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I think this is how you might be able to do it. If you have a surface which is radiating into free space and you want to see how the E-field varies as you move away from the centre. Assign the surface as radiation and draw a line from the centre of the surface to the point where you want to compute the e-field. Now call this line as radiation line similar to the way you assign a radiation surface. Once you have computed the parameters at a ceratin frequency you can then plot the E-field versus the frequency. This will offcourse be a linear plot and will be normalised to the distance or the length of the line you have drawn.
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