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Merge dev/update-b2-status: cross out B2 (Input Flexibility) as implemented

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- JSON input fully implemented: load_json_input(), json_to_config(),
  DEFAULT_JSON_SCHEMA with full detector params, CLI --input flag
- ENSDF auto-population fully implemented: get_decay_info_from_paceENSDF()
  returns DecayInfo with Z_parent, Z_daughter, A_number, endpoint_MeV,
  transition_type, forbiddenness_code, half_life, branches;
  CLI --nuclide uses this automatically
- Update Current Status to reflect B2 completion
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unzhakov
2026-05-04 17:36:45 +03:00
parent 0b5fe88f7b 7a925725ad
commit eb52c3b918
1 changed files with 11 additions and 9 deletions
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TODO.md
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@@ -89,13 +89,15 @@ ______________________________________________________________________
### B2. Input Flexibility
- [ ] Generalize parameter inputs via custom input file (YAML/JSON)
- Declare isotope, transition type, detector parameters
- Toggle corrections on/off per-component
- Reproducible calculation configurations
- [ ] Retrieve parameters directly from ENSDF database
- Auto-populate W0, Z, A, transition type from isotope name
- Reduce manual configuration errors
- [x] ~~Generalize parameter inputs via custom input file (YAML/JSON)~~
- ~~Declare isotope, transition type, detector parameters~~
- ~~Toggle corrections on/off per-component~~
- ~~Reproducible calculation configurations~~
- ~~Implemented: `load_json_input()`, `json_to_config()`, `DEFAULT_JSON_SCHEMA` with full detector param support, CLI `--input` flag~~
- [x] ~~Retrieve parameters directly from ENSDF database~~
- ~~Auto-populate W0, Z, A, transition type from isotope name~~
- ~~Reduce manual configuration errors~~
- ~~Implemented: `get_decay_info_from_paceENSDF()` returns DecayInfo with Z_parent, Z_daughter, A_number, endpoint_MeV, transition_type, forbiddenness_code, half_life, branches; CLI `--nuclide` uses this automatically~~
### B3. Multiple Branch Decays
@@ -201,8 +203,8 @@ ______________________________________________________________________
## Current Status
**Version:** 0.3.0\
**Implemented:** Phase space, Fermi function, finite size, screening, exchange, radiative corrections (with delta_cut resummation). Detector response module with analytical models (Gaussian, Gaussian+tail, Tikhonov), convolution API, declarative config integration. χ² curve fitting framework (CurveFitter) with confidence intervals, profile likelihood, and correlation analysis. C(W) shape factor extraction pipeline (CWExtractor) with Kurie plot analysis, parametrized fitting, and g_V/g_A extraction. CLI interface (`bs_pnpi`) with paceENSDF integration, structured logging (-v/-vv/-q), --dry-run, --version, --log-file. CSV metadata headers. Comprehensive test suite (195 tests). Notebook quality control with nbmake and auto-save plot hooks.
**Implemented:** Phase space, Fermi function, finite size, screening, exchange, radiative corrections (with delta_cut resummation). Detector response module with analytical models (Gaussian, Gaussian+tail, Tikhonov), convolution API, declarative config integration. χ² curve fitting framework (CurveFitter) with confidence intervals, profile likelihood, and correlation analysis. C(W) shape factor extraction pipeline (CWExtractor) with Kurie plot analysis, parametrized fitting, and g_V/g_A extraction. CLI interface (`bs_pnpi`) with paceENSDF integration, structured logging (-v/-vv/-q), --dry-run, --version, --log-file. CSV metadata headers. JSON input with full detector param support. Comprehensive test suite (195 tests). Notebook quality control with nbmake and auto-save plot hooks.
**Completed:** A2 — detector response function and convolution routines. A4 — fitter routine and C(W) extraction pipeline. B8 — CLI & output improvements (logging, CSV headers, dry-run, version).
**Completed:** A2 — detector response function and convolution routines. A4 — fitter routine and C(W) extraction pipeline. B2 — input flexibility (JSON input, ENSDF auto-population). B8 — CLI & output improvements (logging, CSV headers, dry-run, version).
**Next immediate step:** A3 — data processing pipeline for experimental spectra (background subtraction, energy calibration, dead-time correction, pulse pile-up correction).