Difference between revisions of "Team Balance"

Latest revision as of 09:46, 4 April 2018

The state that competing teams have somewhat equal chances of succeeding with actions in a game or winning a game.

Games often categories players or game elements into teams that compete with each other. It is often in everybody's interest to ensure relative Team Balance between the teams make the gameplay interesting for all players. This can occur both through how the teams are constructed and through game rules that give benefits to teams that have problems and disadvantages to those that are in good positions.

Examples

Recreational play of Sports often let team leaders take turns picking members for the team to at least somewhat balance the teams. In professional leagues of American Football, Basketball, and some other Sports the teams that faired worst the previous year gets to begin bidding for players to hire. Drafting is also exists as official options when playing Magic: The Gathering.

Online Games where teams plays against other teams, e.g. Counter-Strike, League of Legends, and the Battlefield series have ranking system that can be used to help balance teams.

Using the pattern

Team Balance is used to balance Teams in games that have TvT gameplay. Motivations for trying to have the pattern in games range from knowing it is unbalanced due to design specifics to considering the local variations during gameplay can cause imbalances. Then again, a design might have certain patterns already that nearly guarantee that Team Balance will not be present until supported. The list of such patterns include: AI Players, Death Consequences, Drop-In/Drop-Out, Empowerment, Invulnerabilities, Late Arriving Players, New Abilities, Player Killing, Player Elimination, Player-Decided Results, Positive Feedback Loops, and Privileged Abilities.

Team Balance isn't typically created by Player Balance since the advantages which individual members provide to a Team can be offset by disadvantages that member of other members have in the same Team, advantages that members in other Teams provide, or external modifications applied to other Teams to balance out said advantages.

Patterns which can effectively be used to create Team Balance during or just before gameplay begins include Balancing Effects, Dynamic Difficulty Adjustment, Handicap Systems, Negative Feedback Loops, and Symmetry. Orthogonal Differentiation and Team Development can be designed to make Teams balanced, but this is a fragile solution since even small inequalities may work directly against Team Balance instead; the use of Evolving Rule Sets can smoothen out problems over time. In games where creating the Teams are part of the gameplay, Drafting can also help create Team Balance. In general, any games which are Self-Facilitated Games can have Team Balance if the players agree on changing rules or the game state to make this happen.

The possibility of Early Leaving Players in a game works directly against Team Balance since as soon as a player leaves it is likely that the Team Balance is upset.

Consequences

The presence of Team Balance gives players a Determinable Chance to Succeed roughly dependent on the number of Teams.

Relations

Can Instantiate

Determinable Chance to Succeed

Can Modulate

Teams, TvT

Can Be Instantiated By

TvT and either Balancing Effects, Drafting, Evolving Rule Sets, Dynamic Difficulty Adjustment, Handicap Systems, Orthogonal Differentiation, Negative Feedback Loops, Self-Facilitated Games, Symmetry, or Team Development

Can Be Modulated By

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Possible Closure Effects

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Potentially Conflicting With

AI Players, Death Consequences, Drop-In/Drop-Out, Early Leaving Players, Empowerment, Invulnerabilities, Late Arriving Players, New Abilities, Orthogonal Differentiation, Player Elimination, Player Killing, Player-Decided Results, Positive Feedback Loops, Privileged Abilities, Team Development

History

An updated version of the pattern Team Balance that was part of the original collection in the book Patterns in Game Design^[1].

References

1. ↑ Björk, S. & Holopainen, J. (2004) Patterns in Game Design. Charles River Media. ISBN1-58450-354-8.

Acknowledgements

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