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interp_vars.F90
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interp_vars.F90
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!----------------------------------------------------------------------------------------
subroutine generate_header(k, tile, latlon, gridtype, flnm, last)
use netcdf
use tile_module
use latlon_module
implicit none
integer, intent(in) :: k
type(tilegrid), dimension(6), intent(inout) :: tile
type(latlongrid), intent(inout) :: latlon
character(len=*), intent(in) :: gridtype, flnm
logical, intent(in) :: last
integer :: rc
!print *, 'Enter generate_header'
!print *, 'k = ', k
!print *, 'gridtype = ', trim(gridtype)
!print *, 'flnm = ', trim(flnm)
if(k == 1) then
call create_coord(tile(1)%nt, tile(1)%time(1:tile(1)%nt), latlon, flnm)
end if
if('fv_core.res.tile' == trim(gridtype)) then
call create_fv_core_var_attr(tile, latlon)
else if('sfc_data.tile' == trim(gridtype)) then
call create_sfc_data_var_attr(tile, latlon)
else if('fv_tracer.res.tile' == trim(gridtype)) then
call create_fv_tracer_var_attr(tile, latlon)
else if('fv_srf_wnd.res.tile' == trim(gridtype)) then
call create_fv_srf_wnd_var_attr(tile, latlon)
else if('phy_data.tile' == trim(gridtype)) then
call create_phy_data_var_attr(tile, latlon)
end if
if(last) then
!End define mode.
rc = nf90_enddef(latlon%ncid)
if(rc /= nf90_noerr) then
write(unit=0, fmt='(a,i6,a)') "Problem to enddef ncid: <", latlon%ncid, ">."
write(unit=0, fmt='(2a)') "Error status: ", trim(nf90_strerror(rc))
write(unit=0, fmt='(3a, i4)') &
"Stop in file: <", __FILE__, ">, line: ", __LINE__
stop
end if
end if
!print *, 'Leave generate_header'
end subroutine generate_header
!----------------------------------------------------------------------------------------
subroutine closefile(latlon)
use netcdf
use latlon_module
use tile_module, only : check_status
implicit none
type(latlongrid), intent(inout) :: latlon
integer :: i, j, n, rc
rc = nf90_close(latlon%ncid)
call check_status(rc)
print *, 'Finished Write to file: ', trim(latlon%filename)
end subroutine closefile
!----------------------------------------------------------------------------------------
subroutine interp2latlongrid(gridtype, tile, latlon)
use netcdf
use tile_module
use latlon_module
implicit none
character(len=*), intent(in) :: gridtype
type(tilegrid), dimension(6), intent(inout) :: tile
type(latlongrid), intent(inout) :: latlon
!print *, 'Enter interp2latlongrid'
!print *, 'gridtype = ', trim(gridtype)
if('fv_core.res.tile' == trim(gridtype)) then
call process_fv_core(tile, latlon)
else if('sfc_data.tile' == trim(gridtype)) then
call process_sfc_data(tile, latlon)
else if('fv_tracer.res.tile' == trim(gridtype)) then
call process_fv_tracer(tile, latlon)
else if('fv_srf_wnd.res.tile' == trim(gridtype)) then
call process_fv_srf_wnd(tile, latlon)
else if('phy_data.tile' == trim(gridtype)) then
call process_phy_data(tile, latlon)
end if
end subroutine interp2latlongrid
!---------------------------------------------------------------------------
subroutine create_global_attr(ncid, filename, title, type)
implicit none
integer, intent(in) :: ncid
character(len = *), intent(in) :: filename, title, type
!print *, 'Enter create_global_attr'
! ----put global attributes----
call nc_putGlobalCharAttr(ncid, 'filename', trim(filename))
call nc_putGlobalCharAttr(ncid, 'title', trim(title))
call nc_putGlobalCharAttr(ncid, 'grid_type', trim(type))
!call nc_putGlobalIntAttr(ncid, 'WRF_for_first_guess', iwrf)
!call nc_putGlobalRealAttr(ncid, 'top_height',bdytop)
end subroutine create_global_attr
!----------------------------------------------------------------------------------------
subroutine create_coord(nt, time, latlon, flnm)
use netcdf
use latlon_module
use tile_module, only : check_status
implicit none
integer, intent(in) :: nt
real(kind=8), dimension(1:nt), intent(in) :: time
type(latlongrid), intent(inout) :: latlon
character(len=*), intent(in) :: flnm
integer :: i, nd, rc, ncid
integer, dimension(2) :: dimids
real(kind=8), dimension(latlon%nlev) :: lev
logical :: fileExists
!print *, 'Enter create_coord'
!print *, 'flnm = ', trim(flnm)
!print *, 'nt = ', nt
!print *, 'time(1:nt) = ', time(1:nt)
!print *, 'latlon%nlon = ', latlon%nlon
!print *, 'latlon%nlat = ', latlon%nlat
print *, 'latlon%nlev = ', latlon%nlev
latlon%filename = trim(flnm)
allocate(latlon%lev(latlon%nlev))
do i = 1, latlon%nlev
latlon%lev(i) = dble(i-1)
lev(i) = dble(i-1)
end do
!print *, 'latlon%lon = ', latlon%lon
!print *, 'latlon%lat = ', latlon%lat
print *, 'latlon%lev = ', latlon%lev
rc = nf90_noerr
latlon%dimidt = -1
!Create the file.
