\begin{table*} \begin{center} \caption{Integrated and characteristic parameters delivered for each analyzed datacube.} \begin{tabular}{llll} \hline\hline \# & parameter name & units & Description \\ \hline 0 & ID & -- & None \\ 1 & cubename & -- & -- \\ 2 & ra & -- & None \\ 3 & dec & -- & None \\ 4 & void & -- & None \\ 5 & TType & -- & None \\ 6 & Re\_arc & arcsec & Adopted effective radius in arcsec \\ 7 & FoV & -- & Ratio between the diagonal radius of the cube and Re \\ 8 & redshift & -- & -- \\ 9 & DL & { Mpc} & Adopted luminosity distance \\ 10 & DA & { Mpc} & Adopted angular-diameter distance \\ 11 & PA & degrees & Adopted position angle in degrees \\ 12 & ellip & -- & Adopted ellipticity \\ 13 & Re\_kpc & kpc & Effective radius in kpc \\ 14 & log\_Mass & log(M$_\odot$) & Integrated stellar mass in units of the solar mass in logarithm scale \\ 15 & e\_log\_Mass & log(M$_\odot$) & Error of the integrated stellar mass { in logratihm-scale} \\ 16 & log\_SFR\_Ha & -- & -- \\ 17 & e\_log\_SFR\_Ha & -- & -- \\ 18 & log\_SFR\_ssp & log(M$_\odot$ yr$^{-1}$) & Integrated SFR derived from the SSP analysis t$$<$$32Myr \\ 19 & e\_log\_SFR\_ssp & -- & -- \\ 20 & log\_NII\_Ha\_cen & -- & Logarithm of the [NII]6583/H$\alpha$ line ratio in the central aperture \\ 21 & e\_log\_NII\_Ha\_cen & -- & Error in the logarithm of the [NII]6583/H$\alpha$ line ratio \\ 22 & log\_OIII\_Hb\_cen & -- & Logarithm of the [OIII]5007/H$\beta$ line ratio in the central aperture \\ 23 & e\_log\_OIII\_Hb\_cen & -- & Error in the logarithm of the [OIII]5007/H$\beta$ line ratio \\ 24 & log\_SII\_Ha\_cen & -- & Logarithm of the [SII]6717+6731/H$\alpha$ line ratio in the central aperture \\ 25 & e\_log\_SII\_Ha\_cen & -- & Error in the logarithm of the [SII]6717/H$\alpha$ line ratio \\ 26 & log\_OII\_Hb\_cen & -- & Logarithm of the [OII]3727/H$\beta$ line ratio in the central aperture \\ 27 & e\_log\_OII\_Hb\_cen & -- & Error in the logarithm of the [OII]3727/H$\beta$ line ratio \\ 28 & EW\_Ha\_cen & \AA\ & EW of H$\alpha$ in the central aperture \\ 29 & e\_EW\_Ha\_cen & \AA\ & Error of the EW of H$\alpha$ in the central aperture \\ 30 & ZH\_LW\_Re\_fit & dex & { LW metallicity of the stellar population at Re, normalized to the solar value, in logarithm scales} \\ 31 & e\_ZH\_LW\_Re\_fit & dex & Error in the luminosity weighted metallicity of the stellar population \\ 32 & alpha\_ZH\_LW\_Re\_fit & dex/Re & Slope of the gradient of the LW metallicity of the stellar population \\ 33 & e\_alpha\_ZH\_LW\_Re\_fit & dex/Re & Error of the slope of the gradient of the LW log-metallicity \\ 34 & ZH\_MW\_Re\_fit & dex & { MW metallicity of the stellar population at Re, normalized to the solar value, in logarithm scales} \\ \hline \end{tabular}abel{tab:cat} \end{center} \end{table*} \addtocounter{table}{-1} \begin{table*} \begin{center} \caption{Integrated and characteristic parameters delivered for each analyzed datacube.} \begin{tabular}{llll} \hline\hline \# & parameter name & units & Description \\ \hline 35 & e\_ZH\_MW\_Re\_fit & dex & Error in the Mass weighted metallicity of the stellar population \\ 36 & alpha\_ZH\_MW\_Re\_fit & dex/Re & Slope of the gradient of the MW log-metallicity of the stellar population \\ 37 & e\_alpha\_ZH\_MW\_Re\_fit & dex/Re & Error of the slope of the gradient of the MW log-metallicity \\ 38 & Age\_LW\_Re\_fit & log(yr) & Luminosity weighted age of the stellar population in logarithm scale \\ 39 & e\_Age\_LW\_Re\_fit & log(yr) & Error in the luminosity weighted age of the stellar population \\ 40 & alpha\_Age\_LW\_Re\_fit & log(yr)/Re & Slope of the gradient of the LW log-age of the stellar population \\ 41 & e\_alpha\_Age\_LW\_Re\_fit & log(yr)/Re & Error of the slope of the gradient of the LW log-age of the stellar population \\ 42 & Age\_MW\_Re\_fit & log(yr) & Mass weighted age of the stellar population in logarithm \\ 43 & e\_Age\_MW\_Re\_fit & log(yr) & Error in the Mass weighted age of the stellar population \\ 44 & alpha\_Age\_MW\_Re\_fit & { log(yr)}/Re & Slope of the gradient of the MW log-age of the stellar population \\ 45 & e\_alpha\_Age\_MW\_Re\_fit & { log(yr)}/Re & Error of the slope of the gradient of the MW log-age of the stellar population \\ 46 & log\_Mass\_gas & log(M$_\odot$) & Integrated gas mass in units of the solar mass in logarithm scale \\ 47 & vel\_sigma\_Re & -- & Velocity/dispersion ratio for the stellar populations within 1.5 Re \\ 48 & e\_vel\_sigma\_Re & -- & Error in the velocity/dispersion ratio for the stellar population \\ 49 & log\_SFR\_SF & log(M$_\odot$ yr$^{-1}$) & Integrated SFR using only the spaxels compatible with SF \\ 50 & log\_SFR\_D\_C & log(M$_\odot$ yr$^{-1}$) & Integrated SFR diffuse corrected \\ 51 & OH\_O3N2\_cen & dex & Oxygen abundance using the calibrator O3N2 at the central aperture \\ 52 & e\_OH\_O3N2\_cen & dex & Error in Oxygen abundance using the calibrator O3N2 at the central aperture \\ 53 & OH\_N2\_cen & dex & Oxygen abundance using the calibrator N2 at the central aperture \\ 54 & e\_OH\_N2\_cen & dex & Error in Oxygen abundance using the calibrator N2 at the central aperture \\ 55 & OH\_ONS\_cen & dex & Oxygen abundance using the calibrator ONS at the central aperture \\ 56 & e\_OH\_ONS\_cen & dex & Error in Oxygen abundance using the calibrator ONS at the central aperture \\ 57 & OH\_R23\_cen & dex & Oxygen abundance using the calibrator R23 at the central aperture \\ 58 & e\_OH\_R23\_cen & dex & Error in Oxygen abundance using the calibrator R23 at the central aperture \\ 59 & OH\_pyqz\_cen & dex & Oxygen abundance using the calibrator pyqz at the central aperture \\ 60 & e\_OH\_pyqz\_cen & dex & Error in Oxygen abundance using the calibrator pyqz at the central aperture \\ 61 & OH\_t2\_cen & dex & Oxygen abundance using the calibrator t2 at the central aperture \\ 62 & e\_OH\_t2\_cen & dex & Error in Oxygen abundance using the calibrator t2 at the central aperture \\ 63 & OH\_M08\_cen & dex & Oxygen abundance using the calibrator M08 at the central aperture \\ 64 & e\_OH\_M08\_cen & dex & Error in Oxygen abundance using the calibrator M08 at the central aperture \\ 65 & OH\_T04\_cen & dex & Oxygen abundance using the calibrator T04 at the central aperture \\ 66 & e\_OH\_T04\_cen & dex & Error in Oxygen abundance using the calibrator T04 at the central aperture \\ 67 & OH\_dop\_cen & dex & Oxygen abundance using the calibrator dop at the central aperture \\ 68 & e\_OH\_dop\_cen & dex & Error in Oxygen abundance using the calibrator dop at the central aperture \\ 69 & OH\_O3N2\_EPM09\_cen & dex & Oxygen abundance using the calibrator O3N2\_EPM09 at the central aperture \\ \hline \end{tabular}abel{tab:cat} \end{center} \end{table*} \addtocounter{table}{-1} \begin{table*} \begin{center} \caption{Integrated and characteristic parameters delivered for each analyzed datacube.