Public demo snapshot of an in-house pyRevit extension for precast concrete shop-ticket QC (37 checks / 46 checklist rows) and a standalone panel handling solver (PCI Chapter 8). - No client, job, plant or product data: knowledge layers ship as structural templates only. - Ticket QC's model-read escalation targets a LAN model server endpoint (configurable), not a cloud provider. - Built from the private development repo via tools/make_dist.py.
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# WillTools
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Precast engineering tooling for Revit: shop-ticket QC against the design
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summary, and PCI Chapter 8 handling calculations. Built for one precast
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plant's workflow and shared here so a colleague can try it against their own.
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Two halves, deliberately kept apart. `WillTools.extension` runs inside
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Revit, on the model. `panellift` is plain CPython outside Revit — the same
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handling arithmetic, testable in seconds with no Revit licence at all.
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## Quick start
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```bash
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git clone https://github.com/will123song/pyrevit-dev.git
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cd pyrevit-dev
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python tools/setup_machine.py
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```
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That installs the host-side Python dependencies and proves the install with
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real answers — not just exit codes: it runs `panellift` against a published
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worked example and checks the arithmetic against the number the article
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prints. Read [INSTALL.md](INSTALL.md) for what to do with the output, and
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for pointing pyRevit at the extension so the ribbon shows up in Revit.
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Try the handling calculator immediately, no Revit needed:
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```bash
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python -m panellift examples/example-panel.job.json -o report.html
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```
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## What works without knowledge layers, and what stands down
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This distribution ships **no knowledge** — not a plant's parameter names,
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not its casting-bed conventions, not even the published hardware catalogue.
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See [`knowledge/README.md`](knowledge/README.md) for why and what the shape
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of a real layer looks like.
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Runs fully, with no knowledge at all:
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- `panellift`'s handling checks against a job file — the example above, or
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one you build by hand.
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- The ribbon itself, and **Self Check**, which tells you exactly what is and
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is not configured on this machine.
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- `python tools/setup_machine.py --check` — reports the no-knowledge state
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as a **pass**, not a failure. A knowledge-less trial install is an
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expected, first-class state here, not a broken one.
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Stands down cleanly, with a stated reason rather than a wrong or silent
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answer: anything that needs a plant's parameter mapping, the published
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hardware catalogue, or the master shop-ticket checklist — most visibly,
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**Ticket QC**, which refuses to open with a one-line reason rather than
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rendering a report that looks like every ticket passed. Ask the owner for
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real knowledge layers once you are ready to point this at an actual job.
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## `WillTools.extension` — inside Revit
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A pyRevit extension. Runs on IronPython 2.7 on Revit's UI thread, so it does
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the things that need the model and nothing that needs testing.
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One tab, **WillTools**, four panels. The four tools that are finished are the
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four large buttons on **Tools**; everything else is one click down behind a
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pulldown, which is what keeps them apart.
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| Panel | Button | |
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| --- | --- | --- |
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| Tools | **Reinforce** | Suggests reinforcing for a design from what comparable designs already carry. |
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| | **Panel Lift** | PCI Chapter 8 handling check on the piece, from the insert positions the model already holds. |
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| | **Ticket QC** | Checks every shop ticket of a design against its spec — f'c, f'ci, I.T., strand count/grade/diameter, W.W.F., unit weight, pattern legend, size envelope. Needs a knowledge layer; see above. |
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| | **Snapshot** | Takes a timestamped detached copy of the model at close-out. |
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| Setup | **Config** ▾ | A pulldown. The commands you run to get a job ready or to look at it sideways, rather than the four you press all day. |
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| | ↳ Project Config | Writes the project config layer: every setting that is the engineer's to make, in one file, wherever they want it. |
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| | ↳ Design Extract | Scrapes a design packet — every sheet whose number reduces to the design, and every view placed on them — reads it with the regex/geometry parser in-process, writes a reviewable `spec.json`. No AI call, no subprocess, nothing that leaves Revit. Run once per design. |
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| | ↳ Self Check | Probes everything the tools assume about this machine, this Revit and this model. Run it first on a new computer. |
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| | ↳ Job Recon | Reconciles the issued ticket set against the whole job — the question no per-ticket check can answer, because a ticket that is not there cannot be checked. |
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| | ↳ Takeoff | What the job contains, per piece and in total: hardware by part number, reinforcing by bar mark. |
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| Design | **DesignHub** ▾ | A pulldown, and a quarantine: both rows below are buttons-and-docs only. |
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| | ↳ Gravity (WIP) | Gravity load chasing. Unfinished; today the button writes nothing at all. |
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| | ↳ Lateral (WIP) | Lateral extraction. Unfinished; today it writes a JSON model, two CSVs, and a RISA draft that is deliberately not a real RISA input yet. |
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Anything half-built lives behind the **Design** panel's pulldown and carries
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`(WIP)` in its name, so nothing unfinished ever sits beside a tool that works.
