Différences

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

--- sunfluidh:field_recording_setup_namelist_setup [2018/12/15 17:10] – yann
+++ sunfluidh:field_recording_setup_namelist_setup [2019/12/25 12:48] (Version actuelle) – yann
@@ Ligne 2: / Ligne 2: @@
 This data set allows the user
-   * to define the precision (simple or double) on the data related to the instantaneous fields and the statistical fields.
+   * to set the precision (simple or double) on the data related to the instantaneous fields, the statistical fields or specific fields defined on slices.
    * to reduce the dimension of the statistical fields in order to get a profile along a given direction. The reduction is made by space averaging over the other directions.
 ==== Full data set of the namelist ====
-    &Field_Recording_Setup  Precision_On_Instantaneous_Fields= 1, Precision_On_Statistical_Fields= 2 ,
+    &Field_Recording_Setup  Precision_On_Instantaneous_Fields=1 ,
-                        Time_Statistics_Enabled= .true. , Sample_Rate_For_Statistics= 1 ,
+                            Precision_On_Statistical_Fields= 2 ,
-                        Statistic_Space_Average_Type= "NO_SPACE_AVERAGE" /
+                            Precision_On_SpaceAveragedSlice_Fields= 1 ,
+                            Precision_On_Slice_Fields= 1 , Slice_Gathering_Enabled= .false. ,
+                            Time_Statistics_Enabled= .true. ,
+                            Sample_Rate_For_Statistics= 1 ,
+                            Statistic_Space_Average_Type= "NO_SPACE_AVERAGE" /
 -----
 ==== Precision_On_Instantaneous_Fields ====
@@ Ligne 14: / Ligne 18: @@
      * 1 : Instantaneous fields are recorded in single precision (r4).
      * 2 : Instantaneous fields are recorded in double precision (r8).
+==== Precision_On_Slice_Fields ====
+   * Type : Integer Value
+     * 1 : Instantaneous fields on slices are recorded in single precision (r4).
+     * 2 : Instantaneous fields on slices are recorded in double precision (r8).
+==== Slice_Gathering_Enabled ====
+   * Type : boolean (default value : false)
+     * true : When MPI domain decomposition is used, all pieces of a slice which are split on different subdomains are gathered and recorded in a same file. This option is not available when the computation is performed in MPI graphical topology.
+     * false : When MPI domain decomposition is used, each piece of a slice that belongs to a specific subdomain is recorded in a separate file.
+==== Precision_On_SpaceAveragedSlice_Fields ====
+   * Type : Integer Value
+     * 1 : Special data (space-averaged fields on slices) are recorded in single precision (r4).
+     * 2 : Special data (space-averaged fields on slices) are recorded in double precision (r8).
 ==== Precision_On_Statistical_Fields ====
    * Type : Integer Value
      * 1 : Statistical fields are recorded in single precision (r4).
      * 2 : Statistical fields are recorded in double precision (r8).
-==== Statistic_Profiles ====
+==== Time_Statistics_Enabled ====
-   * Type : integer value
+   * Type : Boolean value
-   * This data defines the direction in which the profile of a statistical quantity is calculated. A space average is performed over the others directions.
+     * .true. : For any quantity f, the statistical computation yields a time average field: $$ \overline{f(x,y,z)}= \frac{1}{T}\sum_{n=1}^{n=N_t} f(x_i,x_j,x_k,t_n) \Delta t$$
-     * 0 : Statistical fields are not reduced in a profile along a specific direction.
+     * .false. : For any quantity f, the statistical computation yields a sample averafge field : $$ \overline{f(x,y,z)}= \frac{1}{N_t}\sum_{n=1}^{n=N_t} f(x_i,x_j,x_k,t_n) $$ where $N_t$ is number of instantaneous fields considered for the computation.
-     * 1 : The profile is calculated along the I-direction.
+==== Statistic_Space_Averaged_Type ====
-     * 2 : The profile is calculated along the J-direction.
+   * Type : characters
-     * 3 : The profile is calculated along the K-direction.
+   * This data defines the direction(s) along which a spatial average is computed in addition of time or sample average:
+     * NO_SPACE_AVERAGE : No space average is computed.
+     * SPACE_AVERAGE_IJ : A space average is computed along the I & J-directions : $$ <\overline{f(x_k)}>= \frac{1}{N_i.N_j.T}\sum_{n=1}^{n=N_t}\sum_{i=1}^{i=N_i} \sum_{j=1}^{j=N_j} f(x_i,x_j,x_k,t_n) \Delta t$$ or $$ <\overline{f(x_k)}>= \frac{1}{N_i.N_j.N_t}\sum_{n=1}^{n=N_t}\sum_{i=1}^{i=N_i} \sum_{j=1}^{j=N_j} f(x_i,x_j,x_k,t_n) $$
+     * SPACE_AVERAGE_IK : A space average is computed along the I & K-directions
+     * SPACE_AVERAGE_JK : A space average is computed along the J & K-directions
+     * SPACE_AVERAGE_I : A space average is computed along the I-direction : $$ <\overline{f(x_j,x_k)}>= \frac{1}{N_i.T}\sum_{n=1}^{n=N_t}\sum_{i=1}^{i=N_i} f(x_i,x_j,x_k,t_n) \Delta t$$ or $$ <\overline{f(x_j,x_k)}>= \frac{1}{N_i.N_t}\sum_{n=1}^{n=N_t}\sum_{i=1}^{i=N_i} f(x_i,x_j,x_k,t_n) $$
+     * SPACE_AVERAGE_J : A space average is computed along the J-direction
+     * SPACE_AVERAGE_K : A space average is computed along the K-direction