unzhakov
18a46ad02f
- main(argv) signature enables in-process CLI invocation and testing - parser defaults for --e-step/--neutrino-mass/--intensity-cutoff/ --csv-separator/--normalize-to-one now None = 'not provided' - JSON flow applies file values by default and CLI flags as overrides (previously these five options were silently discarded) - paceENSDF flow resolves None flags to literal defaults - new tests/integration/test_cli_flows.py: JSON propagation, degenerate-mode non-zero exit with no file (JSON + paceENSDF) - adapted two neutrino-mass default tests to None-parsing semantics
90 lines
3.3 KiB
Python
90 lines
3.3 KiB
Python
"""
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Tests for neutrino mass functionality in CLI and configuration.
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"""
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import numpy as np
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from beta_spectrum.spectrum import SpectrumConfig
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from beta_spectrum.components.phase_space import PhaseSpace
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class TestNeutrinoMassConfig:
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"""Test neutrino mass parameter in SpectrumConfig."""
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def test_neutrino_mass_default_value(self):
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"""Test that neutrino_mass_MeV defaults to 0.0 in SpectrumConfig."""
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config = SpectrumConfig(
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Z_parent=43,
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Z_daughter=44,
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A_number=99,
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endpoint_MeV=0.2111,
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transition_type="F2",
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e_step_MeV=0.001,
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)
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assert config.neutrino_mass_MeV == 0.0, "Default neutrino mass should be 0.0"
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def test_neutrino_mass_custom_value(self):
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"""Test that neutrino_mass_MeV can be set to a custom value."""
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config = SpectrumConfig(
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Z_parent=43,
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Z_daughter=44,
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A_number=99,
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endpoint_MeV=0.2111,
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transition_type="F2",
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e_step_MeV=0.001,
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neutrino_mass_MeV=0.01,
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)
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assert config.neutrino_mass_MeV == 0.01, "Neutrino mass should be 0.01 MeV"
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class TestNeutrinoMassPhaseSpace:
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"""Test neutrino mass parameter in PhaseSpace component."""
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def test_phase_space_neutrino_mass_parameter(self):
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"""Test that PhaseSpace accepts and uses neutrino mass parameter."""
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ps = PhaseSpace(W0=5.0, transition_type="A", m_nu=0.01)
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assert ps.m_nu == 0.01, "PhaseSpace should store neutrino mass parameter"
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def test_phase_space_neutrino_mass_effect(self):
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"""Test that neutrino mass affects the phase space calculation."""
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ps_zero = PhaseSpace(W0=5.0, transition_type="A", m_nu=0.0)
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ps_massive = PhaseSpace(W0=5.0, transition_type="A", m_nu=0.1)
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# Test near endpoint where neutrino mass effect should be visible
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W_near_endpoint = np.array([4.8]) # W₀−W = 0.2 > m_nu=0.1
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val_zero = ps_zero(W_near_endpoint)[0]
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val_massive = ps_massive(W_near_endpoint)[0]
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assert not np.isnan(val_massive), "Should produce finite value"
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assert (
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val_massive < val_zero
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), "Massive neutrino must suppress spectrum near endpoint"
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class TestCLIArguments:
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"""Test CLI argument parsing for neutrino mass."""
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def test_neutrino_mass_cli_argument_exists(self):
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"""Test that --neutrino-mass argument is available in CLI parser."""
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from beta_spectrum.cli import _build_parser
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parser = _build_parser()
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# Check that the argument is in the parser
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args = parser.parse_args(["--nuclide", "Tc99", "--neutrino-mass", "0.01"])
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assert hasattr(args, "neutrino_mass"), "CLI should have neutrino_mass argument"
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assert args.neutrino_mass == 0.01, "CLI neutrino_mass should be 0.01"
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def test_neutrino_mass_cli_default_value(self):
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"""Unset flag parses as None ("not provided") so JSON file
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values are not overwritten; the effective default (0.0 MeV) is
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applied when the config is built."""
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from beta_spectrum.cli import _build_parser
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parser = _build_parser()
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args = parser.parse_args(["--nuclide", "Tc99"])
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assert (
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args.neutrino_mass is None
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), "unset --neutrino-mass must parse as None (not a value)"
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