deddi

Contents: Description, Arguments, Usage, Examples, Related Functions, Source Supported Under Version: >1.00 Current .dvrc Version: 1.01 Description Calculates solar radiant flux using the Delta-Eddington two stream approximation. This is used for modeling energy inputs using tmodel. Output is a structure containing the fractional components of the radiant flux at the top and bottom of the atmosphere in addition to direct sunlight absorbed by the surface. Arguments and Return Values Returns a structure containing: top radiant component at the top of the atmosphere bottom non-direct radiant component at the bottom of the atmosphere direct direct radiant component absorbed by the surface Usage Syntax: rad_comps = deddi(g, w, tau, inc, alb) g = Assymetry parameter w = Single scattering albedo tau = Opacity inc = Incidence angle (degrees) alb = Surface albedo Examples dv> rad = deddi(0.5,0.94,0.30,37,0.21) struct, 3 elements top: 0.1931471676 bottom: 0.1362098902 direct: 0.5926877856

DavinciWiki Mini-Nav Bar Contents Functions Function Categories Common Procedures Glossary Download Davinci Change Log News Mailing List Contact Developers davinci-dev [AT] mars.asu.edu All other topics See navigation on the left Related Functions tmodel thermal_model.dvrc deddi() Recent Library Changes Change Log Created On: 05-15-2008 Modified On: 05-15-2008