Sharuti System: The Birth of Notes

Music is an aural art. Any tone, which has a fixed frequency, can be used as a musical note. However, we sing and play music using more than one note. The difference between frequencies of any two notes is known as interval.

Long ago, a question popped in ancient artists’ mind.
What is the biggest or smallest note interval?
Lord of Dance -Natraj A never ending quest started. The Sharutis were their first yardsticks to map the intervals between notes, nothing more and nothing less.

We do not know the origin of music, but we do know that the theory of music is not the mother of music. The grammar of a language is defined after a language has been established. Also, a child learns to speak the language and then learns to read and write.

In the development of music, the things went like this (from a Natyashaster verse):
First songs, then notes, then Grams, Sharutis and then the Jaties (raags)

When we say that the songs must have developed after humans were civilized, we are forgetting something. Look around you. Birds sing, so do the other mammals. There are songs everywhere.

It is certain that as humans got civilized, their songs got complicated. With the development of language, the songs became more meaningful. The primal screams evolved into poems of love, separation, nature, beauty and other things that affected us emotionally. When something said through conversation does not capture the essence of our feelings, a song erupts in us. That is a primal instinct. It is not something that is impossible to do without the knowledge of Sharuties and Grams. A villager in India or a Gypsy in Europe cannot stop singing just because they do not know the difference between Just intonation and Chromatic intonation. These are afterthoughts.

When the enlightened artists of the ancient world sang their songs, the beauty of changing pitch compelled them to find more about it. What is it that changing the pitch up and down in certain ways sounds so…musical!

The first known theory of music in Indian Vedas (Samveda) contains four notes. Nowadays notes are always mentioned in ascending (such as C D E or Sa Re Ga) order. In Vedic tradition, the notes are mentioned in Avrohatmic order (in descending). The first four the Vedic artists knew were:
Madhyam (ma), Gandhar (ga), Rishav and Shadaj.
These were known as the first, second, third and fourth Svaras.

When I say they ‘knew’ about four notes, that doesn’t mean that they were unaware of higher and lower pitches. As described above, this was purely theoretical classification that explained the notes used in popular hymns and songs.

Then another note was found below all other known notes. They called it Mandar. A musicologist Tambru named it Dhaivat (the note that only enlightened one can hear, as it is the first note that has perfect third relation to the first note). This was the fifth note. Then Tambru established another note (Nishad) between Dhaivat and Shadaj. It was called the sixth. Later, below all other notes another note was found. It was named the ‘seventh.’ As it completed the septave, this note was also established above the first (Madhaym).

So in Samveda, M, G, R, S, D, N, P became the first, second, third, fourth, fifth, sixth and seventh. These notes were not the same as our modern notes with same names.

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Raag Yaman

Pilgrims going to Mecca' by Leon Belly, French. Oil, 1861Yaman is a beautiful Raag. It is a simple Raag, thus it is easy to learn and hard to break. It can be accepted as the asharya (first) Raag of Kaliaan thaat, as it is a Sampooran/Sampooran Raag. Yaman is found in two versions. The second version is called Yaman Kaliaan. Although Yaman Kalian should have some use of Komal Madhyam (Natural Fourth).

Thaat: Kalian
Jati: Sampooran-Sampooran (7-7)
Vadi Svara: Gandhar (Ga)
Samvadi Svara: Nishad (Ni)
Vikrat Svaras: Ma Tivar (Fourth Sharp)
Verjit Svaras: None
Time: Evening

Yaman-Aroh/avroh
Composition:

Yaman-lakshn Geet Aik Taal

Here is the same Composition in Staff Notation

Raag Yaman Lakshan Geet Staff Notation

Sangtar’s music blog:: Melody Practice

What is Music?

In Indian tradition, music is a combination of three separate art forms:
1. Singing
2. Playing and
3. Dancing

These art forms are learned and performed through Raag and Taal. ‘Raag’ is the dictator of melody and the ‘Taal’ is the dictator of Rhythm. In addition, melody is the product of sound and the rhythm is product of time. Therefore, ‘the music is the art of manipulating the ‘sound’ through ‘time’.

The time affects music in two different ways. First through rhythm is obvious. However, the time is also at work producing the musical sounds that are useful in melody. The universe is full of sounds, but every sound is not musical.

