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check_crtm.F90
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!
! check_crtm
!
! Check/example program for the CRTM Forward and K-Matrix functions.
!
! NOTE: No results are output or compared in this program.
! At this stage, it is included as an example only,
! and to determine that the CRTM library built
! correctly such that it can be linked to create
! an executable.
!
! Aerosol-Index mapping:
! --- CRTM ---
! 1 = Dust
! 2 = Sea salt-SSAM
! 3 = Sea salt-SSCM1
! 4 = Sea salt-SSCM2
! 5 = Sea salt-SSCM3
! 6 = Organic carbon
! 7 = Black carbon
! 8 = Sulfate
! --- CMAQ ---
! 1 = Dust
! 2 = Soot
! 3 = Water soluble
! 4 = Sulfate
! 5 = Sea salt
! 6 = Water
! 7 = Insoluble
! 8 = dust-like
! --- GOCART-GEOS5 ---
! 1, 2, 3, 4, 5 = Dust 1, 2, 3, 4, 5
! 6, 7, 8, 9, 10 = Sea salt 1, 2, 3, 4, 5
! 11, 12 = Organic carbon 1, 2
! 13, 14 = Black carbon 1, 2
! 15, 16 = Sulfate 1, 2
! 17, 18, 19 = Nitrate 1, 2, 3
! --- NAAPS ---
! 1 = Dust
! 2 = Smoke
! 3 = Sea Salt
! 4 = Anthropogenic and Biogenic Fine Particles
PROGRAM check_crtm
! ============================================================================
! STEP 1. **** ENVIRONMENT SETUP FOR CRTM USAGE ****
!
! Module usage
USE CRTM_Module
USE CRTM_RTSolution_Define, ONLY: CRTM_RTSolution_WriteFile_netCDF
! Disable all implicit typing
IMPLICIT NONE
! ============================================================================
! --------------------------
! Some non-CRTM-y Parameters
! --------------------------
CHARACTER(*), PARAMETER :: PROGRAM_NAME = 'check_crtm'
! ============================================================================
! STEP 2. **** SET UP SOME PARAMETERS FOR THE CRTM RUN ****
!
! Directory location of coefficients
#ifdef LITTLE_ENDIAN
CHARACTER(*), PARAMETER :: ENDIAN_TYPE='little_endian'
#else
CHARACTER(*), PARAMETER :: ENDIAN_TYPE='big_endian'
#endif
CHARACTER(*), PARAMETER :: COEFFICIENT_PATH='coefficients/'//ENDIAN_TYPE//'/'
CHARACTER(*), PARAMETER :: NC_COEFFICIENT_PATH='coefficients/netcdf/'
! Aerosol/Cloud coefficient format
CHARACTER(*), PARAMETER :: Coeff_Format = 'Binary'
!CHARACTER(*), PARAMETER :: Coeff_Format = 'netCDF'
! Aerosol/Cloud coefficient scheme
CHARACTER(*), PARAMETER :: Aerosol_Model = 'CRTM'
!CHARACTER(*), PARAMETER :: Aerosol_Model = 'CMAQ'
!CHARACTER(*), PARAMETER :: Aerosol_Model = 'GOCART-GEOS5'
!CHARACTER(*), PARAMETER :: Aerosol_Model = 'NAAPS'
CHARACTER(*), PARAMETER :: Cloud_Model = 'CRTM'
! Directory location of results for comparison [NOT USED YET]
CHARACTER(*), PARAMETER :: RESULTS_PATH = './results/'
! Profile dimensions
INTEGER, PARAMETER :: N_PROFILES = 4
INTEGER, PARAMETER :: N_LAYERS = 92
INTEGER, PARAMETER :: N_ABSORBERS = 2
INTEGER, PARAMETER :: N_CLOUDS = 1
INTEGER, PARAMETER :: N_AEROSOLS = 1
! Sensor information
INTEGER , PARAMETER :: N_SENSORS = 2
CHARACTER(*), PARAMETER :: SENSOR_ID(N_SENSORS) = (/'cris399_npp','atms_npp '/)
! Some pretend geometry angles. The scan angle is based
! on the default Re (earth radius) and h (satellite height)
REAL(fp), PARAMETER :: ZENITH_ANGLE = 30.0_fp
REAL(fp), PARAMETER :: SCAN_ANGLE = 26.37293341421_fp
! ============================================================================
! ---------
! Variables
! ---------
CHARACTER(256) :: message, version
CHARACTER(256) :: AerosolCoeff_File
CHARACTER(256) :: AerosolCoeff_Format
CHARACTER(256) :: CloudCoeff_File
CHARACTER(256) :: CloudCoeff_Format
CHARACTER(256) :: Aerosol_Scheme
CHARACTER(256) :: Cloud_Scheme
CHARACTER(256) :: output_nc_file
INTEGER :: err_stat, alloc_stat
INTEGER :: n_channels
INTEGER :: l, m, n, nc
! ============================================================================
! STEP 3. **** DEFINE THE CRTM INTERFACE STRUCTURES ****
!
! 3a. Define the "non-demoninational" arguments
! ---------------------------------------------
TYPE(CRTM_ChannelInfo_type) :: chinfo(N_SENSORS)
TYPE(CRTM_Geometry_type) :: geo(N_PROFILES)
! 3b. Define the FORWARD variables
! --------------------------------
TYPE(CRTM_Atmosphere_type) :: atm(N_PROFILES)
TYPE(CRTM_Surface_type) :: sfc(N_PROFILES)
TYPE(CRTM_RTSolution_type), ALLOCATABLE :: rts(:,:)
! 3c. Define the K-MATRIX variables
! ---------------------------------
TYPE(CRTM_Atmosphere_type), ALLOCATABLE :: atm_K(:,:)
TYPE(CRTM_Surface_type) , ALLOCATABLE :: sfc_K(:,:)
TYPE(CRTM_RTSolution_type), ALLOCATABLE :: rts_K(:,:)
! ============================================================================
! Program header
! --------------
CALL CRTM_Version( Version )
CALL Program_Message( PROGRAM_NAME, &
'Check/example program for the CRTM Forward and K-Matrix functions using '//&
ENDIAN_TYPE//' coefficient datafiles', &
'CRTM Version: '//TRIM(Version) )
! ============================================================================
! STEP 4. **** INITIALIZE THE CRTM ****
!
! 4a. Initialise all the sensors at once
! --------------------------------------
! ... Cloud coefficient information
IF ( Cloud_Model /= 'CRTM' ) THEN
Cloud_Scheme = Cloud_Model//'.'
ELSE
Cloud_Scheme = ' '
END IF
! ... Aerosol coefficient information
IF ( Aerosol_Model /= 'CRTM' ) THEN
Aerosol_Scheme = Aerosol_Model//'.'
ELSE
Aerosol_Scheme = ' '
END IF
! ... Coefficient table format
IF ( Coeff_Format == 'Binary' ) THEN
AerosolCoeff_Format = 'Binary'
AerosolCoeff_File = 'AerosolCoeff.'//TRIM(Aerosol_Scheme)//'bin'
CloudCoeff_Format = 'Binary'
CloudCoeff_File = 'CloudCoeff.'//TRIM(Cloud_Scheme)//'bin'
ELSE IF ( Coeff_Format == 'netCDF' ) THEN
AerosolCoeff_Format = 'netCDF'
AerosolCoeff_File = 'AerosolCoeff.'//TRIM(Aerosol_Scheme)//'nc4'
CloudCoeff_Format = 'netCDF'
CloudCoeff_File = 'CloudCoeff.'//TRIM(Cloud_Scheme)//'nc4'
END IF
WRITE( *,'(/5x,"Initializing the CRTM...")' )
err_stat = CRTM_Init( SENSOR_ID, &
chinfo, &
Aerosol_Model, &
AerosolCoeff_Format, &
AerosolCoeff_File, &
Cloud_Model, &
CloudCoeff_Format, &
CloudCoeff_File, &
File_Path=COEFFICIENT_PATH, &
NC_File_Path=NC_COEFFICIENT_PATH, &
Quiet=.TRUE.)
IF ( err_stat /= SUCCESS ) THEN
message = 'Error initializing CRTM'
CALL Display_Message( PROGRAM_NAME, message, FAILURE )
STOP
END IF
! 4b. Output some channel information
! -----------------------------------
n_channels = SUM(CRTM_ChannelInfo_n_Channels(chinfo))
WRITE( *,'(/5x,"Processing a total of ",i0," channels...")' ) n_channels
DO n = 1, N_SENSORS
WRITE( *,'(7x,i0," from ",a)' ) &
CRTM_ChannelInfo_n_Channels(chinfo(n)), TRIM(SENSOR_ID(n))
END DO
! ============================================================================
! Begin loop over sensors
! ----------------------
Sensor_Loop: DO n = 1, N_SENSORS
! ==========================================================================
! STEP 5. **** ALLOCATE STRUCTURE ARRAYS ****
!
