No comments.. ========================================================================================= ========================================================================================= ========================================================================================= SECOND SIMULATION OF SATELLITE SIGNAL IN THE SOLAR SPECTRUM (Motif version based on the 6sV-1.0B 2005/2006 release) Msixs (runs MOTIF version) Msixs data_file (runs Standard sixs version) Msixs -show data_file (runs Standard sixs version and starts with the MOTIF version) OPTIONS ======= Msixs -O[0 to 3] data0 Msixs -O3 0. : the code retrieve the value of the c c surface reflectance (rog) that will produce a radiance c c equal to rapp [w/m2/str/mic] in the atmospheric c c conditions described by user before c c c c if -1. Multinodal (Log normal) distribution GD_example -> Modified gamma distribution JP_example -> Junge Power-Law distribution SP_example -> Sun photometric distribution MN_ files example: ================= # MULTIMODAL lOG NORMAL DISTRIBUTION (up to 4 modes) # rmin rmax Nodes Nb < 5 # x1(node 1) x2(node 1) Ni/N(node 1) # rn(1) ri(1) # rn(2) ri(2) # .... # rn(10) ri(10) # #Enter x1(node 2) x2(node 2) Ni/N(node 2) # rn(1) ri(1) # .... % Just an example 0.000100 101.000000 3 0.600000 2.990000 1.66e-07 1.530000 0.008 1.530000 0.008 1.530000 0.008 1.530000 0.008 1.530000 0.008 1.530000 0.008 1.520000 0.008 1.400000 0.008 1.220000 0.009 1.270000 0.011 0.005000 2.990000 0.5945 1.530000 0.005 1.530000 0.005 1.530000 0.005 1.530000 0.006 1.530000 0.006 1.530000 0.007 1.520000 0.012 1.510000 0.023 1.420000 0.01 1.452000 0.004 0.011800 2.000000 0.4055 1.750000 0.46 1.750000 0.45 1.750000 0.45 1.750000 0.44 1.750000 0.43 1.750000 0.43 1.750000 0.43 1.770000 0.46 1.810000 0.5 1.900000 0.57 GD_ files example: ================= # MODIFIED GAMMA DISTRIBUTION #Enter rmin rmax #Enter x1 x2 x3 #Enter rn(1) ri(1) # rn(2) ri(2) # .... # rn(10) ri(10) 0.000100 10.000000 1.000000 18.000000 1.000000 1.440000 1e-08 1.432000 1e-08 1.431000 1e-08 1.430000 1e-08 1.429000 1.47e-08 1.428000 1.99e-08 1.425000 1.79e-07 1.403000 0.000137 1.370000 0.0018 1.396000 0.131 JP_ files example: ================= # JUNGE POWER-LAW DISTRIBUTION # rmin rmax # x1 # rn(1) ri(1) # rn(2) ri(2) # .... # rn(10) ri(10) 0.000000 0.000000 0.000000 0.000000 0 0.000000 0 0.000000 0 0.000000 0 0.000000 0 0.000000 0 0.000000 0 0.000000 0 0.000000 0 0.000000 0 SP_ files example: ================= # SUN PHOTOMETER DISTRIBUTION (50 values max) #Enter (n) nunber of values #Enter (n times) r dV/d(logr) # where r is the radius (in micron) # and V the volume # and dV/d(logr) in (cm3/cm2/micron) #Enter: nr ni for each wavelength # where nr and ni are respectively the real and # imaginary part of the refractive index 0 0.000000 0 0.000000 0 0.000000 0 0.000000 0 0.000000 0 0.000000 0 0.000000 0 0.000000 0 0.000000 0 0.000000 0