In this chapter, ancient calendars are analysed in detail, showing how the book was encoded in them. Show respect for the feat of your ancestors who brought the original source to this day. Recognise how much courage and spiritual strength it took them to preserve the ancient message over the centuries. This chapter presents the inner structure of some ancient calendars.
The "Tzolkin" calendar
We now convert the calendar shown above into a table from the digital values of the dates. To do this, we only need one complete cycle, as the cycles in the calendar repeat exactly. The table below consists of the numbers of the nine upper lines and columns of the calendar.
Cycle of the “Tzolkin” calendar - The digital values of numbers
If we look at this cycle as three-digit numbers, we see that all numbers in the horizontal and vertical rows relate to the digits of the main key - 3, 6, 9.
In terms of the digital values of the numbers, it looks like this:

In the table with the digital values from the numbers of a cycle of the “Tzolkin” calendar, the three left columns form a total of nine three-digit numbers. These are arranged in strict order according to the keys of the third group. Any group of three number keys can be used to create a complete table. Let's take the same group of the keys as an example: 135, 468, 792.
Each table starts with three chosen keys, from which the first column is formed. The first subsection is derived from the column, which in turn is used to create the entire table.
Example of a magic square from the “Tzolkin” calendar
The Mayan calendar “Haab”
Complete cycle of the Mayan calendar "Haab" and the digital values of the numbers
Тotemistic Slavic Yearbook
We write the numbers of the digital values in three columns:
![]() |
The vertical rows show the keys. On the right is an example of a magic square from the first column. All seven sacred tables can be taken from the Slavic calendars. | ![]() |
As you can clearly see, there is a unique system in all ancient calendars that was preserved in them for thousands of years and only revealed when it was time. The revelation of the main secret of the ancient calendars proves indisputably that the peoples who preserved them are at least no younger than the Mayan people.
Chinese calendar
that defines the division of the year into 24 parts according to the position of the sun and the ecliptic.
Ecliptical longitude:

Totemic Chinese calendar
The numbers are arranged in vertical order so that all seven sacred tables can be deciphered if you know the secret of the system. An example for creating a complete section from the first three numbers: 786, 453, 129.
The digital values of the numbers
A magic square from the central subsection
Kazakh totem calendar "Mushel"
As you can see, only the years are left in the table. The rows and columns are divided into four parts to make it easier for you to compare the table above with the table below.
Kazakh totem calendar "Mushel" - The digital values of the numbers
For thousands of years, in the Kazakh calendar, as in other ancient calendars, the keys and the secret of the system were kept.
"Hijrah" solar calendar and "Gregorian" calendar
Although the Hijrah calendar was given its modern name in 622, it is thousands of years old. In the table above, you can see a small period (65 years) from the solar calendar “Hijrah”. The calendar was compiled using the main keys. The years are arranged in two columns, each with 33 rows. On the right in the last column, you can see the digital values of these numbers as well as those of the years from the missing third column of each calendar. The columns of both calendars show the three main keys.
Even a small change in the original calendars would result that the main keys are no longer recognisable.
In these four columns, the digital values of the years from the four columns of the previous table are shown in the same order. This clearly shows that the inner structure of both calendars is identical.
Despite the fact that all real ancient calendars were created according to the same system, the beginning of each calendar is different. There are 18 options for the beginning. You can give the calendar a different shape or other external changes, but this does not change the order of the inner structure.
A recommended video: