Difference between revisions of "Chat Channels"

Revision as of 08:15, 22 June 2014

Text-based message channels in games.

Games have many was of receiving input from players are providing output of their actions and other game events. One of these ways is through text, and often the interaction provides through these take the form of conversations or dialogues. Games can have such Chat Channels as the only communication means with players, but most that make any use of them in multiplayer games offer several Chat Channels through the same interface to let players select specific groups as recipients for messages.

Examples

Early Adventure Games such as the Colossal Cave Adventure and the Zork series used a single Chat Channels for players to give commands to the game system. Early Massively Multiplayer Online Games, e.g. BatMUD, DragonMud, and Kingdoms, continued this but provided different channels to only address players belong to the same in-game groups or that were nearby in the game worlds (the Adventure Games actually have two channels also, one to communicate with the game system and one to communicate with characters in the game world).

While Ultima Online, World of Warcraft, and other later Massively Multiplayer Online Games introduced graphical interfaces, they still kept the Chat Channels for providing both ways of communicating with other players and giving commands to the game system.

Chat Channels are also found in several computer applications with game-like qualities. Examples include the psychologist simulator ELIZA and the interactive drama Façade, the later which allows text input while the gameplay continues.

Anti-Examples

While Angband, NetHack, and the Tic-Tac-Toe implementation OXO all used text characters to convey information to players, they do not use Chat Channels per se as the characters are used to draw graphics (Angband and NetHack do allow some free text input as well but in a very limited sense).

Using the pattern

Implementing Chat Channels requires Dedicated Game Facilitators that receives messages, stores them, and sends them to appropriate receiver. Normally this is done by Game Servers or Meta Servers, the latter if designers wish players to be able to communicate with all players that play the game. Games rarely have only one Chat Channel, and deciding which to provide is one of the main design choices regarding the pattern. Examples include channels that only support communication with the players close in the Game Worlds (which maintains Diegetic Consistency) and those that allow secret communication with co-members of Parties, Guilds, or Teams. In many cases, all these channels are accessed through the same command line interface (which then functions as a form of Illocutionary Interface).

Another design choice for Chat Channels is if they should be between players or between Characters. Both types may exist simultaneously, but if a channel goes to both players and Characters, they may disrupt Diegetic Consistency. The type of content that can be transmitted through the Chat Channels is yet another area where several design options exist.

Censoring can be merited if a specific decorum is wanted or the game design is aimed at particular target audience while allowing players to using scripting can let them create Automated Responses up to the level of becoming Proxy Players. Canned Text Responses strictly limit which messages can be sent and can through this enforce censoring but can also simplify the user interface for the Chat Channels. Using Illocutionary Interfaces dictate that some actions need to be able to be sent through them and this can be mapped to Canned Text Responses, but allowing free text input to these interfaces can create Puzzle Solving and encourage System Exploration of the interface.

Chat Channels typically identify who sent a message. This common way of doing this is through Handles since these are also in text.

Diegetic Aspects

Chat Channels can have issues with both Diegetic Consistency and Thematic Consistency. The first depends on how text messages are presented in the Game World, and while it may be quite clear that presentations based upon Geospatial Game Widgets or HUD Interfaces break Diegetic Consistency generated voice responses from text is also likely to be perceived as artificial given current technologies. The second is due to players having Creative Control in what they say and this can be used to introduce inconsistencies, i.e. the pattern can make Thematically Consistent Dialogues impossible to guarantee; Canned Text Responses can be used to hinder this at the cost of severely limiting Creative Control.

Interface Aspects

Chat Channels is a Interface Pattern. While they often are available during play sessions, the same Chat Channels typically also exist in Game Lobbies if these exist.

See section above also.

Narrative Aspects

When Chat Channels allow players to formulate the messages freely, they can help players in Enactment which the game may not otherwise allow, including expressing complex emotions or providing non-diegetic narrative information.

Consequences

Chat Channels are text-based forms of Communication Channels that at least make some of a game have Mediated Gameplay. Since they typically support free form messages, they give Creative Control to players and let them be more precise at a certain cost of communication speed. The freedom in expression can also support Enactment, Bragging, Cooperation, and Guilting as well as let players pass Extra-Game Information. This last consequence of the pattern makes it difficult to combine Enforced Player Anonymity in games with Chat Channels.

When game actions can be invoked through the Chat Channels, e.g. Voting, the channels are Illocutionary Interfaces and when the information is received by Characters the pattern also gives rise to Information Passing.

As mentioned above, Chat Channels can cause problems with both Diegetic Consistency and Thematic Consistency, especially regarding Thematically Consistent Dialogues for the latter case.

Relations

Can Instantiate

Communication Channels, Creative Control, Bragging, Enactment, Guilting, Illocutionary Interfaces, Information Passing, Mediated Gameplay, Voting

Can Modulate

Cooperation, Game Lobbies, Game Servers, Guilds, Meta Servers, Parties, Teams

Can Be Instantiated By

Dedicated Game Facilitators, Geospatial Game Widgets, HUD Interfaces

Can Be Modulated By

Automated Responses, Canned Text Responses, Handles

Possible Closure Effects

-

Potentially Conflicting With

Enforced Player Anonymity, Diegetic Consistency, Thematic Consistency, Thematically Consistent Dialogues

History

New pattern created in this wiki.

References

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Acknowledgements