From the basics adopted by William Gann is a Square of Nine,
which is a numbers arranged around each as spiral arrangement begins with a
number 1 followed to the left 2 and arrange numbers then spiral in a clockwise
direction until the number 9, which ends its first circle and then start
numbers in the second circle of 10 to 25 and the third circle of 26 to 49 and
so on to infinity.

As it is observed that the box is divided into 8 sections in
the form of a circle and each section a 45 degree angle and numbers which pass
the mid-constituent form (+) are called the base numbers and numbers
constituent form (×) called Angle numbers.

In the first circuit consisting of 2 to 9, we find that
there is only one number which is the one that separates every angle 45
"while in the second circle, composed of 10 to 25, we find that there are
two numbers separate between each corner 45" while in the third circle, we
find that there 3 numbers that separate each angle between 45 "and so on
all the circuits.

Considering the shape of Gann square, we find that there are
three circles or rings decree passing through squares of circle numbers or the
initial ring which its diameter decree from square 316 to square 352 vertical and note that the
quarter No. 352 is located just 8 squares left from the number 360, a figure of
Full Circle diameter, which make Gann draws a first circle at this level, the
circuit or the second ring, which its diameter decree of quarter 664 to quarter
716 vertical and note that the square No. 716 is located 4 squares left from
the number 720, which multiplied by 360 × 2 For this reason, Gann drawing second
Circuit in this place.

Circle or third ring which represents the daily calendar,
which starts from March 21 and are going in a clockwise direction, which is
also the diameter equal to multiplied by 360 × 3.

If we look at the square No. 4 and follow it to left angle
of 45 "we find that the numbers that follow are 4, 16, 36, 64, 100 and 144
which are matrimonial numbers if we got on the of the number √
gives us 2, 4, 8, 10 and 12, which was even numbers ranked Sort spiral in the
first circuit and the same pattern will be found in the corner bearing single
digits such as angle number one if we follow it to the right you will find the
numbers 9, 25, 48, 81, 121 and 169, and if we got on the √
of the number we find 3, 5, 7, 9 and 11 and 13 which figures ranked spiral
arrangement.

## No comments:

## Post a Comment