index_csv.md

• bb_natv_fitvd_dilmsk.csv
• bb_natv_fitvd_dilmsk_freepa.csv
• bb_natv_fixvd_dilmsk.csv
• bb_natv_fixvd_dilmsk_freepa.csv
• bb_smo7_fitvd_dilmsk.csv
• bb_smo7_fitvd_dilmsk_freepa.csv
• bb_smo7_fixvd_dilmsk.csv
• bb_smo7_fixvd_dilmsk_freepa.csv
• edge_bbpars_natv.csv
• edge_bbpars_smo7.csv
• edge_califa.csv
• edge_coflux_E20.csv
• edge_coflux_natv.csv
• edge_coflux_smo7.csv
• edge_coobs_D.csv
• edge_coobs_DE.csv
• edge_coobs_E.csv
• edge_hiflux.csv
• edge_jampars.csv
• edge_leda.csv
• edge_ned.csv
• edge_nsa.csv
• edge_rdist17.csv
• edge_rfpars.csv
• edge_wise.csv
• jam_rotcurves.csv
• rf_CO_natv.csv
• rf_CO_smo6.csv
• rf_HA_natv.csv
• rf_HA_smo6.csv
• rprof_de20_smo.csv
• rprof_smo7_smo.csv

bb_natv_fitvd_dilmsk.csv

Bbarolo second round results for run natv_fitvd_dilmsk

date: '2023-12-03'

name	unit	datatype	format	description
Name		string		Galaxy Name
bbRad	arcsec	float64		Galactocentric radius of ring
bbVrot	km / s	float64
bbVrot_e1	km / s	float64
bbVrot_e2	km / s	float64
bbVdisp	km / s	float64
bbVdisp_e1	km / s	float64
bbVdisp_e2	km / s	float64
bbXpos	pix	float64
bbYpos	pix	float64
bbVmean	km / s	float64		'Systemic velocity in radio defn, LSR frame'
bbPA	deg	float64
bbInc	deg	float64
bbZ0	arcsec	float64		Scale height of disk in arcsec
bbVrotfit	km / s	int64		0=fixed to input value; 1=fitted per ring; -1=fixed to mean value of previous fit
bbVdispfit	km / s	int64		0=fixed to input value; 1=fitted per ring; -1=fixed to mean value of previous fit
bbXposfit	pix	int64		0=fixed to input value; 1=fitted per ring; -1=fixed to mean value of previous fit
bbYposfit	pix	int64		0=fixed to input value; 1=fitted per ring; -1=fixed to mean value of previous fit
bbVsysfit	km / s	int64		0=fixed to input value; 1=fitted per ring; -1=fixed to mean value of previous fit
bbPAfit	deg	int64		0=fixed to input value; 1=fitted per ring; -1=fixed to mean value of previous fit
bbIncfit	deg	int64		0=fixed to input value; 1=fitted per ring; -1=fixed to mean value of previous fit
bbFtype		int64
bbWfunc		int64
bbFlag		int64		'=1 when some ringlog exits, but Bbarolo fails to produce at least one of the plots'
bbNpix		float64		number of pixels in ring
bbIntens	(Jy*km/s)/arcsec**2	float64		'average intensity in ring, not corrected for inclination'
bbIntensRMS	(Jy*km/s)/arcsec**2	float64		standard deviation of intensity in ring

bb_natv_fitvd_dilmsk_freepa.csv

Bbarolo first round results for run natv_fitvd_dilmsk

date: '2023-12-03'

name	unit	datatype	format	description
Name		string		Galaxy Name
bbRad	arcsec	float64		Galactocentric radius of ring
bbVrot	km / s	float64
bbVrot_e1	km / s	float64
bbVrot_e2	km / s	float64
bbVdisp	km / s	float64
bbVdisp_e1	km / s	float64
bbVdisp_e2	km / s	float64
bbXpos	pix	float64
bbYpos	pix	float64
bbVmean	km / s	float64		'Systemic velocity in radio defn, LSR frame'
bbVmean_e1	km / s	float64
bbVmean_e2	km / s	float64
bbPA	deg	float64
bbPA_e1	deg	float64
bbPA_e2	deg	float64
bbInc	deg	float64
bbZ0	arcsec	float64		Scale height of disk in arcsec
bbVrotfit	km / s	int64		0=fixed to input value; 1=fitted per ring; -1=fixed to mean value of previous fit
bbVdispfit	km / s	int64		0=fixed to input value; 1=fitted per ring; -1=fixed to mean value of previous fit
bbXposfit	pix	int64		0=fixed to input value; 1=fitted per ring; -1=fixed to mean value of previous fit
bbYposfit	pix	int64		0=fixed to input value; 1=fitted per ring; -1=fixed to mean value of previous fit
bbVsysfit	km / s	int64		0=fixed to input value; 1=fitted per ring; -1=fixed to mean value of previous fit
bbPAfit	deg	int64		0=fixed to input value; 1=fitted per ring; -1=fixed to mean value of previous fit
bbIncfit	deg	int64		0=fixed to input value; 1=fitted per ring; -1=fixed to mean value of previous fit
bbFtype		int64
bbWfunc		int64
bbFlag		int64		'=1 when some ringlog exits, but Bbarolo fails to produce at least one of the plots'

bb_natv_fixvd_dilmsk.csv

Bbarolo second round results for run natv_fixvd_dilmsk

date: '2023-12-03'

name	unit	datatype	format	description
Name		string		Galaxy Name
bbRad	arcsec	float64		Galactocentric radius of ring
bbVrot	km / s	float64
bbVrot_e1	km / s	float64
bbVrot_e2	km / s	float64
bbVdisp	km / s	float64
bbXpos	pix	float64
bbYpos	pix	float64
bbVmean	km / s	float64		'Systemic velocity in radio defn, LSR frame'
bbPA	deg	float64
bbInc	deg	float64
bbZ0	arcsec	float64		Scale height of disk in arcsec
bbVrotfit	km / s	int64		0=fixed to input value; 1=fitted per ring; -1=fixed to mean value of previous fit
bbVdispfit	km / s	int64		0=fixed to input value; 1=fitted per ring; -1=fixed to mean value of previous fit
bbXposfit	pix	int64		0=fixed to input value; 1=fitted per ring; -1=fixed to mean value of previous fit
bbYposfit	pix	int64		0=fixed to input value; 1=fitted per ring; -1=fixed to mean value of previous fit
bbVsysfit	km / s	int64		0=fixed to input value; 1=fitted per ring; -1=fixed to mean value of previous fit
bbPAfit	deg	int64		0=fixed to input value; 1=fitted per ring; -1=fixed to mean value of previous fit
bbIncfit	deg	int64		0=fixed to input value; 1=fitted per ring; -1=fixed to mean value of previous fit
bbFtype		int64
bbWfunc		int64
bbFlag		int64		'=1 when some ringlog exits, but Bbarolo fails to produce at least one of the plots'
bbNpix		float64		number of pixels in ring
bbIntens	(Jy*km/s)/arcsec**2	float64		'average intensity in ring, not corrected for inclination'
bbIntensRMS	(Jy*km/s)/arcsec**2	float64		standard deviation of intensity in ring