inquire(file=trim(flnm), exist=fileExists)
if (fileExists) then
!call nf90_open(filePath, NF90_WRITE, ncid)
open(unit=1234, iostat=rc, file=trim(flnm), status='old')
if(rc == 0) close(1234, status='delete')
end if
!rc = nf90_create(trim(flnm), NF90_CLOBBER, ncid)
rc = nf90_create(trim(flnm), NF90_NETCDF4, ncid)
call check_status(rc)
latlon%ncid = ncid
!print *, 'ncid = ', ncid
rc = nf90_def_dim(ncid, 'longitude', latlon%nlon, latlon%dimidx)
call check_status(rc)
rc = nf90_def_dim(ncid, 'latitude', latlon%nlat, latlon%dimidy)
call check_status(rc)
rc = nf90_def_dim(ncid, 'level', latlon%nlev, latlon%dimidz)
call check_status(rc)
rc = nf90_def_dim(ncid, 'Time', NF90_UNLIMITED, latlon%dimidt)
call check_status(rc)
call create_global_attr(ncid, flnm, 'FV3 to Lat-Lon Grid', 'Lat-Lon Grid')
dimids(1) = latlon%dimidx
nd = 1
!--Field lon
call nc_putAxisAttr(ncid, nd, dimids, NF90_REAL8, &
'longitude', &
"Lontitude Coordinate", &
"degree_east", &
"Longitude" )
dimids(1) = latlon%dimidy
!--Field lat
call nc_putAxisAttr(ncid, nd, dimids, NF90_REAL8, &
'latitude', &
"Latitude Coordinate", &
"degree_north", &
"Latitude" )
dimids(1) = latlon%dimidz
!--Field lev
call nc_putAxisAttr(ncid, nd, dimids, NF90_REAL8, &
'level', &
"Altitude Coordinate", &
"top_down", &
"Altitude" )
dimids(1) = latlon%dimidt
!--Field time
call nc_putAxisAttr(ncid, nd, dimids, NF90_REAL8, &
"Time", &
"Time Coordinate", &
"time level", &
"Time" )
!write lon
call nc_put1Dvar0(ncid, 'longitude', latlon%lon, 1, latlon%nlon)
!write lat
call nc_put1Dvar0(ncid, 'latitude', latlon%lat, 1, latlon%nlat)
!write lev
!call nc_put1Dvar0(ncid, 'level', latlon%lev, 1, latlon%nlev)
call nc_put1Dvar0(ncid, 'level', lev, 1, latlon%nlev)
!write time
call nc_put1Ddbl0(ncid, 'Time', time, 1, nt)
!print *, 'Leave create_coord'
end subroutine create_coord
!-------------------------------------------------------------------------------------
subroutine create_fv_core_var_attr(tile, latlon)
use netcdf
use tile_module
use latlon_module
implicit none
type(tilegrid), dimension(6), intent(inout) :: tile
type(latlongrid), intent(inout) :: latlon
integer, dimension(4) :: dimids
integer :: rc, nd, i
integer :: missing_int
real(kind=8) :: missing_value
character(len=80) :: long_name, units, coordinates
!print *, 'Enter create_fv_core_var_attr'
missing_value = -1.0e38
missing_int = -999999
do i = 1, tile(1)%nVars
if((trim(tile(1)%vars(i)%name) == 'xaxis_1') .or. &
(trim(tile(1)%vars(i)%name) == 'xaxis_2') .or. &
(trim(tile(1)%vars(i)%name) == 'yaxis_1') .or. &
(trim(tile(1)%vars(i)%name) == 'yaxis_2') .or. &
(trim(tile(1)%vars(i)%name) == 'zaxis_1') .or. &
(trim(tile(1)%vars(i)%name) == 'u') .or. &
(trim(tile(1)%vars(i)%name) == 'v') .or. &
(trim(tile(1)%vars(i)%name) == 'Time')) then
cycle
end if
long_name = 'unknown'
units = 'unknown'
coordinates = 'Time level latitude longitude'
dimids(1) = latlon%dimidx
dimids(2) = latlon%dimidy
dimids(3) = latlon%dimidz
dimids(4) = latlon%dimidt
nd = 4
long_name = trim(tile(1)%vars(i)%name)
if((trim(tile(1)%vars(i)%name) == 'ps') .or. &
(trim(tile(1)%vars(i)%name) == 'phis')) then
dimids(3) = latlon%dimidt
