How to Write a Piece of Music: Foundations of Composition

This segment illustrates the technique of counterpoint where multiple independent melodic lines are combined while maintaining their individual integrity. The video demonstrates voice leading principles, showing how individual voices move smoothly between chords while creating complex interweaving textures that define classical and contemporary instrumental music.

This extended passage illustrates counterpoint, the technique of combining independent melodic lines that maintain their individual integrity while interacting harmoniously. The video demonstrates how voice leading—the way individual parts move between chords—creates smooth harmonic progressions and avoids dissonance.

Voice leading refers to the logical movement of individual melodic lines. In counterpoint, composers should guide each voice to notes that fit the chord while maintaining natural flow. Passing notes can be unaccented (weak beats) or accented (strong beats), both acceptable. The example demonstrates a consistent rhythmic pattern (♪ bum, ta, ta, ti, ta, ta, ta ♪) throughout the piece, creating unity. Despite rhythmic consistency, pitches and specific notes can vary. The evolution of counterpoint figures involves slight alterations in each bar while maintaining the underlying character, allowing the music to develop while remaining recognizable.

The video demonstrates how multiple independent musical lines interact. The layered musical phrases surrounding 'ओम' demonstrate principles of counterpoint and voice leading in multi-part compositions, showing how independent melodic lines combine to form unified musical wholes.

On guitar, counterpoint involves playing multiple independent melodic lines simultaneously that move in different directions while maintaining harmonic support. Musicians can develop this skill by initially separating melody and accompaniment functions, then gradually blending them so that voice leading becomes part of the single-note lines. This creates complex textures where chord progressions, melodic lines, and directional movements all occur simultaneously. The technique allows for sophisticated harmonic descriptions within improvisational contexts.

Orchestration is about assigning music to different instruments and combining them to create incredible sounds. It brings ideas to life in amazing color and separates beginner-sounding pieces from professional ones. However, orchestration should come after fundamental skills in melody, harmony, and counterpoint. Beginners learn instrument basics: ranges, timbres, strengths, and limits (study strings, woodwinds, brass, percussion separately). Practice small-scale orchestration by taking an eight-bar piano idea and orchestrating it in three different ways (string quartet, woodwinds, brass). Intermediate study includes balancing orchestras, doubling instruments, voicing chords, and studying scores to understand effects. Advanced work involves learning nuanced special effects, writing for choir with orchestra, reorchestrating passages in different styles, and completing larger orchestral compositions (3-5 minute concert pieces or filmic suites).

Instrumentation is the technical knowledge of what each instrument can do, including their unique timbre, ranges, playing techniques, and physical construction, while orchestration is the creative art of combining instruments to create a unified soundscape, treating the entire orchestra as a single expressive entity; mastery of technical skills (instrumentation) ultimately enables artistic freedom in orchestration, as one must first dominate the craft to achieve genuine creative expression.

'The Planets' features an exceptionally large orchestra with 16 woodwind players, 15 brass players, extensive percussion, strings, a celesta (heard at the beginning of Harry Potter), and a massive organ. Holst reserved one special instrument until the final minutes of the piece, creating an amazing effect. Attempts to perform the work with smaller orchestras fail to capture the full power of Holst's sonorous effects, demonstrating his brilliance as an orchestrator.

Electronic music eliminated the sound-noise distinction, enabling extreme distortion or pure sinusoidal tones with diffraction properties. Low wind instruments created dark, aggressive backgrounds while electronics allowed sweeping through wind instrument sounds like a laser beam. This required reinventing orchestration: traditional Rimsky-Korsakoff laws failed with unconventional instruments. Densities and spectral characteristics determined placement—some instruments are intense and plaintive, more individualized than functionally integrated traditional instruments. Diffuse percussive elements like plate bells and thundersheets flared out sound, while English horns in high register passed through everything. This required perceiving all instruments in completely different ways and conceiving instrumentation with awareness of instrument construction.

Orchestration is the process of adapting and distributing instrument lines within an ensemble, distinct from instrumentation which studies individual instrument characteristics. The first step is deep study of instrumentation to understand each instrument's behavior, characteristics, and techniques. This foundational knowledge enables more artistic orchestral arrangements. Instrumentation requires constant review and disciplined practice rather than memorization, as it is an ongoing skill that must be maintained and developed continuously.

Advanced harmony involves reharmonization and voice leading techniques. Inversion rearranges chord notes to create tension and delay resolution. A key insight is that every melody note works with every bass note, creating vast voicing possibilities. Negative harmony uses the undertone series to create emotional polarity, making major keys sound wistful or sad. Context determines emotional perception—arriving in F major from D flat feels like sunrise, while arriving from A major feels like sunset. These techniques demonstrate how harmony provides tools for emotional storytelling.

