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DungeonMaker: Bridging Physical and Digital Elements in Hybrid Board Games through Personal Fabrication Technology

Q: What potential challenges or drawbacks could arise from integrating fabrication technology into traditional board games

Integrating fabrication technology into traditional board games may present challenges such as cost barriers for players who do not have access to 3D printers or laser cutters. The learning curve associated with using fabrication devices could also pose a challenge for some players, potentially affecting the overall gaming experience. Furthermore, there may be concerns about the durability and maintenance of fabricated components over time, leading to potential issues with game consistency.

Q: How might the use of personal fabrication technology in gaming impact players' creativity and engagement beyond the game setting

The use of personal fabrication technology in gaming has the potential to significantly impact players' creativity and engagement beyond the game setting. By allowing players to design and customize their own game pieces, personal fabrication fosters a sense of ownership and investment in the gameplay experience. This hands-on approach encourages creative thinking and problem-solving skills while promoting a deeper connection between players and their creations. Moreover, engaging with fabrication technology can spark interest in STEM fields and digital manufacturing processes among players, extending the benefits beyond just gaming enjoyment.

核心概念

DungeonMaker integrates fabrication technology to enhance hybrid board game experiences by blending physical and digital elements.

要約

DungeonMaker combines tangible creation and destruction with personal fabrication technology in a collaborative tabletop RPG scenario.
The game involves crafting artifacts, moving figures using a laser cutter, and engaging in combat with NPCs.
Players customize their game figures with a 3D-printing pen and craft weapons for gameplay.
The study evaluates affective state, connection to figures, and sentiments towards the game mechanics introduced by DungeonMaker.

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統計

DungeonMaker provides an engaging experience for players (𝑛 = 4 × 3).
Evaluation indicated increased player connection to their figures.
DungeonMaker may spark curiosity for fabrication in novices.

引用

抽出されたキーインサイト

DungeonMaker

by Evgeny Stema... 場所 arxiv.org 03-15-2024

https://arxiv.org/pdf/2403.09592.pdf

深掘り質問

How can DungeonMaker's concept of tangible creation and destruction be applied to other types of board games

DungeonMaker's concept of tangible creation and destruction can be applied to other types of board games by enhancing player engagement and personalization. For example, in strategy-based board games, players could use fabrication devices to create custom pieces or structures that impact gameplay. This customization adds a new layer of creativity and ownership to the game experience. Additionally, incorporating elements of destruction can introduce consequences for player actions, adding depth and strategic decision-making to the game.

What potential challenges or drawbacks could arise from integrating fabrication technology into traditional board games

Integrating fabrication technology into traditional board games may present challenges such as cost barriers for players who do not have access to 3D printers or laser cutters. The learning curve associated with using fabrication devices could also pose a challenge for some players, potentially affecting the overall gaming experience. Furthermore, there may be concerns about the durability and maintenance of fabricated components over time, leading to potential issues with game consistency.

How might the use of personal fabrication technology in gaming impact players' creativity and engagement beyond the game setting

The use of personal fabrication technology in gaming has the potential to significantly impact players' creativity and engagement beyond the game setting. By allowing players to design and customize their own game pieces, personal fabrication fosters a sense of ownership and investment in the gameplay experience. This hands-on approach encourages creative thinking and problem-solving skills while promoting a deeper connection between players and their creations. Moreover, engaging with fabrication technology can spark interest in STEM fields and digital manufacturing processes among players, extending the benefits beyond just gaming enjoyment.