Therefore, the next question is, what is a musical sound?
Each sound can have two segments:
Veena

1. The strike and
2. The resonance

In Hindi, these are known as ‘Aghaat’ and ‘Kampan.’ The strike is not a musical sound, but its resonance is. Let’s explore that further. When an object is hit, the first movement it creates in the air is not musical. After the initial strike, the object either will resonate at a fixed frequency or will stand still. If the object creates a tone at a fixed frequency, that tone can be useful in music. Without that resonance the sound will be nothing more than a ‘tick.’

In Sanskrit, these are known as ‘RaNit’ and ‘AnuraNit.’ The ‘AnuraNit’ is the mother of Sharuties.

Now the question is, how long this resonance has to be?
Musically speaking, it has to be long enough so our brain can register it as a musical sound. With the damper on, you can run your hand on a piano keyboard as fast as you can and brain still registers the pitches. Therefore, the length has to be in mere milliseconds. Nowadays if you use a digital audio editor, keep cutting a wave file of a single note, eventually it loses its tone. At that point, it becomes an unmusical ‘strike’ or a click. All those who work with digital editors know that there is an annoying ‘tick’ hidden in the beginning of every pleasant sound. The minimum length of a note varies with the frequency. Naturally, higher the frequency, sooner the note is detected.

The sages of music knew these things without the help of DAWs thousands of years ago.

When more than one frequency is present in the air, they interact with each other. Their vibrations overlap. The sound changes. Some frequencies compliment each other and others do not. The intervals of notes in an octave are directly related to their power to influence the other frequencies.

The enlightened ones have recognized this effect equally all around the world. One way or the other, they set up the notes that share similar frequencies. In India, the practice of setting up the note intervals was based on Sharuties. We will start to explore the ‘Sharuti System’ in the next post.

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Raag: Chaal, Bandish & Lakshan Geet

Now it is the time to start posting Raags. I wrote a post about ‘properties of a Raag‘ a while ago. You may revise that post. As described in that post, each Raag will be posted with the following information:
1. Raag Name
2. Modern Thaat Association
3. Jati (7-6-5 notes etc.)
4. Vadi and Samvadi Notes
5. Vikrat and/or Verjit Notes
6. Time of performance
7. Aroh (Ascending) and
8. Avroh (Descending)

These elements are essential to learn ‘about’ a Raag. However, to perform a Raag, the following are also necessary:

Chaal (flow): Many Raags share notes. Every Raag has its unique flow of notes, however. I call this "essential phrases." One must know these phrases to perform a Raag properly. The first and the minimum requirement would be to know a Raag’s ‘Pakad’, the catch phrase of the Raag. I will start with the ‘Pakads’. Later on, we will get into detailed Chaals.

Bandish (composition): There is no better way to learn a Raag than learning a tune in it. It is easier to see the rules of a Raag illustrated in a composition. I will post at least one composition for each Raag.

Lakshan Geet: Many classical composers created songs about Raags and then composed them in that Raag. By learning the composition and the words, the Raag is fully revealed. These words explain the chaal, vadi/samvadi notes and other essential information about the Raag. Wherever possible, I will post a Lakshan Geet. Although, this may not have any value for those who don’t understand Hindi or Brij.

First, I will post the first Raag from each Thaat, also know as Ashirya Raag. Then the randomness will follow. Enjoy.

sangtar.com > Music Theory > Raagkosh

Tabla Taals and Kaidas

When a Tabla Taal is performed, it is revealed through Kaidas. Kaidas are group of ‘boles’ (Tabla Sounds) arranged according to the strict rules of its parent Taal. As the Raags are born from Thaats, the Kaidas are born from Taals. Kaidas follow the taal section (khali-Bhari etc) structure.

Every Kaids may have three parts:

1. First the main boles of Kaida are payed: As an example, here is a simple Kaida in Teen Taal:

X 2 0 3
Dha Dha Ti Te Dha Dha Tu Na Ta Ta Ti Te Dha Dha Tu Na

2. Secondly, Paltas are played. A palta are created by mixing the original Kaida boles. The integrity of the main phrase must stay intact. As an example, here are 2 Platas of the above Kaida:
1.

