Difference between revisions of "Solution Uncertainty"

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== Using the pattern ==
 
== Using the pattern ==
=== Can Be Instantiated By ===
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[[Solution Uncertainty]] is created by introducing [[Complex Gameplay]], [[Imperfect Information]], [[Uncertainty of Information]], or a combination of these. [[Strategic Knowledge]] can ruin games based on [[Solution Uncertainty]] if the solution can become apparent due to the knowledge players can bring over from other game instances. It can however also be a way of modifying [[Solution Uncertainty]]  so that players may have an advantage in finding solutions if they have [[Strategic Knowledge]].
[[Imperfect Information]],  
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[[Uncertainty of Information]]
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=== Can Be Modulated By ===
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The use of [[AI Players]] requires extra consideration when if comes to using [[Solution Uncertainty]] in a game since human players and [[AI Players]] most likely have very different cognitive abilities and what can be difficult for one category of players to find can be trivial for the other.
[[AI Players]],
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[[Strategic Knowledge]]
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[[Strategic Knowledge]] can ruin games based on [[Solution Uncertainty]] if the solution can become apparent due to the knowledge players can bring over from other game instances.
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=== Diegetic Aspects ===
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=== Interface Aspects ===
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=== Narration Aspects ===
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== Consequences ==
 
== Consequences ==

Revision as of 14:55, 10 January 2015

Uncertainty in a game which stems from not being aware of an existent solution to a challenge.

This pattern is a still a stub.

Note: Uncertainty that comes from the possibility of players failing to perform an action or series of actions is covered by the pattern Performance Uncertainty.

Examples

Using the pattern

Solution Uncertainty is created by introducing Complex Gameplay, Imperfect Information, Uncertainty of Information, or a combination of these. Strategic Knowledge can ruin games based on Solution Uncertainty if the solution can become apparent due to the knowledge players can bring over from other game instances. It can however also be a way of modifying Solution Uncertainty so that players may have an advantage in finding solutions if they have Strategic Knowledge.

The use of AI Players requires extra consideration when if comes to using Solution Uncertainty in a game since human players and AI Players most likely have very different cognitive abilities and what can be difficult for one category of players to find can be trivial for the other.

Consequences

The most basic consequence of Solution Uncertainty is that it creates Uncertainty of Outcome in games. This often leads to Puzzle Solving or Tactical Planning, which in turn can make for Challenging Gameplay or lead to players suffering from Analysis Paralysis. A slightly more unintuitive effect of Solution Uncertainty is that is can lead to a player becoming the target of a Surprise Attacks due to an inability of foreseeing a potential attack.

While Solution Uncertainty does not automatically create No Direct Player Influence, it does provide a basis for making this type of gameplay in that it opens up for players considering how to manipulate a game state rather than simply manipulating it.

Relations

Can Instantiate

Analysis Paralysis, Challenging Gameplay, No Direct Player Influence, Puzzle Solving, Surprise Attacks, Tactical Planning, Uncertainty of Outcome

Can Modulate

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Can Be Instantiated By

Imperfect Information, Uncertainty of Information

Can Be Modulated By

AI Players, Strategic Knowledge

Possible Closure Effects

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Potentially Conflicting With

Strategic Knowledge

History

New pattern created in this wiki. However, the pattern is based on the concept of solver's uncertainty described in Costikyan's book Uncertainty in Games[1].

References

  1. Costikyan, G. 2013. Uncertainty in Games. MIT Press. Official webpage for the book.

Acknowledgements

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