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Will Edwards

Build Smarter Expression Maps and Playback Templates in Dorico

Learn how to design efficient, flexible expression maps and playback templates that bring your sample libraries to life.

What you’ll learn in this course:

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Build Smarter Expression Maps and Playback Templates in Dorico

Learn how to design efficient, flexible expression maps and playback templates that bring your sample libraries to life.

What you’ll learn in this course:

  • Build custom expression maps using base and add-on switches

  • Control dynamics and articulations with MIDI ports, CCs and channels

  • Create reusable playback templates

  • Master endpoints using endpoint projects

  • Integrate VE Pro or standalone plugins into your workflow (optional)

  • Avoid common playback issues through clean switching structures

Unlock expressive playback and streamline your orchestral workflow

Many composers struggle to get reliable playback in Dorico, especially when using third-party sample libraries. This course gives you a practical, repeatable method for building expression maps and playback templates that work—no guesswork, no frustration.

You’ll begin by learning how expression maps actually function under the hood: how Dorico interprets playing (and playback) techniques, what base and add-on switches do, and how to build your first map from scratch. From there, you’ll explore layering articulations, designing MIDI CC controls (Add-Ons), configuring exclusion groups, and refining your maps for real-world musical use.

Once your maps are built, you’ll shift to the orchestral template level—designing playback structures using endpoints, channels, ports, and VE Pro (optional if you use it). You’ll learn how to organize your switching logic, test playback reliability, and export clean, consistent templates for future projects.

Every module is project-based and results in something usable. By the end of the course, you’ll have your own custom playback template that reflects your personal workflow and preferred libraries.

Who this course is for:

This course is ideal for intermediate and advanced Dorico users who want to take control of playback and build a more professional, expressive scoring environment. It’s especially useful for:

  • Composers using SINE Player, VE Pro, or third-party libraries in Dorico

  • Users who want to replace key switches with smarter switching logic

  • Orchestrators creating project templates for repeated use

  • Dorico users struggling with articulation reliability or dynamic mapping

Other Considerations

Prior experience with basic notation and project setup in Dorico is recommended. You do not need to be an expert in VE Pro to benefit from this course, but if you use it, dedicated walkthroughs are included.

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What's inside

Learning objectives

  • Demystify expression maps and percussion maps and learn to build your own.
  • Build a playback system that you can have confidence in - including dynamics and reliable articulation playback
  • Create reusable playback templates
  • Learn how to import / export / share settings and configurations for collaboration
  • Avoid common mistakes and develop an ultra-modern switching structure

Syllabus

Introduction
Who is this Course For?
What You'll Learn and Build
Tools and Libraries You'll Need
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Learners who complete Dorico Expression Maps: Create Smarter, Flexible Templates will develop knowledge and skills that may be useful to these careers:

Reading list

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Written by two renowned composers, this book covers everything you need to know about using VIs to create realistic and expressive orchestral arrangements for film and other media.
Focuses exclusively on orchestral VIs, providing detailed information on their use and application in various musical genres.
Covers the specific challenges and techniques involved in using VIs for game audio, including creating immersive and interactive soundscapes.
Provides a foundational understanding of music theory specifically tailored for those working with computers and digital audio workstations (DAWs). It's an excellent starting point for beginners in virtual instruments, offering the necessary musical context to effectively use and program them. While not solely focused on virtual instruments, the music theory principles are directly applicable and essential for creating meaningful music with these tools.
Considered a comprehensive guide to electronic music production, this book covers various aspects including synthesis, sampling, and sound design, all of which are integral to understanding and utilizing virtual instruments effectively, particularly in genres like electronic dance music. It provides a strong foundation in the techniques and concepts behind the sounds created with virtual instruments. valuable reference for both beginners and those looking to deepen their understanding of electronic music production workflows.
While focused on mixing, this handbook is highly relevant as virtual instruments are a key component of modern music production that requires mixing. Understanding how to properly mix tracks created with virtual instruments is crucial for achieving a professional sound. serves as an excellent reference for both students and working professionals, offering detailed techniques applicable to productions involving virtual instruments. It is commonly used as a textbook in academic settings.
This definitive guide to audio mastering, the final step in music production. While not directly about virtual instruments, mastering is essential for any music created with them to sound polished and professional. high-level reference, often used in formal audio engineering education, and is most valuable for those looking to gain a deep understanding of the entire audio production chain, including the output of virtual instruments.
Delves into the core concepts of sound synthesis and sampling, which are the fundamental technologies behind most virtual instruments. It provides a detailed technical understanding of how virtual instruments create sound. This is essential reading for those who want to move beyond presets and deeply understand the capabilities and limitations of their virtual instruments.
Explores the principles and techniques of sound design, which is closely related to creating unique sounds with virtual instruments. It focuses on procedural audio and the mathematical concepts behind sound generation, offering a deeper theoretical understanding that can inform the creative use of virtual instruments. It valuable resource for those interested in the underlying mechanics of sound.
A comprehensive and in-depth reference covering a wide range of computer music topics, including synthesis techniques relevant to virtual instruments. While quite technical and academic, it provides a foundational understanding of the digital audio concepts that virtual instruments are built upon. is more suitable for graduate-level students and researchers due to its advanced nature.
Provides a structured approach to understanding how digital audio is manipulated, covering the mathematical theory and practical applications of digital signal processing (DSP) in audio. DSP is fundamental to the operation of virtual instruments and effects. This book is valuable for those seeking a deeper technical understanding of the underlying processes.
MIDI (Musical Instrument Digital Interface) is the primary way users interact with and control virtual instruments. comprehensive guide to MIDI technology, explaining its concepts and applications in modern music production. Understanding MIDI is essential for effectively using virtual instruments, making thcrucial resource for all levels.
Offers practical strategies for the creative process in electronic music production, which heavily relies on virtual instruments. It helps producers overcome creative blocks and develop workflows, directly benefiting those who use virtual instruments to create music. It's a valuable resource for both beginners and experienced producers.
Offers a practical and in-depth look at common forms of music synthesis, providing historical context and practical examples. It covers various synthesis techniques used in virtual instruments, making it highly relevant for producers and composers who want to create their own sounds from the ground up using these tools.
Focuses on the Digital Audio Workstation (DAW) as a central hub for music production, including the use of virtual instruments. It covers the complete DAW process, from setup to mastering, providing essential context for integrating virtual instruments into a production workflow. It's a good resource for beginners getting started with DAWs and virtual instruments.
Guide to using Pro Tools | First, a popular Digital Audio Workstation. While software-specific, it covers fundamental audio production concepts, including working with MIDI and virtual instruments within a DAW environment. It's a useful resource for beginners learning a specific platform often used with virtual instruments.
Explores the history of electronic music through the lens of key technologies, offering insights into the development of tools and techniques that led to virtual instruments. It provides a cultural and historical context for the use of electronic sound in music.

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