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output_common.Original
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!! output_common_original.f90
integer function bad_outputtype()
use ModInputs, only : OutputType, nOutputTypes
implicit none
integer :: iOutputType
logical :: IsFound
do iOutputType = 1, nOutputTypes
IsFound = .false.
if (OutputType(iOutputType) == '3DALL') IsFound = .true.
if (OutputType(iOutputType) == '3DNEU') IsFound = .true.
if (OutputType(iOutputType) == '3DION') IsFound = .true.
if (OutputType(iOutputType) == '3DTHM') IsFound = .true.
if (OutputType(iOutputType) == '3DCHM') IsFound = .true.
if (OutputType(iOutputType) == '3DUSR') IsFound = .true.
if (OutputType(iOutputType) == '3DGLO') IsFound = .true.
if (OutputType(iOutputType) == '2DGEL') IsFound = .true.
if (OutputType(iOutputType) == '2DMEL') IsFound = .true.
if (OutputType(iOutputType) == '2DUSR') IsFound = .true.
if (OutputType(iOutputType) == '1DALL') IsFound = .true.
if (OutputType(iOutputType) == '1DGLO') IsFound = .true.
if (OutputType(iOutputType) == '1DTHM') IsFound = .true.
if (OutputType(iOutputType) == '1DNEW') IsFound = .true.
if (OutputType(iOutputType) == '1DCHM') IsFound = .true.
if (OutputType(iOutputType) == '1DCMS') IsFound = .true.
if (OutputType(iOutputType) == '1DUSR') IsFound = .true.
if (.not. IsFound) then
bad_outputtype = iOutputType
return
endif
enddo
bad_outputtype = 0
return
end function bad_outputtype
!----------------------------------------------------------------
!
!----------------------------------------------------------------
subroutine output(dir, iBlock, iOutputType)
use ModSphereInterface, only:iStartBlk
use ModSatellites, only : CurrentSatellitePosition, CurrentSatelliteName
use ModGITM
use ModEUV
use ModTime
use ModInputs
use ModSources
use ModUserGITM, only: nVarsUser2d, nVarsUser3d, nVarsUser1d
implicit none
character (len=*), intent(in) :: dir
integer, intent(in) :: iBlock
integer, intent(in) :: iOutputType
character (len=5) :: proc_str,cBlock, cType
character (len=24) :: cTime='', cTimeSave=''
integer :: iiLat, iiLon, nGCs, cL=0
integer :: iLon,iLat,iAlt, nVars_to_Write, nlines, iBLK,iSpecies
logical :: done, IsFirstTime = .true., IsThere
real :: LatFind, LonFind
real :: rLon, rLat
character (len=2) :: cYear, cMonth, cDay, cHour, cMinute, cSecond
character (len=4) :: cYearL
!! construct naming strings
if (iOutputType == -1) then
cType = "1DALL"
else
cType = OutputType(iOutputType)
if (cType(1:2) == "3D" .and. Is1D) then
cType(1:2) = "1D"
endif
endif
if (Is1D) then
iiLat = 1
iiLon = 1
rLon = 1.0
rLat = 1.0
endif
if (iOutputType == -1) then
LatFind = CurrentSatellitePosition(iNorth_)
LonFind = CurrentSatellitePosition(iEast_)
if ((Longitude(0,iBlock)+Longitude(1,iBlock))/2 <=LonFind .and. &
(Longitude(nLons,iBlock)+Longitude(nLons+1,iBlock))/2 >LonFind) then
if ((Latitude(0,iBlock)+Latitude(1,iBlock))/2 <=LatFind .and. &
(Latitude(nLats,iBlock)+Latitude(nLats+1,iBlock))/2 >LatFind) then
iiLat = -1
iiLon = -1
do iLon = 0,nLons
if (Longitude(iLon,iBlock) <= LonFind .and. &
Longitude(iLon+1,iBlock) > LonFind) then
iiLon = iLon
rLon = 1.0 - (LonFind - Longitude(iLon,iBlock)) / &
(Longitude(iLon+1,iBlock) - Longitude(iLon,iBlock))
endif
enddo
do iLat = 0,nLats
if (Latitude(iLat,iBlock) <= LatFind .and. &
Latitude(iLat+1,iBlock) > LatFind) then
iiLat = iLat
rLat = 1.0 - (LatFind - Latitude(iLat,iBlock)) / &
(Latitude(iLat+1,iBlock) - Latitude(iLat,iBlock))
endif
enddo
else
return
endif
else
return
endif
endif
if ((iProc == 0.and.iBlock == 1).and.(iOutputType /= -1)) &
write(*,'(a,i7,i5,5i3)') &
"Writing Output files ("//cType//") at iStep : ",&
iStep, iTimeArray(1:6)
if (iOutputType == -1) &
write(*,'(a,i7,i5,5i3)') &
"Writing satellite file ("//CurrentSatelliteName//") at iStep : ",&
iStep, iTimeArray(1:6)
call calc_physics(iBlock)
call calc_rates(iBlock)
call calc_collisions(iBlock)
call chapman_integrals(iBlock)
call set_horizontal_bcs(iBlock)
if (.not. Is1D) call calc_efield(iBlock)
iBLK = iStartBLK + iBlock
write(cBlock,'(a1,i4.4)') "b",iBLK
call i2s(mod(iTimeArray(1),100), cYear, 2)
call i2s(iTimeArray(1), cYearL, 4)
call i2s(iTimeArray(2), cMonth, 2)
call i2s(iTimeArray(3), cDay, 2)
call i2s(iTimeArray(4), cHour, 2)
call i2s(iTimeArray(5), cMinute, 2)
call i2s(iTimeArray(6), cSecond, 2)
!-----------
! New feature - we want to be able to write to the same file over and
! over and over again, so we don't get 100,000,000 satellite files.
