Optimizing player engagement in an immersive serious game for soil tillage base on Pareto optimal strategies

In most cases, problems that increase player involvement in immersive serious games do so by combining fun
elements with a specific purpose. Previous studies have produced models of soil porosity and plow force that use
the speed of plowing, the angle of the plow's eye, and the depth of the plow as the basis for a design strategy in
immersion serious games. However, these studies have not been able to show the optimal strategy of engagement
of the player in the game. In the domain of serious game concept learning, strategies can be formed based on real
conditions or data from experimental results. In a serious game, the aim is to increase the player's knowledge so
that the player gains knowledge by coming up with strategies to play the game.
This research aims to increase the engagement of players by means of multi-objective optimization based on
Pareto optima, with the objectivity of soil porosity and plow force that is affected by the speed of plowing, the
angle of the plow's eye, and the depth of the plow. The results of this optimization are used as a basis for the
design of strategies in a serious game in the form of Hierarchy Finite State Machine (HFSM). From the results of
the study, it was found that there is an optimal area for the game strategy that is also an indicator of how to
successfully process the soil tillage using a moldboard plow