! 5a. Determine the number of channels
! for the current sensor
! ------------------------------------
n_channels = CRTM_ChannelInfo_n_Channels(chinfo(n))
! 5b. Allocate the ARRAYS
! -----------------------
ALLOCATE( rts( n_channels, N_PROFILES ), &
atm_K( n_channels, N_PROFILES ), &
sfc_K( n_channels, N_PROFILES ), &
rts_K( n_channels, N_PROFILES ), &
STAT = alloc_stat )
IF ( alloc_stat /= 0 ) THEN
message = 'Error allocating structure arrays'
CALL Display_Message( PROGRAM_NAME, message, FAILURE )
STOP
END IF
! 5c. Allocate the STRUCTURE INTERNALS
! NOTE: Only the Atmosphere structures
! are allocated in this example
! ----------------------------------------
! The input FORWARD structure
CALL CRTM_Atmosphere_Create( atm, N_LAYERS, N_ABSORBERS, N_CLOUDS, N_AEROSOLS )
IF ( ANY(.NOT. CRTM_Atmosphere_Associated(atm)) ) THEN
message = 'Error allocating CRTM Forward Atmosphere structure'
CALL Display_Message( PROGRAM_NAME, message, FAILURE )
STOP
END IF
! The output K-MATRIX structure
CALL CRTM_Atmosphere_Create( atm_K, N_LAYERS, N_ABSORBERS, N_CLOUDS, N_AEROSOLS )
IF ( ANY(.NOT. CRTM_Atmosphere_Associated(atm_K)) ) THEN
message = 'Error allocating CRTM K-matrix Atmosphere structure'
CALL Display_Message( PROGRAM_NAME, message, FAILURE )
STOP
END IF
! The output structure
CALL CRTM_RTSolution_Create( rts, N_LAYERS )
IF ( ANY(.NOT. CRTM_RTSolution_Associated(rts)) ) THEN
Message = 'Error allocating CRTM RTSolution structures'
CALL Display_Message( PROGRAM_NAME, Message, FAILURE )
STOP 1
END IF
! ==========================================================================
! ==========================================================================
! STEP 6. **** ASSIGN INPUT DATA ****
!
! 6a. Atmosphere and Surface input
! NOTE: that this is the hard part (in my opinion :o). The mechanism by
! by which the atmosphere and surface data are loaded in to their
! respective structures below was done purely to keep the step-by-step
! instructions in this program relatively "clean".
! ------------------------------------------------------------------------
CALL Load_Atm_Data()
CALL Load_Sfc_Data()
DO m = 1, 2
DO nc = 1, atm(m)%n_Clouds
WHERE(atm(m)%Cloud(nc)%Water_Content > ZERO) atm(m)%Cloud_Fraction = ZERO
END DO
END DO
! The true fractional cloud fraction cases
atm(3) = atm(1)
atm(4) = atm(2)
sfc(3) = sfc(1)
sfc(4) = sfc(2)
DO m = 3, 4
DO nc = 1, atm(m)%n_Clouds
WHERE(atm(m)%Cloud(nc)%Water_Content > ZERO) atm(m)%Cloud_Fraction = 0.1426_fp
END DO
END DO
! 6b. Geometry input
! ------------------
! All profiles are given the same value
! The Sensor_Scan_Angle is optional.
CALL CRTM_Geometry_SetValue( geo, &
Sensor_Zenith_Angle = ZENITH_ANGLE, &
Sensor_Scan_Angle = SCAN_ANGLE )
! ==========================================================================
! ==========================================================================
! STEP 7. **** INITIALIZE THE K-MATRIX ARGUMENTS ****
!
! 7a. Zero the K-matrix OUTPUT structures
! ---------------------------------------
CALL CRTM_Atmosphere_Zero( atm_K )
CALL CRTM_Surface_Zero( sfc_K )
! 7b. Inintialize the K-matrix INPUT so
! that the results are dTb/dx
! -------------------------------------
rts_K%Radiance = ZERO
rts_K%Brightness_Temperature = ONE
! ==========================================================================
! ==========================================================================
! STEP 8. **** CALL THE CRTM FUNCTIONS FOR THE CURRENT SENSOR ****
!
WRITE( *, '( /5x, "Calling the CRTM functions for ",a,"..." )' ) TRIM(SENSOR_ID(n))
! 8a. The forward model
! ---------------------
err_stat = CRTM_Forward( atm , & ! Input
sfc , & ! Input
geo , & ! Input
chinfo(n:n), & ! Input
rts ) ! Output
IF ( err_stat /= SUCCESS ) THEN
message = 'Error calling CRTM Forward Model for '//TRIM(SENSOR_ID(n))
CALL Display_Message( PROGRAM_NAME, message, FAILURE )
STOP
END IF
! 8b. The K-matrix model
! ----------------------
err_stat = CRTM_K_Matrix( atm , & ! FORWARD Input
sfc , & ! FORWARD Input
rts_K , & ! K-MATRIX Input
geo , & ! Input
chinfo(n:n), & ! Input
atm_K , & ! K-MATRIX Output
sfc_K , & ! K-MATRIX Output
rts ) ! FORWARD Output
IF ( err_stat /= SUCCESS ) THEN
message = 'Error calling CRTM K-Matrix Model for '//TRIM(SENSOR_ID(n))
CALL Display_Message( PROGRAM_NAME, message, FAILURE )
STOP
END IF
! 8b. The AOD model
! ----------------------
err_stat = CRTM_AOD( atm , &
chinfo(n:n), &
rts )
IF ( err_stat /= SUCCESS ) THEN
Message = 'Error in CRTM AOD Model'
CALL Display_Message( PROGRAM_NAME, Message, FAILURE )
STOP 1
END IF
! ==========================================================================
! ============================================================================
! 8c. **** OUTPUT THE RESULTS TO SCREEN ****
!
! User should read the user guide or the source code of the routine
! CRTM_RTSolution_Inspect in the file CRTM_RTSolution_Define.f90 to
! select the needed variables for outputs. These variables are contained
! in the structure RTSolution.
DO m = 1, N_PROFILES
WRITE( *,'(//7x,"Profile ",i0," output for ",a )') m, TRIM(Sensor_Id(n))
DO l = 1, n_Channels
WRITE( *, '(/5x,"Channel ",i0," results")') chinfo(n)%Sensor_Channel(l)
CALL CRTM_RTSolution_Inspect(rts(l,m))
CALL CRTM_RTSolution_Inspect(rts_K(l,m))
CALL CRTM_Atmosphere_Inspect(atm_K(l,m))
CALL CRTM_Surface_Inspect(sfc_K(l,m))
END DO
CALL CRTM_Atmosphere_Inspect(atm(m))
CALL CRTM_Surface_Inspect(sfc(m))
END DO
! Uncomment to write crtm outputs in a netCDF file
! ! 8d. **** OUTPUT THE RESULTS TO NetCDF files ****
! output_nc_file = TRIM(SENSOR_ID(n))
! err_stat = CRTM_RTSolution_WriteFile_netCDF( &
! output_nc_file , & ! Input
! rts ) ! Input
! IF ( err_stat /= SUCCESS ) THEN
! message = 'Error calling CRTM_RTSolution_WriteFile_netCDF for '//TRIM(SENSOR_ID(n))
! CALL Display_Message( PROGRAM_NAME, message, FAILURE )
! STOP
! END IF
! ==========================================================================
! STEP 9. **** CLEAN UP FOR NEXT SENSOR ****
!
! 9a. Deallocate the structures
! -----------------------------
CALL CRTM_Atmosphere_Destroy(atm_K)
CALL CRTM_Atmosphere_Destroy(atm)
! 9b. Deallocate the arrays
! -------------------------
DEALLOCATE(rts, rts_K, sfc_k, atm_k, STAT = alloc_stat)
! ==========================================================================
END DO Sensor_Loop
! ==========================================================================
! 10. **** DESTROY THE CRTM ****
!
WRITE( *, '( /5x, "Destroying the CRTM..." )' )
err_stat = CRTM_Destroy( chinfo )
IF ( err_stat /= SUCCESS ) THEN
message = 'Error destroying CRTM'
CALL Display_Message( PROGRAM_NAME, message, FAILURE )
STOP
END IF
! ==========================================================================
! ==========================================================================
! 11. **** CREATE A SIGNAL FILE FOR TESTING SUCCESS ****
!
! This step is just to allow the CRTM library build process
! to detect success or failure at the shell level
CALL SignalFile_Create()
! ==========================================================================
CONTAINS
! ==========================================================================
! Below are some internal procedures that load the
! necessary input structures with some pretend data
! ==========================================================================
!
! Internal subprogam to load some test profile data
!