! So, here we are going to name the file the first time, then open
! that same file over and over again with an append.
!-----------
if ( IsFirstTime .or. &
.not. DoAppendFiles .or. &
(iOutputType /= -1 .and. .not. Is1D)) then
cTime = "t"//cYear//cMonth//cDay//"_"//cHour//cMinute//cSecond
cL = 14
if (IsFirstTime) cTimeSave = cTime
else
cTime = cTimeSave
endif
!! ---------------------------------------------
!! Write the binary data files
!! ---------------------------------------------
if (iOutputType == -1) then
inquire(file=dir//"/"//CurrentSatelliteName//"_"//cTime(1:cL)//".sat", &
EXIST=IsThere)
if (.not. DoAppendFiles .or. tSimulation < 0.1 .or. .not. IsThere) then
open(unit=iOutputUnit_, form="unformatted", &
file=dir//"/"//CurrentSatelliteName//"_"//cTime(1:cL)//".sat",&
status="unknown")
else
open(unit=iOutputUnit_, form="unformatted", &
file=dir//"/"//CurrentSatelliteName//"_"//cTime(1:cL)//".sat",&
status="unknown",position='append')
endif
else
if (cType /= '2DMEL' .or. iBLK == 1) then
inquire(file=dir//"/"//cType//"_"//cTime(1:cL)//"."//cBlock,&
EXIST=IsThere)
if (.not. DoAppendFiles .or. tSimulation < 0.1 .or. .not. IsThere) then
open(unit=iOutputUnit_, form="unformatted", &
file=dir//"/"//cType//"_"//cTime(1:cL)//"."//cBlock,&
status="unknown")
else
open(unit=iOutputUnit_, form="unformatted", &
file=dir//"/"//cType//"_"//cTime(1:cL)//"."//cBlock,&
status="unknown",position='append')
endif
endif
endif
nGCs = 2
select case (cType)
case ('3DALL')
nvars_to_write = 13+nSpeciesTotal+nSpecies+nIons+nIons-1+1
call output_3dall(iBlock)
case ('3DNEU')
nvars_to_write = 8+nSpeciesTotal+nSpecies
call output_3dneu(iBlock)
case ('3DION')
nvars_to_write = 8+nIons+6+4+4+1
call output_3dion(iBlock)
case ('3DTHM')
nvars_to_write = 14
call output_3dthm(iBlock)
case ('1DCHM')
nGCs = 0
nvars_to_write = 30
call output_1dchm(iBlock)
case ('3DCHM')
nvars_to_write = 30
call output_3dchm(iBlock)
case ('3DGLO')
nvars_to_write = 3 + 3
call output_3dglo(iBlock)
case ('3DUSR')
if (iBlock == 1) call set_nVarsUser3d
nvars_to_write = nVarsUser3d
call output_3duser(iBlock, iOutputUnit_)
case ('2DGEL')
nvars_to_write = 13
call output_2dgel(iBlock)
case ('2DMEL')
nvars_to_write = 29
if (iBLK == 1) call output_2dmel(iBlock)
case ('2DUSR')
if (iBlock == 1) call set_nVarsUser2d
nvars_to_write = nVarsUser2d
call output_2duser(iBlock, iOutputUnit_)
case ('1DALL')
nGCs = 0
nvars_to_write = nSpeciesTotal+nSpecies+nIons+nSpecies+5+nIons-2+1
call output_1dall(iiLon, iiLat, iBlock, rLon, rLat, iOutputUnit_)
case ('1DGLO')
nGCs = 0
nvars_to_write = 6
call output_1dglo
case ('1DTHM')
nGCs = 0
nvars_to_write = 14 + (nspeciestotal*2)
call output_1dthm
case ('1DNEW')
nGCs = 0
nvars_to_write = 15 + nSpeciesTotal + nSpecies + nIons + nSpecies
call output_1dnew(iiLon, iiLat, iBlock, rLon, rLat, iOutputUnit_)
end select
close(unit=iOutputUnit_)
!! Now write the header file
if ((iProc == 0 .and. iBlock == nBlocks) .or. iOutputType == -1) then
if (iOutputType == -1) then
inquire(file=dir//"/"//CurrentSatelliteName//"_"//cTime(1:cL)//".header", &
EXIST=IsThere)
if (.not. DoAppendFiles .or. tSimulation < 0.1 .or. .not. IsThere) then
open(unit=iOutputUnit_, &
file=dir//"/"//CurrentSatelliteName//"_"//cTime(1:cL)//".header",&
status="unknown")
else
open(unit=iOutputUnit_, &
file=dir//"/"//CurrentSatelliteName//"_"//cTime(1:cL)//".header",&
status="unknown",position='append')
endif
else
inquire(file=dir//"/"//cType//"_"//cTime(1:cL)//".header",&
EXIST=IsThere)
if (.not. DoAppendFiles .or. tSimulation < 0.1 .or. .not. IsThere) then
open(unit=iOutputUnit_, &
file=dir//"/"//cType//"_"//cTime(1:cL)//".header",&
status="unknown")
else
open(unit=iOutputUnit_, &
file=dir//"/"//cType//"_"//cTime(1:cL)//".header",&
status="unknown",position='append')
endif
endif
call write_head_blocks
call write_head_time
call write_head_version
if (cType(3:5) == 'USR') then
call output_header_user(cType, iOutputUnit_)
elseif (cType(3:5) == 'NEW') then
call output_header_new
else
call output_header
endif
write(iOutputUnit_,*) ""
write(iOutputUnit_,*) "END"
write(iOutputUnit_,*) ""
close(unit=iOutputUnit_)
endif
IsFirstTime = .false.
