# GEO to GEO at 1000 km, exposed 0.2 s at f/4 as a surveillance camera would: the
# target a few pixels across and far past saturation, in a field of stars to the
# catalog's limit, about V 15, which gives a few DN.
# A 1 m, f/4 telescope (25 cm aperture, 5.5 urad per pixel, 0.6 by 0.34
# degrees) on one geostationary satellite, imaging an SSL-1300 1000 km ahead along
# the arc, lit at a phase of 30 degrees, against the stars toward the Milky Way in
# Monoceros. Stars are drawn at lighting L1 with camera C1 (scripts/fetch-stars.py).
# Generated by scripts/make-example-scenes.py; the model comes from
# scripts/fetch-models.sh.
#
#   resolved render --scene <this file> --lighting L1 --camera C1 --pretty --preview geo.png

sun = [101746122115, -106547756265, 25977397630]
moon = [0, -384400000, 0]
earth_velocity = [-19407.62, -20723.58, -8984.77]

[camera]
focal_length = 1.0
f_number = 4.0
exposure = 0.2
# Calibrated: hot pixels mapped out, all but 1 value in a million.
hot_pixels = [1e-6, 50]

[observer]
position = [41083339.41, 9484836.26, 0.00]
look_at = [40846855.46, 10456447.53, 0.00]
up = [0, 0, 1]
velocity = [-691.66, 2995.90, 0.00]

# At lighting L1, Earth's surface shows July (from scripts/fetch-earth.sh), and lights
# the target's Earth-facing side.
[appearance]
earth_month = 7

[[target]]
model = "../models/nasa/ssl1300.glb"
scale = 0.1
position = [40846855.0383, 10456447.7315, 0.2096]
attitude = [0.466967605, 0.081764177, 0.291661326, -0.830776472]