programmer's documentation
Data Fields
cs_rad_transfer_params_t Struct Reference

#include <cs_rad_transfer.h>

Collaboration diagram for cs_rad_transfer_params_t:
Collaboration graph

Data Fields

int iirayo
 
int nrphas
 
int iimpar
 
int iimlum
 
int imodak
 
int imoadf
 
int iwrp1t
 
int imfsck
 
double xnp1mx
 
int idiver
 
int i_quadrature
 
int ndirec
 
int ndirs
 
cs_real_3_tsxyz
 
cs_real_tangsol
 
int restart
 
int nfreqr
 
int nwsgg
 
cs_real_twq
 
int nbzrdm
 
int nozrdm
 
int nozarm
 
int nzfrad
 
int * ilzrad
 
int itpimp
 
int ipgrno
 
int iprefl
 
int ifgrno
 
int ifrefl
 
int itpt1d
 

Field Documentation

◆ angsol

cs_real_t* angsol

◆ i_quadrature

int i_quadrature

Index of the quadrature and number of directions for a single octant.

Sn quadrature (n(n+2) directions)

  • 1: S4 (24 directions)
  • 2: S6 (48 directions)
  • 3: S8 (80 directions)

Tn quadrature (8n^2 directions)

  • 4: T2 (32 directions)
  • 5: T4 (128 directions)
  • 6: Tn (8*ndirec^2 directions)

◆ idiver

int idiver

Indicates the method used to calculate the radiative source term:

  • 0: semi-analytic calculation (compulsory with transparent media)
  • 1: conservative calculation
  • 2: semi-analytic calculation corrected in order to be globally conservative

◆ ifgrno

int ifgrno

◆ ifrefl

int ifrefl

◆ iimlum

int iimlum

Verbosity level in the listing concerning the solution of the radiative transfer equation:

  • 0: no display
  • 1: standard
  • 2: complete

◆ iimpar

int iimpar

Verbosity level for the calculation of the wall temperatures

◆ iirayo

int iirayo

Radiative transfer model:

  • 0: none
  • 1: DOM
  • 2: P1

◆ ilzrad

int* ilzrad

◆ imfsck

int imfsck

FSCK model:

  • 0 no FSCK model
  • 1 FSCK model activated

◆ imoadf

int imoadf

ADF model:

  • 0 no ADF model
  • 1 ADF model with 8 intervals of wave length
  • 2 ADF model with 50 intervals of wave length

◆ imodak

int imodak

When gas or coal combustion is activated, imodak indicates whether the absorption coefficient shall be calculated ``automatically'' (=1) or read from the data file (=0)

◆ ipgrno

int ipgrno

◆ iprefl

int iprefl

◆ itpimp

int itpimp

◆ itpt1d

int itpt1d

◆ iwrp1t

int iwrp1t

P1 model transparency warnings counter

◆ nbzrdm

int nbzrdm

◆ ndirec

int ndirec

◆ ndirs

int ndirs

◆ nfreqr

int nfreqr

◆ nozarm

int nozarm

◆ nozrdm

int nozrdm

◆ nrphas

int nrphas

Phase which radiates (bulk by default, but may be coal class or fuel droplets phase)

◆ nwsgg

int nwsgg

◆ nzfrad

int nzfrad

◆ restart

int restart

Indicates whether the radiation variables should be initialized

◆ sxyz

cs_real_3_t* sxyz

◆ wq

cs_real_t* wq

◆ xnp1mx

double xnp1mx

For the P-1 model, percentage of cells for which we allow the optical thickness to exceed unity, thish this should be avoided. (more precisely, where $ KL $ is lower than 1, where $ K $ is the absorption coefficient of the medium and $ L $ is a characteristic length of the domain).


The documentation for this struct was generated from the following file: