####################################################################################################
# Same as "cloud_albedo_sai_test" (see header of that file), except the stratospheric 
# aerosol is removed.
#
# Note: some simulations for these SAI tests are run with a purely scattering albedo. This is NOT 
# the case for this simulation. Make sure the code has been compiled with the original volcanic 
# aerosol model before running this script.
#
####################################################################################################

outDir=../sbdart_output/                              # name of output directory
outFilename=cloud_albedo_saiOFF_withRadiances.txt     # name of output file

echo "
 &INPUT
    idatm=6          `# Profile: 6 is the US62 Standard atmosphere`
    isalb=4          `# Surface type: 4 is lambertian sea water`
    wlinf=0.2        `# Start wavelength: 0.2 microns`
    wlsup=5.0        `# End wavelength: 5.0 microns`
    wlinc=.005       `# Spectral resolution: 0.005 microns`
    iout=22          `# Output: 22 is broadband radiances and fluxes at every level`
    zcloud=1,-2      `# Cloud layer: 1-2 km`
    Tcloud=10, 1     `# Cloud optical depth: 10 (evenly dist. throughout layer)`
    NSTR=20          `# Number of streams: 20 is default in radiance calcs`
    NPHI=19          `# Number of view azimuths: 19`
    PHI=0,180        `# View azimuths: every 10 deg from 0 to 180`
    NZEN=19          `# Number of view zeniths: 19`
    UZEN=0,180       `# View zeniths: every 10 deg from 0 to 180, zero is up`
    SZA=0            `# Solar zenith: 0 is overhead sun`
    SAZA=180         `# Solar azimuth: 180 means forward scattering is at PHI=0`
 /" > INPUT

./sbdart >> ${outDir}${outFilename}