Différences

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

--- sunfluidh:meshgen_doc [2017/12/02 17:33] – yann
+++ sunfluidh:meshgen_doc [2017/12/02 17:55] – yann
@@ Ligne 69: / Ligne 69: @@
 In the data file, each block of data is attributed to a direction (I,J or K).\\
 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. The available functions are :
+Each distribution law is defined by means of namelists that are described at the end of this page. The available functions are (click on it for details):
-   * Regular function (Function_name= REGULAR_MESH)
+   * [[Reg_fct_meshgen | Regular function]] (Function_name= REGULAR_MESH)
-   * Hyperbolic tangent function "one side" (Function_Name= TANH_ONE_SIDE_MESH)
+   * [[TH1S_meshgen |Hyperbolic tangent function "one side"]] (Function_Name= TANH_ONE_SIDE_MESH)
-   * Hyperbolic tangent function "two sides" (Function_Name= TANH_TWO_SIDES_MESH)
+   * [[TH2S_meshgen |Hyperbolic tangent function "two sides"]] (Function_Name= TANH_TWO_SIDES_MESH)
-   * Gauss-Lobatto distribution (Function_Name= GAUSS_LOBATTO_MESH)
+   * [[GL_meshgen | Gauss-Lobatto distribution ]](Function_Name= GAUSS_LOBATTO_MESH)
-   * Geometric series "type 1" (Function_Name= GEOMETRIC_SERIE_1_MESH)
+   * [[geom1_meshgen | Geometric series "type 1"]] (Function_Name= GEOMETRIC_SERIE_1_MESH)
-   * Geometric series "type 2" (Function_Name= GEOMETRIC_SERIE_2_MESH)
+   * [[geom2_meshgen | Geometric series "type 2"]] (Function_Name= GEOMETRIC_SERIE_2_MESH)
 These functions get a specific data set :
@@ Ligne 111: / Ligne 111: @@
 Few questions are asked :
    * Choice of CFD code : OLORIN or SUNFLUIDH (1) CHORUS (2) ---> tape the correct option
-   * MPI domain decomposition (1) or not (0) ---> tape the correct option
+   * MPI domain decomposition (1) or not (0) ---> write the selected option
 For the case of MPI domain decomposition, further information is required to perform the appropriate domain decomposition
    * number of domain decomposition per direction
-     *  In I-direction
+     *  In I-direction ---> write the value
-     *  In J-direction
+     *  In J-direction ---> write the value
-     *  In K-direction
+     *  In K-direction ---> write the value
 The grid data are recorded in the appropriate files that depend on the code previously selected:
@@ Ligne 127: / Ligne 127: @@
 ==== Check the grid ====
-For checking the grid features, a specific file named "report_meshgen.d" is created in which relevant data about the grid characteristics can be read. Three other files named "check_mesh_I.d", "check_mesh_J.d" and "check_mesh_K.d" are created. They are  similar to "maillx.d", "mailly.d" and "maillz.d". A 3rd column of data is associated to the cell size.
+For checking the grid features, a specific file named "report_meshgen.d" is created in which relevant data about the grid characteristics can be read. \\ Three other files named "check_mesh_I.d", "check_mesh_J.d" and "check_mesh_K.d" are created. They are  similar to "maillx.d", "mailly.d" and "maillz.d" (see above). A 3rd column of data is associated to the cell size.