} \begin{tabular}{llll} \hline\hline \# & parameter name & units & Description \\ \hline 70 & e\_OH\_O3N2\_EPM09\_cen & dex & Error in Oxygen abundance using the calibrator O3N2\_EPM09 at the central aperture \\ 71 & log\_OI\_Ha\_cen & dex & Logarithm of the [OI]6301/H$\alpha$ within a central aperture \\ 72 & e\_log\_OI\_Ha\_cen & dex & Error in the logarithm of the [OI]6301/H$\alpha$ within a central aperture \\ 73 & Ha\_Hb\_cen & -- & Ratio between the flux of Ha$\alpha$ and H$\beta$ within a central aperture \\ 74 & e\_Ha\_Hb\_cen & -- & Error of Ha\_Hb\_cen \\ 75 & log\_NII\_Ha\_Re & dex & Logarithm of the [NII]6583/H$\alpha$ line ratio at 1Re \\ 76 & e\_log\_NII\_Ha\_Re & dex & Error in the logarithm of the [NII]6583/H$\alpha$ ratio at 1Re \\ 77 & log\_OIII\_Hb\_Re & dex & Logarithm of the [OIII]5007/H$\beta$ line ratio at 1Re \\ 78 & e\_log\_OIII\_Hb\_Re & dex & Error in the logarithm of the [OIII]5007/H$\beta$ ratio at 1Re \\ 79 & log\_SII\_Ha\_Re & dex & Logarithm of the [SII]6717+6731/H$\alpha$ ratio at 1Re \\ 80 & e\_log\_SII\_Ha\_Re & dex & Error in the logarithm of the [SII]6717/H$\alpha$ ratio at 1Re \\ 81 & log\_OII\_Hb\_Re & dex & Logarithm of the [OII]3727/H$\beta$ ratio at 1Re \\ 82 & e\_log\_OII\_Hb\_Re & dex & Error in the logarithm of the [OII]3727/H$\beta$ at 1Re \\ 83 & log\_OI\_Ha\_Re & dex & Logarithm of the [OI]6301/H$\alpha$ ratio at 1Re \\ 84 & e\_log\_OI\_Ha\_Re & dex & Error in the logarithm of the [OI]6301/H$\alpha$ ratio at 1Re \\ 85 & EW\_Ha\_Re & \AA\ & EW of H$\alpha$ at 1Re \\ 86 & e\_EW\_Ha\_Re & \AA\ & Error of the EW of H$\alpha$ at 1Re \\ 87 & Ha\_Hb\_Re & -- & Ratio between the flux of H$\alpha$ and H$\beta$ within at 1Re \\ 88 & e\_Ha\_Hb\_Re & -- & Error of Ha\_Hb\_Re \\ 89 & log\_NII\_Ha\_ALL & dex & Logarithm of the [NII]6583/H$\alpha$ line ratio within the entire FoV \\ 90 & e\_log\_NII\_Ha\_ALL & dex & Error in the logarithm of the [NII]6583/$\alpha$ ratio within the entire FoV \\ 91 & log\_OIII\_Hb\_ALL & dex & Logarithm of the [OIII]5007/H$\beta$ line ratio within the FoV \\ 92 & e\_log\_OIII\_Hb\_ALL & dex & Error in the logarithm of the [OIII]5007/H$\beta$ ratio within the FoV \\ 93 & log\_SII\_Ha\_ALL & dex & Logarithm of the [SII]6717+6731/H$\alpha$ ratio within the entire FoV \\ 94 & e\_log\_SII\_Ha\_ALL & dex & Error in the logarithm of the [SII]6717/H$\alpha$ ratio within the FoV \\ 95 & log\_OII\_Hb\_ALL & dex & Logarithm of the [OII]3727/H$\beta$ ratio within the entire FoV \\ 96 & e\_log\_OII\_Hb\_ALL & dex & Error in the logarithm of the [OII]3727/H$\beta$ ratio within the FoV \\ 97 & log\_OI\_Ha\_ALL & dex & Logarithm of the [OI]6301/H$\alpha$ ratio within the entire FoV \\ 98 & e\_log\_OI\_Ha\_ALL & dex & Error in the logarithm of the [OI]6301/H$\beta$ ratio within the FoV \\ 99 & EW\_Ha\_ALL & \AA\ & EW of H$\alpha$ within the entire FoV \\ 100 & e\_EW\_Ha\_ALL & \AA\ & Error of the EW of H$\alpha$ within the FoV \\ 101 & Ha\_Hb\_ALL & -- & Ratio between the flux of H$\alpha$ and H$\beta$ within the entire FoV \\ 102 & Sigma\_Mass\_cen & log(M$_\odot$ pc$^{-2}$) & Stellar Mass surface density in the central aperture \\ 103 & e\_Sigma\_Mass\_cen & log(M$_\odot$ pc$^{-2}$) & Error in Stellar Mass density in the central aperture \\ 104 & Sigma\_Mass\_Re & log(M$_\odot$ pc$^{-2}$) & Stellar Mass surface density at 1Re \\ \hline \end{tabular}abel{tab:cat} \end{center} \end{table*} \addtocounter{table}{-1} \begin{table*} \begin{center} \caption{Integrated and characteristic parameters delivered for each analyzed datacube.} \begin{tabular}{llll} \hline\hline \# & parameter name & units & Description \\ \hline 105 & e\_Sigma\_Mass\_Re & log(M$_\odot$ pc$^{-2}$) & Error in Stellar Mass density at 1Re \\ 106 & Sigma\_Mass\_ALL & log(M$_\odot$ pc$^{-2}$) & Average Stellar Mass surface density within the entire FoV \\ 107 & e\_Sigma\_Mass\_ALL & log(M$_\odot$ pc$^{-2}$) & Error in the average Stellar Mass surface density within the FoV \\ 108 & T30 & Gyr & Lookback time at which the galaxy has formed 30\% of its stellar mass \\ 109 & ZH\_T30 & dex & Stellar metallicity, normalized by the solar value, in logarithm-scale at T30 time \\ 110 & ZH\_Re\_T30 & dex & Stellar metallicity, normalized by the solar value, in logarithm-scale at Re at T30 time \\ 111 & a\_ZH\_T30 & dex/Re & Slope of the ZH gradient at T30 time \\ 112 & T40 & Gyr & Lookback time at which the galaxy has formed 40\% of its stellar mass \\ 113 & ZH\_T40 & dex & Stellar metallicity, normalized by the solar value, in logarithm-scale at T40 time \\ 114 & ZH\_Re\_T40 & dex & Stellar metallicity, normalized by the solar value, in logarithm-scale at Re at T40 time \\ 115 & a\_ZH\_T40 & dex/Re & Slope of the ZH gradient at T40 time \\ 116 & T50 & Gyr & Lookback time at which the galaxy has formed 50\% of its stellar mass \\ 117 & ZH\_T50 & dex & Stellar metallicity, normalized by the solar value, in logarithm-scale at T50 time \\ 118 & ZH\_Re\_T50 & dex & Stellar metallicity, normalized by the solar value, in logarithm-scale at Re at T50 time \\ 119 & a\_ZH\_T50 & dex/Re & Slope of the ZH gradient at T50 time \\ 120 & T60 & Gyr & Lookback time at which the galaxy has formed 60\% of its stellar mass \\ 121 & ZH\_T60 & dex & Stellar metallicity, normalized by the solar value, in logarithm-scale at T60 time \\ 122 & ZH\_Re\_T60 & dex & Stellar metallicity, normalized by the solar value, in logarithm-scale at Re at T60 time \\ 123 & a\_ZH\_T60 & dex/Re & Slope of the ZH gradient at T60 time \\ 124 & T70 & Gyr & Lookback time at which the galaxy has formed 70\% of its stellar mass \\ 125 & ZH\_T70 & dex & Stellar metallicity, normalized by the solar value, in logarithm-scale at T70 time \\ 126 & ZH\_Re\_T70 & dex & Stellar metallicity, normalized by the solar value, in logarithm-scale at Re at T70 time \\ 127 & a\_ZH\_T70 & dex/Re & Slope of the ZH gradient at T70 time \\ 128 & T80 & Gyr & Lookback time at which the galaxy has formed 80\% of its stellar mass \\ 129 & ZH\_T80 & dex & Stellar metallicity, normalized by the solar value, in logarithm-scale at T80 time \\ 130 & ZH\_Re\_T80 & dex & Stellar metallicity, normalized by the solar value, in logarithm-scale at Re at T80 time \\ 131 & a\_ZH\_T80 & dex/Re & Slope of the ZH gradient at T80 time \\ 132 & T90 & Gyr & Lookback time at which the galaxy has formed 90\% of its stellar mass \\ 133 & ZH\_T90 & dex & Stellar metallicity, normalized by the solar value, in logarithm-scale at T90 time \\ 134 & ZH\_Re\_T90 & dex & Stellar metallicity, normalized by the solar value, in logarithm-scale at Re at T90 time \\ 135 & a\_ZH\_T90 & dex/Re & Slope of the ZH gradient at T90 time \\ 136 & T95 & Gyr & Lookback time at which the galaxy has formed 95\% of its stellar mass \\ 137 & ZH\_T95 & dex & Stellar metallicity, normalized by the solar value, in logarithm-scale at T95 time \\ 138 & ZH\_Re\_T95 & dex & Stellar metallicity, normalized by the solar value, in logarithm-scale at Re at T95 time \\ 139 & a\_ZH\_T95 & dex/Re & Slope of the ZH gradient at T95 time \\ \hline \end{tabular}abel{tab:cat} \end{center} \end{table*} \addtocounter{table}{-1} \begin{table*} \begin{center} \caption{Integrated and characteristic parameters delivered for each analyzed datacube.