X 2 0 3
Dha Dha Ti Te Ti Te Ti Te Dha Dha Ti Te Dha Dha Tu Na
Ta Ta Ti Te Ti Te Ti Te Dha Dha Ti Te Dha Dha Tu Na

2.

X 2 0 3
Dha Dha Ti Te Dha Ti Te Dha Dha Ti Te Dha Dha Tu Na
Ta Ta Ti Te Ta Ti Te Dha Dha Ti Te Dha Dha Tu Na

3. In the end, a phrase is extracted from a Palta and played at x4 or x8 the ‘Thah’ speed (4 times or 8 times the original tempo). This is called a ‘Rela.’ Relas are not played for each Kaida, but a Kaida without Paltas is incomplete, especially in solo performances. Here is an example of a Rela for the same Kaida. Follow the Khali Taali signs to read the full taal written in multiple lines:

X
dha – tir kat dha – tir kat dha – – – dha – tir kat dha – tir kat dha – – –
2
ta – tir kat ta – tir kat ta – – – dha – tir kat dha – tir kat dha – – –
0
dha – tir kat dha – tir kat dha – – – dha – tir kat dha – tir kat dha – – –
3
ta – tir kat ta – tir kat ta – – – dha – tir kat dha – tir kat dha – – –

In this Rela, only the bolded sections have (alternatively) lighter boles, all other beats stay the same in every section.

Read this Kaida a few times and memorize the boles. Now (along with the theory posts) I will post 10 Tabla taals in this manner. Each taal will be posted in multiple posts.
Find Teen Taal’s original boles here. Find how to play these sounds here. Revising this post (How to Learn, Read and Play Taals) may also be useful.

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Genesis

Somewhere between 3000 and 6000 years ago, an Indian sage Bharat Muni, wrote a book about the performing arts and forever tied the stage, dance and music together. The book is called ‘Natyashastar’ (Natya = performing Arts, Shastar = Science). It is said that the Brahma himself taught Bharat the secrets of performing arts and asked him to spread the knowledge in the world.

The book became the most important source in the development of art of music throughout the world. At that time, India was an important destination for knowledge seekers and travelers. Artists from all over the world went to Indian Ashrams and learned the secrets of Natyashastar. The seven main notes of music in Indian, Chinese, Persian and European music are not just a coincidence, we have to thank Bharat Muni for it. He proved that the note intervals are not arbitrary but (should) have a relation to the root.

Natayshastar is the first available source in the history of our civilization that explains the true nature of harmonics. This knowledge eventually arrived in Europe and a couple of millennia later, Pythagoras used some of Bharat Muni’s techniques to explain the musical phenomenon thorough math and physics. Unlike Bharat Muni, Pythagorus established a scale based on perfect fifths. I read somewhere that at Pythagoras’ time, the consonant of third was not known to Europeans. Yet it was a major part of Bharat’s scale. Bharat established his scale based on three types of harmonics:

Perfect fifth or 3/2,
Perfect fourth or 4/3 and
Perfect third or 5/4.

We will continue discussing these concepts in detail in other posts. Swar MandalHere I would like to give you a simple example of Bharat Muni’s Shudh (pure) Suptak on a Swar Mandal or a Harpsichord:
1. Establish Sa
2. Establish Pa with Sa-Pa (3/2, perfect fifth or Sa-Pa) relation
3. Establish Ma with Sa-Ma (4/3, perfect fourth or Sa-Ma) relation
4. Establish N with M-N (4/3, perfect fourth or Sa-Ma) relation
5. Establish Ga with Ni-Ga Avrohagatic (3/2, perfect fourth or Sa-Ma in descending) relation
6. Establish Dha with Ma-Dha (5/4, perfect third or Ma-Dha) relation
7. Establish Re with Re-Dha Avrohagatic (3/2, perfect fourth or Sa-Ma in descending) relation
8. Establish upper Sa with Pa-Sa (4/3, perfect fourth or Sa-Ma) relation

Shadaj Gram

Compared with modern natural scales, Bharat’s Ga and Ni are komal (flat). Bharat used only nine notes in his music. The above seven are the pure notes and the following two are the Vikrats (moved):
1. Modern shudh Ga (natural third) or Bharat’s Antar Ga (Gandhar) = Sa- Ga (5/4, perfect third or Ma-Dha) relation
2. Modern shudh Ni (natural seventh) or Bharat’s kakali Ni (Nishad) = Pa-Ni (5/4, perfect third or Ma-Dha) relation

Bharat established his music system based on Gram and Moorshana. Gram is the system of establishing the interval of notes, where Moorshana is the system of making parent scales. The above Shudh scale is Bharat’s Shadaj Gram (the Gram of Sa).