bb_natv_fixvd_dilmsk_freepa.csv

Bbarolo first round results for run natv_fixvd_dilmsk

date: '2023-12-03'

name	unit	datatype	format	description
Name		string		Galaxy Name
bbRad	arcsec	float64		Galactocentric radius of ring
bbVrot	km / s	float64
bbVrot_e1	km / s	float64
bbVrot_e2	km / s	float64
bbVdisp	km / s	float64
bbXpos	pix	float64
bbYpos	pix	float64
bbVmean	km / s	float64		'Systemic velocity in radio defn, LSR frame'
bbVmean_e1	km / s	float64
bbVmean_e2	km / s	float64
bbPA	deg	float64
bbPA_e1	deg	float64
bbPA_e2	deg	float64
bbInc	deg	float64
bbZ0	arcsec	float64		Scale height of disk in arcsec
bbVrotfit	km / s	int64		0=fixed to input value; 1=fitted per ring; -1=fixed to mean value of previous fit
bbVdispfit	km / s	int64		0=fixed to input value; 1=fitted per ring; -1=fixed to mean value of previous fit
bbXposfit	pix	int64		0=fixed to input value; 1=fitted per ring; -1=fixed to mean value of previous fit
bbYposfit	pix	int64		0=fixed to input value; 1=fitted per ring; -1=fixed to mean value of previous fit
bbVsysfit	km / s	int64		0=fixed to input value; 1=fitted per ring; -1=fixed to mean value of previous fit
bbPAfit	deg	int64		0=fixed to input value; 1=fitted per ring; -1=fixed to mean value of previous fit
bbIncfit	deg	int64		0=fixed to input value; 1=fitted per ring; -1=fixed to mean value of previous fit
bbFtype		int64
bbWfunc		int64
bbFlag		int64		'=1 when some ringlog exits, but Bbarolo fails to produce at least one of the plots'

bb_smo7_fitvd_dilmsk.csv

Bbarolo second round results for run smo7_fitvd_dilmsk

date: '2023-12-03'

name	unit	datatype	format	description
Name		string		Galaxy Name
bbRad	arcsec	float64		Galactocentric radius of ring
bbVrot	km / s	float64
bbVrot_e1	km / s	float64
bbVrot_e2	km / s	float64
bbVdisp	km / s	float64
bbVdisp_e1	km / s	float64
bbVdisp_e2	km / s	float64
bbXpos	pix	float64
bbYpos	pix	float64
bbVmean	km / s	float64		'Systemic velocity in radio defn, LSR frame'
bbPA	deg	float64
bbInc	deg	float64
bbZ0	arcsec	float64		Scale height of disk in arcsec
bbVrotfit	km / s	int64		0=fixed to input value; 1=fitted per ring; -1=fixed to mean value of previous fit
bbVdispfit	km / s	int64		0=fixed to input value; 1=fitted per ring; -1=fixed to mean value of previous fit
bbXposfit	pix	int64		0=fixed to input value; 1=fitted per ring; -1=fixed to mean value of previous fit
bbYposfit	pix	int64		0=fixed to input value; 1=fitted per ring; -1=fixed to mean value of previous fit
bbVsysfit	km / s	int64		0=fixed to input value; 1=fitted per ring; -1=fixed to mean value of previous fit
bbPAfit	deg	int64		0=fixed to input value; 1=fitted per ring; -1=fixed to mean value of previous fit
bbIncfit	deg	int64		0=fixed to input value; 1=fitted per ring; -1=fixed to mean value of previous fit
bbFtype		int64
bbWfunc		int64
bbFlag		int64		'=1 when some ringlog exits, but Bbarolo fails to produce at least one of the plots'
bbNpix		float64		number of pixels in ring
bbIntens	(Jy*km/s)/arcsec**2	float64		'average intensity in ring, not corrected for inclination'
bbIntensRMS	(Jy*km/s)/arcsec**2	float64		standard deviation of intensity in ring

bb_smo7_fitvd_dilmsk_freepa.csv

Bbarolo first round results for run smo7_fitvd_dilmsk

date: '2023-12-03'

name	unit	datatype	format	description
Name		string		Galaxy Name
bbRad	arcsec	float64		Galactocentric radius of ring
bbVrot	km / s	float64
bbVrot_e1	km / s	float64
bbVrot_e2	km / s	float64
bbVdisp	km / s	float64
bbVdisp_e1	km / s	float64
bbVdisp_e2	km / s	float64
bbXpos	pix	float64
bbYpos	pix	float64
bbVmean	km / s	float64		'Systemic velocity in radio defn, LSR frame'
bbVmean_e1	km / s	float64
bbVmean_e2	km / s	float64
bbPA	deg	float64
bbPA_e1	deg	float64
bbPA_e2	deg	float64
bbInc	deg	float64
bbZ0	arcsec	float64		Scale height of disk in arcsec
bbVrotfit	km / s	int64		0=fixed to input value; 1=fitted per ring; -1=fixed to mean value of previous fit
bbVdispfit	km / s	int64		0=fixed to input value; 1=fitted per ring; -1=fixed to mean value of previous fit
bbXposfit	pix	int64		0=fixed to input value; 1=fitted per ring; -1=fixed to mean value of previous fit
bbYposfit	pix	int64		0=fixed to input value; 1=fitted per ring; -1=fixed to mean value of previous fit
bbVsysfit	km / s	int64		0=fixed to input value; 1=fitted per ring; -1=fixed to mean value of previous fit
bbPAfit	deg	int64		0=fixed to input value; 1=fitted per ring; -1=fixed to mean value of previous fit
bbIncfit	deg	int64		0=fixed to input value; 1=fitted per ring; -1=fixed to mean value of previous fit
bbFtype		int64
bbWfunc		int64
bbFlag		int64		'=1 when some ringlog exits, but Bbarolo fails to produce at least one of the plots'

bb_smo7_fixvd_dilmsk.csv

Bbarolo second round results for run smo7_fixvd_dilmsk

date: '2023-12-03'

