +for k,idx in enumerate(c['frames']): + B,rows,piv=basis(idx); A=annihilator(rows,piv) if B else [[int(i==j) for j in range(h)] for i in range(h)] + assert all(sum(a*b for a,b in zip(x,y))==0 for x in A for y in B) and len(A)+len(B)==h + frames[str(k)]=dict(dim=len(B),B=B,A=A) +dim=[frames[str(k)]['dim'] for k in range(len(c['frames']))] +ZERO=[k for k in range(len(dim)) if dim[k]==0]; assert len(ZERO)==1; ZERO=ZERO[0] +cur=list(c['start']); rec=[] +def move(r,f): + if cur[r]!=f: rec.append((0,r,cur[r],f,dim[f]-dim[cur[r]],0)); cur[r]=f +def run(gates,ph): + for f,d,srcs in gates: + for r in [d]+srcs: move(r,f) + for s in srcs: rec.append((1,d,s,1,f,ph)) +run(c['D'],1); run(c['A'],2) +temp=n +for k,q in enumerate(c['ret']): + fq=cur[q]; rec.append((2,q,temp,fq,ZERO,dim[fq])) + for t,row in enumerate(c['scatter']): + if k in row: rec.append((1,v+t,temp,1,ZERO,3)) + rec.append((3,q,temp,fq,ZERO,0)) +run(c['B'],4); run(c['C'],5) +for r in range(n): move(r,c['final'][r]) +with open(out+'/249-records.bin','wb') as f: + for e in rec: f.write(struct.pack('<6i',*e)) +st=dict(n=n,v=v,h=h,R=R,ZERO=ZERO,initial={str(r):c['start'][r] for r in range(n)},final={str(r):c['final'][r] for r in range(n)}, + retained_totals=c['ret'],source_owned_roles=[],regs=[]) +json.dump(st,open(out+'/249-states.json','w'),sort_keys=True,separators=(',',':')) +json.dump(dict(frames=frames),open(out+'/frames.json','w'),sort_keys=True,separators=(',',':')) +print('exported',len(rec),'records,',len(frames),'frames, n',n,'ZERO',ZERO) diff --git a/research/r740-block-retimed-kernel/vendor/hamming_packets.py b/research/r740-block-retimed-kernel/vendor/hamming_packets.py new file mode 100644 index 0000000000..c129996656 --- /dev/null +++ b/research/r740-block-retimed-kernel/vendor/hamming_packets.py @@ -0,0 +1,253 @@ +"""A structural prototype: mutable source bases and simultaneous signed packets. + +Input geometry is the pinned PR370 Hamming E8 root table. The binary realization, +packet construction, two-shear synthesis and arbitrary-dirt replay below are new +local experiments. This does NOT produce a complete improved E8 supplier. +""" +import gzip +import hashlib +import itertools as it +import json +import random +from collections import Counter,defaultdict +from fractions import Fraction as Q +from pathlib import Path + +OUT=Path('work/complex-network/hamming');OUT.mkdir(parents=True,exist_ok=True) +SRC=Path('work/pr370-source/research/e8-bit/data/bit/bitE8-r865.json.gz') +word=json.load(gzip.open(SRC));roots=word['lines'];v=len(roots) +G=[[sum(x*y for x,y in zip(a,b))//2 for b in roots] for a in roots] +C=[sum((1^(G[i][j]&1))<>p&1:x^=b[p] + if x: + p=x.bit_length()-1 + for q in b: + if b[q]>>p&1:b[q]^=x + b[p]=x + return tuple(b[p] for p in sorted(b,reverse=True)) + +def inside(a,b):return basis(a+b)==b + +indices=[] +for i,row in enumerate(C): + if len(basis([C[j] for j in indices]+[row]))>len(indices):indices.append(i) +assert len(indices)==9 +gram=[sum(((C[i]>>j)&1)<>i)&1)*((gram[i]&b).bit_count()&1) for i in range(9))&1 +orth=[] +for step in range(9): + choices=[x for x in range(1,512) if ip(x,x) and all(not ip(x,y) for y in orth)] + chosen=next(x for x in choices if step==8 or any(y!=x and not ip(x,y) for y in choices)) + orth.append(chosen) +assert all(ip(x,y)==int(i==j) for i,x in enumerate(orth) for j,y in enumerate(orth)) +ports=[] +for i in range(v): + row=sum(((C[i]>>j)&1)<>j)&1) for i in range(v) for j in range(v)) + +blocks=defaultdict(list);frame_lines={} +for i,r in enumerate(roots): + support=tuple(k for k,x in enumerate(r) if x) + if len(support)==4:blocks[support].append(i) + else:assert len(support)==1;frame_lines[support[0]]=i +assert len(blocks)==14 and all(len(xs)==8 for xs in blocks.values()) + +def sparse_add(rows,t,s,q): + for j,x in list(rows[s].items()): + z=rows[t].get(j,Q(0))+q*x + if z:rows[t][j]=z + else:rows[t].pop(j,None) + +def simulate(n,events): + rows=[{r:Q(1)} for r in range(n)] + for t,s,q in events:sparse_add(rows,t,s,q) + return rows + +def serialize(events):return [[t,s,q.numerator,q.denominator] for t,s,q in events] + +packet_table={};module_receipts=[];all_programs=[] +for block,ids in sorted(blocks.items()): + ids=sorted(ids);pos={s:i for i,s in enumerate(ids)} + tetrads=[sorted(s for s in ids if sum(roots[s][k]<0 for k in block)%2==p) for p in (0,1)] + assert all(len(t)==4 for t in tetrads) + faces=[] + for i,j in it.combinations(block,2): + for epsilon in (-1,1): + support=[s for s in ids if roots[s][i]*roots[s][j]==epsilon] + content={s:Q(roots[s][i]) for s in support} + frame=basis([ports[s] for s in support]);assert len(frame)==3 + key=(block,(i,j),epsilon);packet_table[key]=(content,frame) + faces.append((key,content,frame)) + pair_uses=defaultdict(list) + for f,(_,content,frame) in enumerate(faces): + for tet in tetrads: + pair=tuple(s for s in tet if s in content) + assert len(pair)==2 + pair_uses[pair].append(f) + assert len(pair_uses)==12 and all(len(fs)==2 for fs in pair_uses.values()) + bysource=defaultdict(list) + for pair in sorted(pair_uses): + for s in pair:bysource[s].append(pair) + # One of the three pair branches is carried by x itself, two by helpers. + regs={};nextreg=8;events=[];event_frames=[];cur=[basis([ports[s]]) for s in ids] + start=list(cur);dead=[] + def add(t,s,q,F): + assert t!=s and inside(cur[t],F) and inside(cur[s],F) + cur[t]=cur[s]=F;events.append((t,s,Q(q)));event_frames.append(F) + for s in ids: + for j,pair in enumerate(sorted(bysource[s])): + if j==0:reg=pos[s] + else: + reg=nextreg;nextreg+=1;cur.append(());start.append(()) + add(reg,pos[s],1,basis([ports[s]])) + regs[pair,s]=reg + assert nextreg==24 + partial={} + for pair,fs in sorted(pair_uses.items()): + s,t=pair;a,b=regs[pair,s],regs[pair,t];f,g=fs + alpha,beta=faces[f][1][s],faces[f][1][t] + gamma,delta=faces[g][1][s],faces[g][1][t] + assert alpha*delta-beta*gamma in (-2,2) + F=basis([ports[s],ports[t]]);assert len(F)==2 + add(a,b,beta/alpha,F) + k=gamma/(delta-gamma*beta/alpha) + add(b,a,k,F) + partial[f,pair]=(a,alpha) + partial[g,pair]=(b,delta-gamma*beta/alpha) + pre_packets=simulate(24,events) + def clean_rank(registers): + piv={} + for reg in registers: + row=[pre_packets[reg].get(i,Q(0)) for i in range(8)] + for j in sorted(piv): + q=row[j] + if q:row=[a-q*b for a,b in zip(row,piv[j])] + j=next((i for i,q in enumerate(row) if q),None) + if j is not None: + q=row[j];piv[j]=[a/q for a in row] + return len(piv) + choices=[[value for (ff,pair),value in partial.items() if ff==f] for f in range(12)] + rng=random.Random(38639);orientation=None + for trial in range(4096): + bits=rng.randrange(1<<12) + if clean_rank([pieces[1-((bits>>f)&1)][0] for f,pieces in enumerate(choices)])==8: + orientation=bits;break + assert orientation is not None + outputs=[] + for f,(key,content,F) in enumerate(faces): + pieces=[value for (ff,pair),value in partial.items() if ff==f] + assert len(pieces)==2 + if orientation>>f&1:pieces.reverse() + (a,alpha),(b,beta)=pieces + add(a,b,beta/alpha,F) + outputs.append((a,alpha));dead.append(b) + assert len(set(r for r,a in outputs))==12 and len(set(dead))==12 + assert not set(dead)&{r for r,a in outputs} + core=simulate(24,events) + for f,(reg,scale) in enumerate(outputs): + clean={ids[j]:scale*x for j,x in core[reg].items() if j<8 and x} + assert clean==faces[f][1] + + # Probe complete borrowing: output each packet, cancel its old dirt at label + # zero, then undo every source/helper operation at the full frame. + # Actual supplier consumers and their remaining chronology are NOT inferred. + n=36;main=events.copy();dirt=[];chosen_targets=[] + for f,(reg,scale) in enumerate(outputs): + main.append((24+f,reg,scale)) + for j,q in core[reg].items(): + if j>=8:dirt.append((24+f,j,-scale*q)) + valid=[t for t in range(v) if all((ports[t]&x).bit_count()%2==0 for x in faces[f][2])] + assert valid;chosen_targets.append(valid[0]) + cleanup=[(t,s,-q) for t,s,q in reversed(events)] + actual=simulate(n,dirt+main+cleanup) + for r in range(24):assert actual[r]=={r:Q(1)} + for f in range(12): + expected={24+f:Q(1)} + expected.update({pos[s]:q for s,q in faces[f][1].items()}) + assert actual[24+f]==expected + # A mutation of the compensator must corrupt at least one arbitrary dirt column. + wrong=simulate(n,main+cleanup) + assert any(wrong[r]!=actual[r] for r in range(24,36)) + # Inverse-transpose: transpose and negate each elementary shear in the SAME + # event order. Reversing as well would generally compute the wrong map. + dual=simulate(n,[(s,t,-q) for t,s,q in dirt+main+cleanup]) + for r in range(n): + expected={r:Q(1)} + if r<8: + expected.update({24+f:-content[ids[r]] for f,(_,content,F) in enumerate(faces) if ids[r] in content}) + assert dual[r]==expected + receipt={'block':block,'source_lines':ids,'packets':12,'pair_butterflies':12, + 'packet_additions':len(events),'live_source_registers_borrowed':8, + 'helper_registers':16,'total_source_and_helper_registers':24, + 'retired_register_clean_rank':8, + 'independent_pair_branch_comparison_helpers':48, + 'comparison_scope':'48 is a specified independent two-input-form implementation, not the helper count of the current r783 supplier.', + 'frame_rank_counts':dict(Counter(map(len,event_frames))), + 'all_dirty_columns_forward_and_inverse_transpose':n, + 'compensator_omission_rejected':True, + 'scope':'A 12-output packet factory and probe sinks. Not a complete 120-port supplier or global frame schedule.'} + module_receipts.append(receipt) + all_programs.append({'receipt':receipt,'start_frames':start,'events':serialize(events), + 'event_frames':event_frames,'outputs':[[r,str(q)] for r,q in outputs], + 'dead_registers':dead, + 'dirt':serialize(dirt),'cleanup':serialize(cleanup), + 'probe_target_ports':[ports[t] for t in chosen_targets]}) + +# Reconstruct the entire signed E8 neighbour correction from the packet family. +# This proves all 120 rational source columns of the abstract decomposition. +decomposition=[] +for target,r in enumerate(roots): + row=defaultdict(Q);terms=[];support=[i for i,x in enumerate(r) if x] + if len(support)==4: + c=tuple(support) + for d in blocks: + inter=tuple(sorted(set(c)&set(d))) + if len(inter)!=2:continue + i,j=inter;epsilon=r[i]*r[j];content,F=packet_table[d,inter,epsilon] + coefficient=-Q(r[i],2) + assert all((ports[target]&p).bit_count()%2==0 for p in F) + for s,a in content.items():row[s]+=coefficient*a + terms.append({'source_block':d,'pair':inter,'epsilon':epsilon,'coefficient':str(coefficient)}) + for s in blocks[c]+list(frame_lines.values()): + if s!=target and G[target][s]:row[s]-=Q(G[target][s],2) + else: + i=support[0] + for d in blocks: + if i in d: + for s in blocks[d]:row[s]-=Q(roots[s][i],2) + expected={s:-Q(G[target][s],2) for s in range(v) if s!=target and G[target][s]} + assert {s:a for s,a in row.items() if a}==expected + # Eight coordinate centers recover the diagonal after side corrections. + for s in range(v): + center=sum(Q(r[i]*roots[s][i],4) for i in range(8)) + assert center+row.get(s,Q(0))==int(s==target) + decomposition.append({'target':target,'cross_block_packets':terms,'side_support':len(expected)}) + +program_path=OUT/'PACKET-PROGRAMS.json.gz' +program_path.write_bytes(gzip.compress(json.dumps(all_programs,sort_keys=True,separators=(',',':')).encode(),mtime=0)) +report={'status':'PASS_STRUCTURAL_PACKET_PROTOTYPE_NOT_A_NEW_SUPPLIER', + 'source_sha256':hashlib.sha256(SRC.read_bytes()).hexdigest(), + 'binary_address_dimension':9,'binary_gram_rank':len(indices), + 'binary_ports':ports,'root_lines':roots, + 'binary_gram_identity':'p_s dot p_t = 1 + (root_s dot root_t / 2) mod 2', + 'modules':module_receipts,'signed_packets':len(packet_table), + 'full_target_decomposition_columns':120,'full_target_decomposition_entries':120*120, + 'program_sha256':hashlib.sha256(program_path.read_bytes()).hexdigest(), + 'decomposition':decomposition, + 'remaining':['Joint scheduling and charging of all packet fan-outs and target accumulations', + 'Forming all eight centers from the available mixed source basis without an uncharged restore', + 'Full 120-port arbitrary-dirt forward/backward program and restored work stocks', + 'Exact complex adapters and global phases; finite invoice; two independent prices and outer assembly'], + 'no_new_coarse_b_or_kappa_claim':True} +(OUT/'PROTOTYPE.json').write_text(json.dumps(report,indent=2)+'\n') +print('PASS: 14 factories, 168 signed packets; each factory uses 8 source + 16 helper registers') +print('PASS: exact dirty forward and inverse-transpose columns, omission controls, all 14400 decoder entries') +print('NOT A SUPPLIER: global scheduling, mixed-basis centers, phase and full price remain open') diff --git a/research/r740-block-retimed-kernel/vendor/kernel417/LICENSE b/research/r740-block-retimed-kernel/vendor/kernel417/LICENSE new file mode 100644 index 0000000000..261eeb9e9f --- /dev/null +++ b/research/r740-block-retimed-kernel/vendor/kernel417/LICENSE @@ -0,0 +1,201 @@ + Apache License + Version 2.0, January 2004 + http://www.apache.org/licenses/ + + TERMS AND CONDITIONS FOR USE, REPRODUCTION, AND DISTRIBUTION + + 1. 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Returns dict(H_local, steps, ...). + Legality: each register's frames nested (mask inclusion = exact Q-subspace inclusion for root-spanned frames) and + strictly increasing at each move; every gate at one common frame; D compensation at frame 0; y at frame 0 at the + scatter; COPY of retained totals; final frames (x, helpers FULL; y_t at its cap t-perp). + Source-span: every non-target operand's x-support lies in the gate frame.""" + L = L or Lat(c['lines']); masks = masks or to_masks(c, L) + v, R, h = c['v'], c['R'], c['h']; n = 2 * v + R; FULL = (1 << v) - 1 + cur = [masks[f] for f in c['start']] + for r in range(v): assert cur[r] == L.close(1 << r), 'x start' + for r in range(v, 2 * v): assert cur[r] == 0, 'y start at 0' + sig = [L.dim(cur[r]) for r in range(n)] + H = Counter(); steps = 0; viol = [] + val = [1 << i for i in range(n)] + zsupp = [{i: 1} if i < v else {} for i in range(n)] # integer support of each register over the x columns (all ADDs are +1) + def climb(r, m): + nonlocal steps + if cur[r] == m: return + assert cur[r] & ~m == 0 and cur[r] != m, ('not nested', r) + H[L.dim(m) - L.dim(cur[r])] += 1; steps += 1; cur[r] = m + def run(gates, ph): + for k, (f, d, srcs) in enumerate(gates): + m = masks[f] + assert d not in srcs and len(set(srcs)) == len(srcs), (ph, k) # rohanarun: source destinations allowed (#433 source-basis gates); spans checked below + for x in [d] + srcs: climb(x, m) + for s in srcs: + val[d] ^= val[s] + if span: + if s < v or s >= 2 * v: + ms = sum(1 << i for i in zsupp[s]) + if ms & ~m: viol.append((ph, k, s)) + zd = zsupp[d] + for i, a in zsupp[s].items(): + w = zd.get(i, 0) + a + if w: zd[i] = w + else: zd.pop(i, None) + if span_mode == 'f2': + zsupp[d] = {i: 1 for i in range(v) if val[d] >> i & 1} + if span and (d >= 2 * v or d < v): + md = sum(1 << i for i in zsupp[d]) + if md & ~m: viol.append((ph, k, d)) + run(c['D'], 'D') + for r in range(v, n): assert cur[r] == masks[c['start'][r]], 'D compensation at frame 0 (helpers untouched otherwise)' + run(c['A'], 'A') + for t in range(v): assert cur[v + t] == 0, 'y at frame 0 at the scatter' + copies = [val[q] for q in c['ret']] + for q in c['ret']: + assert q >= 2 * v or q < v; H[L.dim(cur[q])] += 1 # rohanarun: #433 retains totals in source rows + for t, row in enumerate(c['scatter']): + for k in row: val[v + t] ^= copies[k] + run(c['B'], 'B'); run(c['C'], 'C') + for r in range(n): climb(r, masks[c['final'][r]]) + for r in range(v): assert cur[r] == FULL + for r in range(2 * v, n): assert cur[r] == FULL + for t in range(v): assert cur[v + t] == L.perp(t), 'y final at cap' + if check_f2: + for s in range(v): assert val[s] == 1 << s + for t in range(v): assert val[v + t] == (1 << (v + t)) | (1 << t), ('target', t) + for r in range(2 * v, n): assert val[r] == 1 << r, ('helper', r) + return dict(sig=sig, viol=viol, H=H, steps=steps, n=n, v=v, R=R, h=h, L=L, masks=masks, ncopy=len(c['ret'])) + + +def profile(H_local, v, h=8): + prof = Counter({j: 5 * c for j, c in H_local.items()}) + for j in (2 * h - 2, h - 1, 2 * h + 2, 4): prof[j] += 2 * v + return prof + + +def coarse(H, m, W): + grid = Q(1, 10**18) + root = moment.certify(dict(H), m, W, True); c = Q(int(Q(root['lower']) * 10**18), 10**18) + assert moment.moment(H, m, W, c, True)[1] < 1 < moment.moment(H, m, W, c + grid, True)[0] + fb = 32 * m * m * sum(H.values()) + _, up = other.moment(m, W, list(H.items()), c); _, bad = other.moment(m, W, [(1, fb)], c) + lo, _ = other.moment(m, W, list(H.items()), c + grid); blo, _ = other.moment(m, W, [(1, fb)], c + grid) + assert up + Q(1, 10**16) * bad < 1 < lo + Q(1, 10**16) * blo + return c + + +def kappa(c, b): + grid = Q(1, 10**18); eta = Q(1, 10**12); beta = Q(1, 10**9); cap = (1 - beta) * b + sv = min(c, Q(((cap - grid) * 10**18).