nd = 3
coordinates = 'Time latitude longitude'
if(trim(tile(1)%vars(i)%name) == 'ps') then
long_name = 'surface_pressure'
units = 'Pa'
else if(trim(tile(1)%vars(i)%name) == 'phis') then
long_name = 'surface_geopotential_height'
units = 'm'
end if
else if((trim(tile(1)%vars(i)%name) == 'ua') .or. &
(trim(tile(1)%vars(i)%name) == 'va') .or. &
(trim(tile(1)%vars(i)%name) == 'W') .or. &
(trim(tile(1)%vars(i)%name) == 'delp') .or. &
(trim(tile(1)%vars(i)%name) == 'DZ') .or. &
(trim(tile(1)%vars(i)%name) == 'T')) then
if(trim(tile(1)%vars(i)%name) == 'ua') then
long_name = 'eastward_wind'
units = 'm/s'
else if(trim(tile(1)%vars(i)%name) == 'va') then
long_name = 'northward_wind'
units = 'm/s'
else if(trim(tile(1)%vars(i)%name) == 'T') then
long_name = 'air_temperature'
units = 'K'
end if
end if
call nc_putAttr(latlon%ncid, nd, dimids, NF90_REAL8, &
trim(tile(1)%vars(i)%name), &
trim(long_name), trim(units), &
trim(coordinates), missing_value)
end do
end subroutine create_fv_core_var_attr
!-------------------------------------------------------------------------------------
subroutine create_sfc_data_var_attr(tile, latlon)
use netcdf
use tile_module
use latlon_module
implicit none
type(tilegrid), dimension(6), intent(inout) :: tile
type(latlongrid), intent(inout) :: latlon
integer, dimension(4) :: dimids
integer :: rc, nd, i, j
integer :: missing_int
real(kind=8) :: missing_value
character(len=80) :: long_name, units, coordinates
!print *, 'Enter create_sfc_data_var_attr'
missing_value = -1.0e38
missing_int = -999999
do i = 1, tile(1)%nVars
j = tile(1)%vars(i)%ndims
!print *, 'Var ', i, ' name: <', trim(tile(1)%vars(i)%dimnames(j)), '>, ndims = ', &
! tile(1)%vars(i)%ndims
if(tile(1)%vars(i)%ndims < 3) then
cycle
end if
if('Time' /= trim(tile(1)%vars(i)%dimnames(j))) then
cycle
end if
long_name = 'unknown'
units = 'unknown'
dimids(1) = latlon%dimidx
dimids(2) = latlon%dimidy
if(3 == tile(1)%vars(i)%ndims) then
coordinates = 'Time latitude longitude'
dimids(3) = latlon%dimidt
nd = 3
else if(4 == tile(1)%vars(i)%ndims) then
coordinates = 'Time level latitude longitude'
dimids(3) = latlon%dimidz
dimids(4) = latlon%dimidt
nd = 4
else
print *, 'Var ', i, ' name: <', trim(tile(1)%vars(i)%dimnames(1)), &
'>, ndims = ', tile(1)%vars(i)%ndims
print *, 'Problem in File: ', __FILE__, ', at line: ', __LINE__
end if
long_name = trim(tile(1)%vars(i)%name)
call nc_putAttr(latlon%ncid, nd, dimids, NF90_REAL8, &
trim(tile(1)%vars(i)%name), &
trim(long_name), trim(units), &
trim(coordinates), missing_value)
end do
end subroutine create_sfc_data_var_attr
!-------------------------------------------------------------------------------------
subroutine create_fv_tracer_var_attr(tile, latlon)
use netcdf
use tile_module
use latlon_module
implicit none
type(tilegrid), dimension(6), intent(inout) :: tile
type(latlongrid), intent(inout) :: latlon
integer, dimension(4) :: dimids
integer :: rc, nd, i, j
integer :: missing_int
real(kind=8) :: missing_value
character(len=80) :: long_name, units, coordinates
!print *, 'Enter create_fv_tracer_var_attr'
missing_value = -1.0e38
missing_int = -999999
do i = 1, tile(1)%nVars
