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weekly-performance-digest

Turn closed trades recorded in trader-memory-core into a weekly performance report. Review win rate, realized profit and loss, returns relative to initial risk, and patterns by sector or exit reason, with local calculations and no API required.

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Generate a weekly performance summary from closed trader-memory-core theses — win rate, expectancy, profit factor, R-multiple, MAE/MFE, and win/loss pattern analysis by source skill, exit reason, thesis type, sector, and mechanism. No API required; pure local calculation.

See how to install

Good for

  • Review weekly win rate and realized profit and loss
  • Compare results by sector, source skill, or exit reason
  • Identify the week's biggest winners and losers
  • Combine weekly reports for a monthly review

Files included (6)

  • SKILL.md5.6 KB
  • references/weekly-digest-metrics.md3.7 KB
  • requirements.txt123 B
  • scripts/generate_weekly_digest.py22.8 KB
  • scripts/tests/conftest.py238 B
  • scripts/tests/test_generate_weekly_digest.py15.5 KB

SKILL.md (original)

Review the instructions the agent will receive before you install.

Weekly Performance Digest

Overview

Weekly Performance Digest aggregates the trades you closed during a week into a single performance report. It reads CLOSED theses tracked by trader-memory-core (state/theses/th_*.yaml), computes headline metrics (win rate, expectancy, profit factor, R-multiple, MAE/MFE), breaks results down across several pattern dimensions (source skill, exit reason, thesis type, sector, mechanism tag, screening grade), and surfaces the week's biggest winners, losers, and lessons. Output is a JSON record plus a human-readable Markdown report. Pure calculation — no API key required.

When to Use

  • At the end of a trading week to review aggregate realized performance
  • To measure win rate and expectancy across all closed positions
  • To see which source skills, exit reasons, sectors, or mechanisms drove wins vs losses
  • To feed a month-end review (combine four weekly digests) or a postmortem
  • For a quick "what worked / what didn't" snapshot grounded in real closed trades

When Not to Use

  • For a single-trade deep review — use trade-performance-coach
  • For signal-level true/false-positive classification — use signal-postmortem
  • For buy/sell recommendations or position sizing — this skill is descriptive only

Prerequisites

  • Python 3.9+ with PyYAML (already a repo dependency)
  • A trader-memory-core state directory of thesis YAML files (state/theses/)
  • No API key required

Workflow

Step 1: Run the digest for a week

python3 skills/weekly-performance-digest/scripts/generate_weekly_digest.py \
  --state-dir state/theses \
  --from-date 2026-06-13 --to-date 2026-06-20 \
  --output-dir reports/ -v

Defaults: --state-dir state/theses, --from-date = 7 days before --to-date, --to-date = today, --output-dir reports/. With no date flags it digests the trailing 7 days.

Step 2: Read the report

The run writes reports/weekly_digest_<to-date>.json and reports/weekly_digest_<to-date>.md. Review the Markdown for the executive summary, metrics table, pattern breakdowns, and top winners/losers; consume the JSON downstream.

Step 3 (optional): Feed downstream

Combine several weekly JSON digests for a monthly review, or pass the JSON to a postmortem/coach step. The skill is descriptive — act on its findings via your normal review process.

How It Works

  • Trade selection. A trade counts in a week if its exit.actual_date falls in [from-date, to-date] and status == CLOSED.
  • Win/loss. outcome.pnl_dollars > 0 is a winner, < 0 a loser, == 0 breakeven; win_rate = winners / total_trades.
  • R-multiple. pnl_dollars / ((entry.actual_price − exit.stop_loss) × position.shares). (Stop-loss is read from exit.stop_loss, per the real thesis schema.)
  • Double-counting safeguard. A CLOSED thesis's outcome.pnl_dollars is the cumulative realized P&L across all trims plus the final leg. Headline metrics use that cumulative value over CLOSED theses only. The separate partial_trims block scans status_history[] of PARTIALLY_CLOSED theses only (still open) and is reported for information — it is never added into the headline totals/win-rate. A position trimmed in week 1 then closed in week 2 therefore shows as a partial trim in week 1 and inside week 2's CLOSED headline; that is intended, not a duplicate.

Output Format

JSON (weekly_digest_<to-date>.json)

{
  "schema_version": "1.0",
  "report_type": "weekly_performance_digest",
  "period": {"from": "2026-06-13", "to": "2026-06-20"},
  "generated_at": "2026-06-20T21:39:07Z",
  "summary": {
    "total_trades": 2, "winners": 1, "losers": 1, "breakeven": 0,
    "win_rate": 0.5, "expectancy": 25.0, "profit_factor": 2.0,
    "total_realized_pnl": 50.0, "total_realized_pnl_pct": 4.17
  },
  "metrics": {
    "avg_winner": 100.0, "avg_loser": -50.0,
    "largest_winner": 100.0, "largest_loser": -50.0,
    "avg_holding_days_winners": 9.0, "avg_holding_days_losers": 6.0,
    "r_multiple_avg": 0.25, "r_multiple_stdev": 1.06,
    "avg_mae_pct": -3.75, "avg_mfe_pct": 4.5
  },
  "pattern_analysis": {
    "by_source_skill": {"...": {"wins": 1, "losses": 0, "total": 1, "win_rate": 1.0}},
    "by_exit_reason": {}, "by_thesis_type": {}, "by_sector": {},
    "by_mechanism_tag": {}, "by_screening_grade": {}
  },
  "partial_trims": {"count": 0, "total_realized_pnl": 0.0, "trims": []},
  "lessons": {"top_wins": [], "top_losses": [], "process_improvements": []}
}

Markdown (weekly_digest_<to-date>.md)

Sections: # Weekly Performance Digest, ## Executive Summary, ## Performance Metrics, ## Pattern Analysis, ## Lessons Learned (### Top Winners / ### Top Losers / ### Process Improvements).

An empty week still produces a valid report with zeroed metrics (exit code 0).

Resources

  • scripts/generate_weekly_digest.py — digest generator (JSON + Markdown)
  • references/weekly-digest-metrics.md — metric formulas and interpretation

Key Principles

  1. Closed trades only for headline numbers — cumulative outcome.*, keyed on exit date.
  2. No double-counting — partial trims are informational and excluded from totals.
  3. Pattern attribution — every win/loss is attributed across multiple dimensions.
  4. Descriptive, not prescriptive — the digest reports; you decide.

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