__floor__(), 10**18)); binding = 'bit' if sv == c else 'complex' + chain = [Q(384599, 10**10)] + for _ in range(3): + a = (1 - sv) * sv + sv * chain[-1]; assert chain[-1] < a < sv < 1 - a; chain.append(a) + bit = chain[-1] + bridge = dict(proof='PROOF.md', representation='Exact powers with source-bound finite overcharges', + semantic=dict(G=dict(base=2, exponent=30000), E=dict(base=2, exponent=100000), B_upper=dict(base=2, exponent=100001), + C0=dict(base=2, exponent=210000), C1=1, strict_literal_gap=1, induction_gap_lower=1), + rows=dict(coefficient=20161, degree=10**6, suffix_slope=4 * 10**6, degree_gap=Q(10**6) - Q(51 * 20161, 25))) + q = bit * (1 - 2 * eta); mn = (1 - eta) * q / (1 + q); t = mn * 10**18; k = Q((t.numerator - 1) // t.denominator, 10**18) + asm = outer.assembly(bit, b, bridge, k, eta=eta, beta=beta) + assert len(asm['strict_constraints']) == 47 and min(asm['strict_constraints'].values()) > 0 + try: + outer.assembly(bit, b, bridge, k + grid, eta=eta, beta=beta); raise SystemExit('ADJACENT ADMITTED') + except AssertionError: pass + return k, binding + + +def price_word(c, **kw): + r = replay(c, **kw) + v, h, R = r['v'], r['h'], r['R']; m = 5 * h + resid = sum(h - r['sig'][x] for x in range(2 * v, 2 * v + R)) + T = 1 if resid % h == 0 else h + W = (4 * v * h + resid) * T // h; assert (4 * v * h + resid) * T % h == 0 + prof = Counter({j: T * k for j, k in profile(r['H'], v, h).items()}); mass = sum(a * b for a, b in prof.items()) + L_copy = h * r['ncopy'] + assert m * W - mass == T * (4 * v - 5 * L_copy), ('deficit', m * W - mass) + assert 2 * max(prof) < m + cc = coarse(prof, m, W) + return dict(c=cc, H=r['H'], prof=prof, W=W, T=T, resid=resid, m=m, deficit=m * W - mass, replay=r) + + +def phi_fn(m, W, a): + """linearized moment term per child of rank r (float), for search scoring""" + import math + return lambda r: r / (m * W) * math.exp(a * math.log(m / r)) diff --git a/research/r740-block-retimed-kernel/vendor/kernel417/engines/base_two_moment.py b/research/r740-block-retimed-kernel/vendor/kernel417/engines/base_two_moment.py new file mode 100644 index 0000000000..14a90fa0e7 --- /dev/null +++ b/research/r740-block-retimed-kernel/vendor/kernel417/engines/base_two_moment.py @@ -0,0 +1,63 @@ +#!/usr/bin/env python3 +"""Maintainer arithmetic cross-check of the pinned PR39 certificate. + +Uses no producer/checker imports. Counts are inputs, not proved by this script. +80-term rational logarithms and 12-term exponentials independently enclose +the two moments. The accompanying written review addresses their realization. +""" +import argparse +from fractions import Fraction as Q +from hashlib import sha256 +import json +from pathlib import Path + +ROOT = Path(__file__).resolve().parents[1] +GRID = 10**30 + + +def require(condition, message): + if not condition: + raise ValueError(message) + + +def log_unit(x): + require(1 <= x <= 2, "logarithm range") + z = (x-1)/(x+1) + lo = 2*sum((z**(2*j+1)/(2*j+1) for j in range(80)), Q(0)) + return lo, lo+2*z**161/(161*(1-z*z)) + + +def log_bounds(x): + k = 0 + while x > 2: + x /= 2 + k += 1 + lo, hi = log_unit(x) + l2, u2 = log_unit(Q(2)) + lo, hi = lo+k*l2, hi+k*u2 + # Outward rational rounding keeps later certificates compact. + return Q((lo*GRID).__floor__(), GRID), Q((hi*GRID).__ceil__(), GRID) + + +def exp_bounds(x): + require(0 <= x < 1, "exponential range") + term = total = Q(1) + for j in range(1, 13): + term *= x/j + total += term + tail = term*x/13/(1-x/14) + return total, total+tail + + +def moment(m, W, entries, saving): + lo = hi = Q(0) + for t, count in entries: + t, count = int(t), int(count) + require(0 < t < m and count > 0, "improper child") + l, u = log_bounds(Q(m, t)) + lower = exp_bounds(saving*l)[0] + upper = exp_bounds(saving*u)[1] + lo += Q(t*count, m*W)*lower + hi += Q(t*count, m*W)*upper + return Q((lo*GRID).__floor__(), GRID), Q((hi*GRID).__ceil__(), GRID) + diff --git a/research/r740-block-retimed-kernel/vendor/kernel417/engines/moment.py b/research/r740-block-retimed-kernel/vendor/kernel417/engines/moment.py new file mode 100644 index 0000000000..7d697cb452 --- /dev/null +++ b/research/r740-block-retimed-kernel/vendor/kernel417/engines/moment.py @@ -0,0 +1,113 @@ +"""Independent prospective ordinary five-stage cost, never supplier admission. + +Consumes a raw one-invocation ledger made from the actual source/internal/target +paths. No packed profile is used as an input. Missing physical/finite/compiler +obligations must remain explicit in the accompanying report. +""" +from collections import Counter +from decimal import Decimal, localcontext, ROUND_FLOOR +from fractions import Fraction as F +from functools import lru_cache +from math import factorial +import hashlib, json, sys +from pathlib import Path + +DYAD = 1 << 224 + +def floor(x): return F(x.numerator*DYAD//x.denominator, DYAD) +def ceil(x): return -floor(-x) + +@lru_cache(None) +def logarithm(x): + """Mercator bounds after binary reduction; ln(2) via two Mercator sums. + + For 1 <= y < 2, log(y) is an alternating series in z=y-1. + We instead reduce to 1 <= y < 3/2, and bound log(3/2) and + log(2) by the same alternating series at z=1/2 and z=1/3, + using log(2)=log(3/2)+log(4/3). All sums are exact rationals. + """ + assert x >= 1 + k = 0 + while x >= 2: x /= 2; k += 1 + j = int(x >= F(3, 2)) + if j: x /= F(3, 2) + def mercator(y): + z=y-1 + assert 0 <= z <= F(1,2) + # An even partial sum is below log; the next term bounds its tail. + t=z; s=F(0) + for n in range(1, 225): + s += (t if n & 1 else -t)/n + t *= z + return s, s+t/225 + a,b=mercator(x); c,d=mercator(F(3,2)); e,f=mercator(F(4,3)) + return floor(a+(k+j)*c+k*e), ceil(b+(k+j)*d+k*f) + +def exponential(l,u): + assert 0 <= l <= u < F(1,10) + def poly(x): + s=t=F(1) + for j in range(1,25): t=t*x/j; s+=t + return s,t + lo,_=poly(l);hi,last=poly(u) + return floor(lo),ceil(hi+last*u/25/(1-u/26)) + +def moment(H,m,W,a,bad=False): + lo=hi=F(0) + for r,n in H.items(): + assert 0 < r < m and n > 0 + l,u=logarithm(F(m,r)); e,f=exponential(a*l,a*u) + p=F(r*n,m*W);lo+=p*e;hi+=p*f + if bad: + # Existing envelope shape, only conditionally portable to the new cover. + l,u=logarithm(F(m));e,f=exponential(a*l,a*u) + p=F(32*m*sum(H.values()),10**16*W) + lo+=p*e;hi+=p*f + return floor(lo),ceil(hi) + +def decimal(x): + with localcontext() as c: + c.prec=70 + return str(Decimal(x.numerator)/Decimal(x.denominator)) + +def certify(H,m,W,bad=False): + with localcontext() as c: + c.prec=70 + terms=[(Decimal(r*n)/Decimal(m*W),(Decimal(m)/Decimal(r)).ln()) for r,n in H.items()] + fallback=Decimal(32*m*sum(H.values()))/Decimal(10**16*W) if bad else Decimal(0) + lm=Decimal(m).ln();lo=Decimal(0);hi=Decimal('.003') + for _ in range(210): + a=(lo+hi)/2 + if sum(p*(a*l).exp() for p,l in terms)+fallback*(a*lm).exp()<1:lo=a + else:hi=a + q=int(((lo+hi)/2*10**24).to_integral_value(rounding=ROUND_FLOOR)) + lo=F(q,10**24);hi=lo+F(1,10**24) + lv=moment(H,m,W,lo,bad);hv=moment(H,m,W,hi,bad) + assert lv[1]<10 for v in slacks.values()),{k:str(v) for k,v in slacks.items() if v<=0} + assert min(margins.values())==minimum + assert margins['balanced_prefix']-minimum==eta and 1-eps-r==eta/2 + assert 1-eps*(1+c)==eta-eps*eta/4 + return dict(parameters=dict(a_bit=a,a_complex=b,tau=tau,sigma=sigma, + eta=eta,beta=beta,q=q,c=c,epsilon=eps,lambda_=lam, + lambda_prime=lp,alpha_squared_power=r,delta=delta, + C0=bridge['semantic']['C0'],C1=1,kappa=kappa), + strict_constraints=slacks,margins=margins,minimum_margin=minimum, + absorption_gap=minimum-kappa, + recurrence=dict(internal=internal,leaf=leaf,reservations=1-c)) diff --git a/research/r740-block-retimed-kernel/vendor/kernel417/stages.py b/research/r740-block-retimed-kernel/vendor/kernel417/stages.py new file mode 100644 index 0000000000..9ef95d52f4 --- /dev/null +++ b/research/r740-block-retimed-kernel/vendor/kernel417/stages.py @@ -0,0 +1,143 @@ +"""Transcript stages on the E8 bit word (bitE8/1), applied from frozen selections, each bound to the exact input word. + +retime (our #329 descent2 / #287 concave retiming, ported to E8 frames): every selected gate g gets a new frame F with + close(LB_g + prev frames of its participants) <= F <= rootspan(AND of their next frames), where LB_g is the + x-support of the non-target operands (source-span rule); pinned: D gates (frame 0), y at frame 0 at the scatter, + retained totals at FULL at COPY, start and final frames. Checked on the joint retimed configuration. +kernel (our #320/#329 shared-donor response kernel; #272/#299/#319 lineage): entry = pivot p, entrance E, donors D with + resp(p) = XOR resp(D) over F2, where resp(h) = the targets whose frame-0 completion (D) gates read h; E inside the + first frame of p and of every donor. p starts at E and leaves the D gates; each donor climbs to E at the start of + A and pays d += (its pivots) at E; after C it pays d += (its pivots) again at FULL (F2: d -= p). + Exclusivity: pivots are never donors, a donor serves one entrance. Total entrance rank = 0 mod 8 (integral + B_4 width W; the residuals then tile width-72 banks with 9 replicas, checked separately). + +usage: stages.py retime|kernel IN.json.gz OUT.json.gz SELECTION.json +After applying, the full exact replay of e8core (legality, F2 on all columns, source spans) must pass and the output +must equal the frozen output content hash. (This package uses the kernel stage only: on PR #376's word our retiming +descent finds no move, before or after the kernel.) +Chafik Boukhalfa (chafreaky) with Anthropic Claude assistance; Apache-2.0.""" +import sys, os, json, hashlib +sys.path.insert(0, os.path.dirname(os.path.abspath(__file__))) +from e8core import * + + +def content_sha(c): + return hashlib.sha256(json.dumps(c, sort_keys=True, separators=(',', ':')).encode()).hexdigest() + + +class Framer: + def __init__(self, c): + self.fl = c['frames']; self.key = {}; self.v = c['v'] + for k, fr in enumerate(self.fl): self.key.setdefault(sum(1 << i for i in fr), k) + def fid(self, m): + if m not in self.key: self.key[m] = len(self.fl); self.fl.append([i for i in range(self.v) if m >> i & 1]) + return self.key[m] + + +def mask_of(lines): return sum(1 << i for i in lines) + + +def occurrences(c, masks): + """per register: list of (kind, ref) with pins ('p', mask) and gates ('g', (phase, k)) in time order""" + v = c['v']; n = 2 * v + c['R']; FULL = (1 << v) - 1 + occ = [[('p', masks[c['start'][r]])] for r in range(n)] + for ph in ('D', 'A'): + for k, (f, d, s) in enumerate(c[ph]): + for x in [d] + s: occ[x].append(('g', (ph, k))) + for t in range(v): occ[v + t].append(('p', 0)) + for q in c['ret']: occ[q].append(('p', FULL)) + for ph in ('B', 'C'): + for k, (f, d, s) in enumerate(c[ph]): + for x in [d] + s: occ[x].append(('g', (ph, k))) + for r in range(n): occ[r].append(('p', masks[c['final'][r]])) + return occ + + +def lower_bounds(c, L): + v = c['v']; n = 2 * v + c['R']; sup = [1 << i if i < v else 0 for i in range(n)]; lb = {} + for ph in ('D', 'A', 'B', 'C'): + for k, (f, d, srcs) in enumerate(c[ph]): + need = 0 + for s in srcs: + sup[d] |= sup[s] + if s < v or s >= 2 * v: need |= sup[s] + if d >= 2 * v: need |= sup[d] + lb[(ph, k)] = L.close(need) if need else 0 + return lb + + +def retime(c, sel): + L = Lat(c['lines']); masks = to_masks(c, L); occ = occurrences(c, masks); lb = lower_bounds(c, L) + gm = {(ph, k): masks[g[0]] for ph in ('D', 'A', 'B', 'C') for k, g in enumerate(c[ph])} + pos = {} + for r, o in enumerate(occ): + for i, (kind, x) in enumerate(o): + if kind == 'g': pos.setdefault(x, []).append((r, i)) + def fr(r, i): + kind, x = occ[r][i]; return x if kind == 'p' else gm[x] + seen = set() + for ph, k, old_lines, new_lines in sel: + g = (ph, k); assert ph != 'D' and g not in seen; seen.add(g) + assert gm[g] == L.close(mask_of(old_lines)), ('selection not bound to this word', g) + F = L.close(mask_of(new_lines)); assert F == mask_of(new_lines), 'frame given as all its root lines' + gm[g] = F + for g in seen: # the joint retimed configuration: every moved gate inside its feasible interval + F = gm[g]; lo = lb[g]; hi = (1 << c['v']) - 1 + for r, i in pos[g]: lo |= fr(r, i - 1); hi &= fr(r, i + 1) + assert lo & ~F == 0 and F & ~hi == 0, ('outside the feasible interval', g) + out = json.loads(json.dumps(c)); fm = Framer(out) + for ph in ('D', 'A', 'B', 'C'): + out[ph] = [[fm.fid(gm[(ph, k)]), d, list(s)] for k, (f, d, s) in enumerate(c[ph])] + return out + + +def kernel(c, sel): + L = Lat(c['lines']); masks = to_masks(c, L); v = c['v']; n = 2 * v + c['R']; FULL = (1 << v) - 1 + occ = occurrences(c, masks) + gm = {(ph, k): masks[g[0]] for ph in ('D', 'A', 'B', 'C') for k, g in enumerate(c[ph])} + first = {} + for h in range(2 * v, n): + assert masks[c['start'][h]] == 0 + first[h] = next(x if kind == 'p' else gm[x] for kind, x in occ[h][1:] if (x if kind == 'p' else gm[x]) != 0) + resp = {} + for f, t, srcs in c['D']: + assert masks[f] == 0 + for s in srcs: resp[s] = resp.get(s, 0) ^ (1 << (t - v)) + ret = set(c['ret']); pivots = {}; donor_at = {}; tot = 0 + for E_lines, p, D in sel: + E = L.close(mask_of(E_lines)); assert E == mask_of(E_lines) and E != 0 + assert p not in ret and p not in pivots and p not in donor_at and 2 * v <= p < n + x = resp.get(p, 0) + for d in D: + assert d not in ret and d not in pivots and 2 * v <= d < n + assert donor_at.setdefault(d, E) == E, 'donor serves one entrance' + x ^= resp.get(d, 0) + assert x == 0, ('response relation fails', p) + for h in [p] + D: assert E & ~first[h] == 0, ('entrance not inside first frame', h) + pivots[p] = E; tot += L.dim(E) + assert not set(pivots) & set(donor_at) + assert tot % 8 == 0, 'total entrance rank 0 mod 8' + out = json.loads(json.dumps(c)); fm = Framer(out) + for p, E in pivots.items(): out['start'][p] = fm.fid(E) + out['D'] = [[f, t, [s for s in srcs if s not in pivots]] for f, t, srcs in c['D']] + byd = {} + for E_lines, p, D in sel: + for d in D: byd.setdefault((d, mask_of(E_lines)), []).append(p) + out['A'] = [[fm.fid(E), d, sorted(ps)] for (d, E), ps in sorted(byd.items())] + out['A'] + out['C'] = out['C'] + [[fm.fid(FULL), d, sorted(ps)] for (d, E), ps in sorted(byd.items())] + return out, len(sel), tot, len(byd) + + +if __name__ == '__main__': + st, inp, outp, selp = sys.argv[1:5] + c = load_word(inp); sel = json.load(open(selp)) + assert sel['input_sha256'] == content_sha(c), 'selection bound to a different input word' + if st == 'retime': + w = retime(c, sel['gates']); info = '%d gates retimed' % len(sel['gates']) + else: + w, ne, tot, nd = kernel(c, sel['entries']); info = '%d entries, total entrance rank %d, %d donor slots' % (ne, tot, nd) + r = replay(w, span_mode='z'); assert not r['viol'], r['viol'][:5] + assert content_sha(w) == sel['output_sha256'], 'output differs from the frozen stage output' + save_word(w, outp) + print(' stage %s: %s | exact replay PASS (legality, F2 on %d columns, source spans) | local histogram %s | output sha %s' + % (st, info, r['n'], dict(sorted(r['H'].items())), sel['output_sha256'][:16])) diff --git a/research/r740-block-retimed-kernel/vendor/pr436/LICENSE b/research/r740-block-retimed-kernel/vendor/pr436/LICENSE new file mode 100644 index 0000000000..261eeb9e9f --- /dev/null +++ b/research/r740-block-retimed-kernel/vendor/pr436/LICENSE @@ -0,0 +1,201 @@ + Apache License + Version 2.0, January 2004 + http://www.apache.org/licenses/ + + TERMS AND CONDITIONS FOR USE, REPRODUCTION, AND DISTRIBUTION + + 1. 