j = tile(1)%vars(i)%ndims
!print *, 'Var ', i, ' name: <', trim(tile(1)%vars(i)%dimnames(j)), '>, ndims = ', &
! tile(1)%vars(i)%ndims
if(tile(1)%vars(i)%ndims < 3) then
cycle
end if
if('Time' /= trim(tile(1)%vars(i)%dimnames(j))) then
cycle
end if
long_name = trim(tile(1)%vars(i)%name)
units = 'none'
coordinates = 'Time level latitude longitude'
dimids(1) = latlon%dimidx
dimids(2) = latlon%dimidy
dimids(3) = latlon%dimidz
dimids(4) = latlon%dimidt
nd = 4
if(4 /= tile(1)%vars(i)%ndims) then
print *, 'Var ', i, ' name: <', trim(tile(1)%vars(i)%dimnames(1)), &
'>, ndims = ', tile(1)%vars(i)%ndims
print *, 'Problem in File: ', __FILE__, ', at line: ', __LINE__
end if
call nc_putAttr(latlon%ncid, nd, dimids, NF90_REAL8, &
trim(tile(1)%vars(i)%name), &
trim(long_name), trim(units), &
trim(coordinates), missing_value)
end do
end subroutine create_fv_tracer_var_attr
!-------------------------------------------------------------------------------------
subroutine create_fv_srf_wnd_var_attr(tile, latlon)
use netcdf
use tile_module
use latlon_module
implicit none
type(tilegrid), dimension(6), intent(inout) :: tile
type(latlongrid), intent(inout) :: latlon
integer, dimension(4) :: dimids
integer :: rc, nd, i, j
integer :: missing_int
real(kind=8) :: missing_value
character(len=80) :: long_name, units, coordinates
!print *, 'Enter create_fv_srf_wnd_var_attr'
missing_value = -1.0e38
missing_int = -999999
do i = 1, tile(1)%nVars
j = tile(1)%vars(i)%ndims
!print *, 'Var ', i, ' name: <', trim(tile(1)%vars(i)%dimnames(j)), '>, ndims = ', &
! tile(1)%vars(i)%ndims
if(tile(1)%vars(i)%ndims < 3) then
cycle
end if
if('Time' /= trim(tile(1)%vars(i)%dimnames(j))) then
cycle
end if
long_name = trim(tile(1)%vars(i)%name)
units = 'none'
coordinates = 'Time latitude longitude'
dimids(1) = latlon%dimidx
dimids(2) = latlon%dimidy
dimids(3) = latlon%dimidt
nd = 3
if(3 /= tile(1)%vars(i)%ndims) then
print *, 'Var ', i, ' name: <', trim(tile(1)%vars(i)%dimnames(1)), &
'>, ndims = ', tile(1)%vars(i)%ndims
print *, 'Problem in File: ', __FILE__, ', at line: ', __LINE__
end if
call nc_putAttr(latlon%ncid, nd, dimids, NF90_REAL8, &
trim(tile(1)%vars(i)%name), &
trim(long_name), trim(units), &
trim(coordinates), missing_value)
end do
end subroutine create_fv_srf_wnd_var_attr
!-------------------------------------------------------------------------------------
subroutine create_phy_data_var_attr(tile, latlon)
use netcdf
use tile_module
use latlon_module
implicit none
type(tilegrid), dimension(6), intent(inout) :: tile
type(latlongrid), intent(inout) :: latlon
integer, dimension(4) :: dimids
integer :: rc, nd, i, j
integer :: missing_int
real(kind=8) :: missing_value
character(len=80) :: long_name, units, coordinates
!print *, 'Enter create_phy_data_var_attr'
missing_value = -1.0e38
missing_int = -999999
do i = 1, tile(1)%nVars
j = tile(1)%vars(i)%ndims
!print *, 'Var ', i, ' name: <', trim(tile(1)%vars(i)%dimnames(j)), '>, ndims = ', &
! tile(1)%vars(i)%ndims
if(tile(1)%vars(i)%ndims < 3) then
cycle
end if
if('Time' /= trim(tile(1)%vars(i)%dimnames(j))) then
cycle
end if
long_name = 'unknown'
units = 'unknown'
