33 Year Diamond

Updated last on - electric night : 8 cib : day 228 of organic spring equinox year - © 2013 Raah Sirus

Step 1 - Solar time measurement (sun rising east)

As marker points, the twice yearly occurance of the Solstice in winter and summer, and Equinox in spring and autumn are compariable in meaning and measure to the 4 sides of a pyramid. Therefore they can be related to as the foundation for the solar cycle. In order to keep track of them our ancestors have built many temples, stonecircles, pyramids to name a few, and to this day these sacred days are celebrated ceremonially to honour 4 directions, north, east, west and south {n.e.w.s}

If compared to the cycle of the day, the cycle of the year can be paired up thus:

Midnight = Winter solstice ( North ), Sunrise = Spring equinox ( East ),

Midday = Summer solstice ( South ), Sunset = Autumn equinox ( West )

*viewed from northern hemisphere*

It is no surprise that to honour the dawning of a New year ~ since Spring equinox = fractal equivalent or dawn i.e. sunrise in the East ~ beginning of new day / year, the Spring equinox has been the number 1 day to measure the length of the year with ( also Traditioanlly 0 degrees Aries in Astrology ).

In the diagram below the equinox is being measured by the day in which the Sun rises directly east, and as long as the same rule applies to the end of the measurement this can be used to confirm the exact length of the year ~ though the day it occurs depends on latitude for example; Edinburgh compared to the Equator.

18th Mar 2013 = Sun rising East at Edinburgh (55. North)

20th Mar 2013 = Sun rising East at Equator (0. N/S)

Another way to do this is to mark the equinox day when number hours of day and night are equal, or 12 hours of day and 12 hours of night, though nothing in nature is exact like a clock ( yet we need a clock to scientifically proove that ) so it isnt exacly 12 hours ( there are a few minutes difference in it ).... for example; Edinburgh compared to the Equator.

18th Mar 2013 = Sun rising East at Edinburgh (55. North) = 6h 20m ~ 12h 21m ~ 18h 23m

20th Mar 2013 = Sun rising East at Equator (0. N/S) = 6h 05m ~ 12h 08m ~ 18h 11m

Over time using these methods our ancestors from all over the world, came to the same conclusion, that the length of the year was more than just 365 days exactly. In order to deal with the extra days accumulated, various different leap-systems were created.

365 + 8/33 = Persian leap-day cycle of 33 years, length of year = 365.24242

365 + 90/372 = N.T.F.M. leap-day cycle of 372 years, length of year = 365.24194

365 + 97/400 = Gregorian leap-day cycle of 400 years, length of year = 365.24250

365 + 365/1507 = Mayan leap-day cycle of 1507 years, length of year = 365.24220

The one I will be focusing on here is the 33 year cycle of the Persians as during my research this pattern of leap-days has been confirmed as accurate for an average year length over 20,000 years (centred between 1bc/1ad), and also over 200 years between the years of 1900 and 2099 (more info in part 3 of this page).

{click here for online spreadsheet - calculating average year length over 20,000 years}

{click here for online table - calculating average year length over 200 years}

The following diagram shows the distribution of leap-days within the Persian style 33 year cycle in mandala form. The leap-days have been marked around the edges in Mayan notation, as I feel its really only when our worlds planetary knowledge is blended together that we see the true magic of these timeless codes, so I honour this here, blessed be..

33 year cycle = 33 x 365 days ( + 8 leap-days ) = 12053 days

12053 / 33 = 365.2424 days

Step 2 - Fitting it all together as the larger fractal pattern

From studying sacred geometry, over time it became apparent that as a sub cycle the 33 leap-day cycle had a leap-day every 4 years, plus an extra 33 year at the end. This lead me to draw this patten out in geometry in the graphic below, reflecting the 3 regular years 365 days, plus the extra 366 days of the leap-year.

