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A panchāngam ( sa, पञ्चाङ्गम्; ) is a
Hindu calendar The Hindu calendar, Panchanga () or Panjika is one of various lunisolar calendars that are traditionally used in the Indian subcontinent and Southeast Asia, with further regional variations for social and Hindu religious purposes. They adopt a s ...
and
almanac An almanac (also spelled ''almanack'' and ''almanach'') is an annual publication listing a set of current information about one or multiple subjects. It includes information like weather forecasts, farmers' planting dates, tide tables, and other ...
, which follows traditional units of Hindu timekeeping, and presents important dates and their calculations in a tabulated form. It is sometimes spelled ''Panchāngamu, Pancanga'', ''Panchanga'', ''Panchaanga'', or ''Panchānga'', and is often pronounced ''Panchāng''. Panchangas are used in
Jyotisha Jyotisha or Jyotishya (from Sanskrit ', from ' “light, heavenly body" and ''ish'' - from Isvara or God) is the traditional Hindu system of astrology, also known as Hindu astrology, Indian astrology and more recently Vedic astrology. It is one ...
() (Indian astrology).''Personal Panchānga and the Five Sources of Light'', by Komilla Sutton, The Wessex Astrologer, England, In
Nepal Nepal (; ne, नेपाल ), formerly the Federal Democratic Republic of Nepal ( ne, सङ्घीय लोकतान्त्रिक गणतन्त्र नेपाल ), is a landlocked country in South Asia. It is mai ...
and Eastern India, including
Assam Assam (; ) is a state in northeastern India, south of the eastern Himalayas along the Brahmaputra and Barak River valleys. Assam covers an area of . The state is bordered by Bhutan and Arunachal Pradesh to the north; Nagaland and Manipur ...
,
Bengal Bengal ( ; bn, বাংলা/বঙ্গ, translit=Bānglā/Bôngô, ) is a geopolitical, cultural and historical region in South Asia, specifically in the eastern part of the Indian subcontinent at the apex of the Bay of Bengal, predom ...
and
Odisha Odisha (English: , ), formerly Orissa ( the official name until 2011), is an Indian state located in Eastern India. It is the 8th largest state by area, and the 11th largest by population. The state has the third largest population of ...
, the Panchangam is referred to as
Panjika The Panjika (IAST: Pañjikā; or, ପଞ୍ଜିକା; bn, পঞ্জিকা; as, পঞ্জিকা; mai, পাঁজিক , पाँजिक) is the Hindu astronomical almanac, published in Odia, Maithili, Assamese and Ben ...
.


