answer the question

Blackboarding: The idea with a blackboarding system is that you write a series of things that define the state of the world, and then query that state to decide what Agents do. The state of the world falls into two categories - static state, and dynamic'. The static state are facts that are immutable (e.g., the player exists, the g positions are walls). Dynamic states are what you'd expect, player/object position, lines of site, in cover etc. Design a system in Prolog for the following situation: A 3D map with walls, (interior and exterior) Furniture (3D objects) A player controlled human that can move in 3 dimensions You should lay out a series of facts that might be representative of the entire system, and the sorts of queries that a system would be run. This doesn't need to be a working program with an exhaustive list of all possible states, but all of your rules and queries should be formed as valid Prolog code. Blackboarding: The idea with a blackboarding system is that you write a series of things that define the state of the world, and then query that state to decide what Agents do. The state of the world falls into two categories - static state, and dynamic'. The static state are facts that are immutable (e.g., the player exists, the g positions are walls). Dynamic states are what you'd expect, player/object position, lines of site, in cover etc. Design a system in Prolog for the following situation: A 3D map with walls, (interior and exterior) Furniture (3D objects) A player controlled human that can move in 3 dimensions You should lay out a series of facts that might be representative of the entire system, and the sorts of queries that a system would be run. This doesn't need to be a working program with an exhaustive list of all possible states, but all of your rules and queries should be formed as valid Prolog code