Hollywood Fantasy Orchestrator RPG Expansion Pack Tutorial Walkthrough

The East West Hollywood Orchestra Opus Edition features a new play engine with an orchestrator that provides pre-arranged musical templates across multiple categories including ensembles, ostinatos, scores, and user presets. The orchestrator organizes instruments into four main sections (woodwinds, brass, percussion, and strings) with color-coded mute/unmute controls, allowing users to customize arrangements by soloing individual instruments, adjusting volumes, and selecting from various time signatures and musical styles. The system supports multiple DAWs including Cubase, Logic, and Pro Tools, and offers MIDI export capabilities for further customization.

The EastWest Opus Orchestra engine represents an evolution of the Play Engine, featuring simplified naming conventions (max/light dynamic layers), improved legato transitions, and enhanced ensemble patches for winds and brass that address facing issues. The engine maintains compatibility with Play Engine libraries while offering better usability, with patches approximately 30-40% larger due to improved transitions and EQ adjustments. The new 18 violins feature separate mercado and lung controls, while winds and brass receive dedicated ensemble patches for more natural multi-instrument performances.

This video provides a detailed walkthrough of the OPUS Engine, the fourth in a series exploring the Hollywood Orchestra Opus Edition and Hollywood Orchestrator. It covers the full range of controls and features across four main interface pages: Browse, Play, Perform, and Mix. On the Browse page, users learn how to search for instruments, audition sounds, and download content. The Play page introduces new MIDI Tools and Automation controls for real-time performance adjustments. The Perform page demonstrates how to construct multi-timbral instruments and assign multiple articulations within a single instrument instance. Finally, the Mix page explains channel routing configurations and the application of mixer effects to shape the overall sound. The walkthrough is designed to guide users through the engine’s workflow, enabling efficient orchestral composition and production. All features are presented as part of the OPUS Engine’s integrated environment, specifically tailored for the Hollywood Orchestra Opus Edition library. No external software or third-party tools are mentioned as required.

The Hollywood Fantasy Orchestrator is a virtual instrument plugin that requires the Hollywood Fantasy Orchestra bundle (including brass, strings, voices, and wind libraries) to function. It provides pre-configured musical arrangements organized into four categories: ensembles (instrument groups from the same family), ostinatos (repeating patterns with BPM recommendations), scores (complete musical arrangements), and user presets. The software allows users to customize individual instruments within each arrangement and drag-and-drop the orchestration directly into DAW software like QBase for further production work.

East West's Hollywood Orchestra Opus Edition is an updated expansion featuring the Hollywood Orchestrator for real-time arrangement generation. Pricing includes Gold Edition ($6.95-$8.95) with one mic position and 16-bit samples, and Diamond Edition ($7.95-$9.95) with all mic positions and 24-bit samples. Alternatively, Composer Cloud subscriptions offer library access for $19.99-$29.99/month with educational discounts. The interface features a sleek matte black design with color-coded instruments (blue woodwinds, yellow brass, purple percussion, red strings). The preset browser organizes presets into Ensembles, Ostinatos, Scores, and User categories, with velocity-based articulation where softer playing produces tree sounds and harder playing produces string runs.

Traditional fantasy scores typically invoke a colorful past for Western audiences through symphonic orchestral instrumentation. This includes monstrously large string sections, full percussion outfits, woodwinds for color, and enough brass to create dramatic impact. A full range choir is also commonly used. This massive complex instrumentation emerged in the late romantic period of classical music history, associated with composers like Tchaikovsky, Mahler, and Holst, representing the explosive emotional drama of that era.

Setting up the uilleann pipes involves assembling four key components: the bellows (attached to the waist), the bag with blue pipe, the blowpipe, and the chanter. The popping strap creates an airtight seal when resting the chanter on your lap. Proper airflow technique requires pulling the chanter slightly out and covering four-fifths of the opening, allowing just enough air to escape to simulate airflow into the chanter. This exercise develops smooth bellows and bag motion, establishing good habits from the start since early-formed patterns are difficult to change.

This segment covers the foundational instrumentation choices for creating fantasy orchestral music. Key elements include dulcimers for medieval atmosphere, English horn for melodic themes, and drone/pad textures from layered strings. The composer demonstrates how specific instruments like the BBC Symphony Orchestra library, Native Instruments Grandeur piano, and East West dulcimer library contribute to establishing genre and mood. The approach involves layering multiple instruments to create rich, atmospheric backgrounds that support the narrative and emotional content of the composition.

