Bootstrap a PFD project with pfd-tools. Scaffolds the pfd-tools table set from a pfd.drawio.png template, lets you pick the output format (GitHub Mermaid / Google Sheets Timeline), and completes the pre-estimation lint gate. Triggers when the user says things like "start a PFD project", "set up pfd-tools", "prepare for estimation" (or in Japanese, "PFD プロジェクトを始めたい", "pfd-tools をセットアップ", "見積もりの準備").
Bootstrap a PFD project with pfd-tools. Scaffolds the pfd-tools table set from a pfd.drawio.png template, lets you pick the output format (GitHub Mermaid / Google Sheets Timeline), and completes the pre-estimation lint gate. Triggers when the user says things like "start a PFD project", "set up pfd-tools", "prepare for estimation" (or in Japanese, "PFD プロジェクトを始めたい", "pfd-tools をセットアップ", "見積もりの準備").
Run this before pjm-pfd-estimation-plan to prepare the initial scaffold of a new pfd-tools project and the pre-estimation lint gate.
Workflow
1. Confirm the working language: ask the user whether to proceed in 日本語 or English. Use the chosen language for all subsequent conversation, explanations, progress reports, and lint / critical-path summaries. (Command names, paths, option flags, column names, and code stay verbatim regardless of the chosen language.)
2. Confirm output format, granularity, worker count, and start date, and save to answers.md (Inputs To Confirm)
At the start, confirm the working language (日本語 / English) with the user, then use it consistently for all conversation, explanations, progress reports, and lint summaries. Keep command names, paths, options, column names, and code verbatim.
Each question in Inputs To Confirm drives behavior, so always ask for the user's preference (do not decide without context).
The master <project>/ap.tsv is the human-edited source data and is not passed to pfd-tools. The pfd-tools inputs are the derived ap_optimistic.tsv / ap_pessimistic.tsv and project_optimistic.json / project_pessimistic.json (same Design as the follow-up skill).
Use project for <project> unless it is clear from context.
Inputs To Confirm
1. Execution-plan output format:
Choose the output format for the execution plan.
1. GitHub + Mermaid Gantt
- Outputs the pfdplan result as a Mermaid Gantt chart.
- You can preview the Gantt chart directly from the .mmd file on GitHub.
- Suited to workflows centered on PR review and diff management on GitHub.
2. Google Sheets Timeline TSV
- Outputs the pfdplan result as TSV you can paste into Google Sheets.
- You can review the plan in the Google Sheets Timeline View.
- Suited to co-editing with a PjM or non-engineers via Google Drive / Sheets.
In either case, the PFD itself is authored in pfd.drawio.png.
pfd.drawio.png previews as an image on GitHub and can be edited with draw.io / diagrams.net on Google Drive.
2. Estimation granularity:
Which estimation granularity do you want?
1. Coarse granularity
- Each task is sized so that multiple people can share and progress it
- You grasp the big picture quickly but with low precision. Use this in the early phase of a project
2. Fine granularity
- Each task is sized so that one person can progress it
- High-precision estimation is possible, but the details are not clear in the early phase. Use this once the full shape of the project comes into view
3. (Fine granularity only) Worker count: Ask whether the optimistic and pessimistic scenarios use the same number; if the same, confirm the shared count, otherwise confirm each count (pessimistic must be at or below optimistic, and both at least 1).
Do you want to plan with the same number of workers for the optimistic and pessimistic scenarios?
1. Yes, plan with the same number of workers (e.g., 2 for both optimistic and pessimistic)
2. No, plan with different numbers of workers (e.g., 3 optimistic, 2 pessimistic)
4. Plan start date:
Specify the start date of the execution plan in YYYY-MM-DD format.
This date becomes the first task's start date on the Mermaid Gantt / Google Sheets Timeline.
qhs (macOS/Linux): brew tap itchyny/tap && brew install qhs. Otherwise use the GitHub Releases binary (gh release view/download --repo itchyny/qhs; if gh is unavailable, curl / PowerShell Invoke-WebRequest), and for unsupported OS/arch, stack install qhs. Do not hardcode asset names; check the latest.
Bootstrap Files
For GitHub + Mermaid Gantt only, verify you are inside a git repository (git rev-parse --show-toplevel), and if outside, run git init after approval.
Create the project directory and copy the scaffold:
$ mkdir -p <project>
The scaffold assets/ contains basic-pfd.drawio.png (PFD template) and project_optimistic.json / project_pessimistic.json (per-scenario project settings). First, copy basic-pfd.drawio.png to <project>/pfd.drawio.png (the project settings are copied in Pre-Estimation Gate; absolute paths are environment-dependent):
Claude Code: cp ${CLAUDE_PLUGIN_ROOT}/skills/pjm-pfd-project-bootstrap/assets/basic-pfd.drawio.png <project>/pfd.drawio.png
${CLAUDE_PLUGIN_ROOT} undefined (Cursor, etc.): normalize the absolute path of this SKILL.md with dirname and cp the assets/... at the same level. If it cannot be resolved, do a limited search: find ~/.cursor ~/.config/cursor ~/.agents ~/.claude -name basic-pfd.drawio.png -path '*pjm-pfd-project-bootstrap*' 2>/dev/null | head -1
Write <project>/answers.md immediately after creating it (if it already exists, confirm whether this is a re-bootstrap of the same project before overwriting).
