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<td> [[Image:PMOM85(1).png|thumb|420pxleft|480px|The current distribution map of a patch antenna.]] </td>
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[[File:PMOM90.png|thumb|320px|[[Planar Module]]'s Field Sensor dialog.]] EM.Picasso allows you to visualize the near fields at a specific field sensor plane. Note that unlike [[EM.Cube]]'s other computational modules, near field calculations in EM.Picasso usually takes a significant amount of time. This is due to the fact that at the end of a planar MoM simulation, the fields are not available anywhere (as opposed to [[EM.Tempo]]), and their computation requires integration of complex dyadic Green's functions of a multilayer background structure as opposed to the free space Green's functions.
{{Note|Keep in mind that since EM.Picasso uses a planar MoM solver, the calculated field value at the source point is infinite. As a result, the field sensors must be placed at adequate distances (at least one or few wavelengths) away from the scatterers to produce acceptable results.}}
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<td> [[Image:PMOM116.png|thumb|360pxleft|480px|Near-zone electric field map above a microstrip-fed patch antenna.]] </td></tr><tr><td> [[Image:PMOM117.png|thumb|360pxleft|480px|Near-zone magnetic field map above a microstrip-fed patch antenna.]] </td>
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<td> [[Image:PMOM119.png|thumb|420pxleft|480px|3D polar radiation pattern plot of a microstrip-fed patch antenna.]] </td>
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<td> [[Image:PMOM125.png|thumb|420pxleft|480px|An example of the 3D monostatic radar cross section plot of a patch antenna.]] </td>
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