SUBROUTINE Load_Atm_Data()
! Local variables
INTEGER :: nc
INTEGER :: k1, k2
! 4a.1 Profile #1
! ---------------
! ...Profile and absorber definitions
atm(1)%Climatology = US_STANDARD_ATMOSPHERE
atm(1)%Absorber_Id(1:2) = (/ H2O_ID , O3_ID /)
atm(1)%Absorber_Units(1:2) = (/ MASS_MIXING_RATIO_UNITS, VOLUME_MIXING_RATIO_UNITS /)
! ...Profile data
atm(1)%Level_Pressure = &
(/0.714_fp, 0.975_fp, 1.297_fp, 1.687_fp, 2.153_fp, 2.701_fp, 3.340_fp, 4.077_fp, &
4.920_fp, 5.878_fp, 6.957_fp, 8.165_fp, 9.512_fp, 11.004_fp, 12.649_fp, 14.456_fp, &
16.432_fp, 18.585_fp, 20.922_fp, 23.453_fp, 26.183_fp, 29.121_fp, 32.274_fp, 35.650_fp, &
39.257_fp, 43.100_fp, 47.188_fp, 51.528_fp, 56.126_fp, 60.990_fp, 66.125_fp, 71.540_fp, &
77.240_fp, 83.231_fp, 89.520_fp, 96.114_fp, 103.017_fp, 110.237_fp, 117.777_fp, 125.646_fp, &
133.846_fp, 142.385_fp, 151.266_fp, 160.496_fp, 170.078_fp, 180.018_fp, 190.320_fp, 200.989_fp, &
212.028_fp, 223.441_fp, 235.234_fp, 247.409_fp, 259.969_fp, 272.919_fp, 286.262_fp, 300.000_fp, &
314.137_fp, 328.675_fp, 343.618_fp, 358.967_fp, 374.724_fp, 390.893_fp, 407.474_fp, 424.470_fp, &
441.882_fp, 459.712_fp, 477.961_fp, 496.630_fp, 515.720_fp, 535.232_fp, 555.167_fp, 575.525_fp, &
596.306_fp, 617.511_fp, 639.140_fp, 661.192_fp, 683.667_fp, 706.565_fp, 729.886_fp, 753.627_fp, &
777.790_fp, 802.371_fp, 827.371_fp, 852.788_fp, 878.620_fp, 904.866_fp, 931.524_fp, 958.591_fp, &
986.067_fp,1013.948_fp,1042.232_fp,1070.917_fp,1100.000_fp/)
atm(1)%Pressure = &
(/0.838_fp, 1.129_fp, 1.484_fp, 1.910_fp, 2.416_fp, 3.009_fp, 3.696_fp, 4.485_fp, &
5.385_fp, 6.402_fp, 7.545_fp, 8.822_fp, 10.240_fp, 11.807_fp, 13.532_fp, 15.423_fp, &
17.486_fp, 19.730_fp, 22.163_fp, 24.793_fp, 27.626_fp, 30.671_fp, 33.934_fp, 37.425_fp, &
41.148_fp, 45.113_fp, 49.326_fp, 53.794_fp, 58.524_fp, 63.523_fp, 68.797_fp, 74.353_fp, &
80.198_fp, 86.338_fp, 92.778_fp, 99.526_fp, 106.586_fp, 113.965_fp, 121.669_fp, 129.703_fp, &
138.072_fp, 146.781_fp, 155.836_fp, 165.241_fp, 175.001_fp, 185.121_fp, 195.606_fp, 206.459_fp, &
217.685_fp, 229.287_fp, 241.270_fp, 253.637_fp, 266.392_fp, 279.537_fp, 293.077_fp, 307.014_fp, &
321.351_fp, 336.091_fp, 351.236_fp, 366.789_fp, 382.751_fp, 399.126_fp, 415.914_fp, 433.118_fp, &
450.738_fp, 468.777_fp, 487.236_fp, 506.115_fp, 525.416_fp, 545.139_fp, 565.285_fp, 585.854_fp, &
606.847_fp, 628.263_fp, 650.104_fp, 672.367_fp, 695.054_fp, 718.163_fp, 741.693_fp, 765.645_fp, &
790.017_fp, 814.807_fp, 840.016_fp, 865.640_fp, 891.679_fp, 918.130_fp, 944.993_fp, 972.264_fp, &
999.942_fp,1028.025_fp,1056.510_fp,1085.394_fp/)
atm(1)%Temperature = &
(/256.186_fp, 252.608_fp, 247.762_fp, 243.314_fp, 239.018_fp, 235.282_fp, 233.777_fp, 234.909_fp, &
237.889_fp, 241.238_fp, 243.194_fp, 243.304_fp, 242.977_fp, 243.133_fp, 242.920_fp, 242.026_fp, &
240.695_fp, 239.379_fp, 238.252_fp, 236.928_fp, 235.452_fp, 234.561_fp, 234.192_fp, 233.774_fp, &
233.305_fp, 233.053_fp, 233.103_fp, 233.307_fp, 233.702_fp, 234.219_fp, 234.959_fp, 235.940_fp, &
236.744_fp, 237.155_fp, 237.374_fp, 238.244_fp, 239.736_fp, 240.672_fp, 240.688_fp, 240.318_fp, &
239.888_fp, 239.411_fp, 238.512_fp, 237.048_fp, 235.388_fp, 233.551_fp, 231.620_fp, 230.418_fp, &
229.927_fp, 229.511_fp, 229.197_fp, 228.947_fp, 228.772_fp, 228.649_fp, 228.567_fp, 228.517_fp, &
228.614_fp, 228.861_fp, 229.376_fp, 230.223_fp, 231.291_fp, 232.591_fp, 234.013_fp, 235.508_fp, &
237.041_fp, 238.589_fp, 240.165_fp, 241.781_fp, 243.399_fp, 244.985_fp, 246.495_fp, 247.918_fp, &
249.073_fp, 250.026_fp, 251.113_fp, 252.321_fp, 253.550_fp, 254.741_fp, 256.089_fp, 257.692_fp, &
259.358_fp, 261.010_fp, 262.779_fp, 264.702_fp, 266.711_fp, 268.863_fp, 271.103_fp, 272.793_fp, &
273.356_fp, 273.356_fp, 273.356_fp, 273.356_fp/)
atm(1)%Relative_Humidity = &
(/0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp,&
0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp,&
0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp,&
0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp,&
0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp,&
0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp,&
0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp,&
0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp,&
0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp,&
0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp,&
0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp,&
0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp/)
atm(1)%Absorber(:,1) = &
(/4.187E-03_fp,4.401E-03_fp,4.250E-03_fp,3.688E-03_fp,3.516E-03_fp,3.739E-03_fp,3.694E-03_fp,3.449E-03_fp, &
3.228E-03_fp,3.212E-03_fp,3.245E-03_fp,3.067E-03_fp,2.886E-03_fp,2.796E-03_fp,2.704E-03_fp,2.617E-03_fp, &
2.568E-03_fp,2.536E-03_fp,2.506E-03_fp,2.468E-03_fp,2.427E-03_fp,2.438E-03_fp,2.493E-03_fp,2.543E-03_fp, &
2.586E-03_fp,2.632E-03_fp,2.681E-03_fp,2.703E-03_fp,2.636E-03_fp,2.512E-03_fp,2.453E-03_fp,2.463E-03_fp, &
2.480E-03_fp,2.499E-03_fp,2.526E-03_fp,2.881E-03_fp,3.547E-03_fp,4.023E-03_fp,4.188E-03_fp,4.223E-03_fp, &
4.252E-03_fp,4.275E-03_fp,4.105E-03_fp,3.675E-03_fp,3.196E-03_fp,2.753E-03_fp,2.338E-03_fp,2.347E-03_fp, &
2.768E-03_fp,3.299E-03_fp,3.988E-03_fp,4.531E-03_fp,4.625E-03_fp,4.488E-03_fp,4.493E-03_fp,4.614E-03_fp, &
7.523E-03_fp,1.329E-02_fp,2.468E-02_fp,4.302E-02_fp,6.688E-02_fp,9.692E-02_fp,1.318E-01_fp,1.714E-01_fp, &
2.149E-01_fp,2.622E-01_fp,3.145E-01_fp,3.726E-01_fp,4.351E-01_fp,5.002E-01_fp,5.719E-01_fp,6.507E-01_fp, &
7.110E-01_fp,7.552E-01_fp,8.127E-01_fp,8.854E-01_fp,9.663E-01_fp,1.050E+00_fp,1.162E+00_fp,1.316E+00_fp, &
1.494E+00_fp,1.690E+00_fp,1.931E+00_fp,2.226E+00_fp,2.574E+00_fp,2.939E+00_fp,3.187E+00_fp,3.331E+00_fp, &
3.352E+00_fp,3.260E+00_fp,3.172E+00_fp,3.087E+00_fp/)
atm(1)%Absorber(:,2) = &
(/3.035E+00_fp,3.943E+00_fp,4.889E+00_fp,5.812E+00_fp,6.654E+00_fp,7.308E+00_fp,7.660E+00_fp,7.745E+00_fp, &
7.696E+00_fp,7.573E+00_fp,7.413E+00_fp,7.246E+00_fp,7.097E+00_fp,6.959E+00_fp,6.797E+00_fp,6.593E+00_fp, &
6.359E+00_fp,6.110E+00_fp,5.860E+00_fp,5.573E+00_fp,5.253E+00_fp,4.937E+00_fp,4.625E+00_fp,4.308E+00_fp, &
3.986E+00_fp,3.642E+00_fp,3.261E+00_fp,2.874E+00_fp,2.486E+00_fp,2.102E+00_fp,1.755E+00_fp,1.450E+00_fp, &
1.208E+00_fp,1.087E+00_fp,1.030E+00_fp,1.005E+00_fp,1.010E+00_fp,1.028E+00_fp,1.068E+00_fp,1.109E+00_fp, &
