File(s) in each subdirectory:

amie:	amie outputs 
1) march16-19_2013_new_nh.nc
2) march16-19_2013_new_sh.nc

amie_gitm: gitm outputs using AMIE forcings
1) combined_parms_2dall.npz: 
   ut: time after 03/16/2013 in hours
   glon: geographic longitude (0-360)
   glat: geographic latitude (-90-90)
   pot: electric potential at 300 km (kV)
   tec: total electron content (TECU)
   int_jh: height-integrated joule heating (mW/m2)
   eflux: total energy flux (mW/m2)
   ExB: vertical ExB drift at 300 km (m/s, positive = upward)
   ON2: column O to N2 ratio
   Wi: vertical ion drfit at 300 km (m/s, positive = upward)

2) combined_parms_3dall.npz:  
   ut: time after 03/16/2013 in hours
   glon: geographic longitude (0-360)
   glat: geographic latitude (-90-90)
   alt: altitude (km)
   Eden: electron density (m-3)
   Ui: zonal ion drift (m/s, positive = eastward)
   Vi: meridional ion drift (m/s, positive = northward)
   Wi: vertical ion drift (m/s, positive = upward)
   Un: zonal neutral wind (m/s, positive = eastward)
   Vn: meridional neutral wind (m/s, positive = northward)
   Wn: vertical neutral wind (m/s, positive = upward)
   ExB: vertical ExB drift (m/s, positive = upward)

3) combined_parms_terms1.npz:  
   ut: time after 03/16/2013 in hours
   glon: geographic longitude (0-360)
   glat: geographic latitude (-90-90)
   alt: altitude (km)
   Eden: electron density (m-3)
   Wi: vertical ion drift (m/s, positive = upward)
   ExB: vertical ExB drift (m/s, positive = upward)
   Trans_wind: transport process related to the neutral wind
   Trans_diff: transport process related to the ambipolar diffusion
   Trans_ExB: transport process related to the electric field
   Trans_all: total transport process 
   chemical: chemical process 
   Wi_wind: vertical ion drift related to the neutral wind
   Wi_diff: vertical ion drift related to the ambipolar diffusion

ashley_gitm: gitm outputs using ASHLEY-E and ASHLEY-A models
1) combined_parms_2dall.npz: 
   ut: time after 03/16/2013 in hours
   glon: geographic longitude (0-360)
   glat: geographic latitude (-90-90)
   pot: electric potential at 300 km (kV)
   tec: total electron content (TECU)
   int_jh: height-integrated joule heating (mW/m2)
   eflux: total energy flux (mW/m2)
   ExB: vertical ExB drift at 300 km (m/s, positive = upward)
   ON2: column O to N2 ratio
   Wi: vertical ion drfit at 300 km (m/s, positive = upward)


weimer_gitm: gitm outputs using Weimer and Fuller-Rowell models
1) combined_parms_2dall.npz: 
   ut: time after 03/16/2013 in hours
   glon: geographic longitude (0-360)
   glat: geographic latitude (-90-90)
   pot: electric potential at 300 km (kV)
   tec: total electron content (TECU)
   int_jh: height-integrated joule heating (mW/m2)
   eflux: total energy flux (mW/m2)
   ExB: vertical ExB drift at 300 km (m/s, positive = upward)
   ON2: column O to N2 ratio
   Wi: vertical ion drfit at 300 km (m/s, positive = upward)