3 |
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 |
53 |
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 |
520 |
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752 |
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Aa8-30 |
Aa8-31 |
1334 |
Ab1-1 (1) |
522 |
1275 |
2 *
29 |
522
= 18 * 29 |
754
= 26 * 29 |
1334
= 46 * 29 |
The viri
glyphs obviously define the basic structure of the text,
from the first viri at Ab1-1 (smaller that the other
viri glyphs)
to the last viri at Aa8-26 (which is cut off at the top end).
In Keiti, we have seen, there are 106 (= 2 * 53) +
522 = 628 glyphs. There is a kind of basic resemblance
between the 20 * 29 = 580 first glyphs in Tahua and
the 200 * 3.14 = 628 glyphs of Keiti.
6 * 28 = 168 and
5 * 80 = 400.
Moreover, 5
complete Venus cycles amount to 2,920 (= 8 * 365) days, which we quickly
will connect with 20 * 29 (because 20 * 29 = 29 * 20). Although 20 * 29 = 580 and the
Venus cycle is 2,920 / 5 = 584 days the difference of 4 days is no
great obstacle. After all there are 4 quarters in a year and
4 days must be added to 4 * 90 in order to reach 364.
By the way, 522
= half 1044 (the ordinal number of Hb9-53 counted from
Ha1-1).
We have learned
from other texts that there should be 64 days (= 364 - 300)
added at the beginning of the 'front side'. In Tahua we should
therefore, reasonably, find 64 days at the end of side a
(rather than those 2 * 29 above). This idea must be investigated.