Computers Basel 2016 - Revision history

Daniel Castaño at 14:20, 24 August 2017

2017-08-24T14:20:03Z

2016-08-18T11:33:25Z

Dynamo as standalone

2016-08-18T11:33:03Z

Dynamo as standalone

2016-08-18T11:31:25Z

Dynamo as standalone

2016-08-18T11:29:55Z

Dynamo as standalone

2016-08-18T11:28:52Z

Dynamo as standalone

2016-08-18T11:28:24Z

Dynamo as standalone

2016-08-18T11:21:27Z

Dynamo as standalone

2016-08-18T09:46:48Z

Dynamo as standalone

2016-08-18T09:46:09Z

Dynamo as standalone

← Older revision		Revision as of 14:20, 24 August 2017
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	which will make the file share <tt>/Users/gast/mountedData</tt> visible in your workstation. You will need this in order to transfer our test data sets to your local machine.		which will make the file share <tt>/Users/gast/mountedData</tt> visible in your workstation. You will need this in order to transfer our test data sets to your local machine.
−

@@ Line 71: / Line 71: @@
 === ''Dynamo'' as standalone ===
 We can use the system terminal as an equivalent of the Matlab terminal using the ''Dynamo'' [[standalone]].  This is an example on how to use it to create a phantom project like the one we did yesterday.
-* open a ''Dynamo'' [[Dynamo console|console]] by typing
+* open a ''Dynamo'' [[Dynamo console|console]] by typing:
 : <tt> dynamo x </tt>
 in a linux shell (you'll need to source ''Dynamo'' activation script on that shell beforehand).
-* create a tutorial project. For this, type inside the ''Dynamo'' console.
+* create a tutorial project. For this, type inside the ''Dynamo'' console:
 : <tt> dtutorial myTest -p ptest -M 128</tt>
 * tune the project to work in a GPU

@@ Line 71: / Line 71: @@
 === ''Dynamo'' as standalone ===
 We can use the system terminal as an equivalent of the Matlab terminal using the ''Dynamo'' [[standalone]].  This is an example on how to use it to create a phantom project like the one we did yesterday.
-* open a ''Dynamo'' [[Dynamo console|console]].
+* open a ''Dynamo'' [[Dynamo console|console]] by typing
 : <tt> dynamo x </tt>
-* create a tutorial project
+in a linux shell (you'll need to source ''Dynamo'' activation script on that shell beforehand).
 : <tt> dtutorial myTest -p ptest -M 128</tt>
 * tune the project to work in a GPU

@@ Line 71: / Line 71: @@
 === ''Dynamo'' as standalone ===
 We can use the system terminal as an equivalent of the Matlab terminal using the ''Dynamo'' [[standalone]].  This is an example on how to use it to create a phantom project like the one we did yesterday.
-* open the ''dynamo'' [[standalone]].
+* open a ''Dynamo'' [[Dynamo console|console]].
 : <tt> dynamo x </tt>
 * create a tutorial project
@@ Line 80: / Line 80: @@
 : <tt> dvunfold ptest.exe</tt> inside the ''Dynamo'' [[Dynamo console | '''console''']]
 * run the project with <tt>srun</tt>
-: <tt> srun ptest.exe</tt>
+: <tt> srun ptest.exe</tt> in a '''terminal shell''', i.e., '''not''' inside the ''Dynamo'' console
 * when it finishes, the averages can be also accessed programmatically with the database tool. For instance, to access the last computed average and view it with <tt>dview</tt>, type:
 : <tt> ddb ptest:a -v</tt>

@@ Line 78: / Line 78: @@
 : <tt> dvput ptest -destination system_gpu</tt>
 *unfold  the project
-: <tt> dvunfold ptest.exe</tt>
+: <tt> dvunfold ptest.exe</tt> inside the ''Dynamo'' [[Dynamo console | '''console''']]
 * run the project with <tt>srun</tt>
 : <tt> srun ptest.exe</tt>

← Older revision		Revision as of 09:46, 18 August 2016
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	* run the project with <tt>srun</tt>		* run the project with <tt>srun</tt>
	: <tt> srun ptest.exe</tt>		: <tt> srun ptest.exe</tt>
		+	# when it finishes, the averages can be also accessed programmatically with the database tool. For instance, to access the last computed average and view it with <tt>dview</tt>, type:
		+	: <tt> ddb ptest:a -v</tt>