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Sound in Computer Games

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Page 1: Sound in Computer Games - University of Edinburgh · • Diegetic - “Sneaking as a concept would in fact be impossible without an understanding of whether a sound can be heard by

Sound in Computer Games

Page 2: Sound in Computer Games - University of Edinburgh · • Diegetic - “Sneaking as a concept would in fact be impossible without an understanding of whether a sound can be heard by

What do we mean by game sound?

• “In a sense, game sounds (or visuals, for that matter) are never signifiers of‘real’ events, but are always constructs covering up the technical functionality of the game engine.” Inger Ekman (2005)

• “Sound seems to extend the player’s visual perception beyond what is possible without sound.” Kristine Joergensen (2005)

• Questions around fixedness and meaningKaren Collins (2008)

Page 3: Sound in Computer Games - University of Edinburgh · • Diegetic - “Sneaking as a concept would in fact be impossible without an understanding of whether a sound can be heard by

Basic Model

• Speech• Sound• Music

http://www.gamasutra.com/view/feature/131915/ieza_a_framework_for_game_audio.phpRichard van Tol, Sander Huiberts (2008)

Page 4: Sound in Computer Games - University of Edinburgh · • Diegetic - “Sneaking as a concept would in fact be impossible without an understanding of whether a sound can be heard by

Stockburger

• Score• Effect• Interface• Zone• Speech

Stockburger, A. (2003). The game environment from an auditive perspective

Page 5: Sound in Computer Games - University of Edinburgh · • Diegetic - “Sneaking as a concept would in fact be impossible without an understanding of whether a sound can be heard by

Richard van Tol, Sander Huiberts

• Interface• Effect• Zone• Affect

Richard van Tol, Sander Huiberts (2008) IEZA: A Framework For Game Audio

Page 6: Sound in Computer Games - University of Edinburgh · • Diegetic - “Sneaking as a concept would in fact be impossible without an understanding of whether a sound can be heard by

Friberg and Gardenfors

• Avatar sounds• Object sounds• (non-player) Character sounds• Ornamental sounds• Instructions

Friberg, J. and Gardenfors, D. (2004). Audio games - New perspectives on game audio

Page 7: Sound in Computer Games - University of Edinburgh · • Diegetic - “Sneaking as a concept would in fact be impossible without an understanding of whether a sound can be heard by

• Sense of presence in a fictional world• State changes in the system & environment• Non-diegetic > Extradiegetic > Transdiegetic• Extra and Transdiegetic sound can influence

choice of action and resulting outcome

Joergensen, Kristine (2006). On the Functional Aspects of Computer Game Audio

Diegesis: Joergensen

Page 8: Sound in Computer Games - University of Edinburgh · • Diegetic - “Sneaking as a concept would in fact be impossible without an understanding of whether a sound can be heard by

• Auditory Icons > diegetic (gunshots, footsteps)

• Earcons > extradiegetic - sounds not heard by NPC (bling!)

• Urgency function > something needs to be done

• Response > something has been done- confirmation / rejection

Page 9: Sound in Computer Games - University of Edinburgh · • Diegetic - “Sneaking as a concept would in fact be impossible without an understanding of whether a sound can be heard by

• Action oriented(Did the punch land? Natural but usability)

• Atmospheric(Emotional engagement, genre convention)

• Orienting (Location of objects / events)

• Control-related (Status updates,

Page 10: Sound in Computer Games - University of Edinburgh · • Diegetic - “Sneaking as a concept would in fact be impossible without an understanding of whether a sound can be heard by

• What is the context of any given sound?

• Where is the intention or attention focused... is dialogue addressed to the avatar or to the player?

• Internal / External Diegesis

• Volatility / Predictability

• Immersion > Attractors / Connectors / Retainers (McMahan)

Page 11: Sound in Computer Games - University of Edinburgh · • Diegetic - “Sneaking as a concept would in fact be impossible without an understanding of whether a sound can be heard by

• “In the natural world, meaningful auditory information occurs naturally as causes of a range of events such as doors closing, water running and footsteps, and they work to provide information about what is going on around us.”

