Using the text of A we can then try to assemble a similar structure:

		16
Ab8-11 (1261)	Ab8-12		Ab8-29	Ab8-30 (1280)
64 + 1262 / 2 = 695		8	64 + 640 = 704
10

		50
Ab8-31	Ab8-32		Ab8-83	Ab8-84
26			day 37

		40
Aa1-1	Aa1-2		Aa1-43	Aa1-44	Aa1-45	Aa1-46	Aa1-47	Aa1-48
day 38		20	day 59		day 60		day 61

Aa1-49	Aa1-50	Aa1-51	Aa1-52	Aa1-53	Aa1-54
day 62		day 63		day 64

Day 64 has a vae glyph in p.m. and the preceding maitaki also agrees with the idea of a year ending. Vae is number -54 which could allude to the 54 last glyphs on side b. If so, then a further 20 glyphs (corresponding to Ab8-11--30) will coincide beautifully with the demise of sun according to the daylight calendar:

Aa1-32	Aa1-33	Aa1-34	Aa1-35	Aa1-36
ka puhi hoki ki te ahi	ma te toga tu	te tapamea	e tagata hakaganagana	e uhi tapamea

This correlation cannot be investigated further at the moment, but the parallel explains for instance the triangular form of hetuu in Aa1-32 - it indicates winter solstice I guess.

Day 65 has a nuku in a.m. and possibly we can count the length of its season as 100 days:

				98
Aa1-55	Aa1-56	Aa1-57	Aa1-58		Ga4-17 (101)	Ga4-18
day 65		99			day 165	day 166

Here I have used the glyphs of G at the end. In a separate page is illustrated what happens if we instead continue with A. Counted by the moon day number 166 at Ga4-18 will be day 161.