Viewer-2:-Processed-data.md

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 Open the viewer program with the command `main_viewer`
 ![image](uploads/d7bca44348a8951e07857b831e7d352b/image.png)
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 Open the folder containing your calibration file as before.
 ![image](uploads/dac5b6e47184aac1762b615b30999379/image.png)
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 Select the proper file, it should have a [.json](https://en.wikipedia.org/wiki/JSON) ending.
 ![image](uploads/77012fb46123bb8c3a87b0864bfcdb68/image.png)
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 In the 'Calibration' tab, options can be adjusted if needed.
 ![image](uploads/b0cfe3031913f46d99faa619fbf63e5e/image.png)
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 In the 'Process' tab, the selected Region of Interest of data can be seen. 
 ![image](uploads/c087d7dff1593b0935e9686e23bc7ce2/image.png)
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 The following options are used to process the data into k-space
 ![image](uploads/606cf76dc3d34fb78fd992b915f91364/image.png)
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 To view the data in k-space as a normal cut, select standard and press 'Calculate'
 ![image](uploads/4365010128a1cb520e2c3e83cde92038/image.png)
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 This will show the processed data with the proper units.
 ![image](uploads/d0e05acba97ab70e2b227bea9e22b943/image.png)
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 The data can also be symmeterised about the Fermi level by selecting 'Symmeterised' and recalculating.
 ![image](uploads/030207595a9c11d03dcf0927aef6cd3e/image.png)
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 The original unprocessed data can be shown with 'Raw'
 ![image](uploads/abcf12d12fff269d1c81efaec1fd3a98/image.png)
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 For any of these options, the second derivative or 2D-curvature can be taken to enhance features.
 ![image](uploads/a5833b4b88f4ade36609cf08bcd14763/image.png)
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 Different parameters in the curvature algorithm will give different results, adjust until you are happy.
 ![image](uploads/ad70f002132fa7b447161e2a5a61ed56/image.png)
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