Différences

Ci-dessous, les différences entre deux révisions de la page.

--- sunfluidh:sunfluidh_output [2022/01/10 10:09] – yann
+++ sunfluidh:sunfluidh_output [2023/03/13 11:32] (Version actuelle) – yann
@@ Ligne 21: / Ligne 21: @@
 ----
 The name of file is defined following the template : "N_ins_yyyyy.d".
-     * "yyyyy" is the number of the subdomain where the probes are located (relevant for MPI computing).
+     * "yyyyy" is the subdomain ID where the probes are located (relevant for MPI computing).
      * N is the physical quantity related to the time series recorded in the file. N= u,v,w,t,p,r for the three velocity components, the temperature, the pressure or the density, respectively.
 <note info>
@@ Ligne 37: / Ligne 37: @@
 ----
 The name of file is defined following the template : "res_yyyyy_xxxxxxx.d"
-     * "yyyyy" is the number of the subdomain where the fields are present (relevant for MPI computing).
+     * "yyyyy" is the subdomain ID for which the fields are recorded (relevant for MPI computing).
-     * "xxxxxxx" is the file number (the rank) used for the time classification in regard to the recording rate.
+     * "xxxxxxx" is the time ID used for the time classification in regard to the recording rate.
 <note info>
    * These files are written in binary format.\\
@@ Ligne 54: / Ligne 54: @@
 ----
 The name of file is defined following the template : "slice_Id_Dir_yyyyy_xxxxxxx.d"
-     * "Id" is the ID number of the slice on which physical quantities are recorded
+     * "Id" is the rank ID of the slice for which physical quantities are recorded
      * "Dir" defines the normal direction of the slice
-     * "yyyyy" is the number of the subdomain where the fields are present (relevant for MPI computing).
+     * "yyyyy" is the subdomain ID for which the fields are recorded (relevant for MPI computing).
-     * "xxxxxxx" is the file number (the rank) used for the time classification in regard to the recording rate.
+     * "xxxxxxx" is the time ID used for the time classification in regard to the recording rate.
 <note info>
 These files are written in binary format.\\
@@ Ligne 77: / Ligne 77: @@
 The name of file is defined following the template : "spav_slice_Dir_xxxxxxx.d"
      * "Dir" defines the direction along which the fields are averaged in space.
-     * "xxxxxxx" is the file number (the rank) used for the time classification in regard to the recording rate.
+     * "xxxxxxx" is the time ID used for the time classification in regard to the recording rate.
 <note info>
    * These files are written in binary format.
@@ Ligne 93: / Ligne 93: @@
 ----
 The name is defined following the template : "rst_yyyyy_xxxxxxx.d" \\
-    * "yyyyy" is the number of the subdomain where the fields are present (relevant for MPI computing).
+   * "yyyyy" is the subdomain ID for which the fields are recorded (relevant for MPI computing).
-     * "xxxxxxx" is the file number used for the time classification.
+   * "xxxxxxx" is the time ID used for the time classification in regard to the recording rate.
 <note info>
    * These files are written in binary format (double precision for the real values).