Difference between revisions of "Negative Feedback Loops"

Revision as of 08:33, 4 September 2016

The one-sentence "definition" that should be in italics.

This pattern is a still a stub.

Wikipedia has an entry on Negative Feedback. The chapter Games as Cybernetic Systems in Rules of Play^[1] look extensively at positive and negative feedback loops and their use in games.

Examples

Mario Kart series and Super Monkey Ball series

Using the pattern

The core of making Negative Feedback Loops is to identify a part of the game state to measure and determine what is to be seen as the ideal value for that value. In games this is typically a value relative players' positions, for example their relative score positions or relative places in a Race, which is a slight complication compare to the basic model of Negative Feedback Loops. The next step, which may require extensive play testing, is to determine which parts of the game state to modify to influence the measured part of the game towards the ideal value. While in many non-game examples of Negative Feedback Loops one can influence the measured part directly (if a room is too warm, lower the temperature for example) this would remove player agency in games, one cannot for example take the player that is last in a Race and put first. Instead, part of the game state that help players improve their own positions are used. In the case of a Race the speeds of the players can for example be changed, as is done in the Mario Kart series and Super Monkey Ball series.

Dynamic Difficulty Adjustment

Can Instantiate

Balancing Effects, Comeback Mechanism, Critical Gameplay Design,

Can Modulate

Internal Rivalry, Resources

Can Be Instantiated By

Geometric Progression

By definition Negative Feedback Loops are in opposition to Positive Feedback Loops. This means that they cannot be combined regarding the same aspect of a game state but different types of loops can exist for different parts of the game state.

Consequences

Red Queen Dilemmas may appear out of Negative Feedback Loops if players perceive a need to continue putting effort into the things measured by the loop. Negative Feedback Loops created through using Geometric Progression cause Diminishing Returns for players. This may in turn encourage them to engage in Varied Gameplay to find other venues to advance their positions during a game instance.

Relations

Races Predictable Winner Beat the Leader

Can Instantiate

Balancing Effects, Comeback Mechanism, Critical Gameplay Design, Dynamic Difficulty Adjustment, Red Queen Dilemmas

with Geometric Progression

Diminishing Returns, Varied Gameplay

Can Modulate

Internal Rivalry, Resources

Can Be Instantiated By

Geometric Progression

Can Be Modulated By

-

Possible Closure Effects

-

Potentially Conflicting With

Positive Feedback Loops, Runaway Leader

History

New pattern created in this wiki.

References

1. ↑ Salen, K. & Zimmerman, E. 2003. Rules of Play. MIT Press. ISBN 978-0-262-24045-1.

Acknowledgements

-