Changes between Version 27 and Version 28 of OverSimUsage

Timestamp:

Sep 10, 2009, 12:04:20 PM (15 years ago)

Author:

Ingmar Baumgart

Comment:

--

OverSimUsage

@@ -32 +32 @@
 == Editing parameters: ==
 
- * edit {{{simulations/omnetpp.ini}}} to change or define new simulation scenarios[[BR]]
+ * Edit {{{simulations/omnetpp.ini}}} to change or define new simulation scenarios[[BR]]
  (default parameters are stored in {{{simulations/default.ini}}}, parameters are described on the
- [/chrome/site/doc/index.html NEDdoc-pages])
+ [/chrome/site/doc/index.html OverSimAPI pages])
+ * Make use of the OMNeT++ ini file syntax for easy parameter studies. This is an example for a study on Chord with different churn rates and 5 different seeds. Simply add this section to {{{simulations/omnetpp.ini}}}:
+{{{
+repeat = 5
+*.underlayConfigurator.churnGeneratorTypes = "oversim.common.LifetimeChurn"
+**.overlayType = "oversim.overlay.chord.ChordModules"
+**.tier1Type = "oversim.applications.kbrtestapp.KBRTestAppModules"
+**.targetOverlayTerminalNum = 100
+**.initPhaseCreationInterval = 0.1s
+**.measurementTime = 500s
+**.transitionTime = 100s 
+**.lifetimeMean = ${lifetime=1000, 2000, 10000}s
+}}}
+ * Run this parameter study:
+{{{
+../src/OverSim -cChordChurn -uCmdenv
+}}}
+
+== Use the post-processing scripts to generate plots ==
+ * Install python (with matplotlib, numpy and scipy) and gnuplot. On Ubuntu use ''sudo apt-get install python-matplotlib python-scipy gnuplot''. On Windows you can install the [python(x,y) light edition http://www.pythonxy.com/] which contains all needed packages.
+ * View the results using the script simulation/tools/plot.py
+{{{
+tools/plot.py -c0.95 lifetime "KBRTestApp: One-way Delivery Ratio.mean" results/ChordChurn-*.sca
+}}}
+ * To generate gnuplot output append {{{-o chord_churn}}} to the script parameters. This will generate a {{{chord_churn.plot}}} and a {{{chord_churn.dat}}}, which can be used as input to gnuplot.
 
 == Tips for using the Eclipse IDE ==