Singleepochestimators

a

b

enabled

extras

f

fwhm_factor

kind

line

name

pivots

ref

vel_exp

wavelength

width_def

6.57

0.47

{}

1.0

2.06

line

Halpha

GH05_Halpha_Lha

{‘L’: 1e+42, ‘FWHM’: 10000.0}

2005ApJ…630..122G

fwhm

6.91

0.5

{}

1.0

continuum

Hbeta

VP06_Hbeta_5100

{‘L’: 1e+44, ‘FWHM’: 1000.0}

2006ApJ…641..689V

2.0

5100

fwhm

6.66

0.53

{}

1.0

continuum

CIV

VP06_CIV_1350

{‘L’: 1e+44, ‘FWHM’: 1000.0}

2006ApJ…641..689V

2.0

1350

fwhm

6.72

0.5

{}

1.0

continuum

MgII

VO09_MgII_1350

{‘L’: 1e+44, ‘FWHM’: 1000.0}

2009ApJ…699..800V

2.0

1350

fwhm

6.79

0.5

{}

1.0

continuum

MgII

VO09_MgII_2100

{‘L’: 1e+44, ‘FWHM’: 1000.0}

2009ApJ…699..800V

2.0

2100

fwhm

6.86

0.5

{}

1.0

continuum

MgII

VO09_MgII_3000

{‘L’: 1e+44, ‘FWHM’: 1000.0}

2009ApJ…699..800V

2.0

3000

fwhm

6.96

0.5

{}

1.0

continuum

MgII

VO09_MgII_5100

{‘L’: 1e+44, ‘FWHM’: 1000.0}

2009ApJ…699..800V

2.0

5100

fwhm

6.74

0.62

{}

1.0

continuum

MgII

Shen11_MgII_3000

{‘L’: 1e+44, ‘FWHM’: 1000.0}

2011ApJS..194…45S

2.0

3000

fwhm

6.57

0.47

{}

1.075

2.06

line

Halpha

RV15_Halpha_Lha

{‘L’: 1e+42, ‘FWHM’: 1000.0}

2015ApJ…813…82R

fwhm

6.779

0.65

{‘variant’: ‘local’}

1.0

continuum

Halpha

MR16_local_Halpha_L5100_FWHM

{‘L’: 1e+44, ‘FWHM’: 1000.0}

2016MNRAS.460..187M

2.0

5100

fwhm

6.958

0.569

{‘variant’: ‘global’}

1.0

continuum

Halpha

MR16_global_Halpha_L5100_FWHM

{‘L’: 1e+44, ‘FWHM’: 1000.0}

2016MNRAS.460..187M

2.0

5100

fwhm

6.845

0.65

{‘variant’: ‘local_corr’}

1.0

continuum

Halpha

MR16_localcorr_Halpha_L5100_FWHM

{‘L’: 1e+44, ‘FWHM’: 1000.0}

2016MNRAS.460..187M

2.0

5100

fwhm

6.842

0.634

{‘variant’: ‘local’}

1.0

continuum

Halpha

MR16_local_Halpha_L6200_FWHM

{‘L’: 1e+44, ‘FWHM’: 1000.0}

2016MNRAS.460..187M

2.0

6200

fwhm

7.062

0.524

{‘variant’: ‘global’}

1.0

continuum

Halpha

MR16_global_Halpha_L6200_FWHM

{‘L’: 1e+44, ‘FWHM’: 1000.0}

2016MNRAS.460..187M

2.0

6200

fwhm

6.891

0.634

{‘variant’: ‘local_corr’}

1.0

continuum

Halpha

MR16_localcorr_Halpha_L6200_FWHM

{‘L’: 1e+44, ‘FWHM’: 1000.0}

2016MNRAS.460..187M

2.0

6200

fwhm

7.072

0.563

{‘variant’: ‘local’}

1.0

line

Halpha

MR16_local_Halpha_Lha_FWHM

{‘L’: 1e+44, ‘FWHM’: 1000.0}

2016MNRAS.460..187M

2.0

fwhm

7.373

0.514

{‘variant’: ‘global’}

1.0

line

Halpha

MR16_global_Halpha_Lha_FWHM