} \begin{tabular}{llll} \hline\hline \# & parameter name & units & Description \\ \hline 140 & T99 & Gyr & Lookback time at which the galaxy has formed 99\% of its stellar mass \\ 141 & ZH\_T99 & dex & Stellar metallicity, normalized by the solar value, in logarithm-scale at T99 time \\ 142 & ZH\_Re\_T99 & dex & Stellar metallicity, normalized by the solar value, in logarithm-scale at Re at T99 time \\ 143 & a\_ZH\_T99 & dex/Re & Slope of the ZH gradient at T99 time \\ 144 & log\_Mass\_gas\_Av\_gas\_OH & log(M$_\odot$) & { Integrated gas mass using the calibrator log\_Mass\_gas\_Av\_gas\_OH, in logarithm-scale} \\ 145 & log\_Mass\_gas\_Av\_ssp\_OH & log(M$_\odot$) & { Integrated gas mass using the calibrator log\_Mass\_gas\_Av\_ssp\_OH, in logarithm-scale} \\ 146 & vel\_ssp\_2 & km s$^{-1}$ & Stellar velocity at 2 Re \\ 147 & e\_vel\_ssp\_2 & km/s & Error in vel\_ssp\_2 \\ 148 & vel\_Ha\_2 & km s$^{-1}$ & H$\alpha$ velocity at 2 Re \\ 149 & e\_vel\_Ha\_2 & km/s & Error in vel\_Ha\_2 \\ 150 & vel\_ssp\_1 & km s$^{-1}$ & Stellar velocity at 1 Re \\ 151 & e\_vel\_ssp\_1 & km/s & Error of vel\_ssp\_1 \\ 152 & vel\_Ha\_1 & km/s & H$\alpha$ velocity at 1 Re \\ 153 & e\_vel\_Ha\_1 & km/s & Error of e\_vel\_Ha\_1 \\ 154 & log\_SFR\_ssp\_100Myr & log(M$_\odot$ yr$^{-1}$) & Integrated SFR derived from the SSP analysis for t$$<$$100Myr \\ 155 & log\_SFR\_ssp\_10Myr & log(M$_\odot$ yr$^{-1}$) & Integrated SFR derived from the SSP analysis for t$$<$$10Myr \\ 156 & vel\_disp\_Ha\_cen & km/s & H$\alpha$ Velocity dispersion at the central aperture \\ 157 & vel\_disp\_ssp\_cen & km/s & Stellar velocity dispersion at the central aperture \\ 158 & vel\_disp\_Ha\_1Re & km/s & H$\alpha$ velocity dispersion at 1 Re \\ 159 & vel\_disp\_ssp\_1Re & km/s & Stellar velocity at 1 Re 159 \\ 160 & log\_Mass\_in\_Re & -- & -- \\ 161 & ML\_int & M$_\odot$/L$_\odot$ & V-band mass-to-light ratio from integrated quantities \\ 162 & ML\_avg & M$_\odot$/L$_\odot$ & V-band mass-to-light ratio averaged across the FoV \\ 163 & F\_Ha\_cen & 10$^{-16}$ \flux & Flux intensity of H$\alpha$ in the central aperture \\ 164 & e\_F\_Ha\_cen & 10$^{-16}$ \flux & Error of F\_Ha\_cen \\ 165 & R50\_kpc\_V & kpc & { Radius at which it is integrated half of the light in the V-band within the FoV} \\ 166 & e\_R50\_kpc\_V & kpc & Error of R50\_kpc\_V \\ 167 & R50\_kpc\_Mass & kpc & { Radius at which is integrated half of the stellar mass within the FoV } \\ 168 & e\_R50\_kpc\_Mass & kpc & Error of R50\_kpc\_Mass \\ 169 & log\_Mass\_corr\_in\_R50\_V & log(M$_\odot$) & Integrated stellar mass within { R50\_kpc\_V} \\ 170 & e\_log\_Mass\_corr\_in\_R50\_V & log(M$_\odot$) & Error of log\_Mass\_corr\_in\_R50\_V \\ 171 & log\_Mass\_gas\_Av\_gas\_log\_log & log(M$_\odot$) & Molecular gas mass derived from the dust extinction { using the log-log calibration} \\ 172 & Av\_gas\_Re & mag & Dust extinction in the V-band derived from the H$\alpha$/H$\beta$ line ratio { at 1 Re} \\ 173 & e\_Av\_gas\_Re & mag & Error of Av\_gas\_Re \\ 174 & Av\_ssp\_Re & mag & Dust extinction in the V-band derived from the analysis of the stellar population \\ \hline \end{tabular}abel{tab:cat} \end{center} \end{table*} \addtocounter{table}{-1} \begin{table*} \begin{center} \caption{Integrated and characteristic parameters delivered for each analyzed datacube.} \begin{tabular}{llll} \hline\hline \# & parameter name & units & Description \\ \hline 175 & e\_Av\_ssp\_Re & mag & Error of the Av\_ssp\_Re \\ 176 & Lambda\_Re & -- & Specific angular momentum ($\lambda$-parameter) for the stellar populations { within 1 Re} \\ 177 & e\_Lambda\_Re & -- & { Error of the Lambda\_Re parameter} \\ 178 & flux\_[OII]3726.03\_Re\_fit & 10$^{-16}$ \flux & Flux intensity of [OII]3726.03 at 1Re \\ 179 & e\_flux\_[OII]3726.03\_Re\_fit & 10$^{-16}$ \flux & Error in the flux intensity of [OII]3726.03 at 1Re \\ 180 & flux\_[OII]3726.03\_alpha\_fit & 10$^{-16}$ \flux & Flux intensity of [OII]3726.03 at 1Re \\ 181 & e\_flux\_[OII]3726.03\_alpha\_fit & 10$^{-16}$ \flux & Error in the flux intensity of [OII]3726.03 at 1Re \\ 182 & flux\_[OII]3728.82\_Re\_fit & 10$^{-16}$ \flux & Flux intensity of [OII]3728.82 at 1Re \\ 183 & e\_flux\_[OII]3728.82\_Re\_fit & 10$^{-16}$ \flux & Error in the flux intensity of [OII]3728.82 at 1Re \\ 184 & flux\_[OII]3728.82\_alpha\_fit & 10$^{-16}$ \flux & Flux intensity of [OII]3728.82 at 1Re \\ 185 & e\_flux\_[OII]3728.82\_alpha\_fit & 10$^{-16}$ \flux & Error in the flux intensity of [OII]3728.82 at 1Re \\ 186 & flux\_HI3734.37\_Re\_fit & 10$^{-16}$ \flux & Flux intensity of HI3734.37 at 1Re \\ 187 & e\_flux\_HI3734.37\_Re\_fit & 10$^{-16}$ \flux & Error in the flux intensity of HI3734.37 at 1Re \\ 188 & flux\_HI3734.37\_alpha\_fit & 10$^{-16}$ \flux & Flux intensity of HI3734.37 at 1Re \\ 189 & e\_flux\_HI3734.37\_alpha\_fit & 10$^{-16}$ \flux & Error in the flux intensity of HI3734.37 at 1Re \\ 190 & flux\_HI3797.9\_Re\_fit & 10$^{-16}$ \flux & Flux intensity of HI3797.9 at 1Re \\ 191 & e\_flux\_HI3797.9\_Re\_fit & 10$^{-16}$ \flux & Error in the flux intensity of HI3797.9 at 1Re \\ 192 & flux\_HI3797.9\_alpha\_fit & 10$^{-16}$ \flux & Flux intensity of HI3797.9 at 1Re \\ 193 & e\_flux\_HI3797.9\_alpha\_fit & 10$^{-16}$ \flux & Error in the flux intensity of HI3797.9 at 1Re \\ 194 & flux\_HeI3888.65\_Re\_fit & 10$^{-16}$ \flux & Flux intensity of HeI3888.65 at 1Re \\ 195 & e\_flux\_HeI3888.65\_Re\_fit & 10$^{-16}$ \flux & Error in the flux intensity of HeI3888.65 at 1Re \\ 196 & flux\_HeI3888.65\_alpha\_fit & 10$^{-16}$ \flux & Flux intensity of HeI3888.65 at 1Re \hline \\ 197 & e\_flux\_HeI3888.65\_alpha\_fit & 10$^{-16}$ \flux & Error in the flux intensity of HeI3888.65 at 1Re \\ 198 & flux\_HI3889.05\_Re\_fit & 10$^{-16}$ \flux & Flux intensity of HI3889.05 at 1Re \\ 199 & e\_flux\_HI3889.05\_Re\_fit & 10$^{-16}$ \flux & Error in the flux intensity of HI3889.05 at 1Re \\ 200 & flux\_HI3889.05\_alpha\_fit & 10$^{-16}$ \flux & Flux intensity of HI3889.05 at 1Re \\ 201 & e\_flux\_HI3889.05\_alpha\_fit & 10$^{-16}$ \flux & Error in the flux intensity of HI3889.05 at 1Re \\ 202 & flux\_HeI3964.73\_Re\_fit & 10$^{-16}$ \flux & Flux intensity of HeI3964.73 at 1Re \\ 203 & e\_flux\_HeI3964.73\_Re\_fit & 10$^{-16}$ \flux & Error in the flux intensity of HeI3964.73 at 1Re \\ 204 & flux\_HeI3964.73\_alpha\_fit & 10$^{-16}$ \flux & Flux intensity of HeI3964.73 at 1Re \\ 205 & e\_flux\_HeI3964.73\_alpha\_fit & 10$^{-16}$ \flux & Error in the flux intensity of HeI3964.73 at 1Re \\ 206 & flux\_[NeIII]3967.46\_Re\_fit & 10$^{-16}$ \flux & Flux intensity of [NeIII]3967.46 at 1Re \\ 207 & e\_flux\_[NeIII]3967.46\_Re\_fit & 10$^{-16}$ \flux & Error in the flux intensity of [NeIII]3967.46 at 1Re \\ 208 & flux\_[NeIII]3967.46\_alpha\_fit & 10$^{-16}$ \flux & Flux intensity of [NeIII]3967.46 at 1Re \\ 209 & e\_flux\_[NeIII]3967.46\_alpha\_fit & 10$^{-16}$ \flux & Error in the flux intensity of [NeIII]3967.46 at 1Re \\ \hline \end{tabular}abel{tab:cat} \end{center} \end{table*} \addtocounter{table}{-1} \begin{table*} \begin{center} \caption{Integrated and characteristic parameters delivered for each analyzed datacube.