Contiguous research campaign · C749–C771 · 23 numbered records

Rounded residual fields and counting

Explains rounding row by row, reconstructs whole boundary residual fields, and separates SP counting, terminal selection and retained subdivisions.

Part of the C732–C831 broader study sequence: Source paths: Regular, Cumulative, Rounded and Jubilees.

Campaign manifest (JSON) · Complete numbered records · All research sections

Related subjects: Rounded chronology

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Start here: selected leads

C752 — Derive the finite rounding defect lawResearch action · C752.md
SHA-256 25f870fb6195400b4941bd0d89b00955c4301f3036c841adc609f6c78e55bf0dDownload preserved edition · Document JSON
C754 — Reconstruct the complete MT residual fieldResearch action · C754.md
SHA-256 010aaf11686ee19519e922f2fd4047b128d75473d394f304af77176c7b1a3c91Download preserved edition · Document JSON
C758 — Classify cross-tradition interval preservationResearch action · C758.md
SHA-256 4035b194ddeaf9d375f87551e056703053ac76ac7246090a20270175e053a83bDownload preserved edition · Document JSON
C763 — Separate SP rounding from terminal branch selectionResearch action · C763.md
SHA-256 40565137e5b70b0a045f560cebd79f33a30c05d253d62a7c33770cd92738781aDownload preserved edition · Document JSON

Supporting source editions

The Rounded Scaffold — Mod-5 Architecture Underlying Biblical ChronologySource · File_51a.Rounded_Scaffold_Mod5_Architecture.md
SHA-256 d8aa38afb2a2df8f3bb57937f5d3dea897c286c034a1bee7398938d30e7bd77cDownload preserved edition · Document JSON
File_18 — Chronological Data TablesSource · 38-File_18.Chronological_Data_Tables-20260919-141048-.md
SHA-256 68301ab760bfbe2e874aedc5c8d943ced7a6219d34bc2859332a70713f9630d5Download preserved edition · Document JSON
Recovering the Common Chronological GrammarSource · Research_Strategy_v0_2.md
SHA-256 9c9aa357f5483b3af1dbb5f0025ee514fa28160576a037be03037aa49bf01476Download preserved edition · Document JSON

Complete numbered records

This list is for detailed inspection after the selected leads above. Each reading page preserves the original action and links its supporting evidence. The manifest supplies these links and edition hashes without copying document bodies.

