Run a case - Cronologia

MeteOceanWiki il 15:00, 9 giu 2016

2016-06-09T15:00:18Z

2016-06-09T14:59:52Z

2016-06-09T14:59:04Z

2016-06-09T14:58:01Z

2016-06-09T13:47:20Z

2016-06-09T13:47:02Z

2016-06-09T13:44:55Z

2016-06-09T13:42:34Z

2016-06-09T13:41:16Z

2016-06-09T13:39:19Z

@@ Riga 16: / Riga 16: @@
 http://www.opentelemac.org/index.php/manuals/viewcategory/9-artemis
-In order tu run a simulation, open the appropriate prompt (scalar or parallel), enter the folder that conatains the 4 file mentioned above and launch the simulation via:
+In order tu run a simulation in Windows, open the appropriate prompt (scalar or parallel), enter the folder that conatains the 4 file mentioned above and launch the simulation via:
      ''artemis.py your_file.cas''

@@ Riga 17: / Riga 17: @@
 In order tu run a simulation, open the appropriate prompt (scalar or parallel), enter the folder that conatains the 4 file mentioned above and launch the simulation via:
-−
-''artemis.py your_file.cas''
+    ''artemis.py your_file.cas''

← Versione meno recente		Versione delle 14:59, 9 giu 2016
Riga 17:		Riga 17:

	In order tu run a simulation, open the appropriate prompt (scalar or parallel), enter the folder that conatains the 4 file mentioned above and launch the simulation via:		In order tu run a simulation, open the appropriate prompt (scalar or parallel), enter the folder that conatains the 4 file mentioned above and launch the simulation via:
		+
		+	''artemis.py your_file.cas''

← Versione meno recente		Versione delle 14:58, 9 giu 2016
Riga 15:		Riga 15:

	http://www.opentelemac.org/index.php/manuals/viewcategory/9-artemis		http://www.opentelemac.org/index.php/manuals/viewcategory/9-artemis
		+
		+	In order tu run a simulation, open the appropriate prompt (scalar or parallel), enter the folder that conatains the 4 file mentioned above and launch the simulation via:

@@ Riga 8: / Riga 8: @@
 ) file with .f containing one or more FORTRAN subroutines in order to specify in detail boundary conditions, wave height, ecc. The subroutine BORH deals with boundary conditions;
-) the geometry file with extension .slf ([[Create a geometry]]), created with BlueKenue ([[Create a geometry]]).
+) the geometry file with extension .slf, created with BlueKenue ([[Create a geometry]]).
 In order to get acquainted with these files you can run the examples. Such examples are automatically saved in the folder "examples" when you install ARTEMIS with the Automatic-Installer ([[Installation using "Auto Installer"]]).

← Versione meno recente		Versione delle 13:44, 9 giu 2016
Riga 13:		Riga 13:

	The documentation related to such examples and the Manual of ARTEMIS can be downloaded at the following link:		The documentation related to such examples and the Manual of ARTEMIS can be downloaded at the following link:
		+
		+	http://www.opentelemac.org/index.php/manuals/viewcategory/9-artemis

← Versione meno recente		Versione delle 13:42, 9 giu 2016
Riga 10:		Riga 10:
	4) the geometry file with extension .slf ([[Create a geometry]]), created with BlueKenue.		4) the geometry file with extension .slf ([[Create a geometry]]), created with BlueKenue.

−	In order to get acquainted with these files you can run the examples. Such examples are automatically saved in the folder "examples" when you install ARTEMIS with the Automatic-Installer	+	In order to get acquainted with these files you can run the examples. Such examples are automatically saved in the folder "examples" when you install ARTEMIS with the Automatic-Installer ([[Installation using "Auto Installer"]]).
		+
		+	The documentation related to such examples and the Manual of ARTEMIS can be downloaded at the following link:

← Versione meno recente		Versione delle 13:41, 9 giu 2016
Riga 9:		Riga 9:

	4) the geometry file with extension .slf ([[Create a geometry]]), created with BlueKenue.		4) the geometry file with extension .slf ([[Create a geometry]]), created with BlueKenue.
		+
		+	In order to get acquainted with these files you can run the examples. Such examples are automatically saved in the folder "examples" when you install ARTEMIS with the Automatic-Installer

@@ Riga 3: / Riga 3: @@
 ) file with extension .cas containing the basic instructions, such as input, output, type of solver, ...
 ) file with extension .cli: boundary nodes and type of boundary conditions;
 ) file with .f containing one or more FORTRAN subroutines in order to specify in detail boundary conditions, wave height, ecc. The subroutine BORH deals with boundary conditions;
 ) the geometry file with extension .slf ([[Create a geometry]]), created with BlueKenue.