1.108E+00_fp,1.071E+00_fp,9.928E-01_fp,8.595E-01_fp,7.155E-01_fp,5.778E-01_fp,4.452E-01_fp,3.372E-01_fp, &
2.532E-01_fp,1.833E-01_fp,1.328E-01_fp,9.394E-02_fp,6.803E-02_fp,5.152E-02_fp,4.569E-02_fp,4.855E-02_fp, &
5.461E-02_fp,6.398E-02_fp,7.205E-02_fp,7.839E-02_fp,8.256E-02_fp,8.401E-02_fp,8.412E-02_fp,8.353E-02_fp, &
8.269E-02_fp,8.196E-02_fp,8.103E-02_fp,7.963E-02_fp,7.741E-02_fp,7.425E-02_fp,7.067E-02_fp,6.702E-02_fp, &
6.368E-02_fp,6.070E-02_fp,5.778E-02_fp,5.481E-02_fp,5.181E-02_fp,4.920E-02_fp,4.700E-02_fp,4.478E-02_fp, &
4.207E-02_fp,3.771E-02_fp,3.012E-02_fp,1.941E-02_fp,9.076E-03_fp,2.980E-03_fp,5.117E-03_fp,1.160E-02_fp, &
1.428E-02_fp,1.428E-02_fp,1.428E-02_fp,1.428E-02_fp/)
! Load CO2 absorber data if there are three absorrbers
IF ( atm(1)%n_Absorbers > 2 ) THEN
atm(1)%Absorber_Id(3) = CO2_ID
atm(1)%Absorber_Units(3) = VOLUME_MIXING_RATIO_UNITS
atm(1)%Absorber(:,3) = 380.0_fp
END IF
! Cloud data
IF ( atm(1)%n_Clouds > 0 ) THEN
k1 = 75
k2 = 79
DO nc = 1, atm(1)%n_Clouds
atm(1)%Cloud(nc)%Type = WATER_CLOUD
atm(1)%Cloud(nc)%Effective_Radius(k1:k2) = 20.0_fp ! microns
atm(1)%Cloud(nc)%Water_Content(k1:k2) = 5.0_fp ! kg/m^2
END DO
END IF
! Aerosol data. Three aerosol types can be loaded:
! Dust, Sulphate, and Sea Salt SSCM3
Load_Aerosol_Data_1: IF ( atm(1)%n_Aerosols > 0 ) THEN
atm(1)%Aerosol(1)%Type = 1 ! dust (CRTM, CMAQ, GOCART-GEOS5, NAAPS)
atm(1)%Aerosol(1)%Effective_Radius = & ! microns
(/0.000000E+00_fp, 0.000000E+00_fp, &
0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, &
0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, &
0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, &
0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 5.305110E-16_fp, &
7.340409E-16_fp, 1.037097E-15_fp, 1.496791E-15_fp, 2.207471E-15_fp, 3.327732E-15_fp, &
5.128933E-15_fp, 8.083748E-15_fp, 1.303055E-14_fp, 2.148368E-14_fp, 3.622890E-14_fp, &
6.248544E-14_fp, 1.102117E-13_fp, 1.987557E-13_fp, 3.663884E-13_fp, 6.901587E-13_fp, &
1.327896E-12_fp, 2.608405E-12_fp, 5.228012E-12_fp, 1.068482E-11_fp, 2.225098E-11_fp, &
4.717675E-11_fp, 1.017447E-10_fp, 2.229819E-10_fp, 4.960579E-10_fp, 1.118899E-09_fp, &
2.555617E-09_fp, 5.902789E-09_fp, 1.376717E-08_fp, 3.237321E-08_fp, 7.662427E-08_fp, &
1.822344E-07_fp, 4.346896E-07_fp, 1.037940E-06_fp, 2.475858E-06_fp, 5.887266E-06_fp, &
1.392410E-05_fp, 3.267943E-05_fp, 7.592447E-05_fp, 1.741777E-04_fp, 3.935216E-04_fp, &
8.732308E-04_fp, 1.897808E-03_fp, 4.027868E-03_fp, 8.323272E-03_fp, 1.669418E-02_fp, &
3.239702E-02_fp, 6.063055E-02_fp, 1.090596E-01_fp, 1.878990E-01_fp, 3.089856E-01_fp, &
4.832092E-01_fp, 7.159947E-01_fp, 1.001436E+00_fp, 1.317052E+00_fp, 1.622354E+00_fp, &
1.864304E+00_fp, 1.990457E+00_fp, 1.966354E+00_fp, 1.789883E+00_fp, 1.494849E+00_fp, &
1.140542E+00_fp, 7.915451E-01_fp, 4.974823E-01_fp, 2.818937E-01_fp, 1.433668E-01_fp, &
6.514795E-02_fp, 2.633057E-02_fp, 9.421763E-03_fp, 2.971053E-03_fp, 8.218245E-04_fp/)
atm(1)%Aerosol(1)%Concentration = & ! kg/m^2
(/0.000000E+00_fp, 0.000000E+00_fp, &
0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, &
0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, &
0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, &
0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, &
0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, &
0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, &
0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, &
0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, &
0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, &
0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, &
0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, &
0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 2.458105E-18_fp, 1.983430E-16_fp, &
1.191432E-14_fp, 5.276880E-13_fp, 1.710270E-11_fp, 4.035105E-10_fp, 6.911389E-09_fp, &
8.594215E-08_fp, 7.781797E-07_fp, 5.162773E-06_fp, 2.534018E-05_fp, 9.325154E-05_fp, &
2.617738E-04_fp, 5.727150E-04_fp, 1.002153E-03_fp, 1.446048E-03_fp, 1.782757E-03_fp, &
1.955759E-03_fp, 1.999206E-03_fp, 1.994698E-03_fp, 1.913109E-03_fp, 1.656122E-03_fp, &
1.206328E-03_fp, 6.847261E-04_fp, 2.785695E-04_fp, 7.418821E-05_fp, 1.172680E-05_fp, &
9.900895E-07_fp, 3.987399E-08_fp, 6.786932E-10_fp, 4.291151E-12_fp, 8.785440E-15_fp/)
IF ( Aerosol_Model== 'CMAQ' ) THEN
atm(1)%Aerosol(1)%Effective_Variance = & ! N/A
(/1.0500000E+00_fp, 1.500000E+00_fp, &
1.100000E+00_fp, 1.100000E+00_fp, 1.100000E+00_fp, 1.100000E+00_fp, 1.100000E+00_fp, &
1.200000E+00_fp, 1.200000E+00_fp, 1.200000E+00_fp, 1.200000E+00_fp, 1.200000E+00_fp, &
1.300000E+00_fp, 1.300000E+00_fp, 1.300000E+00_fp, 1.300000E+00_fp, 1.300000E+00_fp, &
1.400000E+00_fp, 1.400000E+00_fp, 1.400000E+00_fp, 1.400000E+00_fp, 1.400000E+00_fp, &
1.500000E+00_fp, 1.500000E+00_fp, 1.500000E+00_fp, 1.500000E+00_fp, 1.500000E+00_fp, &
1.600000E+00_fp, 1.600000E+00_fp, 1.600000E+00_fp, 1.600000E+00_fp, 1.600000E+00_fp, &
1.700000E+00_fp, 1.700000E+00_fp, 1.700000E+00_fp, 1.700000E+00_fp, 1.700000E+00_fp, &
1.800000E+00_fp, 1.800000E+00_fp, 1.800000E+00_fp, 1.800000E+00_fp, 1.800000E+00_fp, &
1.900000E+00_fp, 1.900000E+00_fp, 1.900000E+00_fp, 1.900000E+00_fp, 1.900000E+00_fp, &
2.000000E+00_fp, 2.000000E+00_fp, 2.000000E+00_fp, 2.000000E+00_fp, 2.000000E+00_fp, &
2.100000E+00_fp, 2.100000E+00_fp, 2.100000E+00_fp, 2.100000E+00_fp, 2.100000E+00_fp, &
2.200000E+00_fp, 2.200000E+00_fp, 2.200000E+00_fp, 2.200000E+00_fp, 2.200000E+00_fp, &
2.300000E+00_fp, 2.300000E+00_fp, 2.300000E+00_fp, 2.300000E+00_fp, 2.300000E+00_fp, &
2.400000E+00_fp, 2.400000E+00_fp, 2.400000E+00_fp, 2.400000E+00_fp, 2.400000E+00_fp, &
2.500000E+00_fp, 2.500000E+00_fp, 2.500000E+00_fp, 2.500000E+00_fp, 2.500000E+00_fp, &
1.200000E+00_fp, 1.200000E+00_fp, 1.200000E+00_fp, 1.200000E+00_fp, 1.200000E+00_fp, &
1.500000E+00_fp, 1.500000E+00_fp, 1.500000E+00_fp, 1.500000E+00_fp, 1.500000E+00_fp, &
1.700000E+00_fp, 1.700000E+00_fp, 1.700000E+00_fp, 1.700000E+00_fp, 1.700000E+00_fp/)
END IF
IF ( atm(1)%n_Aerosols > 1 ) THEN
atm(1)%Aerosol(2)%Type = 8 ! sulfate (CRTM), dust-like (CMAQ), Nitrate (GOCART-GEOS5)
atm(1)%Aerosol(2)%Effective_Radius = & ! microns
(/0.000000E+00_fp, 0.000000E+00_fp, &
0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, &
