Fluid3DGuides: A Technique for Structured 3D Drawing in VR

Jingjing Kang, Shouxia Wang, Shuxia Wang, Weiping He
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Abstract

We propose Fluid3DGuides, a drawing guide technique to help users draw structured sketches more accurately in VR. The prototype system continuously infers visual guide lines for the user based on the user’s instant stroke drawing intention and its potential constraint relationship with the existing strokes. We evaluated our prototype through a pilot user study with six participants by comparing the proposed guide technique against the non-guide drawing condition. Participants gave positive comments on ease of use and drawing accuracy. They found that the technique could reduce the time and effort required to find the corrected drawing perspective and obtain more accurate 3D structured sketches.
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Fluid3DGuides:一种在VR中进行结构化3D绘图的技术
我们提出Fluid3DGuides,这是一种绘图指导技术,可以帮助用户在VR中更准确地绘制结构化草图。原型系统根据用户瞬间笔画意图及其与现有笔画的潜在约束关系,不断为用户推断出视觉引导线。我们通过六名参与者的试点用户研究来评估我们的原型,通过比较建议的引导技术和非引导绘图条件。参加者在使用方便及绘图准确方面给予积极评价。他们发现,该技术可以减少寻找正确的绘图角度所需的时间和精力,并获得更准确的3D结构草图。
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