Earth and moon eclipse

readme.md

@@ -96,9 +96,10 @@ assert!(frame.dn_at(960, 540, 1) > 1000);
 observer, Sun and Moon positions (or an epoch, with the `astrokit` feature) and
 targets with their models. `examples/scenes/` has commented examples:
 `boxwing.toml` and `boxwing-epoch.toml` use a small generated model that is
-in the repository, and the rest use NASA spacecraft models (Landsat 8,
-ICESat-2, OSTM/Jason-2, an SSL-1300 and ACE) that `scripts/fetch-models.sh`
-downloads into `examples/models/nasa/`. That script needs Node (for `npx`),
+in the repository, `lunar-eclipse.toml` and `solar-eclipse.toml` show two
+real eclipses at lighting L1, and the rest use NASA spacecraft models
+(Landsat 8, ICESat-2, OSTM/Jason-2, an SSL-1300 and ACE) that
+`scripts/fetch-models.sh` downloads into `examples/models/nasa/`. That script needs Node (for `npx`),
 because most NASA models are Draco-compressed and are decoded on the way in.
 At lighting L1, Earth's surface comes from NASA's Blue Marble, which
 `scripts/fetch-earth.sh` downloads and resizes (with ImageMagick) into
@@ -143,8 +144,8 @@ cargo run --release -p resolved-cli -- render \
 M1 is complete: the library renders Earth, Moon, Sun and targets to DN
 through `Renderer`, the CLI renders scene files, and the benchmarks give the
 L0 / C0 baseline above. M2 is in progress: lighting L1 so far draws Earth's
-surface from Blue Marble, shadows on the target, and light from Earth and the
-Moon on it. The work is tracked as
+surface from Blue Marble, shadows on the target, light from Earth and the
+Moon on it, and eclipses on Earth and the Moon. The work is tracked as
 Gitea milestones, each split into one issue per change:
 
 | Milestone | Scope |