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 print(table) 
 ```
 
+An example, together with a simple simulation model, can be found in [example](example/).
 
 ## Setup
 
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+# Example
+
+![](network.png)
+
+This directory provides an example of a simple simulation to show how variables could be set,
+the simulation could be controlled and results in variables and tables could be fetched.
+
+The simulation model was created in PlantSimulation 16.1.6.
+
+## Simulation model
+This is a simple example of simulation model.
+It's a simple source - processing - sink process,
+where you can adapt the processingTime of the
+station by updating the variable procTime.
+On every item reaching the sink, an entry
+is added to the ResultTable and ResultTable1.
+Additionally, the totalSinks are counted, even
+though they are equal to Senke.StatAnzahlEin.
+But this is just a simple example to see how this 
+value can be accessed by the script.
+
+The variable procTimeT is currently unsued, only
+for showing how to set a time value by using a 
+simtalk lambda function in the script.
+
+## Usage
+Ensure you've installed the ``plantsim``-package before executing the examples, e.g. using pip.  
+Afterwards just run the example.py.
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diff --git a/example/example.py b/example/example.py
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+import os
+import time
+
+from plantsim.plantsim import Plantsim
+from plantsim.table import Table
+
+
+plantsim = Plantsim(version='16.1', license_type='Research')#, visible=False)
+plantsim.load_model(os.getcwd() + '\model.spp')
+
+plantsim.set_path_context('.Modelle.Modell')
+
+plantsim.set_value('procTime', '30:00.00000')
+# if you want to set the time as a real time you can do this by executing a 
+# simtalk lambda function
+#plantsim.execute_simtalk("procTimeT := str_to_time(\"45:00.0\")")
+
+# do the simulation run
+plantsim.set_event_controller()
+plantsim.reset_simulation()
+plantsim.start_simulation()
+
+# wait until the simulation has finished
+while plantsim.is_simulation_running():
+    time.sleep(0.1)
+    
+# get main kpi
+print("Counted sinks in totalSinks:", plantsim.get_value('totalSinks'))
+print("Statistic value (parts in) of sink:", plantsim.get_value('Senke.StatAnzahlEin'))
+
+# print table with indexes
+table = Table(plantsim, 'ResultTable')
+print(table) 
+
+# print table without index
+table1 = Table(plantsim, 'ResultTable1')
+print(table1) 
+
+plantsim.quit()
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