1 oracle.pipelines.r1_ablation_report

oracle.pipelines.r1_ablation_report

Source-bound supervision productivity for the separate R1 parameter pilot.

Committed Q-train rows are an operational proxy, not measured learning benefit. Pairs are prepared root/replica cells within a host, admitted by exact initial sampling evidence. Treatment candidates and later trajectories need not match.

1.1 Functions

Name	Description
main	Produce a reproducible cold report from one frozen parameter pilot.
read_r1_ablation_report	Read one validated immutable plan, all attempts, and native supervision.
read_saved_r1_ablation_report	Cold-read sealed evidence without reopening stores; verify quantities.
write_r1_ablation_report	Save canonical report plus an independently readable source-bound manifest.

1.1.1 main

oracle.pipelines.r1_ablation_report.main()

Produce a reproducible cold report from one frozen parameter pilot.

1.1.2 read_r1_ablation_report

oracle.pipelines.r1_ablation_report.read_r1_ablation_report(plan_path)

Read one validated immutable plan, all attempts, and native supervision.

A plan’s host and scientific profiles come from its parameter receipt; replica and root identities come from its frozen units. Source/config/store drift is rejected by the existing snapshot owner and a post-extraction scan.

1.1.3 read_saved_r1_ablation_report

oracle.pipelines.r1_ablation_report.read_saved_r1_ablation_report(
    output_path,
    *,
    plan_path=None,
)

Cold-read sealed evidence without reopening stores; verify quantities.

The adjacent manifest binds exact report bytes. Optional plan bytes verify source binding independently. This validates retained evidence, not current store freshness; use read_r1_ablation_report for a new live snapshot.

1.1.4 write_r1_ablation_report

oracle.pipelines.r1_ablation_report.write_r1_ablation_report(
    plan_path,
    output_path,
)

Save canonical report plus an independently readable source-bound manifest.

# oracle.pipelines.r1_ablation_report { #aria_nbv.oracle.pipelines.r1_ablation_report } `oracle.pipelines.r1_ablation_report` Source-bound supervision productivity for the separate R1 parameter pilot. Committed Q-train rows are an operational proxy, not measured learning benefit. Pairs are prepared root/replica cells within a host, admitted by exact initial sampling evidence. Treatment candidates and later trajectories need not match. ## Functions | Name | Description | | --- | --- | | [main](#aria_nbv.oracle.pipelines.r1_ablation_report.main) | Produce a reproducible cold report from one frozen parameter pilot. | | [read_r1_ablation_report](#aria_nbv.oracle.pipelines.r1_ablation_report.read_r1_ablation_report) | Read one validated immutable plan, all attempts, and native supervision. | | [read_saved_r1_ablation_report](#aria_nbv.oracle.pipelines.r1_ablation_report.read_saved_r1_ablation_report) | Cold-read sealed evidence without reopening stores; verify quantities. | | [write_r1_ablation_report](#aria_nbv.oracle.pipelines.r1_ablation_report.write_r1_ablation_report) | Save canonical report plus an independently readable source-bound manifest. | ### main { #aria_nbv.oracle.pipelines.r1_ablation_report.main } ```python oracle.pipelines.r1_ablation_report.main() ``` Produce a reproducible cold report from one frozen parameter pilot. ### read_r1_ablation_report { #aria_nbv.oracle.pipelines.r1_ablation_report.read_r1_ablation_report } ```python oracle.pipelines.r1_ablation_report.read_r1_ablation_report(plan_path) ``` Read one validated immutable plan, all attempts, and native supervision. A plan's host and scientific profiles come from its parameter receipt; replica and root identities come from its frozen units. Source/config/store drift is rejected by the existing snapshot owner and a post-extraction scan. ### read_saved_r1_ablation_report { #aria_nbv.oracle.pipelines.r1_ablation_report.read_saved_r1_ablation_report } ```python oracle.pipelines.r1_ablation_report.read_saved_r1_ablation_report( output_path, *, plan_path=None, ) ``` Cold-read sealed evidence without reopening stores; verify quantities. The adjacent manifest binds exact report bytes. Optional plan bytes verify source binding independently. This validates retained evidence, not current store freshness; use ``read_r1_ablation_report`` for a new live snapshot. ### write_r1_ablation_report { #aria_nbv.oracle.pipelines.r1_ablation_report.write_r1_ablation_report } ```python oracle.pipelines.r1_ablation_report.write_r1_ablation_report( plan_path, output_path, ) ``` Save canonical report plus an independently readable source-bound manifest.