Contiguous research campaign · C1202–C1212 · 11 numbered records

SP cap and rounding interface

Composite cap/round inverse sets, branch-dependent recovery, located loss information, exact commutation and thresholds for visible rounding effects.

Part of the C1132–C1431 broader study sequence: Complete source-row grammar and C1431 connected explanation.

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

Related subjects: Rounded chronology · Regular & Cumulative

Reading route for researchers and AI readers

Read the current explanation, then select the topic matching your question. A topic may join several separate research campaigns.
Read the selected Start here documents before opening a complete numbered-record list. Follow their cited source editions and evidence links as needed.
Use a campaign for one contiguous line of study; use a topic to find related work revisited across campaigns. The topic and campaign JSON lists contain links and edition hashes, not document bodies.
Original numbered records retain their historical scope and source assumptions. Later corrections, accepted source decisions and the current synthesis govern the present account.
If a subject is absent from the published Knowledge Catalog, consult Study documents and the source guide for supporting studies used or referenced in the C-series research.

Current explanation · Current Strategy review · Source guide and supporting studies · Source guide (Markdown) · Full source catalog (JSON)

Start here: selected leads

C1204 — Separate the two loss types by the known cap branchResearch action · C1204.md
SHA-256 7935a34f279eb85e165ec564585ed2de47981721815912f829dfb933fb37d91bDownload preserved edition · Document JSON
C1209 — State the exact cap-round commutation conditionResearch action · C1209.md
SHA-256 80572df91e09bab72615f4b1c499d99cb656c6ac38700adf268b17dd649b25a1Download preserved edition · Document JSON
C1212 — Write the cap-and-round information bridgeResearch action · C1212.md
SHA-256 c5fdf30fa684d4783ac2bf08d29e1ee124c281359e6d1793d525257b25e4a095Download 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.

C1202 — Derive the composite cap-plus-round inverse setDocument JSON · Download preserved record
SHA-256 c4c71204bc79b6ba9c8fe5dd0a5ede9fa00746a63b1524621d1418fe92daf7a4
Linked evidence (1)
- model/cap_round_fibre_law.jsonSHA-256 4ff7af76d04d05a1559f9918457b5a1ea19a6369cf01f0740073105104291fbf
C1203 — Calculate the SP composite fibre thresholdsDocument JSON · Download preserved record
SHA-256 48de2ce6fd3e389dfe2bdb0c4c549fd4cfcc8d069d202a2bf90c3ff14bd9cfde
Linked evidence (1)
- model/SP_cap_round_fibre_thresholds.jsonSHA-256 0e5375ce43907dc1ce63d0b6d0786a30ed3ddaa91d3fbf3682294d53aea30dbb
C1204 — Separate the two loss types by the known cap branchDocument JSON · Download preserved record
SHA-256 7935a34f279eb85e165ec564585ed2de47981721815912f829dfb933fb37d91b
Linked evidence (1)
- model/cap_round_branch_information.jsonSHA-256 496cab05f8d37f8f3f5ac004911fb79736ca2e4435da321932625405a2f45d59
C1205 — Recover the baseline from branch-appropriate loss dataDocument JSON · Download preserved record
SHA-256 3bd7871b50aad04c7cebd95a1154c2072710183e6607b26d4326b2484ff3c608
Linked evidence (1)
- model/SP_composite_loss_recovery.jsonSHA-256 0a7fb945140282fae094852f57bddd8f2ce60ab0bfaa766ad35a5618e246fa81
C1206 — Test total-loss recovery of the clipped baselineDocument JSON · Download preserved record
SHA-256 dd6786ebcff50a13dfa422af9ed41ff67795a08beefe1cf44fb0914c44c7b7f4
Linked evidence (1)
- model/SP_total_excess_ambiguity.jsonSHA-256 38552129de7b83e606e002bd913c6a5b105c31a1b2f1a1aa3161f1477465bceb
C1207 — Identify the missing located measurements for cap recoveryDocument JSON · Download preserved record
SHA-256 2ae90b0cb9c4551b06ed71e6e9725af8ed750f6f32b4c8488a997f54a44e1e96
Linked evidence (1)
- model/SP_excess_measurement_completion.jsonSHA-256 4fc6202631b89ebf6649113e942494dbf1adf1a0b8e97840042b384ef675a920
C1208 — Explain the change from exact to rounded cap reductionDocument JSON · Download preserved record
SHA-256 a99052314ef89d050c3b5d2f26d0099591be75f12e1f02adf37b618341331aba
Linked evidence (1)
- model/cap_round_loss_identity.jsonSHA-256 238adb4d7804f3f7873b3ee15c3ac61e23e8c1f7b8bf0615c2b7b462b5c3cb14
C1209 — State the exact cap-round commutation conditionDocument JSON · Download preserved record
SHA-256 80572df91e09bab72615f4b1c499d99cb656c6ac38700adf268b17dd649b25a1
Linked evidence (1)
- model/cap_round_commutation_scope.jsonSHA-256 3a28ca3976b2b3e0c3db3acc855fbab20e1484a32e4cf271b3787b19eb686a3f
C1210 — Distinguish cap commutation from strict clipping visibilityDocument JSON · Download preserved record
SHA-256 2f8bf4de345a182e7f33108f214304572b173bea09e0e5945752c6537ce99dcd
Linked evidence (1)
- model/cap_round_visibility_witnesses.jsonSHA-256 9444cd743e2f3d518f91e21500c8d2c52c5d0ac6005ce952b1b6969fb8a4d77c
C1211 — Determine the threshold for visible rounded clippingDocument JSON · Download preserved record
SHA-256 a8a8be0b6fdbd3752d3e5a08df0e836c594b8a16832c3e627caf54de53cb27e0
Linked evidence (1)
- model/cap_round_strict_visibility.jsonSHA-256 2a81074b2f3001decdb18bf7167d22e03ff71e1a0520a12704f08f3800f0b0b3
C1212 — Write the cap-and-round information bridgeDocument JSON · Download preserved record
SHA-256 c5fdf30fa684d4783ac2bf08d29e1ee124c281359e6d1793d525257b25e4a095
Linked evidence (1)
- deliverables/Cap_and_Round_Information.mdSHA-256 228c06a4b52ef3e54734d8e061292c124824d661fc306bc2a2d662d7cbd03a80