oh, ma è facile usare Gann e diventare ricchy, basta seguire le istruzioni
For the Spiral Chart, it is found that Gann used the following directions to overlay planetary positions
[14]:
- The axis going from 1 to 2,11, 28, and so on are 0° or 0° Aries, the spring equinox (in the Northern Hemisphere, same for below).
- The axis going from 1 to 4, 15, 34 and so on are 90° or 0° Cancer, the summer solstice.
- The axis going from 1 to 6, 19, 40, 69 and so on are 180° or 0° Libra, the autumn equinox.
- The axis going from 1 to 8, 23, 46, 77, etc. is 270° or 0° Capricorn, the winter solstice.
In all: for any natural number P>1, its approximate angular value A (in degrees) is given by:
Ap = MOD[180×(P−1)½−225,360]°
For example, from the Octagon Chart, it is known that the angular value of 73 is 225°. Substitute P with 73 into the above formula:
A73 = MOD[180×(73−1)½−225,360] = MOD[180×8.4853−225,360] = 222.35, which is close to 225.
Similarly, it is found that Gann used the following method to overlay planetary positions on the Hexagon Chart
[15]:
- The axis going from 0 to 1,11, 28, and so on are 60° or 0° Gemini.
- The axis going from 0 to 2, 10, 24, and so on are 120° or 0° Leo.
- The axis going from 0 to 3, 12, 27, and so on are 180° or 0° Libra.
- The axis going from 0 to 4, 14, 30, and so on are 240° or 0° Sagittarius.
- The axis going from 0 to 5, 10, 24, and so on are 300° or 0° Aquarius.
- The axis going from 0 to 6, 10, 24, and so on are 0° or 0° Aries.
The above mathematical relationship could be demonstrated by this mathematical formula. For any natural number P>1, its approximate angular value A (in degrees) is given by:
Ap = MOD[210×P½−180,360]°
For example, from the Hexagon Chart, it is known that the angular value of 36 is 0°. Substitute P with 36 into the above formula:
A36 = MOD[210×36½−180,360]° = 0°
spero che il Ministro dell'Economia sappia di astronomia, sennò sono guai seri