Overview

Panchāngams are published in India by many authors, societies, academies, and universities. Different publications differ only minutely, at least for a casual or not yet trained reader. They forecast
celestial Celestial may refer to: Science * Objects or events seen in the sky and the following astronomical terms: ** Astronomical object, a naturally occurring physical entity, association, or structure that exists in the observable universe ** Celes ...
phenomena such as
solar eclipse A solar eclipse occurs when the Moon passes between Earth and the Sun, thereby obscuring the view of the Sun from a small part of the Earth, totally or partially. Such an alignment occurs during an eclipse season, approximately every six month ...
s, forecasting weather (rain, dry spells) as well as more mundane occurrences. The study of Panchāngams involves understanding ''Rasi phala'' (also pronounced 'Rashi phala'), the impact of the signs of the
zodiac The zodiac is a belt-shaped region of the sky that extends approximately 8° north or south (as measured in celestial latitude) of the ecliptic, the Sun path, apparent path of the Sun across the celestial sphere over the course of the year. ...
on the individual. Astrologers consult the Panchāngam to set auspicious dates for
wedding A wedding is a ceremony where two people are united in marriage. Wedding traditions and customs vary greatly between cultures, ethnic groups, religions, countries, and social classes. Most wedding ceremonies involve an exchange of marriage vo ...
s, corporate mergers, and other activities as per their religion. The casting of a Panchāngam involves elaborate mathematical work involving high level of spherical geometry and sound understanding of astronomical phenomena, such as sidereal movements of heavenly bodies. However, in practice the tabulation is done on the basis of short-cut formulations as propounded by ancient
Vedic upright=1.2, The Vedas are ancient Sanskrit texts of Hinduism. Above: A page from the '' Atharvaveda''. The Vedas (, , ) are a large body of religious texts originating in ancient India. Composed in Vedic Sanskrit, the texts constitute the ...
sages and scholars. A typical Panchāngam may state tabulations of positions of
Sun The Sun is the star at the center of the Solar System. It is a nearly perfect ball of hot plasma, heated to incandescence by nuclear fusion reactions in its core. The Sun radiates this energy mainly as light, ultraviolet, and infrared radi ...
,
Moon The Moon is Earth's only natural satellite. It is the fifth largest satellite in the Solar System and the largest and most massive relative to its parent planet, with a diameter about one-quarter that of Earth (comparable to the width of ...
, and other planets for every day of the year on a fixed place (longitude, latitude) and time of day (in 24-hour format IST). The users calculate the remaining data using their relative difference from this fixed place and time. There are several panchāngas that contain information for more than one year. There is one, Vishvavijaya Panchāngam, that covers 100 years. The theories propounded in the two scriptures,
Surya Siddhanta The ''Surya Siddhanta'' (; ) is a Sanskrit treatise in Indian astronomy dated to 505 CE,Menso Folkerts, Craig G. Fraser, Jeremy John Gray, John L. Berggren, Wilbur R. Knorr (2017)Mathematics Encyclopaedia Britannica, Quote: "(...) its Hindu inven ...
and Grahalaghava formed the basis for the myriad calendars or Panchāngas in the past in different regions of India. The Grahalaghava was compiled about 600 years ago and Surya Siddhanta was available long before that. These had become outdated and did not tally with actual astronomical events and did not tally with each other. Hence, a committee was appointed by the Government of India with experts in the field drawn from various parts of the country who were involved with preparation of Panchāngam in local languages to draw up a reliable Panchāngam in which the mathematical calculations provides the positions of grahas (the planets) and nakshatras (constellations) in the sky as they are observed. Thus, the
Government of India The Government of India (ISO: ; often abbreviated as GoI), known as the Union Government or Central Government but often simply as the Centre, is the national government of the Republic of India, a federal democracy located in South Asia, c ...
has prepared the National Panchānga or the
Indian national calendar The Indian national calendar, sometimes called the Saka calendar, is a solar calendar that is used alongside the Gregorian calendar by ''The Gazette of India'', in news broadcasts by All India Radio, and in calendars and official communications i ...
in 1957 (was proposed by
Meghnad Saha Meghnad Saha (6 October 1893 – 16 February 1956) was an Indian astrophysicist who developed the Saha ionization equation, used to describe chemical and physical conditions in stars. His work allowed astronomers to accurately relate the sp ...
and Lahiri in 1952), which is used in predictive
astrology Astrology is a range of Divination, divinatory practices, recognized as pseudoscientific since the 18th century, that claim to discern information about human affairs and terrestrial events by studying the apparent positions of Celestial o ...
. The Lahiris Ephemeris published annually is the most widely used English almanac in Vedic astrology, many Panchāngas are published in local languages, which are mostly based on the National Panchānga.