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Natural Scale

You may have read somewhere on this site that Indian Natural Scale is identical to Western Natural Scale.

tone-tone-semitone-tone-tone-tone-semitone

Now, as we discuss the advance theory of music, we have to find the true ‘Natural Scale’. There is no standard Western Natural Scale, so the comparison makes no practical sense. Although, if one does not wish to look into the soul of music, the comparison and the term itself (natural scale) need no further explanation.

Physics of music is a weird phenomenon. For centuries, musician tuned their instruments to each other. What they perceived natural, was natural. Without knowing the frequncies of various notes, everything was naturally in-tune. Now, when we are trying to tie the music to a fixed octave, the natural scale is mere a term. There is nothing natural about any scale played on an electronic keyboard or piano.

Music is an audible art, based on what we hear. To our ears, perfect harmonics sound pleasing. Thus the ancient musical scales were based on perfect harmonics. There are many ways to construct a harmonic scale. Although by doing so, based on the composition, sometimes a few temporary or permanent interval adjustments are required. That is what music is all about. A professional composer or performer knows how to make his composition sound ‘just right’.

Generally speaking, a scale based on ‘just intonation’ is a natural scale. The notes in this scale are established by multiplying the base note’s value with the following harmonic intervals:

Natural Scale (Just Intonation)

Unison= 1 (starting note)
Major 2nd=9/8
Major 3rd=5/4
Perfect 4th=4/3
Perfect 5th=3/2
Major 6th=5/3
Major 7th=15/8
Octave=2

If a piano is tuned according to the above ratios starting from the middle ‘C’, and one wishes to play D major, the intervals will not work. Having said that however, you can change the ‘keynotes’ in C major to get seven different scales, and they all are perfectly natural (more on this later).

We will slowly explore the physics of music. The point is not to remember the frequencies of notes, the point is to understand the natural musical intervals. Indian musicologists explored these phenomenon long before the rest of world. Around 2000BC, The Indian scales based on harmonics had already established and explained in depth.

Nowadays, the natural scale is not derived from harmonics. It is derived from ‘the twelfth root of two’, which has a value of 1.059463 (approx). When this number is multiplied 12 times, the answer is “2”, that is the value of our octave notes (See the list above, the last ratio is 2:1). This system ignores all other harmonics to get a perfect octave. 12 notes of an octave are placed on equal intervals. Although, the values you get through this system are around the desired values, but these are not perfect. This system of dividing a scale into 12 equal intervals is called an “Equal Temperament Scale.”

A violin player cannot play this scale. Only a tuner can achieve these tunings. Humans (trained) naturally play a ‘just intonation’ scale. Yet many musicians think that ‘just intonation’ scales are outdated. Have a look at how one “music wizard” explains the ‘just intonation’ scale in ‘Google Answers’:

“The archaic natural scale uses whole number ratios multiplied by the base note of the octave to achieve the frequency of the other notes. This is an imperfect or dissonant method of composing scales and usually does not sound right.” Perhaps he is a DJ.

If you are interested in reading more about physics of music, the following website has a lot of correct information: Physics of music

sangtar.com > Music Theory > Advanced Theory

Tanpura

Tanpura is always an accompanying instrument. It is not able to create any tone variations. Tanpura’s main purpose is to keep the performer in tune. It has four strings. The overall shape of Tanpura somewhat matches the shape of sitar, although the squash (Toomba) is a little bigger in the male Tanpura. Tanpuras come in many different sizes.
Tanpura

Tuning Tanpura:
Tanpura’s first three strings are steel strings and the fourth is a brass string. Only exceptions to this are the big Tanpuras. Then even the first string is a brass string. However, generally you can achieve any tuning with the steel strings.

a. First string: This string is tuned to the fifth (Pa) of the lower octave.
b. Second and third string: Just as sitar’s paired strings, these are also called ‘Jodi ke tar’. These are tuned to the keynote from the middle octave (Sa).
c. Fourth string: This is the fattest string of all and it is tuned to the keynote (Sa) of the lower octave.