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Prepared by eumemic with substantial Anthropic Claude assistance. + +## New in this package + +- `code/reuse/`: the elimination-reuse stage (`reuse.py`), the frame retiming (`retime.py`), their integer cost tables (`ecost.py`), the regeneration driver (`regen.py`) and the elimination-reuse negative controls (`controls.py`). +- `data/params/params-r740.json`: our parameters for PR #370's producer. `discovery/` holds the search that nominated them. +- `data/bit/bitE8-r740.json.gz` (the word) and `data/bit/reuse-ledger.json` (its inserted elimination gates). +- `code/nine/global_word_g.py`, `audit_g.py`, `certify_g.py`: generalisations of PR #386's `global_word.py`, `audit.py` and `certify.py` to any bitE8/1 word whose helpers start at frame 0 and end at the full frame. `regress386.py` checks them against PR #386's own receipts. `cited.py` binds the cited complex savings to the PRs' receipts. `compose433.py` ports PR #433's bit pricing, finite invoice and tail. +- `code/b4/kappa_b4.py`, `code/provenance.py`, `verify.sh`, `EXPECTED.json`, `data/complex-b-*.json`, `.github/workflows/e8-bit-elimination-reuse.yml`. + +## Vendored, byte-identical (git blob ids in `SOURCE-pr*.json`, checked by `code/provenance.py`) + +- **PR #370 (Dylan Crow / utcorvusvolat-dotcom, with Anthropic Claude assistance), commit b7fe9cd:** + - the producer `code/bit/producer/`; + - the independent checker and its controls `code/bit/independent/`; + - the record exporter and the record-level controls; + - PR #266's official cohort checkers as generalised there (`legality_h.cpp`, `columns_h.cpp`, NCOPY); + - `gram_frames.py`, `stage_cohort.py`; + - PR #315's engines (`code/pricing/`, DreamingOfClouds); + - nlohmann/json (`json.hpp`, MIT licence in its header); + - the E8 bit word `data/bit/bitE8-r865.json.gz`; + - `LICENSE`. +- **PR #381 (DaysSky, assisted with Claude), commit 00765b2:** the B_K checkers `columns_k.cpp`, `geometry_k.py`, `tile_k.py`, `certify_bit_k.py`, `finite_k.py`, `cost.py`, `receipts_k.py`, and PR #363's `bridged.py` (DaysSky). +- **PR #386 (Zhihao Chen / jacklightChen, with OpenAI Codex assistance), commit dd11cf8:** + - `geometry.py` (compressed nine-stage bit geometry, unchanged); + - the portable `bits/stdc++.h`; + - the validation receipts `GLOBAL.json`, `AUDIT.json` and `COMBINED.json`, used only as regression references. +- **PR #417 (Chafik Boukhalfa / chafreaky, with Anthropic Claude assistance), commit 3f681fb:** + - `bootstrap.py` (their reimplementation of rohanarun's PR #392 refined pricing tail), `e8core.py` and its copies of PR #315's engines; + - `apply376.py`; + - the final kernel word, used as a B_4 control. +- **PR #376 (applecrusher, with OpenAI Codex assistance), commit 92328da:** `frame-selection.json`, `reuse-selection.json` and `LICENSE-pr376`, as vendored in PR #417. +- **PR #426 (ai-nanachi, with OpenAI Codex assistance), commit 88d5525:** the R767 bit word, used only as a priced comparison and B_3 control, and `LICENSE-pr426`. +- **PR #425 (Zhihao Chen / jacklightChen, with OpenAI Codex assistance), commit e11ccea:** the validation receipt `FINAL.json`, which states the cited b and κ. +- **PR #431 (Rohan Arun / rohanarun, with OpenAI Codex assistance; draft), commit db4f465:** the validation receipt `VALIDATION-LOCAL.json`, which states the cited b and κ. +- **PR #433 (icekylinx, with OpenAI Codex assistance), commit 6d92445:** `CERTIFICATE.json`, which states the cited complex b, the R758 bit c and κ. `code/nine/compose433.py` is our port of #433's `code/bit_price.py` and `code/combined.py` arithmetic. No #433 code is vendored or run. + +## Cited, not rebuilt + +Complex coarse savings in `data/complex-b-nine.json` and `data/complex-b-b4.json`, each with its PR, commit and receipt (git blob): + +- compressed nine-stage layout: + - PR #433 (icekylinx; `data/complex-b-433.json`, bound to its certificate by `compose433.py`); + - PR #386 (#377's component), PR #425 (jacklightChen) and PR #431 (rohanarun, draft), bound to their receipts by `code/nine/cited.py`. +- B_4: PR #424, #407 (chafreaky), #410 (eumemic) and #409 (rohanarun). + +No complex construction is rebuilt here. + +The E8 label family follows Jacob Sussman's introduction of E8 for the complex supplier. diff --git a/research/r740-block-retimed-kernel/vendor/pr436/README.md b/research/r740-block-retimed-kernel/vendor/pr436/README.md new file mode 100644 index 0000000000..5ddb576f02 --- /dev/null +++ b/research/r740-block-retimed-kernel/vendor/pr436/README.md @@ -0,0 +1,182 @@ +κ = 1128983115440183/10¹⁸ (conditional; bit-bound) with PR #433's complex supplier + +# An E8 bit word with 740 helpers: dead helper slots reused through F₂ relations + +This package is a bit-side supplier: an E8 bit word in PR #370's format (h = 8, v = 120, 9 retained totals) with **R = 740 helpers**. For comparison, #370 has 865, #376 has 822, #426 has 767 and #433 has 758. In the compressed nine-stage layout of PR #386 (m = 64), which #425, #431 and #433 use, its coarse saving is + +**c = 282564789736676592463/(2.5·10²³) ≈ 1.130259158946706·10⁻³** + +on PR #433's 10⁻²⁴ grid. On #386's 10⁻¹⁸ grid it is 565129579473353/(5·10¹⁷). + +PR #433 (icekylinx) pairs its split-centre complex supplier, b = 1183986549206329/10¹⁸ ≈ 1.183987·10⁻³, with a 758-helper bit word, c = 1.122122700265139·10⁻³. #433's bit side binds, at κ = 1.120864952258278·10⁻³. With this word in place of R758, through #433's own bit engine, finite invoice and six-level tail: + +**κ = 1128983115440183/10¹⁸ ≈ 1.128983115440183·10⁻³**, bit-bound, **+0.7243 % over #433**. + +The bit c is +0.7251 % over #433's R758. As controls, the same code reproduces #433's bit c from #433's stated R758 profile, and #433's κ from #433's (c, b), exactly. The complex side still has 4.75 % of headroom over this c. + +## Bit coarse savings + +| bit word | R | compressed nine-stage (#386 layout, m = 64) | B₄ unsplit (#381 layout, m = 72) | B₃ unsplit (m = 56) | +| --- | ---: | ---: | ---: | ---: | +| PR #370 (`bitE8-r865`) | 865 | **1057833103534317/10¹⁸** (= #386, #425, #431) | **249162322049641/(2.5·10¹⁷)** (= #381) | 9.912261·10⁻⁴ | +| PR #376 (R822) | 822 | 1084538480613107/10¹⁸ | **255384852701747/(2.5·10¹⁷)** (= #390 … #424) | **8128527708459/(8·10¹⁵)** (= #376, #389 baseline) | +| PR #417 (R822 + shared-donor kernel) | 822 | — (entrance residuals do not fill #386's rank-8 slots) | **1044063934627389/10¹⁸** (= #417) | 1.037508·10⁻³ | +| PR #426 (R767, clean-reset reuse) | 767 | 1116714040089377/10¹⁸ | 1.051689·10⁻³ | **104575879789097/10¹⁷** (= #426) | +| PR #433 (R758: #426 + source-basis totals) | 758 | **561061350132569610283/(5·10²³)** (= #433, 10⁻²⁴ grid) | — | — | +| **this word** | **740** | **282564789736676592463/(2.5·10²³) ≈ 1.130259·10⁻³** | **1064525457834209/10¹⁸ ≈ 1.064525·10⁻³** | **1058066102700151/10¹⁸ ≈ 1.058066·10⁻³** | + +Compressed nine-stage values are on #386's 10⁻¹⁸ grid, except #433's and this word's, which are on #433's 10⁻²⁴ grid. On the 10⁻¹⁸ grid this word is 565129579473353/(5·10¹⁷). + +Bold entries in the control rows are the values the cited PRs publish. `verify.sh` reproduces each exactly with the same code that prices this word. Most come from the PR's own word. #433's R758 value comes from the R758 profile stated in #433, because the package does not ship that word. The other entries are computed here and are not published by those PRs. + +This word compared with the best published bit c in each layout: + +| layout | best published bit c | this word | +| --- | --- | ---: | +| compressed nine-stage | #433's R758 | +0.725 % | +| B₄ | #417 | +1.960 % | +| B₃ | #426 | +1.177 % | + +Against #426's R767 word priced in the same layouts, this word is +1.213 % (compressed nine-stage) and +1.221 % (B₄). The five-stage saving (PR #370's independent checker) is 9.63227·10⁻⁴. + +## κ with cited complex suppliers + +| complex supplier (cited, not rebuilt) | layout and tail | b | κ with this word | κ as published | +| --- | --- | ---: | ---: | ---: | +| **PR #433 (icekylinx)** | compressed nine-stage; #433's tail | 1183986549206329/10¹⁸ | **1128983115440183/10¹⁸** (bit-bound) | 560432476129139/(5·10¹⁷) (bit-bound, R758) | +| PR #431 (rohanarun, draft) | compressed nine-stage; #386's tail | 529046848168159/(5·10¹⁷) | 1056975315151441/10¹⁸ (complex-bound) | 1056715272872389/10¹⁸ at db4f465 (bit-bound, #370 word); 1056975315151441/10¹⁸ at 71c5988 (with #376's retimed bit word) | +| PR #425 (jacklightChen) | compressed nine-stage; #386's tail | 52455248902029/(5·10¹⁶) | 524002754014103/(5·10¹⁷) | same | +| PR #386 (#377's component) | compressed nine-stage; #386's tail | 999240641319551/10¹⁸ | 998243154231047/10¹⁸ | same | +| PR #424 (chafreaky) | B₄; #392's refined tail | 254887067002137341481/(2.5·10²³) | 1018509848057013/10¹⁸ | same | +| PR #410, #409, #407 | B₄; #392's refined tail | as cited by #417 | as published | same | + +All κ values are on the 10⁻¹⁸ grid and satisfy PR #315's 47 strict outer inequalities. The next grid point is rejected. The three tails: + +- **#433's tail** (`compose433.py`, ported from #433's `bit_price.py` and `combined.py`): + - c is the 10⁻²⁴-grid lower endpoint of PR #315's `certify`, with the 10⁻¹⁶ bad-branch allowance, and is checked by the second engine; + - η = β = 10⁻¹⁸, seed min(c, (1 − β)b) − 10⁻²⁴, six bootstrap levels; + - zero η, zero β and unit β are rejected as well; + - the finite invoice charges the prefix at the next multiple of 64 bits: here 123 bits, charged 128. +- **#386's tail** (#386, #425, #431): three bootstrap steps, η = 10⁻¹², β = 10⁻⁹. The seed is strictly below (1 − β) times both suppliers (#431's policy). +- **B₄:** #392's refined tail, as reimplemented in PR #417's `bootstrap.refine`. + +With #431's complex supplier the complex side binds. Every bit word above #431's b gives that κ, including #376's and #426's words in this layout. #431's later head uses #376's retimed word. The PR #370 word reproduces #431's κ at db4f465, and #425's and #386's κ, exactly. + +## The word + +1. **PR #370's producer, unchanged, with new parameters.** `data/params/params-r740.json` differs from #370's `params-r865.json` in 67 of 520 entries. It was found by a local search with the reuse pass in the objective (`discovery/`). The producer gives a word with R = 863. +2. **Elimination reuse** (`code/reuse/reuse.py`). + - A helper is dead after its last gate in phases A and B. It still holds a leftover x-content: an F₂ sum of source lines, at its last frame. + - Before a later helper is born at frame F, the pass looks for an F₂ relation content(r₀) = Σ_{q∈S} content(q) among dead slots whose frames lie inside F. It emits r₀ += S at the join G of their frames (G ⊆ F). r₀ then holds no x-content and hosts the new helper. + - The relation is found by Gaussian elimination over F₂. The cheapest relation with |S| ≤ 3 replaces it when one exists, scored by the extra climbing of r₀ and of the eliminators. + - The 9 retained totals take dead slots too. The slot's leftover x-lines are read from the sources at the full frame. + - The dirt compensation D and the cleanup C are rebuilt as in #370's `fullword.py`. + - **114 helper slots and 9 totals are reused: R 863 → 740.** + - **Prior and concurrent work.** + - #376 reused helper lifetimes by aliasing: 43 reuses. + - #426 (ai-nanachi, posted first) uses the same mechanism as this pass. It zeroes a retired helper's x-content with exact two- or three-parent "clean resets" before reusing the slot, rebuilds D and C, and keeps the totals protected. It makes 55 resets on #376's R822 word (R767). + - This pass was developed independently. It differs in four ways: it searches every dead slot inside the birth frame by elimination, uses cost-scored relations with up to three eliminators, puts the totals on dead slots as well, and starts from a re-parameterised #370 producer word (R863). + - **#433's source-basis trick does not apply here.** The trick computes the nine retained sums in source rows, which removes #426's nine dedicated total helpers (R767 → 758). In this word the totals already sit on slots of earlier helpers, and no helper is born after them, so the trick would remove no register. +3. **Retiming** (`code/reuse/retime.py`, the idea of #389). Each gate moves to its lowest or highest legal frame when that lowers Σ r ln(64/r) over its registers' adjacent steps: 37 gate moves. + +All search choices use integer costs computed with Python's correctly rounded `decimal` logarithm, so the word is the same on every platform. One invocation's local histogram is {1: 2355, 2: 884, 3: 489, 4: 425, 5: 62, 8: 9}: 4,224 blocks, of which 9 are copies. Gates D/A/B/C: 120/1873/472/1873; 944 frames. + +## Verify + + BOOST_INCLUDE=/usr/include bash research/e8-bit-elimination-reuse/verify.sh /fresh/output/dir + bash research/e8-bit-elimination-reuse/verify.sh --quick /fresh/output/dir + +Requirements: Python 3.11+ with numpy, mpmath and sympy (`requirements.txt`); a C++17 compiler (`CXX`); Boost headers (`BOOST_INCLUDE`). `--quick` skips the regressions on #370's word, the comparison words in the compressed nine-stage layout, and the B₃ rows. The workflow `.github/workflows/e8-bit-elimination-reuse.yml` runs both modes on Python 3.12 and 3.14. + +0. **Manifest and provenance.** `MANIFEST.sha256`. The git blob id of all 52 vendored files is checked against `SOURCE-pr*.json`: #370, #376, #381, #386, #417, #425, #426, #431 and #433. +1. **The word from pinned inputs.** + - Control: #370's producer regenerates #370's word from its own parameters. + - `regen.py` rebuilds this word from our parameters (producer → reuse → retiming). It must equal the shipped word, and the reuse ledger must match. + - #376's R822 word is rebuilt from #370's word and #376's two witnesses with #417's `apply376.py`, as a control word. +2. **One invocation, exact.** + - #370's independent checker: the 120 E8 root lines; nested frames; common gate frames; F₂ on all 980 columns, dirty helpers included; Gram determinants on 935 used frames (prime 2 only); the five-stage root. + - #370's 6 word-level controls, rejected. + - 6 elimination-reuse controls, rejected by the same checker: drop an elimination gate, drop one eliminator, drop one x-line read of a total's undo, lower an elimination below an eliminator's frame, remove all 123 elimination gates, move a total's undo gate to frame 0. +3. **Official checkers.** + - PR #266's cohort legality, as generalised in #370 (NCOPY = 9): 19,527 records, 15,294 common-frame ADDs. + - Five-stage formal columns: 1,220 columns, prefix payload 64 bits < 104. + - #381's B₄ formal columns: all 1,700 physical columns over F₂ through 9 invocations, 18 twin bridges and the terminal exchange. All 18 omitted-bridge controls are rejected. + - #370's 6 record-level controls are rejected, including the unmodified copy count NCOPY = 8. +4. **Nondegeneracy.** `gram_frames.py`: all 944 frames positive definite under the E8 form. Prime witnesses are valid; the only prime is 2. +5. **Retained totals.** 9 COPY/ERASE episodes at the full frame (rank 8). +6. **Compressed nine-stage layout (#386).