redblight / raytramp Goto Github PK

The code can run, but not sure if it is correct.
For example the audir8, I can not obtain the same results.
I guess that my obsX, obsY, obsZ, polX, polY, polZ setup is wrong, but not sure how to make it right.
Also how is this related to the VV,VH,HH,HV polarization.
Any help is appreciated.

Hello brother, when I run your code, it keeps appearing ans =

RaytrAMP - 属性:

 exeFolder: "\Executables\"
makeRbaExe: "MakeRBA.exe"
monoRcsExe: "MonoRCS.exe"
 unvFolder: "\DataFiles\Unv\"
 rbaFolder: "\DataFiles\Rba\"
 obsFolder: "\DataFiles\Obs\"
 rcsFolder: "\DataFiles\Rcs\"
fekoFolder: "\Datafiles\Feko\"can't appear image results, do you know what the reason is, and is it convenient for you to send me the code that has been modified in your importFEKO.m and RaytrAMP.m files, that is, the code where you appear the final result is sent to me intact, any of the three models can be, I suspect that my parameters are not set correctly, I want to modify it according to the original code you made, your help is my biggest gain, I wish you good health and a happy life.

May I inquire about computational methods:
Can SBR itself be used to analyze sea clutter and multipath effects? My understanding is that SBR can calculate electromagnetic field strength distribution, right? But for a specific aircraft model (like a drone), can constructing calculations based on SBR on a sea surface model accurately represent RCS images? How significant is the error? How accurate can the RCS images be?
Many thanks.

Hi!
I'm trying to develop a radar simulation (FMCW radar), so I am reading a lot of papers. Still I can't figure out the PhysicalOpticsIntegral function. I usually find formulas similar to your code, but always different in may ways. Could you help me understand why you are doing it that way or could you give me some links to papers on which your code is based on? Thank you very much :)

The ones I looked at:
https://ntrs.nasa.gov/api/citations/19950004523/downloads/19950004523.pdf
https://www.jpier.org/issues/volume.html?paper=10061807
https://dokumen.tips/documents/ray-tube-integration-in-shooting-and-bouncing-ray-method.html?page=3