TRANSLATIONS

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The structure of the K calendar has been chewed on repeatedly (cfr niu, haú, pure). It is not possible to give a short summary.

Comparisons with the G calendar have shown that the first 16 periods in the K calendar have 56 glyphs because that number is twice 28:

G calendar

period no.

number of glyphs

1, 2, 3

19

19

4, 5, 6

8

27

7, 8, 9

8

35

10, 11, 12

7

42

13, 14, 15

12

54

16, 17, 18

16

70

K calendar

period no.

number of glyphs

1, 2, 3

14

14

4, 5, 6

8

22

7, 8, 9

6

28

10, 11, 12

7

35

13, 14, 15

8

43

16

*13

*56

The K calendar may therefore (28 = 4 weeks = the moonlit nights in a month) reflect not only the cycle of the sun during a year but also the path of the moon. It may be a multipurpose tool (a 'Swiss pocketknife') like the E calendar (discussed in the 'Excursion' at mauga).

The Mamari moon calendar has twice 36 (as in 360) glyphs, i.e. the calendar can be used also to count the days and nights of a year. The number of regular periods in the K calendar is 29, a sign of influence from the moon. Adding a last 'irregular' period (counted as ½) gives the more exact 29.5:

Kb4-15 Kb4-16 Kb4-17 Kb4-18

In Kb4-18 the 'sails of the canoe' are still at left, i.e. the old year (or month) is still living. The ordinal numbers indicate, however, that the end has been reached: 4 * 18 = 72 (equal to the number of glyphs in the Mamari moon calendar).

35 in the G calendar is also primarily indicating moon, because otherwise we would expect 360/12 = 30 and 60. With 31 as the number of periods it would be possible to count one period for each day in a month and count e.g.  5 times 30 for summer 7 times 31 for winter.

150 + 217 = 367 = 354 + 13, a somewhat strange model. But, we remember, the 'light mauga' in the E calendar measured 150. And it is constructed from a moon perspective: 29.5 * 12 = 354 and 364 / 28 = 13.

It was assumed that the 16 first period in the K calendar covered the summer half of the year (from spring equinox to autumn equinox). In the 17th period a vero glyph was thought to mark the arrival of autumn (or rather 'fall'):
17 - -
*Kb1-20 *Kb1-21 *Kb1-22
19
Ga5-17 Ga5-18 Ga5-19 Ga5-20 Ga5-21

Yet, the vero glyph was in the G calendar, not in K. Maybe the vero glyph is missing because the creator of the K calendar primarily thought about the cycle of the moon. It is the sun who is 'killed' by a 'spear' and 'falls on his face'.

The 16th night of the moon is the first night of descending moon. The 'vero' of moon ought to arrive in the 16th period. The 19th period in G can be understood as the first after sun has left for his winter maid in the far north. 19 is one more than the full cycle of 18(0) days and 16 is one more than the full moon night (15).

The reason why the K calendar has one period (16) when the G calendar has three (16-18) has now been explained.

The connection between 72 (= 28 + 18 + 26) and the moon in the Mamari moon calendar can be explained as 36 (= 28 + 8) for waxing moon and 36 (= 10 + 26) for waning moon:

waxing full moon waning
period 1 8 period 4 8 period 6 7
period 2 11 full moon period 7 11
period 3 9 period 5 10 period 8 8
sum 28 sun 18 sum 26

28 and 8 evidently are connected with growing (fish with head up), while 10 and 26 suggest decline (fish with head down).

The 15th night of the moon is Omotohi and then follows a sequence of kokore-nights:

4
Ca7-21 Ca7-22 Ca7-23 Ca7-24
5
Ca7-30 Ca7-31 Ca8-1 Ca8-2 Ca8-3
6
Ca8-8 Ca8-9 Ca8-10

I first made a mistake and wrote 'kokoro-nights', probably it was my subconsious mind telling me about a connection between Ko Koró and kokore. At Ca7-24 the 'head' of waxing moon is cut off. Metoro at Ca7-24: 'te hare pure e tagata noho ki roto' ought to indicate that only a spirit now remains. The break of the 'neck' is illustrated below the sitting person as a stick broken in two. So waxing moon meats with her end at full moon, 'falls on her face'.

Moon has two 'deaths', first at full moon (15) and then at new moon (29). A qualitative difference there is, though. Because 29 means a new moon will emerge (in some mysterious way from the old one). 15 has no such hope. Sun also has two 'deaths', first at autumn equionox (19) and then at winter solstice, where a new baby will 'inherit' the 'kingdom'. Autumn equinox has no such hope.