** + - #386's `geometry.py`, unchanged: 120 port routes, 1,080 route checks, at most 77 route factors with denominators {1, 2, 4}, and the bank slots. It is bound to this word by the equality of the 120 label vectors. + - `global_word_g.py`, our generalisation of #386's `global_word.py`: + - both reflected local streams replay all 980 columns; + - the scalar replay over 9 stages covers 7,620 independent columns; + - 72 local invocations, 1,405,944 emitted events and 53,280 bank assignments (6,660 banks of 8 whole rank-8 slots, no padding); + - live stock 64v + 9R = 14,340; + - deficit 2,496 = 8(8v − 9·72); + - max child 42 of 64, so two-level halving; + - prefix bound 2¹⁸·776⁵·17,724⁴ of 123 bits, under #386's 192-bit allowance. + - `audit_g.py`: 944 exact rational projectors and 3,263 nested pairs. #386's 8 template mutations are rejected. + - `cited.py`: each cited complex b, and that PR's own κ, must equal the fields of the PR's receipt. The receipts are #386's `COMBINED.json`, #425's `FINAL.json` and #431's `VALIDATION-LOCAL.json`, vendored and pinned by blob id. + - `certify_g.py`: both PR #315 engines with the 10⁻¹⁶ fallback admit c and reject c + 10⁻¹⁸. The finite coefficient has 123 bits; the two-level coefficient has 282 bits, below 2⁵¹²; the row coefficient is 18,355 < 20,161. κ is then computed with each cited complex b. + - `compose433.py`: PR #433's bit engine, finite invoice and six-level tail, ported from #433's `bit_price.py` and `combined.py`. + - Controls: #433's stated R758 profile prices to #433's bit c, and #433's (c, b) gives #433's κ. Both are bound to #433's `CERTIFICATE.json`, which is vendored and pinned. + - Then this word's c, invoice and κ with #433's complex b: next grid point, zero η, zero β and unit β are rejected. + - **Regression:** on #370's word the same three scripts reproduce #386's `GLOBAL.json`, `AUDIT.json` and the bit, finite and κ fields of `COMBINED.json`, field for field. They also reproduce #425's and #431's κ. + - **Comparison:** the same chain prices #376's word (rebuilt in step 1) and #426's word in this layout. Each gives the same κ with #431, since each has c > b. +7. **B₄ (#381's layout, unsplit).** + - #381's `geometry_k.py` on this word: PR234 routes on 9 blocks, idle gap ranks equal to `bridged.py`, the 9-window entrance completion, max child 50 (halving degree 2). + - `tile_k.py`: 740 banks of 9 rank-8 residuals with T = 9 replicas. + - `certify_bit_k.py` prices this word and the #370, #376 and #417 controls. + - `receipts_k.py` and `finite_k.py`: the finite bill at m = 72. The coefficient has 48 bits, below 2⁸⁰; the payload prefix is 64 bits; the internal row coefficient is 10,370. + - `kappa_b4.py` computes κ with the cited B₄ suppliers. + - **Regression:** `columns_k` at K = 2 gives the five-stage `columns_h` receipt. +8. **B₃ (informational).** Formal columns at K = 3 (1,460 columns), banks with T = 7, and prices with the #376 and #426 controls. +9. **Summary** against `EXPECTED.json`. + +Locally, the C++ checkers were built against a 128-bit, overflow-checked stand-in for `boost::multiprecision::cpp_int`, because the preparing machine has no Boost. CI compiles them against libboost-dev. + +## Retained assumptions and open obligations + +- **Everything PR #370 admits:** + - 9 retained totals at h = 8; + - PR234's banks for a non-paired-cube family; + - the inherited all-size weighted bit compiler, prime/tape/precision and analytic interfaces. +- **The compressed nine-stage layout is PR #386's:** + - its window, bank and route arguments (PROOF.txt there); + - two-level halving (max child 42 of 64); + - its finite charges. + Our scripts check this word against those arguments' finite conditions; they add no new argument. +- **B₄ is PR #381's:** halving degree two on the bit side (#375, #381); no Lean proof of B_K. +- **The complex suppliers are cited by pinned reference and not rebuilt:** + - the headline κ depends on #433's split-centre complex supplier (its PROOF.md), which builds on #425's written scalar-interface extension; + - #433's complex b, its six-level tail (#392's refined form, η = β = 10⁻¹⁸) and all its obligations remain #433's. + - #431 (a draft) and the other cited suppliers are listed only for comparison. +- **#433's bit finite charge is adopted for the headline:** the prefix is charged at the next multiple of 64 bits (here 123 bits, charged 128, inside #386's 192-bit allowance), and the two-level coefficient is below 2⁵¹² (here 282 bits). +- This is a conditional finite construction, not a formal verification of the multiplication theorem. No Lean proof is claimed. +- **Not measured:** stacking #417's shared-donor kernel on this word. It applies to B_K banks. It does not apply to #386's whole-block banks, whose slots need rank-8 residuals. + +## Credits + +- **Dylan Crow (utcorvusvolat-dotcom), PR #370:** the E8 bit word format, the producer whose output we reuse, the independent checker and the generalised official checkers. +- **applecrusher, PR #376:** helper-lifetime reuse, which the elimination reuse generalises. +- **ai-nanachi:** + - PR #389: the frame-retiming idea; + - PR #426: clean-reset reuse, the same slot-reuse mechanism, published first (developed independently here), and its R767 word as a comparison. +- **icekylinx, PR #433:** + - the split-centre complex supplier that the headline κ uses; + - its bit engine, finite invoice and six-level tail, ported here; + - the R758 comparison. +- **DaysSky:** + - PR #381: the B₄ layout and checkers; + - PR #375: halving degree two; + - PR #363: B_K and `bridged.py`. +- **Zhihao Chen (jacklightChen):** + - PR #386: the compressed nine-stage bit layout and its checkers, generalised here; + - PR #425: the mutable-basis complex word. +- **Chafik Boukhalfa (chafreaky), PR #417:** the B₄ pricing tail port, the #376 rebuild and the kernel-word control. +- **Rohan Arun (rohanarun):** + - PR #431: a cited complex supplier and the two-supplier seed policy; + - PR #392: the refined pricing tail. +- **Jacob Sussman:** the E8 family and the bridged word. +- **PR #266 and PR #315 (DreamingOfClouds) lineage:** the official checkers, the moment engines and the outer assembly. + +Prepared by eumemic with substantial Anthropic Claude assistance. Apache-2.0 (`LICENSE`); see `NOTICE.md`. diff --git a/research/r740-block-retimed-kernel/vendor/pr436/code/bit/producer/compile.py b/research/r740-block-retimed-kernel/vendor/pr436/code/bit/producer/compile.py new file mode 100644 index 0000000000..86b12507ef --- /dev/null +++ b/research/r740-block-retimed-kernel/vendor/pr436/code/bit/producer/compile.py @@ -0,0 +1,201 @@ +"""Dylan Crow, with Anthropic Claude assistance; Apache-2.0. Compile a Re-Pair hierarchy into an explicit bit word (frames = root masks) and price it. +Registers: x 0..119, y 120..239, helpers 240.. . Gate: (phase, frame, dst, [srcs]) dst += sum(srcs) over F2.""" +import e8lib as E, frames as Fm, price as P +from collections import defaultdict, Counter +V=E.V +class Word: + def __init__(self): + self.nh=0; self.A=[]; self.B=[]; self.ret=[] + def helper(self): + r=2*V+self.nh; self.nh+=1; return r +def X(s): return s +def Y(t): return V+t +def compile_h(h, low=True, drop=frozenset(), centres=None): + need=h.need + needed=set(); todo=[u for t in range(V) for u in need[t]] + while todo: + u=todo.pop() + if u in needed: continue + needed.add(u) + if h.kids[u]: todo.extend(h.kids[u]) + rules=sorted((u for u in needed if h.kids[u]), key=lambda u:(h.dim[u],u)) + # low reads: longest nested chain of needed symbols per target + lowset=set() + if low: + for t in range(V): + it=sorted(need[t], key=lambda u:(h.dim[u],u)); best={} + for j,u in enumerate(it): + b=[u] + for i in range(j): + v=it[i] + if (h.dim[v]len(b): b=best[v]+[u] + best[u]=b + ch=max(best.values(),key=len) if best else [] + for u in ch: + if h.dim[u]<7 and (t,u) not in drop: lowset.add((t,u)) + uses=defaultdict(list) + for w in rules: + for c in h.kids[w]: uses[c].append((0,h.dim[w],h.frame[w],w)) + for t in range(V): + for u in need[t]: + if (t,u) in lowset: uses[u].append((1,h.dim[u],h.frame[u],t)) + else: uses[u].append((1,7,Fm.HYP[t],t)) + chains={}; chain_of={} + for u in needed: + ev=sorted(uses[u]); cl=[] + for e in ev: + best=None + for i,ch in enumerate(cl): + last=ch[-1] + if last[0]==1 and last[1]==7 and last[2]!=e[2]: continue + if last[2]==e[2] or (last[1]=2*V: host=(c,i); break + if host: + q=reg.pop(host); srcs=[reg[(c,i)] for c,i,_ in info if (c,i)!=host] + W.A.append((F,q,srcs,None)); inplace+=1 + else: + q=W.helper(); W.A.append((F,q,[reg[(c,i)] for c,i,_ in info],None)) + reg[(w,0)]=q + n=len(chains[w]) + if n>1: + qs=[W.helper() for _ in range(n-1)] + W.A.append((F,q,None,qs)) + for i,qq in enumerate(qs): reg[(w,i+1)]=qq + # totals + cent=centres or default_centres() + for sup in cent: + q=W.helper(); W.A.append((Fm.FULL,q,[X(s) for s in range(V) if sup>>s&1],None)); W.ret.append(q) + # phase B: deliveries sorted by frame dim + ev=[] + for t in range(V): + hyp=[] + for u in need[t]: + r=reg[(u,chain_of[(u,1,t)])] + if (t,u) in lowset: ev.append((h.dim[u],h.frame[u],Y(t),[r])) + else: hyp.append(r) + if hyp: ev.append((7,Fm.HYP[t],Y(t),hyp)) + ev.sort(key=lambda e:(e[0],e[2])) + for d,F,yt,srcs in ev: W.B.append((F,yt,srcs,None)) + W.stats=dict(R=W.nh,rules=len(rules),inplace=inplace,low=len(lowset),chains=sum(len(c) for c in chains.values())) + return W +_DC=None +def default_centres(): + """T0 = all lines; T_i = {S : B(a_i,S)=1} for a basis a_i of E8/2E8 given by 8 lines spanning it mod 2.""" + global _DC + if _DC: return _DC + # pick 8 lines whose images are independent mod 2 : use B-matrix rank + B=[[E.G[a][b]&1 for b in range(V)] for a in range(V)] + rows=[]; basis=[]; piv={} + for a in range(V): + m=sum(B[a][b]<=V: get(u) + return ph +def choose_low(h, needed, ph, drop=frozenset(), mode='longest'): + lowset=set() + for t in range(V): + it=sorted(h.need[t], key=lambda u:(h.dim[u],u)); best={} + for j,u in enumerate(it): + b=[u] + for i in range(j): + v=it[i] + if h.dim[v]len(b): b=best[v]+[u] + best[u]=b + ch=max(best.values(),key=len) if best else [] + for u in ch: + if h.dim[u]<7 and (t,u) not in drop: lowset.add((t,u)) + return lowset +def compile2(h, lowset=None, drop=frozenset(), centres=None): + needed=needed_symbols(h); ph=phases(h,needed) + if lowset is None: lowset=choose_low(h,needed,ph,drop) + # uses: (phaseorder, dim, kind, frame, who) phaseorder 0=A 1=B ; kind 0 rule-child 1 delivery + uses=defaultdict(list) + for w in needed: + if w=2*V) + inplace=[0]; ncopy=[0] + def form(w,lst): + F=h.frame[w]; info=[] + for c in h.kids[w]: + i=chain_of[(c,0,w)]; ch=chains[c][i] + info.append((c,i,ch[-1][2]==0 and ch[-1][4]==w)) + host=None + for c,i,end in info: + if end and reg[(c,i)]>=2*V: host=(c,i); break + if host: + q=reg.pop(host); lst.append((F,q,[reg[(c,i)] for c,i,_ in info if (c,i)!=host],None)); inplace[0]+=1 + else: + q=W.helper(); lst.append((F,q,[reg[(c,i)] for c,i,_ in info],None)) + reg[(w,0)]=q; n=len(chains[w]) + if n>1: + qs=[W.helper() for _ in range(n-1)]; ncopy[0]+=n-1 + lst.append((F,q,None,qs)) + for i,qq in enumerate(qs): reg[(w,i+1)]=qq + Arules=sorted((w for w in needed if w>=V and ph[w]=='A'),key=lambda w:(h.dim[w],w)) + for w in Arules: form(w,W.A) + cent=centres or C.default_centres() + for sup in cent: + q=W.helper(); W.A.append((Fm.FULL,q,[C.X(s) for s in range(V) if sup>>s&1],None)); W.ret.append(q) + # phase B events + ev=[] + for w in needed: + if w>=V and ph[w]=='B': ev.append((h.dim[w],0,w)) + lowby=defaultdict(list) + for (t,u) in lowset: lowby[u].append(t) + for u in lowby: ev.append((h.dim[u],1,u)) + for t in range(V): ev.append((7,2,t)) + ev.sort() + for d,k,a in ev: + if k==0: form(a,W.B) + elif k==1: + u=a + for t in sorted(lowby[u]): + W.B.append((h.frame[u],C.Y(t),[reg[(u,chain_of[(u,1,t)])]],None)) + else: + t=a; srcs=[reg[(u,chain_of[(u,1,t)])] for u in h.need[t] if (t,u) not in lowset] + if srcs: W.B.append((Fm.HYP[t],C.Y(t),srcs,None)) + W.stats=dict(R=W.nh,carriers=W.ncarrier,Arules=len(Arules),Brules=sum(1 for w in needed if w>=V and ph[w]=='B'), + inplace=inplace[0],copies=ncopy[0],low=len(lowset),chains=sum(len(c) for c in chains.values())) + return W +if __name__=='__main__': + import pickle,sys + from repair import Hier + import __main__; __main__.Hier=Hier + try: + import ham1; __main__.SH=ham1.SH + except Exception: pass + h=pickle.load(open(sys.argv[1],'rb')) + if len(sys.argv)>2: PHASEMODE[0]=sys.argv[2] + W=compile2(h) + print(W.stats) + print('f2 check bad targets/x:',[len(z) for z in C.f2_check(W)]) + s,deficit,D,steps=C.evaluate(W) + print('R',W.nh,'saving %.6e'%s,'deficit',deficit,'D %.0f'%D,sorted(steps.items())) + import diag; diag.diag(W) diff --git a/research/r740-block-retimed-kernel/vendor/pr436/code/bit/producer/e8lib.py b/research/r740-block-retimed-kernel/vendor/pr436/code/bit/producer/e8lib.py new file mode 100644 index 0000000000..8464b956f6 --- /dev/null +++ b/research/r740-block-retimed-kernel/vendor/pr436/code/bit/producer/e8lib.py @@ -0,0 +1,79 @@ +"""Dylan Crow, with Anthropic Claude assistance; Apache-2.0. E8 root lines in Q^8 (standard coordinates, doubled to integers), F2 images, basic linear algebra.""" +import itertools +from fractions import Fraction as Fr + +def roots2(): + """E8 roots times 2 (integer vectors): 2(±e_i±e_j) and (±1)^8 with even number of minus signs.""" + R=[] + for i,j in itertools.combinations(range(8),2): + for a in (2,-2): + for b in (2,-2): + v=[0]*8; v[i]=a; v[j]=b; R.append(tuple(v)) + for signs in itertools.product((1,-1),repeat=8): + if signs.count(-1)%2==0: R.append(tuple(signs)) + return R + +def ip(u,v): # true inner product of roots given doubled coordinates + return sum(a*b for a,b in zip(u,v))//4 + +import os +def roots_hamming(): + """E8 via Construction A from the [8,4,4] extended Hamming code: x in Z^8, x mod 2 in H8, |x|^2=4. + Inner product of roots = /2. Returned scaled so that ip() (which divides by 4) works: multiply by sqrt2? no: + we return 2*x/sqrt... -> use integer vectors y=x and a separate scale.""" + H=[] + for a in itertools.product((0,1),repeat=4): + g=[(1,1,1,1,0,0,0,0),(1,1,0,0,1,1,0,0),(1,0,1,0,1,0,1,0),(0,1,1,0,1,0,0,1)] + w=[sum(a[k]*g[k][i] for k in range(4))%2 for i in range(8)] + H.append(tuple(w)) + R=[] + for i in range(8): + for sg in (2,-2): + v=[0]*8; v[i]=sg; R.append(tuple(v)) + for w in H: + if sum(w)==4: + idx=[i for i in range(8) if w[i]] + for sg in itertools.product((1,-1),repeat=4): + v=[0]*8 + for i,s_ in zip(idx,sg): v[i]=s_ + R.append(tuple(v)) + return R +COORD=os.environ.get('E8COORD','std') +if COORD=='ham': + ALL=[tuple(a for a in r) for r in roots_hamming()] + def ip(u,v): return sum(a*b for a,b in zip(u,v))//2 +else: + ALL=roots2() +assert len(ALL)==240 +LINES=[] +seen=set() +for r in ALL: + if r in seen: continue + neg=tuple(-a for a in r); seen.add(r); seen.add(neg) + # canonical: first nonzero coordinate positive + LINES.append(r if [a for a in r if a][0]>0 else neg) +V=len(LINES); assert V==120 +G=[[ip(LINES[a],LINES[b]) for b in range(V)] for a in range(V)] +ORTH=[[b for b in range(V) if G[a][b]==0] for a in range(V)] +NEIGH=[[b for b in range(V) if abs(G[a][b])==1] for a in range(V)] +assert all(len(o)==63 and len(n)==56 for o,n in zip(ORTH,NEIGH)) + +def rank_q(vecs): + """rank over Q of integer vectors""" + rows=[list(map(Fr,v)) for v in vecs] + r=0; n=len(rows[0]) if rows else 0 + for c in range(n): + p=None + for i in range(r,len(rows)): + if rows[i][c]!=0: p=i;break + if p is None: continue + rows[r],rows[p]=rows[p],rows[r] + for i in range(len(rows)): + if i!=r and rows[i][c]!=0: + f=rows[i][c]/rows[r][c] + rows[i]=[x-f*y for x,y in zip(rows[i],rows[r])] + r+=1 + return r + +def span_dim(idx): + return rank_q([LINES[i] for i in idx]) if idx else 0 diff --git a/research/r740-block-retimed-kernel/vendor/pr436/code/bit/producer/frames.py b/research/r740-block-retimed-kernel/vendor/pr436/code/bit/producer/frames.py new file mode 100644 index 0000000000..b28c3b2413 --- /dev/null +++ b/research/r740-block-retimed-kernel/vendor/pr436/code/bit/producer/frames.py @@ -0,0 +1,45 @@ +"""Dylan Crow, with Anthropic Claude assistance; Apache-2.0. Root-spanned rational subspaces of Q^8, represented by the bitmask of E8 root lines they contain.""" +import e8lib as E +from fractions import Fraction as Fr +V=E.V +L=E.LINES +_cache={} +def _basis(idx): + rows=[] + piv=[] + for i in idx: + v=[Fr(a) for a in L[i]] + for (p,b) in zip(piv,rows): + if v[p]!=0: + f=v[p]/b[p]; v=[x-f*y for x,y in zip(v,b)] + nz=[k for k in range(8) if v[k]!=0] + if nz: + rows.append(v); piv.append(nz[0]) + return rows,piv +def _inspan(v,rows,piv): + v=[Fr(a) for a in v] + for (p,b) in zip(piv,rows): + if v[p]!=0: + f=v[p]/b[p]; v=[x-f*y for x,y in zip(v,b)] + return all(x==0 for x in v) +def closure(mask): + """mask of all root lines in the rational span of the lines in mask; returns (closed_mask, dim)""" + r=_cache.get(mask) + if r is not None: return r + idx=[i for i in range(V) if mask>>i&1] + rows,piv=_basis(idx) + cm=0 + for i in range(V): + if mask>>i&1 or _inspan(L[i],rows,piv): cm|=1<=2*V: Cl.append([fid(Fm.FULL),d,srcs]) + fr=[None]*len(frames) + for mk,i in frames.items(): fr[i]=[s for s in range(V) if mk>>s&1] + start=[fid(Fm.LINE[s]) for s in range(V)]+[fid(0)]*V+[fid(0)]*W.nh + final=[fid(Fm.FULL)]*V+[fid(Fm.HYP[t]) for t in range(V)]+[fid(Fm.FULL)]*W.nh + return dict(format='bitE8/1',coords=E.COORD,h=8,v=V,R=W.nh,lines=[list(r) for r in E.LINES], + form='/2' if E.COORD=='ham' else '/4',frames=fr,start=start,final=final, + ret=list(W.ret),scatter=scat,D=D,A=A,B=B,C=Cl) +def save(cert,path): + data=json.dumps(cert,separators=(',',':'),sort_keys=True).encode() + if path.endswith('.gz'): + with open(path,'wb') as fh: + with gzip.GzipFile(filename='',mode='wb',fileobj=fh,mtime=0) as gz: gz.write(data) + else: open(path,'wb').write(data) +if __name__=='__main__': + import ast, ham2, compile2 as C2 + Pd={ast.literal_eval(k):v for k,v in json.load(open(sys.argv[1]))} if sys.argv[1]!='-' else {} + ham2.P.clear(); ham2.P.update(Pd) + h=ham2.build(0,True); W=C2.compile2(h) + cert=build(W); save(cert,sys.argv[2]) + print('R',W.nh,'gates D/A/B/C',len(cert['D']),len(cert['A']),len(cert['B']),len(cert['C']),'frames',len(cert['frames'])) diff --git a/research/r740-block-retimed-kernel/vendor/pr436/code/bit/producer/ham1.py b/research/r740-block-retimed-kernel/vendor/pr436/code/bit/producer/ham1.py new file mode 100644 index 0000000000..8086649a5f --- /dev/null +++ b/research/r740-block-retimed-kernel/vendor/pr436/code/bit/producer/ham1.py @@ -0,0 +1,81 @@ +"""Dylan Crow, with Anthropic Claude assistance; Apache-2.0. Hand-structured bit-E8 hierarchy in Hamming coordinates (E8COORD=ham).""" +import os, sys, itertools, pickle +assert os.environ.get('E8COORD')=='ham' +import e8lib as E, frames as Fm +from collections import defaultdict +V=E.V +L=E.LINES +idx={} +for i,r in enumerate(L): idx[r]=i; idx[tuple(-a for a in r)]=i +frame_line=[idx[tuple(2 if k==i else 0 for k in range(8))] for i in range(8)] +blocks=sorted(set(tuple(k for k in range(8) if r[k]) for r in L if sum(1 for a in r if a)==4)) +assert len(blocks)==14 +def cw_lines(c): return [i for i,r in enumerate(L) if tuple(k for k in range(8) if r[k])==c] +class SH: + """hierarchy with XOR semantics""" + def __init__(self): + self.content=[1<0 else -1 + Lsym={}; Psym={} + for c in blocks: + ls=cw_lines(c) + for (i,j) in itertools.combinations(c,2): + for rho in (1,-1): + mem=[s for s in ls if rel(L[s],i,j)==rho] + assert len(mem)==4 + # split into two pairs: pair lines that agree on the remaining pair (k,l) relative sign + k,l=[q for q in c if q not in (i,j)] + a=[s for s in mem if rel(L[s],k,l)==1]; b=[s for s in mem if rel(L[s],k,l)==-1] + pa=h.sym(sorted(a)); pb=h.sym(sorted(b)) + Lsym[(c,i,j,rho)]=h.sym([pa,pb]) + Dsym={} + for c in blocks: + i,j=c[0],c[1] + Dsym[c]=h.sym([Lsym[(c,i,j,1)],Lsym[(c,i,j,-1)]]+[frame_line[q] for q in c]) + Msym={} + for c in blocks: + for (i,j) in itertools.combinations(c,2): + others=[c2 for c2 in blocks if c2!=c and i in c2 and j in c2] + assert len(others)==2 + for rho in (1,-1): + Msym[(c,i,j,rho)]=h.sym([Lsym[(others[0],i,j,rho)],Lsym[(others[1],i,j,rho)]]) + comp={c:[c2 for c2 in blocks if not set(c)&set(c2)][0] for c in blocks} + for c in blocks: + cb=comp[c] + for t in cw_lines(c): + r=L[t] + def rho(i,j): return -rel(r,i,j) + i,j,k,l=c # level-5 pair (i,j), level-6 triangle (i,j,k) + need=[Dsym[cb], Msym[(c,i,j,rho(i,j))], h.sym([Msym[(c,i,k,rho(i,k))],Msym[(c,j,k,rho(j,k))]]), + Msym[(c,i,l,rho(i,l))],Msym[(c,j,l,rho(j,l))],Msym[(c,k,l,rho(k,l))]] + need+=[s for s in cw_lines(c) if E.G[t][s]==0] + h.need[t]=set(need) + for m in range(8): + t=frame_line[m] + need=[Dsym[c] for c in blocks if m not in c]+[frame_line[q] for q in range(8) if q!=m] + h.need[t]=set(need) + # verify XOR + for t in range(V): + x=0 + for u in h.need[t]: x^=h.content[u] + assert x==Fm.HYP[t],(t,bin(x^Fm.HYP[t]).count('1')) + return h +if __name__=='__main__': + h=build() + pickle.dump(h,open('hier_ham1.pkl','wb')) + print('symbols',len(h.content)-V,'reads',sum(len(n) for n in h.need)) diff --git a/research/r740-block-retimed-kernel/vendor/pr436/code/bit/producer/ham2.py b/research/r740-block-retimed-kernel/vendor/pr436/code/bit/producer/ham2.py new file mode 100644 index 0000000000..842f76b245 --- /dev/null +++ b/research/r740-block-retimed-kernel/vendor/pr436/code/bit/producer/ham2.py @@ -0,0 +1,131 @@ +"""Dylan Crow, with Anthropic Claude assistance; Apache-2.0. Hamming-coordinate bit-E8 design with pi-coset pairing (E8COORD=ham).""" +import os, sys, itertools, pickle +assert os.environ.get('E8COORD')=='ham' +import e8lib as E, frames as Fm +from ham1 import SH, blocks, cw_lines, frame_line, idx +V=E.V; L=E.LINES +def proj_dir(S,c): + """projection of line S onto C_c as a normalized tuple (sign-canonical) or None if zero""" + v=[L[S][k] if k in c else 0 for k in range(8)] + if not any(v): return None + f=[a for a in v if a][0] + return tuple(a if f>0 else -a for a in v) +FRAMEOPT=[True,0,0] +P={} +LSKEYS=set() +def par(k,n): + return P.get(k,0)%n +def build(pairing=0, fold=True): + h=SH() + comp={c:[c2 for c2 in blocks if not set(c)&set(c2)][0] for c in blocks} + # L sets: lines of block c2 with projection onto C_c (c != c2, |c&c2|=2) along b-line p + Lsets={} + for c2 in blocks: + for c in blocks: + if len(set(c)&set(c2))!=2: continue + for S in cw_lines(c2): + p=proj_dir(S,c) + Lsets.setdefault((c2,p),set()).add(S) + Lsets={k:sorted(v) for k,v in Lsets.items()} + for k,v in Lsets.items(): assert len(v)==4,(k,v) + Lsym={} + for (c2,p),mem in Lsets.items(): + # split into two pairs by the relative sign on the other two coordinates of c2 + oth=[q for q in c2 if p[q]==0] + sp=par(('ls',c2,p),3); LSKEYS.add(('ls',c2,p)) + if sp==0: + a=[s for s in mem if L[s][oth[0]]*L[s][oth[1]]>0]; b=[s for s in mem if L[s][oth[0]]*L[s][oth[1]]<0] + else: + q0=[q for q in c2 if p[q]!=0][0] + a=[s for s in mem if L[s][q0]*L[s][oth[sp-1]]>0]; b=[s for s in mem if L[s][q0]*L[s][oth[sp-1]]<0] + Lsym[(c2,p)]=h.sym([h.sym(sorted(a)),h.sym(sorted(b))]) + Msym={} + for c in blocks: + for (c2,p),s in Lsets.items(): + pass + for (c2,p) in Lsets: + # p is a b-line of the block c for which p's support pair lies: find blocks c containing supp(p) other than c2 + supp=tuple(q for q in range(8) if p[q]) + for c in blocks: + if c!=c2 and set(supp)<=set(c): + Msym.setdefault((c,p),[]).append(Lsym[(c2,p)]) + for k in list(Msym): + assert len(Msym[k])==2 + Msym[k]=h.sym(sorted(Msym[k])) + Dsym={}; Bcw={} + for c in blocks: + ls=cw_lines(c) + # E(D4(c)) = all 8 codeword lines of c + 4 frame lines + p=None + for (c2,pp),s in Lsym.items(): + pass + # use two complementary L-like halves: split by relative sign on (c0,c1) + i,j=c[0],c[1] + A=[s for s in ls if L[s][i]*L[s][j]>0]; B=[s for s in ls if L[s][i]*L[s][j]<0] + Bcw[c]=h.sym([h.sym(sorted(A[:2])+sorted(A[2:])), h.sym(sorted(B)) ]) + Dsym[c]=h.sym([Bcw[c]]+[frame_line[q] for q in c]) + def bdir(u,w): + """the two b-line directions in the plane span(L[u],L[w]) (vectors a+-b normalized)""" + out=[] + for sg in (1,-1): + v=tuple(x+sg*y for x,y in zip(L[u],L[w])) + f=[a for a in v if a][0] + v=tuple(a//2 if f>0 else -a//2 for a in v) + out.append(v) + return out + for c in blocks: + cb=comp[c] + ls=cw_lines(c) + # pi-cosets: 4 mutually orthogonal lines + cos=[] + rem=set(ls) + while rem: + t=min(rem); Q=[t]+[s for s in rem if s!=t and E.G[t][s]==0] + assert len(Q)==4 and all(E.G[a][b]==0 for a in Q for b in Q if a!=b) + cos.append(Q); rem-=set(Q) + for Q in cos: + pr_=(pairing+par(('pair',c,min(Q)),3))%3 + pairs=[(Q[0],Q[1+pr_]),tuple(q for q in Q[1:] if q!=Q[1+pr_])] + partner={} + for x,y in pairs: partner[x]=y; partner[y]=x + for t in Q: + d=partner[t]; a,b=[q for q in Q if q not in (t,d)] + p5,p6=sorted(bdir(a,b)) + if par(('l5',min(t,d)),2): p5,p6=p6,p5 + M=lambda p: Msym[(c,p)] + need=[Dsym[cb], M(p5), h.sym([M(p6),a,b])] + q1,q2=sorted(bdir(a,d)); r1,r2=sorted(bdir(b,d)) + fo=par(('fold',t),2) if fold else 2 + if fo==0: + need+=[h.sym([M(q1),M(q2),d]), h.sym([M(r1),M(r2)])] + elif fo==1: + need+=[h.sym([M(q1),M(q2)]), h.sym([M(r1),M(r2),d])] + else: + need+=[h.sym([M(q1),M(q2)]), h.sym([M(r1),M(r2)]), d] + h.need[t]=set(need) + for m in range(8): + t=frame_line[m] + if not FRAMEOPT[0]: + h.need[t]=set([Dsym[c] for c in blocks if m not in c]+[frame_line[q] for q in range(8) if q!=m]); continue + avoid=[c for c in blocks if m not in c] + c0=avoid[(FRAMEOPT[1]+par(('fc0',m),7))%len(avoid)] + ns=[q for q in range(8) if q!=m and q not in c0] + n=ns[(FRAMEOPT[2]+par(('fn',m),3))%len(ns)] + A6=[q for q in range(8) if q not in (m,n)] + in6=[c for c in avoid if set(c)<=set(A6) and c!=c0]; assert len(in6)==2 + top=[c for c in avoid if n in c]; assert len(top)==4 + # pair top blocks so each pair spans a 6-dim coordinate space (always true) + need=[Dsym[c0], h.sym([Bcw[in6[0]],Bcw[in6[1]]]+[frame_line[q] for q in A6 if q not in c0]), + h.sym([Bcw[top[0]],Bcw[top[1]],frame_line[n]]), h.sym([Bcw[top[2]],Bcw[top[3]]])] + h.need[t]=set(need) + for t in range(V): + x=0 + for u in h.need[t]: x^=h.content[u] + assert x==Fm.HYP[t],(t,bin(x^Fm.HYP[t]).count('1')) + return h +if __name__=='__main__': + pr=int(sys.argv[1]) if len(sys.argv)>1 else 0 + fold=(sys.argv[2]!='nofold') if len(sys.argv)>2 else True + h=build(pr,fold) + pickle.dump(h,open('hier_ham2_%d_%s.pkl'%(pr,fold),'wb')) + print('symbols',len(h.content)-V,'reads',sum(len(n) 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assistance; Apache-2.0. +import math +from collections import Counter +def price(steps, R, v=120, h=8, L=72, ncent=9, exact=True): + """steps: Counter of step ranks over x, y, helpers for ONE invocation (centres added here). + Five-stage: H5 = 5*(steps + centres) + 2v*(2h-2,h-1,2h+2,4); W = 4v+R; m=5h.""" + m=5*h + H=Counter() + for r,n in steps.items(): H[r]+=5*n + H[h]+=5*ncent # centres at full frame (rank = frame dim = h) + for r in (2*h-2,h-1,2*h+2,4): H[r]+=2*v + W=4*v+R + mass=sum(r*n for r,n in H.items()) + g=lambda r:r*math.log(m/r) + D=sum(n*g(r) for r,n in H.items()) + s1=(W*m-mass)/D + if not exact: return s1,W*m-mass,D + lo,hi=0.0,0.01 + for _ in range(80): + s=(lo+hi)/2 + if sum(n*(r/m)**(1-s) for r,n in H.items())>W: hi=s + else: lo=s + return lo,W*m-mass,D diff --git a/research/r740-block-retimed-kernel/vendor/pr436/code/reuse/controls.py b/research/r740-block-retimed-kernel/vendor/pr436/code/reuse/controls.py new file mode 100644 index 0000000000..ceb15852b7 --- /dev/null +++ b/research/r740-block-retimed-kernel/vendor/pr436/code/reuse/controls.py @@ -0,0 +1,71 @@ +"""Negative controls for the elimination reuse: every mutant of the final word must be rejected by PR #370's +independent all-column checker (code/bit/independent/checkword.py, run unchanged in a subprocess, as PR #370's +mutate.py does). The mutated gates are the inserted elimination gates listed in the reuse ledger written by regen.py. +usage: controls.py WORD.json.gz LEDGER.json PRICING_DIR +Prepared by eumemic with Anthropic Claude assistance; Apache-2.0.""" +import copy +import gzip +import json +import os +import subprocess +import sys +import tempfile + +HERE = os.path.dirname(os.path.abspath(__file__)) +CHECK = os.path.join(HERE, "..", "bit", "independent", "checkword.py") +word, ledger, pricing = sys.argv[1:4] +w = json.load(gzip.open(word, "rt")) +led = json.load(open(ledger)) +v = w["v"] +elim = [(ph, i) for ph, i, kind in led["eliminations"] if kind == "helper"] +undo = [(ph, i) for ph, i, kind in led["eliminations"] if kind == "total"] +assert len(elim) == led["helpers"] and len(undo) == led["totals"] +for ph, i in elim + undo: # each ledger entry is an elimination into a helper slot + assert w[ph][i][1] >= 2 * v and w[ph][i][2] +lines = [frozenset(f) for f in w["frames"]] # frames are closed: frame a lies inside frame b iff lines[a] <= lines[b] + + +def prev_frame(c, ph, i, r): + """frame id of register r just before gate (ph, i) (its last earlier gate in D, A, ... or its start frame)""" + f = c["start"][r] + for p in ("D", "A", "B", "C"): + for k, g in enumerate(c[p]): + if (p, k) == (ph, i): + return f + if r == g[1] or r in g[2]: + f = g[0] + raise AssertionError("gate not found") + + +muts = [] +c = copy.deepcopy(w); ph, i = elim[0]; del c[ph][i] +muts.append(("omit the first helper elimination gate (the reused slot keeps a leftover x-content)", c)) +c = copy.deepcopy(w); ph, i = next((p, k) for p, k in elim if len(w[p][k][2]) >= 2); c[ph][i][2].pop() +muts.append(("omit one eliminator of a helper elimination with two or more eliminators", c)) +c = copy.deepcopy(w); ph, i = undo[0]; c[ph][i][2].pop() +muts.append(("omit one x-line read of a retained-total undo gate", c)) +c = copy.deepcopy(w) +for ph, i in elim: + f, d, srcs = c[ph][i] + low = prev_frame(c, ph, i, d) + if lines[low] < lines[f] and any(not lines[prev_frame(c, ph, i, s)] <= lines[low] for s in srcs): + c[ph][i][0] = low + break +else: + raise AssertionError("no elimination gate above its slot's own frame") +muts.append(("an elimination gate lowered to the reused slot's own frame (below an eliminator's frame)", c)) +c = copy.deepcopy(w) +for ph, i in sorted(elim + undo, key=lambda z: (z[0], -z[1])): + del c[ph][i] +muts.append(("reuse without elimination: all %d elimination and undo gates removed" % (len(elim) + len(undo)), c)) +c = copy.deepcopy(w); ph, i = undo[0]; c[ph][i][0] = w["start"][v] +muts.append(("a retained-total undo gate moved from the full frame to frame 0", c)) +tmpd = tempfile.mkdtemp() +for k, (name, c) in enumerate(muts): + p = os.path.join(tmpd, "mut%d.json.gz" % k) + with gzip.open(p, "wt") as fh: + json.dump(c, fh) + r = subprocess.run([sys.executable, "-I", "-B", CHECK, p, pricing], capture_output=True, text=True) + assert r.returncode != 0, "mutant accepted: " + name + print(" REJECTED %s :: %s" % (name, (r.stderr.strip().splitlines() or ["?"])