name	unit	datatype	format	description
Name		string		Galaxy Name
bbRad	arcsec	float64		Galactocentric radius of ring
bbVrot	km / s	float64
bbVrot_e1	km / s	float64
bbVrot_e2	km / s	float64
bbVdisp	km / s	float64
bbXpos	pix	float64
bbYpos	pix	float64
bbVmean	km / s	float64		'Systemic velocity in radio defn, LSR frame'
bbPA	deg	float64
bbInc	deg	float64
bbZ0	arcsec	float64		Scale height of disk in arcsec
bbVrotfit	km / s	int64		0=fixed to input value; 1=fitted per ring; -1=fixed to mean value of previous fit
bbVdispfit	km / s	int64		0=fixed to input value; 1=fitted per ring; -1=fixed to mean value of previous fit
bbXposfit	pix	int64		0=fixed to input value; 1=fitted per ring; -1=fixed to mean value of previous fit
bbYposfit	pix	int64		0=fixed to input value; 1=fitted per ring; -1=fixed to mean value of previous fit
bbVsysfit	km / s	int64		0=fixed to input value; 1=fitted per ring; -1=fixed to mean value of previous fit
bbPAfit	deg	int64		0=fixed to input value; 1=fitted per ring; -1=fixed to mean value of previous fit
bbIncfit	deg	int64		0=fixed to input value; 1=fitted per ring; -1=fixed to mean value of previous fit
bbFtype		int64
bbWfunc		int64
bbFlag		int64		'=1 when some ringlog exits, but Bbarolo fails to produce at least one of the plots'
bbNpix		float64		number of pixels in ring
bbIntens	(Jy*km/s)/arcsec**2	float64		'average intensity in ring, not corrected for inclination'
bbIntensRMS	(Jy*km/s)/arcsec**2	float64		standard deviation of intensity in ring

bb_smo7_fixvd_dilmsk_freepa.csv

Bbarolo first round results for run smo7_fixvd_dilmsk

date: '2023-12-03'

name	unit	datatype	format	description
Name		string		Galaxy Name
bbRad	arcsec	float64		Galactocentric radius of ring
bbVrot	km / s	float64
bbVrot_e1	km / s	float64
bbVrot_e2	km / s	float64
bbVdisp	km / s	float64
bbXpos	pix	float64
bbYpos	pix	float64
bbVmean	km / s	float64		'Systemic velocity in radio defn, LSR frame'
bbVmean_e1	km / s	float64
bbVmean_e2	km / s	float64
bbPA	deg	float64
bbPA_e1	deg	float64
bbPA_e2	deg	float64
bbInc	deg	float64
bbZ0	arcsec	float64		Scale height of disk in arcsec
bbVrotfit	km / s	int64		0=fixed to input value; 1=fitted per ring; -1=fixed to mean value of previous fit
bbVdispfit	km / s	int64		0=fixed to input value; 1=fitted per ring; -1=fixed to mean value of previous fit
bbXposfit	pix	int64		0=fixed to input value; 1=fitted per ring; -1=fixed to mean value of previous fit
bbYposfit	pix	int64		0=fixed to input value; 1=fitted per ring; -1=fixed to mean value of previous fit
bbVsysfit	km / s	int64		0=fixed to input value; 1=fitted per ring; -1=fixed to mean value of previous fit
bbPAfit	deg	int64		0=fixed to input value; 1=fitted per ring; -1=fixed to mean value of previous fit
bbIncfit	deg	int64		0=fixed to input value; 1=fitted per ring; -1=fixed to mean value of previous fit
bbFtype		int64
bbWfunc		int64
bbFlag		int64		'=1 when some ringlog exits, but Bbarolo fails to produce at least one of the plots'

edge_bbpars_natv.csv

Global fit parameters from Bbarolo on natv CO data

name	unit	datatype	format	description
Name		string		Galaxy name
bbRactr	deg	float64	.4f	R.A. J2000 of center used by Bbarolo
bbDectr	deg	float64	.4f	Dec. J2000 of center used by Bbarolo
bbVsys	km / s	float64	.2f	Systemic velocity determined by Bbarolo (radio-LSR)
bbKinInc	deg	float64	.2f	Inclination determined by Bbarolo
bbKinPA	arcsec	float64	.2f	Position angle E from N determined by Bbarolo
bbMask		string		Identifier for cube mask

edge_bbpars_smo7.csv

Global fit parameters from Bbarolo on smo7 CO data

name	unit	datatype	format	description
Name		string		Galaxy name
bbRactr	deg	float64	.4f	R.A. J2000 of center used by Bbarolo
bbDectr	deg	float64	.4f	Dec. J2000 of center used by Bbarolo
bbVsys	km / s	float64	.2f	Systemic velocity determined by Bbarolo (radio-LSR)
bbKinInc	deg	float64	.2f	Inclination determined by Bbarolo
bbKinPA	arcsec	float64	.2f	Position angle E from N determined by Bbarolo
bbMask		string		Identifier for cube mask

edge_califa.csv

Galaxy properties determined from CALIFA

date: '2023-02-27'

