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XpongeCPP 0.2.12
·
8 commits
to codex/xpongecpp-v1
since this release
Nucleic-acid force fields and terminal chemistry
- Add official Amber OL24 DNA parameters, OFF-derived templates, conversion manifests, source checksums, license and references.
- OL3 and OL24 automatically register their RNA/DNA HOP3-bearing 5′ monophosphate templates. Existing default 5′ hydroxyl mapping is preserved.
- Preserve full mmCIF chain identities and nucleic polymer anchors; bind common single-atom ion aliases through the selected water force field.
Bundle compatibility
- Keep connected molecular components contiguous and remap source identities and protocol atom references consistently.
- Export typed steering CV sections through the legacy SPONGE CV entry point as well as the standalone round-trip payload.
Validation
- Full local suite: 845 passed, 6 skipped, 1 expected failure.
- Native/legacy/reimport steering runtime parity: 10 passed.
- Installed release wheel nucleic/chain smoke: 25 passed.
- Release CI rebuilds and checks installed wheels on supported Python/platform combinations before PyPI publication.
See docs/nucleic-forcefields.md for template chemistry, supported terminal states and parameter provenance. This release does not add a dianionic 5′ phosphate parameterization.