Factor Mining Pandaai

WorkBuddy 登录职责边界

本成员只设计和检查候选因子，不执行 PandaAI 登录。需要登录时必须把任务交给 pandaai-experimenter，由其运行 WorkBuddy 安全交互入口。禁止在聊天、命令参数、任务包 或证据文件中接收任何登录信息。

WorkBuddy 登录职责边界

本成员只设计和检查候选因子，不执行 PandaAI 登录。需要登录时必须把任务交给 pandaai-experimenter，由其运行 WorkBuddy 安全交互入口。禁止在聊天、命令参数、任务包 或证据文件中接收任何登录信息。

Factor Mining PandaAI

Discover factor hypotheses autonomously from PandaAI data or extract them from research documents, translate them into pandaai-cli formula syntax, and optionally run PandaAI analysis. Treat every output as a research hypothesis.

Maintainer And Scope

• Upstream author: TerribleCookie.
• QuantSkills maintainer: abgyjaguo.
• Repository: https://github.com/quantskills/skill-factor-mining-pandaai.
• License: GNU General Public License v3.0 only (GPL-3.0-only).
• Scope: research and education only. Do not present generated factors, backtests, or rankings as investment advice or guaranteed performance.

Prerequisites

• Python 3.10 or later.
• pandaai-cli 0.1.2 or a compatible release.
• pdfplumber when the source is a PDF.
• A PandaAI account for platform operations.

Install dependencies only when needed:

python -m pip install pandaai-cli pdfplumber

For authentication, ask the user to run PandaAI experimenter WorkBuddy interactive login entry interactively. Never request, print, store, or pass the user's phone number, password, token, or config file contents through the conversation or repository.

Select A Mode

• Blind mining: use when no source document is supplied or the user asks AI to lead discovery from PandaAI data. Read references/blind_mining_workflow.md before generating candidates.
• Document extraction: use when a paper, report, PDF, DOCX, or source text grounds the factor ideas. Follow the document workflow below.

If the request is ambiguous, infer document extraction only when a source is present; otherwise select blind mining and state that choice.

Shared Platform Rules

1. Read references/pandaai_cli_reference.md before translating formulas or running platform commands.
2. Prefer --formula over Python --code. Start with confirmed fields: open, high, low, close, volume, and amount. For standard quantitative transformations in Python mode, read references/quant_operator_mapping.md and generate snippets with scripts/pandaai_quant_operators.py.
3. Present formulas, direction, date range, adjustment cycle, candidate count, and expected compute use before platform execution.
4. Use scripts/pandaai_cli_wrapper.py for platform operations. Creating or running factors requires an explicit user request or approval.
5. Report exact configuration, billing returned by the platform, errors, and research limitations.

Document Extraction Workflow

1. Read the supplied PDF, DOCX, or text and identify every candidate factor's source passage, formula, intended direction, economic rationale, lookback, rebalance interval, and universe assumptions.
2. Reject any factor that cannot be reproduced from the available document or supported PandaAI fields. Clearly label any inferred formula or parameter.
3. Simplify long nested expressions and avoid unsupported neutralization or cross-sectional transforms.
4. Present the proposed formula, direction, date range, and rebalance interval to the user before spending platform compute. Do not silently use defaults when they materially affect interpretation.
5. Use scripts/pandaai_cli_wrapper.py to create or inspect factors. Run a backtest only when the user asked for platform execution.
6. Report the exact data source, universe, dates, rebalance interval, factor direction, fees/slippage assumptions if available, and all platform errors.
7. Interpret IC, grouped returns, Sharpe ratio, annualized return, and maximum drawdown as historical diagnostics, not forecasts.

Blind Mining Workflow

1. Define the search contract: sample and holdout dates, adjustment cycle, maximum candidates or compute budget, field source, target families, and exclusions.
2. Read references/field_sources.md. Normalize Excel/TXT/JSON/direct fields with scripts/pandaai_field_catalog.py; use documented market fields when the user requests pure blind discovery or supplies no field source.
3. Inspect existing factors with list to avoid duplicates. Check balance before proposing platform execution.
4. Run the three-stage genetic engine in scripts/blind_mining_engine.py: stage 1 combines fields with base mechanisms; stage 2 evolves time-series transforms; stage 3 evolves cross-sectional transforms. Use platform-native formulas and let the ledger drive selection, crossover, mutation, and deduplication.
5. Record every candidate in a JSONL ledger with a stable ID, formula, direction, hypothesis, family, parameters, run IDs, metrics, and decision.
6. After user approval, execute a batch with blind_mining_runner.py --execute. Rank with IC, Rank IC, IC IR, statistical evidence, grouped-return monotonicity, Sharpe, return, and drawdown; never optimize one metric alone.
7. Evolve winners by changing one mechanism at a time and preserve diversity across at least two families. Record failures rather than silently replacing them.
8. Validate promoted candidates on a holdout window and a neighboring parameter or adjustment cycle. Stop at the approved budget or the reference stop rules.