contains
!----------------------------------------------------------------
!
!----------------------------------------------------------------
subroutine output_header
use ModElectrodynamics, only : nMagLats, nMagLons
integer :: iOff, iSpecies, iIon
write(iOutputUnit_,*) "NUMERICAL VALUES"
write(iOutputUnit_,"(I7,6A)") nvars_to_write, " nvars"
if (cType(1:2) /= "2D") then
write(iOutputUnit_,"(I7,7A)") nAlts+4, " nAltitudes"
else
write(iOutputUnit_,"(I7,7A)") 1, " nAltitudes"
endif
if (cType(1:2) == "1D") then
write(iOutputUnit_,"(I7,7A)") 1, " nLatitudes"
write(iOutputUnit_,"(I7,7A)") 1, " nLongitudes"
else
if (cType(3:5) =="MEL") then
write(iOutputUnit_,"(I7,A)") nMagLats, " nLatitude"
write(iOutputUnit_,"(I7,A)") nMagLons+1, " nLongitudes"
write(iOutputUnit_,*) " "
write(iOutputUnit_,*) "NO GHOSTCELLS"
elseif (cType(3:5) =="GEL") then
write(iOutputUnit_,"(I7,A)") nLats, " nLatitude"
write(iOutputUnit_,"(I7,A)") nLons, " nLongitudes"
write(iOutputUnit_,*) " "
write(iOutputUnit_,*) "NO GHOSTCELLS"
else
write(iOutputUnit_,"(I7,7A)") nLats+nGCs*2, " nLatitudes"
write(iOutputUnit_,"(I7,7A)") nLons+nGCs*2, " nLongitudes"
endif
endif
write(iOutputUnit_,*) ""
write(iOutputUnit_,*) "VARIABLE LIST"
write(iOutputUnit_,"(I7,A1,a)") 1, " ", "Longitude"
write(iOutputUnit_,"(I7,A1,a)") 2, " ", "Latitude"
write(iOutputUnit_,"(I7,A1,a)") 3, " ", "Altitude"
if (cType(3:5) == "GEL") then
write(iOutputUnit_,"(I7,A1,a)") 4, " ", "Potential"
write(iOutputUnit_,"(I7,A1,a)") 5, " ", "Pedersen Conductance"
write(iOutputUnit_,"(I7,A1,a)") 6, " ", "Hall Conductance"
write(iOutputUnit_,"(I7,A1,a)") 7, " ", "Electron_Average_Energy"
write(iOutputUnit_,"(I7,A1,a)") 8, " ", "Electron_Energy_Flux"
write(iOutputUnit_,"(I7,A1,a)") 9, " ", "DivJuAlt"
write(iOutputUnit_,"(I7,A1,a)") 10, " ", "Pedersen FL Conductance"
write(iOutputUnit_,"(I7,A1,a)") 11, " ", "Hall FL Conductance"
write(iOutputUnit_,"(I7,A1,a)") 12, " ", "DivJu FL"
write(iOutputUnit_,"(I7,A1,a)") 13, " ", "FL Length"
endif
if (cType(3:5) == "THM") then
write(iOutputUnit_,"(I7,A1,a)") 4, " ", "EUV Heating"
write(iOutputUnit_,"(I7,A1,a)") 5, " ", "Conduction"
write(iOutputUnit_,"(I7,A1,a)") 6, " ", "Molecular Conduction"
write(iOutputUnit_,"(I7,A1,a)") 7, " ", "Eddy Conduction"
write(iOutputUnit_,"(I7,A1,a)") 8, " ", "Eddy Adiabatic Conduction"
write(iOutputUnit_,"(I7,A1,a)") 9, " ", "Chemical Heating"
write(iOutputUnit_,"(I7,A1,a)") 10, " ", "Auroral Heating"
write(iOutputUnit_,"(I7,A1,a)") 11, " ", "Joule Heating"
write(iOutputUnit_,"(I7,A1,a)") 12, " ", "NO Cooling"
write(iOutputUnit_,"(I7,A1,a)") 13, " ", "O Cooling"
write(iOutputUnit_,"(I7,A1,a)") 14, " ", "Total Abs EUV"
if (cType(1:2) == "1D") then
do iSpecies = 1, nSpeciesTotal
write(iOutputUnit_,"(I7,A1,a,a)") 11 + iSpecies, " ", &
"Production Rate ",cSpecies(iSpecies)
enddo
do iSpecies = 1, nSpeciesTotal
write(iOutputUnit_,"(I7,A1,a,a)") 11 + nSpeciesTotal + iSpecies, " ", &
"Loss Rate ",cSpecies(iSpecies)
enddo
endif
endif
if (cType(3:5) == "CHM") then
write(iOutputUnit_,"(I7,A1,a)") 4, " ", "N!D2!U+!N + e"
write(iOutputUnit_,"(I7,A1,a)") 5, " ", "O!D2!U+!N + e"
