Différences

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

--- sunfluidh:meshgen_doc [2020/10/27 16:24] – yann
+++ sunfluidh:meshgen_doc [2020/10/27 16:31] (Version actuelle) – yann
@@ Ligne 31: / Ligne 31: @@
 Each direction can be split in several parts (segments) on which a specific distribution law is applied in order to place the discrete nodes.\\
 Each distribution law is defined by means of namelists that are described at the end of this page.\\
-For illustrating how that works, let consider a domain length $L$ (in an arbitrary direction) split in $2$ parts with lengths $L_1$ and $L_2$, respectively. Discrete coordinates are distributed with a given law (by considering here $N_1=6$ for the first segment, $N_2=8$ for the second one). \\ The origin coordinate is not included in the procedure. It is added by the code.\\ The coordinate located at the upper end of the segment belongs to this segment, not to the following one.
+For illustrating how that works, let consider a domain length $L$ (in an arbitrary direction) split in $2$ parts with lengths $L_1$ and $L_2$, respectively (see the figure below). Discrete coordinates are distributed with a given law (by considering here $N_1=6$ for the first segment, $N_2=8$ for the second one). \\ The origin coordinate is not included in the procedure. It is added by the code.\\ The coordinate located at the upper end of the segment belongs to this segment, not to the following one.
 {{ :sunfluidh:mesh_distribution_1.jpg?direct&600 |}}
-The available functions are (click on function name to get details):
+The available distribution functions are (click on function name to get details):
    * [[Reg_fct_meshgen | Regular function]] (Function_name= REGULAR)
    * [[TH1S_meshgen |Hyperbolic tangent function "one side"]] (Function_Name= TANH_ONE_SIDE)
@@ Ligne 43: / Ligne 43: @@
    * [[geom2_meshgen | Geometric series "type 2"]] (Function_Name= GEOMETRIC_SERIE_2)
-These functions get a specific data set :
+These functions get some parameters :
-   * Number_of_Cells : Number of cells over the segment (for all functions).
+   * **Number_of_Cells** : Number of cells over the segment (for all functions).
-   * Length          : Length of the segment (for all functions).
+   * **Length**          : Length of the segment (for all functions).
-   * Left_Cell_Size  : Reference size of the cell placed at the left tip of the segment (for all functions except the regular function and geometric series "Type 1")
+   * **Left_Cell_Size**  : Reference size of the cell placed at the left tip of the segment (for all functions except the regular function and geometric series "Type 1")
-   * Right_Cell_Size : Reference size of the cell placed at the right tip of the segment (for hyperbolic function "two sides" only)
+   * **Right_Cell_Size** : Reference size of the cell placed at the right tip of the segment (for hyperbolic function "two sides" only)
-   * Reverse_Ordering : Reverse the ordering of the distribution if set to .true.
+   * **Reverse_Ordering** : Reverse the ordering of the distribution if set to .true.
-   * End_of_Block_Data : logical set to .true. to declare the end of a data structure (by default it set to .false. by the program)
+   * **End_of_Block_Data** : logical set to .true. to specify the end of a data structure (by default it set to .false. by the program)
 __A template is provided **[[meshgen_templates|here]]**__.