Knowledge / Performing Arts (music / dance / theatre) / Carnatic music: raga, tala and compositions

Carnatic music: raga, tala and compositions

Performing Arts (music / dance / theatre) (BPA / BA Music) · Music · free study notes for exams, placements and interviews

In short

Carnatic music is the classical art music of peninsular India, built on two frameworks: raga (a melodic grammar of chosen swaras, their movement and ornaments) and tala (a cyclic metrical grammar of beats grouped into angas). Its theory was codified in Venkatamakhin's *Chaturdandi Prakasika* (c. 1620) as the 72 melakarta scheme and the sapta tala - 35 tala system, and its repertoire is dominated by the kriti form perfected by the Trinity - Tyagaraja, Muthuswami Dikshitar and Syama Sastri. Raga and tala lakshana (characteristics), the katapayadi sankhya, composition forms and manodharma sangita (improvisation) are the core of theory papers in every BA/BPA Music and MA Music syllabus, of UGC-NET Music, and of auditions for Akashvani (AIR) and Doordarshan grading. In practice it is what a performer, accompanist, music teacher (TGT/PGT Music in CBSE, KVS, Navodaya), notation editor, film or devotional-music arranger and dance musician work with every day.

Explained

Swara, shruti and the 16 swarasthanas

The 72 melakarta scheme and the katapayadi sutra

Janya ragas, raga lakshana and gamaka

Tala: angas, sapta talas, 35 and 175

TalaAngasFormulaChatusra jati aksharas
Dhruvalaghu, drutam, laghu, laghu\O \\14
Matyalaghu, drutam, laghu\O \10
Rupakadrutam, laghuO \6
Jhampalaghu, anudrutam, drutam\U O7
Triputalaghu, drutam, drutam\O O8 (= Adi tala)
Atalaghu, laghu, drutam, drutam\\O O12
Ekalaghu\4

Forms of composition

Concert practice, instruments and the institutional frame

Key points

Formulas and examples

Number of melakartas = 2 (Ma varieties) × 6 (Ri-Ga pairs) × 6 (Da-Ni pairs) = 72
For mela number n: Ma = M1 if n ≤ 36 else M2; m = n if n ≤ 36 else n − 36
Ri-Ga pair index = ⌈m/6⌉ ; Da-Ni pair index = ((m − 1) mod 6) + 1
Chakra number = ⌈n/6⌉ ; position in chakra = ((n − 1) mod 6) + 1
(pair index 1→R1G1, 2→R1G2, 3→R1G3, 4→R2G2, 5→R2G3, 6→R3G3; same for Da-Ni)
Akshara count of a tala A = Σ (anga values), laghu = jati, drutam = 2, anudrutam = 1
Matras in one avartana = A × gati (gati = 3, 4, 5, 7 or 9 subdivisions per akshara)
Avartana duration t = (A × 60) / K seconds, where K = kalapramana in aksharas per minute
Total talas = 7 × 5 = 35 ; with gatis = 7 × 5 × 5 = 175
Interval in cents = 1200 × log₂(f₂/f₁) ; frequency of a swara f = f₀ × r, f₀ = shruti (Hz), r = just-intonation ratio
(S 1, R1 256/243, R2 9/8, G2 32/27, G3 5/4, M1 4/3, M2 729/512, P 3/2, D1 128/81, D2 5/3, N2 16/9, N3 15/8)

Example 1 - name to number to scale (Dheerasankarabharanam).

Example 2 - number to scale (mela 8 and mela 22).

Example 3 - tala arithmetic.

Tala and jatiAngas (values)Aksharas
Chatusra Triputa (Adi)4 + 2 + 28
Misra Dhruva7 + 2 + 7 + 723
Khanda Ata5 + 5 + 2 + 214
Sankirna Ata9 + 9 + 2 + 222
Chatusra Jhampa4 + 1 + 27
Khanda Matya5 + 2 + 512
Tisra Rupaka2 + 35
Tisra Eka33

Example 4 - fitting a korvai into one avartana.

Example 5 - shruti and intervals.

Combinatorial exercise (commonly set): from one melakarta, if Sa and Pa are always retained and a scale must have at least five notes, each of arohana and avarohana can drop 0, 1 or 2 of {R, G, M, D, N}: C(5,0) + C(5,1) + C(5,2) = 1 + 5 + 10 = 16 patterns each, so 16 × 16 = 256 straight-order combinations, of which one is the mela itself → 255 derived scales per mela. Vakra and bhashanga ragas multiply this further; only a small fraction are in living practice.

Where it is used

Interview questions

Common mistakes

Related topics

Hindustani music: raga, tala and forms · Indian music history and musicology · Western music theory and graded exams · Bharatanatyam repertoire and nattuvangam · Acoustics of Indian musical instruments · Music pedagogy and voice culture

Open in the Knowledge reader →Find jobs →