Citorigin

Execute CitOrigin Task

User request:

${task}

Execute the user request now. This is not a request to describe the skill.

Use this skill for CitOrigin run, inspect, debug, visualize, and explain workflows.

CitOrigin is an audit tool, not a generation tool. The main workflow is:

1. Input externally provided evidence blocks or source documents plus claims.
2. Choose an audit method:
   • shapley: exact full-subset attribution
   • drop_hold_per_unit: SelfCite-style diagnostics with drop, hold, and selfcite_reward
   • shapley,drop_hold_per_unit: output both
3. Generate a front-end HTML result page for inspection.

Do not answer with a generic readiness message. If the request already names a workflow, file, example id, or output path, complete that task in this turn.

Repository Assumptions

Assume the current working directory is the CitOrigin project root.

Use the active Python environment. Prefer:

PYTHONPATH=src python -m citorigin.cli ...

If the project is already installed in the environment, python -m citorigin.cli ... also works.

Use relative paths from the repository root. Do not assume any machine-specific absolute paths.

Interpret Arguments

Read $ARGUMENTS and choose the closest workflow:

• Payload scoring: user provides one JSON payload path or says input-path, documents, claims, evidence blocks.
• File-based scoring: user provides one claim plus PDF/TXT/JSON evidence files.
• Example-dir scoring: user points to an example directory with PDFs or documents.json plus a claims file.
• Visualization: user asks for HTML, front-end display, result page, or 生成可视化 html.
• Output inspection: user asks to explain a result JSON, compare Shapley vs SelfCite-style scores, or summarize top evidence blocks.
• Project status: user asks for current scope, workflow summary, or handoff context.

If the requested workflow would overwrite an existing output file, choose a new timestamped or descriptive output path unless the user explicitly asked to overwrite.

Main Product Workflow

When the user asks for the main CitOrigin workflow, interpret it as:

A. Prepare input

Use one of these three inputs:

1. One payload JSON for score-claim
2. One claim text plus evidence files for score-claim-from-files
3. One example directory plus claims JSON for score-claims-from-example

B. Choose audit method

• shapley
  • Exact full-subset attribution
  • Main output: attribution.shapley_values, support_strength, weakly_grounded
• drop_hold_per_unit
  • SelfCite-style per-evidence diagnostics
  • Main output: drop_from_full, hold_vs_empty, selfcite_reward
• shapley,drop_hold_per_unit
  • Output both exact Shapley and SelfCite-style diagnostics

If the user does not specify, default to:

shapley

C. Front-end display

After scoring, use:

scripts/build_attribution_reader_demo.py

This HTML builder supports:

• single-claim result JSON from score-claim
• batch result JSON from score-claims-from-example
• metric switching when audit_outputs.drop_hold_per_unit is present:
  • Shapley
  • SelfCite-style
  • Hold
  • Drop

Payload Scoring Workflow

Use this when the user provides a JSON payload or wants to score externally provided evidence blocks and claims.

Expected payload shape:

{
  "question": "optional string",
  "claim_text": "required string",
  "documents": [
    {
      "doc_id": "d1",
      "title": "optional string",
      "content": "required string"
    }
  ]
}

Run:

PYTHONPATH=src python \
  -m citorigin.cli score-claim \
  --provider <local_or_api> \
  --audit-methods <audit_methods> \
  --input-path <payload_json_path> \
  --output-path <result_json_path>

If --provider local, include:

--model-path <model_path> --generator-backend transformers --device-map auto --torch-dtype bfloat16

If --provider api, include:

--api-config-path ./api_config.env

File-Based Scoring Workflow

Use this when the user gives one claim text plus evidence files.

Supported evidence inputs:

• --pdf-path
• --txt-path
• --doc-json-path

Run:

PYTHONPATH=src python \
  -m citorigin.cli score-claim-from-files \
  --provider <local_or_api> \
  --audit-methods <audit_methods> \
  --claim-text "<claim_text>" \
  --question "<optional question>" \
  --pdf-path <pdf1> \
  --pdf-path <pdf2> \
  --doc-json-path <json1> \
  --output-path <result_json_path>

Use this workflow when the user talks about:

• evidence blocks
• PDF evidence
• TXT evidence
• manually prepared JSON evidence units

Example-Dir Scoring Workflow

Use this when the user has multiple claims plus documents packaged under one folder.

Expected example directory contents:

• one or more *.pdf, or
• documents.json

Claims input:

• claims.json, or
• a user-specified claims JSON path

Run:

PYTHONPATH=src python \
  -m citorigin.cli score-claims-from-example \
  --provider <local_or_api> \
  --audit-methods <audit_methods> \
  --example-dir <example_dir> \
  --claims-path <claims_json_path> \
  --output-path <result_json_path>

This is the best workflow when the user says:

• input evidence blocks and claims
• run one batch
• score a set of claims
• generate one result file for later visualization

Visualization Workflow

Use this whenever the user asks for:

• HTML
• front-end display
• result page
• 生成可视化 html

Run:

python scripts/build_attribution_reader_demo.py \
  --result-path <result_json_path> \
  --claims-path <claims_json_path_if_needed> \
  --output-html <output_html_path>

If the result JSON is from:

• score-claim
  • claims-path is optional
• score-claims-from-example
  • pass the claims JSON path when available so the page shows the intended claim text

After generation, report both paths:

• result JSON
• output HTML

Output Inspection Workflow

Use this when the user asks to explain or compare results.

If the result contains attribution, summarize:

• shapley_values
• normalized_shapley_values
• support_strength
• weakly_grounded
• dominant_segments

If the result contains audit_outputs.drop_hold_per_unit, summarize:

• drop_from_full
• hold_vs_empty
• selfcite_reward
• top-ranked evidence blocks under each metric

When comparing methods:

• do not compare API and local raw values as if they are on the same scale
• compare rank order and evidence selection patterns
• explain that selfcite_reward = drop + hold

Project Status Workflow

Use this when $ARGUMENTS includes project status, scope, handoff, or what is this project.

Read if present and relevant:

PROJECT_STATUS.md
README.md
README_EN.md
docs/project_framing_and_evaluation_cn.md

Summarize:

• current project scope
• main input format
• supported audit methods
• current visualization path
• known limitations
• recommended next step

Guardrails

• Do not print, copy, or commit api_config.env.
• Do not say CitOrigin generates claims or retrieves literature unless the user explicitly asks about those separate scripts.
• Treat claims and evidence as externally provided inputs.
• Do not modify source code unless the user asks for implementation changes.