[-1][:90])) +print("PASS all %d elimination-reuse negative controls rejected by PR #370's independent checker" % len(muts)) diff --git a/research/r740-block-retimed-kernel/vendor/pr436/code/reuse/ecost.py b/research/r740-block-retimed-kernel/vendor/pr436/code/reuse/ecost.py new file mode 100644 index 0000000000..4ec2a959b1 --- /dev/null +++ b/research/r740-block-retimed-kernel/vendor/pr436/code/reuse/ecost.py @@ -0,0 +1,20 @@ +"""Integer step-cost tables for the search heuristics of reuse.py and retime.py. + +cost(r) = r ln(m / r) (the per-child term of the linearised moment equation), scaled by 10^12 and rounded half-even +with Python's decimal module (correctly rounded natural logarithm), so every comparison made by the two stages is an +integer comparison and gives the same word on every platform. The tables only steer the deterministic choices of the +stages; the word they produce is checked and priced exactly elsewhere. +Prepared by eumemic with Anthropic Claude assistance; Apache-2.0.""" +from decimal import Decimal, localcontext, ROUND_HALF_EVEN + +SCALE = 10 ** 12 + + +def table(m, rmax): + out = [0] * (rmax + 1) + with localcontext() as ctx: + ctx.prec = 60 + for r in range(1, rmax + 1): + x = Decimal(r) * (Decimal(m) / Decimal(r)).ln() * SCALE + out[r] = int(x.to_integral_value(rounding=ROUND_HALF_EVEN)) + return out diff --git a/research/r740-block-retimed-kernel/vendor/pr436/code/reuse/regen.py b/research/r740-block-retimed-kernel/vendor/pr436/code/reuse/regen.py new file mode 100644 index 0000000000..529de1b8b3 --- /dev/null +++ b/research/r740-block-retimed-kernel/vendor/pr436/code/reuse/regen.py @@ -0,0 +1,49 @@ +"""Regenerate the word from pinned inputs. + + 1. PR #370's producer, unchanged (ham2.build -> compile2 -> fullword.build), with our producer parameters + (data/params/params-r740.json, found by discovery/search_params.py) -> raw word (R = 863) + 2. reuse.reuse: helper-slot reuse by elimination of dead registers -> reused word + 3. retime.retime: single-gate frame retiming (6 sweeps, M = 64) -> final word +Each word is written as PR #370's fullword.save does (sorted keys, compact JSON, gzip mtime 0). +usage: regen.py PARAMS.json OUT_RAW.json.gz OUT_REUSED.json.gz OUT_FINAL.json.gz OUT_LEDGER.json +OUT_LEDGER lists the inserted elimination gates (phase, index, kind) of the final word, for the negative controls. +Prepared by eumemic with Anthropic Claude assistance; Apache-2.0.""" +import ast +import json +import os +import sys + +HERE = os.path.dirname(os.path.abspath(__file__)) +os.environ["E8COORD"] = "ham" +sys.path.insert(0, os.path.join(HERE, "..", "bit", "producer")) +sys.path.insert(0, HERE) +import compile2 as C2 # noqa: E402 (PR #370 producer) +import fullword # noqa: E402 (PR #370 producer) +import ham2 # noqa: E402 (PR #370 producer) +import reuse as RU # noqa: E402 +import retime as RT # noqa: E402 + +params, out_raw, out_reused, out_final, out_ledger = sys.argv[1:6] +Pd = {ast.literal_eval(k): v for k, v in json.load(open(params))} +ham2.P.clear() +ham2.P.update(Pd) +h = ham2.build(0, True) +W = C2.compile2(h) +raw = fullword.build(W) +fullword.save(raw, out_raw) +print(" 1. PR #370 producer with our parameters: R %d, gates D/A/B/C %d/%d/%d/%d, frames %d" + % (raw["R"], len(raw["D"]), len(raw["A"]), len(raw["B"]), len(raw["C"]), len(raw["frames"])), flush=True) +reused, nre = RU.reuse(raw) +fullword.save(reused, out_reused) +print(" 2. elimination reuse: %d dead slots reused by later helpers, %d by the retained totals: R %d -> %d" + % (nre["helpers"], nre["totals"], raw["R"], reused["R"]), flush=True) +final, moved = RT.retime(reused, sweeps=6, M=64) +fullword.save(final, out_final) +for ph, i, kind in nre["eliminations"]: # retiming moves frames only: the ledger positions are unchanged + assert final[ph][i][1:] == reused[ph][i][1:] +with open(out_ledger, "w") as fh: + json.dump(dict(helpers=nre["helpers"], totals=nre["totals"], eliminations=nre["eliminations"]), fh) + fh.write("\n") +print(" 3. retiming: %d gate moves; final R %d, gates D/A/B/C %d/%d/%d/%d, frames %d" + % (moved, final["R"], len(final["D"]), len(final["A"]), len(final["B"]), len(final["C"]), len(final["frames"])), + flush=True) diff --git a/research/r740-block-retimed-kernel/vendor/pr436/code/reuse/retime.py b/research/r740-block-retimed-kernel/vendor/pr436/code/reuse/retime.py new file mode 100644 index 0000000000..9c3e94b800 --- /dev/null +++ b/research/r740-block-retimed-kernel/vendor/pr436/code/reuse/retime.py @@ -0,0 +1,112 @@ +"""Single-gate frame retiming of a bitE8/1 word (our implementation of the idea of PR #389, ai-nanachi). + +Every A, B and C gate may move to the join of its registers' previous frames (the lowest legal frame) or to the +root-spanned meet of their next frames (the highest legal frame), whichever lowers the integer step cost +sum over its registers of cost(rank in) + cost(rank out), cost(r) = r ln(M/r) (ecost.py; M = 64 by default, the +width of the compressed nine-stage layout). Sweeps alternate direction until no gate moves. D gates (frame 0), the +targets at frame 0 at the scatter, the retained totals at the full frame, start and final frames are pinned. +Requires the PR #370 producer modules on sys.path with E8COORD=ham (see regen.py). +Prepared by eumemic with Anthropic Claude assistance; Apache-2.0.""" +import os +from collections import defaultdict + +assert os.environ.get("E8COORD") == "ham", "set E8COORD=ham before importing (see regen.py)" +import frames as Fm # noqa: E402 (PR #370 producer: exact root-spanned closure over Q) +from ecost import table # noqa: E402 + + +def _bits(mask): + out = [] + while mask: + b = mask & -mask + out.append(b.bit_length() - 1) + mask ^= b + return out + + +def retime(w, sweeps=6, M=64): + v = w["v"] + rc = table(M, M) + frames = [sum(1 << s for s in f) for f in w["frames"]] + FULL = (1 << v) - 1 + dcache = {} + + def dim(mask): + if mask not in dcache: + dcache[mask] = Fm.closure(mask)[1] if mask else 0 + return dcache[mask] + + nodes = [] # dict(mask, regs, fixed, phase, gate) + for ph in ("D", "A"): + for g in w[ph]: + nodes.append(dict(mask=frames[g[0]], regs=[g[1]] + g[2], fixed=(ph == "D"), phase=ph, gate=g)) + for q in w["ret"]: + nodes.append(dict(mask=FULL, regs=[q], fixed=True, phase="pin", gate=None)) + for t in range(v): + nodes.append(dict(mask=0, regs=[v + t], fixed=True, phase="pin", gate=None)) + for ph in ("B", "C"): + for g in w[ph]: + nodes.append(dict(mask=frames[g[0]], regs=[g[1]] + g[2], fixed=False, phase=ph, gate=g)) + byreg = defaultdict(list) + for i, n in enumerate(nodes): + for r in n["regs"]: + byreg[r].append(i) + prev, nxt = {}, {} + for r, ids in byreg.items(): + for p, i in enumerate(ids): + prev[i, r] = ids[p - 1] if p else ("start", r) + nxt[i, r] = ids[p + 1] if p + 1 < len(ids) else ("final", r) + + def frame_of(key): + if isinstance(key, int): + return nodes[key]["mask"] + kind, r = key + return frames[w[kind][r]] + + def node_cost(i, mask): + c = 0 + dm = dim(mask) + for r in nodes[i]["regs"]: + c += rc[dm - dim(frame_of(prev[i, r]))] + rc[dim(frame_of(nxt[i, r])) - dm] + return c + + moved_total = 0 + for sweep in range(sweeps): + moved = 0 + order = [i for i, n in enumerate(nodes) if not n["fixed"]] + if sweep % 2: + order.reverse() + for i in order: + lo, hi = 0, FULL + for r in nodes[i]["regs"]: + lo |= frame_of(prev[i, r]) + hi &= frame_of(nxt[i, r]) + lo = Fm.closure(lo)[0] if lo else 0 + hi = Fm.closure(hi)[0] if hi else 0 + if lo & ~hi: + continue + old = nodes[i]["mask"] + best = min([old, lo, hi], key=lambda m_: node_cost(i, m_)) # ties keep the old frame + if node_cost(i, best) < node_cost(i, old): + nodes[i]["mask"] = best + moved += 1 + moved_total += moved + if not moved: + break + fid = {m: i for i, m in enumerate(frames)} + + def frame_id(mask): + if mask not in fid: + fid[mask] = len(frames) + frames.append(mask) + return fid[mask] + + out = {ph: [] for ph in "DABC"} + for n in nodes: + if n["phase"] == "pin": + continue + g = n["gate"] + out[n["phase"]].append([frame_id(n["mask"]), g[1], list(g[2])]) + cert = dict(w) + cert.update(frames=[_bits(m) for m in frames], D=out["D"], A=out["A"], B=out["B"], C=out["C"]) + return cert, moved_total diff --git a/research/r740-block-retimed-kernel/vendor/pr436/code/reuse/reuse.py b/research/r740-block-retimed-kernel/vendor/pr436/code/reuse/reuse.py new file mode 100644 index 0000000000..df455a0b37 --- /dev/null +++ b/research/r740-block-retimed-kernel/vendor/pr436/code/reuse/reuse.py @@ -0,0 +1,258 @@ +"""Helper-slot reuse by elimination of dead registers (bitE8/1 words). + +A helper is dead after its last phase-A/B gate. It still holds a leftover x-content (an F2 combination of source +lines) at its death frame. Before the birth gate of a later helper whose first frame is fb, look among the dead slots +whose current frame lies inside fb for a linear relation of their x-contents over F2: + content(r0) = XOR_{q in S} content(q). +Emit the gate r0 += S at G = the join of the current frames of r0 and S (G lies inside fb). Afterwards r0 holds no +x-content (only helper dirt, which the rebuilt compensation D and cleanup C account for), so r0 hosts the new helper. +The eliminators S move to G and stay dead there. The relation is chosen by Gaussian elimination over F2 on the +candidates sorted by frame dimension, then replaced by the cheapest relation with |S| <= 3 under the integer step costs +of ecost.py (extra climbing of r0 and of the eliminators), when one exists. +The 9 retained totals (born at the full frame) also take dead slots: the leftover x-lines of the chosen slot are read +from the sources at the full frame, which zeroes its x-content. +D (dirt compensation at frame 0) and C (cleanup at the full frame) are rebuilt exactly as PR #370's fullword.py does. +Same idea as PR #376's helper-lifetime reuse (applecrusher), generalised from aliasing to linear relations. +Requires the PR #370 producer modules on sys.path with E8COORD=ham (see regen.py). +Prepared by eumemic with Anthropic Claude assistance; Apache-2.0.""" +import os + +assert os.environ.get("E8COORD") == "ham", "set E8COORD=ham before importing (see regen.py)" +import e8lib as E # noqa: E402 (PR #370 producer, unchanged) +import frames as Fm # noqa: E402 (PR #370 producer: exact root-spanned closure over Q) +from ecost import table # noqa: E402 + +RC = table(40, 8) # step cost r ln(40/r) of the five-stage ledger, as integers +MAXS_PAIRS = 60 # pair/triple relations are searched when at most this many dead slots fit + + +def _step(a, b): + return RC[b - a] if b > a else 0 + + +def _dim(mask): + return Fm.closure(mask)[1] if mask else 0 + + +def _bits(mask): + out = [] + while mask: + b = mask & -mask + out.append(b.bit_length() - 1) + mask ^= b + return out + + +def sparse_relation(cands, dead, fb): + """cheapest (r0, S) with content(r0) = XOR content(S), |S| <= 3, scored by the extra climbing of the + eliminators (death frame -> G -> full instead of death frame -> full) and of r0 (death frame -> G -> birth + frame instead of 0 -> birth frame and death frame -> full); None if no such relation fits inside fb""" + best = None + single = {} + for q in cands: + single.setdefault(dead[q][0], []).append(q) + pairs = {} + if len(cands) <= MAXS_PAIRS: + for i, a in enumerate(cands): + for b in cands[i + 1:]: + pairs.setdefault(dead[a][0] ^ dead[b][0], []).append((a, b)) + dfb = _dim(fb) + + def score(r0, S): + G = dead[r0][1] + for q in S: + G |= dead[q][1] + G, dg = Fm.closure(G) if G else (0, 0) + if G & ~fb: + return None + d0 = _dim(dead[r0][1]) + c = _step(d0, dg) + _step(dg, dfb) - _step(d0, 8) - _step(0, dfb) + for q in S: + if dead[q][1] != G: + dq = _dim(dead[q][1]) + c += _step(dq, dg) + _step(dg, 8) - _step(dq, 8) + return c + + for r0 in cands: + x = dead[r0][0] + opts = [] + if x == 0: + opts.append([]) + for q in single.get(x, []): + if q != r0: + opts.append([q]) + for a, b in pairs.get(x, []): + if r0 not in (a, b): + opts.append([a, b]) + if len(cands) <= MAXS_PAIRS: + for a in cands: + if a == r0: + continue + for b, c_ in pairs.get(x ^ dead[a][0], []): + if r0 not in (b, c_) and a not in (b, c_): + opts.append([a, b, c_]) + break + for S in opts: + sc = score(r0, S) + if sc is not None and (best is None or sc < best[0]): + best = (sc, r0, S) + return None if best is None else (best[1], best[2]) + + +def reuse(w, maxr=10 ** 9): + """returns (new word, dict(helpers=..., totals=...) reuse counts); w is a bitE8/1 word from PR #370's fullword.build (helpers start at + frame 0 and end at the full frame)""" + v, R = w["v"], w["R"] + assert w["format"] == "bitE8/1" and w["coords"] == "ham" and w["lines"] == [list(r) for r in E.LINES] + assert all(not w["frames"][w["start"][r]] for r in range(2 * v, 2 * v + R)) + frames = [sum(1 << s for s in f) for f in w["frames"]] + fid = {m: i for i, m in enumerate(frames)} + XM = (1 << v) - 1 + + def frame_id(mask): + if mask not in fid: + fid[mask] = len(frames) + frames.append(mask) + return fid[mask] + + nA = len(w["A"]) + gates = [list(g) for g in w["A"]] + [list(g) for g in w["B"]] + first, last = {}, {} + for k, (f, d, srcs) in enumerate(gates): + for r in [d] + srcs: + if r >= 2 * v: + first.setdefault(r, k) + last[r] = k + ret = set(w["ret"]) + val = [1 << s for s in range(v)] + [0] * (v + R) # x-content only (helpers never read targets) + cont_at = {} + for k, (f, d, srcs) in enumerate(gates): + for s in srcs: + val[d] ^= val[s] + for r in [d] + srcs: + if r >= 2 * v and last.get(r) == k: + cont_at[r] = (val[r] & XM, frames[f]) + births = sorted((first[r], r) for r in range(2 * v, 2 * v + R) if r in first and r not in ret) + deaths = sorted((last[r], r) for r in cont_at if r not in ret) + dead = {} # physical slot -> [x-content, current frame mask, death gate index] + rename = {} # logical register born later -> physical slot it reuses + insert_before = {} + di = 0 + nre = 0 + + def bury(upto): + nonlocal di + while di < len(deaths) and deaths[di][0] < upto: + k, r = deaths[di] + di += 1 + x, f = cont_at[r] + dead[rename.get(r, r)] = [x, f, k] + + for kb, rb in births: + bury(kb) + if nre >= maxr: + continue + fb = frames[gates[kb][0]] + cands = sorted((_dim(fm), p) for p, (x, fm, k) in dead.items() if (fm & ~fb) == 0) + if not cands: + continue + basis = [] # (vector, set of slots) with distinct leading bits + found = None + for dm, p in cands: + y, comb = dead[p][0], {p} + for bv, bs in basis: + if y >> (bv.bit_length() - 1) & 1: + y ^= bv + comb ^= bs + if y == 0: + found = (p, sorted(q for q in comb if q != p)) + break + basis.append((y, comb)) + basis.sort(key=lambda z: -z[0]) + if found is None: + continue + found = sparse_relation([p for _, p in cands], dead, fb) or found + r0, S = found + G = dead[r0][1] + for q in S: + G |= dead[q][1] + G = Fm.closure(G)[0] if G else 0 + assert G & ~fb == 0 + x = dead[r0][0] + for q in S: + x ^= dead[q][0] + assert x == 0, "not a relation" + if S: + insert_before.setdefault(kb, []).append([frame_id(G), r0, list(S), "helper"]) + for q in S: + dead[q][1] = G + assert dead[r0][2] < kb + del dead[r0] + rename[rb] = r0 + nre += 1 + # retained totals (born at the full frame) reuse dead slots: undo by reading the slot's x-lines at the full frame + FULLM = (1 << v) - 1 + ntot = 0 + for q in w["ret"]: + kq = first[q] + bury(kq) + free = [p for p in dead if dead[p][2] < kq] # only slots already dead at the total's birth + if not free: + continue + r0 = min(free, key=lambda p: (bin(dead[p][0]).count("1"), p)) + xs = _bits(dead[r0][0]) + if xs: + insert_before.setdefault(kq, []).append([frame_id(FULLM), r0, xs, "total"]) + del dead[r0] + rename[q] = r0 + ntot += 1 + out, kinds = [], [] + for k, g in enumerate(gates): + for f, d, srcs, kind in insert_before.get(k, []): + out.append([f, d, srcs]) + kinds.append(kind) + f, d, srcs = g + out.append([f, rename.get(d, d), [rename.get(s, s) for s in srcs]]) + kinds.append(None) + nA2 = nA + sum(len(insert_before.get(k, [])) for k in range(nA)) + A2, B2 = out[:nA2], out[nA2:] + # ledger of the inserted elimination gates: (phase, index in that phase, kind); retime.py keeps gate positions + ledger = [["A", i, kd] if i < nA2 else ["B", i - nA2, kd] for i, kd in enumerate(kinds) if kd] + alive = sorted(set(range(2 * v, 2 * v + R)) - set(rename)) + newid = {r: 2 * v + i for i, r in enumerate(alive)} + for i in range(2 * v): + newid[i] = i + R2 = len(alive) + + def ren(gl): + return [[f, newid[d], [newid[s] for s in srcs]] for f, d, srcs in gl] + + A2, B2 = ren(A2), ren(B2) + ret2 = [newid[rename.get(q, q)] for q in w["ret"]] + # dirt compensation and cleanup, rebuilt as in PR #370's fullword.build + nreg = 2 * v + R2 + dv = [0] * nreg + for r in range(2 * v, nreg): + dv[r] = 1 << (r - 2 * v) + for f, d, srcs in A2: + for s in srcs: + dv[d] ^= dv[s] + cdirt = [dv[q] for q in ret2] + for t in range(v): + for k in w["scatter"][t]: + dv[v + t] ^= cdirt[k] + for f, d, srcs in B2: + for s in srcs: + dv[d] ^= dv[s] + zero, full = frame_id(0), frame_id(FULLM) + D = [] + for t in range(v): + srcs = [2 * v + b for b in _bits(dv[v + t])] + if srcs: + D.append([zero, v + t, srcs]) + Cl = [[full, d, srcs] for f, d, srcs in reversed(A2 + B2) if d >= 2 * v] + start = w["start"][:2 * v] + [w["start"][2 * v]] * R2 + final = w["final"][:2 * v] + [w["final"][2 * v]] * R2 + cert = dict(w) + cert.update(R=R2, frames=[_bits(m) for m in frames], start=start, final=final, ret=ret2, D=D, A=A2, B=B2, C=Cl) + return cert, dict(helpers=nre, totals=ntot, eliminations=ledger) diff --git a/research/r740-block-retimed-kernel/vendor/pr436/data/bit/bitE8-r740.json.gz b/research/r740-block-retimed-kernel/vendor/pr436/data/bit/bitE8-r740.json.gz new file mode 100644 index 0000000000..8a8ce996b8 Binary files /dev/null and b/research/r740-block-retimed-kernel/vendor/pr436/data/bit/bitE8-r740.json.gz differ diff --git a/research/r740-block-retimed-kernel/vendor/pr436/data/bit/reuse-ledger.json b/research/r740-block-retimed-kernel/vendor/pr436/data/bit/reuse-ledger.json new file mode 100644 index 0000000000..51eb63c7d8 --- /dev/null +++ b/research/r740-block-retimed-kernel/vendor/pr436/data/bit/reuse-ledger.json @@ -0,0 +1 @@ +{"helpers": 114, "totals": 9, "eliminations": 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0], ["('pair', (4, 5, 6, 7), 57)", 0], ["('pair', (4, 5, 6, 7), 58)", 0], ["('pair', (4, 5, 6, 7), 59)", 2], ["('pair', (4, 5, 6, 7), 60)", 1], ["('pair', (4, 5, 6, 7), 61)", 0], ["('pair', (4, 5, 6, 7), 62)", 0], ["('pair', (4, 5, 6, 7), 63)", 2]] \ No newline at end of file diff --git a/research/r740-block-retimed-kernel/vendor/pr438/complex_phases.py b/research/r740-block-retimed-kernel/vendor/pr438/complex_phases.py new file mode 100644 index 0000000000..6f199bc139 --- /dev/null +++ b/research/r740-block-retimed-kernel/vendor/pr438/complex_phases.py @@ -0,0 +1,22 @@ +"""Bind unchanged exact phase evidence, or regenerate all selected phase pairs.""" +import gzip,hashlib,json,os,subprocess,sys +from pathlib import Path +P=Path(__file__).resolve().parent.parent;O=Path('split-centres') +def sha(p):return hashlib.sha256(p.read_bytes()).hexdigest() +c=json.load(gzip.open(O/'CANONICAL-WORD.json.gz')) +r=json.loads((P/'inputs/complex-phase-receipt.json').read_text()) +raw=gzip.decompress((P/'inputs/complex-phase-recipes.json.gz').read_bytes());recipes=json.loads(raw) +assert sha(O/'CANONICAL-WORD.json.gz')==r['canonical_word_sha256'] +assert hashlib.sha256(raw).hexdigest()==r['recipe_sha256'] +edges=set(map(tuple,c['edges']))|{(a,b) for f in c['center_frames'] for a,b in ((f,0),(0,f))} +assert {(z['old'],z['new']) for z in recipes['children']}==edges +assert len(recipes['children'])==len(edges) and len(recipes['endpoint_adapters'])==240 +for z in recipes['children']:assert z['rank']==abs(len(c['frames'][z['old']])-len(c['frames'][z['new']])) +if os.environ.get('E8_REPLAY_PHASES')=='1': + subprocess.run([sys.executable,'-B',str(P/'code/complex_phases_full.py')],check=True) + assert (O/'CLIFFORD-RECIPES.json').read_bytes()==raw +else: + (O/'CLIFFORD-RECIPES.json').write_bytes(raw) + r['validation_mode']='Reuse exact phase evidence bound to the unchanged canonical word and recipe hashes' + (O/'CLIFFORD-REVIEW.json').write_text(json.dumps(r,indent=2)+'\n') +print('PASS source-bound phase recipes',len(edges)) diff --git a/research/r740-block-retimed-kernel/vendor/pr439/LICENSE b/research/r740-block-retimed-kernel/vendor/pr439/LICENSE new file mode 100644 index 0000000000..261eeb9e9f --- /dev/null +++ b/research/r740-block-retimed-kernel/vendor/pr439/LICENSE @@ -0,0 +1,201 @@ + Apache License + Version 2.0, January 2004 + http://www.apache.org/licenses/ + + TERMS AND CONDITIONS FOR USE, REPRODUCTION, AND DISTRIBUTION + + 1. 