TRANSLATIONS
Counting glyphs instead of days informs us that 354 + 364 + 2 = 2 * 360:
1089 / 3 = 363, as if time was moving backwards, but the preceding 364 is counted by glyphs, not by days. 1087 (at Ha9-27) - 364 = 723, and converted into days it becomes 723 / 3 = 241, quite similar to 421. Both are of the typ 'one more'. 420 = 7 * 60 and 240 = 4 * 60. Which means, of course, than 421 - 241 = 180 = 3 * 60. 432 = 720 / 3 + 192. Moon has two cycles (counted in glyphs), one is 354 = 12 * 29.5 and the other 364 = 26 * 14. But the table above seems to offer a better alternative, with 354 + 366 = 720 glyphs, i.e. 118 + 122 = 240 days. 364 is not divisble by 3. However, the number of glyphs on side a prior to Ha7-24 is 367, a number which hardly is acceptable. If we try with 366 instead (which gives day number 122 + 58 = 180 before these 240 days will come), it will be a better alternative:
We note that the black sign (mea ke in Ha7-25) could refer to the following 4 months with 29 nights in each. Nuku in Hb2-20, on the other hand is not in the dark. Next calendar is beginning in an opposite mode, viz. with vaha mea (note the similarity with mea ke reversed):
The order of the great marama glyphs in respective day indicates a new calendar round will begin with Hb9-27 where the great marama comes in the first third of the day:
192 is equal to 366 / 3 + 58 + 12. The first great marama lies 36 glyphs (12 days) prior to mago:
In relation to winter solstice, it comes 30 days later:
In other words, the first great marama night stands as the first of 12 nights after a month from winter solstice. Wednesday ends with a mama with a glyph number which alludes to the last day of the solar year (366), and a mama can be a kind of open shell (pure):
1098 / 9 = 122 and the ordinal number of the last glyph of the calendar round, Hb9-62, is 1122. Which means those 12 glyphs ought to be divided in two groups, 4 respectively 8 nights long:
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