3D Hemisphere

If the sun moved 180° other than on the equinox, earth must twist to keep in the same season when it entered the reverse orbit. Drag Earth's Hemisphere: Position the pole at 23° off axis like our earth then twist 15° counterclockwise on a vertical axis then 15° clockwise replicating the pole shift in Yao's Canon and reverse zodiac. Twist 70° clockwise for Joshua's Long Day February 25 1238 BC then twist 70° counterclockwise for when a year later the sun moved 180° back. Twist 75° clockwise on the reverse orbit about 1313 BC then 75° counterclockwise when earth must have come out of the reverse orbit on Moses' three days darkness February 22 1279 BC. The twist on a vertical axis is necessary to keep earth in the same season, to account for Chinese and Egyptian astronomical records and tree ring studies which show no change in seasons. If you have a globe, twist the base to get the same affect.




Author: Daeron Meyer

Calculate the twist needed to keep the same season on the earth after the sun moves 180°.