Games that are designed so that the events in one game affects events in another game.
This pattern is a still a stub.
A limited form of Coupled Games can be found in the pairing of Metroid Prime and Metroid Fusion, which was released on the GameBoy Advance and GameCube respectively. Completing one of these games gave a reward in the other if the systems were linked together, in one case providing a new costume for the main character and in the other allowing players to play the first Metroid game.
Players of Sonic Adventure on the SEGA Dreamcast could find Chao creatues. While these could be raised and played with in the main game, they could also be interacted with as a separate game on the Visual Memory Units - interactive memory cards - of the console. These were also used in the Dreamcast version of Power Stone where players could gain advantages through player various small games on the VMUs.
Using the pattern
A general choices when making Coupled Games is if both games should be able to affect each other or if only one game should be able to affect the other. Trans-Game Information are used in both cases, but in the second case the "affecting" games may be created only to make the pattern appear and in this case they may be Minigames.
It may be difficult to have Narration Structures in both of the Coupled Games since this either may require breaks in gameplay in one of the games until certain points are reaching in the other or may let players gain knowledge of future events in one of the games through playing the other one. It is however possible to have a Narration Structure in one and not in the other.
Crossmedia Gameplay, Extra-Game Input, Interruptibility
Can Be Instantiated By
Can Be Modulated By
Possible Closure Effects
Potentially Conflicting With
The pattern is based on the concept of Coupled Games identified in the master thesis Kopplade Spel - Utökning av TV-spel med mobil funktionalitet.
- Peitz, J. (2004). Kopplade Spel - Utökning av TV-spel med mobil funktionalitet. Master thesis in Computer Science at Chalmers University of Technology.