0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, &
0.000000E+00_fp, 0.000000E+00_fp, 3.000000E-01_fp, 3.000000E-01_fp, 3.000000E-01_fp, &
3.000000E-01_fp, 3.000000E-01_fp, 3.000000E-01_fp, 3.000000E-01_fp, 3.000000E-01_fp, &
3.000000E-01_fp, 3.000000E-01_fp, 3.000000E-01_fp, 3.000000E-01_fp, 3.000000E-01_fp, &
3.000000E-01_fp, 3.000000E-01_fp, 3.000000E-01_fp, 3.000000E-01_fp, 3.000000E-01_fp, &
3.000000E-01_fp, 3.000000E-01_fp, 3.000000E-01_fp, 3.000000E-01_fp, 3.000000E-01_fp, &
3.000000E-01_fp, 3.000000E-01_fp, 3.000000E-01_fp, 3.000000E-01_fp, 3.000000E-01_fp, &
3.000000E-01_fp, 3.000000E-01_fp, 3.000000E-01_fp, 3.000000E-01_fp, 3.000000E-01_fp, &
3.000000E-01_fp, 3.000000E-01_fp, 3.000000E-01_fp, 3.000000E-01_fp, 3.000000E-01_fp, &
3.000000E-01_fp, 3.000000E-01_fp, 3.000000E-01_fp, 3.000000E-01_fp, 3.000000E-01_fp, &
3.000000E-01_fp, 3.000000E-01_fp, 3.000000E-01_fp, 3.000000E-01_fp, 3.000000E-01_fp, &
3.000000E-01_fp, 3.000000E-01_fp, 3.000000E-01_fp, 3.000000E-01_fp, 3.000000E-01_fp, &
3.000000E-01_fp, 3.060238E-01_fp, 3.652677E-01_fp, 4.139419E-01_fp, 4.438249E-01_fp, &
4.486394E-01_fp, 4.261471E-01_fp, 3.795067E-01_fp, 3.174571E-01_fp, 3.000000E-01_fp, &
3.000000E-01_fp, 3.000000E-01_fp, 3.000000E-01_fp, 3.243099E-01_fp, 4.662931E-01_fp, &
6.103025E-01_fp, 6.958640E-01_fp, 6.776480E-01_fp, 5.570077E-01_fp, 3.828734E-01_fp, &
3.000000E-01_fp, 3.000000E-01_fp, 3.000000E-01_fp, 3.000000E-01_fp, 3.000000E-01_fp/)
atm(1)%Aerosol(2)%Concentration = & ! kg/m^2
(/0.000000E+00_fp, 0.000000E+00_fp, &
0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, &
0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, &
0.000000E+00_fp, 0.000000E+00_fp, 7.299549E-21_fp, 2.154532E-20_fp, 6.848207E-20_fp, &
2.339296E-19_fp, 8.562906E-19_fp, 3.346100E-18_fp, 1.389284E-17_fp, 6.094260E-17_fp, &
2.805828E-16_fp, 1.345656E-15_fp, 6.665967E-15_fp, 3.378989E-14_fp, 1.734933E-13_fp, &
8.924837E-13_fp, 4.546743E-12_fp, 2.266249E-11_fp, 1.091369E-10_fp, 5.013496E-10_fp, &
2.168936E-09_fp, 8.725800E-09_fp, 3.224980E-08_fp, 1.082545E-07_fp, 3.266343E-07_fp, &
8.780083E-07_fp, 2.087760E-06_fp, 4.370441E-06_fp, 8.038113E-06_fp, 1.300537E-05_fp, &
1.860671E-05_fp, 2.376757E-05_fp, 2.751048E-05_fp, 2.945706E-05_fp, 2.998589E-05_fp, &
2.995521E-05_fp, 2.909387E-05_fp, 2.609907E-05_fp, 2.031620E-05_fp, 1.274989E-05_fp, &
5.920554E-06_fp, 1.842346E-06_fp, 3.429331E-07_fp, 3.355556E-08_fp, 1.506455E-09_fp, &
1.720306E-10_fp, 1.161071E-09_fp, 7.599420E-09_fp, 4.096076E-08_fp, 1.815570E-07_fp, &
6.623233E-07_fp, 1.994766E-06_fp, 4.987904E-06_fp, 1.044158E-05_fp, 1.850659E-05_fp, &
2.817442E-05_fp, 3.750360E-05_fp, 4.459276E-05_fp, 4.857087E-05_fp, 4.990199E-05_fp, &
4.998888E-05_fp, 4.922362E-05_fp, 4.582548E-05_fp, 3.844906E-05_fp, 2.757877E-05_fp, &
1.615474E-05_fp, 9.509965E-06_fp, 1.672265E-05_fp, 4.602962E-05_fp, 8.740809E-05_fp, &
1.165118E-04_fp, 1.248318E-04_fp, 1.240508E-04_fp, 1.095622E-04_fp, 7.116027E-05_fp, &
2.756351E-05_fp, 5.072010E-06_fp, 3.467497E-07_fp, 6.759169E-09_fp, 2.828000E-11_fp/)
IF ( Aerosol_Model== 'CMAQ' ) THEN
atm(1)%Aerosol(2)%Effective_Variance = & ! N/A
(/1.050000E+00_fp, 1.500000E+00_fp, &
1.100000E+00_fp, 1.100000E+00_fp, 1.100000E+00_fp, 1.100000E+00_fp, 1.100000E+00_fp, &
1.200000E+00_fp, 1.200000E+00_fp, 1.200000E+00_fp, 1.200000E+00_fp, 1.200000E+00_fp, &
1.300000E+00_fp, 1.300000E+00_fp, 1.300000E+00_fp, 1.300000E+00_fp, 1.300000E+00_fp, &
1.400000E+00_fp, 1.400000E+00_fp, 1.400000E+00_fp, 1.400000E+00_fp, 1.400000E+00_fp, &
1.500000E+00_fp, 1.500000E+00_fp, 1.500000E+00_fp, 1.500000E+00_fp, 1.500000E+00_fp, &
1.600000E+00_fp, 1.600000E+00_fp, 1.600000E+00_fp, 1.600000E+00_fp, 1.600000E+00_fp, &
1.700000E+00_fp, 1.700000E+00_fp, 1.700000E+00_fp, 1.700000E+00_fp, 1.700000E+00_fp, &
1.800000E+00_fp, 1.800000E+00_fp, 1.800000E+00_fp, 1.800000E+00_fp, 1.800000E+00_fp, &
1.900000E+00_fp, 1.900000E+00_fp, 1.900000E+00_fp, 1.900000E+00_fp, 1.900000E+00_fp, &
2.000000E+00_fp, 2.000000E+00_fp, 2.000000E+00_fp, 2.000000E+00_fp, 2.000000E+00_fp, &
2.100000E+00_fp, 2.100000E+00_fp, 2.100000E+00_fp, 2.100000E+00_fp, 2.100000E+00_fp, &
2.200000E+00_fp, 2.200000E+00_fp, 2.200000E+00_fp, 2.200000E+00_fp, 2.200000E+00_fp, &
2.300000E+00_fp, 2.300000E+00_fp, 2.300000E+00_fp, 2.300000E+00_fp, 2.300000E+00_fp, &
2.400000E+00_fp, 2.400000E+00_fp, 2.400000E+00_fp, 2.400000E+00_fp, 2.400000E+00_fp, &
2.500000E+00_fp, 2.500000E+00_fp, 2.500000E+00_fp, 2.500000E+00_fp, 2.500000E+00_fp, &
1.200000E+00_fp, 1.200000E+00_fp, 1.200000E+00_fp, 1.200000E+00_fp, 1.200000E+00_fp, &
1.500000E+00_fp, 1.500000E+00_fp, 1.500000E+00_fp, 1.500000E+00_fp, 1.500000E+00_fp, &
1.700000E+00_fp, 1.700000E+00_fp, 1.700000E+00_fp, 1.700000E+00_fp, 1.700000E+00_fp/)
END IF
END IF
IF ( atm(1)%n_Aerosols > 2 ) THEN
atm(1)%Aerosol(3)%Type = 5 ! SEASALT_SSCM3_AEROSOL (CRTM), Sea salt (CMAQ), Black carbon (GOCART-GEOS5)
atm(1)%Aerosol(3)%Effective_Radius = & ! microns
(/7.600000E+00_fp, 7.600000E+00_fp, &
7.600000E+00_fp, 7.600000E+00_fp, 7.600000E+00_fp, 7.600000E+00_fp, 7.600000E+00_fp, &
7.600000E+00_fp, 7.600000E+00_fp, 7.600000E+00_fp, 7.600000E+00_fp, 7.600000E+00_fp, &
7.600000E+00_fp, 7.600000E+00_fp, 7.600000E+00_fp, 7.600000E+00_fp, 7.600000E+00_fp, &
7.600000E+00_fp, 7.600000E+00_fp, 7.600000E+00_fp, 7.600000E+00_fp, 7.600000E+00_fp, &
7.600000E+00_fp, 7.600000E+00_fp, 7.600000E+00_fp, 7.600000E+00_fp, 7.600000E+00_fp, &
7.600000E+00_fp, 7.600000E+00_fp, 7.600000E+00_fp, 7.600000E+00_fp, 7.600000E+00_fp, &
7.600000E+00_fp, 7.600000E+00_fp, 7.600000E+00_fp, 7.600000E+00_fp, 7.600000E+00_fp, &
7.600000E+00_fp, 7.600000E+00_fp, 7.600000E+00_fp, 7.600000E+00_fp, 7.600000E+00_fp, &
7.600000E+00_fp, 7.600000E+00_fp, 7.600000E+00_fp, 7.600000E+00_fp, 7.600000E+00_fp, &
7.600000E+00_fp, 7.600000E+00_fp, 7.600000E+00_fp, 7.600000E+00_fp, 7.600000E+00_fp, &
7.600000E+00_fp, 7.600000E+00_fp, 7.600000E+00_fp, 7.600000E+00_fp, 7.600000E+00_fp, &
7.600000E+00_fp, 7.600000E+00_fp, 7.600000E+00_fp, 7.600000E+00_fp, 7.600000E+00_fp, &
7.600000E+00_fp, 7.600000E+00_fp, 7.600000E+00_fp, 7.600000E+00_fp, 7.600000E+00_fp, &
7.600000E+00_fp, 7.600000E+00_fp, 7.600000E+00_fp, 7.600000E+00_fp, 7.600000E+00_fp, &
7.600000E+00_fp, 7.600000E+00_fp, 7.600000E+00_fp, 7.600000E+00_fp, 7.600000E+00_fp, &
