I’m pleased to announce that my book, A Composer’s Guide to Game Music, is now available its new paperback edition! I’m excited that my book has done well enough to merit a paperback release, and I’m looking forward to getting to know a lot of new readers! The paperback is much lighter and more portable than the hardcover. Here’s a view of the front and back covers of the new paperback edition of my book (click the image for a bigger version if you’d like to read the back cover):
As you might expect, many aspiring game composers read my book, and I’m honored that my book is a part of their hunt for the best resources to help them succeed in this very competitive business. When I’m not working in my music studio, I like to keep up with all the great new developments in the game audio field, and I share a lot of what I learn in these articles. Keeping in mind how many of my readers are aspiring composers, I’ve made a point of devoting an article once a year to gathering the top online guidance currently available for newcomers to the game music profession. In previous years I’ve focused solely on recommendations gleaned from the writings of game audio pros, but this time I’d like to expand that focus to include other types of resources that could be helpful. Along the way, we’ll be taking a look at some nuggets of wisdom that have appeared on these sites. So, let’s get started!
Welcome back to this three article series that’s bringing together the ideas that were discussed in five different GDC 2017 audio talks about interactive music! These five speakers explored discoveries they’d made while creating interactivity in the music of their own game projects. We’re looking at these ideas side-by-side to broaden our viewpoint and gain a sense of the “bigger picture” when it comes to the leading-edge thinking for music interactivity in games. We’ve been looking at five interactive music systems discussed in these five GDC 2017 presentations:
In the first article, we examined the basic nature of these interactive systems. In the second article, we contemplated why those systems were used, with some of the inherent pros and cons of each system discussed in turn. So now, let’s get into the nitty gritty of tools and tips for working with such interactive music systems. If you haven’t read parts one and two of this series, please go do so now and then come back:
Welcome back to our three article series dedicated to collecting and exploring the ideas that were discussed in five different GDC 2017 audio talks about interactive music! These five speakers shared ideas they’d developed in the process of creating interactivity in the music of their own game projects. We’re looking at these ideas side-by-side to cultivate a sense of the “bigger picture” when it comes to the leading-edge thinking for music interactivity in games. In the first article, we looked at the basic nature of five interactive music systems discussed in these five GDC 2017 presentations:
Okay, so let’s now contemplate some simple but important questions: why were those systems used? What was attractive about each interactive music strategy, and what were the challenges inherent in using those systems?
By video game music composer Winifred Phillips | Contact | Follow
The 2017 Game Developers Conference could be described as a densely-packed deep-dive exploration of the state-of-the-art tools and methodologies used in modern game development. This description held especially true for the game audio track, wherein top experts in the field offered a plethora of viewpoints and advice on the awesome technical and artistic challenges of creating great sound for games. I’ve given GDC talks for the past three years now (see photo), and every year I’m amazed at the breadth and diversity of the problem-solving approaches discussed by my fellow GDC presenters. Often I’ll emerge from the conference with the impression that we game audio folks are all “doing it our own way,” using widely divergent strategies and tools.
This year, I thought I’d write three articles to collect and explore the ideas that were discussed in five different GDC audio talks. During their presentations, these five speakers all shared their thoughts on best practices and methods for instilling interactivity in modern game music. By absorbing these ideas side-by-side, I thought we might gain a sense of the “bigger picture” when it comes to the current leading-edge thinking for music interactivity in games. In the first article, we’ll look at the basic nature of these interactive systems. We’ll devote the second article to the pros and cons of each system, and in the third article we’ll look at tools and tips shared by these music interactivity experts. Along the way, I’ll also be sharing my thoughts on the subject, and we’ll take a look at musical examples from some of my own projects that demonstrate a few ideas explored in these GDC talks:
Our discussion of Vertical Layering will focus on its use in one of my projects: The LittleBigPlanet 2: Toy Story video game (photo above). As opposed to the three layer music system we discussed in the previous article, this vertical layering music model for the LittleBigPlanet 2: Toy Story game features six layers, all able to function simultaneously. To make this possible, the layers needed to be most carefully constructed. In my book, A Composer’s Guide to Game Music, I talked at length about how musical events can best be vertically constructed for the purposes of such complex interactive implementation. That discussion included an exploration of what ‘vertical’ means in the context of such a music system:
Welcome to the third installment of my four-part article series on the core principles of music interactivity, including video demonstrations and supplementary supporting materials that take these abstract concepts and make them more concrete. In Part One of this series, we took a look at a simple example demonstrating the Horizontal Re-Sequencing model of musical interactivity, as it was used in the music I composed for the Speed Racer Videogame from Warner Bros. Interactive. Part Two of this series looked at the more complex Horizontal Re-sequencing music system of the Spore Hero game from Electronic Arts. So now let’s move on to another major music interactivity model used by video game composers – Vertical Layering.
Welcome back to my four-part article series presenting videos and helpful references to aid aspiring game music composers in understanding how interactive music works. In Part One of this series, we took a look at a simple example demonstrating the Horizontal Re-Sequencing model of musical interactivity, as it was used in the music I composed for the Speed Racer Videogame from Warner Bros. Interactive. Now let’s turn our attention to a more complex example of horizontal re-sequencing as demonstrated by the interactive music of the Spore Hero game from Electronic Arts.