虚拟现实游戏的视觉维度理解

C. Jinjakam, Tipakorn Thanawanarat, Korn Isaranimitr
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摘要

工程制图是工科课程中一门重要的基础学科,需要想象力和艺术技巧才能理解。工科学生需要通过大量的练习来理解三维表示及其在俯视图、正面视图和侧面视图上的二维正射影。然而,一些学生不能仅仅通过纸和笔来理解3D物体。这个过程让他们觉得练习很无聊。因此,他们不能很好地理解,可能会有一个长期的问题。因此,本文提出使用Oculus Rift和Oculus Touch作为学习媒介的虚拟现实3D游戏。这个游戏的目的是帮助学生或有前面提到的问题的人提高他们的技能。这个游戏将增加学习的乐趣,并可能激发他们对3D物体及其视觉维度的理解。在这个游戏中,玩家必须将3D物体与正射影相匹配,并自己创建物体以匹配正射影。玩家可以注册并查看自己的历史分数和所花费的时间。这个虚拟现实学习游戏的目标是激励玩家快乐地练习。实验结果表明,玩家使用的时间更短,在继续玩游戏时准确率更高。问卷调查后的结果显示,他们最喜欢自己制作3D虚拟现实物品。此外,这一结果可能意味着C+以下的学生在工程制图科目中可能会遇到将三维物体切割成三角形的问题,D+以下的学生可能会遇到虚线和实线的问题。
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Virtual Reality Game for Visual Dimension Understanding
Engineering drawing is one of the important fundamental subjects in the engineering course that requires imagination and artistic skill for understanding. Engineering student needs to practice a lot of exercises to understand three-dimensions representation and its two dimensional orthographic in top view, front view and side view. However, some students cannot understand 3D objects by just only paper and pencil. This process makes them feel bored to practice. Therefore, they cannot understand well and might have a long-term issue. Therefore, this paper proposes virtual reality 3D games as a learning media by using Oculus Rift and Oculus Touch. The objective of this game is to help students or people who have a previously mentioned problem to improve their skills. This game will increase the enjoyment of learning and possibly motivate them to educate the understanding of 3D objects and their visual dimensions. In this game, the player must match 3D objects with orthographic projections and create the object by themselves to match an orthographic projection. A player can register and check their improvement from history score and time spent. The goal of this virtual reality learning game is to motivate the player to practice with happiness. The experimental results showed players used shorter time and had got higher accuracy when continue playing. Post-questionnaire results shown they feel most enjoying when creating 3D virtual reality objects by themselves. Moreover, the results could imply students below grade C+ in Engineering Drawing subject may have problems with 3D objects that were cut into triangular in prismatic shapes, and students below grade D+ may have problems with dashed and solid lines.
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