D-RPF-TABLE-1: does the confidence-inert NarsTables fast path earn its semantic cost? by AdaWorldAPI · Pull Request #1426 · AdaWorldAPI/lance-graph

D-RPF-TABLE-1: numeric, replay-drift and decision axes for NarsTables resolutions vs A, plus a throughput bench

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committed

926816c

Correct NarsTables precision and cache-residency comments

claude

committed

910d457

tables.rs: separate the size note from the numbered list (clippy doc_lazy_continuation)

claude

committed

12e6413

T2: pin that Pearl bits 40..42 are a subset mask, not an ordinal ladder

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committed

e86e6a7

T4: pin learn against isa::contracts::LEARN over all eight plasticity patterns

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committed

1b8d99d

T4: clippy byte grouping

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committed

93d6d32

D-RPF-TABLE-1: board entry with the Pareto table, boundaries and kill conditions

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committed

b413163

T4: gate on causal-edge-v2-layout

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committed

8dccf42

D-RPF-TABLE-1 entry: split the replay speedup by column

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committed

7b1d93a

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D-RPF-TABLE-1: does the confidence-inert NarsTables fast path earn its semantic cost? - #1426

D-RPF-TABLE-1: does the confidence-inert NarsTables fast path earn its semantic cost?#1426
AdaWorldAPI merged 9 commits into
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Commits on Oct 9, 2026

D-RPF-TABLE-1: numeric, replay-drift and decision axes for NarsTables resolutions vs A, plus a throughput bench

Correct NarsTables precision and cache-residency comments

tables.rs: separate the size note from the numbered list (clippy doc_lazy_continuation)

T2: pin that Pearl bits 40..42 are a subset mask, not an ordinal ladder

T4: pin learn against isa::contracts::LEARN over all eight plasticity patterns

T4: clippy byte grouping

D-RPF-TABLE-1: board entry with the Pareto table, boundaries and kill conditions

T4: gate on causal-edge-v2-layout

D-RPF-TABLE-1 entry: split the replay speedup by column