While the cycle of the moon is symmetrically divided in two equally long parts, the yearly cycle of the sun is assymmetric, 3/4 up to autumn equinox and 1/4 up to winter solstice. It was otherwise anciently, when the year had a summer part equally long as winter. It was Marduk who cut the winter monster in the middle, thereby creating a long 'summer'.

The number of glyphs in the K calendar has been much discussed. It has e.g. been thought of as 125 (= 5 * 5 * 5) when I was inspired by the 'fire feathers' of haú. To reach that number glyphs were added beyond period 29½ and before Rei at Ka3-15.

The last procedure was regarded as acceptable because of parallel glyphs at the end of the E calendar. In a cyclic movement it is not easy to determe what is the end and what is the beginning. The 'fire generators' beyond pure (the empty shell) ought to be included at the beginning:

Ka3-7 Ka3-8 Ka3-9 Ka3-10 Ka3-11 Ka3-12 Ka3-13 Ka3-14
5 glyphs

The discussion moved on to the distribution of the three Rei glyphs. The 2nd was evidently located at the beginning of the 1st half of the year (summer) while the 3rd appeared in what was thought of as the middle of summer. (Now we would rather say at the beginning of descending moon.)

Anyhow, the 1st Rei ought to be at the beginning of some other great season. Therefore another, '1st', calendar presumably came earlier. What up to that point had been called the calendar, must now be renamed as the '2nd calendar'. The following table was the result:

1st calendar:

A

Ka2-1--6

6

9

B

Ka2-7--9

3

B

Ka2-10

1

26

C

Ka2-11--16

6

12

25

D

Ka2-17--22

6

E

Ka3-1--4

4

12

13

F

Ka3-5--8

4

G

Ka3-9--12

4

H

Ka3-13

1

2nd calendar:

0

Ka3-14

1

*74

1

Ka3-15

1

1-5

Ka3-16--Ka4-12

18

20

6

Ka4-13--14

2

6-16

Ka4-15--Kb1-10

26

*52

16-20

Kb1-11--*Kb2-14

*26

21

*Kb2-15

1

The periods in the 1st calendar were allotted letters. The Rei glyphs are red-marked. Glyph number 100, counted from the 1st Rei, is *Kb2-14:

20
*Kb2-12 *Kb2-13 *Kb2-14 *Kb2-15

In the 20th period (of the 2nd calendar) a great henua seemed to mark a final, presumably of the summer. Thinking in terms of the moon cycle another final must be presented. Maybe only the first 20 nights of the moon (were) counted.

"The Gilbert Islanders are Polynesians, having emigrated, according to their traditions, from Upolu, Samoa, which they look upon as te buto (Maori pito), the Navel of the World.

They never counted the nights of the Moon beyond the twentieth, so far as Grimble was able to ascertain, and in the vagueness of their lunar calendar bore no resemblance to their Micronesian neighbors of the Carolines. 

The Gilbertese tiaborau or astronomers conceived of a system of imaginary lines drawn on the sky by means of which they could estimate altitudes of stars within a degree or two. They thought of the sky as the 'roof of voyaging,' the ridgepole of which was the meridian, a line running from the north point on the horizon through the zenith to the south point. The horizon was te tatanga, 'the roof-plate'. 

 

 One of the names for east, Makai-oa, was said to be the name of a far eastern land, not an island, which their navigators had visited in ancient times. Tradition called this great land 'the containing wall of the sea, beyond the eastern horizon, a continous land spreading over north, south, and middle, having a marvelous store of all sorts of food, high mountains and rivers'. It was also called Maia-wa (wa being 'space, distant'). 

This is a clear reference to ancient voyages to the American coast from which the Polynesians are thought to have introduced the sweet potato into the Pacific area. The similarity of Maia to Maya may be more than a coincidence." (Makemson)

26º S may have influenced the idea of 26 (together with the more natural 10) to indicate 'death'. In the south (toga) the Polynesians saw 'winter':

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.

Was it Antares which motivated the predecessors of the ancient Maya indians to establish a 260-day cycle?

Easter Island has a key location, at latitude (26º S) agreeing with the declination of Antares. No island in Polynesian can be found further in that direction - it represents 'the end'.

Tahiti, 'below Sirius', is situated 16º S, equal in number to the first night of descending moon, and Easter Island is at 26º S equal  to the waning moon nights:

waxing full moon waning
period 1 8 period 4 8 period 6 7
period 2 11 full moon period 7 11
period 3 9 period 5 10 period 8 8
sum 28 sun 18 sum 26

I suspect the Tahitians preferred to consider themselves as full moon, the brightest moon night in harmony with Sirius the brightest star in the sky. The Easter Islanders could accept 26 by reason of hope for a new month immediately around the 'corner'.