dimids(1) = latlon%dimidx
dimids(2) = latlon%dimidy
if(3 == tile(1)%vars(i)%ndims) then
coordinates = 'Time latitude longitude'
dimids(3) = latlon%dimidt
nd = 3
else if(4 == tile(1)%vars(i)%ndims) then
coordinates = 'Time level latitude longitude'
dimids(3) = latlon%dimidz
dimids(4) = latlon%dimidt
nd = 4
else
print *, 'Var ', i, ' name: <', trim(tile(1)%vars(i)%dimnames(1)), &
'>, ndims = ', tile(1)%vars(i)%ndims
print *, 'Problem in File: ', __FILE__, ', at line: ', __LINE__
end if
long_name = trim(tile(1)%vars(i)%name)
call nc_putAttr(latlon%ncid, nd, dimids, NF90_REAL8, &
trim(tile(1)%vars(i)%name), &
trim(long_name), trim(units), &
trim(coordinates), missing_value)
end do
end subroutine create_phy_data_var_attr
!----------------------------------------------------------------------------------------
subroutine process_fv_core(tile, latlon)
use netcdf
use tile_module
use latlon_module
implicit none
type(tilegrid), dimension(6), intent(inout) :: tile
type(latlongrid), intent(inout) :: latlon
integer :: i, n, rc
real(kind=8), dimension(:,:,:), allocatable :: var2d
real(kind=8), dimension(:,:,:), allocatable :: var3d
!print *, 'Enter process_fv_core'
allocate(var2d(latlon%nlon, latlon%nlat, 1))
allocate(var3d(latlon%nlon, latlon%nlat, latlon%nlev))
do i = 1, tile(1)%nVars
rc = nf90_inquire_variable(tile(1)%fileid, tile(1)%varids(i), &
ndims=tile(1)%vars(i)%nDims, natts=tile(1)%vars(i)%nAtts)
call check_status(rc)
!print *, 'Var No. ', i, ': ndims = ', tile(1)%vars(i)%nDims
!rc = nf90_inquire_variable(tile(1)%fileid, tile(1)%varids(i), &
! dimids=tile(1)%vars(i)%dimids)
!call check_status(rc)
rc = nf90_inquire_variable(tile(1)%fileid, tile(1)%varids(i), &
name=tile(1)%vars(i)%name)
call check_status(rc)
!print *, 'Var No. ', i, ': name: ', trim(tile(1)%vars(i)%name)
!print *, 'Var No. ', i, ': varid: ', tile(1)%varids(i)
if(tile(1)%vars(i)%nDims < 2) cycle
do n = 1, 6
rc = nf90_inquire_variable(tile(n)%fileid, tile(n)%varids(i), &
name=tile(n)%vars(i)%name)
call check_status(rc)
!print *, 'Tile ', n, ', Var No. ', i, ': varid: ', tile(n)%varids(i)
!print *, 'Tile ', n, ', Var ', i, ': ', trim(tile(n)%vars(i)%name)
if((trim(tile(n)%vars(i)%name) == 'ps') .or. &
(trim(tile(n)%vars(i)%name) == 'phis')) then
rc = nf90_get_var(tile(n)%fileid, tile(n)%varids(i), tile(n)%var2d)
call check_status(rc)
else if((trim(tile(n)%vars(i)%name) == 'ua') .or. &
(trim(tile(n)%vars(i)%name) == 'va') .or. &
(trim(tile(n)%vars(i)%name) == 'W') .or. &
(trim(tile(n)%vars(i)%name) == 'delp') .or. &
(trim(tile(n)%vars(i)%name) == 'DZ') .or. &
(trim(tile(n)%vars(i)%name) == 'T')) then
rc = nf90_get_var(tile(n)%fileid, tile(n)%varids(i), tile(n)%var3d)
call check_status(rc)
end if
end do
if((trim(tile(1)%vars(i)%name) == 'ps') .or. &
(trim(tile(1)%vars(i)%name) == 'phis')) then
call interp2dvar(tile, latlon, var2d)
call nc_put3Dvar(latlon%ncid, trim(tile(1)%vars(i)%name), &
var2d, 1, 1, latlon%nlon, 1, latlon%nlat, 1, 1)
else if((trim(tile(1)%vars(i)%name) == 'ua') .or. &
(trim(tile(1)%vars(i)%name) == 'va') .or. &
(trim(tile(1)%vars(i)%name) == 'W') .or. &
(trim(tile(1)%vars(i)%name) == 'delp') .or. &
