Différences

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

--- sunfluidh:meshgen_doc [2017/12/02 15:22] – créée yann
+++ sunfluidh:meshgen_doc [2017/12/02 15:55] – yann
@@ Ligne 3: / Ligne 3: @@
 Meshgen is a modest mesh generator for cartesian grid. The principle is very simple :
   * Each direction {x,y,z} (or {r,$\theta$,z} in cylindrical geometry) is represented by a line.
-  * Each line can be splitted in several part over which a distribution law is applied in order to define the discretization nodes.
+  * Each line can be splitted in several parts over which a distribution law is applied in order to build the discretization nodes.
   * Following the CFD code used, these nodes have different definitions :
     * For Chorus, they are the cell centers.
@@ Ligne 11: / Ligne 11: @@
     * Hyperbolic tangent functions
     * Cosine function
+==== Compilation procedure ====
+<note important>
+ **For the class 5AF32, this step is automatically made by the install procedure.**
+</note>
+After downloading the Meshgen project from the server forge by means of svn:
+   * go to the directory MESHGEN/TRUNK/SOURCES
+   * Run the command make: The executable file meshgen.x is created.
+==== Meshgen settings ====
+The grid parameters are set in the input data file "data_meshgen.dat".
+<file txt data_meshgen.dat>
+==============================================================================================================
+            DATA FILE FOR THE MESH GENERATOR MESHGEN (DESCRIPTIONS OF DATA ARE GIVEN BELOW)
+==============================================================================================================
+-------------------------------------------------------------------------------------------------------------
+Blocks of data are associated to segments along a specific direction (There are as many blocks as segments)
+See below the TEMPLATES to select your own block of data associated to the selected distribution law)
+-------------------------------------------------------------------------------------------------------------
+---------------------------------------
+I-DIRECTION
+---------------------------------------
+Choice of the metric system :  in meter or dimensionless  (0)  - angular in degrees (1)     :
+&METRIC_UNIT         Type_of_Metric= 0 /
+&MESH_FUNCTION_DATA Function_Name="TANH_ONE_SIDE" Number_of_Cells= 64   Length= 0.5  Left_Cell_Size= 1.2d-03 Reverse_Ordering= .false. /
+&MESH_FUNCTION_DATA Function_Name="TANH_ONE_SIDE" Number_of_Cells= 64   Length= 0.5  Left_Cell_Size= 1.2d-03 Reverse_Ordering= .true. /
+&MESH_FUNCTION_DATA End_of_Data_Block = .true./
+---------------------------------------
+J-DIRECTION
+---------------------------------------
+Choice of the metric system :  in meter or dimensionless  (0)  - angular in degrees (1)     :
+&METRIC_UNIT         Type_of_Metric= 0 /
+&MESH_FUNCTION_DATA  Function_Name="REGULAR"           Number_of_Cells= 128  Length= 1.0   Reverse_Ordering= .false. /
+&MESH_FUNCTION_DATA End_of_Data_Block = .true./
+---------------------------------------
+K-DIRECTION
+---------------------------------------
+&MESH_FUNCTION_DATA End_of_Data_Block = .true./
+</file>