7.600000E+00_fp, 7.600000E+00_fp, 7.600000E+00_fp, 7.600000E+00_fp, 7.600000E+00_fp, &
7.600000E+00_fp, 7.600000E+00_fp, 7.600000E+00_fp, 7.600000E+00_fp, 7.600000E+00_fp, &
7.600000E+00_fp, 7.600000E+00_fp, 7.600000E+00_fp, 7.600000E+00_fp, 7.600000E+00_fp/)
atm(1)%Aerosol(3)%Concentration = & ! kg/m^2
(/1.834405E-15_fp, 2.004881E-15_fp, &
2.234084E-15_fp, 2.543453E-15_fp, 2.964461E-15_fp, 3.544295E-15_fp, 4.355235E-15_fp, &
5.510452E-15_fp, 7.191267E-15_fp, 9.695182E-15_fp, 1.352261E-14_fp, 1.953716E-14_fp, &
2.926925E-14_fp, 4.550553E-14_fp, 7.346181E-14_fp, 1.231759E-13_fp, 2.145104E-13_fp, &
3.878653E-13_fp, 7.276576E-13_fp, 1.414927E-12_fp, 2.847645E-12_fp, 5.921044E-12_fp, &
1.269153E-11_fp, 2.797048E-11_fp, 6.318984E-11_fp, 1.458383E-10_fp, 3.425444E-10_fp, &
8.153831E-10_fp, 1.958067E-09_fp, 4.720525E-09_fp, 1.136570E-08_fp, 2.718180E-08_fp, &
6.420674E-08_fp, 1.489302E-07_fp, 3.372331E-07_fp, 7.410874E-07_fp, 1.571399E-06_fp, &
3.197064E-06_fp, 6.208220E-06_fp, 1.145048E-05_fp, 1.997373E-05_fp, 3.283395E-05_fp, &
5.072822E-05_fp, 7.354173E-05_fp, 1.000035E-04_fp, 1.276931E-04_fp, 1.535301E-04_fp, &
1.746342E-04_fp, 1.892127E-04_fp, 1.971011E-04_fp, 1.997815E-04_fp, 1.999842E-04_fp, &
1.985580E-04_fp, 1.917087E-04_fp, 1.753846E-04_fp, 1.474980E-04_fp, 1.101113E-04_fp, &
7.010137E-05_fp, 3.636523E-05_fp, 1.460058E-05_fp, 4.282477E-06_fp, 8.603007E-07_fp, &
1.101800E-07_fp, 8.310010E-09_fp, 3.382006E-10_fp, 6.751810E-12_fp, 3.060195E-13_fp, &
9.145434E-12_fp, 2.343817E-10_fp, 4.156377E-09_fp, 5.122906E-08_fp, 4.424084E-07_fp, &
2.708849E-06_fp, 1.194846E-05_fp, 3.874236E-05_fp, 9.466062E-05_fp, 1.795200E-04_fp, &
2.735688E-04_fp, 3.486493E-04_fp, 3.889143E-04_fp, 3.997242E-04_fp, 3.991008E-04_fp, &
3.826235E-04_fp, 3.287943E-04_fp, 2.344766E-04_fp, 1.275907E-04_fp, 4.835821E-05_fp, &
1.156687E-05_fp, 1.570009E-06_fp, 1.078885E-07_fp, 3.321985E-09_fp, 4.023206E-11_fp/)
IF ( Aerosol_Model== 'CMAQ' ) THEN
atm(1)%Aerosol(3)%Effective_Variance = & ! N/A
(/1.050000E+00_fp, 1.500000E+00_fp, &
1.100000E+00_fp, 1.100000E+00_fp, 1.100000E+00_fp, 1.100000E+00_fp, 1.100000E+00_fp, &
1.200000E+00_fp, 1.200000E+00_fp, 1.200000E+00_fp, 1.200000E+00_fp, 1.200000E+00_fp, &
1.300000E+00_fp, 1.300000E+00_fp, 1.300000E+00_fp, 1.300000E+00_fp, 1.300000E+00_fp, &
1.400000E+00_fp, 1.400000E+00_fp, 1.400000E+00_fp, 1.400000E+00_fp, 1.400000E+00_fp, &
1.500000E+00_fp, 1.500000E+00_fp, 1.500000E+00_fp, 1.500000E+00_fp, 1.500000E+00_fp, &
1.600000E+00_fp, 1.600000E+00_fp, 1.600000E+00_fp, 1.600000E+00_fp, 1.600000E+00_fp, &
1.700000E+00_fp, 1.700000E+00_fp, 1.700000E+00_fp, 1.700000E+00_fp, 1.700000E+00_fp, &
1.800000E+00_fp, 1.800000E+00_fp, 1.800000E+00_fp, 1.800000E+00_fp, 1.800000E+00_fp, &
1.900000E+00_fp, 1.900000E+00_fp, 1.900000E+00_fp, 1.900000E+00_fp, 1.900000E+00_fp, &
2.000000E+00_fp, 2.000000E+00_fp, 2.000000E+00_fp, 2.000000E+00_fp, 2.000000E+00_fp, &
2.100000E+00_fp, 2.100000E+00_fp, 2.100000E+00_fp, 2.100000E+00_fp, 2.100000E+00_fp, &
2.200000E+00_fp, 2.200000E+00_fp, 2.200000E+00_fp, 2.200000E+00_fp, 2.200000E+00_fp, &
2.300000E+00_fp, 2.300000E+00_fp, 2.300000E+00_fp, 2.300000E+00_fp, 2.300000E+00_fp, &
2.400000E+00_fp, 2.400000E+00_fp, 2.400000E+00_fp, 2.400000E+00_fp, 2.400000E+00_fp, &
2.500000E+00_fp, 2.500000E+00_fp, 2.500000E+00_fp, 2.500000E+00_fp, 2.500000E+00_fp, &
1.200000E+00_fp, 1.200000E+00_fp, 1.200000E+00_fp, 1.200000E+00_fp, 1.200000E+00_fp, &
1.500000E+00_fp, 1.500000E+00_fp, 1.500000E+00_fp, 1.500000E+00_fp, 1.500000E+00_fp, &
1.700000E+00_fp, 1.700000E+00_fp, 1.700000E+00_fp, 1.700000E+00_fp, 1.700000E+00_fp/)
END IF
END IF
END IF Load_Aerosol_Data_1
! 4a.2 Profile #2
! ---------------
! ...Profile and absorber definitions
atm(2)%Climatology = TROPICAL
atm(2)%Absorber_Id(1:2) = (/ H2O_ID , O3_ID /)
atm(2)%Absorber_Units(1:2) = (/ MASS_MIXING_RATIO_UNITS, VOLUME_MIXING_RATIO_UNITS /)
! ...Profile data
atm(2)%Level_Pressure = &
(/0.714_fp, 0.975_fp, 1.297_fp, 1.687_fp, 2.153_fp, 2.701_fp, 3.340_fp, 4.077_fp, &
4.920_fp, 5.878_fp, 6.957_fp, 8.165_fp, 9.512_fp, 11.004_fp, 12.649_fp, 14.456_fp, &
16.432_fp, 18.585_fp, 20.922_fp, 23.453_fp, 26.183_fp, 29.121_fp, 32.274_fp, 35.650_fp, &
39.257_fp, 43.100_fp, 47.188_fp, 51.528_fp, 56.126_fp, 60.990_fp, 66.125_fp, 71.540_fp, &
77.240_fp, 83.231_fp, 89.520_fp, 96.114_fp, 103.017_fp, 110.237_fp, 117.777_fp, 125.646_fp, &
133.846_fp, 142.385_fp, 151.266_fp, 160.496_fp, 170.078_fp, 180.018_fp, 190.320_fp, 200.989_fp, &
212.028_fp, 223.441_fp, 235.234_fp, 247.409_fp, 259.969_fp, 272.919_fp, 286.262_fp, 300.000_fp, &
314.137_fp, 328.675_fp, 343.618_fp, 358.967_fp, 374.724_fp, 390.893_fp, 407.474_fp, 424.470_fp, &
441.882_fp, 459.712_fp, 477.961_fp, 496.630_fp, 515.720_fp, 535.232_fp, 555.167_fp, 575.525_fp, &
596.306_fp, 617.511_fp, 639.140_fp, 661.192_fp, 683.667_fp, 706.565_fp, 729.886_fp, 753.627_fp, &
777.790_fp, 802.371_fp, 827.371_fp, 852.788_fp, 878.620_fp, 904.866_fp, 931.524_fp, 958.591_fp, &
986.067_fp,1013.948_fp,1042.232_fp,1070.917_fp,1100.000_fp/)
atm(2)%Pressure = &
(/0.838_fp, 1.129_fp, 1.484_fp, 1.910_fp, 2.416_fp, 3.009_fp, 3.696_fp, 4.485_fp, &
5.385_fp, 6.402_fp, 7.545_fp, 8.822_fp, 10.240_fp, 11.807_fp, 13.532_fp, 15.423_fp, &
17.486_fp, 19.730_fp, 22.163_fp, 24.793_fp, 27.626_fp, 30.671_fp, 33.934_fp, 37.425_fp, &
41.148_fp, 45.113_fp, 49.326_fp, 53.794_fp, 58.524_fp, 63.523_fp, 68.797_fp, 74.353_fp, &
80.198_fp, 86.338_fp, 92.778_fp, 99.526_fp, 106.586_fp, 113.965_fp, 121.669_fp, 129.703_fp, &
138.072_fp, 146.781_fp, 155.836_fp, 165.241_fp, 175.001_fp, 185.121_fp, 195.606_fp, 206.459_fp, &
217.685_fp, 229.287_fp, 241.270_fp, 253.637_fp, 266.392_fp, 279.537_fp, 293.077_fp, 307.014_fp, &
321.351_fp, 336.091_fp, 351.236_fp, 366.789_fp, 382.751_fp, 399.126_fp, 415.914_fp, 433.118_fp, &
450.738_fp, 468.777_fp, 487.236_fp, 506.115_fp, 525.416_fp, 545.139_fp, 565.285_fp, 585.854_fp, &
606.847_fp, 628.263_fp, 650.104_fp, 672.367_fp, 695.054_fp, 718.163_fp, 741.693_fp, 765.645_fp, &
790.017_fp, 814.807_fp, 840.016_fp, 865.640_fp, 891.679_fp, 918.130_fp, 944.993_fp, 972.264_fp, &
999.942_fp,1028.025_fp,1056.510_fp,1085.394_fp/)
atm(2)%Temperature = &
(/266.536_fp, 269.608_fp, 270.203_fp, 264.526_fp, 251.578_fp, 240.264_fp, 235.095_fp, 232.959_fp, &
