Summary: Nadir-viewing hyperspectral sensor overlooking Virgin Mts, NV from 6.5 km above sea level for a series of four sensor zenith angles. Included files: VirginMts_00_RAD.bsq MCScene radiance cube for nadir-viewing sensor case VirginMts_00_RAD.bsq.hdr header file for above VirginMts_45_RAD.bsq MCScene radiance cube for 45 deg sensor zenith angle case VirginMts_45_RAD.bsq.hdr header file for above VirginMts_60_RAD.bsq MCScene radiance cube for 60 deg sensor zenith angle case VirginMts_60_RAD.bsq.hdr header file for above VirginMts_70_RAD.bsq MCScene radiance cube for 70 deg sensor zenith angle case VirginMts_70_RAD.bsq.hdr header file for above VirginMts_00.bsq.OD pixel LOS optical depth cube for nadir-viewing sensor case VirginMts_00.bsq.SRC pixel LOS source surface reflectance cube for nadir-viewing sensor case VirginMts_00.bsq.OD.hdr header file for above two files VirginMts_45.bsq.OD pixel LOS optical depth cube for 45 deg sensor zenith angle case VirginMts_45.bsq.SRC pixel LOS source surface reflectance cube for 45 deg sensor zenith angle case VirginMts_45.bsq.OD.hdr header file for above two files VirginMts_60.bsq.OD pixel LOS optical depth cube for 60 deg sensor zenith angle case VirginMts_60.bsq.SRC pixel LOS source surface reflectance cube for 60 deg sensor zenith angle case VirginMts_60.bsq.OD.hdr header file for above two files VirginMts_70.bsq.OD pixel LOS optical depth cube for 70 deg sensor zenith angle case VirginMts_70.bsq.SRC pixel LOS source surface reflectance cube for 70 deg sensor zenith angle case VirginMts_70.bsq.OD.hdr header file for above two files readme_VirginMts.txt this file Scenario: Source reflectance data = AVIRIS data of Virgin Mts, NV, atmosphere removed with FLAASH, resampled to a HyMap spectral grid nBands = 125 first sensor band (chan, lambda, FWHM)= 1 400.0000 16.0000 nm last sensor band (chan, lambda, FWHM)= 125 2493.3000 18.1000 nm nxPixels = 255 nyPixels = 255 pixel IFOV = 1 mrad sensor zenith angle = 0, 45, 60, and 70 deg SensorAlt (m) = 6500. SolarZenith (deg)= 45. SolarAzimuth (deg)= 315. DEM used = yes (significant terrain) atmosphere model = MODTRAN mid-latitude winter aerosol model = MODTRAN rural sea level visibility at 550 nm = 23 km clouds = none