C749 — Freeze the three rounding domainsDocument JSON · Download preserved record
SHA-256 543780945367919d25bbba0c8adb36348c3796fe804042fed6da505708576907
Linked evidence (3)
- model/rounding_inputs.jsonSHA-256 1c34bdf733d5822070359212b1fc1bedd09747e2ea47ae613a45570546f1aaf4
- File 18SHA-256 68301ab760bfbe2e874aedc5c8d943ced7a6219d34bc2859332a70713f9630d5
- File 51aSHA-256 d8aa38afb2a2df8f3bb57937f5d3dea897c286c034a1bee7398938d30e7bd77c
C750 — Reconstruct every MT rounded lifespanDocument JSON · Download preserved record
SHA-256 f674a750e25676c4e6f80ec29fdac8ee41f578510b2386e1859b4bec9170cbd3
Linked evidence (1)
- File 51aSHA-256 d8aa38afb2a2df8f3bb57937f5d3dea897c286c034a1bee7398938d30e7bd77c
C751 — First twenty-step explanatory checkpointDocument JSON · Download preserved record
SHA-256 e2714d7a6be14e87ea6006c65c96192b676b944874ac533824e7038bf8fec77f
Linked evidence (1)
- deliverables/490d_Chronological_Families_Checkpoint_C751.mdSHA-256 6865f3a55c73e0a3b0d2d6964597a26f6c4cbe5a46484ffd85a542ca18784464
C752 — Derive the finite rounding defect lawDocument JSON · Download preserved record
SHA-256 25f870fb6195400b4941bd0d89b00955c4301f3036c841adc609f6c78e55bf0d
Linked evidence (1)
- File 51aSHA-256 d8aa38afb2a2df8f3bb57937f5d3dea897c286c034a1bee7398938d30e7bd77c
C753 — Transfer the defect law across traditionsDocument JSON · Download preserved record
SHA-256 3207bf9df012c07d9e50d51526849791a3c8d6535bc33399f3c7d47c1ae3ffa7
Linked evidence (2)
- File 18SHA-256 68301ab760bfbe2e874aedc5c8d943ced7a6219d34bc2859332a70713f9630d5
- File 51aSHA-256 d8aa38afb2a2df8f3bb57937f5d3dea897c286c034a1bee7398938d30e7bd77c
C754 — Reconstruct the complete MT residual fieldDocument JSON · Download preserved record
SHA-256 010aaf11686ee19519e922f2fd4047b128d75473d394f304af77176c7b1a3c91
Linked evidence (2)
- model/MT_rounding_field.jsonSHA-256 58f0d98b8bcc3918c2dc9c79ce018326db0166ed7d1efbc21773b62e63ecdcde
- File 51aSHA-256 d8aa38afb2a2df8f3bb57937f5d3dea897c286c034a1bee7398938d30e7bd77c
C755 — Invert and classify the MT residual fieldDocument JSON · Download preserved record
SHA-256 ac24b4786db89a438824f16e362b1b854c7df87490f9b1999ba70a9ac18c30a6
C756 — Transfer the cumulative residual field to LXXDocument JSON · Download preserved record
SHA-256 14be3283de59d773247c37812af336aa2b525ba0062f07ef73bd140793aadce5
Linked evidence (3)
- model/all_rounding_fields.jsonSHA-256 6ce58f06e5687e621578a52663a0d6f32b50d3b1cd1ad74ff2cc4225a359c6fe
- File 18SHA-256 68301ab760bfbe2e874aedc5c8d943ced7a6219d34bc2859332a70713f9630d5
- File 51aSHA-256 d8aa38afb2a2df8f3bb57937f5d3dea897c286c034a1bee7398938d30e7bd77c
C757 — Transfer the residual field to SPDocument JSON · Download preserved record
SHA-256 109fb255fd8cc20bb9f2ffa24e9fd18f59cfd75d8b2d8aa0e9b29309358dcfd0
Linked evidence (1)
- File 18SHA-256 68301ab760bfbe2e874aedc5c8d943ced7a6219d34bc2859332a70713f9630d5
C758 — Classify cross-tradition interval preservationDocument JSON · Download preserved record
SHA-256 4035b194ddeaf9d375f87551e056703053ac76ac7246090a20270175e053a83b
C759 — Test Cainan residual neutralityDocument JSON · Download preserved record
SHA-256 a32d8a8d1afb3bf2646c4782ffc30c814c3aaefc301de57630c6a82d7056c7ca
Linked evidence (1)
- File 18SHA-256 68301ab760bfbe2e874aedc5c8d943ced7a6219d34bc2859332a70713f9630d5
C760 — Prove rounding equivariance for admitted shiftsDocument JSON · Download preserved record
