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h2physics 0.1.0 (Alpha)

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@lyullee lyullee released this 02 Nov 12:31
v0.1.0
762bfa0

h2physics 0.1.0

Initial public Alpha research release for composable hydrogen production, storage, transfer, materials and safety calculations through Python APIs.

Contents

  • Model parameters, state identities, SI units, clocks and explicit native-provider boundaries.
  • CoolProp-backed fluid states and optional qualified table interfaces; specialist engines are installed separately.
  • English/Korean README, model manuals, API index, development history, validation evidence and a continuation guide.
  • Scientific source metadata and acquisition definitions; external raw data, original source documents, installed native engines and local execution caches are excluded.

Evidence and limits

The catalogue contains 82 entries; recent campaigns use 78 selected topic families. These counts are not independent experimentally qualified models. Separate reports retain input, formula, extreme-value, module-connection, selected regression and representative end-to-end evidence. Four measured comparisons are conditional, and none grants whole-family or whole-facility physical qualification.

The public source has a fresh Git history. Original development history is documented in prose and retained locally; unreviewed local Git objects are not part of this release. Apache-2.0 covers original project work. Optional engines and external observations retain their own licenses.

The attached wheel/source archive are reviewed local build assets. PyPI publication and Zenodo archival are separate steps. Do not infer a registry upload or DOI from this GitHub release.

Reviewed build

Source commit: 762bfa0348fe2207783924b9e1fc5750b89bc940.

Both archives passed content/source-coherence audits and strict Twine metadata checks. The wheel passed a clean-environment dependency check and isolated installed-package smoke for import, CoolProp state, pipe flow and stack calculation. These are distribution checks, not new physical qualification.

0fccc59658f9cedd5479ef175069f1d41443e7ab05e252b71db572dc18cbd4b6  h2physics-0.1.0-py3-none-any.whl
e274226e3ad3685d60dfe8b5337c4be77db3aac597f75bde8175059038e84f9e  h2physics-0.1.0.tar.gz

Public registry and archival outcome

PyPI 0.1.0 is published: https://pypi.org/project/h2physics/0.1.0/ . The publishing workflow at this frozen tag succeeded; registry digests and all 365 package Python files were verified against the public Git revision, and isolated public-index installation plus documented smoke calculations passed.

Zenodo software archive: https://zenodo.org/records/23886390 . Version DOI: https://doi.org/10.5281/zenodo.23886390 ; all-version DOI: https://doi.org/10.5281/zenodo.23886389 . Its three downloaded assets match the attached reviewed GitHub assets byte-for-byte. PyPI uses separate Linux CI build objects; their archive hashes differ and are recorded independently in the current repository receipt.

Current publication/verification receipt: https://github.com/lyullee/h2physics/blob/main/docs/REGISTRY_ARCHIVE_RECEIPT_0_1_0.md . Initial archives retain build-time documentation; use current GitHub manuals for completed service status. No additional scientific qualification is claimed.

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