Advanced harmony development follows a systematic three-stage approach: first, establish the basic chord progression using the field of harmony; second, add passing chords (like D#m7, Em7, Fm7, Gm7, Bb7) to create smoother voice leading and more interesting harmonic movement; third, incorporate dominant and secondary dominants to create tension and resolution. This approach transforms a musician's harmonic vocabulary from 7 basic chords to 12 chords. The speaker emphasizes that understanding passing chords and extended chords is essential for creating sophisticated harmonies. This systematic progression from simple to advanced harmony enables musicians to create more complex and interesting musical arrangements.

Advanced harmony techniques create emotional tension through dissonance that resolves to consonance, generating powerful emotional responses. Tritone jumps feel wrong but resolve satisfyingly, combining with questioning lyrics to create unresolved tension. Strategic punctuation like question marks transforms songs from statements to ongoing dialogues about regret and loss. Great music addresses complex emotional stages of grief through multiple channels—harmonies, vocal delivery, and instrumental texture—creating layered emotional experiences that evolve throughout a piece. The combination of dissonant harmony exploration, questioning lyrical structure, and sustained emotional tension pushes music into heavier territories, demonstrating how innovative harmonic choices serve artistic and emotional purposes in musical composition.

Beyond basic thirds and fifths, you can create extended harmonies by adding octaves (above and below), sevenths, and other intervals. A full extended chorus might include lead melody, octave lower, octave higher, fifth harmony, and occasionally thirds or sevenths for extra flavor. For call-and-response sections, extend beyond typical intervals to create unique harmony sections. There are countless options including static harmonies, moving harmonies, and various interval combinations. Understanding the basic scale of your song and which notes are in that scale is the foundation for creating harmonies. Don't be afraid to experiment.

Dissonance relates to how sound waves from different notes interact—waves close together but not in sync (like minor seconds or ninths) create beating effects perceived as more dissonant. A useful rule: chords with notes from a major scale sound fairly good, while those from harmonic minor scales are more dissonant. Tension and release is a separate concept from dissonance—the feeling that a chord needs to resolve. The dominant chord moving to tonic is the classic example, but some dissonant chords (like those in the Rite of Spring) don't feel like they need to resolve anywhere. These concepts are related but distinct.

This section covers two fundamental categories of music production software. Digital Audio Workstations (DAWs) serve as central hosts for virtual instruments and effects, enabling non-destructive recording, editing, mixing, and mastering. Music notation software like Musecore allows users to create professional sheet music using standard musical notation, supporting input through MIDI keyboards or computer keyboards. Both types of software can export to MIDI format for integration with DAWs. This combination enables musicians to compose using familiar notation while leveraging digital production capabilities.

A Digital Audio Workstation (DAW) serves as the backbone of a home studio, connecting virtual synthesizers, drum machines, external effects, and VST instruments. The two leading DAWs are Ableton Live 9 and Reason 8. Ableton Live 9 features revolutionary clip-based sequencing, warp time stretching, advanced MIDI connectivity, built-in tuners, and Rack instruments for saving configurations. Reason 8 offers comprehensive integration with VSTs, external instruments, SSL 9000K console emulation, Rack Extensions, and Rex 2 sample format support. FL Studio provides the easiest entry point with its step sequencer ideal for beginners. Studio One integrates competitor features with Melodyne and iPad remote functionality. Sonar Pro, the most widely used DAW in the US, features Pro Channel with integrated mixing effects. ACID Pro provides efficient iZotope effect integration despite minimal design. Pro Tools remains the industry standard for mixing with excellent MIDI management. Digital Performer excels in film music production with advanced automation. Logic Pro offers a punchy audio engine suitable for electronic music with plugin organization by manufacturer. GarageBand provides free DAW functionality with built-in tutorials, while Audacity excels at audio processing for video content.

Dorico 5 is a notation software that bridges the gap between traditional notation tools and DAWs by integrating MIDI editing, VST plugin support, and audio playback capabilities directly within the notation interface, allowing users to create professional scores while also producing high-quality mockups without needing separate software.

When deciding between notation software (like Finale, Sibelius, or Dorico) and digital audio workstations (like Cubase, Ableton Live, or Reaper) for music composition, the choice depends on your creative workflow and intended output: use notation software if you need to create sheet music for musicians, want to export MIDI files, or are comfortable with traditional sheet music notation; use DAWs if you need to record audio, apply effects like EQ and reverb, work with diverse instrumental libraries, or prefer piano roll editing; many composers use both tools in combination, writing in one and producing in the other.

Three main DAWs exist: Logic Pro (Apple) is a closed system with built-in tools, prioritizing simplicity but limiting third-party plugin integration. Cubase (Steinberg) is more flexible, supports third-party plugins, and is preferred by mixing engineers. Pro Tools is the industry standard for film and video production. Sound engineering requires both musical and technical education—musical education helps understand musicians and song structure, while technical education helps understand equipment and signal flow. Kick drum tuning (typically 40-120 Hz) should avoid conflicts with bass, often achieved by tuning to the song's key or adjusting octave placement.