B.2 Model-Specific DEFINE Macro Definitions

The following definitions for model-specific DEFINE macros (see Section  2.3) are taken from the udf.h header file.

#define DEFINE_CHEM_STEP(name, c, t, p, num_p, n_spe, dt, pres, temp, yk) \
  void name(int cell_t c, Thread *t, Particle *p, int num_p, int n_spe, \
            double *dt, double *pres, double *temp, double *yk)

#define DEFINE_CPHI(name,c,t) \
  real name(cell_t c, Thread *t)

#define DEFINE_DIFFUSIVITY(name, c, t, i) \
  real name(cell_t c, Thread *t, int i)

#define DEFINE_DOM_DIFFUSE_REFLECTIVITY(name ,t, nb, n_a, n_b, diff_ ref_a, \
  diff_tran_a, diff_ref_b, diff_tran_b) \
  void name(Thread *t, int nb,  real n_a, real n_b, real *diff_ref_a, \
            real *diff_tran_a, real *diff_ref_b, real *diff_tran_b)

#define DEFINE_DOM_SPECULAR_REFLECTIVITY(name, f, t, nb, n_a, n_b, \
  ray_direction, e_n, total_internal_reflection, \
  specular_reflectivity, specular_transmissivity) \
  void name(face_t f, Thread *t, int nb,  real n_a, real n_b , \
            real ray_direction[], real e_n[], \
            int *total_internal_reflection, real *specular_reflectivity,\
            real *specular_transmissivity)

#define DEFINE_DOM_SOURCE(name, c, t, ni, nb, emission, in_scattering, \
  abs_coeff, scat_coeff) \
  void name(cell_t c, Thread* t, int ni, int nb, real *emission, \
            real *in_scattering, real *abs_coeff, real *scat_coeff)

#define DEFINE_EMISSIVITY_WEIGHTING_FACTOR(name, c, t, T, nb, \
  emissivity_weighting_factor) \
  void name(cell_t c, Thread* t, real T, int nb, \
            real *emissivity_weighting_factor)

#define DEFINE_GRAY_BAND_ABS_COEFF(name, c, t, nb)  \
   real name(cell_t c, Thread *t, int nb) 

#define DEFINE_HEAT_FLUX(name, f, t, c0, t0, cid, cir) \
  void name(face_t f, Thread *t, cell_t c0, Thread *t0, \
            real cid[], real cir[])

#define DEFINE_NET_REACTION_RATE(name, c, t, particle, pressure, \
  temp, yi, rr, jac) \
  void name(cell_t c, Thread *t, Particle *particle, \
  double *pressure, double *temp, double *yi, double *rr, \
  double *jac)

#define DEFINE_NOX_RATE(name, c, t, Pollut, Pollut_Par, NOx) \
  void name(cell_t c, Thread *t, Pollut_Cell *Pollut, \
  Pollut_Parameter *Poll_Par, NOx_Parameter *NOx)


#define DEFINE_PRANDTL_K(name, c, t) real name(cell_t c, Thread *t)

#define DEFINE_PRANDTL_D(name, c, t) real name(cell_t c, Thread *t)

#define DEFINE_PRANDTL_O(name, c, t) real name(cell_t c, Thread *t)

#define DEFINE_PRANDTL_T(name, c, t) real name(cell_t c, Thread *t)

#define DEFINE_PRANDTL_T_WALL(name, c, t) real name(cell_t c, Thread *t)

#define DEFINE_PROFILE(name, t, i) void name(Thread *t, int i)

#define DEFINE_PROPERTY(name, c, t) real name(cell_t c, Thread *t)

#define DEFINE_PR_RATE(name, c, t, r, mw, ci, p, sf, dif_index, \
  cat_index, rr) \
  void name(cell_t c, Thread *t, Reaction *r, real *mw, real *ci, \
            Tracked_Particle *p, real *sf , int dif_index, \
            int cat_index, real *rr)

#define DEFINE_SCAT_PHASE_FUNC(name, c, f) \
  real name(real c, real *f)

#define DEFINE_SOLAR_INTENSITY(name, sun_x, sun_y, sun_z, S_hour, S_minute) \
   real name(real sun_x, real sun_y, real sun_z, int S_hour,int S_minute) 

#define DEFINE_SOURCE(name, c, t, dS, i) \
  real name(cell_t c, Thread *t, real dS[], int i)

#define DEFINE_SOX_RATE(name, c, t, Pollut, Pollut_Par, SOx) \
  void name(cell_t c, Thread *t, Pollut_Cell *Pollut, \
            Pollut_Parameter *Poll_Par, SOx_Parameter *SOx)


#define DEFINE_SR_RATE(name, f, t, r, mw, yi, rr) \
  void name(face_t f, Thread *t, \
	    Reaction *r, real *mw, real *yi, real *rr)

#define DEFINE_TURB_PREMIX_SOURCE(name, c, t, \
  turbulent_flame_speed, source) \
  void name(cell_t c, Thread *t, real *turbulent_flame_speed, \
            real *source)

#define DEFINE_TURBULENT_VISCOSITY(name, c, t) \
  real name(cell_t c, Thread *t)

#define DEFINE_VR_RATE(name, c, t, r, mw, yi, rr, rr_t) \
  void name(cell_t c, Thread *t, \
	    Reaction *r, real *mw, real *yi, real *rr, real *rr_t)

#define DEFINE_WALL_FUNCTIONS(name, f, t, c0, t0, wf_ret, yPlus, Emod) \
  real name(face_t f, Thread *t, cell_t c0, Thread *t0, int wf_ret \
            real yPlus, real Emod)