RaySAR is a 3D synthetic aperture radar (SAR) simulator which enables to generate SAR image layers related to detailed 3D object models. Moreover, it enables one to localize the 3D positions and surface intersection points related to reflected radar signals.

RaySAR_1.1a\Change_Log.pdf
RaySAR_1.1a\License\License.txt
RaySAR_1.1a\MATLAB_code\add_impulse_resp.m
RaySAR_1.1a\MATLAB_code\add_phase_noise.m
RaySAR_1.1a\MATLAB_code\Check_Sensor.m
RaySAR_1.1a\MATLAB_code\Check_Trans.m
RaySAR_1.1a\MATLAB_code\Elevation.fig
RaySAR_1.1a\MATLAB_code\Elevation.m
RaySAR_1.1a\MATLAB_code\Filter_Ref.m
RaySAR_1.1a\MATLAB_code\Focused_Pts.fig
RaySAR_1.1a\MATLAB_code\Focused_Pts.m
RaySAR_1.1a\MATLAB_code\Gen_Height_Map.m
RaySAR_1.1a\MATLAB_code\Gen_Histo.m
RaySAR_1.1a\MATLAB_code\Gen_Refl_Map.m
RaySAR_1.1a\MATLAB_code\ginput_Intersect.m
RaySAR_1.1a\MATLAB_code\ginput_POV.m
RaySAR_1.1a\MATLAB_code\Height_Map.m
RaySAR_1.1a\MATLAB_code\Histo_Map.m
RaySAR_1.1a\MATLAB_code\im_trans.m
RaySAR_1.1a\MATLAB_code\Intersection.fig
RaySAR_1.1a\MATLAB_code\Intersection.m
RaySAR_1.1a\MATLAB_code\Maps.fig
RaySAR_1.1a\MATLAB_code\Maps.m
RaySAR_1.1a\MATLAB_code\phase_pos.m
RaySAR_1.1a\MATLAB_code\POV_header.m
RaySAR_1.1a\MATLAB_code\RaySAR.fig
RaySAR_1.1a\MATLAB_code\RaySAR.m
RaySAR_1.1a\MATLAB_code\rectpuls.m
RaySAR_1.1a\MATLAB_code\Remove_irrelevant_data.m
RaySAR_1.1a\MATLAB_code\remove_red_inter.m
RaySAR_1.1a\MATLAB_code\rotation_M.m
RaySAR_1.1a\MATLAB_code\R_Map.m
RaySAR_1.1a\MATLAB_code\scale_M.m
RaySAR_1.1a\MATLAB_code\Simulation_Data.fig
RaySAR_1.1a\MATLAB_code\Simulation_Data.m
RaySAR_1.1a\MATLAB_code\S_Map.m
RaySAR_1.1a\MATLAB_code\TerraSAR_to_POV.m
RaySAR_1.1a\MATLAB_code\Tomo.m
RaySAR_1.1a\MATLAB_code\translate_M.m
RaySAR_1.1a\MATLAB_code\Write_Focused_Pts.m
RaySAR_1.1a\MATLAB_code\Write_Intersect_Pts.m
RaySAR_1.1a\POV-Ray\adapted_source_code\lighting.cpp
RaySAR_1.1a\POV-Ray\adapted_source_code\parse.cpp
RaySAR_1.1a\POV-Ray\adapted_source_code\parse.h
RaySAR_1.1a\POV-Ray\adapted_source_code\render.cpp
RaySAR_1.1a\POV-Ray\adapted_source_code\render.h
RaySAR_1.1a\POV-Ray\adapted_source_code\tokenize.cpp
RaySAR_1.1a\POV-Ray\adapted_source_code\vector.h
RaySAR_1.1a\POV-Ray\POV-Ray_Testfile\Box.pov
RaySAR_1.1a\POV-Ray\povray_3.6.1\linux\povray_linux\povlinux-3.6.1.tgz
RaySAR_1.1a\POV-Ray\povray_3.6.1\linux\povray_linux_source\povproto.h
RaySAR_1.1a\POV-Ray\povray_3.6.1\linux\povray_linux_source\povray-3.6.tar
RaySAR_1.1a\POV-Ray\povray_3.6.1\windows\povray_windows\povwin36.exe
RaySAR_1.1a\POV-Ray\povray_3.6.1\windows\povray_windows (source)\POV_Ray_Source.zip
RaySAR_1.1a\POV-Ray\povray_installation_guide.txt
RaySAR_1.1a\POV-Ray\povray_installation_guide.txt~
RaySAR_1.1a\POV-Ray\RaySAR-POV-Ray_compiled\cmedit.dll
RaySAR_1.1a\POV-Ray\RaySAR-POV-Ray_compiled\povcmax2.dll
RaySAR_1.1a\POV-Ray\RaySAR-POV-Ray_compiled\povray.bsc
RaySAR_1.1a\POV-Ray\RaySAR-POV-Ray_compiled\povray.pdb
RaySAR_1.1a\POV-Ray\RaySAR-POV-Ray_compiled\povupdate.dll
RaySAR_1.1a\POV-Ray\RaySAR-POV-Ray_compiled\pvengine.exe
RaySAR_1.1a\POV-Ray\RaySAR-POV-Ray_compiled\pvengine.ilk
RaySAR_1.1a\RaySAR_Documentation\Documentation\RaySAR documentation.pdf
RaySAR_1.1a\RaySAR_Documentation\PhD_Thesis_Auer\Auer2011_3D Synthetic Aperture Radar Simulation.pdf
RaySAR_1.1a\RaySAR_folder_structure_for_Windows\RaySAR\POV_Ray\POV_reg\Read_me
RaySAR_1.1a\RaySAR_folder_structure_for_Windows\RaySAR\POV_Ray\RaySAR\Read_me
