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Bring the counts the comments and README quote back to the catalogue

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Measured on the published catalogue at this commit, through starSurfaceOf and starReadouts:

- star-readouts.ts said 11 546 derived radii read "from its type": 10 702 giants with a colour and
  844 stars with none. That left out the 26 dwarfs whose colour is off the table, and the colour
  Gaia now gives 931 HYG-described stars moved the rest: 10 953 = 10 713 giants with a colour,
  214 stars with none (GJ 3655 among them) and those 26. 5 more read "from its temperature".
- stellar.ts said 821 dwarfs are placed at their type's row. Counted over every star that is not a
  giant and whose colour the table does not read: 224 with no colour and 36 with one off the table.
- The README still said the card marks every derived radius "from colour and brightness"; it now
  names the three bases the card gives.
- build.ts's survivor breakdown, after θ¹ Ori A left: 11 464 HYG stars without a Gaia counterpart,
  8 307 of them past 250 pc, 1 660 of those naked-eye.

Comments and documentation only.

Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
This commit is contained in:
Senrokai
2026-09-30 21:48:40 +02:00
co-authored by Claude Opus 5.5
parent 0f659af5b3
commit cea4ff799f
4 changed files with 13 additions and 9 deletions
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README.md
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@@ -64,8 +64,11 @@ with room around it at any system scale and any window shape.
The star at the centre is drawn at its own radius, to the same scale as its orbits: the
archive's measured radius for a planet host, and otherwise one derived from its luminosity and
temperature (Stefan-Boltzmann), which the card marks "from colour and brightness". Its surface
is a limb-darkened disc in the colour of a blackbody at its temperature, and its planets are lit
temperature (Stefan-Boltzmann), which the card marks with what the temperature came from: "from
colour and brightness", "from its type and brightness" for a giant or a star whose colour the
dwarf table does not read, or "from its temperature and brightness" for an archive host whose
colour was read off its temperature. Its surface is a limb-darkened disc in the colour of a
blackbody at its temperature, and its planets are lit
in that colour, relative to the Sun's, so the solar system's photographs stay as they were
taken. A star nothing gives a size or a temperature for is a grey point. Like every marker, the
disc is never drawn smaller than three pixels, so a red dwarf framed with its outermost orbit