
Ba10-29	Ba10-30	*Ba10-31 (420 = 6 70)**	Ba10-32 (→ 320)
ma te maitaki	koia ra kua hoki to rarahoi	kua tu ki to toga	Etagata itiiti
Rara. Mgv.: a branch of a tree. Ta.: rara, id. Mq.: rara, small branches. Sa.: lala, id. Ma.: rara, id. Churchill. Toga. 1. Winter season. Two seasons used to be distinguished in ancient times: hora, summer, and toga, winter. 2. To lean against somehing; to hold something fast; support, post supporting the roof. 3. To throw something with a sudden movement. 4. To feed oneself, to eat enough; e-toga koe ana oho ki te aga, eat well first when you go to work. Vanaga. 1. Winter. P Pau., Mgv.: toga, south. Mq.: tuatoka, east wind. Ta.: toa, south. 2. Column, prop; togatoga, prop, stay. Togariki, northeast wind. Churchill. Wooden platform for a dead chief: ka tuu i te toga (Bb8-42), when the wooden platform has been erected. Barthel 2. The expressions Tonga, Kona, Toa (Sam., Haw., Tah.), to indicate the quarter of an island or of the wind, between the south and west, and Tokelau, Toerau, Koolau (Sam., Haw., Tah.), to indicate the opposite directions from north to east - expressions universal throughout Polynesia, and but little modified by subsequent local circumstances - point strongly to a former habitat in lands where the regular monsoons prevailed. Etymologically 'Tonga', 'Kona', contracted from 'To-anga' or 'Ko-ana', signifies 'the setting', seil. of the sun. 'Toke-lau', of which the other forms are merely dialectical variations, signifies 'the cold, chilly sea'. Fornander.
INVISIBLY CLOSE TO THE SUN:
MAY 23	*24 (12 12)**	25 (290 / 2)	26
VISIBLE CLOSE TO THE FULL MOON:
OKUL = π Capricorni (309.6), BOS = ρ Capricorni (309.9) ~~ARNEB (α Leporis)~~ ~~MINTAKA (δ Orionis)~~	ο Capricorni (310.2), θ Cephei (310.5) ~~HEKA (λ Orionis)~~ ~~ALNILAM (ε Orionis)~~	ROTTEN MELON = ε Delphini, φ Pavonis (311.2), η Delphini (311.4), ζ Delphini, ρ Pavonis (311.7) ~~PHAKT (α Columbae)~~ ~~ALNILAK (ζ Orionis)~~ 270.0 = 311.4 - *41.4	ROTANEV = β Delphini, ι Delphini (312.3), τ Capricorni (312.6), κ Delphini (312.7), SVALOCIN = α Delphini, υ Capricorni, υ Pavonis (312.8)
Jan 24	25	26	27 (392)
NOV 21	22	23	24 (328)

The function of head- and tailless Ba10-32 might be not only to allude to the south pole in the sky at Dramasa (*320) but also to draw attention to the sum 32 of 31 days = 63 = 9 right ascension weeks.

a1	47	47	b1	31	31
a2	40	87	b2	47	78
a3	37	124	b3	43	121
a4	40	164	b4	42	163
a5	43	207	b5	40	203
a6	44	251	b6	40	243
a7	43	294	b7	41	284
a8	46	340	b8	42	326
a9	49	389	b9	50	376
a10	32	421	b10	42	418
			b11	43	461
			b12	45	506
sum	421		sum	506

We should recall the end of side b on the G tablet, with 63 right ascension days from Rogo at heliacal Sirrah to Hyadum I (*63.4),

Gregorian equinox	63	1	229	75	Julian equinox

Gb6-26 (408)					Gb3-15 (305)
March 21 (80)	368 = 365 + 3				March 25 (84)
... When Julius Caesar established his calendar in 45 BC he set March 25 as the spring equinox. Since a Julian year (365.25 days) is slightly longer than an actual year the calendar drifted with respect to the equinox, such that the equinox was occurring on about 21 March in AD 300 and by AD 1500 it had reached 11 March. This drift induced Pope Gregory XIII to create a modern Gregorian calendar. The Pope wanted to restore the edicts concerning the date of Easter of the Council of Nicaea of AD 325 [3 * 25 = 75 → Gb3-14 → Gb3-11 → 11 March].

And Perseus walked over 9 dark unknowns (•) when he saved Andromeda from Cetus → 364 - 9 = 355 (December 21):

... Mathematical zero is a difficult concept, not in harmony with thinking globally, not a natural number. When 10 is reached it only means a new cycle will begin, and you cannot add it to the previous cycle because it is either the previous cycle which has returned or a cycle of another kind. The 2nd half of the year is different from the 1st half, and therefore you have to change the mode of counting and continue on your toes ...