Changes

*New plane wave source in the 3D SBR field solver*New far-field observables including radiation pattern and bistatic and monostatic RCS in the 3D SBR field solver based on equivalent Huygens surface integration*Improved ray angular resolution for SBR simulation of large propagation scenes in [[EM.Terrano]]

*New 2D terrain profiler with terrain smoothing filters*Streamlined handling of multi-transmitter scenarios*New phased array and AESA capability at both in multi-transmitter and multi-receiver nodesscenarios including classic weight distribution types (One-Parameter Taylor-Kaiser, Taylor N-bar, Bayliss N-bar, etc.) and user-defined complex weights*Improved New analog modulation schemes and improved digital waveform capability *New link margin analysis for both analog and digital modulation schemes*Definition of connectivity maps based on link margin*New plane wave source for 3D Field Solver *New far-field observables for 3D Field Solver including maximum bit error rate specificationradiation pattern, bistatic and monostatic RCS and polarimetric scattering matrix sweep based on equivalent Huygens surface integration*Improved radar link solver with a new radar-target positional sweep mode*Improved scatterer sets with options of spherical targets and imported polarimetric scattering matrix files*New parameterized PEC and dielectric spherical targets with analytical Mie solutions*Improved ray visualization of transmitter sweep results*Improved rotational sweep with simultaneous rotation of transmit and receive antennas using *Improved mobile sweep with varying Eulerian rotation angles of both transmitter and receiver nodes *New communication link calculator tool*New radar link calculator tool*Import of DTED0, DTED1 and DTED2 terrain models*New Terrain Manager utility with quick view and statistical report capability for importing, cropping, rescaling and repositioning terrain models *New longitude-latitude (LL) coordinates in the polarimatrix solverStatus Bar and new Python functions for setting and getting the origin’s LL coordinates*Improved standard atmosphere model*New polarimetric scattering matrix sweep simulation non-standard atmosphere models including piecewise linear modified refractivity profiles with one or two break points as a special type well as more general user-defined non-standard M-profiles in the form of piecewise cubic polynomial functions of height*Analysis of atmospheric propagation through surface and elevated ducts*New ground database generator for defining the RCS observablematerial properties of the earth’s surface using elevation-based or land use map-based classification schemes*Improved random city, office building , and basic link wizards*Improved mobile path wizard with new options for monostatic radar and target nodes and template for user-defined cartesian-file-based paths*New sea surface wizard with different sea states and Douglas and Beaufort scales *New basic radar wizard*New Python function for DEM and DTED import *New Python function for calculating the maximum and RMS height of the terrain *New Python function for setting the RMS height of rough Earth surface