Having used information from G we found at the end of Saturday in H a day which seemed to correspond to honu at winter solstice in G. From honu at Gb6-26 (409) to the end of side b there are 472 - 408 = 64 glyphs (days). From manu rere at Hb9-47 (1107) there are (1296 - 1104) / 3 = 64 days.

However, we must remember to count also the first 3 glyphs on side a to reach 64. Therefore manu rere at Hb9-47 must be equivalent to the glyph which comes before honu at Gb6-26:

Gb6-25 (408)	Gb6-26	Gb6-27	Gb6-28

6 * 25 (in Gb6-25) confirms - the last day of 150 comes immediately before honu will inaugurate the first day of the new year.

The argumentation went backwards from day number 314, and the first day of the year must, according to H, be a Friday:

			189	750
Hb9-48	Hb9-49	Hb9-50 (1110)			Hb3-4	Hb3-5	Hb3-6 (753)
day 1			63	250	day 64 + (753 - 3) / 3 = 314

Next step is evident: we must locate glyph (day) number 314 in G too:

Gb1-20 (250)	Gb1-21	Gb1-22	Gb1-23	Gb1-24	Gb1-25
64 + 250 = 314	1	2	3	4	5

In H the 432 days are possible to see as 64 + 250 + 118. If the pattern in G is the same, then Gb1-21 represents the first day of those 4 lunar months which follow.

250 + 118 = 368:

Gb5-6	Gb5-7	Gb5-8	Gb5-9	Gb5-10	Gb5-11	Gb5-12
Gb5-13	Gb5-14 (368)	Gb5-15	Gb5-16	Gb5-17	Gb5-18	Gb5-19
Jupiter	Venus	Saturn	Sun	Moon	Mars	Mercury

Gb5-14 (notice 5-14) would then correspond to Friday in H (because 368 + 64 = 432), and therefore I have listed also the names of the planets according to their ancient order.