Etymology

Accuracy of attributes depending upon the Moon's motions were considered most crucial for the reliability of a panchāngam, because the Moon is the fastest among all heavenly entities shown in traditional panchāngas. Tithi, Nakshatra, Rāśi, Yoga, and Karana depend upon Moon's motions, which are five in number. ''Panchānga'' is a Sanskrit word, literally meaning "having five limbs". If these five limbs, for example, the five attributes depending upon Moon, are accurate, an almanac is held to be reliable, because other elements are not so difficult to compute due to their slow rates of change. There are three popular meanings of panchāngam: # In
Vedic astrology Jyotisha or Jyotishya (from Sanskrit ', from ' “light, heavenly body" and ''ish'' - from Isvara or God) is the traditional Hindu system of astrology, also known as Hindu astrology, Indian astrology and more recently Vedic astrology. It is one ...
, meaning "five attributes" of the day. They are: #*
Tithi In Vedic timekeeping, a ''tithi'' is a uration of two faces of moon that is observed from earth known as ''milа̄lyа̄'' (𑐩𑐶𑐮𑐵𑐮𑑂𑐫𑐵𑑅, मिलाल्याः) in Nepal Bhasa, or the time it takes for the longit ...
- Ending Moment (EM) of elongation of the Moon, the lunar day, the angular relationship between Sun and Moon ( Apparent Moon ''minus'' Apparent Sun). One Tithi equals 12 degree difference between Moon and Sun. #* Nakshatram - EM of asterism of the day, that is, the stellar mansion in which Moon is located for an observer at the center of the Earth. One Nakshatra equals 13 degrees:20 minutes. There are 27 Nakshatra in 360 degrees. #* Yoga - EM of the angular relationship between Sun and Moon( Apparent Moon ''plus'' Apparent Sun). One Yoga equals 13 degrees:20 minutes. There are 27 Yogas in 360 degrees. #* Karana - EM of half of a Tithi. One equals 6 degree difference between Moon and Sun. #* ''Var''
weekday The weekdays and weekend are the complementary parts of the week devoted to labour and rest, respectively. The legal weekdays (British English), or workweek (American English), is the part of the seven-day week devoted to working. In most of th ...
the seven weekdays. #*:
Monier-Williams Sir Monier Monier-Williams (; né Williams; 12 November 1819 – 11 April 1899) was a British scholar who was the second Boden Professor of Sanskrit at Oxford University, England. He studied, documented and taught Asian languages, especially S ...
gives "solar day" instead of Rāśi as the fifth limb. Some people enumerate ''Vār'' (days of the week) instead. Vār or solar days do not involve intricate computations, unlike EM of Rāśi; however, in the Hindu system the five elements only constitute the five limbs of the Panchāngam. # An
almanac An almanac (also spelled ''almanack'' and ''almanach'') is an annual publication listing a set of current information about one or multiple subjects. It includes information like weather forecasts, farmers' planting dates, tide tables, and other ...
that contains the astronomical / astrological daily details also came to be called a panchāngam because of the importance of five attributes. # Panchānga-pūjan, which is a part of Ganesh-Ambika-pūjan. In Vedic astrology, the basic tenet of astrology was integrated with celestial events and thus was born various branches of Vedic astrology and the Panchānga. In simple terms, "Panchānga" means the Day, Nakshatra (Star), tithi, Yoga and Karana every day. It is a mirror of the sky. The document used as Panchāngam has evolved over the last 5000 years. The theories propounded in the two scriptures, Surya Siddhanta and Grahalaghava formed the basis for the plethora of calendars or Panchāngas in the past in different regions of the country - a culturally complex system. The five Angas or parts of Panchāngam are elaborated in the following paragraphs but before that the composition of the Samvatsara OR Years (60 Years cycle), Varsha or Year and Masa or month are first explained, as these important calendar events are part of every Panchānga. All the components of Panchangam are relevant in Predictive Astrology, Prasna Shastra (electional astrology), etc. All followers and practitioners of Vedic astrology must know how to read a Panchāngam and in this context it is necessary to know the terminology used in the Panchāngam for different time slots of the day. Panchāngas are also published in English as Ephemeris - The Lahiris Ephemeris is most widely used, which gives all the details as contained in a traditional Panchāngam published in Sanskrit or Hindi and all the regional languages of the country. There are several forms of reckoning the ''varsha'' or year based on solar entry (solar ingress), lunar entry, Jupiter entry in a sign or the Julian calendar of starting the year from the first of January, but the most widely accepted practice in India is the Samvatsara, a 60 years cycle based on solar entry. Each zodiacal sign is represented by fixe years starting from Pramadi and the sixty years are equally distributed in successive