Yeah, certainly, sorry if that wasn’t clear. Up above I tried to stipulate that I was speaking from a game theory perspective.
And yeah, you can model the AI in a game in whichever way is most useful. I said as long as they have utility functions that differ from the player(s), but then you also can recursively define games in terms of winning games.
Ex. the famous case of the US deliberately losing battles to not give away that they had cracked the German cipher. Each battle could be modeled as a game, and the war could be modeled in terms of battles.
Similarly, a single room in wolfenstein could present an contained “game”, the outcome of which is applicable to which ending you get in the larger “game” (I haven’t played it), and thus the AI would be agents at one level, but state/strategy at another.
Yeah, certainly, sorry if that wasn’t clear. Up above I tried to stipulate that I was speaking from a game theory perspective.
And yeah, you can model the AI in a game in whichever way is most useful. I said as long as they have utility functions that differ from the player(s), but then you also can recursively define games in terms of winning games.
Ex. the famous case of the US deliberately losing battles to not give away that they had cracked the German cipher. Each battle could be modeled as a game, and the war could be modeled in terms of battles.
Similarly, a single room in wolfenstein could present an contained “game”, the outcome of which is applicable to which ending you get in the larger “game” (I haven’t played it), and thus the AI would be agents at one level, but state/strategy at another.