Fantasy string libraries like Hollywood Fantasy Strings from East West provide specialized medieval and fantasy-themed instruments (such as dulcimers, lutes, viola de gambra, and hardanger fiddles) that differ from traditional orchestral libraries, enabling composers to create authentic medieval or fantasy game soundtrack music with unique timbres and articulations.

This segment covers percussion instruments essential for cinematic fantasy scoring. The deep ensemble features large drums with damping, hype, and three mic options controlling detail and punch. Frame drums and bodhrán provide rhythmic foundation with resonant and percussive textures. Medieval percussion includes tambourines and rolls for rhythmic interest. The enormous metals patch contains gongs, tam tams, symbols, and cymbals with detailed triangle articulations. The church bells feature rare recordings from the same foundry as Big Ben, with alternative articulations removing inharmonic overtones for clarity. These percussion sections demonstrate how virtual libraries provide comprehensive rhythmic and dramatic resources for fantasy compositions, from intimate hand drums to orchestral metallic accents.

Modal harmony is the practice of building chords from various modes, derived from the major scale (Ionian mode). The major scale serves as the foundational pattern for both melodies and harmonies in Western music. Melodies are created by rearranging scale notes into rhythmic patterns, while harmonies are built by playing notes together using tertian intervals (major and minor thirds). By combining every other note starting from each scale degree, seven distinct chords are formed. The seven modes—Ionian, Dorian, Phrygian, Lydian, Mixolydian, Aeolian, and Locrian—each begin on a different scale degree while containing the same notes, creating unique interval patterns and distinctive sounds that musicians use to evoke different moods and styles.

Functional harmony uses the seven chords of a major key (I, ii, iii, IV, V, vi, vii°) with the I chord as the tonal center. Modal harmony avoids returning to I or vi, instead focusing on modes like Dorian, Phrygian, Lydian, and Mixolydian. The goal is to maintain a different tonal center throughout the piece. In 'Dreams' by Fleetwood Mac, the song avoids returning to C major (I) or A minor (vi), instead focusing on IV (F) and V (G), creating a modal sound. In Phrygian mode, the minor second (F♯ in E Phrygian) is emphasized, with progressions often moving between III and IV without resolving to I.

Modal harmony differs from tonal harmony by emphasizing horizontal melodic relationships over vertical harmonic ones, with each mode having a characteristic note that defines its flavor (e.g., the sixth in Dorian, the raised fourth in Lydian, the flat seventh in Mixolydian). Successful modal composition requires maintaining clear central tonality, directing melodic movement toward the modal center, and strategically using the characteristic note as a pivotal element in the musical discourse.

Modal harmony operates under three essential conditions that distinguish it from tonal harmony. First, modal harmony uses modes (kendine has özellikleri barındıran gamlar) rather than major-minor scales as its fundamental building blocks. Second, modal harmony maintains functional relationships (fonksiyonalite) where the first-degree chord still serves as a center of gravity. Third, modal harmony uses structural chord progressions based on the mode's characteristic sounds rather than traditional fourth-fifth chord movements. The instructor explains that in modal harmony, characteristic notes of a mode become the basis for chord construction. For example, in the Mixolydian mode, the flat 2 becomes a highly characteristic note that strongly influences the harmonic progression. This creates chord progressions unique to each mode and creates the distinctive sound of modal music.

Modal harmonies allow musicians to play modes while maintaining the modal sound by finding degrees and chords that keep the mode sounding. Modes are scales derived from the major scale by starting on different degrees. The Ionian mode is the major scale itself. Non-modal playing involves playing the major scale where the tonic naturally dominates, while modal playing makes other notes sound like the tonic. To harmonize modes, musicians can use seventh chords built on each degree. Not all modal degrees are equally stable—the second degree has a strong pull toward the tonic, while the fourth degree in modes like Dorian is a diminished seventh chord that creates tension. Each mode has a characteristic note that defines its sound: Dorian has a major sixth, Phrygian has a minor ninth, Lydian has a raised eleventh, Mixolydian has a minor seventh, and Locrian has a minor ninth and diminished fifth.