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Deploy Aureon OS (deploy/selfhost stack: nginx edge + fusion API x2 + console + HNC organ + redis + postgres; paper mode) (part 20)
8495bb8 verified | """Tests for sky_reference — real open astronomical line lists + control references. | |
| Pure data module (no governance surface). Asserts the catalogs are well-formed, fold | |
| into the band, the control references behave as constructed, and citations are present. | |
| """ | |
| from __future__ import annotations | |
| import pytest | |
| from aureon.bio import sky_reference as sky | |
| from aureon.bio.human_harmonic_proxy import TARGET_BAND_HZ, fold_to_band | |
| from aureon.bio.image_signal_adapter import _wavelength_nm_to_hz | |
| def test_catalogs_are_wellformed(): | |
| assert sky.catalog_nm("balmer") == sky.HYDROGEN_BALMER_NM | |
| assert sky.catalog_nm("fraunhofer") == sky.SOLAR_FRAUNHOFER_NM | |
| assert sky.catalog_nm("airglow") == sky.AIRGLOW_NM | |
| for cat in (sky.HYDROGEN_BALMER_NM, sky.SOLAR_FRAUNHOFER_NM, sky.AIRGLOW_NM): | |
| assert len(cat) >= 2 | |
| assert all(200.0 < nm < 1000.0 for nm in cat) # optical/near-IR nm | |
| with pytest.raises(ValueError): | |
| sky.catalog_nm("nope") | |
| def test_catalog_lines_fold_into_band(): | |
| low, high = TARGET_BAND_HZ | |
| for name in ("balmer", "fraunhofer", "airglow"): | |
| for nm in sky.catalog_nm(name): | |
| folded = fold_to_band(_wavelength_nm_to_hz(nm)) | |
| assert folded is not None and low <= folded < high | |
| def test_21cm_line(): | |
| assert pytest.approx(1_420_405_751.768) == sky.HYDROGEN_21CM_HZ | |
| assert fold_to_band(sky.HYDROGEN_21CM_HZ) is not None | |
| def test_continuum_is_featureless_and_diffuse_delegates(): | |
| cont = sky.continuum_spectrum(101) | |
| assert len(cont) == 101 | |
| ys = [y for _, y in cont] | |
| assert ys == sorted(ys) or ys == sorted(ys, reverse=True) # monotone, no peaks | |
| assert sky.diffuse_night_sky_spectrum(101) == cont | |
| def test_structured_reference_has_lines(): | |
| spec = sky.structured_spectrum() | |
| assert len(spec) > 100 | |
| ys = [y for _, y in spec] | |
| assert max(ys) > min(ys) # planted lines present | |
| def test_citations_present(): | |
| assert "nm" in sky.SKY_CITATION.lower() | |
| assert "not biological upe" in sky.AIRGLOW_CITATION.lower() | |