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From Sirius (Ca4-25) up to and including Cb1-6 (398) there were 299 glyphs:

DAY ZERO 90 8
Ca1-1 Ca4-16 (92)
September 20 September 21 (264) SOLSTICE (355)
ALCHITA, MINKAR PÁLIDA MENKAR
EQUINOX March 22 (81) SOLSTICE (172)
SIRRAH ALGENIB PEGASI ξ ORIONIS
0 100
290 4
Ca4-25 (101) *Ca14-29 (392) Cb1-1 Cb1-6 (398)
December 30 (364) October 16 (655) 17 (290) October 22 (295)
Φ SAGITTARII no star listed MUPHRID ARCTURUS
June 30 (181) April 16 (472) 17 (107) April 22 (112)
SIRIUS POLARIS SHERATAN ξ¹ CETI
299

There were 100 days from Algenib Pegasi to Sirius, and there were also 100 days from the Pale star in Crux to the South Dipper, presumably referring to φ Sagittarii.

1 Horn α Virginis (Spica) Crocodile (202.7) Oct 9 (282) 282 = 265 + 17
2 Neck κ Virginis Dragon (214.8) Oct 21 (294) 294 = 282 + 12
3 Root α Librae (Zuben Elgenubi) Badger (224.2) Oct 31 (304) 304 = 295 + 9
4 Room π Scorpii (Vrischika) Hare (241.3) Nov 17 (321) 321 = 304 + 17
5 Heart σ Scorpii Fox (247.0) Nov 23 (327) 327 = 321 + 6
6 Tail μ Scorpii (Denebakrab) Tiger (254.7) Nov 30 (334) 334 = 327 + 9
7 Winnowing Basket γ Sagittarii (Nash) Leopard (273.7) Dec 19 (353) 353 = 334 + 19
December solstice
8 South Dipper φ Sagittarii (?) Unicorn (284.0) Dec 30 (364) 364 = 353 + 11

North of the equator these 100 days (and glyphs) represented the first part of the year beyond the spring equinox and south of the equator they represented the first part of the year beyond the end of summer.

I have suggested the Southern Cross with Raven was to be read at the beginning of the text. 100 glyphs later would then have been at the South Dipper with Sirius close to the Full Moon in December 30. These 100 glyphs could be like a reflection of those 100 days which north of the equator began at spring equinox and ended at heliacal Sirius in June 30.

The cycle of time went beyond day 365 and at heliacal Polaris was April 16 (472 = 8 * 59). The following day was April 17 (107 + 366 = 473) with the First Point of Aries (Sheratan, β Arietis, the Front of the Head of Ku, Mahrū-sha-rishu-ku). North of the equator it was spring once again.

The corresponding season south of the equator began in day 290 (October 17), when the Sun reached Muphrid (the Solitary star, η Bootis). 107 (April 17) + 183 = 290 (October 17).

In rongorongo times Sheratan rose with the Sun 27 days after 0h. In Roman times Sheratan would have been at 0h. The precession pushed the stars ahead in the year. 5 days after Sheratan was ξ¹ Ceti:

It seems as if the rising Sun in spring north of the equator was pushing his head up from the waters of winter and as if the rising Sun in spring south of the equator was climbing up a hill.

BABYLONIAN ECLIPTIC CONSTELLATIONS:
0  1-iku Field measure  τ (Anunitum) Pisces 16.5 April 6 (96)
 
1 Mahrū-sha-rishu-ku Front of the Head of Ku β (Sheratan), γ (Mesarthim) Arietis 27.4 April 17 (107)
2 Arku-sha-rishu-ku Back of the Head of Ku α (Hamal) Arietis 30.5 April 20 (110)

... Mons Maenalus, at the feet of Boötes, was formed by Hevelius, and published in his Firmamentum Sobiescianum; this title coinciding with those of neighboring stellar groups bearing Arcadian names. It is sometimes, although incorrectly, given as Mons Menelaus, - perhaps, as Smyth suggested, after the Alexandrian astronomer referred to by Ptolemy and Plutarch. The Germans know it as the Berg Menalus; and the Italians as Menalo.

Landseer has a striking representation of the Husbandsman, as he styles Boötes, with sickle and staff, standing on this constellation figure. A possible explanation of its origin may be found in what Hewitt writes in his Essays on the Ruling Races of Prehistoric Times:

The Sun-god thence climbed up the mother-mountain of the Kushika race as the constellation Hercules, who is depicted in the old traditional pictorial astronomy as climbing painfully up the hill to reach the constellation of the Tortoise, now called Lyra, and thus attain the polar star Vega, which was the polar star from 10000 to 8000 B.C.

May not this modern companion constellation, Mons Maenalus, be from a recollection of this early Hindu conception of our Hercules transferred to the adjacent Bootes?

May not this painful climbing up the mother-mountain from 71 (= 26000 / 366) Virginis towards Vega have inspired the 2nd climbing bird (manu kake rua) in the center of the week once having begun in oJULY 22 (22-7, π)?

22-7 oJULY 24 25 (*126) 26 27 28 (209)
●JULY 27 28 (*129) 29 30 31 ●AUGUST 1 2 (214)
AUGUST 7 8 (*140) 9 10 11 12 13 (225)
*Ca14-23 *Ca14-24 *Ca14-25 *Ca14-26 *Ca14-27 *Ca14-28 *Ca14-29 (392)
kua heheu te henua te honu kau manu kake rua te henua te honu te rima
71 VIRGINIS (203.6) no star listed (204) Heze (205.0), Southern Pinwheel Galaxy (205.7) ε Centauri (206.3), κ Oct. (206.4) no star listed (207) τ Bootis (208.2), BENETNASH (208.5), ν Centauri (208.7), μ Centauri, υ Bootis (208.8) no star listed (209)
October 10 11 12 (285) 13 14  15 16
'September 13 14 15 16 (*179) 17 18 (261) 19
"August 30 31 "September 1 2 (*165) 3 4 5 (248)
NAKSHATRA DATES:
oJANUARY 20 21 22 23 24 25 26 (392)
●JANUARY 25 26 27 28 (*314) 29 30 31 (31)
FEBRUARY 5 6 7 8 (*325) 9 (40) 10 11 (408)
Ksora (20.1), ω Andromedae (20.6), γ Phoenicis (20.8) δ Phoenicis (21.5) υ Andromedae (22.9) ACHERNAR (23.3), χ Andromedae (23.6), τ Andromedae (23.9) τ Ceti (24.7) no star listed (25) ANA-NIA
χ Ceti (26.1), POLARIS, Baten Kaitos (26.6), Metallah (26.9)
April 10 (100) 11 12 13 14 15 16 (*26)
3-14 (73) 'March 15 16 17 18 19 (78) 20 (*364)
"Febr 28 (59) "March 1 2 3 4 5 (64) 6 (*350)

Although Vega would no longer be the goal but rather Polaris. 14 * 26 (at manu kake rua) = 364 and in Roman times Polaris was rising with the Sun in 'March 20 (*364). *364 - *179 ('September 16) = 185.