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This is the beginning of my description of line Ga3:

Glyph line Ga3 has once again the glyphs 'standing on their feet', after the upside down situation in line Ga2, and the stars in the path of the Sun here belong in Cancer, beginning - according to my current star list - with Heap of Fuel (μ), Tegmine (ζ), and Al Tarf (β):

Ga2-28 Ga2-29 Ga3-1 (60)
ρ Puppis (122.0), Heap of Fuel (122.1), ζ Monocerotis (122.3), Regor (122.7) Tegmine (123.3) Al Tarf (124.3)

Ras Algethi

July 21 22 23 (*124)
ºJuly 17 (*118) 18 19 (200)
St John's Eve 25 (*96) 26 (177)
June 10 11 12 (163)
Shang Wei (305.2), θ Sagittae (305.4), Tseen Foo (305.6), ξ Capricorni (305.8) Tso Ke (306.3) Gredi (307.2), σ Capricorni (307.5), Alshat (307.9)
January 20 (385) 21 22
ºJanuary 16 17 18 (383)
Christmas Eve 25 26 (360)
"December 10 11 (*265) 12 (346)

However, there are also ω and ψ in this region according to the star map above. Fetching data from Wikipedia:

Pollux 07h45m19.36s 07h45.323m

117.2

ω¹ Cancri 08h00m55.87s 08h00.931m 121.2
 ψ² Cancri 08h10m27.23s 08h10.454m 123.6

As usual I prefer to ignore less bright stars with the same Greek letters, here ω² and ψ¹ with visual magnitudes 6.32 respectively 6.44.

I then converted the RA time data to my right ascension days according to a formula which counts with the approximate value 1440 minutes per year (60 * 24 * 360 = 1440). For instance:

(8 * 60 + 0.931) / 1440 * 365.25 = 121.99

(7 * 60 + 45.323) / 1440 * 365.25 = 118.03

The differences between the RA day for Pollux and the RA days for the stars in Cancer were then used to calibrate the values to the time horizon in my star list, e.g.:

(121.99 - 118.03) + 117.2 = 121.2

Then I updated my star list (where redmarked stars are new compared to the old list):

Pollux

β Gemini 1.16 28° 09′ N 07h 42m 117.2
  π Gemini 5.14 33° 25′ N 07h 45m 117.9

Azmidiske

ξ Puppis 3.34 04° 44′ S 07h 47m 118.4
  φ Gemini 4.97 26° 46′ N 07h 51m 119.4

Drus

χ Carinae 3.46 52° 59′ S 07h 56m 120.9
  ω Cancri 5.87 25° 24′ N 07h 58m 121.2
  χ Gemini 4.94 27° 48′ N  08h 01m 122.0

Naos

ζ Puppis 2.21 39° 52′ S 08h 02m 122.3
  ρ Puppis 2.83 24° 18′ S 08h 05m 123.0

Heap of Fuel

μ Cancri 5.30 21° 35′ N 08h 05m 123.1
  ζ Monocerotis 4.36 02° 59′ S 08h 06m 123.3
   ψ Cancri 5.73 25° 30′ N 08h 07m 123.6

Regor

γ Velorum 1.75 47° 20′ S 08h 07m 123.7

Tegmine

ζ Cancri 4.67 17° 39′ N 08h 10m 124.3

Al Tarf

β Cancri 3.53 09° 11′ N 08h 14m 125.3

Bright Fire

λ Cancri 5.92 24° 01′ N 08h 18m 126.4

Furthermore I inserted a button 'new star list' leading to my updated list.

The RA days in my list have to be reduced with 1 day in order to convert them to rongorongo times:

Ga2-24 Ga2-25 Ga2-26 (56) Ga2-27
φ Gemini (118.4) Drus (119.9) ω Cancri (120.2) 8h (121.7)
χ Gemini (121.0), Naos (121.3)
July 17 (*118) 18 19 (200) July 20 (201)
ºJuly 13 14 (195) 15 (*116) ºJuly 16
'June 20 (171 - 80 + 366 = *457) Solstice 22 (*93) 'June 23 (*460)
"June 6 (*77) 7 (*444) 8 (525) "June 9 (*80)
ι Sagittarii (301.2), Terebellum, ξ Aquilae (301.3), Alshain (301.6), φ Aquilae (301.8) ε Pavonis, θ Sagittarii (302.3), γ Sagittae (302.5), μ Pavonis (302.7) τ Aquilae (303.8) 20h (304.4)
η Sagittae (304.2), δ Pavonis (304.4)
January 16 (*301) 17 18 (383) January 19 (*304)
ºJanuary 12 13 (378) 14 (*299) ºJanuary 15 (*300)
'December 20 (354) Solstice 22 'December 23 (*277)
"December 6 (*260) 7 8 (342) "December 9
Ga2-28 Ga2-29 Ga3-1 (60)
ρ Puppis (122.0), Heap of Fuel (122.1), ζ Monocerotis (122.3), ψ Cancri (122.6), Regor (122.7) Tegmine (123.3) Al Tarf (124.3)

Ras Algethi

July 21 22 23 (*124)
ºJuly 17 (*118) 18 19 (200)
St John's Eve 25 (*96) 26 (177)
June 10 11 12 (163)
Shang Wei (305.2), θ Sagittae (305.4), Tseen Foo (305.6), ξ Capricorni (305.8) Tso Ke (306.3) Gredi (307.2), σ Capricorni (307.5), Alshat (307.9)
January 20 (385) 21 22
ºJanuary 16 17 18 (383)
Christmas Eve 25 26 (360)
"December 10 11 (*265) 12 (346)