load_galaxies
A collection of dictionaries containing data for various galaxies.
This module exists to support other modules by organizing data in a quasi-standardized manner.
ToC: Dictionaries
Data for galaxy NGC5533. Parameters and data measurements in this dictionary are from [Noordermeer2007] unless noted otherwise. |
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Data for galaxy NGC891. Parameters and data measurements in this dictionary are from [SPARC2016] unless noted otherwise. |
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Alias for |
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Data for galaxy NGC7814. Parameters and data measurements in this dictionary are from [SPARC2016] unless noted otherwise. |
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Data for galaxy NGC5005. Parameters and data measurements in this dictionary are from [SPARC2016] unless noted otherwise. |
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Data for galaxy NGC3198. Parameters and data measurements in this dictionary are from [Karukes2015] unless noted otherwise. |
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Data for galaxy UGC477. Parameters and data measurements in this dictionary are from [deNaray2006] and [deNaray2008] unless noted otherwise. |
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Alias for |
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Data for galaxy UGC1281. Parameters and data measurements in this dictionary are from [deNaray2006] and [deNaray2008] unless noted otherwise. |
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Data for galaxy UGC1437. Parameters and data measurements in this dictionary are from [Epinat2008] unless noted otherwise. |
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Data for galaxy UGC2953. Parameters and data measurements in this dictionary are from [SPARC2016] unless noted otherwise. |
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Data for galaxy UGC4325. Parameters and data measurements in this dictionary are from [deNaray2006] and [deNaray2008] unless noted otherwise. |
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Data for galaxy UGC5253. Parameters and data measurements in this dictionary are from [SPARC2016] unless noted otherwise. |
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Data for galaxy UGC6787. Parameters and data measurements in this dictionary are from [SPARC2016] unless noted otherwise. |
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Data for galaxy UGC10075. Parameters and data measurements in this dictionary are from [Epinat2008]. |
Members
- load_galaxies.NGC5533
Data for galaxy NGC5533. Parameters and data measurements in this dictionary are from [Noordermeer2007] unless noted otherwise.
- Keys:
- blackhole: [dict] Further information pertaining to the black hole component.
c: [array] B-spline coefficients returned by using scipy.interpolate.splrep on the black hole component.
k: [int] Degree of spline returned by using scipy.interpolate.splrep on the black hole component.
Mbh: [float] Mass of the black hole.
r: [array] Radial (kpc) values of the black hole component.
spline: [scipy.interpolate._bsplines.BSpline] Spline of the black hole component.
t: [array] Vector of knots returned by using scipy.interpolate.splrep on the black hole component.
v: [array] Velocity (km/s) values of the black hole component.
- bulge: [dict] Further information pertaining to the bulge component.
c: [array] B-spline coefficients returned by using scipy.interpolate.splrep on the bulge component.
k: [int] Degree of spline returned by using scipy.interpolate.splrep on the bulge component.
Lb: [float] Luminosity (solar luminosities) of the bulge.
ML: [float] Mass-to-light ratio of the bulge.
n: [float] Concentration parameter.
q: [float] Intrinsic axis ratio.
r: [array] Radial (kpc) values of the bulge component.
re_arcsec: [float] Effective radius (arcsec).
re_rad: [float] Effective radius (radians).
spline: [scipy.interpolate._bsplines.BSpline] Spline of the bulge component.
t: [array] Vector of knots returned by using scipy.interpolate.splrep on the bulge component.
v: [array] Velocity (km/s) values of the bulge component.
check: [bool] A flag indicating that the necessary data for the “Literature Search Check” in 07_Bonus_Bulge_Rotation_Curve.ipynb is available.
- disk: [dict] Further information pertaining to the disk component.
c: [array] B-spline coefficients returned by using scipy.interpolate.splrep on the disk component.
k: [int] Degree of spline returned by using scipy.interpolate.splrep on the disk component.
r: [array] Radial (kpc) values of the disk component.
spline: [scipy.interpolate._bsplines.BSpline] Spline of the disk component.
t: [array] Vector of knots returned by using scipy.interpolate.splrep on the disk component.
v: [array] Velocity (km/s) values of the disk component.
