Tibetan calendar astronomical almanac demonstration method and system

Abstract

The invention discloses a Tibetan calendar astronomical almanac calculation demonstration method and system, and the method comprises the following steps: obtaining data which comprises year, month, day and data algorithm dispatches, wherein the data algorithm factions comprise at least one of a JIZI faction, a Pur faction, a Chuer faction and a Gandeng new calculation faction; performing leap year data query encapsulation and non-leap year data query encapsulation on the data; traversing a database to search leap year data information and non-leap year data information corresponding to the data, and packaging the queried data, the database storing astronomical almanac calculation data, the astronomical almanac calculation data including all data of the day, five element values, five dizzyvalues, a Rahu value, integral month remainder, leap months, double days and lack day data; and performing rendering display according to the searched data information. According to the method, intelligent output of the Tibetan calendar can be realized, data such as five elements of all systems, five elements of action and five planet motion values of the sun day are matched and output accordingto input information, the calculation time consumption is short, the manual calculation time consumption is reduced, and the calculation reliability is improved.

Description

technical field [0001] The present invention relates to the field of astronomical calendar calculation methods, and more specifically relates to a demonstration method and system for Tibetan calendar astronomical calendar calculations. Background technique [0002] Many nationalities in the world have their own languages ​​and cultures, but very few have their own numbers, astronomical calendars and calendars. Tibetan astronomical calendar is an important part of the excellent traditional culture of the motherland. It is based on the early local calendar in Tibet, plus the five elements, the time wheel calendar, the divination technique, and the later introduced Shixian calendar. It has a long history, rich literature, complete system, scientific theory and uninterrupted inheritance and continues to this day. Different genres of almanacs were promulgated in various periods of history, such as Sakya almanac, Balbung almanac, Minlin almanac, Menzikang almanac, etc., which pla...

AI Technical Summary

Problems solved by technology

[0005] The compilation of "Astronomical and Meteorological Almanac" requires a lot of data calculation work. Historically, data calculations have been done by manual sand table calculations. If you calculate a genre of 2,000-year data, use the traditional calculation tool sand table to use the fastest quick calculation method In terms of calculation, a few people can only calculate the basic data of 226 years a year, and so on, manually calculate the four calendars of Zhuzipur School, Jizi (Zuozi School), Chuer School, and Gandeng Xinsuan for 2,000 years. It takes more than 30 years for the basic data, and the cost, time, and manpower required are huge, and the accuracy is difficult to guarantee