*** JAGUAR-T639L340 2018/19 SSW hindcast Data ***
The coordinate values of the JAGUAR-T639L340 are described in 'zahyo_high.f90'.
The potential temperature coordinate is described in 'zahyo_theta.f90'.
All variables are formatted as used to draw the figures in the paper to reduce data size: zonal- and/or 4-day mean and extracted for the latitude regions in the figures.
Missing values are filed by -999.

File format : binary


The descriptions of the data in the files are as follows.

./
1) ZM_T_tz_70N-80N.bin    : (Fig 1)
    Zonal-mean T (unit:K)   averaged over 70°N-80°N
2) ZM_u_4d_NH_50N-70N.bin : (Fig 1)
    Zonal-mean u (unit:m/s) averaged over 50°N-70°N
3) EPF_(all,PW,MW,GW)_tz_50N-70N.bin : (Fig 2)
    EPFD (unit:m/s/d) of (all wave,PW,MW,GW) components averaged over 50°N-70°N

4) ZM_T_4d_NH.bin   : (Fig 3&5)
    Zonal- & 4-day mean T (unit:K)   at 20°S-90°N
5) ZM_u_4d_NH.bin   : (Fig 3&5)
    Zonal- & 4-day mean u (unit:m/s) at 20°S-90°N
6) ZM_MPV_4d_NH.bin : (Fig 3&5)
    Zonal- & 4-day mean MPV (unit:PVU) in the theta coordinate at 20°S-90°N
7) EPF_(all,PW,GW)_4d_NH.bin : (Fig 3&5)
    Zonal- & 4-day mean Eliassen-Palm flux (unit:m^2/s^2) and its divergence (unit:m/s/d) of (all wave,PW,GW) components at 20°S-90°N. var1:EPFD, var2:Fy/(ρ0*a), var3:Fz/(ρ0*a) 

8) (GPH,u,MPV,N2,duwdz,dwdz,w,3D-flux-M)_NH-map_*(hPa,K)_*.bin : (Fig 4,7,8&9)
    4-day mean [GPH(unit:m),u(m/s),MPV(PVU),N2(/s^2),-du'w'/dz(m/s/d) of GWs,dw*/dz(/s),w*(cm/s),-(∇・F_1)/ρ0(m/s/d)] in the Northern Hemisphere (90°N-EQ) at each pressure/potential temperature

9) (u,3D-flux-W)_4d_xz_60N-70N_20190106.bin : (Fig 6)
    4-day mean [u(unit:m/s),3D-flux-W(var1:Fx/ρ0,var2:Fz/ρ0,m^2/s^2)] averaged over 60°N-70°N during 6-9 Jan 2019

10) T_tz_70N.bin : (Fig 8)
    Vertical profiles of T (unit:K) at 8 stations located at a latitude of 70°N

11) GPH_xt_60N-70N_80km_20181217-20190117.bin : (Fig 10a)
    Hourly data of GPH (unit:m) averaged over 60°N-70°N at 80km from 17 Dec 2018-17 Jan 2019

12) (GPH,3D-flux-W)_xz_(65N,70N)_*.bin : (Fig 10b-d)
   Daily mean [GPH(unit:m),3D-flux-W(var1:Fx/ρ0,var2:Fz/ρ0,m^2/s^2)] at a latitude of (65°N,70°N)

13) uw_cz_*_*.bin : (Fig 11)
    u'w' (unit:m^2/s^2) of GWs at each latitude & ground-based phase velocity (c)


***-----------------------------***
*** SAMPLE OF DATA READING(F90) ***
***-----------------------------***
Files 1-3:
 do itime = 1, 24*44                               !-- hourly data for 44 days
    read(ifile) (var(ilev),ilev=1,nlev)            !-- nlev=340
 end do

Files 4-7:
 do itime = 1, 11                                  !-- 4 days * 11 periods
    do ilev = 1, nlev(or ntheta in File 6)         !-- nlev=340, ntheta=138
       read(ifile) (var1(ilat),ilat=nlat1,nlat2)   !-- nlat1=1(90°N), nlat2=587(20°S)
(      read(ifile) (var2(ilat),ilat=nlat1,nlat2) )
(      ...                                  )
    end do
 end do

Files 8:
 do ilon = 1, nlon                                 !-- nlon=1920
    read(ifile) (var(ilat),ilat=1,nlat/2)          !-- nlat=960
 end do

Files 9:
 do ilev = 1, nlev                                 !-- nlev=340
    read(ifile) (var1(ilon),ilon=1,nlon)           !-- nlon=1920
(   read(ifile) (var2(ilon),ilon=1,nlon) )
(   ...                                  )
 end do

File 10:
 do istation = 1, 8
    read(ifile) longitude
    do itime = 1, 24*44                            !-- hourly data for 44 days
       read(ifile) (var(ilev),ilev=1,nlev)
    end do
 end do

File 11:
 do itime = 1, 24*32                               !-- hourly data for 32 days
    read(ifile) (var(ilon),ilon=1,nlon)
 end do

Files 12:
 do itime = 1, 4                                   !-- daily data for 4 days
    do ilev = 1, nlev                              !-- nlev=340
       read(ifile) (var1(ilon),ilon=1,nlon)        !-- nlon=1920
(      read(ifile) (var2(ilon),ilon=1,nlon) )
(      ...                                  )
    end do
 end do

Files 13:
 read(ifile) (c(ic),ic=-nc,nc)                     !-- c: ground-based phase velocity, nc=100
 do ilev = 1, nlev
    read(ifile) (var(ic,ilev),ic=-nc,nc)
 end do