Added the gallery

examples/scenes/earthrise.toml

@@ -0,0 +1,35 @@
+# Earthrise from lunar orbit: 1000 km above the Moon, Earth partly lit (phase
+# 62 degrees) just above the curved lunar horizon, and Landsat 8 standing in
+# for a lunar orbiter 500 m off in the foreground. Generated by
+# scripts/make-example-scenes.py; the model comes from scripts/fetch-models.sh.
+#
+#   resolved render --scene examples/scenes/earthrise.toml --lighting L1 --preview earthrise.png
+#
+# At lighting L1 Earth shows Africa on its lit half, the Moon's ground its reflectance
+# map, and the satellite is lit by the Sun and, faintly, by Earth and the Moon. The
+# Moon has no atmosphere, so its horizon is a sharp edge, as in the Apollo photographs.
+
+sun = [132087079831, 70231946147, 0]
+moon = [0.00, 384400000.00, 0.00]
+# Earth-fixed to inertial: north up, 15 N 25 E on the lit side.
+earth_attitude = [0.597271253, 0.381347895, 0.595460984, 0.378506342]
+
+# Exposed so Earth, the Moon and the satellite stay short of saturation.
+[camera]
+focal_length = 0.05
+exposure = 0.0002
+
+[observer]
+position = [1841243.61, 386425630.95, 0.00]
+look_at = [-4273317.92, 2304568.47, -13303439.39]
+up = [0.672625, 0.739984, 0.000000]
+
+# At lighting L1, Earth's surface shows July (from scripts/fetch-earth.sh).
+[appearance]
+earth_month = 7
+
+[[target]]
+model = "../models/nasa/landsat8.glb"
+scale = 1.0
+position = [1841233.8953, 386425132.0729, -31.8964]
+attitude = [0.512267619, 0.099486171, 0.708381845, 0.475267871]

examples/scenes/moonrise.toml

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+# Moonrise from geostationary height: looking toward Earth's limb through a 100 mm
+# lens, Australia filling the lower half of the frame, the Moon (phase 39 degrees)
+# rising over the limb, and an SSL-1300 communications satellite 1.1 km off in
+# the foreground. Generated by scripts/make-example-scenes.py; the model comes from
+# scripts/fetch-models.sh.
+#
+#   resolved render --scene examples/scenes/moonrise.toml --lighting L1 --preview moonrise.png
+#
+# At lighting L1 Earth's surface and the Moon's come from their maps. There is no
+# atmosphere yet, so the limb is a sharp edge rather than a thin glowing band.
+
+sun = [129555556378, 74798935350, 0]
+moon = [-378712487.94, 64656759.20, -12637838.88]
+# Earth-fixed to inertial: 25 S 134 E at the bottom of the frame, looking north.
+earth_attitude = [0.614945705, 0.176085569, -0.684831273, -0.349058418]
+
+# Exposed so Earth, the Moon and the satellite stay short of saturation.
+[camera]
+focal_length = 0.1
+exposure = 0.0002
+
+[observer]
+position = [42164000.00, 0.00, 0.00]
+look_at = [-337664433.17, 59107709.77, 0.00]
+up = [1, 0, 0]
+
+# At lighting L1, Earth's surface shows July (from scripts/fetch-earth.sh).
+[appearance]
+earth_month = 7
+
+[[target]]
+model = "../models/nasa/ssl1300.glb"
+scale = 0.1
+position = [42162914.7825, 178.8552, 31.0838]
+attitude = [0.503191959, -0.712831396, 0.005597706, -0.488505803]

examples/scenes/solar-eclipse.toml

@@ -10,6 +10,11 @@
 
 epoch = "2026-08-12T17:46:00 UTC"
 
+# Three times the example camera's exposure, for the dim penumbra around the umbra,
+# with Greenland's ice still short of saturation.
+[camera]
+exposure = 3e-4
+
 [observer]
 position = [-16371789.99, -6703593.18, 38273087.50]
 look_at = [-2469723.91, -1011253.16, 5773587.33]