Bookfernum represents an innovative 3D platformer experience skillfully crafted in Unity, serving as our distinguished final project during our collegiate journey. The development was fueled by the collaborative efforts of three adept programmers, myself included, with individual responsibilities ensuring the efficient execution of diverse game components.
Bookfernum
July 1, 2018
0 Role & Contributions
I was tasked with meticulously developing the possession mechanics and spearheaded the initial prototype for its online multiplayer mode utilizing the Photon framework. This role demanded a comprehensive understanding of game mechanics and required the integration of advanced solutions to facilitate seamless online interactions.
I also had the opportunity to introduce my team to the potent capabilities of Scriptable Objects within Unity. This approach was pivotal in managing game functionality efficiently, negating the reliance on singletons, and providing a secure and streamlined solution. It allowed non-programming team members the flexibility to modify game behavior, enabling them to interact with designated Scriptable Objects without delving into the intricacies of the codebase. It ensured a cohesive development environment, minimizing the risk of unintentional disruptions to the game’s core functionality while promoting a collaborative and inclusive development atmosphere.
Tech Stack & Tools
- Engine: Unity
- Programming Languages: C#
- Version Control: Git
- Project Management: Trello
- Frameworks: Photon (Networking)
Game Features
Possession
In Bookfernum, players can possess select enemies, acquiring control over their movements and tapping into their unique abilities. The possession mechanic is more than a mere traversal tool; it unveils many possibilities and strategic layers within the game’s environment.
When embodying a demon, players gain the capacity to manipulate heavy objects and execute specific actions, such as activating levers or dismantling wooden obstacles, thereby enriching the gameplay with diverse interactive elements and challenges. This feature transforms how players navigate and interact within the game world, opening up new dimensions of exploration and puzzle-solving.
Multiplayer Mode
During the game development journey of Bookfernum, a prototype was conceptualized for an online multiplayer battle royale mode, where players engage in combat until a single victor emerges. My role involved leveraging the Photon network library to develop this prototype, transforming the single-player experience into a competitive arena where players from different locales can contend against each other. This mode brings an additional layer of excitement and challenge to the game, offering a different pace and style of gameplay for those seeking a more confrontational and competitive experience.
Challenges & Solutions
Collaborative Coordination and Version Control
Working in synergy with multiple collaborators unfamiliar with version control presented its challenges. Integrating the Scriptable Object approach proved to be a crucial solution to these challenges. This methodology not only minimized the occurrence of errors but also established clear boundaries, preventing cross-functional teams from interfering with each other’s realms of work. It ensured a smooth workflow, where alterations in-game behavior could be made safely without the risk of infringing upon the codebase, thus maintaining the integrity of our collaborative efforts.
Transferable Skills
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Collaborative Development: Experience working in a team of programmers, contributing to a multi-faceted development environment, and adapting to the diverse skill sets of team members.
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Game Mechanics Implementation: Developed and implemented unique game mechanics, like possession mechanics, demonstrating a deep understanding of gameplay needs and player interaction.
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Multiplayer Game Development: Designed and prototyped an online multiplayer mode using Photon, indicating a foundation in network programming and an understanding of player connectivity.
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Use of Scriptable Objects: Introduced and effectively used Unity’s Scriptable Objects to handle game functionality, demonstrating advanced knowledge of Unity’s ecosystem and a proactive approach to optimizing development processes.
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Problem Solving and Innovation: Devised solutions to challenges related to collaboration and development, ensuring a smooth development process and the realization of innovative game features.
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Risk Mitigation: Implemented strategies such as restricted access to code to prevent inadvertent errors and maintain project stability, showing foresight and a proactive approach to project management.