(trim(tile(1)%vars(i)%name) == 'DZ') .or. &
(trim(tile(1)%vars(i)%name) == 'T')) then
call interp3dvar(tile, latlon, var3d)
call nc_put3Dvar(latlon%ncid, trim(tile(1)%vars(i)%name), &
var3d, 1, 1, latlon%nlon, 1, latlon%nlat, 1, latlon%nlev)
end if
end do
deallocate(var2d)
deallocate(var3d)
end subroutine process_fv_core
!----------------------------------------------------------------------------------------
subroutine process_sfc_data(tile, latlon)
use netcdf
use tile_module
use latlon_module
implicit none
type(tilegrid), dimension(6), intent(inout) :: tile
type(latlongrid), intent(inout) :: latlon
integer :: i, j, n, rc
real(kind=8), dimension(:,:), allocatable :: var2d
real(kind=8), dimension(:,:,:), allocatable :: var3d
!print *, 'Enter process_sfc_data'
allocate(var2d(latlon%nlon, latlon%nlat))
allocate(var3d(latlon%nlon, latlon%nlat, latlon%nlev))
do i = 1, tile(1)%nVars
j = tile(1)%vars(i)%ndims
!print *, 'Var ', i, ' name: <', trim(tile(1)%vars(i)%dimnames(j)), &
! '>, ndims = ', tile(1)%vars(i)%ndims
if(tile(1)%vars(i)%ndims < 3) then
cycle
end if
if('Time' /= trim(tile(1)%vars(i)%dimnames(j))) then
cycle
end if
!rc = nf90_inquire_variable(tile(1)%fileid, tile(1)%varids(i), &
! ndims=tile(1)%vars(i)%nDims, natts=tile(1)%vars(i)%nAtts)
!call check_status(rc)
!rc = nf90_inquire_variable(tile(1)%fileid, tile(1)%varids(i), &
! dimids=tile(1)%vars(i)%dimids)
!call check_status(rc)
!rc = nf90_inquire_variable(tile(1)%fileid, tile(1)%varids(i), &
! name=tile(1)%vars(i)%name)
!call check_status(rc)
!print *, 'Var No. ', i, ' name: ', trim(tile(1)%vars(i)%name)
!print *, 'Var No. ', i, ': varid: ', tile(1)%varids(i)
!print *, 'Var No. ', i, ', ndims = ', tile(1)%vars(i)%ndims
do n = 1, 6
rc = nf90_inquire_variable(tile(n)%fileid, tile(n)%varids(i), &
name=tile(n)%vars(i)%name)
call check_status(rc)
!print *, 'Tile ', n, ', Var No. ', i, ': varid: ', tile(n)%varids(i)
!print *, 'Tile ', n, ', Var ', i, ': ', trim(tile(n)%vars(i)%name)
if(3 == tile(1)%vars(i)%ndims) then
rc = nf90_get_var(tile(n)%fileid, tile(n)%varids(i), tile(n)%var2d)
call check_status(rc)
else if(4 == tile(1)%vars(i)%ndims) then
rc = nf90_get_var(tile(n)%fileid, tile(n)%varids(i), tile(n)%var3d)
call check_status(rc)
else
print *, 'Var ', i, ' name: <', trim(tile(1)%vars(i)%dimnames(1)), &
'>, ndims = ', tile(1)%vars(i)%ndims
print *, 'Problem in File: ', __FILE__, ', at line: ', __LINE__
end if
end do
!print *, 'Var No. ', i, ' name: ', trim(tile(1)%vars(i)%name)
!print *, 'Var No. ', i, ': varid: ', tile(1)%varids(i)
!print *, 'Var No. ', i, ', ndims = ', tile(1)%vars(i)%ndims
!do j = 1, tile(1)%vars(i)%ndims
!print *, 'Dim ', j, ' name: <', trim(tile(1)%vars(i)%dimnames(j)), &
! '>, len = ', tile(1)%vars(i)%dimlen(j)
!end do
if(3 == tile(1)%vars(i)%ndims) then
call interp2dvar4sfc(tile, latlon, var2d)
call nc_put3Dvar1(latlon%ncid, trim(tile(1)%vars(i)%name), &
var2d, 1, 1, latlon%nlon, 1, latlon%nlat)
else if(4 == tile(1)%vars(i)%ndims) then
call interp3dvar4sfc(tile, latlon, var3d)
call nc_put3Dvar(latlon%ncid, trim(tile(1)%vars(i)%name), &
var3d, 1, 1, latlon%nlon, 1, latlon%nlat, 1, latlon%nlev)
