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EM.Illumina

557 bytes removed, 15:06, 7 August 2015
/* Visualizing Current Distributions */
=== Visualizing Current Distributions ===
You can easily examine the 3D color-coded intensity plots of current distributions in the project workspace. Current distributions are visualized on the surface of the PO mesh cells, and the magnitude and phase of the electric and magnetic surface currents are plotted for all the objects. In order to view these currents, you must first define a current distribution observable before running the PO simulation. To do this, right click on the '''Current Distributions''' item in the '''Observables''' section of the Navigation Tree and select '''Insert New Observable...'''. The Current Distribution Dialog opens up. Accept the default settings and close the dialog. A new single current distribution node is added to in the Navigation Tree. Unlike navigation tree holds the [[Planar Module]], in the [[PO Module]] you can define only one current distribution node in the Navigation Tree, which covers data for all the objects in the project workspace. After a PO simulation is completed, new plots are added under the current distribution node of the Navigation Tree. Separate plots are produced for the magnitude and phase of each of the electric and magnetic surface current components (X, Y and Z) as well as the total current magnitude.  The magnitude maps current distributions are plotted on a normalized scale with the minimum and maximum values displayed in surface of the legend boxindividual mesh cells. The phase maps are plotted in radians between -p and p. Note that sometimes As a result, some parts of the current distribution plots may hide be blocked by and hidden inside smooth and curved objects. To be able to view those parts, and you cannot see them. You may have to freeze such the obstructing objects or switch to the mesh view mode.
[[Image:Info_icon.png|40px]] Click here to learn more about '''[[Data_Visualization_and_Processing#Visualizing_3D_Current_Distribution_Maps | Visualizing 3D Current Distribution Maps]]'''.
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