Différences

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

--- sunfluidh:simulation_management_setup_namelist [2016/11/12 14:53] – yann
+++ sunfluidh:simulation_management_setup_namelist [2016/11/13 12:38] – yann
@@ Ligne 2: / Ligne 2: @@
 This data setup allows the user to set the time parameters of the code in order to :
   * perform the numerical simulation (time step, stopping criteria...)
-  * record the results associated to time series of probes, instantaneous quantity fields, statistical quantities.
+  * record the results associated to time series of probes, instantaneous physical quantity fields, statistical quantities.
   * record the backup/restart files
+As some variables of this namelist can be related to another namelist (i.e. the variable "Field_Recording_Rate" of this namelist is bounded to the namelist "Instantaneous_Fields_Listing", see further for more details), it could be useful to split this data in several parts in order to group the same class of data (see the example here).
 -----
 ==== Restart_Parameter ====
@@ Ligne 16: / Ligne 17: @@
    * Type : Boolean value
-   * Activation of the stopping criterion for steady flow (based on the L2-norm of the time variation of quantities).
+   * Activation of the stopping criterion for steady flow (based on the L2-norm of the time variation of physical quantities).
 ==== Steady_Flow_Stopping_Criterion ====
    * Type : Real value
-   * When the L2-norm of the time variation of quantities is lower than this value, the simulation is stopped and the solution corresponds to a steady flow.
+   * When the L2-norm of the time variation of physical quantities is lower than this value, the simulation is stopped and the solution corresponds to a steady flow.
 ==== Number_Temporal_Iterations ====
    * Type : Integer value
@@ Ligne 53: / Ligne 54: @@
 ==== Field_Recording_Rate ====
    * Type : Real value
-   * This variable defines the recording rate, __in time units__ , of instantaneous fields (for instance, when "Field_Recording_Rate=1.5" an instantaneous field file is created as soon as the time value is a multiple of 1.5).\\ Instantaneous field files are named res_xxxxxxx_yyyyy.d ('yyyyy' is the subdomain number for simulations based on the MPI domain-decomposition approach, 'xxxxxxx' is the file number).
+   * This variable defines the recording rate, __in time units__ , of instantaneous fields (for instance, when "Field_Recording_Rate=1.5" an instantaneous field file is created as soon as the time value is a multiple of 1.5).\\ Instantaneous field files are named res_xxxxxxx_yyyyy.d ('yyyyy' is the subdomain number for simulations based on the MPI domain-decomposition approach, 'xxxxxxx' is the file number). The physical quantities bounded to the intantaneous fields are defined with the namelist "Instantaneous_Fields_Listing".
 ==== Start_Time_For_Statistics ====
    * Type : Real value
@@ Ligne 59: / Ligne 60: @@
 ==== Time_Range_Statistic_Calculation ====
    * Type : Real value
-   * Time range over which statistical fields are calculated. When this time range has been covered, statistical fields are recorded in a file named rst_xxxxxxx_yyyyy.d ('yyyyy' is the subdomain number for simulations based on the MPI domain-decomposition approach, 'xxxxxxx' is the file number). If the simulation is not completed a new cycle of statistical calculation is initialized.
+   * Time range over which statistical fields are calculated. When this time range has been covered, statistical fields are recorded in a file named rst_xxxxxxx_yyyyy.d ('yyyyy' is the subdomain number for simulations based on the MPI domain-decomposition approach, 'xxxxxxx' is the file number). If the simulation is not completed a new cycle of statistical calculation is initialized. The statistical quantities are defined with the namelist "Statistical_Fields_Listing".
+==== Probe_Recording_Rate ====
+   * Type : Integer value
+   * This variable defines the recording rate, __in time iteration units__ , of time series associated to the probes distributed over the domain (see the namelist "Probe_Location"). The physical quantities bounded to the probe time-series are defined with the namelist "Probe_Quantities_Enabled". For instance, when "Probe_Recording_Rate=10", a new value is added to probe time-series for all time iteration numbers that are a multiple of 10).