Module for code/code coupling

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Variables
Module for code/code coupling

code / code - management of key parameters More...

## Variables
integer, save | nbrcpl
| number of couplings Code_Saturne / Code_Saturne More...
integer, save | ifaccp
| indicator coupling face / face only More...
integer, save | imobil
| "Mobil Mesh" indicator for turbo-machine applications More...
integer | nbcpmx
| maximum permissible number of coupling More...
integer, dimension(nbcpmx), save | iturcp
| turbulence model of the remote instance More...
integer, dimension(nbcpmx), save | imajcp
| indicator to update location of the coupling More...
integer, dimension(nbcpmx), save | icormx
| indicator of calulation in relative reference frame More...
integer, dimension(nbcpmx), save | nvarcp
| number of variables to send/receive More...
integer, dimension(nbcpmx), save | nvarto
| size of exchange tables More...
double precision, save | ttpmob
| Absolute time value after the mesh starts to rotate (if it does), for previous calculation. More...
double precision, save | ttcmob
| Current absolute time after the mesh starts to rotate (if it does). In case of restart, this is equal to ttpmob + additional computed time. More...

## Detailed Description

code / code - management of key parameters

## Variable Documentation

integer, dimension(nbcpmx), save icormx

indicator of calulation in relative reference frame

integer, save ifaccp

indicator coupling face / face only

integer, dimension(nbcpmx), save imajcp

indicator to update location of the coupling

integer, save imobil

"Mobil Mesh" indicator for turbo-machine applications

integer, dimension(nbcpmx), save iturcp

turbulence model of the remote instance

integer nbcpmx

maximum permissible number of coupling

integer, save nbrcpl

number of couplings Code_Saturne / Code_Saturne

integer, dimension(nbcpmx), save nvarcp

number of variables to send/receive

integer, dimension(nbcpmx), save nvarto

size of exchange tables

double precision, save ttcmob

Current absolute time after the mesh starts to rotate (if it does). In case of restart, this is equal to ttpmob + additional computed time.

double precision, save ttpmob

Absolute time value after the mesh starts to rotate (if it does), for previous calculation.