D_Mpc: [float] The distance to the galaxy in Megaparsecs.
D_kpc: [float] The distance to the galaxy in kiloparsecs.
galaxyname: [string] Name of the galaxy.
- gas: [dict] Further information pertaining to the gas component.
c: [array] B-spline coefficients returned by using scipy.interpolate.splrep on the gas component.
k: [int] Degree of spline returned by using scipy.interpolate.splrep on the gas component.
r: [array] Radial (kpc) values of the gas component.
spline: [scipy.interpolate._bsplines.BSpline] Spline of the gas component.
t: [array] Vector of knots returned by using scipy.interpolate.splrep on the gas component.
v: [array] Velocity (km/s) values of the gas component.
- halo: [dict] Further information pertaining to the halo component.
c: [array] B-spline coefficients returned by using scipy.interpolate.splrep on the halo component.
k: [int] Degree of spline returned by using scipy.interpolate.splrep on the halo component.
r: [array] Radial (kpc) values of the halo component.
spline: [scipy.interpolate._bsplines.BSpline] Spline of the halo component.
t: [array] Vector of knots returned by using scipy.interpolate.splrep on the halo component.
v: [array] Velocity (km/s) values of the halo component.
i: [int] The inclination angle, in degrees, of the galaxy.
m_r_errors: [array] Errors of measured radii (kpc).
m_radii: [array] Radii of measured data (kpc).
m_v_errors: [array] Errors of measured velocities (km/s).
m_velocities: [array] Velocities of measured data (km/s).
Mabs: [float] The absolute magnitude of the galaxy.
massBH: [float] Mass of central black hole (solar masses).
- measured_data: [dict] Data representing the bottom of the error band on the total curve.
xx: [list] Float values representing the radial (kpc) data.
yy: [list] Float values representing the velocity (km/s) data.
ex: [list] Float values representing the error on the radial (kpc) data.
ey: [list] Float values representing the error on the velocity (km/s) data.
n_band_btm: [scipy.interpolate._bsplines.BSpline] Spline of the bottom side of the band.
n_band_top: [scipy.interpolate._bsplines.BSpline] Spline of the top side of the band.
n_cb: [array] B-spline coefficients returned by using scipy.interpolate.splrep on the bottom side of the error band.
n_ct: [array] B-spline coefficients returned by using scipy.interpolate.splrep on the top side of the error band.
n_kb: [int] Degree of spline returned by using scipy.interpolate.splrep on the bottom side of the error band.
n_kt: [int] Degree of spline returned by using scipy.interpolate.splrep on the top side of the error band.
n_r_btmband: [array] Radial values of the bottom side of the error band.
n_r_topband: [array] Radial values of the top side of the error band.
n_tb: [array] Vector of knots returned by using scipy.interpolate.splrep on the bottom side of the error band.
n_tt: [array] Vector of knots returned by using scipy.interpolate.splrep on the top side of the error band.
n_v_bandwidth: [array] Width of the error band, in km/s.
n_v_btmband: [array] Velocity values of the bottom side of the error band.
n_v_btmband: [array] Velocity values of the top side of the error band.
- raw_band_btm: [dict] Data representing the bottom of the error band on the total curve.
xx: [list] Float values representing the radial (kpc) data.
yy: [list] Float values representing the velocity (km/s) data.
- raw_band_top: [dict] Data representing the bottom of the error band on the total curve.
xx: [list] Float values representing the radial (kpc) data.
yy: [list] Float values representing the velocity (km/s) data.
- raw_blackhole: [dict] Data representing the black hole’s contribution to the theoretical rotation curve.
xx: [list] Float values representing the radial (kpc) data.
yy: [list] Float values representing the velocity (km/s) data.
- raw_bulge: [dict] Data representing the bulge’s contribution to the theoretical rotation curve.
xx: [list] Float values representing the radial (kpc) data.
yy: [list] Float values representing the velocity (km/s) data.