else
print *, 'Var ', i, ' name: <', trim(tile(1)%vars(i)%dimnames(1)), &
'>, ndims = ', tile(1)%vars(i)%ndims
print *, 'Problem in File: ', __FILE__, ', at line: ', __LINE__
end if
end do
deallocate(var2d)
deallocate(var3d)
end subroutine process_sfc_data
!----------------------------------------------------------------------------------------
subroutine process_fv_tracer(tile, latlon)
use netcdf
use tile_module
use latlon_module
implicit none
type(tilegrid), dimension(6), intent(inout) :: tile
type(latlongrid), intent(inout) :: latlon
integer :: i, j, n, rc
real(kind=8), dimension(:,:,:), allocatable :: var3d
!print *, 'Enter process_fv_tracer'
allocate(var3d(latlon%nlon, latlon%nlat, latlon%nlev))
do i = 1, tile(1)%nVars
j = tile(1)%vars(i)%ndims
!print *, 'Var ', i, ' name: <', trim(tile(1)%vars(i)%dimnames(j)), &
! '>, ndims = ', tile(1)%vars(i)%ndims
if(tile(1)%vars(i)%ndims < 3) then
cycle
end if
if('Time' /= trim(tile(1)%vars(i)%dimnames(j))) then
cycle
end if
!rc = nf90_inquire_variable(tile(1)%fileid, tile(1)%varids(i), &
! ndims=tile(1)%vars(i)%nDims, natts=tile(1)%vars(i)%nAtts)
!call check_status(rc)
!rc = nf90_inquire_variable(tile(1)%fileid, tile(1)%varids(i), &
! dimids=tile(1)%vars(i)%dimids)
!call check_status(rc)
!rc = nf90_inquire_variable(tile(1)%fileid, tile(1)%varids(i), &
! name=tile(1)%vars(i)%name)
!call check_status(rc)
!print *, 'Var No. ', i, ' name: ', trim(tile(1)%vars(i)%name)
!print *, 'Var No. ', i, ': varid: ', tile(1)%varids(i)
!print *, 'Var No. ', i, ', ndims = ', tile(1)%vars(i)%ndims
do n = 1, 6
rc = nf90_inquire_variable(tile(n)%fileid, tile(n)%varids(i), &
name=tile(n)%vars(i)%name)
call check_status(rc)
!print *, 'Tile ', n, ', Var No. ', i, ': varid: ', tile(n)%varids(i)
!print *, 'Tile ', n, ', Var ', i, ': ', trim(tile(n)%vars(i)%name)
if(4 == tile(1)%vars(i)%ndims) then
rc = nf90_get_var(tile(n)%fileid, tile(n)%varids(i), tile(n)%var3d)
call check_status(rc)
else
print *, 'Var ', i, ' name: <', trim(tile(1)%vars(i)%dimnames(1)), &
'>, ndims = ', tile(1)%vars(i)%ndims
print *, 'Problem in File: ', __FILE__, ', at line: ', __LINE__
end if
end do
!print *, 'Var No. ', i, ' name: ', trim(tile(1)%vars(i)%name)
!print *, 'Var No. ', i, ': varid: ', tile(1)%varids(i)
!print *, 'Var No. ', i, ', ndims = ', tile(1)%vars(i)%ndims
!do j = 1, tile(1)%vars(i)%ndims
!print *, 'Dim ', j, ' name: <', trim(tile(1)%vars(i)%dimnames(j)), &
! '>, len = ', tile(1)%vars(i)%dimlen(j)
!end do
if(4 == tile(1)%vars(i)%ndims) then
call interp3dvar(tile, latlon, var3d)
call nc_put3Dvar(latlon%ncid, trim(tile(1)%vars(i)%name), &
var3d, 1, 1, latlon%nlon, 1, latlon%nlat, 1, latlon%nlev)
else
print *, 'Var ', i, ' name: <', trim(tile(1)%vars(i)%dimnames(1)), &
'>, ndims = ', tile(1)%vars(i)%ndims
print *, 'Problem in File: ', __FILE__, ', at line: ', __LINE__
end if
end do
deallocate(var3d)
end subroutine process_fv_tracer
!----------------------------------------------------------------------------------------
subroutine process_fv_srf_wnd(tile, latlon)
use netcdf
use tile_module
use latlon_module
implicit none
type(tilegrid), dimension(6), intent(inout) :: tile