name	unit	datatype	format	description
ID		int64		CALIFA ID
Name		string		CALIFA Name
Su	mag	float64		SDSS u magnitude from col 4 in get_mag_cubes_v2.2.csv. From CALIFA synthetic photometry corrected for foreground extinction
Sg	mag	float64		SDSS g magnitude from col 8 in get_mag_cubes_v2.2.csv. From CALIFA synthetic photometry corrected for foreground extinction
Sr	mag	float64		SDSS r magnitude from col 12 in get_mag_cubes_v2.2.csv. From CALIFA synthetic photometry corrected for foreground extinction
Si	mag	float64		SDSS i magnitude from col 16 in get_mag_cubes_v2.2.csv. From CALIFA synthetic photometry corrected for foreground extinction
caB	mag	float64		B magnitude from col 20 in get_mag_cubes_v2.2.csv. From CALIFA synthetic photometry corrected for foreground extinction
caV	mag	float64		V magnitude from col 24 in get_mag_cubes_v2.2.csv. From CALIFA synthetic photometry corrected for foreground extinction
caR	mag	float64		R magnitude from col 28 in get_mag_cubes_v2.2.csv. From CALIFA synthetic photometry corrected for foreground extinction
caRe	arcsec	float64		Equivalent radius Re from col 34 in get_mag_cubes_v2.2.csv
caeRe	arcsec	float64		Error in equivalent radius from col 35 in get_mag_cubes_v2.2.csv
caEllipticity		float64		Ellipticity sqrt(1-b^2/a^2) from col 38 in get_mag_cubes_v2.2.csv
caPA	deg	float64		PA from col 39 in get_mag_cubes_v2.2.csv
caR50	arcsec	float64		R50 from col 40 in get_mag_cubes_v2.2.csv
caeR50	arcsec	float64		Error in R50 from col 41 in get_mag_cubes_v2.2.csv
caR90	arcsec	float64		R90 from col 42 in get_mag_cubes_v2.2.csv
caeR90	arcsec	float64		Error in R90 from col 43 in get_mag_cubes_v2.2.csv
caZgas		float64		Redshift for gas lines from <z_gas> in get_proc_elines_CALIFA.csv
caZstars		float64		Redshift for stars from <z_stars> in get_proc_elines_CALIFA.csv
caAge	dex(Gyr)	float64		Mean stellar age from <log_age_mean_LW> in get_proc_elines_CALIFA.csv
caeAge	dex(Gyr)	float64		Error in mean stellar age from <s_log_age_mean_LW> in get_proc_elines_CALIFA.csv
caFHa	dex(1e-16 erg / (cm2 s))	float64		Log of Halpha flux from <log_F_Ha> in get_proc_elines_CALIFA.csv
caFHacorr	dex(1e-16 erg / (cm2 s))	float64		Log of extinction corrected Halpha flux from <log_F_Ha_cor> in get_proc_elines_CALIFA.csv
caLHacorr	dex(erg / s)	float64		Log of extinction corrected Halpha luminosity from <log_L_Ha_cor> in get_proc_elines_CALIFA.csv
caMstars	dex(solMass)	float64		Log of stellar mass from <log_Mass> in get_proc_elines_CALIFA.csv
caeMstars	dex(solMass)	float64		Error in log of stellar mass from <error_Mass> in get_proc_elines_CALIFA.csv
caSFR	dex(solMass / yr)	float64		SFR from in get_proc_elines_CALIFA.csv
caOH	dex	float64		Oxygen abundance as 12+log(O/H) from <OH_O3N2> in get_proc_elines_CALIFA.csv
caeOH	dex	float64		Error in oxygen abundance from <e_OH_O3N2> in get_proc_elines_CALIFA.csv
caAvgas	mag	float64		Nebular extinction as Av from <Av_gas_LW_Re> in get_proc_elines_CALIFA.csv
caeAvgas	mag	float64		Error in nebular extinction from <e_Av_gas_LW_Re> in get_proc_elines_CALIFA.csv
caAvstars	mag	float64		Stellar extinction as Av from <Av_ssp_stats_mean> in get_proc_elines_CALIFA.csv
caeAvstars	mag	float64		Error in stellar extinction <Av_ssp_stats_stddev> in get_proc_elines_CALIFA.csv
caDistP3d	Mpc	float64		Luminosity distance in Mpc from in get_proc_elines_CALIFA.csv
caDistMpc	Mpc	float64		'Luminosity distance in Mpc computed from caZgas assuming Ho=70, Om=0.27, Ol=0.73'
caFlgWav5		float64		Flag (-1/0/1/2=NA/good/minor/bad) for wavelength calibration V500
caFlgWav12		float64		Flag (-1/0/1/2=NA/good/minor/bad) for wavelength calibration V1200
caFlgReg5		float64		Flag (-1/0/1/2=NA/good/minor/bad) for 2D registration rel to SDSS V500
caFlgReg12		float64		Flag (-1/0/1/2=NA/good/minor/bad) for 2D registration rel to SDSS V1200
caFlgImg5		float64		Flag (-1/0/1/2=NA/good/minor/bad) for reconstructed image quality V500
caFlgImg12		float64		Flag (-1/0/1/2=NA/good/minor/bad) for reconstructed image quality V1200

edge_coflux_E20.csv

Integrated CO fluxes from e20 cubes

date: '2020-06-09'

name	unit	datatype	format	description
Name		string		Galaxy Name
coRactr_e20	deg	float64	.4f	Reference R.A. of e20 CARMA cube
coDectr_e20	deg	float64	.4f	Reference Dec. of e20 CARMA cube
coCtrint_e20	K km / s	float64	.3f	Unmasked CO intensity at reference pixel
coDvhel	km / s	float64	.3f	Add this to go from LSR to Barycentric frame
coBmaj_e20	arcsec	float64	.3f	Beam major axis of e20 co cube
coBmin_e20	arcsec	float64	.3f	Beam minor axis of e20 co cube
coBpa_e20	deg	float64	.3f	Beam pos ang (deg E of N) of e20 co cube
coNomask_e20	Jy km / s	float64	.3f	co flux from unmasked e20 cube
coeNomask_e20	Jy km / s	float64	.3f	co flux uncertainty from unmasked e20 cube
coNomaskDv_e20	km / s	float64	.3f	co velocity width for unmasked e20 cube
coDilated_e20	Jy km / s	float64	.3f	co flux from dilated-masked e20 cube
coeDilated_e20	Jy km / s	float64	.3f	co flux uncertainty from dilated-masked e20 cube
coSmooth_e20	Jy km / s	float64	.3f	co flux from smoothed-masked e20 cube
coeSmooth_e20	Jy km / s	float64	.3f	co flux uncertainty from smoothed-masked e20 cube
coSmoothDv_e20	km / s	float64	.3f	co velocity width for smooth-masked e20 cube
coMask2d_e20	Jy km / s	float64	.3f	co flux from 2D masked e20 cube
coeMask2d_e20	Jy km / s	float64	.3f	co flux uncertainty from 2D masked e20 cube
coSNRmax_e20		float64	.3f	Maximum SNR of co in e20 cube
coSNR4pix_e20		float64	.3f	Number of XY pixels with co peak Tb > 4 sigma
coSNR5pix_e20		float64	.3f	Number of XY pixels with co peak Tb > 5 sigma
cottBmaj_e20	arcsec	float64	.3f	Beam major axis of e20 13co cube
cottBmin_e20	arcsec	float64	.3f	Beam minor axis of e20 13co cube
cottBpa_e20	deg	float64	.3f	Beam pos ang (deg E of N) of e20 13co cube
cottNomask_e20	Jy km / s	float64	.3f	13co flux from unmasked e20 cube
cotteNomask_e20	Jy km / s	float64	.3f	13co flux uncertainty from unmasked e20 cube
cottNomaskDv_e20	km / s	float64	.3f	13co velocity width for unmasked e20 cube
cottDilated_e20	Jy km / s	float64	.3f	13co flux from dilated-masked e20 cube
cotteDilated_e20	Jy km / s	float64	.3f	13co flux uncertainty from dilated-masked e20 cube
cottSmooth_e20	Jy km / s	float64	.3f	13co flux from smoothed-masked e20 cube
cotteSmooth_e20	Jy km / s	float64	.3f	13co flux uncertainty from smoothed-masked e20 cube
cottSmoothDv_e20	km / s	float64	.3f	13co velocity width for smooth-masked e20 cube
cottMask2d_e20	Jy km / s	float64	.3f	13co flux from 2D masked e20 cube
cotteMask2d_e20	Jy km / s	float64	.3f	13co flux uncertainty from 2D masked e20 cube
cottSNRmax_e20		float64	.3f	Maximum SNR of 13co in e20 cube
cottSNR4pix_e20		float64	.3f	Number of XY pixels with 13co peak Tb > 4 sigma
cottSNR5pix_e20		float64	.3f	Number of XY pixels with 13co peak Tb > 5 sigma