write(iOutputUnit_,"(I7,A1,a)") 6, " ", "N!D2!U+!N + O"
write(iOutputUnit_,"(I7,A1,a)") 7, " ", "NO!U+!N + e"
write(iOutputUnit_,"(I7,A1,a)") 8, " ", "N!U+!N + O!D2!N"
write(iOutputUnit_,"(I7,A1,a)") 9, " ", "NO + N"
write(iOutputUnit_,"(I7,A1,a)") 10, " ","O!U+!N + O!D2!N"
write(iOutputUnit_,"(I7,A1,a)") 11, " ", "N + O!D2!N"
write(iOutputUnit_,"(I7,A1,a)") 12, " ", "O!D2!U+!N + N"
write(iOutputUnit_,"(I7,A1,a)") 13, " ", "O!D2!U+!N + NO"
write(iOutputUnit_,"(I7,A1,a)") 14, " ", "O!D2!U+!N + N2"
write(iOutputUnit_,"(I7,A1,a)") 15, " ", "N!D2!U+!N + O!D2!N"
write(iOutputUnit_,"(I7,A1,a)") 16, " ", "N!U+!N + O"
write(iOutputUnit_,"(I7,A1,a)") 17, " ", "O!+!N + N!D2!N"
write(iOutputUnit_,"(I7,A1,a)") 18, " ", "O(1D) + N!D2!N"
write(iOutputUnit_,"(I7,A1,a)") 19, " ", "O(1D) + O!D2!N"
write(iOutputUnit_,"(I7,A1,a)") 20, " ", "O(1D) + O"
write(iOutputUnit_,"(I7,A1,a)") 21, " ", "O(1D) + e"
write(iOutputUnit_,"(I7,A1,a)") 22, " ", "N(2D) + O!D2!N"
write(iOutputUnit_,"(I7,A1,a)") 23, " ", "O!U+!N(2D)+e"
write(iOutputUnit_,"(I7,A1,a)") 24, " ", "N(2D) + O"
write(iOutputUnit_,"(I7,A1,a)") 25, " ", "N(2D) + e"
write(iOutputUnit_,"(I7,A1,a)") 26, " ", "O!U+!N(2D + N!D2!N"
write(iOutputUnit_,"(I7,A1,a)") 27, " ", "O!U+!N(2P) + e"
write(iOutputUnit_,"(I7,A1,a)") 28, " ", "O!U+!N(2P) + O"
write(iOutputUnit_,"(I7,A1,a)") 29, " ", "O!U+!N(2P) + N!D2!N"
write(iOutputUnit_,"(I7,A1,a)") 30, " ", "Chemical Heating Rate"
endif
if (cType(3:5) == "GLO") then
write(iOutputUnit_,"(I7,A1,a)") 4, " ", "6300 A Emission"
write(iOutputUnit_,"(I7,A1,a)") 5, " ", "PhotoElectronUp"
write(iOutputUnit_,"(I7,A1,a)") 6, " ", "PhotoElectronDown"
endif
if (cType(3:5) == "MEL") then
write(iOutputUnit_,"(I7,A1,a)") 4, " ", "MLT"
write(iOutputUnit_,"(I7,A1,a)") 5, " ", "GeoLat"
write(iOutputUnit_,"(I7,A1,a)") 6, " ", "GeoLon"
write(iOutputUnit_,"(I7,A1,a)") 7, " ", "Pedersen Conductance"
write(iOutputUnit_,"(I7,A1,a)") 8, " ", "Hall Conductance"
write(iOutputUnit_,"(I7,A1,a)") 9, " ", "DivJuAlt"
write(iOutputUnit_,"(I7,A1,a)") 10, " ", "Field Line Length"
write(iOutputUnit_,"(I7,A1,a)") 11, " ", "Sigma PP"
write(iOutputUnit_,"(I7,A1,a)") 12, " ", "Sigma LL"
write(iOutputUnit_,"(I7,A1,a)") 13, " ", "Sigma H"
write(iOutputUnit_,"(I7,A1,a)") 14, " ", "Sigma C"
write(iOutputUnit_,"(I7,A1,a)") 15, " ", "Sigma PL"
write(iOutputUnit_,"(I7,A1,a)") 16, " ", "Sigma LP"
write(iOutputUnit_,"(I7,A1,a)") 17, " ", "K^D_{m\phi}"
write(iOutputUnit_,"(I7,A1,a)") 18, " ", "K^D_{m\lamda}"
write(iOutputUnit_,"(I7,A1,a)") 19, " ", "Solver A"
write(iOutputUnit_,"(I7,A1,a)") 20, " ", "Solver B"
write(iOutputUnit_,"(I7,A1,a)") 21, " ", "Solver C"
write(iOutputUnit_,"(I7,A1,a)") 22, " ", "Solver D"
write(iOutputUnit_,"(I7,A1,a)") 23, " ", "Solver E"
write(iOutputUnit_,"(I7,A1,a)") 24, " ", "Solver S"
write(iOutputUnit_,"(I7,A1,a)") 25, " ", "DynamoPotential"
write(iOutputUnit_,"(I7,A1,a)") 26, " ", "Ed1new"
write(iOutputUnit_,"(I7,A1,a)") 27, " ", "Ed2new"
write(iOutputUnit_,"(I7,A1,a)") 28, " ", "Kphi"
write(iOutputUnit_,"(I7,A1,a)") 29, " ", "Klamda"
endif
if (cType(3:5) == "ALL" .or. cType(3:5) == "NEU") then
