topcat -stilts plot2time \
   omode=swing \
   xpix=1126 ypix=838 \
   fontsize=14 tmin=2014-11-05T10:36 tmax=2014-12-06T15:22 legend=true \
   ylabel-A='P (W/sr)' \
   ymin-A=0 ymax-A=120000000 \
   ylabel-B='n (1/cm^3)' \
   ymin-B=0 ymax-B=0.6 \
   ylabel-C='T (eV)' \
   ymin-C=0 ymax-C=20 \
   ylabel-D='Vr (km/s)' \
   ymin-D=300 ymax-D=550 \
   ylabel-E='Pdyn (nPa)' \
   ymin-E=0 ymax-E=0.2 \
   ylabel-F='B (nT)' \
   ymin-F=-2 ymax-F=2 \
   ylabel-G='B (nT)' \
   ymin-G=-2.2 ymax-G=2.2 \
   layer_01=Line \
      zone_01=-A \
      in_01=ENLIL-AMDA.fits#3 \
       icmd_01='addcol MJD isoToMjd(Time)' \
       icmd_01='select "MJD< 56997 & MJD >= 56967"' \
      t_01=Time y_01=skr_e[0] \
      color_01=blue \
      leglabel_01='SKR RH emitted (100-400 kHz)' \
   layer_02=Line \
      zone_02=-B \
      in_02=ENLIL-AMDA.fits \
       icmd_02='select "MJD< 56997 & MJD >= 56967"' \
      t_02=datetime y_02=N \
      color_02=black \
      leglabel_02='ENLIL (CCMC)' \
   layer_03=Line \
      zone_03=-B \
      in_03=ENLIL-AMDA.fits#2 \
       icmd_03='addcol MJD isoToMjd(Time)' \
       icmd_03='select "(MJD< 56997) & (MJD >= 56967)"' \
      t_03=Time y_03=sat_sw_n \
      color_03=light_grey \
      leglabel_03='1D-MHD (AMDA)' \
   layer_04=Line \
      zone_04=-C \
      in_04=ENLIL-AMDA.fits \
       icmd_04='addcol T_eV T/11.6045250061657' \
       icmd_04='select "MJD< 56997 & MJD >= 56967"' \
      t_04=datetime y_04=T_ev \
      color_04=black \
      leglabel_04='ENLIL (CCMC)' \
   layer_05=Line \
      zone_05=-C \
      in_05=ENLIL-AMDA.fits#2 \
       icmd_05='addcol MJD isoToMjd(Time)' \
       icmd_05='select "(MJD< 56997) & (MJD >= 56967)"' \
      t_05=Time y_05=sat_sw_t \
      color_05=light_grey \
      leglabel_05='1D-MHD (AMDA)' \
   layer_06=Line \
      zone_06=-D \
      in_06=ENLIL-AMDA.fits \
       icmd_06='select "MJD< 56997 & MJD >= 56967"' \
      t_06=datetime y_06=Vr \
      color_06=black \
      leglabel_06='ENLIL (CCMC)' \
   layer_07=Line \
      zone_07=-D \
      in_07=ENLIL-AMDA.fits#2 \
       icmd_07='addcol MJD isoToMjd(Time)' \
       icmd_07='select "(MJD< 56997) & (MJD >= 56967)"' \
      t_07=Time y_07=sat_sw_v \
      color_07=light_grey \
      leglabel_07='1D-MHD (AMDA)' \
   layer_08=Line \
      zone_08=-E \
      in_08=ENLIL-AMDA.fits \
       icmd_08='select "MJD< 56997 & MJD >= 56967"' \
      t_08=datetime y_08=Dp \
      color_08=black \
      leglabel_08='ENLIL (CCMC)' \
   layer_09=Line \
      zone_09=-E \
      in_09=ENLIL-AMDA.fits#2 \
       icmd_09='addcol MJD isoToMjd(Time)' \
       icmd_09='select "(MJD< 56997) & (MJD >= 56967)"' \
      t_09=Time y_09=sat_sw_pdyn \
      color_09=light_grey \
      leglabel_09='1D-MHD (AMDA)' \
   layer_10=Line \
      zone_10=-F \
      in_10=ENLIL-AMDA.fits \
       icmd_10='select "MJD< 56997 & MJD >= 56967"' \
      t_10=datetime y_10=Br \
      leglabel_10='Br (ENLIL-CCMC)' \
   layer_11=Line \
      zone_11=-F \
      in_11=ENLIL-AMDA.fits \
       icmd_11='select "MJD< 56997 & MJD >= 56967"' \
      t_11=datetime y_11=Bt \
      color_11=blue \
      leglabel_11='Bt (ENLIL-CCMC)' \
   layer_12=Line \
      zone_12=-F \
      in_12=ENLIL-AMDA.fits \
       icmd_12='select "MJD< 56997 & MJD >= 56967"' \
      t_12=datetime y_12=Bn \
      color_12=light_grey \
      leglabel_12='Bn (ENLIL-CCMC)' \
   layer_13=Line \
      zone_13=-F \
      in_13=ENLIL-AMDA.fits \
       icmd_13='addcol B sqrt(Br*Br+Bt*Bt+Bn*Bn)' \
       icmd_13='select "MJD< 56997 & MJD >= 56967"' \
      t_13=datetime y_13=B \
      color_13=black \
      leglabel_13='B (ENLIL-CCMC)' \
   layer_14=Line \
      zone_14=-G \
      in_14=ENLIL-AMDA.fits#4 \
       icmd_14='addcol MJD isoToMjd(Time)' \
       icmd_14='select "MJD< 56997 & MJD >= 56967"' \
      t_14=Time y_14=cass_b_rtn[0] \
      leglabel_14='Br (Cassini/Mag)' \
   layer_15=Line \
      zone_15=-G \
      in_15=ENLIL-AMDA.fits#4 \
       icmd_15='addcol MJD isoToMjd(Time)' \
       icmd_15='select "MJD< 56997 & MJD >= 56967"' \
      t_15=Time y_15=cass_b_rtn[1] \
      color_15=blue \
      leglabel_15='Bt (Cassini/Mag)' \
   layer_16=Line \
      zone_16=-G \
      in_16=ENLIL-AMDA.fits#4 \
       icmd_16='addcol MJD isoToMjd(Time)' \
       icmd_16='select "MJD< 56997 & MJD >= 56967"' \
      t_16=Time y_16=cass_b_rtn[2] \
      color_16=light_grey \
      leglabel_16='Bn (Cassini/Mag)' \
   layer_17=Line \
      zone_17=-G \
      in_17=ENLIL-AMDA.fits#4 \
       icmd_17='addcol B sqrt(cass_b_rtn[0]*cass_b_rtn[0]+cass_b_rtn[1]*cass_b_rtn[1]+cass_b_rtn[2]*cass_b_rtn[2])' \
       icmd_17='addcol MJD isoToMjd(Time)' \
       icmd_17='select "MJD< 56997 & MJD >= 56967"' \
      t_17=Time y_17=B \
      color_17=black \
      leglabel_17='B (Cassini/Mag)'