edge_coflux_natv.csv

Integrated CO fluxes from de20 cubes

date: '2020-06-28'

name	unit	datatype	format	description
Name		string		Galaxy Name
coRactr_natv	deg	float64	.4f	Reference R.A. of natv CARMA cube
coDectr_natv	deg	float64	.4f	Reference Dec. of natv CARMA cube
coCtrint_natv	K km / s	float64	.3f	Unmasked CO intensity at reference pixel
coDvhel	km / s	float64	.3f	Add this to go from LSR to Barycentric frame
coBmaj_natv	arcsec	float64	.3f	Beam major axis of natv co cube
coBmin_natv	arcsec	float64	.3f	Beam minor axis of natv co cube
coBpa_natv	deg	float64	.3f	Beam pos ang (deg E of N) of natv co cube
coNomask_natv	Jy km / s	float64	.3f	co flux from unmasked natv cube
coeNomask_natv	Jy km / s	float64	.3f	co flux uncertainty from unmasked natv cube
coNomaskDv_natv	km / s	float64	.3f	co velocity width for unmasked natv cube
coDilated_natv	Jy km / s	float64	.3f	co flux from dilated-masked natv cube
coeDilated_natv	Jy km / s	float64	.3f	co flux uncertainty from dilated-masked natv cube
coSmooth_natv	Jy km / s	float64	.3f	co flux from smoothed-masked natv cube
coeSmooth_natv	Jy km / s	float64	.3f	co flux uncertainty from smoothed-masked natv cube
coSmoothDv_natv	km / s	float64	.3f	co velocity width for smooth-masked natv cube
coMask2d_natv	Jy km / s	float64	.3f	co flux from 2D masked natv cube
coeMask2d_natv	Jy km / s	float64	.3f	co flux uncertainty from 2D masked natv cube
coSNRmax_natv		float64	.3f	Maximum SNR of co in natv cube
coSNR4pix_natv		float64	.3f	Number of XY pixels with co peak Tb > 4 sigma
coSNR5pix_natv		float64	.3f	Number of XY pixels with co peak Tb > 5 sigma
cottBmaj_natv	arcsec	float64	.3f	Beam major axis of natv 13co cube
cottBmin_natv	arcsec	float64	.3f	Beam minor axis of natv 13co cube
cottBpa_natv	deg	float64	.3f	Beam pos ang (deg E of N) of natv 13co cube
cottNomask_natv	Jy km / s	float64	.3f	13co flux from unmasked natv cube
cotteNomask_natv	Jy km / s	float64	.3f	13co flux uncertainty from unmasked natv cube
cottNomaskDv_natv	km / s	float64	.3f	13co velocity width for unmasked natv cube
cottDilated_natv	Jy km / s	float64	.3f	13co flux from dilated-masked natv cube
cotteDilated_natv	Jy km / s	float64	.3f	13co flux uncertainty from dilated-masked natv cube
cottSmooth_natv	Jy km / s	float64	.3f	13co flux from smoothed-masked natv cube
cotteSmooth_natv	Jy km / s	float64	.3f	13co flux uncertainty from smoothed-masked natv cube
cottSmoothDv_natv	km / s	float64	.3f	13co velocity width for smooth-masked natv cube
cottMask2d_natv	Jy km / s	float64	.3f	13co flux from 2D masked natv cube
cotteMask2d_natv	Jy km / s	float64	.3f	13co flux uncertainty from 2D masked natv cube
cottSNRmax_natv		float64	.3f	Maximum SNR of 13co in natv cube
cottSNR4pix_natv		float64	.3f	Number of XY pixels with 13co peak Tb > 4 sigma
cottSNR5pix_natv		float64	.3f	Number of XY pixels with 13co peak Tb > 5 sigma

edge_coflux_smo7.csv

Integrated CO fluxes from smo7 cubes

date: '2023-03-16'

name	unit	datatype	format	description
Name		string		Galaxy Name
coRactr_smo7	deg	float64	.4f	Reference R.A. of smo7 CARMA cube
coDectr_smo7	deg	float64	.4f	Reference Dec. of smo7 CARMA cube
coCtrint_smo7	K km / s	float64	.3f	Unmasked CO intensity at reference pixel
coNomask_smo7	Jy km / s	float64	.3f	co flux from unmasked smo7 cube
coeNomask_smo7	Jy km / s	float64	.3f	co flux uncertainty from unmasked smo7 cube
coNomaskDv_smo7	km / s	float64	.3f	co velocity width for unmasked smo7 cube
coDilated_smo7	Jy km / s	float64	.3f	co flux from dilated-masked smo7 cube
coeDilated_smo7	Jy km / s	float64	.3f	co flux uncertainty from dilated-masked smo7 cube
coDilatedDv_smo7	km / s	float64	.3f	co velocity width for dilated-masked smo7 cube
coSmooth_smo7	Jy km / s	float64	.3f	co flux from smoothed-masked smo7 cube
coeSmooth_smo7	Jy km / s	float64	.3f	co flux uncertainty from smoothed-masked smo7 cube
coSmoothDv_smo7	km / s	float64	.3f	co velocity width for smooth-masked smo7 cube
coMask2d_smo7	Jy km / s	float64	.3f	co flux from 2D masked smo7 cube
coeMask2d_smo7	Jy km / s	float64	.3f	co flux uncertainty from 2D masked smo7 cube
coSNRmax_smo7		float64	.3f	Maximum SNR of co in smo7 cube
coSNR4pix_smo7		float64	.3f	Number of XY pixels with co peak Tb > 4 sigma
coSNR5pix_smo7		float64	.3f	Number of XY pixels with co peak Tb > 5 sigma
cottNomask_smo7	Jy km / s	float64	.3f	13co flux from unmasked smo7 cube
cotteNomask_smo7	Jy km / s	float64	.3f	13co flux uncertainty from unmasked smo7 cube
cottNomaskDv_smo7	km / s	float64	.3f	13co velocity width for unmasked smo7 cube
cottDilated_smo7	Jy km / s	float64	.3f	13co flux from dilated-masked smo7 cube
cotteDilated_smo7	Jy km / s	float64	.3f	13co flux uncertainty from dilated-masked smo7 cube
cottDilatedDv_smo7	km / s	float64	.3f	13co velocity width for dilated-masked smo7 cube
cottSmooth_smo7	Jy km / s	float64	.3f	13co flux from smoothed-masked smo7 cube
cotteSmooth_smo7	Jy km / s	float64	.3f	13co flux uncertainty from smoothed-masked smo7 cube
cottSmoothDv_smo7	km / s	float64	.3f	13co velocity width for smooth-masked smo7 cube
cottMask2d_smo7	Jy km / s	float64	.3f	13co flux from 2D masked smo7 cube
cotteMask2d_smo7	Jy km / s	float64	.3f	13co flux uncertainty from 2D masked smo7 cube
cottMk12_di_smo7	Jy km / s	float64	.3f	13co flux in 12co dilated mask smo7 cube
cotteMk12_di_smo7	Jy km / s	float64	.3f	13co flux uncertainty in 12co dilated mask smo7 cube
cottMk12_sm_smo7	Jy km / s	float64	.3f	13co flux in 12co smoothed mask smo7 cube
cotteMk12_sm_smo7	Jy km / s	float64	.3f	13co flux uncertainty in 12co smoothed mask smo7 cube
cottSNRmax_smo7		float64	.3f	Maximum SNR of 13co in smo7 cube
cottSNR4pix_smo7		float64	.3f	Number of XY pixels with 13co peak Tb > 4 sigma
cottSNR5pix_smo7		float64	.3f	Number of XY pixels with 13co peak Tb > 5 sigma

