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Modules | Variables
Collaboration diagram for Output listing:

Modules

 Convergence information
 

Variables

character *80, dimension(nvppmx),
save 
nomvar
 name of the variables (unknowns, physical properties ...): used in the execution listing, in the post-processing files, etc. If not initialised, the code chooses the manes by default. It is recommended not to define variable names of more than 16 characters, to get a clear execution listing (some advanced writing levels take into account only the first 16 characters). always useful} More...
 
integer, dimension(nvarmx), save ipprtp
 locator pointer vor variables output More...
 
integer, dimension(npromx), save ipppro
 locator pointer vor variables output More...
 
integer, save ippdt
 locator pointer vor variables output More...
 
integer, save ipptx
 locator pointer vor variables output More...
 
integer, save ippty
 locator pointer vor variables output More...
 
integer, save ipptz
 locator pointer vor variables output More...
 
integer, dimension(nvppmx), save ilisvr
 for every quantity (variable, physical or numerical property ...), indicator concerning the writing in the execution report file default value (-999) is automatically converted into 1 if the concerned quantity is one of the main variables (pressure, velocity, turbulence, scalar), the density, the time step if idtvar > 0 or the turbulent viscosity. Otherwise converted into 0. = 1: writing in the execution listing. = 0: no writing. More...
 
integer, dimension(nvppmx), save itrsvr
 index of a variable if ipp corresponds to a determined variable (p,u,k...) 0 si ipp corresponds to an annex variable (cp, mut...) or to nothing. More...
 
integer, save ntlist
 writing period in the execution report file. More...
 

Detailed Description

Variable Documentation

integer, dimension(nvppmx), save ilisvr

for every quantity (variable, physical or numerical property ...), indicator concerning the writing in the execution report file default value (-999) is automatically converted into 1 if the concerned quantity is one of the main variables (pressure, velocity, turbulence, scalar), the density, the time step if idtvar > 0 or the turbulent viscosity. Otherwise converted into 0. = 1: writing in the execution listing. = 0: no writing.

integer, save ippdt

locator pointer vor variables output

integer, dimension(npromx), save ipppro

locator pointer vor variables output

integer, dimension(nvarmx), save ipprtp

locator pointer vor variables output

integer, save ipptx

locator pointer vor variables output

integer, save ippty

locator pointer vor variables output

integer, save ipptz

locator pointer vor variables output

integer, dimension(nvppmx), save itrsvr

index of a variable if ipp corresponds to a determined variable (p,u,k...) 0 si ipp corresponds to an annex variable (cp, mut...) or to nothing.

character*80, dimension(nvppmx), save nomvar

name of the variables (unknowns, physical properties ...): used in the execution listing, in the post-processing files, etc. If not initialised, the code chooses the manes by default. It is recommended not to define variable names of more than 16 characters, to get a clear execution listing (some advanced writing levels take into account only the first 16 characters). always useful}

integer, save ntlist

writing period in the execution report file.

  • -1: no writing
  • > 0: period (every ntlist time step). The value of ntlist must be adapted according to the number of iterations carried out in the calculation. Keeping ntlist to 1 will indeed provide a maximum volume of information, but if the number of time steps is too large the execution report file might become too big and unusable (problems with disk space, memory problems while opening the file with a text editor, problems finding the desired information in the file, ...).