} \begin{tabular}{llll} \hline\hline \# & parameter name & units & Description \\ \hline 210 & flux\_CaII3968.47\_Re\_fit & 10$^{-16}$ \flux & Flux intensity of CaII3968.47 at 1Re \\ 211 & e\_flux\_CaII3968.47\_Re\_fit & 10$^{-16}$ \flux & Error in the flux intensity of CaII3968.47 at 1Re \\ 212 & flux\_CaII3968.47\_alpha\_fit & 10$^{-16}$ \flux & Flux intensity of CaII3968.47 at 1Re \\ 213 & e\_flux\_CaII3968.47\_alpha\_fit & 10$^{-16}$ \flux & Error in the flux intensity of CaII3968.47 at 1Re \\ 214 & flux\_Hepsilon3970.07\_Re\_fit & 10$^{-16}$ \flux & Flux intensity of H$\epsilon$3970.07 at 1Re \\ 215 & e\_flux\_Hepsilon3970.07\_Re\_fit & 10$^{-16}$ \flux & Error in the flux intensity of H$\epsilon$3970.07 at 1Re \\ 216 & flux\_Hepsilon3970.07\_alpha\_fit & 10$^{-16}$ \flux & Flux intensity of H$\epsilon$3970.07 at 1Re \\ 217 & e\_flux\_Hepsilon3970.07\_alpha\_fit & 10$^{-16}$ \flux & Error in the flux intensity of H$\epsilon$3970.07 at 1Re \\ 218 & flux\_Hdelta4101.77\_Re\_fit & 10$^{-16}$ \flux & Flux intensity of H$\delta$4101.77 at 1Re \\ 219 & e\_flux\_Hdelta4101.77\_Re\_fit & 10$^{-16}$ \flux & Error in the flux intensity of H$\delta$4101.77 at 1Re \\ 220 & flux\_Hdelta4101.77\_alpha\_fit & 10$^{-16}$ \flux & Flux intensity of H$\delta$4101.77 at 1Re \\ 221 & e\_flux\_Hdelta4101.77\_alpha\_fit & 10$^{-16}$ \flux & Error in the flux intensity of H$\delta$4101.77 at 1Re \\ 222 & flux\_Hgamma4340.49\_Re\_fit & 10$^{-16}$ \flux & Flux intensity of H$\gamma$4340.49 at 1Re \\ 223 & e\_flux\_Hgamma4340.49\_Re\_fit & 10$^{-16}$ \flux & Error in the flux intensity of H$\gamma$4340.49 at 1Re \\ 224 & flux\_Hgamma4340.49\_alpha\_fit & 10$^{-16}$ \flux & Flux intensity of H$\gamma$4340.49 at 1Re \\ 225 & e\_flux\_Hgamma4340.49\_alpha\_fit & 10$^{-16}$ \flux & Error in the flux intensity of H$\gamma$4340.49 at 1Re \\ 226 & flux\_Hbeta4861.36\_Re\_fit & 10$^{-16}$ \flux & Flux intensity of H$\beta$4861.36 at 1Re \\ 227 & e\_flux\_Hbeta4861.36\_Re\_fit & 10$^{-16}$ \flux & Error in the flux intensity of H$\beta$4861.36 at 1Re \\ 228 & flux\_Hbeta4861.36\_alpha\_fit & 10$^{-16}$ \flux & Flux intensity of H$\beta$4861.36 at 1Re \\ 229 & e\_flux\_Hbeta4861.36\_alpha\_fit & 10$^{-16}$ \flux & Error in the flux intensity of H$\beta$4861.36 at 1Re \\ 230 & flux\_[OIII]4958.91\_Re\_fit & 10$^{-16}$ \flux & Flux intensity of [OIII]4958.91 at 1Re \\ 231 & e\_flux\_[OIII]4958.91\_Re\_fit & 10$^{-16}$ \flux & Error in the flux intensity of [OIII]4958.91 at 1Re \\ 232 & flux\_[OIII]4958.91\_alpha\_fit & 10$^{-16}$ \flux & Flux intensity of [OIII]4958.91 at 1Re \\ 233 & e\_flux\_[OIII]4958.91\_alpha\_fit & 10$^{-16}$ \flux & Error in the flux intensity of [OIII]4958.91 at 1Re \\ 234 & flux\_[OIII]5006.84\_Re\_fit & 10$^{-16}$ \flux & Flux intensity of [OIII]5006.84 at 1Re \\ 235 & e\_flux\_[OIII]5006.84\_Re\_fit & 10$^{-16}$ \flux & Error in the flux intensity of [OIII]5006.84 at 1Re \\ 236 & flux\_[OIII]5006.84\_alpha\_fit & 10$^{-16}$ \flux & Flux intensity of [OIII]5006.84 at 1Re \\ 237 & e\_flux\_[OIII]5006.84\_alpha\_fit & 10$^{-16}$ \flux & Error in the flux intensity of [OIII]5006.84 at 1Re \\ 238 & flux\_HeI5015.68\_Re\_fit & 10$^{-16}$ \flux & Flux intensity of HeI5015.68 at 1Re \\ 239 & e\_flux\_HeI5015.68\_Re\_fit & 10$^{-16}$ \flux & Error in the flux intensity of HeI5015.68 at 1Re \\ 240 & flux\_HeI5015.68\_alpha\_fit & 10$^{-16}$ \flux & Flux intensity of HeI5015.68 at 1Re \\ 241 & e\_flux\_HeI5015.68\_alpha\_fit & 10$^{-16}$ \flux & Error in the flux intensity of HeI5015.68 at 1Re \\ 242 & flux\_[NI]5197.9\_Re\_fit & 10$^{-16}$ \flux & Flux intensity of [NI]5197.9 at 1Re \\ 243 & e\_flux\_[NI]5197.9\_Re\_fit & 10$^{-16}$ \flux & Error in the flux intensity of [NI]5197.9 at 1Re \\ 244 & flux\_[NI]5197.9\_alpha\_fit & 10$^{-16}$ \flux & Flux intensity of [NI]5197.9 at 1Re \\ \hline \end{tabular}abel{tab:cat} \end{center} \end{table*} \addtocounter{table}{-1} \begin{table*} \begin{center} \caption{Integrated and characteristic parameters delivered for each analyzed datacube.} \begin{tabular}{llll} \hline\hline \# & parameter name & units & Description \\ \hline 245 & e\_flux\_[NI]5197.9\_alpha\_fit & 10$^{-16}$ \flux & Error in the flux intensity of [NI]5197.9 at 1Re \\ 246 & flux\_[NI]5200.26\_Re\_fit & 10$^{-16}$ \flux & Flux intensity of [NI]5200.26 at 1Re \\ 247 & e\_flux\_[NI]5200.26\_Re\_fit & 10$^{-16}$ \flux & Error in the flux intensity of [NI]5200.26 at 1Re \\ 248 & flux\_[NI]5200.26\_alpha\_fit & 10$^{-16}$ \flux & Flux intensity of [NI]5200.26 at 1Re \\ 249 & e\_flux\_[NI]5200.26\_alpha\_fit & 10$^{-16}$ \flux & Error in the flux intensity of [NI]5200.26 at 1Re \\ 250 & flux\_HeI5876.0\_Re\_fit & 10$^{-16}$ \flux & Flux intensity of HeI5876.0 at 1Re \\ 251 & e\_flux\_HeI5876.0\_Re\_fit & 10$^{-16}$ \flux & Error in the flux intensity of HeI5876.0 at 1Re \\ 252 & flux\_HeI5876.0\_alpha\_fit & 10$^{-16}$ \flux & Flux intensity of HeI5876.0 at 1Re \\ 253 & e\_flux\_HeI5876.0\_alpha\_fit & 10$^{-16}$ \flux & Error in the flux intensity of HeI5876.0 at 1Re \\ 254 & flux\_NaI5889.95\_Re\_fit & 10$^{-16}$ \flux & Flux intensity of NaI5889.95 at 1Re \\ 255 & e\_flux\_NaI5889.95\_Re\_fit & 10$^{-16}$ \flux & Error in the flux intensity of NaI5889.95 at 1Re \\ 256 & flux\_NaI5889.95\_alpha\_fit & 10$^{-16}$ \flux & Flux intensity of NaI5889.95 at 1Re \\ 257 & e\_flux\_NaI5889.95\_alpha\_fit & 10$^{-16}$ \flux & Error in the flux intensity of NaI5889.95 at 1Re \\ 258 & flux\_NaI5895.92\_Re\_fit & 10$^{-16}$ \flux & Flux intensity of NaI5895.92 at 1Re \\ 259 & e\_flux\_NaI5895.92\_Re\_fit & 10$^{-16}$ \flux & Error in the flux intensity of NaI5895.92 at 1Re \\ 260 & flux\_NaI5895.92\_alpha\_fit & 10$^{-16}$ \flux & Flux intensity of NaI5895.92 at 1Re \\ 261 & e\_flux\_NaI5895.92\_alpha\_fit & 10$^{-16}$ \flux & Error in the flux intensity of NaI5895.92 at 1Re \\ 262 & flux\_[OI]6300.3\_Re\_fit & 10$^{-16}$ \flux & Flux intensity of [OI]6300.3 at 1Re \\ 263 & e\_flux\_[OI]6300.3\_Re\_fit & 10$^{-16}$ \flux & Error in the flux intensity of [OI]6300.3 at 1Re \\ 264 & flux\_[OI]6300.3\_alpha\_fit & 10$^{-16}$ \flux & Flux intensity of [OI]6300.3 at 1Re \\ 265 & e\_flux\_[OI]6300.3\_alpha\_fit & 10$^{-16}$ \flux & Error in the flux intensity of [OI]6300.3 at 1Re \\ 266 & flux\_[NII]6548.05\_Re\_fit & 10$^{-16}$ \flux & Flux intensity of [NII]6548.05 at 1Re \\ 267 & e\_flux\_[NII]6548.05\_Re\_fit & 10$^{-16}$ \flux & Error in the flux intensity of [NII]6548.05 at 1Re \\ 268 & flux\_[NII]6548.05\_alpha\_fit & 10$^{-16}$ \flux & Flux intensity of [NII]6548.05 at 1Re \\ 269 & e\_flux\_[NII]6548.05\_alpha\_fit & 10$^{-16}$ \flux & Error in the flux intensity of [NII]6548.05 at 1Re \\ 270 & flux\_Halpha6562.85\_Re\_fit & 10$^{-16}$ \flux & Flux intensity of H$\alpha$6562.85 at 1Re \\ 271 & e\_flux\_Halpha6562.85\_Re\_fit & 10$^{-16}$ \flux & Error in the flux intensity of H$\alpha$6562.85 at 1Re \\ 272 & flux\_Halpha6562.85\_alpha\_fit & 10$^{-16}$ \flux & Flux intensity of H$\alpha$6562.85 at 1Re \\ 273 & e\_flux\_Halpha6562.85\_alpha\_fit & 10$^{-16}$ \flux & Error in the flux intensity of H$\alpha$6562.85 at 1Re \\ 274 & flux\_[NII]6583.45\_Re\_fit & 10$^{-16}$ \flux & Flux intensity of [NII]6583.45 at 1Re \\ 275 & e\_flux\_[NII]6583.45\_Re\_fit & 10$^{-16}$ \flux & Error in the flux intensity of [NII]6583.45 at 1Re \\ 276 & flux\_[NII]6583.45\_alpha\_fit & 10$^{-16}$ \flux & Flux intensity of [NII]6583.45 at 1Re \\ 277 & e\_flux\_[NII]6583.45\_alpha\_fit & 10$^{-16}$ \flux & Error in the flux intensity of [NII]6583.45 at 1Re \\ 278 & flux\_[SII]6716.44\_Re\_fit & 10$^{-16}$ \flux & Flux intensity of [SII]6716.44 at 1Re \\ 279 & e\_flux\_[SII]6716.44\_Re\_fit & 10$^{-16}$ \flux & Error in the flux intensity of [SII]6716.44 at 1Re \\ \hline \end{tabular}abel{tab:cat} \end{center} \end{table*} \addtocounter{table}{-1} \begin{table*} \begin{center} \caption{Integrated and characteristic parameters delivered for each analyzed datacube.