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Data Fields
entsor Module Reference
Collaboration diagram for entsor:
Collaboration graph

Data Fields

integer, save nfecra
 standard output More...
 
integer, dimension(nvarmx), save iwarni
 characterises the level of detail of the outputs for the variable ivar (from 1 to nvar). The quantity of information increases with its value. Impose the value 0 or 1 for a reasonable listing size. Impose the value 2 to get a maximum quantity of information, in case of problem during the execution. Always useful. More...
 
integer, save impmvo
 unit of the upstream restart file for the vortex method. Useful if and only if isuivo=1 and ivrtex=1. More...
 
integer, save impvvo
 unit of the downstream restart file for the vortex method. Useful if and only if ivrtex=1. More...
 
integer, save impdvo
 unit of the ficvor data files for the vortex method. These files are text files. Their number and names are specified by the user in the usvort subroutine. (Although it corresponds to an 'upstream' data file, impdvo is initialized to 20 because, in case of multiple vortex entries, it is opened at the same time as the ficmvo upstream restart file, which already uses unit 11) useful if and only if ivrtex=1 More...
 
character *13, save ficdat
 name of file, see usvort module. More...
 
integer, save ntsuit
 saving period of the restart filesy5 More...
 
integer, save keylbl = -1
 field key for output label More...
 
integer, save keylog = -1
 field keys for logging and postprocessing output More...
 
integer, save keyvis = -1
 
integer, save keyipp = -1
 field key for start position in global postprocessing (ipp index) arrays More...
 
character *32, save ficfpp
 name of the thermochemical data file. The launch script is designed to copy the user specified thermochemical data file in the temporary execution directory under the name dp_tch, for CS to open it properly. Should the value of ficfpp be changed, the launch script would have to be adapted. Useful in case of gas or pulverised coal combustion. More...
 
integer, save impfpp
 logical unit of the thermochemical data file. Useful in case of gas or pulverised coal combustion or electric arcs; More...
 
integer, save indjon
 perform Janaf (=1) or not (=0) More...
 
character *32, save ficmet
 Input files for the atmospheric specific physics (name of the meteo profile file) More...
 
integer, save impmet
 logical unit of the meteo profile file More...
 
integer nushmx
 Maximum number of user chronological files. In the case where ushist is used. More...
 
character *80, save emphis
 directory in which the potential chronological record files generated by the Kernel will be written (path related to the execution directory) More...
 
character *80, save prehis
 prefix of history files More...
 
integer, dimension(nushmx), save impush
 units of the user chronological record files. Useful if and only if the subroutine ushist is used. More...
 
character *13, dimension(nushmx),
save 
ficush
 names of the user chronological record files. In the case of a non-parallel calculation, the suffix applied the file name is a three digit number: $ \texttt{ush001}$, $\texttt{ush002}$, $\texttt{ush003}$... In the case of a parallel-running calculation, the four digit processor index-number is added to the suffix. For instance, for a calculation running on two processors: -from $ \texttt{ush001.n\_0001} $ to $ \texttt{ush010.n\_0001} $ -and $ \texttt{ush001.n\_0002} $ to $ \texttt{ush010.n\_0002} $. More...
 
integer, dimension(2), save impsth
 sytock file and mobile structure varibles output unit More...
 
integer ncaptm
 maximum number of probes see associated format in ecrhis More...
 
integer, save tplfmt
 time plot format (1: .dat, 2: .csv, 3: both) More...
 
integer, save ncapt
 total number of probes (limited to ncaptm=100) More...
 
integer, save nthist
 output period of the chronological record files: More...
 
double precision, save frhist
 frhist : output frequency in seconds More...
 
integer, save nthsav
 saving period the chronological record files (they are first stored in a temporary file and then saved every nthsav time step): More...
 
integer, dimension(nvppmx,
ncaptm+1), save 
ihisvr
 number ihisvr(n, 1) and index-numbers ihisvr(n, j>1) of the record probes to be used for each variable, em i.e. calculation variable or physical property defined at the cell centers. With ihisvr(n, 1)=-999 or -1, ihisvr(n, j>1) is useless. More...
 
integer, save ihistr
 write indicator (O or 1) for history of internal mobile structures More...
 
integer, dimension(ncaptm), save nodcap
 probes corresponding element More...
 
