qsospec.HbetaComplexConfig

class qsospec.HbetaComplexConfig(window=(4640.0, 5100.0), broad_fwhm_bands_kms=((900.0, 2500.0), (2500.0, 6000.0), (6000.0, 20000.0)), broad_velocity_bounds_kms=(-2000.0, 2000.0), narrow_fwhm_bounds_kms=(70.0, 1200.0), narrow_velocity_bounds_kms=(-1000.0, 1000.0), oiii_ratio_5007_4959=2.98, fit_oiii_wings=True, wing_bic_delta=20.0, wing_min_snr=5.0, wing_min_fwhm_ratio=2.0, wing_min_velocity_separation_kms=150.0, heii_enabled=False, heii_mask=(4660.0, 4715.0), optimizer_method='auto', jacobian_method='semi_analytic', max_nfev=1500)[source]

Bases: object

Configuration for the constrained H-beta/[O III] model.

Parameters:

window (Tuple[float, float])
broad_fwhm_bands_kms (Tuple[Tuple[float, float], ...])
broad_velocity_bounds_kms (Tuple[float, float])
narrow_fwhm_bounds_kms (Tuple[float, float])
narrow_velocity_bounds_kms (Tuple[float, float])
oiii_ratio_5007_4959 (float)
fit_oiii_wings (bool)
wing_bic_delta (float)
wing_min_snr (float)
wing_min_fwhm_ratio (float)
wing_min_velocity_separation_kms (float)
heii_enabled (bool)
heii_mask (Tuple[float, float])
optimizer_method (str)
jacobian_method (str)
max_nfev (int | None)

__init__(window=(4640.0, 5100.0), broad_fwhm_bands_kms=((900.0, 2500.0), (2500.0, 6000.0), (6000.0, 20000.0)), broad_velocity_bounds_kms=(-2000.0, 2000.0), narrow_fwhm_bounds_kms=(70.0, 1200.0), narrow_velocity_bounds_kms=(-1000.0, 1000.0), oiii_ratio_5007_4959=2.98, fit_oiii_wings=True, wing_bic_delta=20.0, wing_min_snr=5.0, wing_min_fwhm_ratio=2.0, wing_min_velocity_separation_kms=150.0, heii_enabled=False, heii_mask=(4660.0, 4715.0), optimizer_method='auto', jacobian_method='semi_analytic', max_nfev=1500)

Parameters:

window (Tuple[float, float])
broad_fwhm_bands_kms (Tuple[Tuple[float, float], ...])
broad_velocity_bounds_kms (Tuple[float, float])
narrow_fwhm_bounds_kms (Tuple[float, float])
narrow_velocity_bounds_kms (Tuple[float, float])
oiii_ratio_5007_4959 (float)
fit_oiii_wings (bool)
wing_bic_delta (float)
wing_min_snr (float)
wing_min_fwhm_ratio (float)
wing_min_velocity_separation_kms (float)
heii_enabled (bool)
heii_mask (Tuple[float, float])
optimizer_method (str)
jacobian_method (str)
max_nfev (int | None)

Return type:

None

Methods

__init__([window, broad_fwhm_bands_kms, ...])

Attributes

`broad_fwhm_bands_kms`
`broad_velocity_bounds_kms`
`fit_oiii_wings`
`heii_enabled`
`heii_mask`
`jacobian_method`
`max_nfev`
`narrow_fwhm_bounds_kms`
`narrow_velocity_bounds_kms`
`oiii_ratio_5007_4959`
`optimizer_method`
`window`
`wing_bic_delta`
`wing_min_fwhm_ratio`
`wing_min_snr`
`wing_min_velocity_separation_kms`

broad_fwhm_bands_kms: Tuple[Tuple[float, float], ...] = ((900.0, 2500.0), (2500.0, 6000.0), (6000.0, 20000.0))

broad_velocity_bounds_kms: Tuple[float, float] = (-2000.0, 2000.0)

fit_oiii_wings: bool = True

heii_enabled: bool = False

heii_mask: Tuple[float, float] = (4660.0, 4715.0)

jacobian_method: str = 'semi_analytic'

max_nfev: int | None = 1500

narrow_fwhm_bounds_kms: Tuple[float, float] = (70.0, 1200.0)

narrow_velocity_bounds_kms: Tuple[float, float] = (-1000.0, 1000.0)

oiii_ratio_5007_4959: float = 2.98

optimizer_method: str = 'auto'

window: Tuple[float, float] = (4640.0, 5100.0)

wing_bic_delta: float = 20.0

wing_min_fwhm_ratio: float = 2.0

wing_min_snr: float = 5.0

wing_min_velocity_separation_kms: float = 150.0