RaySAR_1.1a\RaySAR_folder_structure_for_Windows\RaySAR\POV_Ray\RaySAR\Read_me~
RaySAR_1.1a\RaySAR_folder_structure_for_Windows\RaySAR\RaySAR\Read_me
RaySAR_1.1a\RaySAR_folder_structure_for_Windows\RaySAR\RaySAR\Read_me~
RaySAR_1.1a\RaySAR_folder_structure_for_Windows\Read_me
RaySAR_1.1a\RaySAR_folder_structure_for_Windows\Read_me~
RaySAR_1.1a\RaySAR_folder_structure_for_Windows.zip
RaySAR_1.1a\RaySAR_Test_Models\Step\.~lock.Step_Simulation_Parameters.odt#
RaySAR_1.1a\RaySAR_Test_Models\Step\Model\Object\Perspective_View\Step_perspective.bmp
RaySAR_1.1a\RaySAR_Test_Models\Step\Model\Object\Step.pov
RaySAR_1.1a\RaySAR_Test_Models\Step\Model\Sensor\Readme.txt
RaySAR_1.1a\RaySAR_Test_Models\Step\Results\Readme.txt
RaySAR_1.1a\RaySAR_Test_Models\Step\Results\Results_that_should_be_obtained\Figures\Azimuth_Slice\Azimuth_Slice_EL.fig
RaySAR_1.1a\RaySAR_Test_Models\Step\Results\Results_that_should_be_obtained\Figures\Azimuth_Slice\Azimuth_Slice_EL.png
RaySAR_1.1a\RaySAR_Test_Models\Step\Results\Results_that_should_be_obtained\Figures\Elevation_Map\Elevation Map.fig
RaySAR_1.1a\RaySAR_Test_Models\Step\Results\Results_that_should_be_obtained\Figures\Elevation_Map\Elevation Map.jpg
RaySAR_1.1a\RaySAR_Test_Models\Step\Results\Results_that_should_be_obtained\Figures\Elevation_Slice\Elevation_Slice_El.fig
RaySAR_1.1a\RaySAR_Test_Models\Step\Results\Results_that_should_be_obtained\Figures\Elevation_Slice\Elevation_Slice_El.png
RaySAR_1.1a\RaySAR_Test_Models\Step\Results\Results_that_should_be_obtained\Figures\Range_Slice\Range_Slice_EL.fig
RaySAR_1.1a\RaySAR_Test_Models\Step\Results\Results_that_should_be_obtained\Figures\Range_Slice\Range_Slice_EL.png
RaySAR_1.1a\RaySAR_Test_Models\Step\Results\Results_that_should_be_obtained\Figures\Ref_Maps\FIG\All Reflections.fig
RaySAR_1.1a\RaySAR_Test_Models\Step\Results\Results_that_should_be_obtained\Figures\Ref_Maps\FIG\Double Bounce.fig
RaySAR_1.1a\RaySAR_Test_Models\Step\Results\Results_that_should_be_obtained\Figures\Ref_Maps\FIG\Single Bounce.fig
RaySAR_1.1a\RaySAR_Test_Models\Step\Results\Results_that_should_be_obtained\Figures\Ref_Maps\JPG\All Reflections.jpg
RaySAR_1.1a\RaySAR_Test_Models\Step\Results\Results_that_should_be_obtained\Figures\Ref_Maps\JPG\Double Bounce.jpg
RaySAR_1.1a\RaySAR_Test_Models\Step\Results\Results_that_should_be_obtained\Figures\Ref_Maps\JPG\Single Bounce.jpg
RaySAR_1.1a\RaySAR_Test_Models\Step\Results\Results_that_should_be_obtained\Figures\Scatterer_Map\FIG\Histogram (all scatterers).fig
RaySAR_1.1a\RaySAR_Test_Models\Step\Results\Results_that_should_be_obtained\Figures\Scatterer_Map\FIG\Scatterers (Double Bounce).fig
RaySAR_1.1a\RaySAR_Test_Models\Step\Results\Results_that_should_be_obtained\Figures\Scatterer_Map\FIG\Scatterers (Single Bounce).fig
RaySAR_1.1a\RaySAR_Test_Models\Step\Results\Results_that_should_be_obtained\Figures\Scatterer_Map\JPG\Histogram (all scatterers).jpg
RaySAR_1.1a\RaySAR_Test_Models\Step\Results\Results_that_should_be_obtained\Figures\Scatterer_Map\JPG\Scatterers (Double Bounce).jpg
RaySAR_1.1a\RaySAR_Test_Models\Step\Results\Results_that_should_be_obtained\Figures\Scatterer_Map\JPG\Scatterers (Single Bounce).jpg
RaySAR_1.1a\RaySAR_Test_Models\Step\Results\Results_that_should_be_obtained\Frames\Ref_Maps\All Reflections_Fr.tif
RaySAR_1.1a\RaySAR_Test_Models\Step\Results\Results_that_should_be_obtained\Frames\Ref_Maps\Double Bounce_Fr.tif

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