Hello, I've been trying to use ARTS to generate extensible data for real-time visualization, and I'm willing to put the compute time into creating it, however after studying the user guide, and the test data examples including some publicly available control files, I can't say with certainty that the preliminary outputs that I'm generating are valid, and thus I'd like to ask some questions. By using ARTS with pyarts I intend to create 2 lookup tables with an idealistic light source, altitude, and direction to extract the true-color fractional intensity of said direction, and isotropic intensity. Since scattering phenomena are essentially required for this use case, and since I'm aiming for accuracy with no assumptions made, I have been looking to represent scattering per species, or more realistically through the species contribute the most to each type of scattering.
What methods pertaining to receivers/sensors/antennae would create these configurations? What methods tools or data may already exist to model Rayleigh and Mie scattering accurately according to species in ARTS? Last but not least, since I intend to calculate a lot of similar situations, what features within ARTS can I look into and use to speed up computation?
_______________________________________________ arts_users.mi mailing list arts_users.mi@lists.uni-hamburg.de https://mailman.rrz.uni-hamburg.de/mailman/listinfo/arts_users.mi