Exceptions: As you see above that a Tanpura is tuned to the keynote and the fifth (first and fifth or ‘Sa’ and ‘Pa’). It creates a drone of fifths. The problem emerges when the Composition (Raag) you are about to perform does not have fifth. As we know that lots of Raags are Chhadav (hexatonic) or audav (pentatonic). If the fifth is Verjit (forbidden in ascending and descending) in a Raag then the first string is tuned to the fourth (Ma). Although ‘Ma’ and ‘Pa’ (fourth and fifth) cannot be completely absent from a Raag at the same time, some times one is missing and the other is a very weak in the given Raag. In those conditions the first string is tuned to the third (‘Ga’). If a Raag has a very inharmonic scale, the tuning of Tanpura has to be creative. As an example, When performing Marva Raag, the first string is normally tuned to the Shudh Ni (major senventh). The other three strings are never a problem because they are tuned to the keynote (‘Sa’) and a ‘Sa’ is never excluded from any Raag.

holding Tanpura upright - Pushkar Lele - www.pushkarlele.com

In professional situations, some performers use two Tanpuras. One is tuned to 1-4 and the other one is tuned to 1-5. With this tuning, every other note has a direct relation (minor or major 3rd) to Tanpura’s drones.

Playing Tanpura:
The middle finger plays the first string and the index finger plays the rest. Strings are played one after another. The speed of playing does not depend on the tempo of the song. Playing all four strings once, completes one loop of Tanpura’s continuously varying tone. Singers usually play Tanpura by themselves and the instrumentalists use an accompanist.

Twang:
Tanpura has a distinguish tone. This tone is achieved by setting the threads on the bridge. While a string is ringing, the thread is moved under the string to get the exact position where the string is touching the bridge. When the thread goes to that position the ring will get louder and you will hear a twang in the tone. How much of the twang you desire is matter of personal taste. The amount of twang can be adjusted by moving the thread.

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Sitar

Amir Khusro (1253-1325), a Sufi mystic and a spiritual disciple of Nizamuddin Auliya contributed a lot to northern Indian music. He was a famous poet and musicologist. He had a deep understanding of both Indian and Persian music styles. Although he used some Persian terms to describe Indian music in his writings, he only played and composed in Indian music.

His main contributions to Indian music are said to be defining the Indian style of Qawwali, invention of Tabla and invention of Sitar. Although these claims are not right. We will discuss his real contributions to Indian music in another post.

The actual Sitar was invented by another great musician named Khusro Khan. Khusro Khan was a royal musician and younger borther of the great vocalist Sadarang in the court of Mughal Emperor Jahandarshah (1664-1713). A historian Dargagh Kuli Khan writes that Khusro khan played a ‘strange thing’. So at that time the Sitar wasn’t even named yet. There were three strings on Khusro Khan’s sitar. The word ‘seh’ meaning ‘three’ comes from Persian and ‘tar’ means ‘a string.’ The Indian Sitar has evolved over time. Nowadays it has seven main strings.

Khusro’s ‘sehtar’ had two brass strings and one steel string. It had 14 frets. The brass strings were tune to the keynote and the fifth (Sa and Pa) and the steel string was tuned to the fourth (Ma). Its head was made from a big dried half squash. The strings were played with index finger of right hand with a finger pick. There were no rules how to hold it, although it was supposed to be played in a sitting position.

Eventually the descendants of Khusro Khan made the new version of Sitar. They first put six strings on it and then eventually added another one. Even today the greatest Sitar players of our time are from that family. They are known as ‘Seni Family’.

