!-------------------------------------- LICENCE BEGIN ------------------------------------
!Environment Canada - Atmospheric Science and Technology License/Disclaimer, 
!                     version 3; Last Modified: May 7, 2008.
!This is free but copyrighted software; you can use/redistribute/modify it under the terms 
!of the Environment Canada - Atmospheric Science and Technology License/Disclaimer 
!version 3 or (at your option) any later version that should be found at: 
!http://collaboration.cmc.ec.gc.ca/science/rpn.comm/license.html 
!
!This software is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; 
!without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. 
!See the above mentioned License/Disclaimer for more details.
!You should have received a copy of the License/Disclaimer along with this software; 
!if not, you can write to: EC-RPN COMM Group, 2121 TransCanada, suite 500, Dorval (Quebec), 
!CANADA, H9P 1J3; or send e-mail to service.rpn@ec.gc.ca
!-------------------------------------- LICENCE END --------------------------------------
#if defined (DOC)
*
***comdeck dcst.cdk
*
*______________________________________________________________________
*                                                                      |
* DYNAMIC CONSTANTS (cmc-rpn constants initialized in Set_Dcst)        |
*                     The units are in s.i.                            |
*______________________________________________________________________|
*                |                                                     |
* NAME           | DESCRIPTION                                         |
*----------------|-----------------------------------------------------|
* Dcst_cpd_8     | .100546e+4 j k-1 kg-1; specific heat of dry air     |
* Dcst_c_8       | .186946e+4 j k-1 kg-1; specific heat of water vapour|
* Dcst_rgasd_8   | .28705e+3 j k-1 kg-1 ; gas constant for  dry air    |
* Dcst_rgasv_8   | .46151e+3 j k-1 kg-1 ; gas constant for water vapour|
* Dcst_trpl_8    | .27316e+3 k          ; freezing point of water      |
* Dcst_tcdk_8    | .27315e+3        ; conversion from kelvin to celsius|
* Dcst_eps1_8    | .6219800221014       ; rgasd/rgasv                  |
* Dcst_eps2_8    | .3780199778986       ; 1 - eps1                     |
* Dcst_delta_8   | .6077686814144       ; 1/eps1 - 1                   |
* Dcst_cappa_8   | .28549121795         ; rgasd/cpd                    |
* Dcst_tgl_8     | .27316e+3 k      ; ice temperature in the atmosphere|
* Dcst_conso_8   | .1367e+4 w m-2       ; solar constant               |
* Dcst_grav_8    | .980616e+1 m s-2     ; gravitational acceleration   |
* Dcst_rayt_8    | .637122e+7 m         ; mean radius of the earth     |
* Dcst_stefn_8   | .56698e-7 j m-2 s-1 k-4  ; stefan-boltzmann constant|
* Dcst_pi_8      | .314159265359e+1     ; pi constant = acos(-1)       |
* Dcst_omega_8   | .7292e-4s-1 ; angular speed of rotation of the earth|
* Dcst_knams_8   | .514791              ; conversion from knots to m/s |
* Dcst_stlo_8    | .6628486583943e-3 k s2 m-2 ; schuman-newell l.r.    |
* Dcst_karmn_8   | .35                  ; von karman constant          |
* Dcst_ric_8     | .2                   ; critical richardson's number |
* Dcst_chlc_8    | .2501e+7 j kg-1      ; latent heat of condensation  |
* Dcst_chlf_8    | .334e+6 j kg-1       ; latent heat of fusion        |
* Dcst_t1s_8     | .27316e+3 k       ; to calculate h/cp in fcn htvocp |
* Dcst_t2s_8     | .25816e+3 k       ; to calculate h/cp in fcn htvocp |
* Dcst_aw_8      | .3135012829948e+4 ; to calculate h/cp in fcn htvocp |
* Dcst_bw_8      | .2367075766316e+1 ; to calculate h/cp in fcn htvocp |
* Dcst_ai_8      | .2864887713087e+4 ; to calculate h/cp in fcn htvocp |
* Dcst_bi_8      | .166093131502     ; to calculate h/cp in fcn htvocp |
* Dcst_slp_8     | .6666666666667e-1 ; to calculate h/cp in fcn htvocp |
*----------------------------------------------------------------------

#endif
*
      real*8  Dcst_cpd_8  , Dcst_cpv_8  , Dcst_rgasd_8, Dcst_rgasv_8,
     $        Dcst_trpl_8 , Dcst_tcdk_8 , Dcst_rauw_8 , Dcst_eps1_8 ,
     $        Dcst_eps2_8 , Dcst_delta_8, Dcst_cappa_8, Dcst_tgl_8  ,
     $        Dcst_conso_8, Dcst_grav_8 , Dcst_rayt_8 , Dcst_stefn_8,
     $        Dcst_pi_8   , Dcst_omega_8, Dcst_knams_8, Dcst_stlo_8 ,
     $        Dcst_karmn_8, Dcst_ric_8  , Dcst_chlc_8 , Dcst_chlf_8 ,
     $        Dcst_t1s_8  , Dcst_t2s_8  , Dcst_aw_8   , Dcst_bw_8   ,
     $        Dcst_ai_8   , Dcst_bi_8   , Dcst_slp_8
*
      MARK_COMMON_BEG (Dcst_r)
      common / Dcst_r / 
     $       Dcst_cpd_8  , Dcst_cpv_8  , Dcst_rgasd_8, Dcst_rgasv_8,
     $       Dcst_trpl_8 , Dcst_tcdk_8 , Dcst_rauw_8 , Dcst_eps1_8 ,
     $       Dcst_eps2_8 , Dcst_delta_8, Dcst_cappa_8, Dcst_tgl_8  ,
     $       Dcst_conso_8, Dcst_grav_8 , Dcst_rayt_8 , Dcst_stefn_8,
     $       Dcst_pi_8   , Dcst_omega_8, Dcst_knams_8, Dcst_stlo_8 ,
     $       Dcst_karmn_8, Dcst_ric_8  , Dcst_chlc_8 , Dcst_chlf_8 ,
     $       Dcst_t1s_8  , Dcst_t2s_8  , Dcst_aw_8   , Dcst_bw_8   ,
     $       Dcst_ai_8   , Dcst_bi_8   , Dcst_slp_8
      MARK_COMMON_END (Dcst_r)
*