IndisputableMonolith.Foundation.OptionAEmpiricalPipeline
OptionAEmpiricalPipeline supplies the full empirical execution record for an Option A combination. It converts the first-pass schedule into auditable deliverables via PipelineSpec and related definitions. Researchers validating Recognition Science predictions cite it for the structured pipeline layer. The module consists entirely of definitions and basic lemmas with no proofs.
claimThe empirical pipeline record for an Option A combination is given by the specification $PipelineSpec$ together with the function $pipelineSpec$ satisfying injectivity and equivalence, plus the list $firstPassPipelines$ of scheduled pipelines.
background
This module defines the structure for empirical execution records in Option A of the Recognition Science framework. It imports OptionAEmpiricalDeliverables, whose doc-comment states: 'Concrete artifacts expected from the Option A empirical action plan. This module turns the first-pass schedule into an auditable set of outputs.' The local setting is the foundation layer preparing combinations for empirical testing, with sibling definitions covering PipelineSpec, hasPipeline, and priority actions.
proof idea
This is a definition module, no proofs.
why it matters in Recognition Science
The module supplies the deliverable artifact layer required by the Option A Empirical Readiness gate. Downstream doc-comment states: 'A combination is ready when it has all four operational layers: falsifier protocol, analysis action, deliverable artifact.' It fills the concrete output step in the empirical pipeline, feeding directly into readiness checks.
scope and limits
- Does not execute or store actual empirical data.
- Does not define the readiness gate or falsifier protocol.
- Does not include analysis actions or priority scheduling logic.
- Does not address higher-level Option B or C pipelines.
used by (1)
depends on (1)
declarations in this module (18)
-
structure
PipelineSpec -
def
pipelineSpec -
theorem
pipelineSpec_injective -
theorem
pipelineSpec_eq_iff -
def
HasPipeline -
theorem
hasPipeline_all -
theorem
scheduled_has_pipeline -
def
firstPassPipelines -
theorem
firstPassPipelines_length -
theorem
firstPassPipelines_nodup -
theorem
c3_pipeline_priority -
theorem
c3_pipeline_action -
theorem
c3_pipeline_deliverable -
theorem
c8_pipeline_priority -
theorem
c8_pipeline_action -
theorem
c8_pipeline_deliverable -
structure
EmpiricalPipelineCert -
def
empiricalPipelineCert