HomeDocs-Technical WhitePaper51-Pipeline Card Template v1.0

Chapter 12 — Outputs & Release (Directory / Visualization / Comparative Scoring)


I. Purpose & Scope


II. Prerequisites & Inputs


III. Artifacts & Directory

  1. Required:
    • Figures: DAG/state, timebase & sync health, path profiles & intervals, performance (latency/throughput/resources), comparative scoring.
    • Tables: compliance (G1–G8), key metrics & intervals, scoring details, inbound/outbound contract snapshots.
    • Reports: check_dim_report.json, validate_report.json, perf_summary.md, audit.jsonl, report_manifest.yaml, signature SIGNATURE.asc.
  2. Units & dimensions: all numeric outputs must show units; any expression with division/integrals/composites must use parentheses.

Recommended layout

PTN_EXPORT/

figs/

pipeline_dag.svg

state_timeline.pdf

sync_health.pdf

path_profile.pdf

latency_hist.pdf

throughput_series.svg

scorecard_bar.pdf

tables/

kpi_summary.csv

compliance_table.csv

scorecard.csv

contracts_snapshot.csv

reports/

check_dim_report.json

validate_report.json

perf_summary.md

audit.jsonl

manifests/

report_manifest.yaml

SIGNATURE.asc


IV. Visualization Standards

  1. Formats: dual export for each figure (vector PDF/SVG and bitmap PNG/JPG), DPI ≥ 300; axes with explicit units (s, rad, 1, m/s, MB/s, etc.).
  2. Captions: include see[]/version; for path figures, annotate Δell and delta_form.
  3. Minimal figure set:
    • DAG/state: pipeline_dag.svg, state_timeline.pdf.
    • Sync health: sync_health.pdf (time series with thresholds for δt_abs/Δτ_ch/σ_y(τ)).
    • Path profile: path_profile.pdf (n_eff(ell) with T_arr/Phi interval bands).
    • Performance: latency_hist.pdf, throughput_series.svg, resource_util.pdf.
    • Scoring: scorecard_bar.pdf (weighted total and per-metric vs baseline).

V. Comparative Scoring

  1. Metrics & mapping:
    • Primary: ΔT_arr (s), r_phi (1), ε_flux (1), p_dim (1), Q_res (1).
    • Normalization: z_m = ( m − m_baseline ) / σ_baseline.
    • Scoring: q_m = 1 / ( 1 + exp( a z_m + b ) ) (default a=1,b=0; flip sign if “larger is better”).
    • Aggregate: Q = ( ∑_i w_i q_{m_i} ) / ( ∑_i w_i ).
  2. Decision thresholds (aligned with Ch. 9/10):
    • Positive: core gates pass (|ΔT_arr| + U(T_arr) ≤ τ_T, LB(r_phi) ≥ r_phi_min, p_dim = 1.0, P95(ε_flux) ≤ guard) and Q ≥ Q_base + δQ_min.
    • Otherwise: Negative / [Restricted].
  3. Publication tables: record computation conventions, weights w_i, intervals, and threshold comparisons in both scorecard.csv and scorecard.json.

VI. Compliance Block


VII. Machine-Readable Configs
A. report_manifest.yaml

version: "1.0.0"

bundle:

figs:

- "figs/pipeline_dag.svg"

- "figs/state_timeline.pdf"

- "figs/sync_health.pdf"

- "figs/path_profile.pdf"

- "figs/latency_hist.pdf"

- "figs/throughput_series.svg"

- "figs/scorecard_bar.pdf"

tables:

- "tables/kpi_summary.csv"

- "tables/compliance_table.csv"

- "tables/scorecard.csv"

- "tables/contracts_snapshot.csv"

reports:

- "reports/check_dim_report.json"

- "reports/validate_report.json"

- "reports/perf_summary.md"

- "reports/audit.jsonl"

metadata:

pipeline_id: "ptn-core"

method_version: "2.0.0"

created_at: "2025-09-24T16:00:00Z"

checksums: ["sha256:..."]

see:

- "EFT.WP.Core.Equations v1.1:S20-1"

- "EFT.WP.Core.Metrology v1.0:check_dim"

B. scorecard.json (example)

{

"version": "1.0.0",

"baseline": { "id": "base-001", "Q": 0.62 },

"method": { "id": "pipeline-A", "Q": 0.78 },

"weights": { "DeltaT_arr_s": 0.35, "r_phi": 0.25, "epsilon_flux": 0.15, "p_dim": 0.15, "Q_res": 0.10 },

"metrics": {

"DeltaT_arr_s": { "mean": -2.3e-9, "std": 4.8e-9, "U_k2": 1.5e-9 },

"r_phi": { "value": 0.72, "lb95": 0.61, "ub95": 0.80 },

"epsilon_flux": { "median": 0.004, "p95": 0.011 },

"p_dim": 1.0,

"Q_res": 0.13

},

"decision": "pass",

"see": ["EFT.WP.Core.Equations v1.1:S20-1","Data.Benchmarks v1.0:PROTO"]

}


C. kpi_summary.csv (headers)

stage,latency_p50_s,latency_p95_s,throughput_rps,rho_util,q_res,p_dim,epsilon_flux,allan_1s

ingest,0.032,0.085,1200,0.68,0.14,1.0,.,1.1e-11

arrival,0.047,0.110,950,0.72,0.13,1.0,0.006,1.2e-11


VIII. Anti-Patterns & Fixes


IX. Validation & Release Flow


X. Cross-References


XI. Checklist


Copyright & License (CC BY 4.0)

Copyright: Unless otherwise noted, the copyright of “Energy Filament Theory” (text, charts, illustrations, symbols, and formulas) belongs to the author “Guanglin Tu”.
License: This work is licensed under the Creative Commons Attribution 4.0 International (CC BY 4.0). You may copy, redistribute, excerpt, adapt, and share for commercial or non‑commercial purposes with proper attribution.
Suggested attribution: Author: “Guanglin Tu”; Work: “Energy Filament Theory”; Source: energyfilament.org; License: CC BY 4.0.

First published: 2025-11-11|Current version:v5.1
License link:https://creativecommons.org/licenses/by/4.0/