Strategies in Persistent Browser-Based Game (PBBG)
Introduction
Progression mechanisms and gameplay balance are key considerations in the design of Persistent Browser-Based Games (PBBGs). This paper proposes and analyzes generic strategies to enhance the design of PBBGs, focusing on adaptable progression systems and broad gameplay balancing methods.
Game Progression
A fundamental aspect of PBBG design involves structuring the progression system. Players may need to develop and upgrade in-game elements or attributes as part of their journey. Determining whether progression should be global or instance-specific is a key consideration.
- Instance-Specific Progression: Implementing separate progression paths for each game instance can enhance the player’s sense of achievement. When presented with a new game element, having a new progression path can make the growth process more impactful, enhancing long-term engagement.
- Repetition with Variation: When progression paths repeat across different instances, each iteration should present unique or enhanced benefits. This can maintain the excitement of progression while preventing it from devolving into monotonous grinding, thereby introducing new challenges or strategies for players to explore.
- Dynamic Progression: A dynamic progression system could change or evolve based on player actions or in-game events. This adds an element of unpredictability and excitement, further engaging the player.
Strategy Development
A critical aspect of PBBGs is the ability of players to develop strategies. Creating progression systems that drive impactful decision-making is vital.
- Incentive-Based System: A nested requirement system, where to progress a particular game element (Element A), players may need a different element (Element B) at a specific level, which in turn requires another element (Element C) at a certain level. This system encourages strategizing, creating a rewarding gameplay experience.
- Resource Management: Incorporating resource management as a strategic element can enhance gameplay depth. Players can gather, allocate, or trade resources to advance in the game, adding another layer of decision-making.
Balancing Player Experience
Ensuring a balanced experience for all players is another essential aspect of PBBG design. Aim for gameplay scenarios that deter unfair advantages for veteran players and improve balance.
- Efficiency Improvement System: Implement a system where the effort or resources required to progress a particular game element decrease each time it’s done. This mechanic rewards player repetition without offering an excessive advantage to experienced players, thereby promoting a fairer gameplay environment.
- Matchmaking Systems: Consider implementing matchmaking systems that pair players of similar skill or progress levels, thereby promoting competitive balance.
Conclusion
Designing a PBBG involves understanding player engagement mechanisms and gameplay balance. The strategies proposed in this paper, when applied, can help create a PBBG offering engaging progression systems, strategic depth, and a well-balanced player experience.