Tuning Sitar: Nowadays sitar has seven strings. The names and the tuning order of these strings are like this:
1. First String: This is a steel string. It is also called ‘Baj ka Tar’ or the playing string. It is tuned to the fourth (lower ‘Ma’) of lower octave. Melody of sitar is played on this string.
George Harrison
2. Second and Third string: These are brass strings and are called ‘Jodi ke tar’ (paired strings). These are tuned to the keynote (lower ‘Sa’).
3. Fourth string: This is a steel string and it’s tuned to the fifth (lower ‘Pa’).
4. Fifth String: This is a brass string and its gauge is double than the paired strings (second and third). This is tuned to the fifth (double lower ‘Pa’) of second lower octave. It is called ‘Lurge ka Tar’.
5. Sixth string: It is a steel string and is tuned to the fourth (Ma) of middle octave. It is called ‘chikari ka tar’.
6. Seventh String: This is also a steel string. It is the thinnest of all strings. Some people tune it to the upper keynote (upper Sa) and some tune it to the fifth (Pa) from the middle octave. This is also called ‘chikari ka tar’ or ‘papaea ka Tar’

To tune a Sitar, first a keynote is created by another instrument (a Harmonium, a tuner or a tuning fork etc.) or if it’s a solo performance the player can tune the sitar by itself. Here are the steps:
1. Jodi ke Tar (the paired strings) are first tuned to the given note or by themselves to the lower keynote.
2. The first string is tuned to the lower octave’s Fourth (Ma).
3. Then the fourth string is tuned to the lower octave’s Fifth (Pa).
4. Next the fifth (fattest) string is tuned one octave lower to the fourth string (very low fifth, or ati-mander Pa).
5. The sixth string is tuned exactly one octave higher to the paired strings (second and third) to the middle (Sa).
6. Finally the seventh string is tuned one octave higher to the sixth string. As mentioned earlier, some people tune it to the fifth rather than the eighth.

Above tuning order is important to create a just intonation scale. That is something I have totally ignored in the basic theory. We will discuss the position of notes in different scales in the advance theory.

Sitar also has secondary strings or the sympathetic strings. Normally these are not played directly. These strings are tuned to all the notes used in the composition to be played. We will discuss the exact tuning order of these strings in the advance theory. When a note is played on a primary string the sympathetic strings vibrate by themselves. Almost all original Indian stringed instruments have sympathetic strings. These strings add a special ring or sustain to every note.

Pandit Ravi Shankar 1967

Moveable and unmovable frets: If you have seen a sitar, you may have noticed that some sitars’ frets can be adjusted and some are fixed. The sitars with moving frets have 17 frets. In these sitars the Vikrat (moved or flat and sharps) notes are adjusted by moving the frets to the appropriate position.
In the fixed fret style, there are 19 frets. They are positioned with semitone differences and cannot be moved. Some fixed style sitars have 22 or 24 frets too. It depends on the designers’ and players’ choices.

Sounds of Sitar: The sitar has two basic sounds ‘Da’ and ‘Ra’. ‘Da’ is when a string is plucked towards the player and ‘Ra’ is when a string is plucked away from the player. The notation of sitar is written in these two ‘boles’ or sounds under the appropriate notes.
Such as:
sitar notation
If there are two notes and only one pluck, as the first and second pluck in the given example, the second note is a slurred note. On sitar, pulling the string creates the slurred notes. The beauty of playing sitar is in its unique slur style. Pandit Ravi Shankar is the most famous sitar player of our time.

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Introduction to Indian Musical Instruments

Indian musical instruments are divided into four categories:

1. ‘Tut’ Instruments
2. ‘Sushir’ Instruments
3. ‘Avnudh’ Instruments &
4. ‘Ghan’ Instruments
Sarod

These categories also exist in Western Music.
1. ‘Tut’ Instruments: The ‘stringed instruments’ are known as ‘Tut’ Instruments’. These instruments use one or more strings to create sound. These are further divided into two sub-categories:

a. Plucked instruments: such as Sitar, Veena, Srode, Taanpura, Guitar etc.
b. Bowed instruments: such as Sarangi, Esraj, Violin etc.

2. ‘Sushir’ Instruments: These are the ‘wind instruments’. Such as Flute, shehnai, Been, Clarinet, saxophone etc.
3. ‘Avnudh’ Instruments: These are the instruments that have heads made from animal skin. Such as Tabla, Dhole, Pkhavaj, Dejambe etc. Mostly these are rhythmic instruments.
4. ‘Ghan’ Instruments: These are the instruments that create a note (musical sound) by hitting something with hammer or stick. You may call them tuned percussions too. Such as Jal trung, Munjeera, Kartaal, Vibraphone etc.

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