; szss96_qtcoz.pro -- translated by f2idl
; using argument information from plutot.f and plutot_f.c
; and documentation information from plutot_d.f

;+
; NAME:
;    szss96_qtcoz
; 
; PURPOSE:
;    to To calculate the cooling rate  QJ [K s^-1] for CO rotational lines
; CALLING SEQUENCE:
;    szss96_qtcoz,TEM,PRE,RHO,QT,KM,MODE
; 
; INPUTS:
;    
;    TEM - Temperature (K) [km]
;    PRE - Pressure (Pascal) [km]
;    RHO - Methane mass mixing ratio (unitless) [km]
;    KM - length of tem, pre, rho arrays
;    MODE - 1 to fill GAM212, FRENG common blocks, > 1 if already been filled
;    IYELLE - 1 to use optically thin (as in Yelle and Lunine 1992)
; OUTPUTS:
;    
;    QT - Cooling rate (K/s)
;    GAMN4 - Escape to space function (used in heating calculations)
; EXAMPLE:
;    
;    MODE = 2L
;    szss96_init_atm,ZM,TEM,PRE,RHO,RHO1,RHO2,DN,DN1,BNS,BNS1,KM,MODE
;    ICONT = 1L
;    IYELLE = 2L
;    szss96_init_panda
;    SZSS96_QTCOZ,TEM,PRE,RHO,QT2,KM,ICONT
; MODIFICATION HISTORY:
;    Fortran Zhu 2007 Nov 14. IDL wrapper LAY 2007 Aug 28
; :
;     
;-
PRO szss96_qtcoz,TEM,PRE,RHO,QT,KM,MODE
 
; -------------------- This function name

    fcn = 'szss96_qtcoz'

; -------------------- assign parameters (including dimensions)
MCO  = 25
KMX  = 106

;-------------------------
; setup the output variables that will be passed to the fortran
; routine

    QT = make_array(KM,type=       5)

;-------------------------
; check all variables
    if n_params() ne            6 then begin
        print,'szss96_qtcoz: wrong number of arguments'
        return
    endif
    if size(TEM,/type) ne        5 then begin
        print,'szss96_qtcoz: TEM of wrong data type'
        return
    endif
    if size(TEM,/n_dim) ne        1 then begin
        print,'szss96_qtcoz: TEM of wrong n_dim'
        return
    endif
    if not array_equal(size(TEM,/dim), [KM] ) then begin
        print,'szss96_qtcoz: TEM of wrong dim'
        return
    endif
    if size(PRE,/type) ne        5 then begin
        print,'szss96_qtcoz: PRE of wrong data type'
        return
    endif
    if size(PRE,/n_dim) ne        1 then begin
        print,'szss96_qtcoz: PRE of wrong n_dim'
        return
    endif
    if not array_equal(size(PRE,/dim), [KM] ) then begin
        print,'szss96_qtcoz: PRE of wrong dim'
        return
    endif
    if size(RHO,/type) ne        5 then begin
        print,'szss96_qtcoz: RHO of wrong data type'
        return
    endif
    if size(RHO,/n_dim) ne        1 then begin
        print,'szss96_qtcoz: RHO of wrong n_dim'
        return
    endif
    if not array_equal(size(RHO,/dim), [KM] ) then begin
        print,'szss96_qtcoz: RHO of wrong dim'
        return
    endif
    if size(QT,/type) ne        5 then begin
        print,'szss96_qtcoz: QT of wrong data type'
        return
    endif
    if size(QT,/n_dim) ne        1 then begin
        print,'szss96_qtcoz: QT of wrong n_dim'
        return
    endif
    if not array_equal(size(QT,/dim), [KM] ) then begin
        print,'szss96_qtcoz: QT of wrong dim'
        return
    endif
    if size(KM,/type) ne        3 then begin
        print,'szss96_qtcoz: KM of wrong data type'
        return
    endif
    if size(KM,/n_dim) ne        0 then begin
        print,'szss96_qtcoz: KM of wrong n_dim'
        return
    endif
    if size(MODE,/type) ne        3 then begin
        print,'szss96_qtcoz: MODE of wrong data type'
        return
    endif
    if size(MODE,/n_dim) ne        0 then begin
        print,'szss96_qtcoz: MODE of wrong n_dim'
        return
    endif

;-------------------------
; Find root directory for library tname
    findpro, fcn, dirlist=dirlist, /noprint
    if dirlist[0] eq '' then root = '.' else root = dirlist[0]
;-------------------------
; CALL
    lib_name = root + '/szss96.so'
    entry_name = 'idl_ce_call_qtcoz_'
    RESULT = CALL_EXTERNAL( lib_name, ENTRY_NAME, $
        TEM,PRE,RHO,QT,KM,MODE, $
        /verbose )

end