write(iOutputUnit_,"(I7,A1,a)") 4, " ", "Rho"
iOff = 4
do iSpecies = 1, nSpeciesTotal
write(iOutputUnit_,"(I7,A1,a)") iOff+iSpecies, " ", &
"["//cSpecies(iSpecies)//"]"
enddo
iOff = 4+nSpeciesTotal
write(iOutputUnit_,"(I7,A1,a)") iOff+1, " ", "Temperature"
write(iOutputUnit_,"(I7,A1,a)") iOff+2, " ", "V!Dn!N (east)"
write(iOutputUnit_,"(I7,A1,a)") iOff+3, " ", "V!Dn!N (north)"
write(iOutputUnit_,"(I7,A1,a)") iOff+4, " ", "V!Dn!N (up)"
iOff = 8+nSpeciesTotal
do iSpecies = 1, nSpecies
write(iOutputUnit_,"(I7,A1,a)") iOff+iSpecies, " ",&
"V!Dn!N (up,"//cSpecies(iSpecies)//")"
enddo
endif
if (cType(3:5) == "ALL" .or. cType(3:5) == "ION") then
iOff = 3
if (cType(3:5) == "ALL") iOff = 8+nSpeciesTotal+nSpecies
do iIon = 1, nIons
write(iOutputUnit_,"(I7,A1,a)") iOff+iIon, " ", "["//cIons(iIon)//"]"
enddo
iOff = iOff+nIons
write(iOutputUnit_,"(I7,A1,a)") iOff+1, " ", "eTemperature"
write(iOutputUnit_,"(I7,A1,a)") iOff+2, " ", "iTemperature"
write(iOutputUnit_,"(I7,A1,a)") iOff+3, " ", "V!Di!N (east)"
write(iOutputUnit_,"(I7,A1,a)") iOff+4, " ", "V!Di!N (north)"
write(iOutputUnit_,"(I7,A1,a)") iOff+5, " ", "V!Di!N (up)"
iOff = iOff + 5
do iIon = 1, nIons-1
write(iOutputUnit_,"(I7,A1,a)") iOff+iIon, " ", "EUV Ionization Rate("//cIons(iIon)//&
")"
enddo
iOff = iOff + nIons-1
write(iOutputUnit_,"(I7,A1,a)") iOff+1, " ", "Solar Zenith Angle"
iOff = iOff + 1
if (cType(3:5) == "ALL") then
! write(iOutputUnit_,"(I7,A1,a)") iOff+1, " ", "N2 Mixing Ratio"
! write(iOutputUnit_,"(I7,A1,a)") iOff+2, " ", "CH4 Mixing Ratio"
! write(iOutputUnit_,"(I7,A1,a)") iOff+3, " ", "Ar Mixing Ratio"
! write(iOutputUnit_,"(I7,A1,a)") iOff+4, " ", "HCN Mixing Ratio"
! write(iOutputUnit_,"(I7,A1,a)") iOff+5, " ", "H2 Mixing Ratio"
!
!! write(iOutputUnit_,"(I7,A1,a)") iOff+6, " ", "15N2 Mixing Ratio"
!! write(iOutputUnit_,"(I7,A1,a)") iOff+7, " ", "13CH4 Mixing Ratio"
!
! iOff = iOff + nSpecies
! write(iOutputUnit_,"(I7,A1,a)") iOff+1, " ", "RadCooling"
! write(iOutputUnit_,"(I7,A1,a)") iOff+2, " ", "EuvHeating"
! write(iOutputUnit_,"(I7,A1,a)") iOff+3, " ", "Conduction"
! write(iOutputUnit_,"(I7,A1,a)") iOff+4, " ", "Heat Balance Total"
! write(iOutputUnit_,"(I7,A1,a)") iOff+5, " ", "Heaing Efficiency"
else
write(iOutputUnit_,"(I7,A1,a)") iOff+1, " ", "Ed1"
write(iOutputUnit_,"(I7,A1,a)") iOff+2, " ", "Ed2"
write(iOutputUnit_,"(I7,A1,a)") iOff+3, " ", "Je1"
write(iOutputUnit_,"(I7,A1,a)") iOff+4, " ", "Je2"
write(iOutputUnit_,"(I7,A1,a)") iOff+5, " ", "Magnetic Latitude"
write(iOutputUnit_,"(I7,A1,a)") iOff+6, " ", "Magnetic Longitude"
write(iOutputUnit_,"(I7,A1,a)") iOff+8, " ", "B.F. East"
write(iOutputUnit_,"(I7,A1,a)") iOff+9, " ", "B.F. North"
write(iOutputUnit_,"(I7,A1,a)") iOff+10, " ", "B.F. Vertical"
write(iOutputUnit_,"(I7,A1,a)") iOff+11, " ", "B.F. Magnitude"
write(iOutputUnit_,"(I7,A1,a)") iOff+7, " ", "Potential"
write(iOutputUnit_,"(I7,A1,a)") iOff+8, " ", "E.F. East"
write(iOutputUnit_,"(I7,A1,a)") iOff+9, " ", "E.F. North"
write(iOutputUnit_,"(I7,A1,a)") iOff+10, " ", "E.F. Vertical"
write(iOutputUnit_,"(I7,A1,a)") iOff+11, " ", "E.F. Magnitude"
endif
endif
write(iOutputUnit_,*) ""
