Udala’m – part 2
Structurally, Udala’m follows a typical pattern for beginner band works – a slow introduction followed by “the fast bit” (aka the part the students want to play and will endure the slow bit for). I looked at the fantastic polyphonic introduction to this piece in my previous post – now onto the fast bit!
From bar 15, the folk melody is played three times, each time preceded by a two bar introduction. Whilst the introduction is pentatonic, this section just uses the first 5 notes of Bb major. Although it hasn’t changed key as such, the subtle shift in the mode from major pentatonic to major still provides an element of contrast.
Each statement of the melody is in unison, with a simple rhythmic ostinato accompaniment. Interest is created primarily through orchestration, from small → medium → large.
- 1st time thru (bar 16-25, small orchestration) – the melody is played by the flutes and oboes in unison. The accompaniment is a rhythmic pedal point played by the clarinets
- 2nd time thru (bar 27- 34, medium orchestration) – the melody is played by the clarinets and trumpets in unison. The accompaniment is provided by the low WW/Br. mainly playing a pedal point type ostinato. The alto sax + tenor sax + horns play the same rhythmic pedal point previously played by the clarinets. The percussion loop a one bar rhythmic figure (shaker + tom-tom + bass drum)
Halfway though this section, the flutes and mallet percussion play a simple counter melody.
- 3rd time thru (bar 35 – 44, large orchestration) – the ensemble is divided in half with the upper WW/Br. playing the melody while the lower WW/Br. play the rhythmic ostinato accompaniment.
- Coda (bar 45-48) – the orchestration remains the same while the last phrase is repeated over a dominant pedal.
It is worth noting that the biggest sound is achieved from the ensemble with only two unison lines being played. One of the mistakes people often make when composing and orchestrating for the first time is to try and create a big sound with big chords and many different parts. In fact, the opposite generally works much better. Fewer parts, less complexity equals a bigger sound.