Apply pfdrenum safely (check stdout → -inplace) and generate the tables:
For GitHub + Mermaid Gantt, commit the scaffold baseline (it makes the subsequent diff easier to read; do not use git add ., and if there are unrelated changes under <project>, confirm them first):
Before handing off to estimation, reshape the generated <project>/ap.tsv into the master format (Conventions: the master is not passed to pfd-tools).
Reconstruct the columns in a TSV-aware way. Drop the pfdtable-generated Est. Work Volume, Est. Rework Volume Ratio, and Needed Resources (keep ID, Description, Start Condition) and use this header:
ID Description Optimistic Work Volume Pessimistic Work Volume Optimistic Rework Volume Ratio Pessimistic Rework Volume Ratio Optimistic Needed Resources Pessimistic Needed Resources Start Condition Group Estimation Basis
Before estimation, set Optimistic Work Volume / Pessimistic Work Volume to 0 (the unit is business days). The rework ratios may be left blank (the follow-up fills in optimistic 0.1 / pessimistic 0.3).
Fill in Optimistic Needed Resources / Pessimistic Needed Resources. For coarse granularity, use the same value in both columns, e.g. DeptA:1. For fine granularity, use WorkerA:1 etc., assigning optimistic_worker_count / pessimistic_worker_count workers to each column. They may be blank (a default is filled in at derivation time, and the filled cells are reported to the user with a prompt to fix them).
The default value filled into a blank Needed Resources is, for fine granularity (enabled), optimistic_worker_count / pessimistic_worker_count workers as WorkerA:1;WorkerB:1;...;WorkerN:1 (1 → WorkerA:1, 2 → WorkerA:1;WorkerB:1; the one after WorkerZ is WorkerAA), and for coarse granularity (disabled), DeptA:1. Worker counts are assumed to be at least 1 for both optimistic and pessimistic (a count of 0 would make the default empty).
Derive the optimistic and pessimistic tables, generate each scenario's resource table, and prepare the project settings files (replace WorkerA:1;WorkerB:1;...;WorkerN:1 / WorkerA:1;WorkerB:1;...;WorkerM:1 in the queries below with the default values above):
$ qhs -H -O -t -T "SELECT ID, Description, \"Optimistic Work Volume\" AS \"Est. Work Volume\", CASE WHEN LENGTH(\"Optimistic Rework Volume Ratio\") > 0 THEN \"Optimistic Rework Volume Ratio\" ELSE 0.1 END AS \"Est. Rework Volume Ratio\", CASE WHEN LENGTH(\"Optimistic Needed Resources\") > 0 THEN \"Optimistic Needed Resources\" ELSE 'WorkerA:1;WorkerB:1;...;WorkerN:1' END AS \"Needed Resources\", \"Start Condition\", \"Group\", \"Estimation Basis\" FROM \"-\"" < <project>/ap.tsv > <project>/ap_optimistic.tsv$ qhs -H -O -t -T "SELECT ID, Description, \"Pessimistic Work Volume\" AS \"Est. Work Volume\", CASE WHEN LENGTH(\"Pessimistic Rework Volume Ratio\") > 0 THEN \"Pessimistic Rework Volume Ratio\" ELSE 0.3 END AS \"Est. Rework Volume Ratio\", CASE WHEN LENGTH(\"Pessimistic Needed Resources\") > 0 THEN \"Pessimistic Needed Resources\" ELSE 'WorkerA:1;WorkerB:1;...;WorkerM:1' END AS \"Needed Resources\", \"Start Condition\", \"Group\", \"Estimation Basis\" FROM \"-\"" < <project>/ap.tsv > <project>/ap_pessimistic.tsv$ pfdtable -t r -locale en -p <project>/pfd.drawio.png -ap <project>/ap_optimistic.tsv -cd <project>/cd.tsv > <project>/r_optimistic.tsv$ pfdtable -t r -locale en -p <project>/pfd.drawio.png -ap <project>/ap_pessimistic.tsv -cd <project>/cd.tsv > <project>/r_pessimistic.tsv
project_optimistic.json / project_pessimistic.json are already provided in the scaffold assets/, with atomic_process_table / resource_table pointing to the per-scenario tables (ap_optimistic.tsv + r_optimistic.tsv / ap_pessimistic.tsv + r_pessimistic.tsv) (the resource tables are split because the resource ID set differs when the optimistic and pessimistic worker counts differ). Resolve assets/ the same way as in Bootstrap Files and copy both files into <project>/. Delete the unused project.json and r.tsv that pfdtable generated, then lint both scenarios:
Report the lint results starting from the error / warning counts, listing each issue's severity, target ID, message, and a fix candidate. Do not proceed to estimation while errors remain. Keep warnings only if the PjM can explain them. When done, tell the user that the next step is to edit the PFD and then use pjm-pfd-estimation-plan.