- raw_disk: [dict] Data representing the disk’s contribution to the theoretical rotation curve.
xx: [list] Float values representing the radial (kpc) data.
yy: [list] Float values representing the velocity (km/s) data.
- raw_gas: [dict] Data representing the gas’ contribution to the theoretical rotation curve.
xx: [list] Float values representing the radial (kpc) data.
yy: [list] Float values representing the velocity (km/s) data.
- raw_halo: [dict] Data representing the halo’s contribution to the theoretical rotation curve.
xx: [list] Float values representing the radial (kpc) data.
yy: [list] Float values representing the velocity (km/s) data.
- raw_total: [dict] Data representing the total theoretical rotation curve.
xx: [list] Float values representing the radial (kpc) data.
yy: [list] Float values representing the velocity (km/s) data.
rc: [float] Core radius (kpc).
rho0: [float] Central mass density (solar mass/kpc^3).
- sources: [dict] Printing helper variables indicating units and sources for certain variables.
D: [string] Units and source for distance to galaxy.
i: [string] Units and source for inclination angle.
Lb: [string] Units and source for bulge luminosity.
Mabs: [string] Units and source for absolute magnitude.
ML: [string] Units and source for bulge mass-light ratio.
n: [string] Units and source for concentration parameter.
re: [string] Units and source for effective radius.
q: [string] Units and source for intrinsic axis ratio.
- total: [dict] Further information pertaining to the total theoretical rotation curve.
c: [array] B-spline coefficients returned by using scipy.interpolate.splrep on the total curve.
k: [int] Degree of the spline returned by using scipy.interpolate.splrep on the total curve.
r: [array] Radial (kpc) values of the total curve.
spline: [scipy.interpolate._bsplines.BSpline] Spline of the total curve.
t: [array] Vector of knots returned by using scipy.interpolate.splrep on the total curve.
v: [array] Velocity (km/s) values of the total curve.
- load_galaxies.NGC0891
Data for galaxy NGC891. Parameters and data measurements in this dictionary are from [SPARC2016] unless noted otherwise.
- Keys:
- bulge: [dict] Further information pertaining to the bulge component.
c: [array] B-spline coefficients returned by using scipy.interpolate.splrep on the bulge component.
k: [int] Degree of spline returned by using scipy.interpolate.splrep on the bulge component.
Lb: [float] Luminosity (solar luminosities) of the bulge.
ML: [float] Mass-to-light ratio of the bulge.
n: [float] Concentration parameter.
q: [float] Intrinsic axis ratio.
r: [array] Radial (kpc) values of the bulge component.
re_arcsec: [float] Effective radius (arcsec).
re_rad: [float] Effective radius (radians).
spline: [scipy.interpolate._bsplines.BSpline] Spline of the bulge component.
t: [array] Vector of knots returned by using scipy.interpolate.splrep on the bulge component.
v: [array] Velocity (km/s) values of the bulge component.
check: [bool] A flag indicating that the necessary data for the “Literature Search Check” in 07_Bonus_Bulge_Rotation_Curve.ipynb is available.
- disk: [dict] Further information pertaining to the disk component.
c: [array] B-spline coefficients returned by using scipy.interpolate.splrep on the disk component.
k: [int] Degree of spline returned by using scipy.interpolate.splrep on the disk component.
r: [array] Radial (kpc) values of the disk component.
spline: [scipy.interpolate._bsplines.BSpline] Spline of the disk component.
t: [array] Vector of knots returned by using scipy.interpolate.splrep on the disk component.
v: [array] Velocity (km/s) values of the disk component.
D_Mpc: [float] The distance to the galaxy in Megaparsecs.
galaxyname: [string] Name of the galaxy.
- gas: [dict] Further information pertaining to the gas component.
c: [array] B-spline coefficients returned by using scipy.interpolate.splrep on the gas component.
k: [int] Degree of spline returned by using scipy.interpolate.splrep on the gas component.
r: [array] Radial (kpc) values of the gas component.
spline: [scipy.interpolate._bsplines.BSpline] Spline of the gas component.
t: [array] Vector of knots returned by using scipy.interpolate.splrep on the gas component.
v: [array] Velocity (km/s) values of the gas component.
i: [int] The inclination angle, in degrees, of the galaxy.
Mabs: [float] The absolute magnitude of the galaxy.
massBH: [float] Mass of central black hole (solar masses).
- measured_data: [dict] Data representing the bottom of the error band on the total curve.
xx: [list] Float values representing the radial (kpc) data.
yy: [list] Float values representing the velocity (km/s) data.
ey: [list] Float values representing the error on the radial (kpc) data.
m_radii: [array] Radii of measured data (kpc).
m_v_errors: [array] Errors of measured velocities (km/s).
m_velocities: [array] Velocities of measured data (km/s).
- raw_bulge: [dict] Data representing the bulge’s contribution to the theoretical rotation curve.
xx: [list] Float values representing the radial (kpc) data.
yy: [list] Float values representing the velocity (km/s) data.
- raw_disk: [dict] Data representing the disk’s contribution to the theoretical rotation curve.
xx: [list] Float values representing the radial (kpc) data.
yy: [list] Float values representing the velocity (km/s) data.
- raw_gas: [dict] Data representing the gas’ contribution to the theoretical rotation curve.
xx: [list] Float values representing the radial (kpc) data.
yy: [list] Float values representing the velocity (km/s) data.
rc: [float] Core radius (kpc).
rho0: [float] Central mass density (solar mass/kpc^3).
- sources: [dict] Printing helper variables indicating units and sources for certain variables.
D: [string] Units and source for distance to galaxy.
i: [string] Units and source for inclination angle.
Lb: [string] Units and source for bulge luminosity.
Mabs: [string] Units and source for absolute magnitude.
ML: [string] Units and source for bulge mass-light ratio.
n: [string] Units and source for concentration parameter.
re: [string] Units and source for effective radius.
q: [string] Units and source for intrinsic axis ratio.
- load_galaxies.NGC7814
Data for galaxy NGC7814. Parameters and data measurements in this dictionary are from [SPARC2016] unless noted otherwise.
- Keys:
- bulge: [dict] Further information pertaining to the bulge component.
c: [array] B-spline coefficients returned by using scipy.interpolate.splrep on the bulge component.
k: [int] Degree of spline returned by using scipy.interpolate.splrep on the bulge component.
Lb: [float] Luminosity (solar luminosities) of the bulge.
ML: [float] Mass-to-light ratio of the bulge.
n: [float] Concentration parameter.
q: [float] Intrinsic axis ratio.
r: [array] Radial (kpc) values of the bulge component.
re_arcsec: [float] Effective radius (arcsec).
re_rad: [float] Effective radius (radians).
spline: [scipy.interpolate._bsplines.BSpline] Spline of the bulge component.
t: [array] Vector of knots returned by using scipy.interpolate.splrep on the bulge component.
v: [array] Velocity (km/s) values of the bulge component.
check: [bool] A flag indicating that the necessary data for the “Literature Search Check” in 07_Bonus_Bulge_Rotation_Curve.ipynb is available.
- disk: [dict] Further information pertaining to the disk component.
c: [array] B-spline coefficients returned by using scipy.interpolate.splrep on the disk component.
k: [int] Degree of spline returned by using scipy.interpolate.splrep on the disk component.
r: [array] Radial (kpc) values of the disk component.
spline: [scipy.interpolate._bsplines.BSpline] Spline of the disk component.
t: [array] Vector of knots returned by using scipy.interpolate.splrep on the disk component.
v: [array] Velocity (km/s) values of the disk component.
D_Mpc: [float] The distance to the galaxy in Megaparsecs.
galaxyname: [string] Name of the galaxy.