edge_coobs_D.csv

Observational Parameters for CARMA D array cubes

date: '2023-06-20'

name	unit	datatype	format	description
Name		string		Galaxy Name
coVsys	km / s	float64		LSR Radio Velocity
coDobstim	h	float64		D array observing time
coNpt		int64		No. of CARMA pointings
coDbmaj	arcsec	float64		Native D-array beam major axis
coDbmin	arcsec	float64		Native D-array beam minor axis
coRMS_mJybm	mJy / beam	float64		Noise in 20 km/s channel
coRMS_mK	mK	float64		Noise in 20 km/s channel
coTpk_mK	mK	int64		Peak brightness in 20 km/s channel
coSNRpeak		float64		Peak brightness in SNR units
ImagingDate		string		Date of imaging

edge_coobs_DE.csv

Observational Parameters for CARMA D+E array cubes

date: '2023-06-20'

name	unit	datatype	format	description
Name		string		Galaxy Name
coVsys	km / s	float64		LSR Radio Velocity
coDEobstim	h	float64		D+E array observing time
coNpt		int64		No. of CARMA pointings
coDEbmaj	arcsec	float64		Native D+E-array beam major axis
coDEbmin	arcsec	float64		Native D+E-array beam minor axis
coRMS_10	mK	float64		Noise in 10 km/s channel
coTpk_10	mK	int64		Peak brightness in 10 km/s channel
coSNRpeak_10		float64		Peak brightness at 10 km/s in SNR units
ImagingDate_10		string		Date of 10 km/s imaging
coRMS_20	mK	float64		Noise in 20 km/s channel
coTpk_20	mK	int64		Peak brightness in 20 km/s channel
coSNRpeak_20		float64		Peak brightness at 20 km/s in SNR units
ImagingDate_20		string		Date of 20 km/s imaging

edge_coobs_E.csv

Observational Parameters for CARMA E array cubes

date: '2023-06-20'

name	unit	datatype	format	description
Name		string		Galaxy Name
coDname		string		Name repeated if also observed in D
coVsys	km / s	float64		LSR Radio Velocity
coEobstim	h	float64		E array observing time
coNpt		int64		No. of CARMA pointings
coEbmaj	arcsec	float64		Native E-array beam major axis
coEbmin	arcsec	float64		Native E-array beam minor axis
coRMS_mJybm	mJy / beam	float64		Noise in 20 km/s channel
coRMS_mK	mK	float64		Noise in 20 km/s channel
coTpk_mK	mK	int64		Peak brightness in 20 km/s channel
coSNRpeak		float64		Peak brightness in SNR units
ImagingDate		string		Date of imaging

edge_hiflux.csv

Integrated HI fluxes from a combination of NED and GBT spectra

date: '2023-06-18'

name	unit	datatype	format	description
Name		string		Galaxy Name
Refcode		string		Ref Code for spectrum
Vsys	km / s	float32		'Vsys from LEDA, optical barycentric'
Deltav	km / s	float32		Velocity channel width
Robust_rms	mJy	float32		rms noise from mad_std over noise region
RefInt	Jy km / s	float32		integrated HI flux over fixed window of +/- 600.0
RefUnc	Jy km / s	float32		uncertainty in RefInt
SigInt	Jy km / s	float32		integrated HI flux over get_signal_range window
SigUnc	Jy km / s	float32		uncertainty in SigInt
SigVmin	km / s	float32		signal start from get_signal_range
SigVmax	km / s	float32		signal end from get_signal_range
BadFlag		bool		True for poor signal

edge_jampars.csv

Galaxy Parameters from Table 1 of 2018MNRAS.477..254L

date: '2020-06-22'

name	unit	datatype	format	description
Name		string		Galaxy Name
jaType		string		Morphological Type
jaDistMpc	Mpc	float64		Distance in Mpc
jaIncl	deg	float64		Inclination from outer isophotes
jaMstar	dex(solMass)	float64		Total Stellar mass
jaMorphPA	deg	float64		PA from outer isophotes
jaKinPA	deg	float64		PA from fitting CO kinematics
jaReff	arcsec	float64		Effective radius
jaVstar	km / s	float64		Stellar velocity dispersion at Reff
jaVsys	km / s	float64		Systemic velocity referenced to optical convention cz

edge_leda.csv

Galaxy Parameters from HyperLEDA

date: '2023-02-27'