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The design intent lands on disk as JSON that a human reads and corrects before
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anything trusts it. Repeated checking is then pure arithmetic — no model, no
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judgement, same answer every time.
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See [INSTALL.md](INSTALL.md) to deploy it, including on a different Revit
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version.
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## `panellift` — outside Revit
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PCI Design Handbook Chapter 8 handling checks: stripping and yard handling of
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flat panels, from the insert positions the model already holds.
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Plain CPython, **no dependencies**, and no Revit import anywhere. That is the
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point — a calculation whose output reaches a plant has to be verifiable, and
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verifiable means a test suite that runs in seconds without a licence.
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It reproduces every published number in the ASPIRE Winter 2019 worked examples
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(which reprint PCI Table 8.3.1 and Figure 8.3.2), and it *derives* PCI's
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0.0214 moment coefficient from the beam solution rather than quoting it:
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```bash
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cd panellift && python -m pytest
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```
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**Run it rather than trusting a number printed here** — a suite grows every
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day and a README does not.
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See [panellift/PLAN.md](panellift/PLAN.md) for what is built, what is next,
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and the idealisations that are known to be idealisations.
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## Filing feedback
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Please do — that is what this trial is for. Two templates when you open an
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issue: **Bug report** for something that crashed or gave a wrong answer,
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**Question** for something that was unclear.
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One thing worth knowing before you file: **this tool refuses rather than
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guesses, by design.** A row that reads "NOT JUDGED" with a stated reason —
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an unmapped parameter, a missing knowledge layer, a check that legitimately
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has nothing to say about this piece — is very often the tool working
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*correctly*, not a bug. The bug report template asks you to tell these two
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apart:
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- **Wrong answer** — it computed something, and the something is wrong, or
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it crashed. That is a code bug; file the Bug report template, and paste
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`python tools/setup_machine.py --check`'s full output — it is the single
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most diagnostic thing you can attach.
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- **Refused, and I think it shouldn't have** — it declined to answer and you
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believe it had enough information to. That is usually knowledge-layer
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work (a parameter role that needs mapping, a rating that needs
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publishing) rather than a code fix — file it as a Question, and say what
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you expected it to know.
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**No client or job data in an issue, a PR, or a screenshot — ever.** See
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[CONTRIBUTING.md](CONTRIBUTING.md) for the placeholder convention this
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project uses everywhere instead.
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### What to ask the owner for
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This distribution ships no knowledge on purpose. To point it at a real job
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you will want, from the owner directly (not filed as an issue — these are
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not code, and they identify a real plant):
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- a **plant knowledge layer** — your office's parameter names, casting-bed
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conventions, and rigging defaults;
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- the **published hardware catalogue** — manufacturer ratings for lifting
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inserts and connectors, plus the master shop-ticket checklist Ticket QC
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reads;
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- sample decks or a walkthrough, if you want a guided first run rather than
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starting from the example in `examples/`.
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## Working on this
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- **Never use pyRevit → Reload. Restart Revit.** A reload leaves the routes
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handler pointing at a dead engine and the next bridge request kills Revit.
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- IronPython 2.7 syntax under `WillTools.extension/`; modern Python is fine in
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`tools/` and `panellift/`.
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- Any change to a model needs a Transaction. Internal units are decimal feet.
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- Scope every `FilteredElementCollector`. An unfiltered one crashed Revit.
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See [CONTRIBUTING.md](CONTRIBUTING.md) before opening a PR.
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