type(latlongrid), intent(inout) :: latlon
integer :: i, j, n, rc
real(kind=8), dimension(:,:), allocatable :: var2d
!print *, 'Enter process_fv_srf_wnd'
allocate(var2d(latlon%nlon, latlon%nlat))
do i = 1, tile(1)%nVars
j = tile(1)%vars(i)%ndims
!print *, 'Var ', i, ' name: <', trim(tile(1)%vars(i)%dimnames(j)), &
! '>, ndims = ', tile(1)%vars(i)%ndims
if(tile(1)%vars(i)%ndims < 3) then
cycle
end if
if('Time' /= trim(tile(1)%vars(i)%dimnames(j))) then
cycle
end if
!rc = nf90_inquire_variable(tile(1)%fileid, tile(1)%varids(i), &
! ndims=tile(1)%vars(i)%nDims, natts=tile(1)%vars(i)%nAtts)
!call check_status(rc)
!rc = nf90_inquire_variable(tile(1)%fileid, tile(1)%varids(i), &
! dimids=tile(1)%vars(i)%dimids)
!call check_status(rc)
!rc = nf90_inquire_variable(tile(1)%fileid, tile(1)%varids(i), &
! name=tile(1)%vars(i)%name)
!call check_status(rc)
!print *, 'Var No. ', i, ' name: ', trim(tile(1)%vars(i)%name)
!print *, 'Var No. ', i, ': varid: ', tile(1)%varids(i)
!print *, 'Var No. ', i, ', ndims = ', tile(1)%vars(i)%ndims
do n = 1, 6
rc = nf90_inquire_variable(tile(n)%fileid, tile(n)%varids(i), &
name=tile(n)%vars(i)%name)
call check_status(rc)
!print *, 'Tile ', n, ', Var No. ', i, ': varid: ', tile(n)%varids(i)
!print *, 'Tile ', n, ', Var ', i, ': ', trim(tile(n)%vars(i)%name)
if(3 == tile(1)%vars(i)%ndims) then
rc = nf90_get_var(tile(n)%fileid, tile(n)%varids(i), tile(n)%var2d)
call check_status(rc)
else
print *, 'Var ', i, ' name: <', trim(tile(1)%vars(i)%dimnames(1)), &
'>, ndims = ', tile(1)%vars(i)%ndims
print *, 'Problem in File: ', __FILE__, ', at line: ', __LINE__
end if
end do
!print *, 'Var No. ', i, ' name: ', trim(tile(1)%vars(i)%name)
!print *, 'Var No. ', i, ': varid: ', tile(1)%varids(i)
!print *, 'Var No. ', i, ', ndims = ', tile(1)%vars(i)%ndims
!do j = 1, tile(1)%vars(i)%ndims
!print *, 'Dim ', j, ' name: <', trim(tile(1)%vars(i)%dimnames(j)), &
! '>, len = ', tile(1)%vars(i)%dimlen(j)
!end do
if(3 == tile(1)%vars(i)%ndims) then
call interp2dvar4sfc(tile, latlon, var2d)
call nc_put3Dvar1(latlon%ncid, trim(tile(1)%vars(i)%name), &
var2d, 1, 1, latlon%nlon, 1, latlon%nlat)
else
print *, 'Var ', i, ' name: <', trim(tile(1)%vars(i)%dimnames(1)), &
'>, ndims = ', tile(1)%vars(i)%ndims
print *, 'Problem in File: ', __FILE__, ', at line: ', __LINE__
end if
end do
deallocate(var2d)
end subroutine process_fv_srf_wnd
!----------------------------------------------------------------------------------------
subroutine process_phy_data(tile, latlon)
use netcdf
use tile_module
use latlon_module
implicit none
type(tilegrid), dimension(6), intent(inout) :: tile
type(latlongrid), intent(inout) :: latlon
integer :: i, j, n, rc
real(kind=8), dimension(:,:), allocatable :: var2d
real(kind=8), dimension(:,:,:), allocatable :: var3d
!print *, 'Enter process_phy_data'
allocate(var2d(latlon%nlon, latlon%nlat))
allocate(var3d(latlon%nlon, latlon%nlat, latlon%nlev))
do i = 1, tile(1)%nVars
j = tile(1)%vars(i)%ndims
!print *, 'Var ', i, ' name: <', trim(tile(1)%vars(i)%dimnames(j)), &
! '>, ndims = ', tile(1)%vars(i)%ndims
if(tile(1)%vars(i)%ndims < 3) then
cycle
end if