233.017_fp, 233.897_fp, 234.385_fp, 233.681_fp, 232.436_fp, 231.607_fp, 231.192_fp, 230.808_fp, &
230.088_fp, 228.603_fp, 226.407_fp, 223.654_fp, 220.525_fp, 218.226_fp, 216.668_fp, 215.107_fp, &
213.538_fp, 212.006_fp, 210.507_fp, 208.883_fp, 206.793_fp, 204.415_fp, 202.058_fp, 199.718_fp, &
197.668_fp, 196.169_fp, 194.993_fp, 194.835_fp, 195.648_fp, 196.879_fp, 198.830_fp, 201.091_fp, &
203.558_fp, 206.190_fp, 208.900_fp, 211.736_fp, 214.601_fp, 217.522_fp, 220.457_fp, 223.334_fp, &
226.156_fp, 228.901_fp, 231.557_fp, 234.173_fp, 236.788_fp, 239.410_fp, 242.140_fp, 244.953_fp, &
247.793_fp, 250.665_fp, 253.216_fp, 255.367_fp, 257.018_fp, 258.034_fp, 258.778_fp, 259.454_fp, &
260.225_fp, 261.251_fp, 262.672_fp, 264.614_fp, 266.854_fp, 269.159_fp, 271.448_fp, 273.673_fp, &
275.955_fp, 278.341_fp, 280.822_fp, 283.349_fp, 285.826_fp, 288.288_fp, 290.721_fp, 293.135_fp, &
295.609_fp, 298.173_fp, 300.787_fp, 303.379_fp, 305.960_fp, 308.521_fp, 310.916_fp, 313.647_fp, &
315.244_fp, 315.244_fp, 315.244_fp, 315.244_fp/)
atm(2)%Relative_Humidity = &
(/0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp,&
0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp,&
0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp,&
0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp,&
0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp,&
0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp,&
0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp,&
0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp,&
0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp,&
0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp,&
0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp,&
0.5_fp, 0.5_fp, 0.5_fp, 0.5_fp/)
atm(2)%Absorber(:,1) = &
(/3.887E-03_fp,3.593E-03_fp,3.055E-03_fp,2.856E-03_fp,2.921E-03_fp,2.555E-03_fp,2.392E-03_fp,2.605E-03_fp, &
2.573E-03_fp,2.368E-03_fp,2.354E-03_fp,2.333E-03_fp,2.312E-03_fp,2.297E-03_fp,2.287E-03_fp,2.283E-03_fp, &
2.282E-03_fp,2.286E-03_fp,2.296E-03_fp,2.309E-03_fp,2.324E-03_fp,2.333E-03_fp,2.335E-03_fp,2.335E-03_fp, &
2.333E-03_fp,2.340E-03_fp,2.361E-03_fp,2.388E-03_fp,2.421E-03_fp,2.458E-03_fp,2.492E-03_fp,2.523E-03_fp, &
2.574E-03_fp,2.670E-03_fp,2.789E-03_fp,2.944E-03_fp,3.135E-03_fp,3.329E-03_fp,3.530E-03_fp,3.759E-03_fp, &
4.165E-03_fp,4.718E-03_fp,5.352E-03_fp,6.099E-03_fp,6.845E-03_fp,7.524E-03_fp,8.154E-03_fp,8.381E-03_fp, &
8.214E-03_fp,8.570E-03_fp,9.672E-03_fp,1.246E-02_fp,1.880E-02_fp,2.720E-02_fp,3.583E-02_fp,4.462E-02_fp, &
4.548E-02_fp,3.811E-02_fp,3.697E-02_fp,4.440E-02_fp,2.130E-01_fp,6.332E-01_fp,9.945E-01_fp,1.073E+00_fp, &
1.196E+00_fp,1.674E+00_fp,2.323E+00_fp,2.950E+00_fp,3.557E+00_fp,4.148E+00_fp,4.666E+00_fp,5.092E+00_fp, &
5.487E+00_fp,5.852E+00_fp,6.137E+00_fp,6.297E+00_fp,6.338E+00_fp,6.234E+00_fp,5.906E+00_fp,5.476E+00_fp, &
5.176E+00_fp,4.994E+00_fp,4.884E+00_fp,4.832E+00_fp,4.791E+00_fp,4.760E+00_fp,4.736E+00_fp,6.368E+00_fp, &
7.897E+00_fp,7.673E+00_fp,7.458E+00_fp,7.252E+00_fp/)
atm(2)%Absorber(:,2) = &
(/2.742E+00_fp,3.386E+00_fp,4.164E+00_fp,5.159E+00_fp,6.357E+00_fp,7.430E+00_fp,8.174E+00_fp,8.657E+00_fp, &
8.930E+00_fp,9.056E+00_fp,9.077E+00_fp,8.988E+00_fp,8.778E+00_fp,8.480E+00_fp,8.123E+00_fp,7.694E+00_fp, &
7.207E+00_fp,6.654E+00_fp,6.060E+00_fp,5.464E+00_fp,4.874E+00_fp,4.299E+00_fp,3.739E+00_fp,3.202E+00_fp, &
2.688E+00_fp,2.191E+00_fp,1.710E+00_fp,1.261E+00_fp,8.835E-01_fp,5.551E-01_fp,3.243E-01_fp,1.975E-01_fp, &
1.071E-01_fp,7.026E-02_fp,6.153E-02_fp,5.869E-02_fp,6.146E-02_fp,6.426E-02_fp,6.714E-02_fp,6.989E-02_fp, &
7.170E-02_fp,7.272E-02_fp,7.346E-02_fp,7.383E-02_fp,7.406E-02_fp,7.418E-02_fp,7.424E-02_fp,7.411E-02_fp, &
7.379E-02_fp,7.346E-02_fp,7.312E-02_fp,7.284E-02_fp,7.274E-02_fp,7.273E-02_fp,7.272E-02_fp,7.270E-02_fp, &
7.257E-02_fp,7.233E-02_fp,7.167E-02_fp,7.047E-02_fp,6.920E-02_fp,6.803E-02_fp,6.729E-02_fp,6.729E-02_fp, &
6.753E-02_fp,6.756E-02_fp,6.717E-02_fp,6.615E-02_fp,6.510E-02_fp,6.452E-02_fp,6.440E-02_fp,6.463E-02_fp, &
6.484E-02_fp,6.487E-02_fp,6.461E-02_fp,6.417E-02_fp,6.382E-02_fp,6.378E-02_fp,6.417E-02_fp,6.482E-02_fp, &
6.559E-02_fp,6.638E-02_fp,6.722E-02_fp,6.841E-02_fp,6.944E-02_fp,6.720E-02_fp,6.046E-02_fp,4.124E-02_fp, &
2.624E-02_fp,2.623E-02_fp,2.622E-02_fp,2.622E-02_fp/)
! Load CO2 absorrber data if there are three absorrbers
IF ( atm(2)%n_Absorbers > 2 ) THEN
atm(2)%Absorber_Id(3) = CO2_ID
atm(2)%Absorber_Units(3) = VOLUME_MIXING_RATIO_UNITS
atm(2)%Absorber(:,3) = &
(/1.100e+02_fp,2.700e+02_fp,3.200e+02_fp,3.300e+02_fp,3.200e+02_fp,3.300e+02_fp,3.300e+02_fp,3.300e+02_fp, &
3.300e+02_fp,3.300e+02_fp,3.300e+02_fp,3.300e+02_fp,3.300e+02_fp,3.300e+02_fp,3.300e+02_fp,3.300e+02_fp, &
3.300e+02_fp,3.300e+02_fp,3.300e+02_fp,3.300e+02_fp,3.300e+02_fp,3.300e+02_fp,3.300e+02_fp,3.300e+02_fp, &
3.300e+02_fp,3.300e+02_fp,3.300e+02_fp,3.300e+02_fp,3.300e+02_fp,3.300e+02_fp,3.300e+02_fp,3.300e+02_fp, &
3.300e+02_fp,3.300e+02_fp,3.300e+02_fp,3.300e+02_fp,3.300e+02_fp,3.300e+02_fp,3.300e+02_fp,3.300e+02_fp, &
3.300e+02_fp,3.300e+02_fp,3.300e+02_fp,3.300e+02_fp,3.300e+02_fp,3.300e+02_fp,3.300e+02_fp,3.300e+02_fp, &
3.300e+02_fp,3.300e+02_fp,3.300e+02_fp,3.300e+02_fp,3.300e+02_fp,3.300e+02_fp,3.300e+02_fp,3.300e+02_fp, &
3.300e+02_fp,3.300e+02_fp,3.300e+02_fp,3.300e+02_fp,3.300e+02_fp,3.300e+02_fp,3.300e+02_fp,3.300e+02_fp, &
3.300e+02_fp,3.300e+02_fp,3.300e+02_fp,3.300e+02_fp,3.300e+02_fp,3.300e+02_fp,3.300e+02_fp,3.300e+02_fp, &
3.300e+02_fp,3.300e+02_fp,3.300e+02_fp,3.300e+02_fp,3.300e+02_fp,3.300e+02_fp,3.300e+02_fp,3.300e+02_fp, &
3.300e+02_fp,3.300e+02_fp,3.300e+02_fp,3.300e+02_fp,3.300e+02_fp,3.300e+02_fp,3.300e+02_fp,3.300e+02_fp, &
3.300e+02_fp,3.300e+02_fp,3.300e+02_fp,3.300e+02_fp /)
END IF
! Cloud data
IF ( atm(2)%n_Clouds > 0 ) THEN
k1 = 73
k2 = 90
DO nc = 1, atm(2)%n_Clouds
atm(2)%Cloud(nc)%Type = RAIN_CLOUD
atm(2)%Cloud(nc)%Effective_Radius(k1:k2) = 1000.0_fp ! microns
atm(2)%Cloud(nc)%Water_Content(k1:k2) = 5.0_fp ! kg/m^2
END DO
END IF
! Aerosol data. Three aerosol types can be loaded:
! Sea Sat SSAM, Sea Salt SSCM1, and Sea Salt SSCM2
Load_Aerosol_Data_2: IF ( atm(2)%n_Aerosols > 0 ) THEN
atm(2)%Aerosol(1)%Type = 2 ! SEASALT_SSAM_AEROSOL (CRTM), Soot (CMAQ),
! DUST 2 (GOCART-GEOS5), Smoke (NAAPS)
atm(2)%Aerosol(1)%Effective_Radius = & ! microns