SHA-256 5ca21154aeef2b93889a76e07f0e8b7d5c5e8f7bbf942278030ee58a70f95b87
Linked evidence (1)
- File 51aSHA-256 d8aa38afb2a2df8f3bb57937f5d3dea897c286c034a1bee7398938d30e7bd77c
C761 — Resolve SP counting before roundingDocument JSON · Download preserved record
SHA-256 5f3b3b55a13fa73ae261c08fda5a268d1c2e13ecafaf7f1b0759b6328320890e
Linked evidence (2)
- File 18SHA-256 68301ab760bfbe2e874aedc5c8d943ced7a6219d34bc2859332a70713f9630d5
- File 51aSHA-256 d8aa38afb2a2df8f3bb57937f5d3dea897c286c034a1bee7398938d30e7bd77c
C762 — Test the conditional SP lower-block reconstructionDocument JSON · Download preserved record
SHA-256 e21b8f74ac7e4539cf415d979c61204e671f65825df2a82cfd6fdf3fb3969bd2
Linked evidence (2)
- File 18SHA-256 68301ab760bfbe2e874aedc5c8d943ced7a6219d34bc2859332a70713f9630d5
- File 51aSHA-256 d8aa38afb2a2df8f3bb57937f5d3dea897c286c034a1bee7398938d30e7bd77c
C763 — Separate SP rounding from terminal branch selectionDocument JSON · Download preserved record
SHA-256 40565137e5b70b0a045f560cebd79f33a30c05d253d62a7c33770cd92738781a
Linked evidence (1)
- File 51aSHA-256 d8aa38afb2a2df8f3bb57937f5d3dea897c286c034a1bee7398938d30e7bd77c
C764 — Attach the residual decomposition to the Strategy rectangleDocument JSON · Download preserved record
SHA-256 8d5d0abf157a9b9c3fed4b3b9f4faf422851493eba25a83879a91878ac5b5e23
C765 — Accumulate the splitting defect as a fieldDocument JSON · Download preserved record
SHA-256 7a19c884f2fed08e10625158baa2e56178d90359039bb14e49a48b7cc528bdd9
Linked evidence (1)
- model/splitting_defect_fields.jsonSHA-256 4321928895655ea15e0338966a6568fec38a15d73b1a07847a5736d4d60f8590
C766 — Join rounding to the mode bridgeDocument JSON · Download preserved record
SHA-256 3c9d7c72fef36c192291797fbf5f755db1cbe32df8737006178c787a938c4239
Linked evidence (3)
- model/variant_inputs.jsonSHA-256 637ee29c7bcb34fbdf313690535d3f2035837e6f77940bc0580e5a90295f8cf0
- model/MT_rounding_bridge.jsonSHA-256 8b8c6c130a8aaf156453fe1b74b3ffa72d29a9529134efc1678b7f8234a8732f
- File 51aSHA-256 d8aa38afb2a2df8f3bb57937f5d3dea897c286c034a1bee7398938d30e7bd77c
C767 — Recover rounded bridge changes locallyDocument JSON · Download preserved record
SHA-256 74f7203a677b79c8a0705936c12bc6a1789f8221a55dbc1a9263bf24decfacf5
Linked evidence (1)
- File 51aSHA-256 d8aa38afb2a2df8f3bb57937f5d3dea897c286c034a1bee7398938d30e7bd77c
C768 — Compare row rounding with date-grid roundingDocument JSON · Download preserved record
SHA-256 f29d07f9a99805e8e65adc837dc409f62b2f4798fa7d74bd111a3bb4fcc3c1e4
Linked evidence (2)
- model/date_grid_diagnostic.jsonSHA-256 ac040f2ee4e2718dc6af24e48a39d46edbff3525e3a215e0f5ab2e1a1b8bd876
- File 51aSHA-256 d8aa38afb2a2df8f3bb57937f5d3dea897c286c034a1bee7398938d30e7bd77c
C769 — Measure the effect of retained subdivisionsDocument JSON · Download preserved record
SHA-256 afb401d86a00c7d6739fd03fcdefe843682405947930ab4c2077c808620845d1
Linked evidence (1)
- File 51aSHA-256 d8aa38afb2a2df8f3bb57937f5d3dea897c286c034a1bee7398938d30e7bd77c
C770 — Identify a recoverable shared source objectDocument JSON · Download preserved record
SHA-256 17e8e4704347ce9405ba3344666848e74bc5404cf61c7b1b24c6fc669d529d5d
C771 — Forty-step synthesis checkpointDocument JSON · Download preserved record
SHA-256 341d8f5a31b76a88f4327bcb1bfb8b0f2a9f2566cb1f13c4cfa14fdcb4ad1b55
Linked evidence (1)
- deliverables/490d_Chronological_Families_Checkpoint_C771.mdSHA-256 4c032c5d12943f45cc600e2db12f4d16ad34f83fea9776731e994d301a974820