Hi ISHFM,

If you didn’t find these settings in the MODIFYSETTINGS section, then they probably aren’t implement. In this case, you’d have to ask Zemax whether and when they plan to implement those settings. However, in ZOS-API, the Interferogram analysis is fully implemented: it has specific settings and returns a DataGrid (instead of a text file that you then have to parse).

There’s a bit of a learning curve to using the ZOS-API but in case you’r still interested, I wrote a small snipet for you in Python (and Pythonnet 2.5.2, do not use Pythonnet 3.0 yet):

import numpy as np
import matplotlib.pyplot as plt


# Change the system configuration
TheSystem.MCE.SetCurrentConfiguration(2)

# Open new Interferogram analysis
Interferogram = TheSystem.Analyses.New_Interferogram()

# Retrieve Interferogram settings
InterferogramSettings = Interferogram.GetSettings()

# Change Interferogram settings
# (not exhaustive, the list of settings available can be found in the ZOS-API syntax help file)
InterferogramSettings.Field.SetFieldNumber(1) # Field
InterferogramSettings.Sampling = ZOSAPI.Analysis.SampleSizes.S_128x128 # Sampling

# Apply settings and run analysis
Interferogram.ApplyAndWaitForCompletion()

# Retrieve DataGrid
InterferogramDataGrid = Interferogram.GetResults().GetDataGrid(0).Values

# Transform DataGrid into array
InterferogramArray = reshape(InterferogramDataGrid,
                             InterferogramDataGrid.GetLength(0),
                             InterferogramDataGrid.GetLength(1))

# Plot Interferogram
plt.figure()
plt.imshow(InterferogramArray)
plt.show()

The “reshape” method should be in any template generated by OpticStudio from the Programming tab. You could change the configuration number in a For-loop and rerun your interferogram analysis everytime. This is the result that it gives me:

This is the full list of settings from the Syntax Help:

I hope this helps, and take care,

David