} \begin{tabular}{llll} \hline\hline \# & parameter name & units & Description \\ \hline 280 & flux\_[SII]6716.44\_alpha\_fit & 10$^{-16}$ \flux & Flux intensity of [SII]6716.44 at 1Re \\ 281 & e\_flux\_[SII]6716.44\_alpha\_fit & 10$^{-16}$ \flux & Error in the flux intensity of [SII]6716.44 at 1Re \\ 282 & flux\_[SII]6730.82\_Re\_fit & 10$^{-16}$ \flux & Flux intensity of [SII]6730.82 at 1Re \\ 283 & e\_flux\_[SII]6730.82\_Re\_fit & 10$^{-16}$ \flux & Error in the flux intensity of [SII]6730.82 at 1Re \\ 284 & flux\_[SII]6730.82\_alpha\_fit & 10$^{-16}$ \flux & Flux intensity of [SII]6730.82 at 1Re \\ 285 & e\_flux\_[SII]6730.82\_alpha\_fit & 10$^{-16}$ \flux & Error in the flux intensity of [SII]6730.82 at 1Re \\ 286 & flux\_[ArIII]7135.8\_Re\_fit & 10$^{-16}$ \flux & Flux intensity of [ArIII]7135.8 at 1Re \\ 287 & e\_flux\_[ArIII]7135.8\_Re\_fit & 10$^{-16}$ \flux & Error in the flux intensity of [ArIII]7135.8 at 1Re \\ 288 & flux\_[ArIII]7135.8\_alpha\_fit & 10$^{-16}$ \flux & Flux intensity of [ArIII]7135.8 at 1Re \\ 289 & e\_flux\_[ArIII]7135.8\_alpha\_fit & 10$^{-16}$ \flux & Error in the flux intensity of [ArIII]7135.8 at 1Re \\ 290 & OH\_Mar13\_N2\_Re\_fit & dex & Oxygen abundance using the calibrator Mar13\_N2 at 1Re \\ 291 & e\_OH\_Mar13\_N2\_Re\_fit & dex & Error in Oxygen abundance using the calibrator Mar13\_N2 at 1Re \\ 292 & OH\_Mar13\_N2\_alpha\_fit & dex/Re & Slope of the O/H gradient using the calibrator Mar13\_N2 \\ 293 & e\_OH\_Mar13\_N2\_alpha\_fit & dex/Re & Error in the slope of the O/H gradient using the calibrator Mar13\_N2 \\ 294 & OH\_Mar13\_O3N2\_Re\_fit & dex & Oxygen abundance using the calibrator Mar13\_O3N2 at 1Re \\ 295 & e\_OH\_Mar13\_O3N2\_Re\_fit & dex & Error in Oxygen abundance using the calibrator Mar13\_O3N2 at 1Re \\ 296 & OH\_Mar13\_O3N2\_alpha\_fit & dex/Re & Slope of the O/H gradient using the calibrator Mar13\_O3N2 \\ 297 & e\_OH\_Mar13\_O3N2\_alpha\_fit & dex/Re & Error in the slope of the O/H gradient using the calibrator Mar13\_O3N2 \\ 298 & OH\_T04\_Re\_fit & dex & Oxygen abundance using the calibrator T04 at 1Re \\ 299 & e\_OH\_T04\_Re\_fit & dex & Error in Oxygen abundance using the calibrator T04 at 1Re \\ 300 & OH\_T04\_alpha\_fit & dex/Re & Slope of the O/H gradient using the calibrator T04 \\ 301 & e\_OH\_T04\_alpha\_fit & dex/Re & Error in the slope of the O/H gradient using the calibrator T04 \\ 302 & OH\_Pet04\_N2\_lin\_Re\_fit & dex & Oxygen abundance using the calibrator Pet04\_N2\_lin at 1Re \\ 303 & e\_OH\_Pet04\_N2\_lin\_Re\_fit & dex & Error in Oxygen abundance using the calibrator Pet04\_N2\_lin at 1Re \\ 304 & OH\_Pet04\_N2\_lin\_alpha\_fit & dex/Re & Slope of the O/H gradient using the calibrator Pet04\_N2\_lin \\ 305 & e\_OH\_Pet04\_N2\_lin\_alpha\_fit & dex/Re & Error in the slope of the O/H gradient using the calibrator Pet04\_N2\_lin \\ 306 & OH\_Pet04\_N2\_poly\_Re\_fit & dex & Oxygen abundance using the calibrator Pet04\_N2\_poly at 1Re \\ 307 & e\_OH\_Pet04\_N2\_poly\_Re\_fit & dex & Error in Oxygen abundance using the calibrator Pet04\_N2\_poly at 1Re \\ 308 & OH\_Pet04\_N2\_poly\_alpha\_fit & dex/Re & Slope of the O/H gradient using the calibrator Pet04\_N2\_poly \\ 309 & e\_OH\_Pet04\_N2\_poly\_alpha\_fit & dex/Re & Error in the slope of the O/H gradient using the calibrator Pet04\_N2\_poly \\ 310 & OH\_Pet04\_O3N2\_Re\_fit & dex & Oxygen abundance using the calibrator Pet04\_O3N2 at 1Re \\ 311 & e\_OH\_Pet04\_O3N2\_Re\_fit & dex & Error in Oxygen abundance using the calibrator Pet04\_O3N2 at 1Re \\ 312 & OH\_Pet04\_O3N2\_alpha\_fit & dex/Re & Slope of the O/H gradient using the calibrator Pet04\_O3N2 \\ 313 & e\_OH\_Pet04\_O3N2\_alpha\_fit & dex/Re & Error in the slope of the O/H gradient using the calibrator Pet04\_O3N2 \\ 314 & OH\_Kew02\_N2O2\_Re\_fit & dex & Oxygen abundance using the calibrator Kew02\_N2O2 at 1Re \\ \hline \end{tabular}abel{tab:cat} \end{center} \end{table*} \addtocounter{table}{-1} \begin{table*} \begin{center} \caption{Integrated and characteristic parameters delivered for each analyzed datacube.} \begin{tabular}{llll} \hline\hline \# & parameter name & units & Description \\ \hline 315 & e\_OH\_Kew02\_N2O2\_Re\_fit & dex & Error in Oxygen abundance using the calibrator Kew02\_N2O2 at 1Re \\ 316 & OH\_Kew02\_N2O2\_alpha\_fit & dex/Re & Slope of the O/H gradient using the calibrator Kew02\_N2O2 \\ 317 & e\_OH\_Kew02\_N2O2\_alpha\_fit & dex/Re & Error in the slope of the O/H gradient using the calibrator Kew02\_N2O2 \\ 318 & OH\_Pil10\_ONS\_Re\_fit & dex & Oxygen abundance using the calibrator Pil10\_ONS at 1Re \\ 319 & e\_OH\_Pil10\_ONS\_Re\_fit & dex & Error in Oxygen abundance using the calibrator Pil10\_ONS at 1Re \\ 320 & OH\_Pil10\_ONS\_alpha\_fit & dex/Re & Slope of the O/H gradient using the calibrator Pil10\_ONS \\ 321 & e\_OH\_Pil10\_ONS\_alpha\_fit & dex/Re & Error in the slope of the O/H gradient using the calibrator Pil10\_ONS \\ 322 & OH\_Pil10\_ON\_Re\_fit & dex & Oxygen abundance using the calibrator Pil10\_ON at 1Re \\ 323 & e\_OH\_Pil10\_ON\_Re\_fit & dex & Error in Oxygen abundance using the calibrator Pil10\_ON at 1Re \\ 324 & OH\_Pil10\_ON\_alpha\_fit & dex/Re & Slope of the O/H gradient using the calibrator Pil10\_ON \\ 325 & e\_OH\_Pil10\_ON\_alpha\_fit & dex/Re & Error in the slope of the O/H gradient using the calibrator Pil10\_ON \\ 326 & OH\_Pil11\_NS\_Re\_fit & dex & Oxygen abundance using the calibrator Pil11\_NS at 1Re \\ 327 & e\_OH\_Pil11\_NS\_Re\_fit & dex & Error in Oxygen abundance using the calibrator Pil11\_NS at 1Re \\ 328 & OH\_Pil11\_NS\_alpha\_fit & dex/Re & Slope of the O/H gradient using the calibrator Pil11\_NS \\ 329 & e\_OH\_Pil11\_NS\_alpha\_fit & dex/Re & Error in the slope of the O/H gradient using the calibrator Pil11\_NS \\ 330 & OH\_Cur20\_RS32\_Re\_fit & dex & Oxygen abundance using the calibrator Cur20\_RS32 at 1Re \\ 331 & e\_OH\_Cur20\_RS32\_Re\_fit & dex & Error in Oxygen abundance using the calibrator Cur20\_RS32 at 1Re \\ 332 & OH\_Cur20\_RS32\_alpha\_fit & dex/Re & Slope of the O/H gradient using the calibrator Cur20\_RS32 \\ 333 & e\_OH\_Cur20\_RS32\_alpha\_fit & dex/Re & Error in the slope of the O/H gradient using the calibrator Cur20\_RS32 \\ 334 & OH\_Cur20\_R3\_Re\_fit & dex & Oxygen abundance using the calibrator Cur20\_R3 at 1Re \\ 335 & e\_OH\_Cur20\_R3\_Re\_fit & dex & Error in Oxygen abundance using the calibrator Cur20\_R3 at 1Re \\ 336 & OH\_Cur20\_R3\_alpha\_fit & dex/Re & Slope of the O/H gradient using the calibrator Cur20\_R3 \\ 337 & e\_OH\_Cur20\_R3\_alpha\_fit & dex/Re & Error in the slope of the O/H gradient using the calibrator Cur20\_R3 \\ 338 & OH\_Cur20\_O3O2\_Re\_fit & dex & Oxygen