end subroutine output_header
subroutine output_header_new
use ModElectrodynamics, only : nMagLats, nMagLons
integer :: iOff, iSpecies, iIon
write(iOutputUnit_,*) "NUMERICAL VALUES"
write(iOutputUnit_,"(I7,6A)") nvars_to_write, " nvars"
write(iOutputUnit_,"(I7,7A)") nAlts, " nAltitudes"
write(iOutputUnit_,"(I7,7A)") 1, " nLatitudes"
write(iOutputUnit_,"(I7,7A)") 1, " nLongitudes"
write(iOutputUnit_,*) ""
write(iOutputUnit_,*) "VARIABLE LIST"
write(iOutputUnit_,"(I7,A1,a)") 1, " ", "Longitude"
write(iOutputUnit_,"(I7,A1,a)") 2, " ", "Local Time"
write(iOutputUnit_,"(I7,A1,a)") 3, " ", "Latitude"
write(iOutputUnit_,"(I7,A1,a)") 4, " ", "Altitude"
write(iOutputUnit_,"(I7,A1,a)") 5, " ", "Solar Zenith Angle"
write(iOutputUnit_,"(I7,A1,a)") 6, " ", "Rho"
iOff = 6
do iSpecies = 1, nSpeciesTotal
write(iOutputUnit_,"(I7,A1,a)") iOff+iSpecies, " ", &
"["//cSpecies(iSpecies)//"]"
enddo
iOff = iOff + nSpeciesTotal
write(iOutputUnit_,"(I7,A1,a)") iOff+1, " ", "Temperature"
write(iOutputUnit_,"(I7,A1,a)") iOff+2, " ", "V!Dn!N (east)"
write(iOutputUnit_,"(I7,A1,a)") iOff+3, " ", "V!Dn!N (north)"
write(iOutputUnit_,"(I7,A1,a)") iOff+4, " ", "V!Dn!N (up)"
iOff = iOff + 4
do iSpecies = 1, nSpecies
write(iOutputUnit_,"(I7,A1,a)") iOff+iSpecies, " ",&
"V!Dn!N (up,"//cSpecies(iSpecies)//")"
enddo
iOff = iOff + nSpecies
do iIon = 1, nIons
write(iOutputUnit_,"(I7,A1,a)") iOff+iIon, " ", "["//cIons(iIon)//"]"
enddo
iOff = iOff+nIons
write(iOutputUnit_,"(I7,A1,a)") iOff+1, " ", "eTemperature"
write(iOutputUnit_,"(I7,A1,a)") iOff+2, " ", "iTemperature"
write(iOutputUnit_,"(I7,A1,a)") iOff+3, " ", "V!Di!N (east)"
write(iOutputUnit_,"(I7,A1,a)") iOff+4, " ", "V!Di!N (north)"
write(iOutputUnit_,"(I7,A1,a)") iOff+5, " ", "V!Di!N (up)"
iOff = iOff + 5
do iSpecies = 1, nSpecies
write(iOutputUnit_,"(I7,A1,a)") iOff+iSpecies, " ", &
" "//cSpecies(iSpecies)//"Mixing Ratio"
enddo
write(iOutputUnit_,*) ""
end subroutine output_header_new
!----------------------------------------------------------------
subroutine write_head_blocks
if (cType(1:2) == "1D") return
write(iOutputUnit_,*) "BLOCKS"
write(iOutputUnit_,"(I7,A)") 1, " nBlocksAlt"
if (cType /= "2DMEL") then
write(iOutputUnit_,"(I7,A)") nBlocksLat, " nBlocksLat"
write(iOutputUnit_,"(I7,A)") nBlocksLon, " nBlocksLon"
else
write(iOutputUnit_,"(I7,A)") 1, " nBlocksLat"
write(iOutputUnit_,"(I7,A)") 1, " nBlocksLon"
endif
write(iOutputUnit_,*) ""
end subroutine write_head_blocks
!----------------------------------------------------------------
!
!----------------------------------------------------------------
subroutine write_head_time
write(iOutputUnit_,*) "TIME"
write(iOutputUnit_,"(I7,A)") iTimeArray(1), " Year"
write(iOutputUnit_,"(I7,A)") iTimeArray(2), " Month"
write(iOutputUnit_,"(I7,A)") iTimeArray(3), " Day"
write(iOutputUnit_,"(I7,A)") iTimeArray(4), " Hour"
write(iOutputUnit_,"(I7,A)") iTimeArray(5), " Minute"
write(iOutputUnit_,"(I7,A)") iTimeArray(6), " Second"
write(iOutputUnit_,"(I7,A)") iTimeArray(7), " Millisecond"
write(iOutputUnit_,*) ""
end subroutine write_head_time
!----------------------------------------------------------------
!
