(9azzzg of 11)
According to Nile Valley Africans via Mythology and Eschatology:1. In the formation of circles and cycles, poles are created first, then equators. This allows separation before division and subsequent diffusion dispersion. Thus solstices come before equinoxes.
2. Motion begins at the center of a circle. Time reckoning begins at the pole.
3. The southern polestar in Canis Major Constellation was used first. This is Sirius, Khut, Sut, Sothis, Polaris South, the southern hemisphere dog-star.4. The Great Bear Constellation was used second as an addition to Polaris South. This is Kepha, the Hippopotamus Water Horse.
5. Polaris North, Anup, mostly replaced Sut.6. Taht-Hermes, the Moon, replaced Polaris North. This yielded time reckonings of 365 days, 7 day weeks and 30 day months.
7. Finally, the Sun was added to reckon time by. In the past few thousand years, we've all but forgotten how to reckon otherwise. Just as we've lost sight of the Gods and focus on only one God, we also focus on the Sun based on Earth's rotation and revolution, but ignore the Sun's rotation and revolution. The Aten Sun has become our main Atensun (attention) grabber. This is part of Atenism worship we are still observing.8. The Great Year is based on the moon and the sun's orbit; however, also included are other basic cycles such as the Great Bear Constellation, the Circumpolar Constellations, the Zodiac Constellations, Polestars and other planets.
9. Poles and equators are one-quarter circle cycle distance apart. One-fourth of a turn represents:a) 15 minutes in an Earth hour.
b) 6 hours in an Earth Day.
c) 3 months in an Earth Year.
d) 9 Earth days in a Sun Day.
e) 2,365,200 Earth Days in a Sun Year
f) 6,480 years in a Sun Year.
10. If the time delay is 6,480 years, then the first Equinoctial Age would start when the second Polar Age only has 926 years remaining. (6480 – 3703 – 3703 = 926). 926 = one-fourth of a Polar Age (3703 / 4 = 925.75)
This also means three equatorial ages are equal to 1.75 polar ages.
12. Possibly the circumpolar trip also takes slightly longer at 25,935 years. This hypothesized number of years allows each Age to be 3,705 years. 3,705 / 4 = 926.25. 25,935 / 926.25 = 28, a lunar moon cycle. 3,705 also allows equal division of the great year by 19, which yields 1,365, whereas the equatorial great year of 25,920 lends itself to equal division by 60. 19 and 60 are notable Han cycles. These two timeframes for the Great Year are supported by Kepheus being 11 years later than Aquaria this time around. This close proximity of two Ages starting almost at the same time takes place once per Great Year. This slight offset tells us there is a variance in the initial starting point and/or distance, time, speed of the Circumpolar revolution of constellations compared to the Equatorial revolution of constellations.
Without these differences, at some point, a constellation from the polar great year and a constellation from the equatorial great year would begin at the exact same year.
Note: There is an uneven number of days that makes up an Earth Year (365.25636 days)
There is also an uneven number of days in the currently stated Moon revolution.
