Welcome back to our three-part discussion of how video game composers (such as ourselves) can make strategy gamers smarter! In these articles, we’re looking at ways in which our music can enhance concentration and tactical decision-making for players engrossed in strategic gameplay. Along the way, I’ve been sharing my personal experiences as the composer for the Dragon Front strategy game for virtual reality. Over the course of these articles we’ll be covering three of the top concepts that pertain to the relationship between music and concentration. In part one, we discussed the concept of ‘music-message congruency,’ so if you haven’t read that article yet, please go check it out and then come back.
Are you back now? Good! Let’s move on to the second big technique for increasing the smarts of strategy gamers!
As video game composers, we create music in a wide variety of tempos designed to support the energy of play and the pacing of the game’s overall design. From leisurely tracks that accompany unstructured exploration to frenetic pieces that support the most high-stakes combat, our music is planned with expert precision to shape the excitement level of players and keep them motivated as they progress.
Can video game composers make you smarter? Well, video gaming can be a pretty cerebral activity, requiring astute problem-solving skills and disciplined concentration in order to excel. That’s especially true for any game built around strategic and/or tactical gameplay, such as real-time or turn-based strategy, tactical shooters, multiplayer online battle arenas (MOBAs), and online collectible card strategy games. To succeed in these types of games, players must assess the current situation and formulate a plan that accounts for future developments and variables. Without this type of tactical forward-thinking gameplay, a gamer has little chance to win. So, can music enable gamers to think tactically, stay focused and make smart decisions? Over the next three articles, I’ll try to answer that question, while exploring the role of music in enhancing the concentration of strategic/tactical gamers.
Along the way, we’ll be taking a look at some scholarly research on the subject, consulting the opinions of experts, and I’ll be sharing my experiences creating the music for the recently released Dragon Front strategy game from High Voltage software. We’ll check out some music tracks I composed for the popular Dragon Front game (pictured at the top of this article), and we’ll discuss methods for supporting and enhancing concentration for strategic/tactical game players. But first, let’s take a closer look at the Dragon Front game.
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.
Interactive music is always a hot topic in the game audio community, and newcomers to game music composition can easily become confused by the structure and process of creating non-linear music for games. To address this issue, I produced four videos that introduce aspiring video game composers to some of the most popular tactics and procedures commonly used by game audio experts in the structuring of musical interactivity for games. Over the next four articles, I’ll be sharing these videos with you, and I’ll also be including some supplemental information and accompanying musical examples for easy reference. Hopefully these videos can answer some of the top questions about interactive music composition. Music interactivity can be awesome, but it can also seem very abstract and mysterious when we’re first learning about it. Let’s work together to make the process feel a bit more concrete and understandable!
My work as a video game composer has lately included some projects for virtual reality games (more info on that in the coming months), and as a result I’ve been thinking a lot about the awesome potential of VR, and have also been writing lots of articles on the subject. Earlier this month I began a two-part article that focuses on the experience of the end user, and the gear with which they’ll be enjoying our video game music and audio content (you can read part one here). So, let’s now continue our discussion about the new generation of headphones designed specifically for VR!
In this article, we’ll be discussing two headphone models:
Plantronics RIG 4VR
So let’s get underway!
Entrim 4D headphones
This March at the famous SXSW convention in Austin, Samsung showed off a piece of experimental technology promising to bring a new dimension of immersion to virtual reality. It’s designed specifically to complement their popular Samsung Gear VR device, and it works by virtue of electrodes that send electrical signals right into the wearer’s head! As if virtual reality itself weren’t futuristic enough, now we’re talking about a device that zaps us to make the VR feel more real! It’s called Entrim 4D (pictured right). We’re talking about it here because (among other things) Entrim 4D is a pair of audio headphones built specifically for VR.