To draw it: Inner circle ~ radius = 2/3 distance from center of outer triangle to midpoint of one of its 3 edges. Outer 3 circles ~ all cross midpoint, from center points = occur on circumference of inner circle, where 3 invisible lines from the center of outer triangle to its outer 3 points cross the inner circle. All 4 circles of the 4 year matrix display exactly the same diameter and radius as each other

Later through relating the pattern of dividing the 365 days year into (4x91) + 1 = 365, for working with 13 moon system (13:28) it was noted that the same can be said of the leap year of 366, in that its pattern would work similarally as (5x73) +1 = 366. From here on I renamed the 2 different year lengths for the purpose of explaining the inner workings of this graphic:

cross years (365 days) = 4 x 91 (+1) = "4 sided" cross = divided by four

star year (366 days) = 5 x 73 (+1) = "5 pointed" star = divided by five

Step 3 - 33 year Diamond Matrix of the Sun / Earth system

Above is the complete graphic of my prototype Diamond matrix for the 33 year cycle. Within it can be seen 8 leap-day sub-cycles of 4 years, plus the extra 33rd year in the middle (with flower of life matrix in the background).

8 x (3 x 365 + 1 x 366) + 365 = 12053 days per cycle

12053 / 33 = 365.2424...

Below is a table showing the dates of all Spring & Autumn equinoxes over a whole 33 year cycle + 8 years. In it you can see the pattern of the Mayan day signs repeating, a pattern the Mayans would have be able to see very clearly by noting the date every year when the Sun rises East;

~ every 4 years, leap day cycle, the day of the Spring equinox skips 1 number

~ the same is true of the Autumn equinox ( starting at year 23 of 33 ~ 11:11:11 ... the 3rd 11th )

~ Table of 33 year cycle of the Diamond Matrix ~

All measurements done using the Organic year matrix

Time anchored from Edinburgh, Arthurs Seat (55.94 N / 3.16 W)

( 0h0m00s ) beginning at 05:49 S.E. 2008 and at 06:08 S.E. 2041 (dawn UT)

tracking exact dates of Spring and Autumn Equinox 2008-2040 + 2041-2048

within Traditional Mayan tzolkin, and includes number of days between them.

Total days between S.E. and A.E. = (13 x 187) + (20 x 186) = 6151 days

note the appearence of the ratio 13:20 !

6151 / 33 = 186.39393... = average time between S.E. and A.E.

Total days between A.E. and S.E. = (5 x 178) + (28 x 179) = 5902 days

5902 / 33 = 178.84848... = average time between A.E. and S.E.

186.39393 + 178.84848

= 365.24242... Total days per Spring equinox year

(8 leap days over 33 years) = 33 year cycle of the Persians

365 + (8/33) = 365.24242...

or

6151 + 5902 = 12053 days ( 46 x 260 ( +93 ) )

Kin 243 ( S.E. of 2008 )  + 93 = 336

336 - 260 = Kin 076 ( S.E. of 2041 )

Conclusion - mutually self affirming time matrices

of the Mayans and Persians

Therefore both the Mayan and Persian systems of time converge through utizing a 33 year cycle. The average year length of 365.2424... being woven with the 260 day cycle of the sacred Tzolkin. Its also good to note the matrix of the Tzolkin is made up of the ratio 13:20, which was seen inherent in the pattern of days through the sequence of Spring equinoxes, and that the sum of the numbers 13 + 20 = 33.

It was through the Diamond matrix that the Infinity Codes were born ;-)

blended to become flower of infinite diamond light + beauty !

External links that relate to 33 year cycle:

> Skyscript: The Astronomy and Astrology of the Solar Hero Myth, by Robin Heath

> John Dee's Calendar and God's Longitude

> The Persian Calendar

> Solar Hijri calendar - Wikipedia

> "The Leonid meteor shower peaks around 17 November of each year (org.243).

Approximately every 33 years, the Leonid shower produces a meteor storm, peaking at rates of thousands of meteors per hour."