abundance using the calibrator Cur20\_O3O2 at 1Re \\ 339 & e\_OH\_Cur20\_O3O2\_Re\_fit & dex & Error in Oxygen abundance using the calibrator Cur20\_O3O2 at 1Re \\ 340 & OH\_Cur20\_O3O2\_alpha\_fit & dex/Re & Slope of the O/H gradient using the calibrator Cur20\_O3O2 \\ 341 & e\_OH\_Cur20\_O3O2\_alpha\_fit & dex/Re & Error in the slope of the O/H gradient using the calibrator Cur20\_O3O2 \\ 342 & OH\_Cur20\_S2\_Re\_fit & dex & Oxygen abundance using the calibrator Cur20\_S2 at 1Re \\ 343 & e\_OH\_Cur20\_S2\_Re\_fit & dex & Error in Oxygen abundance using the calibrator Cur20\_S2 at 1Re \\ 344 & OH\_Cur20\_S2\_alpha\_fit & dex/Re & Slope of the O/H gradient using the calibrator Cur20\_S2 \\ 345 & e\_OH\_Cur20\_S2\_alpha\_fit & dex/Re & Error in the slope of the O/H gradient using the calibrator Cur20\_S2 \\ 346 & OH\_Cur20\_R2\_Re\_fit & dex & Oxygen abundance using the calibrator Cur20\_R2 at 1Re \\ 347 & e\_OH\_Cur20\_R2\_Re\_fit & dex & Error in Oxygen abundance using the calibrator Cur20\_R2 at 1Re \\ 348 & OH\_Cur20\_R2\_alpha\_fit & dex/Re & Slope of the O/H gradient using the calibrator Cur20\_R2 \\ 349 & e\_OH\_Cur20\_R2\_alpha\_fit & dex/Re & Error in the slope of the O/H gradient using the calibrator Cur20\_R2 \\ \hline \end{tabular}abel{tab:cat} \end{center} \end{table*} \addtocounter{table}{-1} \begin{table*} \begin{center} \caption{Integrated and characteristic parameters delivered for each analyzed datacube.} \begin{tabular}{llll} \hline\hline \# & parameter name & units & Description \\ \hline 350 & OH\_Cur20\_N2\_Re\_fit & dex & Oxygen abundance using the calibrator Cur20\_N2 at 1Re \\ 351 & e\_OH\_Cur20\_N2\_Re\_fit & dex & Error in Oxygen abundance using the calibrator Cur20\_N2 at 1Re \\ 352 & OH\_Cur20\_N2\_alpha\_fit & dex/Re & Slope of the O/H gradient using the calibrator Cur20\_N2 \\ 353 & e\_OH\_Cur20\_N2\_alpha\_fit & dex/Re & Error in the slope of the O/H gradient using the calibrator Cur20\_N2 \\ 354 & OH\_Cur20\_R23\_Re\_fit & dex & Oxygen abundance using the calibrator Cur20\_R23 at 1Re \\ 355 & e\_OH\_Cur20\_R23\_Re\_fit & dex & Error in Oxygen abundance using the calibrator Cur20\_R23 at 1Re 374 \\ 356 & OH\_Cur20\_R23\_alpha\_fit & dex & Slope of the O/H gradient using the calibrator Cur20\_R23 \\ 357 & e\_OH\_Cur20\_R23\_alpha\_fit & dex/Re & Error in the slope of the O/H gradient using the calibrator Cur20\_R23 \\ 358 & OH\_Cur20\_O3N2\_Re\_fit & dex & Oxygen abundance using the calibrator Cur20\_O3N2 at 1Re \\ 359 & e\_OH\_Cur20\_O3N2\_Re\_fit & dex & Error in Oxygen abundance using the calibrator Cur20\_O3N2 at 1Re \\ 360 & OH\_Cur20\_O3N2\_alpha\_fit & dex/Re & Slope of the O/H gradient using the calibrator Cur20\_O3N2 \\ 361 & e\_OH\_Cur20\_O3N2\_alpha\_fit & dex/Re & Error in the slope of the O/H gradient using the calibrator Cur20\_O3N2 \\ 362 & OH\_Cur20\_O3S2\_Re\_fit & dex & Oxygen abundance using the calibrator Cur20\_O3S2 at 1Re \\ 363 & e\_OH\_Cur20\_O3S2\_Re\_fit & dex & Error in Oxygen abundance using the calibrator Cur20\_O3S2 at 1Re \\ 364 & OH\_Cur20\_O3S2\_alpha\_fit & dex/Re & Slope of the O/H gradient using the calibrator Cur20\_O3S2 \\ 365 & e\_OH\_Cur20\_O3S2\_alpha\_fit & dex/Re & Error in the slope of the O/H gradient using the calibrator Cur20\_O3S2 \\ 366 & OH\_KK04\_Re\_fit & dex & Oxygen abundance using the calibrator KK04 at 1Re \\ 367 & e\_OH\_KK04\_Re\_fit & dex & Error in Oxygen abundance using the calibrator KK04 at 1Re \\ 368 & OH\_KK04\_alpha\_fit & dex/Re & Slope of the O/H gradient using the calibrator KK04 \\ 369 & e\_OH\_KK04\_alpha\_fit & dex/Re & Error in the slope of the O/H gradient using the calibrator KK04 \\ 370 & OH\_Pil16\_R\_Re\_fit & dex & Oxygen abundance using the calibrator Pil16\_R at 1Re \\ 371 & e\_OH\_Pil16\_R\_Re\_fit & dex & Error in Oxygen abundance using the calibrator Pil16\_R at 1Re \\ 372 & OH\_Pil16\_R\_alpha\_fit & dex/Re & Slope of the O/H gradient using the calibrator Pil16\_R \\ 373 & e\_OH\_Pil16\_R\_alpha\_fit & dex/Re & Error in the slope of the O/H gradient using the calibrator Pil16\_R \\ 374 & OH\_Pil16\_S\_Re\_fit & dex & Oxygen abundance using the calibrator Pil16\_S at 1Re \\ 375 & e\_OH\_Pil16\_S\_Re\_fit & dex & Error in Oxygen abundance using the calibrator Pil16\_S at 1Re \\ 376 & OH\_Pil16\_S\_alpha\_fit & dex/Re & Slope of the O/H gradient using the calibrator Pil16\_S \\ 377 & e\_OH\_Pil16\_S\_alpha\_fit & dex/Re & Error in the slope of the O/H gradient using the calibrator Pil16\_S \\ 378 & OH\_Ho\_Re\_fit & dex & Oxygen abundance using the calibrator Ho at 1Re \\ 379 & e\_OH\_Ho\_Re\_fit & dex & Error in Oxygen abundance using the calibrator Ho at 1Re \\ 380 & OH\_Ho\_alpha\_fit & dex/Re & Slope of the O/H gradient using the calibrator Ho \\ 381 & e\_OH\_Ho\_alpha\_fit & dex/Re & Error in the slope of the O/H gradient using the calibrator Ho \\ 382 & U\_Dors\_O32\_Re\_fit & dex & log(U), ionization parameter using the calibrator Dors\_O32 at 1Re \\ 383 & e\_U\_Dors\_O32\_Re\_fit & dex & Error in log(U) using the calibrator Dors\_O32 at 1Re \\ 384 & U\_Dors\_O32\_alpha\_fit & dex/Re & Slope of the log(U) gradient using the calibrator Dors\_O32 \\ \hline \end{tabular}abel{tab:cat} \end{center} \end{table*} \addtocounter{table}{-1} \begin{table*} \begin{center} \caption{Integrated and characteristic parameters delivered for each analyzed datacube.} \begin{tabular}{llll} \hline\hline \# & parameter name & units & Description \\ \hline 385 & e\_U\_Dors\_O32\_alpha\_fit & dex/Re & Error in the slope of the log(U) gradient using the calibrator Dors\_O32 \\ 386 & U\_Dors\_S\_Re\_fit & dex & log(U) ionization parameter using the calibrator Dors\_S at 1Re \\ 387 & e\_U\_Dors\_S\_Re\_fit & dex & Error in log(U) using the calibrator Dors\_S at 1Re \\ 388 & U\_Dors\_S\_alpha\_fit & dex/Re & Slope of the log(U) gradient using the calibrator Dors\_S \\ 389 & e\_U\_Dors\_S\_alpha\_fit & dex/Re & Error in the slope of the log(U) gradient using the calibrator Dors\_S \\ 390 & U\_Mor16\_O23\_fs\_Re\_fit & dex & log(U) ionization parameter using the calibrator Mor16\_O23\_fs at 1Re \\ 391 & e\_U\_Mor16\_O23\_fs\_Re\_fit & dex & Error in log(U) using the calibrator Mor16\_O23\_fs at 1Re \\ 392 & U\_Mor16\_O23\_fs\_alpha\_fit & dex/Re & Slope of the log(U) gradient using the calibrator Mor16\_O23\_fs \\ 393 & e\_U\_Mor16\_O23\_fs\_alpha\_fit & dex/Re & Error in the slope of the log(U) gradient using the calibrator Mor16\_O23\_fs \\ 394 & U\_Mor16\_O23\_ts\_Re\_fit & dex & log(U) ionization parameter using the calibrator Mor16\_O23\_ts at 1Re \\ 395 & e\_U\_Mor16\_O23\_ts\_Re\_fit & dex & Error in log(U) using the calibrator Mor16\_O23\_ts at 1Re \\ 396 & U\_Mor16\_O23\_ts\_alpha\_fit & dex/Re & Slope of the log(U) gradient using the calibrator Mor16\_O23\_ts \\ 397 & e\_U\_Mor16\_O23\_ts\_alpha\_fit & dex/Re & Error in the slope of the log(U) gradient using the calibrator Mor16\_O23\_ts \\ 398 & NH\_Pil16\_R\_Re\_fit & dex & Nitrogen abundance using the calibrator Pil16\_R at 1Re \\ 399 & e\_NH\_Pil16\_R\_Re\_fit & dex & Error in Nitrogen abundance using the calibrator Pil16\_R at 1Re \\ 400 & NH\_Pil16\_R\_alpha\_fit & dex/Re & Slope of the N/H