name	unit	datatype	format	description
Name		string		Galaxy Name
ledaName		string		Galaxy name as known by LEDA
ledaRA	hourangle	float64		RA J2000 from LEDA /al2000/
ledaDE	deg	float64		DEC J2000 from LEDA /de2000/
ledaMorph		string		Hubble type from LEDA /type/
ledaBar		string		B = bar present from LEDA /bar/
ledaRing		string		R = ring present from LEDA /ring/
ledaMultiple		string		M = multiple system from LEDA /multiple/
ledaType		float64		Morphological type from LEDA /t/
ledaPA	deg	float64		'PA from LEDA /pa/, N to E'
ledaBt	mag	float64		Apparent B total magnitude from LEDA /bt/
ledaIt	mag	float64		Apparent I total magnitude from LEDA /it/
ledaVmaxg	km / s	float64		HI max v_rot uncorrected for incl from LEDA /vmaxg/
ledaFIR	mag	float64		FIR flux as magnitude from LEDA /mfir/
ledaVrad	km / s	float64		cz from mean data from LEDA /v/
ledaA_Bgal	mag	float64		Galactic A_B from LEDA /ag/
ledaIncl	deg	float64		Morph inclination from LEDA /incl/
ledaVrot	km / s	float64		HI max v_rot corrected for incl from LEDA /vrot/
ledaVvir	km / s	float64		Virgo infall corrected cz from LEDA /vvir/
ledaModz	mag	float64		Dist modulus from LEDA /modz/ based on /vvir/
ledaD25	arcmin	float64	.2f	Apparent B diameter from LEDA /logd25/ linearized
ledaAxrat		float64	.4f	Minor to major axis ratio from LEDA /logr25/ linearized
ledaAxIncl	deg	float64	.1f	Inclination estimated from LEDA axratio using Bottinelli+83
ledaDistMpc	Mpc	float64	.2f	Luminosity distance in Mpc corresponding to ledaModz
ledaHIflux	Jy km / s	float64	.2f	21cm flux from LEDA /m21/ linearized
ID		int64		CALIFA ID

edge_ned.csv

Galaxy coordinates and diameters from NED

date: '2021-06-28'

name	unit	datatype	format	description
Name		string		Galaxy Name
nedRA	deg	float64		J2000 RA from NED
nedDE	deg	float64		J2000 DEC from NED
nedVopt	km / s	int64		cz from NED
nedz		float64		z from NED
nedMajDia	arcmin	float64		NED Basic Data major axis diameter
nedMinDia	arcmin	float64		NED Basic Data minor axis diameter

edge_nsa.csv

Galaxy Parameters from NASA-Sloan Atlas

date: '2021-06-28'

name	unit	datatype	format	description
Name		string
nsaZdist		float64		Redshift from NASA-Sloan Atlas using pecular velocity model of Willick+ 97
nsaAu	mag	float64		Galactic extinction in u from Schlegel+ 97
nsaAg	mag	float64		Galactic extinction in g from Schlegel+ 97
nsaAr	mag	float64		Galactic extinction in r from Schlegel+ 97
nsaAi	mag	float64		Galactic extinction in i from Schlegel+ 97
nsaAz	mag	float64		Galactic extinction in z from Schlegel+ 97

edge_rdist17.csv

Radial distribution parameters from Bolatto+ 2017ApJ...846..159B

date: '2023-06-18'

name	unit	datatype	format	description
Name		string
rdScaleMol	kpc	float64		Exponential scale length for CO disk derived by filling in undetected values in annulii with 1-sigma
rdeScaleMol	kpc	float64		Statistical error from fit to exponential scale length
rdScaleMolHi	kpc	float64		Upper limit to exponential scale length by filling in annuli with 2-sigma values
rdScaleMolLo	kpc	float64		Lower limit to exponential scale length by filling in annulii with zeros
rdNormMol	solMass / pc2	float64		'Normalization of CO exponential disk profile, i.e. density at R=0'
rdeNormMol	solMass / pc2	float64		Error in normalization of CO exponential disk profile
rdScaleSt	kpc	float64		Exponential scale length for the mass of the stellar disk
rdeScaleSt	kpc	float64		Formal error in stellar scale length fit
rdNormSt	solMass / pc2	float64		'Normalization of stellar exponential disk profile, i.e. density at R=0'
rdeNormSt	solMass / pc2	float64		Formal error in stellar disk normalization
rdR50Mol	kpc	float64		Radius enclosing 50% of the molecular mass
rdeR50Mol	kpc	float64		'Error in radius enclosing 50% of the molecular mass, including beam size'
rdR50St	kpc	float64		Radius enclosing 50% of the stellar mass
rdeR50St	kpc	float64		'Error in radius enclosing 50% of the stellar mass, including beam size'
rdScaleSFR	kpc	float64		Exponential scale length for SFR from extinction corrected Ha
rdeScaleSFR	kpc	float64		Error in exponential scale length for SFR from extinction corrected Ha

edge_rfpars.csv

Global kinematic fit parameters from Levy et al. 2018ApJ...860...92L

date: '2023-09-15'

name	unit	datatype	format	description
Name		string		standard EDGE-CALIFA galaxy name
rfVsys	km / s	float64		'CO relativistic helocentric vsys (km/s); see VsysFlag for how this was derived '
rfVsysFlag		int64		how is Vsys derived; 0=CO kinematics; 1=Ha kinematics; 3=LEDA
rfLSRK2helio	km / s	float64		conversion from LSRK velocity to heliocentric velocity (km/s); V(helio)=V(LSRK)-LSRK2helio
rfRflat	arcsec	float64		the radius (arcsec) at which the rotation curve flattens from the Lelli+16 algorithm
rfVrotMaxL	km / s	float64		the maximum CO rotation velocity (relativistic km/s) from the Lelli+2016 algorithm
rfeVrotMaxL	km / s	float64		the error in rfVrotMaxL from the Lelli+2016 algorithm
rfVrotMaxLFlag		int64		0 = either rfeVrotMaxL\rfVrotMaxL > 10% rfeVrotMaxL>rfVrotMaxL rfeVrotmaxL=0 so rfRflat rfVrotMaxL and rfeVrotMaxL values are unreliable; 1 = rfRflat rfVrotMaxL and rfeVrotMaxL values are reliable
rfVrotMax	km / s	float64		the maximum CO rotation velocity (relativistic km/s) using median Vrot at radii larger than 12 arcsec as used in Levy+18
rfeVrotMax	km / s	float64		the error in rfVrotMax using standard deviation of Vrot at radii larger than 12 arcsec as used in Levy+18
rfPA	deg	float64		position angle (degrees) ranging from 0-365 degrees defined counterclockwise from North to receding side of major axis; see PAFlag for how this was derived; please note that Levy+2018 defined the PA from th
rfPAFlag		int64		this describes where the PA listed is from; 0=CO kinematics; 1=Ha kinematics; 2=outer optical isophotes; 3=LEDA
rfInc	deg	float64		inclination (degrees); see IncFlag for how this was derived
rfIncFlag		int64		this describes where the inclination listed is from; 0=CO kinematics; 1=Ha kinematics; 2=outer optical isophotes; 3=LEDA
rfKinXoff	arcsec	float64		offset of CO kinematic center from ledaRA (arcsec); RA=ledaRA-xoff
rfKinYoff	arcsec	float64		offset of CO kinematic center from ledaDec (arcsec); Dec=ledaDE-yoff
rfKinRA	hourangle	float64		RA of kinematic center including rfKinXoff (J2000 hours); rfKinRA=ledaRA-rfKinXoff
rfKinDecl	deg	float64		Decl of kinematic center including rfKinYoff (J2000 degrees); rfKinDecl=ledaDE-rfKinYoff