- gas: [dict] Further information pertaining to the gas component.
c: [array] B-spline coefficients returned by using scipy.interpolate.splrep on the gas component.
k: [int] Degree of spline returned by using scipy.interpolate.splrep on the gas component.
r: [array] Radial (kpc) values of the gas component.
spline: [scipy.interpolate._bsplines.BSpline] Spline of the gas component.
t: [array] Vector of knots returned by using scipy.interpolate.splrep on the gas component.
v: [array] Velocity (km/s) values of the gas component.
i: [int] The inclination angle, in degrees, of the galaxy.
Mabs: [float] The absolute magnitude of the galaxy.
massBH: [float] Mass of central black hole (solar masses).
- measured_data: [dict] Data representing the bottom of the error band on the total curve.
xx: [list] Float values representing the radial (kpc) data.
yy: [list] Float values representing the velocity (km/s) data.
ey: [list] Float values representing the error on the radial (kpc) data.
m_radii: [array] Radii of measured data (kpc).
m_v_errors: [array] Errors of measured velocities (km/s).
m_velocities: [array] Velocities of measured data (km/s).
- raw_bulge: [dict] Data representing the bulge’s contribution to the theoretical rotation curve.
xx: [list] Float values representing the radial (kpc) data.
yy: [list] Float values representing the velocity (km/s) data.
- raw_disk: [dict] Data representing the disk’s contribution to the theoretical rotation curve.
xx: [list] Float values representing the radial (kpc) data.
yy: [list] Float values representing the velocity (km/s) data.
- raw_gas: [dict] Data representing the gas’ contribution to the theoretical rotation curve.
xx: [list] Float values representing the radial (kpc) data.
yy: [list] Float values representing the velocity (km/s) data.
rc: [float] Core radius (kpc).
rho0: [float] Central mass density (solar mass/kpc^3).
- sources: [dict] Printing helper variables indicating units and sources for certain variables.
D: [string] Units and source for distance to galaxy.
i: [string] Units and source for inclination angle.
Lb: [string] Units and source for bulge luminosity.
Mabs: [string] Units and source for absolute magnitude.
ML: [string] Units and source for bulge mass-light ratio.
n: [string] Units and source for concentration parameter.
re: [string] Units and source for effective radius.
q: [string] Units and source for intrinsic axis ratio.
- load_galaxies.NGC5005
Data for galaxy NGC5005. Parameters and data measurements in this dictionary are from [SPARC2016] unless noted otherwise.
- Keys:
- bulge: [dict] Further information pertaining to the bulge component.
c: [array] B-spline coefficients returned by using scipy.interpolate.splrep on the bulge component.
k: [int] Degree of spline returned by using scipy.interpolate.splrep on the bulge component.
Lb: [float] Luminosity (solar luminosities) of the bulge.
ML: [float] Mass-to-light ratio of the bulge.
n: [float] Concentration parameter.
q: [float] Intrinsic axis ratio.
r: [array] Radial (kpc) values of the bulge component.
re_arcsec: [float] Effective radius (arcsec).
re_rad: [float] Effective radius (radians).
spline: [scipy.interpolate._bsplines.BSpline] Spline of the bulge component.
t: [array] Vector of knots returned by using scipy.interpolate.splrep on the bulge component.
v: [array] Velocity (km/s) values of the bulge component.
check: [bool] A flag indicating that the necessary data for the “Literature Search Check” in 07_Bonus_Bulge_Rotation_Curve.ipynb is available.
- disk: [dict] Further information pertaining to the disk component.
c: [array] B-spline coefficients returned by using scipy.interpolate.splrep on the disk component.
k: [int] Degree of spline returned by using scipy.interpolate.splrep on the disk component.
r: [array] Radial (kpc) values of the disk component.
spline: [scipy.interpolate._bsplines.BSpline] Spline of the disk component.
t: [array] Vector of knots returned by using scipy.interpolate.splrep on the disk component.
v: [array] Velocity (km/s) values of the disk component.
D_Mpc: [float] The distance to the galaxy in Megaparsecs.