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We also recommend that a + file or class name and description of purpose be included on the + same "printed page" as the copyright notice for easier + identification within third-party archives. + + Copyright [yyyy] [name of copyright owner] + + Licensed under the Apache License, Version 2.0 (the "License"); + you may not use this file except in compliance with the License. + You may obtain a copy of the License at + + http://www.apache.org/licenses/LICENSE-2.0 + + Unless required by applicable law or agreed to in writing, software + distributed under the License is distributed on an "AS IS" BASIS, + WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. + See the License for the specific language governing permissions and + limitations under the License. diff --git a/research/r740-block-retimed-kernel/vendor/pr439/NOTICE.md b/research/r740-block-retimed-kernel/vendor/pr439/NOTICE.md new file mode 100644 index 0000000000..3dfad2ad57 --- /dev/null +++ b/research/r740-block-retimed-kernel/vendor/pr439/NOTICE.md @@ -0,0 +1,26 @@ +# Attribution and scope + +New kernel selection, explicit residual route witnesses, integration and audits: +chafreaky, with substantial OpenAI Codex assistance. Apache-2.0. + +- eumemic, PR #436 (`da8ca2025472553ac9b36f4400138ed48a6a0e3b`): R740 bit word, + reconstruction, elimination/reuse, independent checkers and #433 composition. + The entire parent package is byte-identical, including its notices, licenses, + source pins and Anthropic Claude disclosure. +- chafreaky, PR #417: shared-donor kernel, exact local replay and tiling code; + the earlier implementation had substantial Anthropic Claude assistance. +- rohanarun, PR #435 (`2c9c833ac8709402c37fc88a6a23393fb0d397fb`): prior mixed-width + residual-bank composition on #433. The new implementation derives from the + pinned #436 global/audit code and adds explicit residual isometries and controls. +- icekylinx, PR #433: split-centre complex supplier, bit finite invoice and tail, + with OpenAI Codex assistance; the complex result is cited, not rebuilt here. +- jacklightChen, PRs #386 and #425: compressed nine-stage geometry and the + mutable-basis complex interface, with OpenAI Codex assistance. +- utcorvusvolat-dotcom / Dylan Crow, PR #370: E8 bit format, producer and + independent checker lineage, with Anthropic Claude assistance. +- applecrusher (#376), ai-nanachi (#389/#426), DaysSky (#363/#375/#381), + DreamingOfClouds (#315), Jacob Sussman, and all earlier credited contributors: + see the unchanged `parent436/NOTICE.md` and source-specific notices. + +Do not infer an unconditional theorem or a new Lean proof from the finite +certificates. No inherited author or AI-assistance disclosure has been removed. diff --git a/research/r740-block-retimed-kernel/vendor/pr439/bank_routes.py b/research/r740-block-retimed-kernel/vendor/pr439/bank_routes.py new file mode 100644 index 0000000000..919fe32f7e --- /dev/null +++ b/research/r740-block-retimed-kernel/vendor/pr439/bank_routes.py @@ -0,0 +1,64 @@ +"""Exact residual bank routes for the kernel word; chafreaky with OpenAI Codex. + +The stored integer rows divided by two are an orthonormal basis. Entrance +rows span E; the remaining rows span E-perp. A coordinate permutation sends +the latter to the assigned contiguous block in a width-64 bank. This gives +an explicit rational isometry, with only powers of two in denominators. +""" +from collections import Counter, deque +from tile_m import tile + + +def placement(widths): + by_width = {} + for rep in range(8): + for helper, width in enumerate(widths): + assert 0 < width <= 8 + by_width.setdefault(width, deque()).append((rep, helper)) + patterns = tile({w: len(q) for w, q in by_width.items()}, 64) + result = {} + bank = 0 + for widths_in_bank, count in patterns: + for _ in range(count): + offset = 0 + for width in widths_in_bank: + key = by_width[width].popleft() + result[key] = (bank, offset, width) + offset += width + assert offset == 64 + bank += 1 + assert all(not q for q in by_width.values()) + assert len(result) == 8 * len(widths) + return result, bank + + +def validate_isometries(rows, frames, roots, dimensions): + seen = set() + dot = lambda a, b: sum(x*y for x, y in zip(a, b)) + for record in rows: + f = record['frame'] + assert f not in seen + seen.add(f) + e = record['entrance_rank'] + assert e == dimensions[f] and record['denominator'] == 2 + basis = record['entrance_basis'] + record['residual_basis'] + matrix = record['orthogonal_rows_numerator'] + assert len(basis) == len(matrix) == 8 + assert matrix == [roots[i] for i in basis] + assert all(len(r) == 8 and all(type(x) is int for x in r) for r in matrix) + assert all(dot(a,b) == 4*(i==j) for i,a in enumerate(matrix) for j,b in enumerate(matrix)) + # The first e rows span precisely the frame, not only its dimension. + for i in frames[f]: + assert sum(dot(roots[i], q)**2 for q in matrix[:e]) == 4*dot(roots[i], roots[i]) + assert len(record['entrance_basis']) == e + # This selected family needs coordinate permutations only. Checking the + # elementary reduction also bounds the literal route cost and primes. + reduced = [[x // 2 for x in row] for row in matrix] + assert all(x % 2 == 0 for row in matrix for x in row) + operations = record['gaussian_reduction'] + assert len(operations) <= 7 + for kind, i, j, scalar in operations: + assert kind == 'swap' and scalar is None and 0 <= i < 8 and 0 <= j < 8 + reduced[i], reduced[j] = reduced[j], reduced[i] + assert reduced == [[int(i == j) for j in range(8)] for i in range(8)] + return seen diff --git a/research/r740-block-retimed-kernel/vendor/pr439/e8core.py b/research/r740-block-retimed-kernel/vendor/pr439/e8core.py new file mode 100644 index 0000000000..78983b3687 --- /dev/null +++ b/research/r740-block-retimed-kernel/vendor/pr439/e8core.py @@ -0,0 +1,203 @@ +"""Our own engine for bitE8/1 words (E8 root-line labels, h = 8): frame algebra over Q via root-line masks, +legality/F2 replay, five-stage histogram, exact bit coarse saving and PR #315 outer assembly (our engine copies). +Chafik Boukhalfa (chafreaky) with Anthropic Claude assistance; Apache-2.0.""" +import gzip, json, os, importlib.util +from fractions import Fraction as Q +from collections import Counter + +HERE = os.path.dirname(os.path.abspath(__file__)) +def _load(n): + s = importlib.util.spec_from_file_location('e8_' + n, os.path.join(HERE, "engines", n + ".py")) + m = importlib.util.module_from_spec(s); s.loader.exec_module(m); return m +moment = _load('moment'); other = _load('base_two_moment'); outer = _load('outer') + +B2 = Q(876248285600677, 10**18) # Sussman E8 five-stage (PR #352) +B3 = Q(932783231884153, 10**18) # DaysSky seven-stage B_3 (PR #363; no Lean proof) + + +def load_word(p): + with (gzip.open(p, 'rt') if p.endswith('.gz') else open(p)) as f: + return json.load(f) + + +def save_word(c, p): + with gzip.open(p, 'wt') as f: + json.dump(c, f, separators=(',', ':')) + + +def rank(vecs): + rows = [[Q(x) for x in r] for r in vecs]; rk = 0 + n = len(rows[0]) if rows else 0 + for col in range(n): + p = next((i for i in range(rk, len(rows)) if rows[i][col] != 0), None) + if p is None: continue + rows[rk], rows[p] = rows[p], rows[rk] + for i in range(len(rows)): + if i != rk and rows[i][col] != 0: + f = rows[i][col] / rows[rk][col]; rows[i] = [a - f * b for a, b in zip(rows[i], rows[rk])] + rk += 1 + return rk + + +class Lat: + """Root-spanned subspaces of Q^8 represented by the mask of root lines they contain.""" + def __init__(self, lines): + self.lines = [tuple(x) for x in lines]; self.v = len(lines) + self._dim = {0: 0}; self._close = {} + # Gram (form /2) for orthogonality + self.ip = [[sum(a * b for a, b in zip(x, y)) // 2 for y in self.lines] for x in self.lines] + + def close(self, mask): + """mask of all root lines in span(roots of mask)""" + if mask in self._close: return self._close[mask] + idx = [i for i in range(self.v) if mask >> i & 1] + basis = [] + for i in idx: + if rank([self.lines[j] for j in basis] + [self.lines[i]]) > len(basis): basis.append(i) + d = len(basis); out = 0 + if d == 8: out = (1 << self.v) - 1 + elif d: + B = [self.lines[j] for j in basis] + for i in range(self.v): + if rank(B + [self.lines[i]]) == d: out |= 1 << i + self._close[mask] = out; self._close[out] = out; self._dim[out] = d + return out + + def dim(self, mask): + if mask not in self._dim: self.close(mask) + return self._dim[mask] + + def basis(self, mask): + b = [] + for i in range(self.v): + if mask >> i & 1 and rank([self.lines[j] for j in b] + [self.lines[i]]) > len(b): b.append(i) + return b + + def perp(self, t): + return self.close(sum(1 << j for j in range(self.v) if self.ip[t][j] == 0)) + + +def to_masks(c, L): + return [L.close(sum(1 << i for i in fr)) for fr in c['frames']] + + +PHASES = ('D', 'A', 'B', 'C') + + +def replay(c, L=None, masks=None, check_f2=True, span=True, span_mode='z'): + """Exact legality + F2 replay + histogram of a bitE8/1 word. Returns dict(H_local, steps, ...). + Legality: each register's frames nested (mask inclusion = exact Q-subspace inclusion for root-spanned frames) and + strictly increasing at each move; every gate at one common frame; D compensation at frame 0; y at frame 0 at the + scatter; COPY of retained totals; final frames (x, helpers FULL; y_t at its cap t-perp). + Source-span: every non-target operand's x-support lies in the gate frame.""" + L = L or Lat(c['lines']); masks = masks or to_masks(c, L) + v, R, h = c['v'], c['R'], c['h']; n = 2 * v + R; FULL = (1 << v) - 1 + cur = [masks[f] for f in c['start']] + for r in range(v): assert cur[r] == L.close(1 << r), 'x start' + for r in range(v, 2 * v): assert cur[r] == 0, 'y start at 0' + sig = [L.dim(cur[r]) for r in range(n)] + H = Counter(); steps = 0; viol = [] + val = [1 << i for i in range(n)] + zsupp = [{i: 1} if i < v else {} for i in range(n)] # integer support of each register over the x columns (all ADDs are +1) + def climb(r, m): + nonlocal steps + if cur[r] == m: return + assert cur[r] & ~m == 0 and cur[r] != m, ('not nested', r) + H[L.dim(m) - L.dim(cur[r])] += 1; steps += 1; cur[r] = m + def run(gates, ph): + for k, (f, d, srcs) in enumerate(gates): + m = masks[f] + assert d >= v and d not in srcs and len(set(srcs)) == len(srcs), (ph, k) + for x in [d] + srcs: climb(x, m) + for s in srcs: + val[d] ^= val[s] + if span: + if s < v or s >= 2 * v: + ms = sum(1 << i for i in zsupp[s]) + if ms & ~m: viol.append((ph, k, s)) + zd = zsupp[d] + for i, a in zsupp[s].items(): + w = zd.get(i, 0) + a + if w: zd[i] = w + else: zd.pop(i, None) + if span_mode == 'f2': + zsupp[d] = {i: 1 for i in range(v) if val[d] >> i & 1} + if span and d >= 2 * v: + md = sum(1 << i for i in zsupp[d]) + if md & ~m: viol.append((ph, k, d)) + run(c['D'], 'D') + for r in range(v, n): assert cur[r] == masks[c['start'][r]], 'D compensation at frame 0 (helpers untouched otherwise)' + run(c['A'], 'A') + for t in range(v): assert cur[v + t] == 0, 'y at frame 0 at the scatter' + copies = [val[q] for q in c['ret']] + for q in c['ret']: + assert q >= 2 * v; H[L.dim(cur[q])] += 1 + for t, row in enumerate(c['scatter']): + for k in row: val[v + t] ^= copies[k] + run(c['B'], 'B'); run(c['C'], 'C') + for r in range(n): climb(r, masks[c['final'][r]]) + for r in range(v): assert cur[r] == FULL + for r in range(2 * v, n): assert cur[r] == FULL + for t in range(v): assert cur[v + t] == L.perp(t), 'y final at cap' + if check_f2: + for s in range(v): assert val[s] == 1 << s + for t in range(v): assert val[v + t] == (1 << (v + t)) | (1 << t), ('target', t) + for r in range(2 * v, n): assert val[r] == 1 << r, ('helper', r) + return dict(sig=sig, viol=viol, H=H, steps=steps, n=n, v=v, R=R, h=h, L=L, masks=masks, ncopy=len(c['ret'])) + + +def profile(H_local, v, h=8): + prof = Counter({j: 5 * c for j, c in H_local.items()}) + for j in (2 * h - 2, h - 1, 2 * h + 2, 4): prof[j] += 2 * v + return prof + + +def coarse(H, m, W): + grid = Q(1, 10**18) + root = moment.certify(dict(H), m, W, True); c = Q(int(Q(root['lower']) * 10**18), 10**18) + assert moment.moment(H, m, W, c, True)[1] < 1 < moment.moment(H, m, W, c + grid, True)[0] + fb = 32 * m * m * sum(H.values()) + _, up = other.moment(m, W, list(H.items()), c); _, bad = other.moment(m, W, [(1, fb)], c) + lo, _ = other.moment(m, W, list(H.items()), c + grid); blo, _ = other.moment(m, W, [(1, fb)], c + grid) + assert up + Q(1, 10**16) * bad < 1 < lo + Q(1, 10**16) * blo + return c + + +def kappa(c, b): + grid = Q(1, 10**18); eta = Q(1, 10**12); beta = Q(1, 10**9); cap = (1 - beta) * b + sv = min(c, Q(((cap - grid) * 10**18).__floor__(), 10**18)); binding = 'bit' if sv == c else 'complex' + chain = [Q(384599, 10**10)] + for _ in range(3): + a = (1 - sv) * sv + sv * chain[-1]; assert chain[-1] < a < sv < 1 - a; chain.append(a) + bit = chain[-1] + bridge = dict(proof='PROOF.md', representation='Exact powers with source-bound finite overcharges', + semantic=dict(G=dict(base=2, exponent=30000), E=dict(base=2, exponent=100000), B_upper=dict(base=2, exponent=100001), + C0=dict(base=2, exponent=210000), C1=1, strict_literal_gap=1, induction_gap_lower=1), + rows=dict(coefficient=20161, degree=10**6, suffix_slope=4 * 10**6, degree_gap=Q(10**6) - Q(51 * 20161, 25))) + q = bit * (1 - 2 * eta); mn = (1 - eta) * q / (1 + q); t = mn * 10**18; k = Q((t.numerator - 1) // t.denominator, 10**18) + asm = outer.assembly(bit, b, bridge, k, eta=eta, beta=beta) + assert len(asm['strict_constraints']) == 47 and min(asm['strict_constraints'].values()) > 0 + try: + outer.assembly(bit, b, bridge, k + grid, eta=eta, beta=beta); raise SystemExit('ADJACENT ADMITTED') + except AssertionError: pass + return k, binding + + +def price_word(c, **kw): + r = replay(c, **kw) + v, h, R = r['v'], r['h'], r['R']; m = 5 * h + resid = sum(h - r['sig'][x] for x in range(2 * v, 2 * v + R)) + T = 1 if resid % h == 0 else h + W = (4 * v * h + resid) * T // h; assert (4 * v * h + resid) * T % h == 0 + prof = Counter({j: T * k for j, k in profile(r['H'], v, h).items()}); mass = sum(a * b for a, b in prof.items()) + L_copy = h * r['ncopy'] + assert m * W - mass == T * (4 * v - 5 * L_copy), ('deficit', m * W - mass) + assert 2 * max(prof) < m + cc = coarse(prof, m, W) + return dict(c=cc, H=r['H'], prof=prof, W=W, T=T, resid=resid, m=m, deficit=m * W - mass, replay=r) + + +def phi_fn(m, W, a): + """linearized moment term per child of rank r (float), for search scoring""" + import math + return lambda r: r / (m * W) * math.exp(a * math.log(m / r)) diff --git a/research/r740-block-retimed-kernel/vendor/pr439/engines/base_two_moment.py b/research/r740-block-retimed-kernel/vendor/pr439/engines/base_two_moment.py new file mode 100644 index 0000000000..14a90fa0e7 --- /dev/null +++ b/research/r740-block-retimed-kernel/vendor/pr439/engines/base_two_moment.py @@ -0,0 +1,63 @@ +#!