Joergensen (2007), On Transdiegetic Sounds in Computer Games

Page 12: Sound in Computer Games - University of Edinburgh · • Diegetic - “Sneaking as a concept would in fact be impossible without an understanding of whether a sound can be heard by

• Diegetic - “Sneaking as a concept would in fact be impossible without an understanding of whether a sound can be heard by other characters or not.”

• Symbolic - diegetic referent• Masking - game engine trigger• Non-diegetic - game menu (genre sounds)

Ekman, I (2005) Meaningful Noise: Understanding Sound Effects in Computer Games

Meaningful Noise: Ekman

Page 13: Sound in Computer Games - University of Edinburgh · • Diegetic - “Sneaking as a concept would in fact be impossible without an understanding of whether a sound can be heard by

Acoustic Ecology: Schafer

• Keynote• Soundmarks• Signals

Page 14: Sound in Computer Games - University of Edinburgh · • Diegetic - “Sneaking as a concept would in fact be impossible without an understanding of whether a sound can be heard by

Acoustic Ecology of FPS: Grimshaw and Scott

• Variety of (sonic) spaces and cues within a game that all contribute to immersion

• “responsive relationships between player and the game engine”, “web of interactions occurring at a sonic level”

• Players both get and give meaning from and to the game through sound

• Ideodiegetic (Kinodiegetic / Exodiegetic)

• Telediegetic (sounds made by others)

Grimshaw, Mark and Schott, Gareth (2007) Situating Gaming as a Sonic Experience: The acoustic ecology of First-Person Shooters

Page 15: Sound in Computer Games - University of Edinburgh · • Diegetic - “Sneaking as a concept would in fact be impossible without an understanding of whether a sound can be heard by

Listening Modes: Chion

• Reduced• Causal• Semantic

Page 16: Sound in Computer Games - University of Edinburgh · • Diegetic - “Sneaking as a concept would in fact be impossible without an understanding of whether a sound can be heard by

Sound Layers: (after) Murch

• Foreground• Mid-ground• Background

Page 17: Sound in Computer Games - University of Edinburgh · • Diegetic - “Sneaking as a concept would in fact be impossible without an understanding of whether a sound can be heard by

Practice

• Dependencies - rendering order• Processing power• Memory• Hardware• Platform• Compatibility• Middleware (FMOD, WWise)• Sound Designer or Audio Programmer?

Page 18: Sound in Computer Games - University of Edinburgh · • Diegetic - “Sneaking as a concept would in fact be impossible without an understanding of whether a sound can be heard by

Process

• Storyboard, Artwork, Gameplay• Audio Design Document • Interactivity in sound?• Spotting (cues, menus etc) & Mapping• Genre/Style• Assets (objects/actions/environments)

Page 19: Sound in Computer Games - University of Edinburgh · • Diegetic - “Sneaking as a concept would in fact be impossible without an understanding of whether a sound can be heard by

Principles

• Audio/Visual and Sonic/Haptic Contracts• Variation• Modularity & Re-use (of resources)• Efficiency & Adaptation• Reactivity > Agency > AI• Procedural Audio? Prototyping (PD etc)

Page 20: Sound in Computer Games - University of Edinburgh · • Diegetic - “Sneaking as a concept would in fact be impossible without an understanding of whether a sound can be heard by

Interactive Microstructures: Bridgett

• Narrative Cue for Cut Scene (e.g. FMV or NIS [non-interactive sequence])

• Continual Cue (e.g menu)• Evolving Cue (e.g. gameplay based)• Transitional Cue (e.g. event based)• Inaugural and Resolving Cue (e.g. intro and

outro)

Bridgett, R (2010) From The Shadows of Film Sound

Page 21: Sound in Computer Games - University of Edinburgh · • Diegetic - “Sneaking as a concept would in fact be impossible without an understanding of whether a sound can be heard by

Variability: Collins

1. Tempo

2. Pitch

3. Rhythm / Meter

4. Dynamics

5. Timbre (DSP)

6. Melody

7. Harmony

8. Mixing

9. Form (Open)

10. Form (Branching)

Collins, K (2008) Game Sound, Cambridge MA: MIT