| . NATIVE CALENDAR CONCEPTUAL CONFIGURATION The illustration below represents a calendar of one Earth year and has 365 divisions, one for each day. The divisions are bundled in groups of twenty, of which there are eighteen. Five days remain. New Years day is arbitrarily positioned in relationship to the four seasons. The start of a new year can be any day deemed appropriate for that purpose (equinox, solstice, helical risings, etc.). On this calendar, the first day of the New Year coincides with the Vernal Equinox. |
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| What is a logical
method? If you are not sure, then know that it is a method or activity that
produces a predictable pattern or sequence. Predictability follows a logical
pattern. Understanding the logic underlying a pattern is key to the accuracy of its
predictability; or not. Many folks believe that the Indian used a method to produce
360 distinct day-names. But, no one is certain of its makeup. To answer this important
question, a close look at an eyewitness report eliminated all possibilities but one when
viewed in perspective. The flood of treasure-hunters that immigrated to the new world, after the siege of Tenochtitlan 1521, had little use for Native time-management, imposing their own. The European civil system supplanted the Native system, which was paved over. Diego Duran, who arrive in 1543 at age six and grew up with nahua playmates, became fluent in the indigenous culture very early, embodying "little Spanish-Indian boy." Even he didn't fully grasp the local day-counting methods, but his observations do offer a small glimpse with big implications. What the confused description of events inadvertantely show is: whatever logical method that the Natives did apply, numbers were being employed to define the civil weekday. From: The Book of Rites & Gods and the Ancient Calendar by Diego Duran Page 394: In ancient times the year was composed of eighteen months, and thus it was observed by these indian people. Since their months, were made up of no more than twenty days, these were all the days contained in a month, because they were not guided by the moon but by the days; there fore, the year had eighteen months. The days of the year were counted twenty by twenty. Each of the twenty days of the month had its name and symbol to designate each day. This is similar to the way in which we name the days of the week: Monday, Tuesday, Wednesday, and so forth. In this same manner the people indicated the twenty days of their month, in the order which is shown in our illustration [Plate 36]. It is well to give the names of these symbols. They are: Cipactli, which was the first figure and which means Head of Serpent. And when [the people] called it a head, I think that they understood it to be the beginning of the month, or its first day. The second day was called Wind; the third, House; the fourth, Lizard; the fifth, Serpent; the seventh, Deer; the eighth, Rabbit; the ninth, Water; the tenth, Dog; the eleventh, Monkey; the twelfth, Wild Grass; the thirteenth, Reed; the fourteenth, Jaguar; the fifteenth, Eagle; the sixteenth, Buzzard; the seventeenth, Motion; the eighteenth, Flint Knife, nineteenth, Rain; and the twentieth and last, Flower. At the beginning of each month, on the day which we have called Head of Serpent, a most solemn feast , as we shall see later in the description of the calendar... Everyone knows that the year is made up of three hundred sixty-five days. But the number of these days divided into twenties makes up eighteen scores. These were the months of the years, but the five days which were left over were held by this nation to be unlucky, nameless, and profitless. Thus they remained as blanks; there were no symbols for them, or number[s]. And so they were called nemontemi, which means "days left over and profitless." These fell at the end of February, on the twenty-fourth, the day of the glorious Saint Matthias, in the month when we ourselves adjust the year. The natives also observed this day, and thus the year ended and a new year began... "Aside from giving names to the days of the month, these twenty symbols, or characters, were used for telling the fortune of those born on them... "The symbols representing each day of the month functioned as letters. In general, these painted characters were used as picture writing, describing native history and lore, memorable events in war, victories, famines and plagues, prosperous and adverse times. . Page 360: Native Days and Numbers from Duran's exhibits: . ... . Page 187: And thus the feast of knights and noblemen was held in honor of their god the Sun, and was called Nauholin, which means Four Motion. With this name it was solemnized according to the high position of the persons whose feast it was. The feast was celebrated twice a year: the first time on March 17 and the other [260 days later] on the second day of December - that is, on the two occasions on which the number Four Motion or Movement fell in the year. To better understand this, it is necessary to know that the native week covered a thirteen-day period and after the thirteen days had terminated, the count from one to thirteen began again. The months contained only twenty days, and for each of twenty a sign was designated. These signs were twenty, each having its own, just as we say Monday, Tuesday, and so forth. This way the days of the month were indicated, and among them was the sign ollin, in the form of a butterfly. When this sign (counting, as they did, the weeks by thirteen) fell on the number four (which occurred only twice a year), the feast called Four Motion was celebrated splendidly, as we shall see." The fact that the
event is mentioned to have occurred twice a year, 260 days apart, may indicate that this
is a regular annual event with the start point calibrated from a recurring astronomical
event. A full consideration of the eyewitness' statements shows that is not the
case, from which some confusion has prevailed. The over-riding reality is that the
event was recurring on a 260 day interval; not characteristic of a xiuhpohualli.From a New Year day of March 1, Duran's account noted the date of March
17 for Nahiolin [aka: Nahui Ollin] following the Spring equinox by 6 days.
(see footnotes for details) The Julian calendar was in use at that time. This
would be March 27 on the Gregorian calendar.
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Anyone who has researched the
Native calendar is confident that some kind of scheme to distinguish 360 days to, at the
very least, keep a business appointment or write a legal |
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| . Page 412 (footnote): 1 Duran places the beginning of the Mexica year on March 1, whereas Sahagun states that it is February 2.* According to Durans calculation the Aztec year would end on February 28, and on February 29 in leap years. It is curious that Fray Diego accepted February 28 as the final day of the Aztec year, a calculation that adjusts neatly to European system of regular and leap years. |
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References: The Book of Rites & Gods and the Ancient Calendar by Friar Diego Duran, 1581; translated from Spanish Norman, Oklahoma: University of Oklahoma Press; 1971 Aztec
Calendar Handbook |