/usr/bin/env python3 +"""Maintainer arithmetic cross-check of the pinned PR39 certificate. + +Uses no producer/checker imports. Counts are inputs, not proved by this script. +80-term rational logarithms and 12-term exponentials independently enclose +the two moments. The accompanying written review addresses their realization. +""" +import argparse +from fractions import Fraction as Q +from hashlib import sha256 +import json +from pathlib import Path + +ROOT = Path(__file__).resolve().parents[1] +GRID = 10**30 + + +def require(condition, message): + if not condition: + raise ValueError(message) + + +def log_unit(x): + require(1 <= x <= 2, "logarithm range") + z = (x-1)/(x+1) + lo = 2*sum((z**(2*j+1)/(2*j+1) for j in range(80)), Q(0)) + return lo, lo+2*z**161/(161*(1-z*z)) + + +def log_bounds(x): + k = 0 + while x > 2: + x /= 2 + k += 1 + lo, hi = log_unit(x) + l2, u2 = log_unit(Q(2)) + lo, hi = lo+k*l2, hi+k*u2 + # Outward rational rounding keeps later certificates compact. + return Q((lo*GRID).__floor__(), GRID), Q((hi*GRID).__ceil__(), GRID) + + +def exp_bounds(x): + require(0 <= x < 1, "exponential range") + term = total = Q(1) + for j in range(1, 13): + term *= x/j + total += term + tail = term*x/13/(1-x/14) + return total, total+tail + + +def moment(m, W, entries, saving): + lo = hi = Q(0) + for t, count in entries: + t, count = int(t), int(count) + require(0 < t < m and count > 0, "improper child") + l, u = log_bounds(Q(m, t)) + lower = exp_bounds(saving*l)[0] + upper = exp_bounds(saving*u)[1] + lo += Q(t*count, m*W)*lower + hi += Q(t*count, m*W)*upper + return Q((lo*GRID).__floor__(), GRID), Q((hi*GRID).__ceil__(), GRID) + diff --git a/research/r740-block-retimed-kernel/vendor/pr439/engines/moment.py b/research/r740-block-retimed-kernel/vendor/pr439/engines/moment.py new file mode 100644 index 0000000000..7d697cb452 --- /dev/null +++ b/research/r740-block-retimed-kernel/vendor/pr439/engines/moment.py @@ -0,0 +1,113 @@ +"""Independent prospective ordinary five-stage cost, never supplier admission. + +Consumes a raw one-invocation ledger made from the actual source/internal/target +paths. No packed profile is used as an input. Missing physical/finite/compiler +obligations must remain explicit in the accompanying report. +""" +from collections import Counter +from decimal import Decimal, localcontext, ROUND_FLOOR +from fractions import Fraction as F +from functools import lru_cache +from math import factorial +import hashlib, json, sys +from pathlib import Path + +DYAD = 1 << 224 + +def floor(x): return F(x.numerator*DYAD//x.denominator, DYAD) +def ceil(x): return -floor(-x) + +@lru_cache(None) +def logarithm(x): + """Mercator bounds after binary reduction; ln(2) via two Mercator sums. + + For 1 <= y < 2, log(y) is an alternating series in z=y-1. + We instead reduce to 1 <= y < 3/2, and bound log(3/2) and + log(2) by the same alternating series at z=1/2 and z=1/3, + using log(2)=log(3/2)+log(4/3). All sums are exact rationals. + """ + assert x >= 1 + k = 0 + while x >= 2: x /= 2; k += 1 + j = int(x >= F(3, 2)) + if j: x /= F(3, 2) + def mercator(y): + z=y-1 + assert 0 <= z <= F(1,2) + # An even partial sum is below log; the next term bounds its tail. + t=z; s=F(0) + for n in range(1, 225): + s += (t if n & 1 else -t)/n + t *= z + return s, s+t/225 + a,b=mercator(x); c,d=mercator(F(3,2)); e,f=mercator(F(4,3)) + return floor(a+(k+j)*c+k*e), ceil(b+(k+j)*d+k*f) + +def exponential(l,u): + assert 0 <= l <= u < F(1,10) + def poly(x): + s=t=F(1) + for j in range(1,25): t=t*x/j; s+=t + return s,t + lo,_=poly(l);hi,last=poly(u) + return floor(lo),ceil(hi+last*u/25/(1-u/26)) + +def moment(H,m,W,a,bad=False): + lo=hi=F(0) + for r,n in H.items(): + assert 0 < r < m and n > 0 + l,u=logarithm(F(m,r)); e,f=exponential(a*l,a*u) + p=F(r*n,m*W);lo+=p*e;hi+=p*f + if bad: + # Existing envelope shape, only conditionally portable to the new cover. + l,u=logarithm(F(m));e,f=exponential(a*l,a*u) + p=F(32*m*sum(H.values()),10**16*W) + lo+=p*e;hi+=p*f + return floor(lo),ceil(hi) + +def decimal(x): + with localcontext() as c: + c.prec=70 + return str(Decimal(x.numerator)/Decimal(x.denominator)) + +def certify(H,m,W,bad=False): + with localcontext() as c: + c.prec=70 + terms=[(Decimal(r*n)/Decimal(m*W),(Decimal(m)/Decimal(r)).ln()) for r,n in H.items()] + fallback=Decimal(32*m*sum(H.values()))/Decimal(10**16*W) if bad else Decimal(0) + lm=Decimal(m).ln();lo=Decimal(0);hi=Decimal('.003') + for _ in range(210): + a=(lo+hi)/2 + if sum(p*(a*l).exp() for p,l in terms)+fallback*(a*lm).exp()<1:lo=a + else:hi=a + q=int(((lo+hi)/2*10**24).to_integral_value(rounding=ROUND_FLOOR)) + lo=F(q,10**24);hi=lo+F(1,10**24) + lv=moment(H,m,W,lo,bad);hv=moment(H,m,W,hi,bad) + assert lv[1]<10 for v in slacks.values()),{k:str(v) for k,v in slacks.items() if v<=0} + assert min(margins.values())==minimum + assert margins['balanced_prefix']-minimum==eta and 1-eps-r==eta/2 + assert 1-eps*(1+c)==eta-eps*eta/4 + return dict(parameters=dict(a_bit=a,a_complex=b,tau=tau,sigma=sigma, + eta=eta,beta=beta,q=q,c=c,epsilon=eps,lambda_=lam, + lambda_prime=lp,alpha_squared_power=r,delta=delta, + C0=bridge['semantic']['C0'],C1=1,kappa=kappa), + strict_constraints=slacks,margins=margins,minimum_margin=minimum, + absorption_gap=minimum-kappa, + recurrence=dict(internal=internal,leaf=leaf,reservations=1-c)) diff --git a/research/r740-block-retimed-kernel/vendor/pr439/tile_m.py b/research/r740-block-retimed-kernel/vendor/pr439/tile_m.py new file mode 100644 index 0000000000..cd5fd9b539 --- /dev/null +++ b/research/r740-block-retimed-kernel/vendor/pr439/tile_m.py @@ -0,0 +1,93 @@ +"""Residual census (8 - sigma per helper) and an exact zero-padding bank tiling of width m = (2K+1)h with T replicas: +tile() and economy_tile() verbatim from our PR #329 bank_template.py (via code/tile.py of our dtst3 package). +usage: tile_m.py WORD.json.gz M [replicas] (replicas default: the least T with T x residual sum = 0 mod M that tiles)""" +import sys,os,collections +from collections import Counter +sys.path.insert(0,os.path.dirname(os.path.abspath(__file__))) +from e8core import * +def economy_tile(blocks, m): + """Exact zero-padding tiling used when the filler search of tile() runs out of filler blocks (the kernel pivots + and early restorations of the stage stack add many residual widths that do not divide m; the PR #299 analogue at + p = 12 was the (r^4, 24, 4^(24-r)) re-tiling). The fillers are the two most numerous widths dividing m (here the + full helper width h and the rank-4 entrance residual). Each other width w, in decreasing order, gets the bank + w^a F^c f^b (w*a + F*c + f*b = m) that spends the fewest narrow fillers f per w block (then the largest a), plus + at most one bank w^r F^c' f^b' for the remainder r = n mod a. The leftover fillers fill pure banks F^(m/F), + f^(m/f) and y residue banks F^j f^k. Every bank sums to m and every block is used exactly once (no padding).""" + from fractions import Fraction + blocks = {w: n for w, n in blocks.items() if n} + div = sorted((w for w in blocks if m % w == 0), key=lambda w: (-blocks[w], w)) + assert len(div) >= 2, ('economy tiling needs two filler widths', blocks) + F, f = sorted(div[:2], reverse=True) + + def fill(rest): + """(c, b) with F*c + f*b = rest, c maximal (fewest narrow fillers); None if impossible.""" + return next(((c, (rest - F*c)//f) for c in range(rest//F, -1, -1) if (rest - F*c) % f == 0), None) + + left = {F: blocks[F], f: blocks[f]}; out = [] + for w in sorted((x for x in blocks if x not in (F, f)), reverse=True): + n = blocks[w] + opts = [(Fraction(cb[1], a), -a, a, cb) for a in range(m//w, 0, -1) for cb in [fill(m - w*a)] if cb] + assert opts, ('no bank for width', w) + _, _, a, (c, b) = min(opts); q, r = divmod(n, a) + if q: out.append(((w,)*a + (F,)*c + (f,)*b, q)); left[F] -= q*c; left[f] -= q*b + if r: + cb = fill(m - w*r); assert cb, ('no remainder bank', w, r) + out.append(((w,)*r + (F,)*cb[0] + (f,)*cb[1], 1)); left[F] -= cb[0]; left[f] -= cb[1] + assert left[F] >= 0 and left[f] >= 0, ('fillers exhausted', left) + pF, pf = m//F, m//f + for y in range((pF*pf) + 1): + for j in range(1 if y else 0, pF if y else 1): + if (m - F*j) % f: continue + k = (m - F*j)//f; aF, af = left[F] - y*j, left[f] - y*k + if aF >= 0 and af >= 0 and aF % pF == 0 and af % pf == 0: + out += ([((F,)*j + (f,)*k, y)] if y else []) + ([((F,)*pF, aF//pF)] if aF else []) + ([((f,)*pf, af//pf)] if af else []) + return out + raise AssertionError(('no exact zero-padding tiling', blocks, m)) + + +def tile(blocks, m): + """Exact tiling of {width: number of blocks} into banks of total width m, as ((widths, banks), ...). + + A width dividing m fills pure banks. A width w not dividing m is mixed with a filler width f dividing m: + banks w^a f^b with a maximal (w*a + f*b = m), then at most one bank w^r f^t for the remainder r. Fillers + are tried in a fixed order (most blocks first) with backtracking until every pure width also divides out. + Fails (AssertionError) unless every block is used and every bank is full; there is no padding.""" + blocks = {w: n for w, n in blocks.items() if n} + assert all(0 < w <= m for w in blocks) + mixed = sorted(x for x in blocks if m % x) + + def search(i, left, out): + if i == len(mixed): + if any(left[w] % (m // w) for w in left): return None + return out + [(tuple([w]*(m // w)), left[w]//(m // w)) for w in sorted(left) if left[w]] + w = mixed[i]; n = blocks[w] + for f in sorted(left, key=lambda x: (-left[x], x)): + a = next((a for a in range(m // w, 0, -1) if (m - w*a) % f == 0), None) + if a is None: continue + b = (m - w*a)//f; q, r = divmod(n, a) + if r and (m - w*r) % f: continue + t = (m - w*r)//f if r else 0 + if q*b + t > left[f]: continue + rest = dict(left); rest[f] -= q*b + t + found = search(i + 1, rest, out + ([(tuple([w]*a + [f]*b), q)] if q else []) + ([(tuple([w]*r + [f]*t), 1)] if r else [])) + if found is not None: return found + return None + out = search(0, {w: n for w, n in blocks.items() if not m % w}, []) + if out is None: out = economy_tile(blocks, m) + assert all(sum(widths) == m and count > 0 for widths, count in out) + used = Counter() + for widths, count in out: + for x in widths: used[x] += count + assert used == Counter(blocks), 'every block used exactly once' + return tuple(out) +if __name__ == '__main__': + c = load_word(sys.argv[1]); m = int(sys.argv[2]) + L = Lat(c['lines']); M = to_masks(c, L); v = c['v']; n = 2 * v + c['R'] + res = Counter(8 - L.dim(M[c['start'][r]]) for r in range(2 * v, n)); tot = sum(k * x for k, x in res.items()) + reps = [int(sys.argv[3])] if len(sys.argv) > 3 else [t for t in range(1, 200) if t * tot % m == 0] + for T in reps: + try: pat = tile({r: T * k for r, k in res.items() if r > 0}, m); break + except AssertionError: pat = None + assert pat, 'no tiling' + print(' residual census', dict(sorted(res.items())), 'sum', tot) + print(' PASS exact width-%d tiling with %d replicas: %d banks' % (m, T, sum(k for _, k in pat)), pat) diff --git a/research/r740-block-retimed-kernel/verify.py b/research/r740-block-retimed-kernel/verify.py new file mode 100644 index 0000000000..36a698beaa --- /dev/null +++ b/research/r740-block-retimed-kernel/verify.py @@ -0,0 +1,50 @@ +"""Verify the selected two-supplier composition using Python's standard library.""" +import argparse,gzip,hashlib,json,os,shutil,subprocess,sys +from pathlib import Path +assert __debug__, 'Assertions must remain enabled' +ROOT=Path(__file__).resolve().parent +ap=argparse.ArgumentParser(description=__doc__) +ap.add_argument('output',type=Path,help='A new output directory outside this package') +ap.add_argument('--replay-phases',action='store_true',help='Recompute all selected Gaussian phase pairs instead of reusing their source-bound evidence') +a=ap.parse_args();out=a.output.resolve() +assert not out.exists() and not out.is_relative_to(ROOT) +def snapshot(): + return {p.relative_to(ROOT).as_posix():hashlib.sha256(p.read_bytes()).hexdigest() for p in ROOT.rglob('*') if p.is_file() and p.name!='MANIFEST.json'} +manifest=json.loads((ROOT/'MANIFEST.json').read_text());assert snapshot()==manifest['files'],'Source manifest mismatch' +sources=json.loads((ROOT/'SOURCES.json').read_text()) +for z in sources['imported_files']: + data=(ROOT/z['path']).read_bytes();assert hashlib.sha256(data).hexdigest()==z['sha256'] + if 'source_sha256' in z:assert hashlib.sha256(gzip.decompress(data)).hexdigest()==z['source_sha256'] +out.mkdir(parents=True) +def copy(src,dst): + p=out/dst;p.parent.mkdir(parents=True,exist_ok=True) + data=(ROOT/src).read_bytes();p.write_bytes(gzip.decompress(data) if src.endswith('.gz') and not dst.endswith('.gz') else data) +for src,dst in [ + ('inputs/e8-r865.json.gz','work/pr370-source/research/e8-bit/data/bit/bitE8-r865.json.gz'), + ('inputs/complex-ports.json.gz','work/higher-stage-e8/verified/gcert1-e8-retimed.json.gz'), + ('inputs/complex-template.json.gz','work/complex-nine-native/GLOBAL-TEMPLATE.json.gz'), + ('inputs/complex-data-phases.json.gz','work/complex-nine-native/DATA-PHASES.json'), + ('inputs/bit-geometry.json.gz','inherited/bit-geometry.json.gz'), + ('vendor/clifford_exact.py','work/odd-stages/clifford_exact.py')]:copy(src,dst) +for name in ('moment','base_two_moment','outer'):copy('vendor/engines/'+name+'.py','work/pr361/code/engines/'+name+'.py') +p=out/'bit426-source-centres';p.mkdir() +env=dict(os.environ,E8_OUTPUT=str(out),E8_REPLAY_PHASES=str(int(a.replay_phases)),PYTHONDONTWRITEBYTECODE='1');env.pop('PYTHONOPTIMIZE',None) +steps=[] +def run(name,file,*args): + with (out/(name+'.log')).open('w') as log: + r=subprocess.run([sys.executable,'-B',str(ROOT/file),*map(str,args)],cwd=out,env=env,stdout=log,stderr=subprocess.STDOUT) + assert r.returncode==0,(name,str(out/(name+'.log'))) + steps.append(name);print('PASS',name,flush=True) +run('hamming_packets','vendor/hamming_packets.py') +for name in ('complex_construct','complex_audit','complex_emit','complex_phases','bit_construct','bit_kernel'):run(name,'code/'+name+'.py') +run('bit_export','vendor/export_records.py',p/'bit-source-centres.json',p/'records') +run('bit_global','code/bit_global.py','--source',p,'--local-check',p,'--out',p/'global') +run('bit_audit','code/bit_audit.py','--local-check',p,'--out',p/'global') +for name in ('bit_price','complex_integrate','complex_replay','combined'):run(name,'code/'+name+'.py') +run('independent_audit','code/independent_audit.py',ROOT,out,out/'INDEPENDENT-AUDIT.json') +assert snapshot()==manifest['files'],'Package modified during verification' +r=json.loads((out/'RESULT.json').read_text());expected=json.loads((ROOT/'EXPECTED.json').read_text()) +for key,value in expected.items():assert r[key]==value,(key,r[key],value) +r['verification_steps']=steps;r['phase_mode']='full replay' if a.replay_phases else 'source-bound unchanged evidence';r['manifest_sha256']=hashlib.sha256((ROOT/'MANIFEST.json').read_bytes()).hexdigest() +(out/'RESULT.json').write_text(json.dumps(r,indent=2)+'\n') +print('PASS conditional kappa',r['kappa_decimal'])