compress_spectrum.F90 File Reference

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Functions/Subroutines
subroutine	compress_spectrum (con, spec)

Function/Subroutine Documentation

compress_spectrum()

subroutine compress_spectrum	(	type (strctrl), intent(in)	con,
		type (strspecdata), intent(inout)	spec
	)

Definition at line 9 of file compress_spectrum.F90.

 
USE def_control,         ONLY: strctrl
USE def_spectrum,        ONLY: strspecdata
USE gas_list_pcf
USE missing_data_mod,    ONLY: rmdi
 
IMPLICIT NONE
 
 
TYPE (StrCtrl),     INTENT(IN)    :: con
TYPE (StrSpecData), INTENT(INOUT) :: spec
 
! Local variables
INTEGER :: i, j, n_band_absorb, n_aerosol_mr
LOGICAL :: l_retain_absorb(spec%gas%n_absorb)
!   Flags for the retention of gases in the spectral file
 
! Search the spectrum to find those gases to be retained.
l_retain_absorb=.false.
DO i=1, spec%gas%n_absorb
  IF ((spec%gas%type_absorb(i) == ip_h2o)                          .OR.        &
      (spec%gas%type_absorb(i) == ip_co2)                          .OR.        &
      (spec%gas%type_absorb(i) == ip_o3)                           .OR.        &
     ((spec%gas%type_absorb(i) == ip_o2)      .AND. con%l_o2     ) .OR.        &
     ((spec%gas%type_absorb(i) == ip_n2o)     .AND. con%l_n2o    ) .OR.        &
     ((spec%gas%type_absorb(i) == ip_ch4)     .AND. con%l_ch4    ) .OR.        &
     ((spec%gas%type_absorb(i) == ip_cfc11)   .AND. con%l_cfc11  ) .OR.        &
     ((spec%gas%type_absorb(i) == ip_cfc12)   .AND. con%l_cfc12  ) .OR.        &
     ((spec%gas%type_absorb(i) == ip_cfc113)  .AND. con%l_cfc113 ) .OR.        &
     ((spec%gas%type_absorb(i) == ip_cfc114)  .AND. con%l_cfc114 ) .OR.        &
     ((spec%gas%type_absorb(i) == ip_hcfc22)  .AND. con%l_hcfc22 ) .OR.        &
     ((spec%gas%type_absorb(i) == ip_hfc125)  .AND. con%l_hfc125 ) .OR.        &
     ((spec%gas%type_absorb(i) == ip_hfc134a) .AND. con%l_hfc134a) .OR.        &
     ((spec%gas%type_absorb(i) == ip_co)      .AND. con%l_co     ) .OR.        &
     ((spec%gas%type_absorb(i) == ip_nh3)     .AND. con%l_nh3    ) .OR.        &
     ((spec%gas%type_absorb(i) == ip_tio)     .AND. con%l_tio    ) .OR.        &
     ((spec%gas%type_absorb(i) == ip_vo)      .AND. con%l_vo     ) .OR.        &
     ((spec%gas%type_absorb(i) == ip_h2)      .AND. con%l_h2     ) .OR.        &
     ((spec%gas%type_absorb(i) == ip_he)      .AND. con%l_he     ) .OR.        &
     ((spec%gas%type_absorb(i) == ip_na)      .AND. con%l_na     ) .OR.        &
     ((spec%gas%type_absorb(i) == ip_k)       .AND. con%l_k      )) THEN
    l_retain_absorb(i)=.true.
  END IF
END DO
 
DO i=1, spec%basic%n_band
  n_band_absorb=0
  DO j=1, spec%gas%n_band_absorb(i)
    IF (l_retain_absorb(spec%gas%index_absorb(j, i))) THEN
      n_band_absorb = n_band_absorb + 1
      spec%gas%index_absorb(n_band_absorb, i) = spec%gas%index_absorb(j, i)
    END IF
  END DO
  spec%gas%n_band_absorb(i)=n_band_absorb
END DO
 

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