!----------------------------------------------------------------
subroutine write_head_version
write(iOutputUnit_,*) "VERSION"
write(iOutputUnit_,*) 3.1+PlanetNum
write(iOutputUnit_,*) ""
end subroutine write_head_version
end subroutine output
!! !----------------------------------------------------------------
!! !
!! !----------------------------------------------------------------
!!
!! subroutine output_1d(dir, cName, iBlock, Position)
!!
!! use ModGITM
!! use ModEUV
!! use ModTime
!! use ModInputs
!! use ModSources
!! use ModConstants
!!
!! implicit none
!!
!! character (len=*), intent(in) :: dir
!! character (len=*), intent(in) :: cName
!! integer, intent(in) :: iBlock
!! real, intent(in) :: Position(3)
!!
!! character (len=14) :: cTime
!! integer :: iLon,iLat,iAlt, nvars_to_write, nlines, iBLK, i
!! integer :: iiLon, iiLat, iiAlt
!! logical :: done
!!
!! real :: LatFind, LonFind
!! real :: rLon, rLat
!!
!! character (len=2) :: cYear, cMonth, cDay, cHour, cMinute, cSecond
!!
!! LatFind = Position(iNorth_)
!! LonFind = Position(iEast_)
!!
!! if ((Longitude(0,iBlock)+Longitude(1,iBlock))/2 <=LonFind .and. &
!! (Longitude(nLons,iBlock)+Longitude(nLons+1,iBlock))/2 >LonFind) then
!! if ((Latitude(0,iBlock)+Latitude(1,iBlock))/2 <=LatFind .and. &
!! (Latitude(nLats,iBlock)+Latitude(nLats+1,iBlock))/2 >LatFind) then
!!
!! iiLat = -1
!! iiLon = -1
!! do iLon = 0,nLons
!! if (Longitude(iLon,iBlock) <= LonFind .and. &
!! Longitude(iLon+1,iBlock) > LonFind) then
!! iiLon = iLon
!! rLon = 1.0 - (LonFind - Longitude(iLon,iBlock)) / &
!! (Longitude(iLon+1,iBlock) - Longitude(iLon,iBlock))
!! endif
!! enddo
!!
!! do iLat = 0,nLats
!! if (Latitude(iLat,iBlock) <= LatFind .and. &
!! Latitude(iLat+1,iBlock) > LatFind) then
!! iiLat = iLat
!! rLat = 1.0 - (LatFind - Latitude(iLat,iBlock)) / &
!! (Latitude(iLat+1,iBlock) - Latitude(iLat,iBlock))
!! endif
!! enddo
!!
!! else
!! return
!! endif
!! else
!! return
!! endif
!!
!! if (iProc == 0 .and. iBlock == 1) &
!! write(*,'(a,i7,i5,5i3)') &
!! "Writing Output files at iStep : ",iStep, iTimeArray(1:6)
!!
!! call calc_physics(iBlock)
!! call chapman_integrals(iBlock)
!! call calc_rates(iBlock)
!! if (.not. Is1D) call calc_efield(iBlock)
!!
!! !! construct naming strings
!!
!! call i2s(mod(iTimeArray(1),100), cYear, 2)
!! call i2s(iTimeArray(2), cMonth, 2)
!! call i2s(iTimeArray(3), cDay, 2)
!! call i2s(iTimeArray(4), cHour, 2)
!! call i2s(iTimeArray(5), cMinute, 2)
!! call i2s(iTimeArray(6), cSecond, 2)
!!
!! cTime = "t"//cYear//cMonth//cDay//"_"//cHour//cMinute//cSecond
!!
!! !! open file
!! open(unit=iOutputUnit_, &
!! file=dir//"/"//cName//"_"//cTime(1:cL)//"."//"dat",&
!! status="unknown")
!!
!! write(iOutputUnit_,*) ""
!! write(iOutputUnit_,*) "TIME"
!! do i=1,7
!! write(iOutputUnit_,*) iTimeArray(i)
!! enddo
!! write(iOutputUnit_,*) ""
!!
!! call output_header(.true., nVars_to_Write)
!!
!! call output_1dall(iiLon, iiLat, iBlock, rLon, rLat, iOutputUnit_)
!!
!! close(unit=iOutputUnit_)
!!
!! end subroutine output_1d
!----------------------------------------------------------------
!
!----------------------------------------------------------------
subroutine output_3dall(iBlock)
use ModGITM
use ModInputs
use ModEUV, only: EUVIonRates,SZA
implicit none
integer, intent(in) :: iBlock
integer :: iAlt, iLat, iLon, iiAlt, iiLat, iiLon, i
do iAlt=-1,nAlts+2
!!! Why ???
iiAlt = max(min(iAlt,nAlts),1)
do iLat=-1,nLats+2
!!! Why ???
iiLat = min(max(iLat,1),nLats)
do iLon=-1,nLons+2
!!! Why ???
