The physics of the game must be the same for both bot and human competitors, otherwise the comparison between them would not be fair.
Anyway, the playing skills improve quickly with just a bit of practice!;-)
Hi,
I'm the organiser of the competition. The PTSP is meant to be a benchmark where different AI techniques can be tried and tested. This game gathers many of the features that real-time video games have (pathfinding, navigation, obstacle avoidance...). The objective is to provide a benchmark where new AI techniques can be tested and potentially exported to real time games.
Of course the objective is not to solve the TSP. Actually, it's been seen that optimal TSP solutions, if we just consider the distances between the waypoints, do not create optimal PTSP paths. This makes the problem harder than just applying one of the very well known techniques to solve the TSP.
Currently we have a couple of submissions that are behaving quite well, but there could be still room for improvement!
Cheers,
Diego.
The physics of the game must be the same for both bot and human competitors, otherwise the comparison between them would not be fair. Anyway, the playing skills improve quickly with just a bit of practice! ;-)
Hi, I'm the organiser of the competition. The PTSP is meant to be a benchmark where different AI techniques can be tried and tested. This game gathers many of the features that real-time video games have (pathfinding, navigation, obstacle avoidance...). The objective is to provide a benchmark where new AI techniques can be tested and potentially exported to real time games. Of course the objective is not to solve the TSP. Actually, it's been seen that optimal TSP solutions, if we just consider the distances between the waypoints, do not create optimal PTSP paths. This makes the problem harder than just applying one of the very well known techniques to solve the TSP. Currently we have a couple of submissions that are behaving quite well, but there could be still room for improvement! Cheers, Diego.