|
| real, parameter | cuparm_mod::a2 =17.2693882E0 |
| | Constant used to parameterize specific humidity at 2m in WRFPOST: qs=pq0/p*exp(a2*(t-a3)/(t-a4))
|
| |
| real, parameter | cuparm_mod::a23m4l =A2*(A3-A4)*ELWV |
| | Coefficient derived from A2, A3, A4, and ELWV.
|
| |
| real, parameter | cuparm_mod::a3 =273.16E0 |
| | Constant used to parameterize specific humidity at 2m in WRFPOST: qs=pq0/p*exp(a2*(t-a3)/(t-a4))
|
| |
| real, parameter | cuparm_mod::a4 =35.86E0 |
| | Constant used to parameterize specific humidity at 2m in WRFPOST: qs=pq0/p*exp(a2*(t-a3)/(t-a4))
|
| |
| real, parameter | cuparm_mod::avgefi =(EFIMN+1.E0)*.5E0 |
| | Average cloud efficiency.
|
| |
| real, parameter | cuparm_mod::capa =0.28589641E0 |
| | R/Cp (universal gas constant over specific heat capacity of dry air at constant pressure)
|
| |
| real, parameter | cuparm_mod::cp =1004.6E0 |
| | Specific heat capacity of dry air at constant pressure (kJ/kg-K)
|
| |
| real, parameter | cuparm_mod::cprlg =CP/(ROW*G*ELWV) |
| | Ratio of CP to product of water density, acceleration due to gravity, and latent heat of vaporization of water.
|
| |
| real, parameter | cuparm_mod::d00 =0.E0 |
| | Decimal number 0.
|
| |
| real, parameter | cuparm_mod::d125 =.125E0 |
| | Decimal number 0.125.
|
| |
| real, parameter | cuparm_mod::d50 =.5E0 |
| | Decimal number 0.5.
|
| |
| real, parameter | cuparm_mod::d608 =.608E0 |
| | Decimal number 0.608.
|
| |
| real, parameter | cuparm_mod::dsp0fl =-7050.00E0 |
| | Deficit Saturation Pressure (DSP) at freezing level - fast land ?
|
| |
| real, parameter | cuparm_mod::dsp0fs =-5875.E0 |
| | Deficit Saturation Pressure (DSP) at freezing level - fast sea ?
|
| |
| real, parameter | cuparm_mod::dsp0sl =DSP0FL*FSL |
| | Deficit Saturation Pressure (DSP) at freezing level - slow land ?
|
| |
| real, parameter | cuparm_mod::dsp0ss =DSP0FS*FSS |
| | Deficit Saturation Pressure (DSP) at freezing level - slow sea ?
|
| |
| real, parameter | cuparm_mod::dspbfl =-4843.75E0 |
| | Deficit Saturation Pressure (DSP) at cloud base - fast land ?
|
| |
| real, parameter | cuparm_mod::dspbfs =-3875.E0 |
| | Deficit Saturation Pressure (DSP) at cloud base - fast sea ?
|
| |
| real, parameter | cuparm_mod::dspbsl =DSPBFL*FSL |
| | Deficit Saturation Pressure (DSP) at cloud base - slow land ?
|
| |
| real, parameter | cuparm_mod::dspbss =DSPBFS*FSS |
| | Deficit Saturation Pressure (DSP) at cloud base - slow sea ?
|
| |
| real, parameter | cuparm_mod::dspc =-3000.E0 |
| | No longer used/supported.
|
| |
| real, parameter | cuparm_mod::dsptfl =-2250.0E0 |
| | Deficit Saturation Pressure (DSP) at cloud top - fast land ?
|
| |
| real, parameter | cuparm_mod::dsptfs =-1875.E0 |
| | Deficit Saturation Pressure (DSP) at cloud top - fast sea ?
|
| |
| real, parameter | cuparm_mod::dsptsl =DSPTFL*FSL |
| | Deficit Saturation Pressure (DSP) at cloud top - slow land ?
|
| |
| real, parameter | cuparm_mod::dsptss =DSPTFS*FSS |
| | Deficit Saturation Pressure (DSP) at cloud top - slow sea ?
|
| |
| real, parameter | cuparm_mod::dttop =0.0E0 |
| | No longer used/supported.
|
| |
| real, parameter | cuparm_mod::efifc =5.0E0 |
| | No longer used/supported.
|
| |
| real, parameter | cuparm_mod::efimn =.20E0 |
| | Minimum convective cloud efficiency.
|
| |
| real, parameter | cuparm_mod::efmnt =.70E0 |
| | _____?
|
| |
| real, parameter | cuparm_mod::elivw =2.72E6 |
| | Latent heat of vaporization of water in J/kg, used in calculations involving energy transfer during evaporation.
|
| |
| real, parameter | cuparm_mod::elocp =ELIVW/CP |
| | ELIVW over CP.
|
| |
| real, parameter | cuparm_mod::elwv =2.50E6 |
| | Latent heat of vaporization of water.
|
| |
| real, parameter | cuparm_mod::epsdn =1.05 |
| | No longer used/supported.
|
| |
| real, parameter | cuparm_mod::epsntp =.0010E0 |
| | No longer used/supported.
|
| |
| real, parameter | cuparm_mod::epsp =1.E-7 |
| | No longer used/supported.
