Release Version 1.0

Validation Physical Understanding Design Iteration Teaching

Your antenna or scattering frequency domain results are the input to The input data file is triangle node based with vector complex currents specified at each node Each document corresponds to one input file. Multiple current solutions in each document PC Windows look and feel with a modern graphical user interface Save results Cut and paste results to Windows word processing or presentation graphics programs Three dimensional objects with mouse controlled rotation / twist, zoom, and pan Current and field displayed in time animation, single step, or average root mean square Geometry Overlays Contours can be discrete levels or smooth color

Down Range or Down/Cross Range images Bistatic or Backscatter receiver position Theta/Phi or Co/Cross polarization User set resolution, extent, FFT window and padding

User defined computational plane, and step size If scattering problem, total field display option

Theta or Phi Cut Theta/Phi or Co/Cross polarization

EM-Viz can accept input from several different types of 3D Frequency Domain Codes. by Couple (RWG patch code basis function) Geometry: Triangle (x,y,z point array: connection array) Currents: Couple triangle ID1, ID2, Complex Current between Triangles by Node (also for 2D node based codes with z=0) Geometry: Triangle (x,y,z point array: connection array) Currents: At each node, complex vectors by BOR (Body of Revolution) Geometry: segment rho, z Currents: segment tangential and azimuthal by mode by Wire Geometry:  Points, Segment connection array Currents: Segment ID, complex scalar values by Tri (Physical Optics on subwave length sized triangles) Geometry: Triangle (x,y,z point array: connection array) Currents: Triangle ID, Complex Vector at triangle centroid

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