order among the twelve signs (Rasis) starting from Mesha (Aries) and ending in Meena (Pisces). Varsha or the year, used in astrological context refers to the solar calendar of year and months, which starts with Sun entering Aries (Mesha Rasi) and completing a full circle of the zodiac in a period of twelve months. There are two kinds of lunar months followed in India - the new moon ending called the Amanta or Sukladi system and the full moon ending (covering one full moon to the next) called the Purnimanta system. But it is the lunar months full moon reckoned), which are reckoned in predictive astrology, and each represents the name of the star on full moon day of the solar months. The twelve lunar months starting from Chaitra along with the names of the solar months are given below. In Vedic astrology, the basic tenets of astrology were integrated with celestial events with ''vara'' or weekday and thus was born the Muhurtha astrology or electional astrology.
Tithi In Vedic timekeeping, a ''tithi'' is a uration of two faces of moon that is observed from earth known as ''milа̄lyа̄'' (𑐩𑐶𑐮𑐵𑐮𑑂𑐫𑐵𑑅, मिलाल्याः) in Nepal Bhasa, or the time it takes for the longit ...
or Lunar day is an important concept in Hindu astrology. It means lunation. There are thirty ''tithis'' in a Lunar month distributed in the 360 degrees of the Zodiac and each tithi is completed when the longitude of the Moon gains exactly twelve degrees or its multiple on that of the Sun. By name there are only 15 tithis repeating in the two halves of the month – Shukla 1 to Shukla 15 (known as Poornima or Full Moon) and Krishna 1 to 15 (known as Amavasya or New Moon). In astrological parlance tithi has great significance in the fact that each tithi from 1 to 14 in both Pakshas has what are called ''daghda rasis'' or burnt rasis – two rasis for each tithi except Chaturdasiwhich has four daghda rasis. But new moon and full moon have no dagdha rasis. The tithis are divided into five groups as under. # Nanda (Ananda or Joyous) tithi - Prathipada (1st), Shasti (6th) and Ekadashi (11th); # Bhadra (Arogya or Mangala or Healthy) tithis on – Dwitiya (2nd), Saptami (7th) and Dwadashi (12th); # Jaya (Victory) tithi –Tuesday- Tritiya (3rd), Ashtami (8th ) and Trayodashi (13th); # Rikktha (Loss or Nashta) thitihis – Saturday - Chathurthi (4th) Navami (9th) and Chaturdasi (14th); # Poorna (Sampoorna - Full Moon or New Moon) tithis –Thursday Panchami (5th), Dashami (10th) and Amavasya (New Moon) or Poornima. A unique Vedic system is followed in Muhurtha astrology, Horary astrology and predictive astrology, which envisages grouping of Nakshtaras (stars) into nine sub-groups. Each sub-group covers three stars and has a specific name of ‘Tara’ proceeded by a word defining benefic or malefic nature. These are found to be extremely useful in Vedic astrology which is widely practiced in India. The nine ''taras'' (star groups) by their individual names are listed below. # Janma (Birth/Ascendant/Lagna) Tara – The Janma (Birth Star/Ascendant Star also known as Lagna Nakshatra) Nakshatra, the 10th from Janma nakshatra also known as Karna nakshatra and the 19th from Janma nakshatra known as Adhana nakshatra constitute this tara. # Sampat Tara – The 2nd the 11th and the 20th Nakshatras counted from Janma nakshatra constitute this tara. # Vipat Tara – The 3rd, the 12th and the 21st stars counted from Janma nakshatra constitute this tara. # Kshema Tara – The 4th, the 13th and the 22nd Nakshatras counted from the janama nakshatra constitute this tara. # Pratyak Tara – The 5t, the 14th, and the 23rd nakshatras from Janma nakshatra constitute this tara. # Sadhaka Tara – The 6th, the 15th, and the 24th nakshatras from Janma nakshatra constitute this tara. # Nidhana Tara – The 7th, the 16th, and the 25th nakshatras from the Janma nakshatra constitute this tara. # Mitra Tara – The 8th, the 17th and the 26th nakshatras from Janma nakshatra constitute this tara. # Ati or Parama Mitra Tara – The 9th, the 18th and the 27th nakshatras from Janma nakshatra constitute this tara.


Usage

The basic purpose of Hindu Panchāngam is to check various Hindu festivals and auspicious time (election- Muhurta). In the Hindu system of election, various element of Panchāngam constitute auspicious and inauspicious moments (Yogas) by combination of weekday-Tithi, weekday-constellation, weekdays-Tithis-constellations. In addition, individual weekdays, Tithis, constellations, Yoga and Karanas have been prescribed for specific activities which fructify during their currency. For selecting an auspicious moment Panchāngam Shuddhi (purified-time) is fundamental. In addition favourable transits, purified ascendant, absence of malefic yogas, favourable Dasha (Hindu progression), name of doer, propitiations, chanting of Mantras, place of activity, social customs, omens, mode of breathing are also examined.


See also


References

{{Indian astronomy Hindu astronomy Hindu cosmology Hindu calendar Technical factors of Hindu astrology Panchangam