Issues related with parallel computations - Cronologia

MeteOceanWiki il 09:36, 10 giu 2016

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2016-06-10T09:31:54Z

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After installing the "Automatic Installer"

@@ Riga 3: / Riga 3: @@
 The following instructions were carried aout on version v7p0 of open-telemac.
-Open the parallel prompt and run:
+Once you open the prompt for parallel computations you can run your model in the usual way ([[Run a case]]). However, the simulation will start only if the appropriate binaries have been compiled and are present in the appropriate folder inside the path "v7p0/builds". This was not my case.
      ''compileTELEMAC.py''
 If it works you have just accomplished your job, otherwise go on reading.
 In order to solve this issue take a look at the following links:

@@ Riga 3: / Riga 3: @@
 The following instructions were carried aout on version v7p0 of open-telemac.
-Open the parallel prompt and run
+Open the parallel prompt and run:
      ''compileTELEMAC.py''
@@ Riga 9: / Riga 9: @@
 If it works you have just accomplished your job, otherwise go on reading.
-Once you open the prompt for parallel computations you can run your model in the usual way ([[Run a case]]). However, the simulation will start only if the appropriate binaries have been compiled and are present in the appropriate folder inside the path "v7p0/builds". This was not my case.
+Once you open again the prompt for parallel computations you can run your model in the usual way ([[Run a case]]). However, the simulation will start only if the appropriate binaries have been compiled and are present in the appropriate folder inside the path "v7p0/builds". This was not my case.
 In order to solve this issue take a look at the following links:

← Versione meno recente		Versione delle 09:31, 10 giu 2016
Riga 2:		Riga 2:

	The following instructions were carried aout on version v7p0 of open-telemac.		The following instructions were carried aout on version v7p0 of open-telemac.
		+
		+	Open the parallel prompt and run
		+
		+	''compileTELEMAC.py''
		+
		+	If it works you have just accomplished your job, otherwise go on reading.

	Once you open the prompt for parallel computations you can run your model in the usual way ([[Run a case]]). However, the simulation will start only if the appropriate binaries have been compiled and are present in the appropriate folder inside the path "v7p0/builds". This was not my case.		Once you open the prompt for parallel computations you can run your model in the usual way ([[Run a case]]). However, the simulation will start only if the appropriate binaries have been compiled and are present in the appropriate folder inside the path "v7p0/builds". This was not my case.

@@ Riga 1: / Riga 1: @@
 After installing the "Automatic Installer" in Windows ([[Installation using "Auto Installer"]]) you get two different prompts: one for scalar computations and another for parallel computations.
 Once you open the prompt for parallel computations you can run your model in the usual way ([[Run a case]]). However, the simulation will start only if the appropriate binaries have been compiled and are present in the appropriate folder inside the path "v7p0/builds". This was not my case.
@@ Riga 15: / Riga 17: @@
 ) open the file and, in case, change the root-path;
-) go inside the folder builds and run
+) go inside the folder builds and run in the parallel prompt
       ''compileTELEMAC.py -f path_to_your_folder/v7p0/configs/systel.parallel.cfg -c wing64mpi''

← Versione meno recente		Versione delle 09:23, 10 giu 2016
Riga 16:		Riga 16:

	3) go inside the folder builds and run		3) go inside the folder builds and run
		+
		+	''compileTELEMAC.py -f path_to_your_folder/v7p0/configs/systel.parallel.cfg -c wing64mpi''

← Versione meno recente		Versione delle 09:21, 10 giu 2016
Riga 2:		Riga 2:

	Once you open the prompt for parallel computations you can run your model in the usual way ([[Run a case]]). However, the simulation will start only if the appropriate binaries have been compiled and are present in the appropriate folder inside the path "v7p0/builds". This was not my case.		Once you open the prompt for parallel computations you can run your model in the usual way ([[Run a case]]). However, the simulation will start only if the appropriate binaries have been compiled and are present in the appropriate folder inside the path "v7p0/builds". This was not my case.
		+
		+	In order to solve this issue take a look at the following links:
		+
		+	http://www.opentelemac.org/index.php/kunena/18-artemis/9309-parallel-creocean-example#21961
		+
		+	http://www.opentelemac.org/index.php/kunena/2-windows-version/7980-telemac-parallel#17589
		+
		+	The procedure I followed is this:
		+
		+	1) download the file "systel.parallel.cfg" from the link above and save it into the folder "v7p0/configs";
		+
		+	2) open the file and, in case, change the root-path;
		+
		+	3) go inside the folder builds and run

← Versione meno recente		Versione delle 09:13, 10 giu 2016
Riga 1:		Riga 1:
	After installing the "Automatic Installer" in Windows ([[Installation using "Auto Installer"]]) you get two different prompts: one for scalar computations and another for parallel computations.		After installing the "Automatic Installer" in Windows ([[Installation using "Auto Installer"]]) you get two different prompts: one for scalar computations and another for parallel computations.

−	Once you open the prompt for parallel computations ~~and~~ you run your .~~cas file~~	+	Once you open the prompt for parallel computations you can run your model in the usual way ([[Run a case]]). However, the simulation will start only if the appropriate binaries have been compiled and are present in the appropriate folder inside the path "v7p0/builds". This was not my case.

← Versione meno recente		Versione delle 09:10, 10 giu 2016
Riga 1:		Riga 1:
−	After installing the "Automatic Installer"	+	After installing the "Automatic Installer" in Windows ([[Installation using "Auto Installer"]]) you get two different prompts: one for scalar computations and another for parallel computations.
		+
		+	Once you open the prompt for parallel computations and you run your .cas file