Ana-mua, entrance pillar	Antares, α Scorpii	16h 26
Ana-roto, middle pillar	Spica, α Virginis	13h 23
Ana-muri, rear pillar (at the foot of which was the place for tattooing)	Aldebaran, α Tauri	04h 33

North of the equator Aldebaran comes first (in spring), later Spica appears (after ca 9 / 24 = 4.5 months), and lastly Antares (after another 1.5 months). Antares is 6 months later than Aldebaran.

1	Aldebaran, α Tauri	zero
2	Spica, α Virginis	ca 4.5 months
3	Antares, α Scorpii	ca 6 months

But south of the equator it is spring when Antares appears, and Aldebaran comes in autumn. In between (ca 4.5 months after Aldebaran) Spica arrives:

1	Antares, α Scorpii	zero
2	Spica, α Virginis	ca 1.5 months
3	Aldebaran, α Tauri	ca 6 months

But the above table must be wrong, because if Spica occurs in summer north of the equator, it must be in winter south of the equator. It comes after Aldebaran, not before:

1	Antares, α Scorpii	zero
2	Aldebaran, α Tauri	ca 6 months
3	Spica, α Virginis	ca 7.5 months

If Aldebaran is at Ga7-16 (186), then we should find Spica later in the text. We can count:

182 days, half 364, is equal to ca 12 hours.

Spica is at 13h 23 = 13 * 60 + 23 = 803 minutes counted from 0h. Antares is at 16h 26 = 16 * 60 + 26 = 986. The difference is 986 - 803 = 183 (!) minutes.

Each glyph is counted as 1 day = 1 / 365.25 * 24 * 60 = 1 / 365.25 * 1440 =  3.94 minutes.

183 / 3.94 = 46 glyphs (an interesting number).

If we search around glyph number 68 - 46 = 22 we may find Spica:

a1	30	30	b1	26	26
a2	29	59	b2	35	61
a3	24	83	b3	30	91
a4	27	110	b4	33	124
a5	30	140	b5	29	153
a6	29	169	b6	28	181
a7	34	203	b7	31	212
a8	26	229	b8	30	242
sum	229		sum	242

		20		40
Gb6-26 (409)	Gb6-27 (410)		Gb7-20 (431)		Gb8-30 (472)	Gb8-30 (1)
0	1		22		63	64
'December 21'	'December 22'		'January 13'		'February 23'	'February 24'

7 * 20 = 140, and 22 could be a sign of a closed cycle, double 'eyes' - one at left and one in front - is a sign of Janus. 64 - 22 = 42 = 6 * 7. Several signs seem to conjoin in pushing this investigation further.

Gb7-5	Gb7-6	Gb7-7	Gb7-8	Gb7-9	Gb7-10	Gb7-11
Gb7-12	Gb7-13	Gb7-14	Gb7-15	Gb7-16	Gb7-17
Gb7-18	Gb7-19	Gb7-20	Gb7-21	Gb7-22	Gb7-23	Gb7-24
Gb7-25	Gb7-26	Gb7-27	Gb7-28	Gb7-29	Gb7-30

The birth of a new sun may be the topic at the beginning of the glyph sequence above (cfr Gb7-8), moon could be next in line (a fat mago first, then full moon, then a lean mago). A 3rd regeneration is beginning with gagana in Gb7-18, but the numbers seem to indicate it once again is connected with the sun, for instance is Gb7-26 ending with 26 (like Gb6-26).

Let us change the topic. When Tama arrives in its proper place, at 14 * 29.5 = 413, winter solstice is a few days in the past:

Gb6-17 (400)	Gb6-18	Gb6-19	Gb6-20	Gb6-21	Gb6-22	Gb6-23	Gb6-24
Gb6-25	Gb6-26	Gb6-27	Gb6-28	Gb7-1	Gb7-2	Gb7-3 (413)	Gb7-4

If we count with solar months being 30 days, then the path of sun will take in 0.5 nights for each month of the lunar count. After 10 lunar months sun will have arrived at the same glyph as moon.

Number 14 (Tama) + 10 = 24. At Gb8-30 one of the 10 months have been consumed:

Gb8-16	Gb8-17	Gb8-18	Gb8-19	Gb8-20
Gb8-21	Gb8-22	Gb8-23	Gb8-24	Gb8-25
Gb8-26 (468)	Gb8-27	Gb8-28	Gb8-29	Gb8-30 (472)

After another 9 months the rest of the difference will have disappeared. But a correction for the lunar path is made at Gb8-30, making moon stay one extra night there. Does also the sun stay there one extra night?

If not, he will have gained 1 night on the moon at that point, which means he will need only 8 further months to reach the moon. It will happen at Te Pei.