Modes of operation ================== VLIDORT - Do full Stokes vector calculation? t VLIDORT - Do single scatter correction? f VLIDORT - Do direct beam correction? f VLIDORT - Output multiple scatter layer source functions? f VLIDORT - Perform double convergence test? f Solar beam control ================== VLIDORT - Include direct beam? t VLIDORT - Use classical beam solution? t VLIDORT - Plane-parallel treatment of direct beam? t VLIDORT - Perform internal Chapman function calculation? t VLIDORT - Beam path with refractive atmosphere? f scatterer control (will be general unless these flags are set) ============================================================== VLIDORT - Rayleigh atmosphere only? t VLIDORT - Isotropic atmosphere only? f VLIDORT - No azimuth dependence in the solution? f VLIDORT - Compute all Fourier components? f Performance control =================== VLIDORT - Include Delta-M scaling? f VLIDORT - Solution saving mode? f VLIDORT - Boundary value problem telescoping mode? f User-defined output control =========================== directional output control -------------------------- VLIDORT - Upwelling output? f VLIDORT - Downwelling output? t Stream angle and optical depth output control --------------------------------------------- VLIDORT - Include quadrature angles in output? f VLIDORT - User-defined stream angles? t VLIDORT - User-defined optical depths? f VLIDORT - Layer boundary optical depths? t mean-value output control ------------------------- VLIDORT - Generate mean value output additionally? f VLIDORT - Generate only mean value output? f Write output control ==================== output flags ------------ VLIDORT - Debug write? f VLIDORT - Input control write? f VLIDORT - Input scenario write? f VLIDORT - Fourier component output write? f VLIDORT - Results write? f output filenames ---------------- VLIDORT - filename for input write test2_input.res VLIDORT - filename for scenario write test2_scenario.res VLIDORT - Fourier output filename test2_fourier.res VLIDORT - filename for main output test2_results.res Lambertian control ------------------ VLIDORT - Lambertian surface? t VLIDORT - Lambertian (isotropic) input albedo 0.05 BRDF control ------------ VLIDORT - Number of bidirectional reflectance kernels 3 VLIDORT - Number of bidirectional reflectance streams 25 VLIDORT - Kernel names, indices, amplitudes, # parameters, parameters Ross-thin 2 0.30 2 0.000000 0.000000 0.000000 Li-dense 5 0.10 2 2.000000 1.000000 0.000000 Cox-Munk 9 0.10 2 0.079800 1.779556 0.000000 (Above statement is Formatted. ( A10, I2, F6.2, I2, 3F12.6 ) Stokes/streams/layers/moments ============================= VLIDORT - Number of Stokes vector components 1 VLIDORT - Number of half-space streams 4 VLIDORT - Number of atmospheric layers 101 VLIDORT - Number of input Legendre moments 2 Accuracy input ============== VLIDORT - Fourier series convergence 0.00001 VLIDORT - Zenith tolerance level 0.00001 Solar beam inputs ================= VLIDORT - Solar flux constant 1.0 VLIDORT - Number of solar zenith angles 1 VLIDORT - TOA solar zenith angles (degrees) 45.52 Pseudo-spherical inputs ======================= VLIDORT - Earth radius (km) 6371.0 VLIDORT - Refractive index parameter 0.000288 User defined outputs (Geometry, optical depths or level boundaries) =================================================================== VLIDORT - Number of user-defined relative azimuth angles 2 VLIDORT - User-defined relative azimuth angles 0.0 180.0 VLIDORT - Number of user-defined stream angles 6 VLIDORT - User-defined stream angles 0.01 18.0 36.0 54.0 72.0 77.0 VLIDORT - Number of user-defined optical depths 1 VLIDORT - User-defined optical depths 0.0 VLIDORT - Number of layer boundary optical depths 1 VLIDORT - Which layer boundaries for optical depth 101 VLIDORT - Simulation only? f VLIDORT - Atmospheric weighting functions? t VLIDORT - Surface weighting functions? f VLIDORT - Atmospheric weighting functions, total number 1