- halo: [dict] Further information pertaining to the halo component.
c: [array] B-spline coefficients returned by using scipy.interpolate.splrep on the halo component.
k: [int] Degree of spline returned by using scipy.interpolate.splrep on the halo component.
r: [array] Radial (kpc) values of the halo component.
spline: [scipy.interpolate._bsplines.BSpline] Spline of the halo component.
t: [array] Vector of knots returned by using scipy.interpolate.splrep on the halo component.
v: [array] Velocity (km/s) values of the halo component.
galaxyname: [string] Name of the galaxy.
- gas: [dict] Further information pertaining to the gas component.
c: [array] B-spline coefficients returned by using scipy.interpolate.splrep on the gas component.
k: [int] Degree of spline returned by using scipy.interpolate.splrep on the gas component.
r: [array] Radial (kpc) values of the gas component.
spline: [scipy.interpolate._bsplines.BSpline] Spline of the gas component.
t: [array] Vector of knots returned by using scipy.interpolate.splrep on the gas component.
v: [array] Velocity (km/s) values of the gas component.
i: [int] The inclination angle, in degrees, of the galaxy.
Mabs: [float] The absolute magnitude of the galaxy.
massBH: [float] Mass of central black hole (solar masses).
- measured_data: [dict] Data representing the bottom of the error band on the total curve.
xx: [list] Float values representing the radial (kpc) data.
yy: [list] Float values representing the velocity (km/s) data.
ey: [list] Float values representing the error on the radial (kpc) data.
m_radii: [array] Radii of measured data (kpc).
m_v_errors: [array] Errors of measured velocities (km/s).
m_velocities: [array] Velocities of measured data (km/s).
- raw_bulge: [dict] Data representing the bulge’s contribution to the theoretical rotation curve.
xx: [list] Float values representing the radial (kpc) data.
yy: [list] Float values representing the velocity (km/s) data.
- raw_disk: [dict] Data representing the disk’s contribution to the theoretical rotation curve.
xx: [list] Float values representing the radial (kpc) data.
yy: [list] Float values representing the velocity (km/s) data.
- raw_gas: [dict] Data representing the gas’ contribution to the theoretical rotation curve.
xx: [list] Float values representing the radial (kpc) data.
yy: [list] Float values representing the velocity (km/s) data.
rc: [float] Core radius (kpc).
rho0: [float] Central mass density (solar mass/kpc^3).
- load_galaxies.NGC3198
Data for galaxy NGC3198. Parameters and data measurements in this dictionary are from [Karukes2015] unless noted otherwise.
- Keys:
galaxyname: [string] Name of the galaxy.
m_radii: [array] Radii of measured data (kpc).
m_v_errors: [array] Errors of measured velocities (km/s).
m_velocities: [array] Velocities of measured data (km/s).
- measured_data: [dict] Data representing the bottom of the error band on the total curve.
xx: [list] Float values representing the radial (kpc) data.
yy: [list] Float values representing the velocity (km/s) data.
ey: [list] Float values representing the error on the radial (kpc) data.
- load_galaxies.UGC0477
Data for galaxy UGC477. Parameters and data measurements in this dictionary are from [deNaray2006] and [deNaray2008] unless noted otherwise.
- Keys:
galaxyname: [string] Name of the galaxy.
m_radii: [array] Radii of measured data (kpc).
m_v_errors: [array] Errors of measured velocities (km/s).
m_velocities: [array] Velocities of measured data (km/s).
- measured_data: [dict] Data representing the bottom of the error band on the total curve.
xx: [list] Float values representing the radial (kpc) data.
yy: [list] Float values representing the velocity (km/s) data.
ey: [list] Float values representing the error on the radial (kpc) data.
- load_galaxies.UGC1281
Data for galaxy UGC1281. Parameters and data measurements in this dictionary are from [deNaray2006] and [deNaray2008] unless noted otherwise.
- Keys:
galaxyname: [string] Name of the galaxy.
m_radii: [array] Radii of measured data (kpc).
m_v_errors: [array] Errors of measured velocities (km/s).
m_velocities: [array] Velocities of measured data (km/s).
