set_control.F90 File Reference

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Functions/Subroutines
subroutine	set_control (control, spectrum)

Function/Subroutine Documentation

set_control()

subroutine set_control	(	type(strctrl), intent(inout)	control,
		type (strspecdata), intent(in)	spectrum
	)

Definition at line 14 of file set_control.F90.

 
 
USE rad_pcf
USE def_control,  ONLY: strctrl, allocate_control
USE def_spectrum, ONLY: strspecdata
USE ereport_mod,  ONLY: ereport
USE errormessagelength_mod, ONLY: errormessagelength
 
IMPLICIT NONE
 
 
! Control options:
TYPE(StrCtrl),      INTENT(INOUT) :: control
 
! Spectral data:
TYPE (StrSpecData), INTENT(IN)    :: spectrum
 
! Local variables.
INTEGER :: i
!   Loop variable
 
INTEGER                      :: ierr = i_normal
CHARACTER (LEN=*), PARAMETER :: RoutineName = 'set_control'
CHARACTER (LEN=errormessagelength) :: cmessage
 
 
! By default in MONC we assume mixing ratios so set following 
! to true
LOGICAL :: l_mixing_ratio                                       = .true.
!   True if mixing ratios are with respect to dry mass
 
! Set the last band to use as the last band in the spectral file
  control%last_band = spectrum%basic%n_band
 
! Allocate band-by-band control options
  CALL allocate_control(control, spectrum)
 
! Set diagnostic flags
SELECT CASE (control%isolir)
 
CASE (ip_solar)
  control%l_clear = .true.
  control%l_cloud_extinction     = .true.
  control%l_ls_cloud_extinction  = .true.
  control%l_cnv_cloud_extinction = .false.
 
CASE (ip_infra_red)
  control%l_clear = .true.
  control%l_cloud_absorptivity     = .true.
  control%l_ls_cloud_absorptivity  = .true.
  control%l_cnv_cloud_absorptivity = .false.
 
END SELECT
 
! Control flag for corrections to the direct solar flux at the surface
! for sloping terrain
control%l_orog = .false.
 
! Decide on the final options for aerosols:
control%l_aerosol_mode = .false.
control%l_aerosol = .false.
control%l_aerosol_ccn=.false.
 
 
! Set properties for individual bands.
DO i = 1, spectrum%basic%n_band
  control%map_channel(i)           = 1
  control%weight_band(i)           = 1.0
  control%i_scatter_method_band(i) = control%i_scatter_method
  control%i_gas_overlap_band(i)    = control%i_gas_overlap
  IF (any(spectrum%gas%i_scale_fnc(i,:) == ip_scale_ses2)) THEN
    ! If SES2 scaling is used in this band then the overlap must also use SES2:
    control%i_gas_overlap_band(i)  = ip_overlap_mix_ses2
  END IF
END DO
 
 
IF (control%i_angular_integration == ip_two_stream) THEN
 
  IF (control%l_rescale) control%n_order_forward=2
  control%l_tile=.false.
 
ELSE IF (control%i_angular_integration == ip_spherical_harmonic) THEN
 
  IF (control%i_sph_mode == ip_sph_mode_flux) THEN
    ! Map all bands to a single output channel
    control%n_channel = 1
    control%map_channel(1:spectrum%basic%n_band) = 1
  ELSE
    ! Map each band to a separate output channel
    control%n_channel = spectrum%basic%n_band
    DO i = 1, spectrum%basic%n_band
      control%map_channel(i) = i
    END DO
  END IF
 
  IF (control%l_rescale) control%n_order_forward=control%ls_global_trunc+1
 
  ! As currently implemented, Euler's transformation is applied
  ! only in its most basic form, adding just half of the last
  ! term in an alternating series.
  IF (control%l_euler_trnf) THEN
    control%euler_factor=0.5
  ELSE
    control%euler_factor=1.0
  END IF
 
  ! Clear-sky fluxes are not available from the spherical harmonic
  ! code in the same call as cloudy fluxes yet. If required, they
  ! should be diagnosed by using a separate call to the code with
  ! clouds switched off.
  IF ( control%l_clear ) THEN
    cmessage = 'Clear-sky fluxes not directly available in harmonics'
    ierr=i_err_fatal
    GO TO 9999
  END IF
 
  ! We permit tiling of sea-ice points only with the two-stream
  ! option at present.
  control%l_tile=.false.
 
END IF
 
 
9999 CONTINUE
! Check error condition
IF (ierr /= i_normal) THEN
  CALL ereport(routinename, ierr, cmessage)
END IF
 

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