The 2012 Star Triangle Code

Concerning Dec 21, 2012 and the 2012 calendar . . .

 

Several things that had to be "set" for The 2012 Star Triangle Code Equations  and Diagram to work correctly to get the important numbers 73, 313, 696, 212, 525, 1221, and the over-riding date 12-21-12.

 

1. The Mayan Long Count Calendar had to be created.

          It is impossible to know exactly when it was created, but it is thought that this calendar was created approx. 500 B.C (2500 years ago).   It is a cyclical calendar that eventually would start over at day zero after 1,872,000 days (approximately equal to 5125.36 years).

 

2. The start date of the Mayan Calendar had to be set precisely.

          When the calendar was created it apparently was back dated to start on Sep 6, 3114 B.C. for some unknown reason to us.  This was the date that they set for the current age they were in which would end on Dec 21, 2012 on our calendar.

 

3. The Gregorian Calendar had to be created.

          The calendar we use today, the Gregorian calendar, was created and began to be used in 1582.  It was created to fix the Julian Calendar that had been used since 46 BC.  The beginning year one was back dated to the birth of Jesus as a permanent starting date.  The Julian Calendar's years were often reset to start over with the beginning of particular Emperor's reigns.  The number of days in each of the months were modified to adjust to the new calendar.

 

4. Year 1 of our calendar had to be set correctly (or incorrectly).

          First of all Jesus had to be born at close to the time in history that he was (approx. 2000 years ago).  There is no other historical event significant enough to cause our calendar to be set for that particular year.  Ironically most scholars today agree that Jesus probably wasn't born at year 1, but most likely in 4 A.D.  In other words a "mistake" had to occur for 2012 to not actually be some other year.  For instance if Jesus was actually born in 4A.D and our calendar was set at his birth then 2012 would actually be 2008 or 2009.

 

5. The number of days in each month of our calendar had to be what they are.

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6. 2012 had to be a leap year.

         Although the number of days in each month in our Gregorian calendar seem arbitrary at 30, 31 or 28 days they are very important for determining the "MonthDay" numbers.  For instance March 13th has to be the 73rd day of the year therefore January and February combined must have exactly 60 days in them (60+13=73).  Most years the two months will add up to 59 days (31+28) but the leap year added one day. 

         This brings up all kinds of questions such as what if the earth orbited the sun every 365.20 days instead of every 365.25 days.  Then we would have a leap year every 5th year and 2012 would not be a leap year as is necessary.  The reason a leap year is necessary is because when generating the prime convergence date of the 3 sets of numbers they all must be odd numbers since all primes are odd numbers.  Without Feb 29th then Dec 21 is the 355th day of the year. Since Dec 21 is day 0 of the countdown now the [DaysFromJan1] set and the [DaysFromDec21] set are now at odd-even pairings so you never have two odds together: [355,0], [354,1], [353,2], [354,3], etc.

 

7. The numerals 1 to 9 need to have the shapes that they have.

          Specifically, our numerals need to have shapes that can be flipped or rotated to describe another numeral or itself.  (or themselves).  This is extremely important to demonstrate the rarity of each number in the equations

313 + 696 + 212 = 1221  or  313 + 212 = 525 as being 180° or 360° rotational numbers.  It is of course also crucial to the symbolism inherent in the equations.  Specifically the numbers 1, 3, 2, 5, 6, 9 need to have this rotational ability.

Note that the most visually accurate shape of the letters is by using a digital block font (this font did not exist before the current digital age).

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