EddyDiff Namespace Reference

Enumerations
enum	{   Mom_h = 0 , Theta_h , KE_h , Scalar_h ,   Q_h , Mom_v , Theta_v , KE_v ,   Scalar_v , Q_v , Turb_lengthscale , HGAMT_v ,   HGAMQ_v , HGAMU_v , HGAMV_v , RANS_Rt ,   RANS_cmu , RANS_cmu_prime , NumDiffs }

Enumeration Type Documentation

anonymous enum

anonymous enum

Enumerator
Mom_h
Theta_h
KE_h
Scalar_h
Q_h
Mom_v
Theta_v
KE_v
Scalar_v
Q_v
Turb_lengthscale
HGAMT_v
HGAMQ_v
HGAMU_v
HGAMV_v
RANS_Rt
RANS_cmu
RANS_cmu_prime
NumDiffs

         {
        Mom_h = 0,
        Theta_h,
        KE_h,
        Scalar_h,
        Q_h,
        Mom_v,
        Theta_v,
        KE_v,
        Scalar_v,
        Q_v,
        Turb_lengthscale,
        // Nonlocal (countergradient) terms.  All four are stored *normalized by the
        // PBL height*, i.e. as a gradient of the transported quantity, so that the
        // implicit vertical diffusion solvers form the countergradient flux as
        //     F_cg = +rho*alpha*gamma
        // with no further metric or grid-spacing factors.
        HGAMT_v,  // MRF/YSU countergradient for heat (HGAMT/h, units K/m), zero outside PBL
        HGAMQ_v,  // MRF/YSU countergradient for moisture (HGAMQ/h, units kg/kg/m), zero outside PBL
        HGAMU_v,  // YSU countergradient for x-momentum (HGAMU/h, units 1/s), zero outside PBL
        HGAMV_v,  // YSU countergradient for y-momentum (HGAMV/h, units 1/s), zero outside PBL
        // k-eqn RANS diagnostics: smoothed turbulent Richardson number and the
        // two stability functions (Axell & Liungman 2001, Eqs. 29-32)
        RANS_Rt,
        RANS_cmu,
        RANS_cmu_prime,
        NumDiffs
    };