Playful Goal Modeling
How do people come up with open-ended goals? Inspired by ideas of intrinsic motivation (Schmidhuber, 2010) and play as proposing and solving arbitrary problems (Chu & Schulz, 2020), we take first steps toward computational modeling of playful goal generation. We create an embodied, 3D environment resembling a child’s bedroom, and ask study participants to play in the environment and then create a scorable game. We model games using a domain-specific language, which represents each game as a computer program. These programs act as reward-generating functions, mapping states visited by an agent as they play a game to the score they should receive in the game. We then analyze our corpus of program representations to highlight four key aspects of human games that would contribute to constructing effective computational models of game generation: creativity, compositionality, common sense, and context sensitivity.
See the full description of our domain specific language here.
Accepted as a poster at CogSci 2022.