{‘L’: 1e+44, ‘FWHM’: 1000.0}

2016MNRAS.460..187M

2.0

fwhm

7.389

0.563

{‘variant’: ‘local_corr’}

1.0

line

Halpha

MR16_localcorr_Halpha_Lha_FWHM

{‘L’: 1e+44, ‘FWHM’: 1000.0}

2016MNRAS.460..187M

2.0

fwhm

6.721

0.65

{‘variant’: ‘local’}

1.0

continuum

Hbeta

MR16_local_Hbeta_L5100_FWHM

{‘L’: 1e+44, ‘FWHM’: 1000.0}

2016MNRAS.460..187M

2.0

5100

fwhm

6.864

0.568

{‘variant’: ‘global’}

1.0

continuum

Hbeta

MR16_global_Hbeta_L5100_FWHM

{‘L’: 1e+44, ‘FWHM’: 1000.0}

2016MNRAS.460..187M

2.0

5100

fwhm

6.74

0.65

{‘variant’: ‘local_corr’}

1.0

continuum

Hbeta

MR16_localcorr_Hbeta_L5100_FWHM

{‘L’: 1e+44, ‘FWHM’: 1000.0}

2016MNRAS.460..187M

2.0

5100

fwhm

6.906

0.609

{‘variant’: ‘local’}

1.0

continuum

MgII

MR16_local_MgII_L3000_FWHM

{‘L’: 1e+44, ‘FWHM’: 1000.0}

2016MNRAS.460..187M

2.0

3000

fwhm

6.955

0.599

{‘variant’: ‘global’}

1.0

continuum

MgII

MR16_global_MgII_L3000_FWHM

{‘L’: 1e+44, ‘FWHM’: 1000.0}

2016MNRAS.460..187M

2.0

3000

fwhm

6.925

0.609

{‘variant’: ‘local_corr’}

1.0

continuum

MgII

MR16_localcorr_MgII_L3000_FWHM

{‘L’: 1e+44, ‘FWHM’: 1000.0}

2016MNRAS.460..187M

2.0

3000

fwhm

6.331

0.599

{‘variant’: ‘local’}

1.0

continuum

CIV

MR16_local_CIV_L1450_FWHM

{‘L’: 1e+44, ‘FWHM’: 1000.0}

2016MNRAS.460..187M

2.0

1450

fwhm

6.349

0.588

{‘variant’: ‘global’}

1.0

continuum

CIV

MR16_global_CIV_L1450_FWHM

{‘L’: 1e+44, ‘FWHM’: 1000.0}

2016MNRAS.460..187M

2.0

1450

fwhm

6.353

0.599

{‘variant’: ‘local_corr’}

1.0

continuum

CIV

MR16_localcorr_CIV_L1450_FWHM

{‘L’: 1e+44, ‘FWHM’: 1000.0}

2016MNRAS.460..187M

2.0

1450

fwhm

6.66

0.53

False

{}

1.0

continuum

CIV

MR18_CIV_1350_FWHM

{‘L’: 1e+44, ‘FWHM’: 1000.0}

2018MNRAS.478.1929M

2.0

1350

fwhm

7.04

0.5

{‘le20_shape’: True}

1.0

continuum

MgII

Le20_MgII_3000_FWHM

{‘L’: 1e+44, ‘FWHM’: 1000.0}

2020ApJ…901…35L

2.0

3000

fwhm

6.91

0.5

{}

1.0

continuum

Hbeta

Yu23_Hbeta_5100

{‘L’: 1e+44, ‘FWHM’: 1000.0}

2023MNRAS.522.4132Y

2.0

5100

fwhm

7.01

0.39

{}

1.0

continuum

MgII

Yu23_MgII_3000

{‘L’: ‘1e44’, ‘FWHM’: ‘1e3’}

2023MNRAS.522.4132Y

2.0

3000

fwhm

6.66

0.53

{}

1.0

continuum

CIV

Yu23_CIV_1350

{‘L’: ‘1e44’, ‘FWHM’: ‘1e3’}

2023MNRAS.522.4132Y

2.0

1350

fwhm

6.91

0.36

{‘pan25_gamma’: -0.21}

1.0

continuum

MgII

Pan25_MgII_3000_RFe

{‘L’: ‘1e44’, ‘FWHM’: ‘1e3’}

2025ApJ…987…48P

2.41

3000

fwhm