iiLon = min(max(iLon,1),nLons)
write(iOutputUnit_) &
Longitude(iLon,iBlock), &
Latitude(iLat,iBlock), &
Altitude_GB(iLon,iLat,iAlt,iBlock),&
Rho(iLon,iLat,iAlt,iBlock),&
(NDensityS(iLon,iLat,iAlt,i,iBlock),i=1,nSpeciesTotal), &
Temperature(iLon,iLat,iAlt,iBlock),&
(Velocity(iLon,iLat,iAlt,i,iBlock),i=1,3), &
(VerticalVelocity(iLon,iLat,iAlt,i,iBlock),i=1,nSpecies), &
(IDensityS(iLon,iLat,iAlt,i,iBlock),i=1,nIons), &
eTemperature(iLon,iLat,iAlt,iBlock) ,&
ITemperature(iLon,iLat,iAlt,iBlock) ,&
(Ivelocity(iLon,iLat,iAlt,i,iBlock),i=1,3),&
EUVIonRateS(iLon,iLat,iAlt,1,iBlock),&
EUVIonRateS(iLon,iLat,iAlt,2,iBlock),&
EUVIonRateS(iLon,iLat,iAlt,3,iBlock),&
EUVIonRateS(iLon,iLat,iAlt,4,iBlock),&
EUVIonRateS(iLon,iLat,iAlt,5,iBlock),&
SZA(iiLon,iiLat,iBlock)*180/Pi
enddo
enddo
enddo
end subroutine output_3dall
!----------------------------------------------------------------
!
!----------------------------------------------------------------
subroutine output_3dneu(iBlock)
use ModGITM
use ModInputs
implicit none
integer, intent(in) :: iBlock
integer :: iAlt, iLat, iLon, iiAlt, iiLat, iiLon
do iAlt=-1,nAlts+2
iiAlt = max(min(iAlt,nAlts),1)
do iLat=-1,nLats+2
iiLat = min(max(iLat,1),nLats)
do iLon=-1,nLons+2
iiLon = min(max(iLon,1),nLons)
write(iOutputUnit_) &
Longitude(iLon,iBlock), &
Latitude(iLat,iBlock), &
Altitude_GB(iLon,iLat,iAlt,iBlock),&
Rho(iLon,iLat,iAlt,iBlock),&
NDensityS(iLon,iLat,iAlt,:,iBlock), &
Temperature(iLon,iLat,iAlt,iBlock),&
velocity(iLon,iLat,iAlt,:,iBlock) , &
VerticalVelocity(iLon,iLat,iAlt,:,iBlock)
enddo
enddo
enddo
end subroutine output_3dneu
!----------------------------------------------------------------
!
!----------------------------------------------------------------
subroutine output_3dion(iBlock)
use ModGITM
use ModInputs
use ModElectrodynamics
implicit none
integer, intent(in) :: iBlock
integer :: iAlt, iLat, iLon, iiAlt, iiLat, iiLon
do iAlt=-1,nAlts+2
do iLat=-1,nLats+2
do iLon=-1,nLons+2
write(iOutputUnit_) &
Longitude(iLon,iBlock), &
Latitude(iLat,iBlock), &
Altitude_GB(iLon,iLat,iAlt,iBlock), &
IDensityS(iLon,iLat,iAlt,:,iBlock), &
eTemperature(iLon,iLat,iAlt,iBlock), &
ITemperature(iLon,iLat,iAlt,iBlock), &
Ivelocity(iLon,iLat,iAlt,:,iBlock), &
ed1(iLon,iLat,iAlt), &
ed2(iLon,iLat,iAlt), &
je1(iLon,iLat,iAlt), &
je2(iLon,iLat,iAlt), &
mLatitude(iLon,iLat,iAlt,iBlock), &
mLongitude(iLon,iLat,iAlt,iBlock), &
B0(iLon,iLat,iAlt,:,iBlock), & !Geomagnetic B0(nLons,nLats,nAlts,4[iEast_,iNorth_,iUp_,iMag_],nBlocks)
potential(iLon,iLat,iAlt,iBlock), &
EField(iLon,iLat,iAlt,:), & ! EField(Lon,lat,alt,3)
sqrt(sum(EField(iLon,iLat,iAlt,:)**2)) ! magnitude of E.F.
enddo
enddo
enddo
end subroutine output_3dion
!----------------------------------------------------------------
!
!----------------------------------------------------------------
subroutine output_3dthm(iBlock)
use ModGITM
use ModInputs
use ModSources
use ModEuv, only : EuvTotal
implicit none
integer, intent(in) :: iBlock
integer :: iAlt, iLat, iLon, iiAlt, iiLat, iiLon
do iAlt=-1,nAlts+2
iiAlt = max(min(iAlt,nAlts),1)
do iLat=-1,nLats+2
iiLat = min(max(iLat,1),nLats)
do iLon=-1,nLons+2
iiLon = min(max(iLon,1),nLons)
write(iOutputUnit_) &
Longitude(iLon,iBlock), &
Latitude(iLat,iBlock), &
Altitude_GB(iLon,iLat,iAlt,iBlock), &
EuvHeating(iiLon,iiLat,iiAlt,iBlock)*dt, &
Conduction(iiLon,iiLat,iiAlt), &
MoleConduction(iiLon,iiLat,iiAlt), &
EddyCond(iiLon,iiLat,iiAlt), &
EddyCondAdia(iiLon,iiLat,iiAlt), &
ChemicalHeatingRate(iiLon,iiLat,iiAlt), &
AuroralHeating(iiLon,iiLat,iiAlt)*dt, &
JouleHeating(iiLon,iiLat,iiAlt)*dt, &
-NOCooling(iiLon,iiLat,iiAlt)*dt, &
-OCooling(iiLon,iiLat,iiAlt)*dt, &
EuvTotal(iiLon,iiLat,iiAlt,iBlock) * dt
enddo