integer, dimension(ncaptm), save ndrcap
 row of process containing nodcap (in parallel processing) More...
 
double precision, dimension(3,
ncaptm), save 
xyzcap
 xyzcap : required position for a probe 3D-coordinates of the probes. the coordinates are written: xyzcap(i,j), with i = 1,2 or 3 and j <= ncapt. Useful if and only if ncapt > 0. More...
 
double precision, save tplflw
 tplflw : time plot flush wall-time interval (none if <= 0) More...
 
character *6, save ficlal
 name of Lagrange listing More...
 
integer, save implal
 logical unit of Lagrange listing More...
 
integer, save ntlal
 output period of Lagrange listing More...
 
integer, save impla1
 unit of a file specific to Lagrangian modelling. Useful in case of Lagrangian modelling. More...
 
integer, save impla2
 unit of a file specific to Lagrangian modelling. Useful in case of Lagrangian modelling. More...
 
integer, save impla3
 unit of a file specific to Lagrangian modelling. Useful in case of Lagrangian modelling. More...
 
integer, save impla4
 unit of a file specific to Lagrangian modelling. Useful in case of Lagrangian modelling. More...
 
integer, dimension(15), save impla5
 units of files specific to Lagrangian modelling. 15-dimension array. Useful in case of Lagrangian modelling. More...
 
integer nusrmx
 maximal number of user files More...
 
integer, dimension(nusrmx), save impusr
 unit numbers for potential user specified files. Useful if and only if the user needs files (therefore always useful, by security) More...
 
character *13, dimension(nusrmx),
save 
ficusr
 name of the potential user specified files. In the case of a non-parallel calculation, the suffix applied the file name is a two digit number: from $ \texttt{usrf01} $ to $ \texttt{usrf10} $ . In the case of a parallel-running calculation, the four digit processor index-number is added to the suffix. For instance, for a calculation running on two processors: from $ \texttt{usrf01.n\_0001} $ to $ \texttt{usrf10.n\_0001} $ and from $ \texttt{usrf01.n\_0002} $ to $ \texttt{usrf10.n\_0002} $ . The opening, closing, format and location of these files must be managed by the user. useful if and only if the user needs files (therefore always useful, by security) More...
 
character *80, save nomva0
 temporary variable name for some algebraic operations More...
 
integer, dimension(nvarmx), save ipprtp
 locator pointer for variables output More...
 
integer, dimension(npromx), save ipppro
 locator pointer for variables output More...
 
integer, save ippdt
 locator pointer for variables output More...
 
integer, save ipptx
 locator pointer for variables output More...
 
integer, save ippty
 locator pointer for variables output More...
 
integer, save ipptz
 locator pointer for variables output More...
 
integer, save ntlist
 writing period in the execution report file. More...
 
integer, dimension(nvppmx), save nbivar
 number of iterations More...
 
double precision, dimension(nvppmx),
save 
rnsmbr
 right-hand-side norm More...
 
double precision, dimension(nvppmx),
save 
resvar
 normed residual More...
 
double precision, dimension(nvppmx),
save 
dervar
 norm of drift in time More...
 
integer, dimension(6), save ipstdv
 indicates the data to post-process on the boundary mesh (the boundary mesh must have been activated with ichrbo=1. Its value is the product of the following integers, depending on the variables that should be post-processed: ipstyp: $ y^+ $ at the boundary ipstcl: value of the variables at the boundary (using the boundary conditions but without reconstruction) ipstft}: thermal flux at the boundary ( $ W\,m^{-2} $ ), if a thermal scalar has been defined (iscalt) For instance, with ipstdv=ipstyp*ipstcl, $ y^+ $ and the variables will be post-processed at the boundaries. With ipstdv=1, none of these data are post-processed at the boundaries. always useful if ichrbo=1 More...
 
integer ipstfo
 post-processed property: Efforts (1: all; 2: tangent; 4: normal) More...
 
integer ipstyp
 post-processed property: yplus More...
 
integer ipsttp
 post-processed property: Tplus More...
 
integer ipstft
 post-processed property: thermal flux rebuilt More...
 
integer ipsttb
 post-processed property: boundary temperature More...
 
integer ipstnu
 post-processed property: Nusselt More...
 
double precision, save tmarus
 margin in seconds on the remaining CPU time which is necessary to allow the calculation to stop automatically and write all the required results (for the machines having a queue manager). More...
 

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