Source metadata
- Type: Textbook
- Author: Steve Swink
- Date: 2009
- Publisher: Morgan Kaufmann / Elsevier
- Pages: 377
- Chapters: 19 (Ch. 1–4 define game feel; Ch. 5–11 cover metrics; Ch. 12–16 are case studies; Ch. 17 gives principles; Ch. 18–19 speculative)
Key takeaways
- Formal definition of game feel: “Real-time control of virtual objects in a simulated space, with interactions emphasised by polish.” Three building blocks: real-time control + simulated space + polish. All three required for true game feel.
- Five experiences of game feel: (1) aesthetic sensation of control, (2) learning/practicing/mastering a skill, (3) extension of the senses, (4) extension of identity, (5) interaction with a unique physical reality.
- Game Feel Model of Interactivity (7 components): human processor → muscles → input device → computer → game world → output devices → senses → loop. The designer’s palette is components 4–6 (computer, game world, output devices).
- Six metrics for measuring game feel: input, response, context, polish, metaphor, rules. Each metric is described in its own chapter with hard and soft measurement criteria.
- ADSR envelope for response modulation: Attack, Decay, Sustain, Release — borrowed from audio synthesis, applied to the modulation of avatar parameters over time. Mario’s horizontal movement has a long attack and release (acceleration/deceleration); Donkey Kong’s original Jumpman has no attack or release (instant on/off).
- Seven principles of game feel: predictable results, instantaneous response, easy but deep, novelty, appealing response, organic motion, harmony. Underlying goal: ownership (mastery so complete that the game becomes a tool for self-expression).
- Proxied embodiment (Jonathan Blow): when an avatar feels like an extension of the body, identity flows out to encompass it. “My guy” becomes “me.” This is capricious — it can be gained and lost moment to moment.
- Virtual proprioception: game feel creates an impression of amplified proprioception — minute real-world movements (thumb on stick) generate large virtual movements, which are perceived as a bodily sense of virtual space. “A megaphone for your thumbs.”
- Intuitive controls defined precisely: near-perfect translation of intent into game reality. Distinction between challenge (difficulty that can be mastered) and interference (ambiguity between intent and outcome — the opposite of intuition).
- Hard vs. soft metrics: hard metrics are quantifiable (response latency in ms, frame counts); soft metrics are experiential (player laughter, requests to play again). Both are necessary; neither alone is sufficient.
- Harmony: all elements of a game’s feel support a single, cohesive impression of a unique physical reality. Consistency of abstraction (cartoony car → cartoony physics) is easier to achieve than realistic-to-realistic consistency.
Notable claims / quotes
“Real-time control of virtual objects in a simulated space, with interactions emphasised by polish.” — Swink’s definition of game feel (Ch. 1)
“Games are the flow experience par excellence.” — Csikszentmihalyi, quoted by Swink (Ch. 1)
“One of the worst things about making video games is that you have to re-invent the wheel with almost every new project you work on. So even though Mario jumps like a champ, when you go to make your game, it’s very hard to reverse engineer Mario’s jump and port it into your game.” — Derek Daniels (God of War), quoted by Swink (Ch. 5)
“The player’s perception of what happened trumps the computer’s.” — Swink (Ch. 17)
Jonathan Blow: “proxied embodiment” — identity extends to a proxy, inhabiting it and making it part of one’s own body. (Ch. 1)
“What feels bad is when there is a delay longer than about 100 ms between when the player tries to do something and when he or she perceives the result of that action.” — Swink (Ch. 17)
Relevance
The dedicated primary source for the game-feel.md concept page, which was a seed page referencing Swink without having ingested him. This is the most technically detailed source in the wiki for micro-level feel, responsiveness, and tactile sensation.
Strong additions to:
- game-feel — full formal treatment of the concept; the page can now be upgraded to active
Weaker connections to:
- flow — Swink discusses flow extensively (Csikszentmihalyi directly cited) from a game feel perspective
- player-agency — Swink’s “proxied embodiment” and extension of identity complement Poole’s control-centric argument
- prototyping — Swink’s three-foundation prototype approach (mapping + level layout + camera) is a practical prototyping method specifically for game feel
Open questions raised
- Swink’s definition requires active perception of simulated space — this excludes RTS games (Starcraft) where space is managed indirectly. Is this the right dividing line, or too restrictive?
- The ADSR framework is powerful for describing single-parameter responses. How does it extend to complex systems with multiple interacting parameters?
- “Harmony” requires consistency of abstraction across all elements. In games mixing realistic and stylised elements, is partial harmony achievable, or does any inconsistency undermine the whole?