Dear E K,
we are only just now starting to expand ARTS into the visible spectral
range, its main focus so far has been thermal radiation. Other programs
may be more suited for what you want to do.
Best wishes,
Stefan
On 6 Mar 2021, at 5:13, E K wrote:
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?
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