gradient using the calibrator Pil16\_R \\ 401 & e\_NH\_Pil16\_R\_alpha\_fit & dex/Re & Error in the slope of the N/H gradient using the calibrator Pil16\_R \\ 402 & NO\_Pil16\_R\_Re\_fit & dex & N/O abundance using the calibrator Pil16\_R at 1Re \\ 403 & e\_NO\_Pil16\_R\_Re\_fit & dex & Error in N/O abundance using the calibrator Pil16\_R at 1Re \\ 404 & NO\_Pil16\_R\_alpha\_fit & dex/Re & Slope of the N/O gradient using the calibrator Pil16\_R \\ 405 & e\_NO\_Pil16\_R\_alpha\_fit & dex/Re & Error in the slope of the N/O gradient using the calibrator Pil16\_R \\ 406 & NO\_Pil16\_Ho\_R\_Re\_fit & dex & N/O abundance using the calibrator Pil16\_Ho\_R at 1Re \\ 407 & e\_NO\_Pil16\_Ho\_R\_Re\_fit & dex & Error in N/O abundance using the calibrator Pil16\_Ho\_R at 1Re \\ 408 & NO\_Pil16\_Ho\_R\_alpha\_fit & dex/Re & Slope of the N/O gradient using the calibrator Pil16\_Ho\_R \\ 409 & e\_NO\_Pil16\_Ho\_R\_alpha\_fit & dex/Re & Error in the slope of the N/O gradient using the calibrator Pil16\_Ho\_R \\ 410 & NO\_Pil16\_N2\_R2\_Re\_fit & dex & N/O abundance using the calibrator Pil16\_N2\_R2 at 1Re \\ 411 & e\_NO\_Pil16\_N2\_R2\_Re\_fit & dex & Error in N/O abundance using the calibrator Pil16\_N2\_R2 at 1Re \\ 412 & NO\_Pil16\_N2\_R2\_alpha\_fit & dex/Re & Slope of the N/O gradient using the calibrator Pil16\_N2\_R2 \\ 413 & e\_NO\_Pil16\_N2\_R2\_alpha\_fit & dex/Re & Error in the slope of the N/O gradient using the calibrator Pil16\_N2\_R2 \\ 414 & Ne\_Oster\_S\_Re\_fit & dex & electron density using the Oster\_S estimator at 1Re \\ 415 & e\_Ne\_Oster\_S\_Re\_fit & dex & Error in n\_e using the Oster\_S estimator at 1Re \\ 416 & Ne\_Oster\_S\_alpha\_fit & dex/Re & Slope of the n\_e gradient using the Oster\_S estimator \\ 417 & e\_Ne\_Oster\_S\_alpha\_fit & dex/Re & Error in the slope of n\_e gradient using the Oster\_S estimator \\ 418 & C24668\_Re\_fit & Angstrom & Value of the C24668 stellar index at 1Re \\ 419 & C24668\_alpha\_fit & -- & Slope of the gradient of the C24668 index \\ \hline \end{tabular}abel{tab:cat} \end{center} \end{table*} \addtocounter{table}{-1} \begin{table*} \begin{center} \caption{Integrated and characteristic parameters delivered for each analyzed datacube.} \begin{tabular}{llll} \hline\hline \# & parameter name & units & Description \\ \hline 420 & CN1\_Re\_fit & Angstrom & Value of the CN1 stellar index at 1Re \\ 421 & CN1\_alpha\_fit & -- & Slope of the gradient of the CN1 index \\ 422 & CN2\_Re\_fit & Angstrom & Value of the CN2 stellar index at 1Re \\ 423 & CN2\_alpha\_fit & -- & Slope of the gradient of the CN2 index \\ 424 & Ca4227\_Re\_fit & Angstrom & Value of the Ca4227 stellar index at 1Re \\ 425 & Ca4227\_alpha\_fit & -- & Slope of the gradient of the Ca4227 index \\ 426 & Ca4455\_Re\_fit & Angstrom & Value of the Ca4455 stellar index at 1Re \\ 427 & Ca4455\_alpha\_fit & -- & Slope of the gradient of the Ca4455 index \\ 428 & CaH1\_Re\_fit & Angstrom & Value of the CaH1 stellar index at 1Re \\ 429 & CaH1\_alpha\_fit & -- & Slope of the gradient of the CaH1 index \\ 430 & CaH2\_Re\_fit & Angstrom & Value of the CaH2 stellar index at 1Re \\ 431 & CaH2\_alpha\_fit & -- & Slope of the gradient of the CaH2 index \\ 432 & CaHK\_Re\_fit & Angstrom & Value of the CaHK stellar index at 1Re \\ 433 & CaHK\_alpha\_fit & -- & Slope of the gradient of the CaHK index \\ 434 & Fe4383\_Re\_fit & Angstrom & Value of the Fe4383 stellar index at 1Re \\ 435 & Fe4383\_alpha\_fit & -- & Slope of the gradient of the Fe4383 index \\ 436 & Fe4531\_Re\_fit & Angstrom & Value of the Fe4531 stellar index at 1Re \\ 437 & Fe4531\_alpha\_fit & -- & Slope of the gradient of the Fe4531 index \\ 438 & Fe5015\_Re\_fit & Angstrom & Value of the Fe5015 stellar index at 1Re \\ 439 & Fe5015\_alpha\_fit & -- & Slope of the gradient of the Fe5015 index \\ 440 & Fe5270\_Re\_fit & \AA\ & Value of the Fe5270 stellar index at 1Re \\ 441 & Fe5270\_alpha\_fit & \AA/Re & Slope of the gradient of the Fe5270 index \\ 442 & Fe5335\_Re\_fit & \AA\ & Value of the Fe5335 stellar index at 1Re \\ 443 & Fe5335\_alpha\_fit & \AA/Re & Slope of the gradient of the Fe5335 index \\ 444 & Fe5406\_Re\_fit & Angstrom & Value of the Fe5406 stellar index at 1Re \\ 445 & Fe5406\_alpha\_fit & -- & Slope of the gradient of the Fe5406 index \\ 446 & Fe5709\_Re\_fit & Angstrom & Value of the Fe5709 stellar index at 1Re \\ 447 & Fe5709\_alpha\_fit & -- & Slope of the gradient of the Fe5709 index \\ 448 & Fe5782\_Re\_fit & Angstrom & Value of the Fe5782 stellar index at 1Re \\ 449 & Fe5782\_alpha\_fit & -- & Slope of the gradient of the Fe5782 index \\ 450 & G4300\_Re\_fit & Angstrom & Value of the G4300 stellar index at 1Re \\ 451 & G4300\_alpha\_fit & -- & Slope of the gradient of the G4300 index \\ 452 & HDeltaA\_Re\_fit & Angstrom & Value of the HDeltaA stellar index at 1Re \\ 453 & HDeltaA\_alpha\_fit & -- & Slope of the gradient of the HDeltaA index \\ 454 & HDeltaF\_Re\_fit & Angstrom & Value of the HDeltaF stellar index at 1Re \\ \hline \end{tabular}abel{tab:cat} \end{center} \end{table*} \addtocounter{table}{-1} \begin{table*} \begin{center} \caption{Integrated and characteristic parameters delivered for each analyzed datacube.} \begin{tabular}{llll} \hline\hline \# & parameter name & units & Description \\ \hline 455 & HDeltaF\_alpha\_fit & -- & Slope of the gradient of the HDeltaF index \\ 456 & HGammaA\_Re\_fit & Angstrom & Value of the HGammaA stellar index at 1Re \\ 457 & HGammaA\_alpha\_fit & -- & Slope of the gradient of the HGammaA index \\ 458 & HGammaF\_Re\_fit & Angstrom & Value of the HGammaF stellar index at 1Re \\ 459 & HGammaF\_alpha\_fit & -- & Slope of the gradient of the HGammaF index \\ 460 & Hb\_Re\_fit & \AA\ & Value of the H$\beta$ stellar index at 1Re \\ 461 & Hb\_alpha\_fit & \AA/Re & Slope of the gradient of the H$\beta$ index \\ 462 & Hdmod\_Re\_fit & \AA\ & Value of the Hdmod stellar index at 1Re \\ 463 & Hdmod\_alpha\_fit & \AA/Re & Slope of the gradient of the Hdmod index \\ 464 & Mg1\_Re\_fit & Angstrom & Value of the Mg1 stellar index at 1Re \\ 465 & Mg1\_alpha\_fit & -- & Slope of the gradient of the Mg1 index \\ 466 & Mg2\_Re\_fit & Angstrom & Value of the Mg2 stellar index at 1Re \\ 467 & Mg2\_alpha\_fit & -- & Slope of the gradient of the Mg2 index \\ 468 & MgICvD\_Re\_fit & Angstrom & Value of the MgICvD stellar index at 1Re \\ 469 & MgICvD\_alpha\_fit & -- & Slope of the gradient of the MgICvD index \\ 470 & Mgb\_Re\_fit & \AA\ & Value of the Mgb stellar index at 1Re \\ 471 & Mgb\_alpha\_fit & \AA/Re & Slope of the gradient of the Mgb index \\ 472 & NaD\_Re\_fit & Angstrom & Value of the NaD stellar index at 1Re \\ 473 & NaD\_alpha\_fit & -- & Slope of the gradient of the NaD index \\ 474 & SN\_Re\_fit & -- & Value of the SN stellar index at 1Re \\ 475 & SN\_alpha\_fit & -- & Slope of the gradient of the SN index \\ 476 & TiO1\_Re\_fit & Angstrom & Value of the TiO1 stellar index at 1Re \\ 477 & TiO1\_alpha\_fit & -- & Slope of the gradient of the TiO1 index \\ 478 & TiO2SDSS\_Re\_fit & Angstrom & Value of the TiO2SDSS stellar index at 1Re \\ 479 & TiO2SDSS\_alpha\_fit & -- & Slope of the gradient of the TiO2SDSS index \\ 480 & TiO2\_Re\_fit & Angstrom & Value of the TiO2 stellar index at 1Re \\ 481 & TiO2\_alpha\_fit & -- & Slope of the gradient of the TiO2 index \\ 482 & aTiO\_Re\_fit & Angstrom & Value of the aTiO stellar index at 1Re \\ 483 & aTiO\_alpha\_fit & -- & Slope of the gradient of the aTiO index \\ 484 & bTiO\_Re\_fit & Angstrom & Value of the bTiO stellar index at 1Re \\ 485 & bTiO\_alpha\_fit & -- & Slope of the gradient of the bTiO index \\ 486 & e\_C24668\_Re\_fit & Angstrom & Error of the C24668 stellar index at 1Re \\ 487 & e\_C24668\_alpha\_fit & -- & Error in the slope of the gradient of the C24668 index \\ 488 & e\_CN1\_Re\_fit & Angstrom & Error of the CN1 stellar index at 1Re \\ 489 & e\_CN1\_alpha\_fit & -- & Error in the slope of the gradient of the CN1 index \\ \hline \end{tabular}abel{tab:cat} \end{center} \end{table*} \addtocounter{table}{-1} \begin{table*} \begin{center} \caption{Integrated and characteristic parameters delivered for each analyzed datacube.