(/0.000000E+00_fp, 0.000000E+00_fp, &
0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, &
0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, &
0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, &
0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, &
0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, &
0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, &
0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, &
0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, &
3.500000E-01_fp, 3.500000E-01_fp, 3.500000E-01_fp, 3.500000E-01_fp, 3.500000E-01_fp, &
3.500000E-01_fp, 3.500000E-01_fp, 3.500000E-01_fp, 3.500000E-01_fp, 3.500000E-01_fp, &
3.500000E-01_fp, 3.500000E-01_fp, 3.500000E-01_fp, 3.500000E-01_fp, 3.500000E-01_fp, &
3.500000E-01_fp, 3.500000E-01_fp, 3.500000E-01_fp, 3.500000E-01_fp, 3.500000E-01_fp, &
3.500000E-01_fp, 3.500000E-01_fp, 3.500000E-01_fp, 3.500000E-01_fp, 3.500000E-01_fp, &
3.500000E-01_fp, 3.500000E-01_fp, 3.500000E-01_fp, 3.500000E-01_fp, 3.500000E-01_fp, &
3.500000E-01_fp, 4.172383E-01_fp, 5.083015E-01_fp, 6.111266E-01_fp, 7.244139E-01_fp, &
8.457720E-01_fp, 9.716019E-01_fp, 1.097090E+00_fp, 1.216347E+00_fp, 1.322729E+00_fp, &
1.400000E+00_fp, 1.400000E+00_fp, 1.400000E+00_fp, 1.400000E+00_fp, 1.400000E+00_fp, &
1.370222E+00_fp, 1.261597E+00_fp, 1.129123E+00_fp, 9.811745E-01_fp, 8.268477E-01_fp/)
atm(2)%Aerosol(1)%Concentration = & ! kg/m^2
(/0.000000E+00_fp, 0.000000E+00_fp, &
0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, &
0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, &
0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, &
0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, &
0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, &
0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, &
0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, &
0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, &
3.112058E-19_fp, 1.184702E-18_fp, 4.577011E-18_fp, 1.789488E-17_fp, 7.059239E-17_fp, &
2.801093E-16_fp, 1.114424E-15_fp, 4.430982E-15_fp, 1.754743E-14_fp, 6.897637E-14_fp, &
2.681926E-13_fp, 1.027837E-12_fp, 3.868968E-12_fp, 1.425352E-11_fp, 5.121245E-11_fp, &
1.788308E-10_fp, 6.048330E-10_fp, 1.974708E-09_fp, 6.203527E-09_fp, 1.869357E-08_fp, &
5.387408E-08_fp, 1.480799E-07_fp, 3.871910E-07_fp, 9.608434E-07_fp, 2.258279E-06_fp, &
5.017946E-06_fp, 1.052599E-05_fp, 2.082121E-05_fp, 3.880948E-05_fp, 6.814300E-05_fp, &
1.127227E-04_fp, 1.757803E-04_fp, 2.586908E-04_fp, 3.598829E-04_fp, 4.743266E-04_fp, &
5.939634E-04_fp, 7.091114E-04_fp, 8.104756E-04_fp, 8.911259E-04_fp, 9.478373E-04_fp, &
9.814733E-04_fp, 9.964914E-04_fp, 9.999501E-04_fp, 9.994838E-04_fp, 9.921395E-04_fp, &
9.678320E-04_fp, 9.171414E-04_fp, 8.337592E-04_fp, 7.173667E-04_fp, 5.757384E-04_fp/)
IF ( Aerosol_Model== 'CMAQ' ) THEN
atm(2)%Aerosol(1)%Effective_Variance = & ! N/A
(/1.050000E+00_fp, 1.500000E+00_fp, &
1.100000E+00_fp, 1.100000E+00_fp, 1.100000E+00_fp, 1.100000E+00_fp, 1.100000E+00_fp, &
1.200000E+00_fp, 1.200000E+00_fp, 1.200000E+00_fp, 1.200000E+00_fp, 1.200000E+00_fp, &
1.300000E+00_fp, 1.300000E+00_fp, 1.300000E+00_fp, 1.300000E+00_fp, 1.300000E+00_fp, &
1.400000E+00_fp, 1.400000E+00_fp, 1.400000E+00_fp, 1.400000E+00_fp, 1.400000E+00_fp, &
1.500000E+00_fp, 1.500000E+00_fp, 1.500000E+00_fp, 1.500000E+00_fp, 1.500000E+00_fp, &
1.600000E+00_fp, 1.600000E+00_fp, 1.600000E+00_fp, 1.600000E+00_fp, 1.600000E+00_fp, &
1.700000E+00_fp, 1.700000E+00_fp, 1.700000E+00_fp, 1.700000E+00_fp, 1.700000E+00_fp, &
1.800000E+00_fp, 1.800000E+00_fp, 1.800000E+00_fp, 1.800000E+00_fp, 1.800000E+00_fp, &
1.900000E+00_fp, 1.900000E+00_fp, 1.900000E+00_fp, 1.900000E+00_fp, 1.900000E+00_fp, &
2.000000E+00_fp, 2.000000E+00_fp, 2.000000E+00_fp, 2.000000E+00_fp, 2.000000E+00_fp, &
2.100000E+00_fp, 2.100000E+00_fp, 2.100000E+00_fp, 2.100000E+00_fp, 2.100000E+00_fp, &
2.200000E+00_fp, 2.200000E+00_fp, 2.200000E+00_fp, 2.200000E+00_fp, 2.200000E+00_fp, &
2.300000E+00_fp, 2.300000E+00_fp, 2.300000E+00_fp, 2.300000E+00_fp, 2.300000E+00_fp, &
2.400000E+00_fp, 2.400000E+00_fp, 2.400000E+00_fp, 2.400000E+00_fp, 2.400000E+00_fp, &
2.500000E+00_fp, 2.500000E+00_fp, 2.500000E+00_fp, 2.500000E+00_fp, 2.500000E+00_fp, &
1.200000E+00_fp, 1.200000E+00_fp, 1.200000E+00_fp, 1.200000E+00_fp, 1.200000E+00_fp, &
1.500000E+00_fp, 1.500000E+00_fp, 1.500000E+00_fp, 1.500000E+00_fp, 1.500000E+00_fp, &
1.700000E+00_fp, 1.700000E+00_fp, 1.700000E+00_fp, 1.700000E+00_fp, 1.700000E+00_fp/)
END IF
IF ( atm(2)%n_Aerosols > 1 ) THEN
atm(2)%Aerosol(2)%Type = 3 ! SEASALT_SSCM1_AEROSOL (CRTM), Water soluble (CMAQ),
! DUST 3 (GOCART-GEOS5), Sea salt (NAAPS)
atm(2)%Aerosol(2)%Effective_Radius = & ! microns
(/0.000000E+00_fp, 0.000000E+00_fp, &
0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, &
0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, &
0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, &
0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, &
0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, &
0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, &
0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, &
0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, &
0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, &
0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, &
0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, &
0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, &
0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, &
0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, &
0.000000E+00_fp, 1.200000E+00_fp, 1.200000E+00_fp, 1.200000E+00_fp, 1.200000E+00_fp, &
1.200000E+00_fp, 1.200000E+00_fp, 1.200000E+00_fp, 1.200000E+00_fp, 1.200000E+00_fp, &
2.035608E+00_fp, 3.433539E+00_fp, 4.500000E+00_fp, 4.500000E+00_fp, 4.500000E+00_fp, &
4.500000E+00_fp, 4.500000E+00_fp, 4.500000E+00_fp, 4.500000E+00_fp, 4.500000E+00_fp/)
atm(2)%Aerosol(2)%Concentration = & ! kg/m^2
(/0.000000E+00_fp, 0.000000E+00_fp, &
0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, &
0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, &
0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, &
0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, &
0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, 0.000000E+00_fp, &