α Leporis	2.58	34º 06' S	05h 32m 43.81s	05h 32.730m	492.0
ε Leporis	3.19	22° 22′ S	05h 05m 27.65s	05h 05.461m	485.0
μ Leporis	3.29	16° 12′ S	05h 12m 55.87s	05h 12.429m	486.6
ĸ Leporis	4.36	12° 56′ S	05h 13m 13.89s	05h 13.232m	487.0
λ Leporis	4.29	13° 11′ S	05h 19m 34.53s	05h 19.576m	488.6
γ Leporis	3.59	22° 27′ S	05h 44m 27.97s	05h 44.466m	494.9
ζ Leporis	3.55	14° 49′ S	05h 46m 57.35s	05h 46.956m	495.6
δ Leporis	3.76	20° 52′ S	05h 51m 19.15s	05h 51.319m	496.7
η Leporis	3.71	14° 10′ S	05h 56m 24.32s	05h 56.405m	498.0

α Columbae	2.65	34º 06' S	05h 39m 38.94s	05h 39.649m	493.7
ε Columbae	3.86	35° 28′ S	05h 31m 12.74s	05h 31.212m	491.6
β Columbae	3.12	35° 46′ S	05h 50m 57.55s	05h 50.959m	496.6
γ Columbae	4.36	35° 17′ S	05h 57m 32.21s	05h 57.537m	498.3
η Columbae	3.96	42° 49′ S	05h 59m 08.79s	05h 59.147m	498.7

*Hassaleh*	ι Aurigae	2.69	33° 05′ N	04h 54m	74.6	482.6
*Almaaz*	ε Aurigae	3.03	43° 49′ N	04h 59m	75.7	483.7
*Haedus I*	ζ Aurigae	3.69	41° 05′ N	04h 59m	75.8	483.8
*Haedus II*	η Aurigae	3.18	41° 14′ N	05h 03m	76.9	484.9
	ε Leporis	3.19	22° 22′ S	05h 04m	77.0	485.0
*Cursa*	β Eridani	2.78	05° 09′ S	05h 05m	77.4	485.4
	λ Eridani	4.25	08° 45′ S	05h 06m	77.7	485.7
	μ Leporis	3.29	16° 12′ S	05h 10m	78.6	486.6
	ĸ Leporis	4.36	12° 56′ S	05h 11m	79.0	487.0
*Rigel*	β Orionis	0.18	08° 15′ S	05h 12m	79.1	487.1
*Capella*	α Aurigae	0.08	45° 57′ N	05h 13m	79.4	487.4
	λ Leporis	4.29	13° 11′ S	05h 18m	80.6	488.6
*Saif al Jabbar*	η Orionis	3.35	02° 24′ S	05h 22m	81.7	489.7
*Bellatrix*	γ Orionis	1.64	06° 18′ N	05h 22m	81.7	489.7
*Elnath*	β Tauri	1.65	28º 34' N	05h 23m	81.9	489.9
Nihal	β Leporis	2.81	20º 48' S	05h 26m	82.7	490.7
*Mintaka*	δ Orionis	2.25	00° 20′ S	05h 29m	83.4	491.4
	ε Columbae	3.86	35° 28′ S	05h 30m	83.6	491.6
Arneb	α Leporis	2.58	17º 51' S	05h 31m	84.0	492.0
*Heka*	λ Orionis	3.39	09° 54′ N	05h 32m	84.2	492.2
*Hatysa*	ι Orionis	2.75	05° 05′ S	05h 33m	84.5	492.5
*Alnilam*	ε Orionis	1.69	01° 14′ S	05h 34m	84.7	492.7
*Heavenly Gate*	ζ Tauri	2.97	21° 09′ N	05h 35m	85.0	493.0
*Alnitak*	ζ Orionis	1.74	01° 58′ S	05h 38m	85.7	493.7
Phakt	α Columbae	2.65	34º 06' S	05h 38m	85.7	493.7
	γ Leporis	3.59	22° 27′ S	05h 43m	86.9	494.9
*Saiph*	κ Orionis	2.07	09° 41′ S	05h 45m	87.5	495.5
	ζ Leporis	3.55	14° 49′ S	05h 45m	87.6	495.6
*Wezn*	β Columbae	3.12	35° 46′ S	05h 49m	88.6	496.6
	δ Leporis	3.76	20° 52′ S	05h 50m	88.7	496.7
*Betelgeuze*	α Orionis	0.58	07° 24′ N	05h 52m	89.3	497.3
	η Leporis	3.71	14° 10′ S	05h 55m	90.0	498.0
	γ Columbae	4.36	35° 17′ S	05h 56m	90.3	498.3
*Praja-pāti*	δ Aurigae	3.72	54° 17′ N	05h 56m	90.3	498.3
*Menkalinan*	β Aurigae	1.90	44° 57′ N
*Mahashim*	θ Aurigae	2.65	37° 13′ N
	η Columbae	3.96	42° 49′ S	05h 58m	90.7	498.7

To simplify matters I have decided to no longer keep the column based on 360 days instead of 365¼.

Names for individual stars are mostly no longer to be found, and I can mention only Wezn (β Columbae):

"Wezn, or Wazn, is from Al Wazn, Weight." (Allen)

Stars far down must be heavy because they have sunken so low. Wezn is the brightest of all the 8 + 4 = 12 stars which I have added above. I have avoided Chinese names, e.g.:

"In China they [α, β, v², ε, θ, and ĸ Columbae] were Sun, the Child; λ being Tsze, a Son; and the nearby small stars, She, the Secretions." (Allen)

In the G text we can locate these 12 stars too:


Ga1-11 (484)	Ga1-12 (485)
Almaaz (483.7), Haedus I (483.8)	Haedus II (484.9), ε Leporis, Cursa (485.4)
*End (tagata)*	*Beginning (hanau)*


Ga1-13	Ga1-14 (487)
λ (485.7)	Rigel (487.1), Capella (487.4), μ and ĸ Leporis


*Ga1-15 (80)**	Ga1-16	Ga1-17	Ga1-18	Ga1-19 (492)
	Bellatrix (489.7), Saif al Jabbar (489.7), λ Leporis	Elnath (489.9)	Nihal (490.7), Mintaka (491.4)	Arneb (492.0), Heka (492.2), Hatysa (492.5), ε Columbae
Rahu


Ga1-20 (493)	Ga1-21
Alnilam (492.7), Heavenly Gate (493.0)	Alnitak (493.7), Phakt (493.7)
'Pyramid of Khafre'	'Pyramid of Khufu'


Ga1-22	Ga1-23 (496)	*Ga1-24 (89)**	Ga1-25	*Ga1-26 (91)**
Saiph (495.5), γ and ζ Leporis		Wezn (496.6), Betelgeuze (497.3), δ Leporis	Praja-pāti, Menkalinan, and Mahashim (498.3), η Leporis, γ and η Columbae
Atariki

But I cannot see any obvious value in having stars without names in my G text tables - with one exception, viz. λ Eridani, which we have discussed earlier.