Skip to content

v0.7.0

Choose a tag to compare

View all tags
@github-actions github-actions released this 08 Jul 15:29
· 66 commits to master since this release
v0.7.0
10e987a
This commit was signed with the committer’s verified signature.
claude Claude
SSH Key Fingerprint: 32dP45eSMmVSt/G/CGvcxl/P+MO3Nwj9xeTh/GSA2wc
Verified
Learn about vigilant mode.

StormSewer v0.7.0

First public release of the StormSewer hydrology & hydraulics engine — an open
recreation of the standard methods used by tools like Autodesk Hydraflow Storm
Sewers. GPL-3.0-or-later.

What's in it

  • Engine (stormsewer) — Rational-method peak-flow accumulation, Manning
    circular open-channel hydraulics (exact geometry, normal/critical depth, full
    and peak capacity), time-of-concentration (Kirpich, TR-55, FAA), HGL backwater
    with junction losses, standard-pipe sizing, and HEC-22 inlet capacity.
  • Desktop app (StormSewer) — plan + profile + inspector, live analysis,
    editing with undo, light/dark themes, DXF/LandXML/.STM import and
    DXF/LandXML/PDF/HTML export.
  • CLI (stormsewer-cli) — analyze a .ssn network, with --size and
    --review.
  • Web (stormsewer-wasm) — the same engine compiled to WebAssembly; a
    browser playground with live calculators and full-network analysis, no server.

Validation

Correctness is pinned to hand-derived reference values, not ranges:

  • tests/validation.rs — Manning full-flow (16.04 cfs), half-full = ½ capacity,
    peak capacity 1.076× full at y/D≈0.938, critical depth at Froude = 1, Kirpich,
    TR-55.
  • tests/worked_example.rs + WORKED_EXAMPLE.md — a full two-pipe network
    reproduced column-for-column.
  • tests/hgl_validation.rs — HGL backwater (friction + structure loss +
    tailwater → 111.81 ft).

106 tests pass; debug and release builds are clean on stable Rust.

Try it

# CLI
cargo run --bin stormsewer-cli -- examples/sample.ssn --size --review

# Web (or open the GitHub Pages URL)
./wasm/build.sh && cd wasm && python3 -m http.server

Import an existing Hydraflow .STM project and compare — that's the fastest way
to see the numbers line up with what you already trust.

Known limitations

See READINESS.md. In brief: steady Rational peak flow only (no hydrograph
routing), single-K junction losses (not full FHWA structure-loss methodology),
non-circular shapes solved as equivalent circular, and multi-structure HGL not
yet validated against a published HEC-22 profile.

Full Changelog: https://github.com/mf4633/stormsewer/commits/v0.7.0

Assets 9
Loading