Wrapper Examples

python scripts/pandaai_cli_wrapper.py create \
  --formula "close/ref(close,5)-1" \
  --name "five-day-momentum" \
  --start-date 20240101 \
  --end-date 20241231 \
  --adjustment-cycle 5 \
  --factor-direction 1

python scripts/pandaai_cli_wrapper.py run <factor-id>
python scripts/pandaai_cli_wrapper.py result <run-id>

python scripts/blind_mining_candidates.py --count 8 --seed 1

python scripts/blind_mining_engine.py --stage 1 --population 8 --output stage1.json
python scripts/pandaai_field_catalog.py --input fields.xlsx --output fields.json
python scripts/blind_mining_engine.py --stage 1 --field-catalog fields.json \
  --population 8 --output stage1.json
python scripts/blind_mining_runner.py --batch stage1.json --ledger runs.jsonl \
  --start-date 20240101 --end-date 20251231 --adjustment-cycle 5 --execute
python scripts/blind_mining_engine.py --stage 2 --parent-stage 1 \
  --ledger runs.jsonl --population 8 --output stage2.json

On Windows, keep --json enabled; the wrapper adds it automatically.

Research Contract

• Data source: PandaAI platform A-share daily market data. Confirm current available fields and coverage in the platform before use.
• Default universe: PandaAI's default Shanghai/Shenzhen A-share universe.
• Grouping: 10 cross-sectional groups according to the current CLI contract.
• Default date range: approximately the latest 60 days; never use this implicit default for blind mining or meaningful research.
• Rebalance interval: 1-10 trading days, defaulting to 1.
• Costs and tradability: do not assume fees, slippage, limit-up/limit-down, suspensions, survivorship treatment, or point-in-time fundamentals are handled unless the returned configuration proves it.

Known Limitations

• Formula mode may not support industry neutralization or cross-sectional standardization.
• Python code factors may fail with platform error 10075.
• Long nested formulas may also trigger platform validation errors.
• Paper assumptions, publication timing, and A-share market behavior may not match the selected test period.
• Short samples, repeated trials, data snooping, and omitted transaction costs can materially overstate performance.
• The platform is an external service; commands, fields, pricing, compute charges, and availability may change.

Cross-Runtime Use

Keep the core workflow runtime- and model-independent. It requires only an AI that can read Markdown, inspect local files, and execute python/pandaai-cli. Do not assume a particular model, tool-call schema, subagent system, memory API, or vendor-specific feature.

• If a runtime supports SKILL.md, install this folder unchanged and invoke it using that runtime's skill mechanism.
• If native skill discovery is unavailable, give the AI agents/portable-loader.md with the real skill-root path.
• Treat files such as agents/openai.yaml and agents/cursor-rule.mdc as thin optional adapters only. They must not contain unique research logic.
• Keep all portable behavior in SKILL.md, references/, and scripts/.

References

• references/pandaai_cli_reference.md: CLI commands, parameters, and result shape based on PandaAI CLI 0.1.2.
• references/blind_mining_workflow.md: autonomous search loop, evaluation, ledger, and stop conditions.
• references/quant_operator_mapping.md: verified, approximate, conditional, and unsupported quantitative-operator mappings for PandaAI.
• references/field_sources.md: Excel/TXT/JSON/direct/pure-blind field input contract, normalization, provenance, and safety rules.
• scripts/pandaai_cli_wrapper.py: JSON-oriented command wrapper.
• scripts/blind_mining_candidates.py: deterministic diversified seed-batch generator with ledger-aware deduplication.
• scripts/blind_mining_engine.py: three-stage native-formula genetic search, multi-objective fitness, elitism, crossover, mutation, validation, and dedup.
• scripts/blind_mining_runner.py: approved batch executor and compact metric ledger writer; requires the explicit --execute safety switch.
• scripts/pandaai_quant_operators.py: machine-readable native operator catalog, expression wrapper, and validator used by the genetic engine.
• scripts/pandaai_field_catalog.py: dependency-light field importer and normalizer for spreadsheets, text, JSON, direct names, and pure-blind mode.