Upon further investigation, I am satisfied that HarmonicToTime is functioning
properly.
The real problem is the data calculated before the plugin. The real and
imaginary parts of the field should be identical in magnitude and offset by 1/4
of a wavelength (wavelength in the waveguide not free space.) However that is
not the case.
Follow the original example models/waveguides/main.pro Problem: Rectangular
Waveguide[3D] Change the frequency to 8e+09.
Alternating the display between real-part and imaginary-part. If displaying
"e", the color of the peaks alternates between red and yellow. The difference
is even more striking displaying eNorm. The real-part of eNorm has brightly
colored peaks. The imaginary-part is solid blue.
> I have what thatappears to be computational error in the HarmonicToTime
plug-in. This happened while using onelab to> demonstrate EM fields
inwaveguides.
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