TAHUA
 

32   By counting right ascension dates we have found that the proper way to look at time-space probably was to disregard the dates in the Sun calendar - which otherwise might have suggested for instance that October 22 should be precisely at the opposite side of the year as compared to April 22 (112 = 295 - 183).

Instead the proper way to look at e.g. the position of Mira (*33) should be to perceive Arcturus as a star at the opposite side of the night sky:

*386

Ca1-6

Cb1-6 (366 + 26)

β Tucanae (*6.4)

ARCTURUS (*215.4)

γ Muscae (*189.0)

189 + 386 - 365 = 210

*6.4 + *386.0 = *392.4 = *215.4 + *177.0

*210 - *177 = *33 → MIRA (ο Ceti)

Most fitting because Arcturus (-0.05) was the brightest star in the northern hemisphere - thus corresponding to Sirius (-1.46) as the brightest star in the southern hemisphere - and therefore a suitably complemenary for the variability of light from Mira.

... Although an old constellation, Cetus is by no means of special interest, except as possessing the south pole of the Milky Way and the Wonderful Star, the variable Mira; and from the fact that it is a condensation point of nebulae directly across the sphere from Virgo, also noted in this respect ...

... Mira also known as Omicron Ceti (ο Ceti, ο Cet), is a red giant star estimated 200-400 light years away in the constellation Cetus. Mira is a binary star, consisting of the red giant Mira A along with Mira B. Mira A is also an oscillating variable star and was the first non-supernova variable star discovered, with the possible exception of Algol. Apart from the unusual Eta Carinae, Mira is the brightest periodic variable in the sky that is not visible to the naked eye for part of its cycle ...

Avior

ε Carinae

1.86

59º 31' S

*126.4

Mira

ο Ceti

3.04

03º 02' S

'33.7

Algol

β Persei

2.09

40º 46' N

*45.9

... In 1638 Johannes Holwarda determined a period of the star's reappearances, eleven months; he is often credited with the discovery of Mira's variability. Johannes Hevelius was observing it at the same time and named it 'Mira' (meaning 'wonderful' or 'astonishing,' in Latin) in 1662's Historiola Mirae Stellae, for it acted like no other known star. Ismail Bouillaud then estimated its period at 333 days, less than one day off the modern value of 332 days, and perfectly forgivable, as Mira is known to vary slightly in period, and may even be slowly changing over time ...

But for practical reasons I will not change my table below, where we can perceive that Mira ought to be thought of as primarily at Gb4-13 (→ 413 → 14 * 29½) and Gb7-30 rather than at Gb4-14 (→ 41.4 → Bharani) and Gb7-31:

FEBR 17 18 19 (50) 20 (*336) 21 (400 + 17) 22 (53)
Gb4-13 (332) Gb4-14 Gb4-15 Gb4-16 (336) Gb4-17 (108) Gb4-18
Gb7-30 Gb7-31 (212) Gb8-1 Gb8-2 (214) (108 + 107) Gb8-4 (2 * 108)
ξ¹ Ceti MIRA *34 ξ Arietis (*35.0) *36 *37
April 22 (112) 23 (*33) 24 25 (480, 115) 26 26
Oct 22 (295) 23 24 25 26 27 (300)
ARCTURUS KHAMBALIA *217 FOMALHAUT FUM-AL-SAMAKAH η Centauri (*220.4)

For the design of Gb7-30 is structurally not far away from Cb1-6:

*181.7

MIRA (*33.7)

ARCTURUS (*215.4)

... We have here evidently discovered another 'pinpoint fraction', viz. 0.7:

Dramasa

*320.0

Bharani

*41 + .4

λ Eridani

*76 + .7

The central element in Cb1-6 is rakau:

FEBR 17 (413 = 14 * 29½) 182 AUG 19 (*151)
Gb7-30 Cb1-6 (398)
*32 + 366 = *398

April 22 (477 = 112 + 365)

ARCTURUS (*215)

Oct 22 (295)

ARCTURUS (295)

Oct 22 (*215 = *32 + 183)

*32

April 22 (112 = 295 - 183)

AUG 19 (231 = 48 + 183) FEBR 17 (48 = 413 - 365)

*94

Gb4-26 (117 = 211 - 107 + 13)

Gb7-30 (211)

ALGOL (*45)

ξ Ceti (*32)

*227 = *45 + *182

*214 = *32 + *182
 
Ca4-13 Ca4-20 Ca4-25 Ca5-5 Ca10-6 Cb1-6 (392 + 6)
0h *88
Ca1-1
March 22 (81, *1)
ALGENIB PEGASI
*1 + *183 = *184
Sept 21 (264. *184)
(*184 - *41 = *143)
koia
... sacred numbers were never chosen haphazardly ...
6 4 8 150
Ca4-13 (89) Ca4-20 (96) Ca4-25 (101) Ca5-5 (110) Ca10-6 (261)
June 18 (169) June 25 (176) June 30 (181) July 9 (190) Dec 7 (341)
PRAJA-PĀTI *96 SIRIUS *293 - *183 Sarin (*261.0), ο Ophiuchi (*261.4)

ALRISHA

Ζ Serpentis (*272.4) KAUS BOREALIS Φ SAGITTARII ALRAMI (The Archer) RIGEL, CAPELLA (*78.4)

THUBAN

Dec 18 (352) Dec 25 (359) Dec 30 (364) Jan 8 (373) June 7 (158)
8 tupu te rakau 159 Tupu te toromiro
173

Rakau. Raau, medicine, remedy, drug. Ra'a'u, scratch on the skin. Rakau, a plant. Râkau, goods, property. Vanaga. 1. Wood; rakau ta, cudgel, stick. P Pau.: rakau, tree, to dress a wound. Mgv.: rakau, wood, timber, a tree; medicine, a remedy; an object. Mq.: ákau, wood, tree. Ta.: raáu, id. 2. Medicine, remedy, potion, ointment, furniture, any precious object, resources, baggage, riches, heritage, dowry, merchandise, treasure, wealth; rakau hakaneinei, purgative; rakau nui, rich, opulent; rakau kore, poor, beggar, indigent, miserable, an inferior; hakakamikami ki te rakau, to impoverish; rakau o te miro, ballast. Mq.: akau, anything in general. The medicine sense is particularized in Tonga, Nukuoro, Hawaii, Tahiti, Mangareva, Paumotu. In no other speech does wood stand so fully for wealth of possessions, but it will be recalled that Rapanui is destitute of timber and depends wholly upon driftwood. Churchill.

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