edge_wise.csv

WISE photometry from Bitsakis

date: '2021-06-28'

name	unit	datatype	format	description
Name		string
W1	mag	float64		3.4 um Vega magnitude from image photometry from table by Bitsakis. NGC0598 and NGC4676A are from w1mpro in allWISE catalog
eW1	mag	float64		Error in W1 in Vega magnitudes from table by Bitsakis. NGC0598 and NGC4676A are from w1mpro+2.5*log(w1snr) in allWISE catalog
W2	mag	float64		4.6 um Vega magnitude from Bitsakis
eW2	mag	float64		Error in W2 in Vega magnitudes from Bitsakis
W3	mag	float64		12 um Vega magnitude from Bitsakis
eW3	mag	float64		Error in W3 in Vega magnitudes from Bitsakis
W4	mag	float64		22 um Vega magnitude from Bitsakis
eW4	mag	float64		Error in W4 in Vega magnitudes from Bitsakis
W1lum	dex(erg / s)	float64		'Luminosity in W1 from caDistMpc and W1 magnitude using the zero point, frequency, and bandwidth from Jarrett+11'
W2lum	dex(erg / s)	float64		'Luminosity in W2 from caDistMpc and W2 magnitude using the zero point, frequency, and bandwidth from Jarrett+11'
W3lum	dex(erg / s)	float64		'Luminosity in W3 from caDistMpc and W3 magnitude using the zero point, frequency, and bandwidth from Jarrett+11'
W4lum	dex(erg / s)	float64		'Luminosity in W4 from caDistMpc and W4 magnitude using the zero point, frequency, and bandwidth from Jarrett+11'
W4SFR	solMass / yr	float64		SFR from W4lum using Catalan-Torrecilla+14 calibration

jam_rotcurves.csv

CO Rotation Curves from 2018MNRAS.477..254L

date: '2020-06-22'

name	unit	datatype	format	description
Name		string		Galaxy Name
radius	arcsec	float64
Vrot	km / s	float64		Rotation curve
e_Vrot	km / s	float64		Error in rotation curve
Vrot_bsc	km / s	float64		Beam smearing corrected rotation curve
e_Vrot_bsc	km / s	float64		Error in corrected rotation curve

rf_CO_natv.csv

CO_natv Rotation Curves from 2018ApJ...860...92L

date: '2020-06-22'

name	unit	datatype	format	description
Name		string		Galaxy Name
radius	arcsec	float64
Vrot	km / s	float64		Rotation curve
e_Vrot	km / s	float64		Error in rotation curve
Vrad		float64		Expansion velocity
e_Vrad	km / s	float64		Error in expansion velocity
dVsys	km / s	float64		Systemic velocity offset
e_dVsys	km / s	float64		Error in systemic velocity offset

rf_CO_smo6.csv

CO_smo6 Rotation Curves from 2018ApJ...860...92L

date: '2020-06-22'

name	unit	datatype	format	description
Name		string		Galaxy Name
radius	arcsec	float64
Vrot	km / s	float64		Rotation curve
e_Vrot	km / s	float64		Error in rotation curve
Vrad		float64		Expansion velocity
e_Vrad	km / s	float64		Error in expansion velocity
dVsys	km / s	float64		Systemic velocity offset
e_dVsys	km / s	float64		Error in systemic velocity offset

rf_HA_natv.csv

HA_natv Rotation Curves from 2018ApJ...860...92L

date: '2020-06-22'

name	unit	datatype	format	description
Name		string		Galaxy Name
radius	arcsec	float64
Vrot	km / s	float64		Rotation curve
e_Vrot	km / s	float64		Error in rotation curve
Vrad		float64		Expansion velocity
e_Vrad	km / s	float64		Error in expansion velocity
dVsys	km / s	float64		Systemic velocity offset
e_dVsys	km / s	float64		Error in systemic velocity offset

rf_HA_smo6.csv

HA_smo6 Rotation Curves from 2018ApJ...860...92L

date: '2020-06-22'

name	unit	datatype	format	description
Name		string		Galaxy Name
radius	arcsec	float64
Vrot	km / s	float64		Rotation curve
e_Vrot	km / s	float64		Error in rotation curve
Vrad		float64		Expansion velocity
e_Vrad	km / s	float64		Error in expansion velocity
dVsys	km / s	float64		Systemic velocity offset
e_dVsys	km / s	float64		Error in systemic velocity offset

rprof_de20_smo.csv

Radial CO profiles from smoothed-mask moment maps at native resolution

date: '2019-07-16'

name	unit	datatype	format	description
Name		string		Galaxy Name
r_arcs	arcsec	float64		outer radius of ring in arcsec
r_kpc	kpc	float64	10.3f	outer radius of ring in kpc
r_r25	''	float64	10.3f	outer radius of ring as frac of opt radius
npix		int64		number of available pixels in the ring
ngood		int64		number of unmasked pixels in the ring
ico_avg	K km / s	float64	10.3f	average face-on intensity in ring if ngood/npix > 0.1 and setting blanks to zero
ico_rms	K km / s	float32		rms face-on intensity in ring for unmasked pixels
detlim	K km / s	float64	10.3f	3 sigma detection limit based on emom0max
sigmol	solMass / pc2	float64	10.3f	average face-on surface density including He with alphaco=4.3
cumlum	K km pc2 / s	float32	10.4e	total CO luminosity within the given radius
cummass	solMass	float32	10.4e	total molecular gas mass within the given radius

rprof_smo7_smo.csv

Radial CO profiles from smoothed-mask moment maps at 7as resolution

date: '2019-07-16'

name	unit	datatype	format	description
Name		string		Galaxy Name
r_arcs	arcsec	float64		outer radius of ring in arcsec
r_kpc	kpc	float64	10.3f	outer radius of ring in kpc
r_r25	''	float64	10.3f	outer radius of ring as frac of opt radius
npix		int64		number of available pixels in the ring
ngood		int64		number of unmasked pixels in the ring
ico_avg	K km / s	float64	10.3f	average face-on intensity in ring if ngood/npix > 0.1 and setting blanks to zero
ico_rms	K km / s	float32		rms face-on intensity in ring for unmasked pixels
detlim	K km / s	float64	10.3f	3 sigma detection limit based on emom0max
sigmol	solMass / pc2	float64	10.3f	average face-on surface density including He with alphaco=4.3
cumlum	K km pc2 / s	float32	10.4e	total CO luminosity within the given radius
cummass	solMass	float32	10.4e	total molecular gas mass within the given radius