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1. Launch IMASViz tool as explained in section 1. Getting Started
2. From the main GUI, select the Scripting tab. An IMASViz embedded Python3 Shell will open.
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3. In Scripting window write the following code:

   Code Block
   api = Browser_API() datasourceFactory = DataSourceFactory() datasource = datasourceFactory.create(52682,0,'g2lfleur','test','NATIVE')

   Warning
   When typing api = Browser_API(), do not forget the parenthesis at the end of the command! No error will be displayed, however, other following commands (using api object) will fail!

   Tip
   While editing code in the Script window, you can recall a command by pressing CTRL button + UP ARROW once or several times to get previously edited commands.

   
   By running this code a data source object, attached to the shot 52682 in the test database of user g2lfleur, will be created.
   
   

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5.2 Loading IDS data

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1. First, IMAS_VIZ needs to build a 'view' (a wx.TreeCtrl component) that will be later populated with magnetics nodes.
   This is done by running the following code:

   Code Block
   view = api.CreateDataTree(datasource)

2. The view is displayed by running the following code:
   
   

   Code Block
   view.Show()

   
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3. To load the magnetics IDS data, run the following code:
   
   

   Code Block
   api.LoadIDSData(view, 'magnetics', occurrence=0)

   
   The view is updated with the nodes of the magnetics IDS.
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   At the end of this session, the scripting window should look something like this:
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5.3 Plotting multiple FLT_1D array nodes

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1. Run the following code

   Code Block
   paths = [] for i in range(0,6): paths.append('magnetics/flux_loop(' + str(i) + ')/flux') api.SelectSignals(view)

2. Check if the wanted nodes have been selected (selected nodes are red) by expanding the magnetics node in the view
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   Info
   Selecting nodes for the first time without calling LoadIDSData() previously will load the IDS data (occurrence 0 by default)

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1. Run the following code:
   
   

   Code Block
   api.PlotSelectedSignals(view)

   
   You should get the image below.

   
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5.3.3 Plotting selected FLT_1D arrays nodes to multiplot frame

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An image similar to the one below should be displayed.

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5.3.4 Applying a multiplot configuration to a shot

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1. Create a multiplot configuration using the GUI (see tutorial, 5. Scripting (advanced)3. Plotting 1D arrays) with the name 
   Magnetics_flux_loop_bpol_probes
   
   

2. Run the following code:
   
   

   Code Block
   api = Browser_API() datasourceFactory = DataSourceFactory() datasource = datasourceFactory.create(52344,0,'g2lfleur','test','NATIVE') view = api.CreateDataTree(datasource) multiPlotConfiguration = api.GetMultiplotConfigurationPath('Magnetics_flux_loop_bpol_probes') api.ApplyMultiPlotConfiguration(view, multiPlotConfiguration )

   
   An image similar to the one below should be displayed.
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5.3.5 Comparing FLT_1D arrays of 2 different shots

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1. Run the following code:
   
   

   Code Block

   api = Browser_API() datasourceFactory = DataSourceFactory()   #Create datasource for shot 52344 datasource_52344 = datasourceFactory.create(52344,0,'g2lfleur','test','NATIVE')   #Create datasource for shot 52682 datasource_52682 = datasourceFactory.create(52682,0,'g2lfleur','test','NATIVE')   #Create the view for shot 52344 view_52344 = api.CreateDataTree(datasource_52344)   #Create the view for shot 52682 view_52682 = api.CreateDataTree(datasource_52682)   #Selection path (paths is Python list) paths = ['magnetics/flux_loop(0)/flux']   #Selection of the nodes api.SelectSignals(view_52344,paths) api.SelectSignals(view_52682,paths)   api.PlotSelectedSignals(view_52344) figureKeys = api.GetFiguresKeys() api.PlotSelectedSignals(view_52682,figureKeys[0])

   
   An image similar to the one below should be displayed.

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5.4 Executing the user-made script outside IMASViz

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