} \begin{tabular}{llll} \hline\hline \# & parameter name & units & Description \\ \hline 490 & e\_CN2\_Re\_fit & Angstrom & Error of the CN2 stellar index at 1Re \\ 491 & e\_CN2\_alpha\_fit & -- & Error in the slope of the gradient of the CN2 index \\ 492 & e\_Ca4227\_Re\_fit & Angstrom & Error of the Ca4227 stellar index at 1Re \\ 493 & e\_Ca4227\_alpha\_fit & -- & Error in the slope of the gradient of the Ca4227 index \\ 494 & e\_Ca4455\_Re\_fit & Angstrom & Error of the Ca4455 stellar index at 1Re \\ 495 & e\_Ca4455\_alpha\_fit & -- & Error in the slope of the gradient of the Ca4455 index \\ 496 & e\_CaH1\_Re\_fit & Angstrom & Error of the CaH1 stellar index at 1Re \\ 497 & e\_CaH1\_alpha\_fit & -- & Error in the slope of the gradient of the CaH1 index \\ 498 & e\_CaH2\_Re\_fit & Angstrom & Error of the CaH2 stellar index at 1Re \\ 499 & e\_CaH2\_alpha\_fit & -- & Error in the slope of the gradient of the CaH2 index \\ 500 & e\_CaHK\_Re\_fit & Angstrom & Error of the CaHK stellar index at 1Re \\ 501 & e\_CaHK\_alpha\_fit & -- & Error in the slope of the gradient of the CaHK index \\ 502 & e\_Fe4383\_Re\_fit & Angstrom & Error of the Fe4383 stellar index at 1Re \\ 503 & e\_Fe4383\_alpha\_fit & -- & Error in the slope of the gradient of the Fe4383 index \\ 504 & e\_Fe4531\_Re\_fit & Angstrom & Error of the Fe4531 stellar index at 1Re \\ 505 & e\_Fe4531\_alpha\_fit & -- & Error in the slope of the gradient of the Fe4531 index \\ 506 & e\_Fe5015\_Re\_fit & Angstrom & Error of the Fe5015 stellar index at 1Re \\ 507 & e\_Fe5015\_alpha\_fit & -- & Error in the slope of the gradient of the Fe5015 index \\ 508 & e\_Fe5270\_Re\_fit & \AA\ & Error of the Fe5270 stellar index at 1Re \\ 509 & e\_Fe5270\_alpha\_fit & \AA/Re & Error of the slope of the gradient of the Fe5270 index \\ 510 & e\_Fe5335\_Re\_fit & \AA\ & Error of the Fe5335 stellar index at 1Re \\ 511 & e\_Fe5335\_alpha\_fit & \AA/Re & Error of the slope of the gradient of the Fe5335 index \\ 512 & e\_Fe5406\_Re\_fit & Angstrom & Error of the Fe5406 stellar index at 1Re \\ 513 & e\_Fe5406\_alpha\_fit & -- & Error in the slope of the gradient of the Fe5406 index \\ 514 & e\_Fe5709\_Re\_fit & Angstrom & Error of the Fe5709 stellar index at 1Re \\ 515 & e\_Fe5709\_alpha\_fit & -- & Error in the slope of the gradient of the Fe5709 index \\ 516 & e\_Fe5782\_Re\_fit & Angstrom & Error of the Fe5782 stellar index at 1Re \\ 517 & e\_Fe5782\_alpha\_fit & -- & Error in the slope of the gradient of the Fe5782 index \\ 518 & e\_G4300\_Re\_fit & Angstrom & Error of the G4300 stellar index at 1Re \\ 519 & e\_G4300\_alpha\_fit & -- & Error in the slope of the gradient of the G4300 index \\ 520 & e\_HDeltaA\_Re\_fit & Angstrom & Error of the HDeltaA stellar index at 1Re \\ 521 & e\_HDeltaA\_alpha\_fit & -- & Error in the slope of the gradient of the HDeltaA index \\ 522 & e\_HDeltaF\_Re\_fit & Angstrom & Error of the HDeltaF stellar index at 1Re \\ 523 & e\_HDeltaF\_alpha\_fit & -- & Error in the slope of the gradient of the HDeltaF index \\ 524 & e\_HGammaA\_Re\_fit & Angstrom & Error of the HGammaA stellar index at 1Re \\ \hline \end{tabular}abel{tab:cat} \end{center} \end{table*} \addtocounter{table}{-1} \begin{table*} \begin{center} \caption{Integrated and characteristic parameters delivered for each analyzed datacube.} \begin{tabular}{llll} \hline\hline \# & parameter name & units & Description \\ \hline 525 & e\_HGammaA\_alpha\_fit & -- & Error in the slope of the gradient of the HGammaA index \\ 526 & e\_HGammaF\_Re\_fit & Angstrom & Error of the HGammaF stellar index at 1Re \\ 527 & e\_HGammaF\_alpha\_fit & -- & Error in the slope of the gradient of the HGammaF index \\ 528 & e\_Hb\_Re\_fit & \AA\ & Error of the H$\beta$ stellar index at 1Re \\ 529 & e\_Hb\_alpha\_fit & \AA/Re & Error of the slope of the gradient of the H$\beta$index \\ 530 & e\_Hdmod\_Re\_fit & \AA\ & Error of the Hdmod stellar index at 1Re \\ 531 & e\_Hdmod\_alpha\_fit & \AA/Re & Error of the slope of the gradient of the Hdmod index \\ 532 & e\_Mg1\_Re\_fit & Angstrom & Error of the Mg1 stellar index at 1Re \\ 533 & e\_Mg1\_alpha\_fit & -- & Error in the slope of the gradient of the Mg1 index \\ 534 & e\_Mg2\_Re\_fit & Angstrom & Error of the Mg2 stellar index at 1Re \\ 535 & e\_Mg2\_alpha\_fit & -- & Error in the slope of the gradient of the Mg2 index \\ 536 & e\_MgICvD\_Re\_fit & Angstrom & Error of the MgICvD stellar index at 1Re \\ 537 & e\_MgICvD\_alpha\_fit & -- & Error in the slope of the gradient of the MgICvD index \\ 538 & e\_Mgb\_Re\_fit & \AA\ & Error of the Mgb stellar index at 1Re \\ 539 & e\_Mgb\_alpha\_fit & \AA/Re & Error of the slope of the gradient of the Mgb index \\ 540 & e\_NaD\_Re\_fit & Angstrom & Error of the NaD stellar index at 1Re \\ 541 & e\_NaD\_alpha\_fit & -- & Error in the slope of the gradient of the NaD index \\ 542 & e\_SN\_Re\_fit & -- & Error of the SN stellar index at 1Re \\ 543 & e\_SN\_alpha\_fit & -- & Error in the slope of the gradient of the SN index \\ 544 & e\_TiO1\_Re\_fit & Angstrom & Error of the TiO1 stellar index at 1Re \\ 545 & e\_TiO1\_alpha\_fit & -- & Error in the slope of the gradient of the TiO1 index \\ 546 & e\_TiO2SDSS\_Re\_fit & Angstrom & Error of the TiO2SDSS stellar index at 1Re \\ 547 & e\_TiO2SDSS\_alpha\_fit & -- & Error in the slope of the gradient of the TiO2SDSS index \\ 548 & e\_TiO2\_Re\_fit & Angstrom & Error of the TiO2 stellar index at 1Re \\ 549 & e\_TiO2\_alpha\_fit & -- & Error in the slope of the gradient of the TiO2 index \\ 550 & e\_aTiO\_Re\_fit & Angstrom & Error of the aTiO stellar index at 1Re \\ 551 & e\_aTiO\_alpha\_fit & -- & Error in the slope of the gradient of the aTiO index \\ 552 & e\_bTiO\_Re\_fit & Angstrom & Error of the bTiO stellar index at 1Re \\ 553 & e\_bTiO\_alpha\_fit & -- & Error in the slope of the gradient of the bTiO index \\ 554 & D4000\_Re\_fit & -- & Value of the D4000 stellar index at 1Re \\ 555 & e\_D4000\_Re\_fit & -- & Error of the D4000 stellar index at 1Re \\ 556 & D4000\_alpha\_fit & -- & Slope of the gradient of the D4000 index \\ 557 & e\_D4000\_alpha\_fit & -- & Error of the slope of the gradient of the D4000 index \\ \hline \end{tabular}abel{tab:cat} \end{center} \end{table*}