- measured_data: [dict] Data representing the bottom of the error band on the total curve.
xx: [list] Float values representing the radial (kpc) data.
yy: [list] Float values representing the velocity (km/s) data.
ey: [list] Float values representing the error on the radial (kpc) data.
- load_galaxies.UGC1437
Data for galaxy UGC1437. Parameters and data measurements in this dictionary are from [Epinat2008] unless noted otherwise.
- Keys:
galaxyname: [string] Name of the galaxy.
m_radii: [array] Radii of measured data (kpc).
m_v_errors: [array] Errors of measured velocities (km/s).
m_velocities: [array] Velocities of measured data (km/s).
- measured_data: [dict] Data representing the bottom of the error band on the total curve.
xx: [list] Float values representing the radial (kpc) data.
yy: [list] Float values representing the velocity (km/s) data.
ey: [list] Float values representing the error on the radial (kpc) data.
- load_galaxies.UGC2953
Data for galaxy UGC2953. Parameters and data measurements in this dictionary are from [SPARC2016] unless noted otherwise.
- Keys:
galaxyname: [string] Name of the galaxy.
m_radii: [array] Radii of measured data (kpc).
m_v_errors: [array] Errors of measured velocities (km/s).
m_velocities: [array] Velocities of measured data (km/s).
- measured_data: [dict] Data representing the bottom of the error band on the total curve.
xx: [list] Float values representing the radial (kpc) data.
yy: [list] Float values representing the velocity (km/s) data.
ey: [list] Float values representing the error on the radial (kpc) data.
- load_galaxies.UGC4325
Data for galaxy UGC4325. Parameters and data measurements in this dictionary are from [deNaray2006] and [deNaray2008] unless noted otherwise.
- Keys:
galaxyname: [string] Name of the galaxy.
m_radii: [array] Radii of measured data (kpc).
m_v_errors: [array] Errors of measured velocities (km/s).
m_velocities: [array] Velocities of measured data (km/s).
- measured_data: [dict] Data representing the bottom of the error band on the total curve.
xx: [list] Float values representing the radial (kpc) data.
yy: [list] Float values representing the velocity (km/s) data.
ey: [list] Float values representing the error on the radial (kpc) data.
- load_galaxies.UGC5253
Data for galaxy UGC5253. Parameters and data measurements in this dictionary are from [SPARC2016] unless noted otherwise.
- Keys:
galaxyname: [string] Name of the galaxy.
m_radii: [array] Radii of measured data (kpc).
m_v_errors: [array] Errors of measured velocities (km/s).
m_velocities: [array] Velocities of measured data (km/s).
- measured_data: [dict] Data representing the bottom of the error band on the total curve.
xx: [list] Float values representing the radial (kpc) data.
yy: [list] Float values representing the velocity (km/s) data.
ey: [list] Float values representing the error on the radial (kpc) data.
- load_galaxies.UGC6787
Data for galaxy UGC6787. Parameters and data measurements in this dictionary are from [SPARC2016] unless noted otherwise.
- Keys:
galaxyname: [string] Name of the galaxy.
m_radii: [array] Radii of measured data (kpc).
m_v_errors: [array] Errors of measured velocities (km/s).
m_velocities: [array] Velocities of measured data (km/s).
- measured_data: [dict] Data representing the bottom of the error band on the total curve.
xx: [list] Float values representing the radial (kpc) data.
yy: [list] Float values representing the velocity (km/s) data.
ey: [list] Float values representing the error on the radial (kpc) data.
- load_galaxies.UGC10075
Data for galaxy UGC10075. Parameters and data measurements in this dictionary are from [Epinat2008].
- Keys:
galaxyname: [string] Name of the galaxy.
m_radii: [array] Radii of measured data (kpc).
m_v_errors: [array] Errors of measured velocities (km/s).
m_velocities: [array] Velocities of measured data (km/s).
- measured_data: [dict] Data representing the bottom of the error band on the total curve.
xx: [list] Float values representing the radial (kpc) data.
yy: [list] Float values representing the velocity (km/s) data.
ey: [list] Float values representing the error on the radial (kpc) data.