|
| |
| real, parameter | cuparm_mod::epsq =2.E-12 |
| | Minimum q (specific humidity) for computing precipitation type ?
|
| |
| real, parameter | cuparm_mod::epsth =0.0 |
| | No longer used/supported.
|
| |
| real, parameter | cuparm_mod::epsup =1.00 |
| | No longer used/supported.
|
| |
| real, parameter | cuparm_mod::fcc =.50 |
| | _____?
|
| |
| real, parameter | cuparm_mod::fcp =H1-FCC |
| | _____?
|
| |
| real, parameter | cuparm_mod::fsl =.850E0 |
| | Factor to obtain "slow" profiles over land ?
|
| |
| real, parameter | cuparm_mod::fss =.85E0 |
| | Factor to obtain “slow” profiles over the sea ?
|
| |
| real, parameter | cuparm_mod::g =9.8E0 |
| | Acceleration due to gravity.
|
| |
| real, parameter | cuparm_mod::h1 =1.E0 |
| | 1.0
|
| |
| real, parameter | cuparm_mod::h10e5 =100000.E0 |
| | 100,000
|
| |
| real, parameter | cuparm_mod::h1d5 =1.5E0 |
| | 1.5
|
| |
| real, parameter | cuparm_mod::h2d5 =2.5E0 |
| | 2.5
|
| |
| real, parameter | cuparm_mod::h3000 =3000.E0 |
| | 3000
|
| |
| logical, parameter | cuparm_mod::oct90 =.FALSE. |
| | Flag to activate old Zavisa Oct 1990 land scheme with fixed land profiles.
|
| |
| real, parameter | cuparm_mod::pbm =13000. |
| | _____?
|
| |
| real, parameter | cuparm_mod::pfrz =15000. |
| | _____?
|
| |
| real, parameter | cuparm_mod::pno =1000. |
| | No longer used/supported.
|
| |
| real, parameter | cuparm_mod::pone =2500. |
| | _____?
|
| |
| real, parameter | cuparm_mod::pq0 =379.90516E0 |
| | Constant used to parameterize specific humidity at 2m in WRFPOST: qs=pq0/p*exp(a2*(t-a3)/(t-a4))
|
| |
| real, parameter | cuparm_mod::pqm =20000. |
| | No longer used/supported.
|
| |
| real, parameter | cuparm_mod::pshu =45000. |
| | No longer used/supported.
|
| |
| real, parameter | cuparm_mod::rcp =H1/CP |
| | Reciprocal of CP (1/CP)
|
| |
| real, parameter | cuparm_mod::rhf =0.10 |
| | No longer used/supported (Relative humidity factor)
|
| |
| real, parameter | cuparm_mod::rog =287.04/9.8 |
| | RD over G - Gas constant for dry air divided by acceleration due to gravity.
|
| |
| real, parameter | cuparm_mod::row =1.E3 |
| | Density (rho) of water.
|
| |
| real, parameter | cuparm_mod::slop0l =(DSP0FL-DSP0SL)/(H1-EFIMN) |
| | Slope - freezing level over land ?
|
| |
| real, parameter | cuparm_mod::slop0s =(DSP0FS-DSP0SS)/(H1-EFIMN) |
| | Slope - freezing level over sea ?
|
| |
| real, parameter | cuparm_mod::slopbl =(DSPBFL-DSPBSL)/(H1-EFIMN) |
| | Slope - cloud base over land ?
|
| |
| real, parameter | cuparm_mod::slopbs =(DSPBFS-DSPBSS)/(H1-EFIMN) |
| | Slope - cloud base over sea ?
|
| |
| real, parameter | cuparm_mod::slope =(H1 -EFMNT)/(H1-EFIMN) |
| | Slope ?
|
| |
| real, parameter | cuparm_mod::sloptl =(DSPTFL-DSPTSL)/(H1-EFIMN) |
| | Slope - cloud top over land ?
|
| |
| real, parameter | cuparm_mod::slopts =(DSPTFS-DSPTSS)/(H1-EFIMN) |
| | Slope - cloud top over sea ?
|
| |
| real, parameter | cuparm_mod::stabd =.90E0 |
| | No longer used/supported.
|
| |
| real, parameter | cuparm_mod::stabfc =1.00E0 |
| | No longer used/supported.
|
| |
| real, parameter | cuparm_mod::stabs =1.0E0 |
| | No longer used/supported.
|
| |
| real, parameter | cuparm_mod::stefi =1.E0 |
| | Starting efficiency (EFI)
|
| |
| real, parameter | cuparm_mod::stresh =1.10E0 |
| | No longer used/supported.
|
| |
| real, parameter | cuparm_mod::t0 =273.16E0 |
| | Triple point of water (K)
|
| |
| real, parameter | cuparm_mod::t1 =274.16E0 |
| | 1 degree above triple point of water (K)
|
| |
| real, parameter | cuparm_mod::trel =3000. |
| | Relaxation time.
|
| |
| logical, parameter | cuparm_mod::unil =.FALSE. |
| | _____?
|
| |
| logical, parameter | cuparm_mod::unis =.FALSE. |
| | _____?
|
| |
| real, parameter | cuparm_mod::zsh =2000. |
| | No longer used/supported.
|
| |
cuparm_mod defines variables used for cumulus parameterization
Definition in file cuparm.f.
1.9.8