Protopiper:按实际比例绘制房间大小的物体

Harshit Agrawal, Udayan Umapathi, Róbert Kovács, Johannes Frohnhofen, Hsiang-Ting Chen, Stefanie Müller, Patrick Baudisch
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引用次数: 54

摘要

使用手持式塑料挤出机对3D线框模型进行物理素描,使用户可以高效地探索3D模型的设计空间。不幸的是,这些设备的规模限制了用户对小型物体的设计探索。我们展示了protopiper,一种计算机辅助的手持制造设备,允许用户在实际规模下绘制房间大小的物体。protopiper背后的关键思想是,它将胶带制成管状作为其主要建筑材料,而不是挤出塑料或光聚合物线条。由于所得到的管子是中空的,它们提供了出色的强度重量比,因此可以很好地扩展到大型结构。由于胶带预先涂上了粘合剂,它可以快速连接管道,而不像挤压塑料需要在千瓦范围内加热和冷却。我们通过几个演示对象来演示protopiper的使用,从更具建设性的对象(如家具)到更具装饰性的对象(如雕像)。在我们的探索性用户研究中,16名参与者根据自己的想法创建了对象。他们对这款设备的评价是“对创造性探索有用”,“它在实际尺寸上绘制草图的能力有助于判断是否合适”,以及“使用起来很有趣”。
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Protopiper: Physically Sketching Room-Sized Objects at Actual Scale
Physical sketching of 3D wireframe models, using a hand-held plastic extruder, allows users to explore the design space of 3D models efficiently. Unfortunately, the scale of these devices limits users' design explorations to small-scale objects. We present protopiper, a computer aided, hand-held fabrication device, that allows users to sketch room-sized objects at actual scale. The key idea behind protopiper is that it forms adhesive tape into tubes as its main building material, rather than extruded plastic or photopolymer lines. Since the resulting tubes are hollow they offer excellent strength-to-weight ratio, thus scale well to large structures. Since the tape is pre-coated with adhesive it allows connecting tubes quickly, unlike extruded plastic that would require heating and cooling in the kilowatt range. We demonstrate protopiper's use through several demo objects, ranging from more constructive objects, such as furniture, to more decorative objects, such as statues. In our exploratory user study, 16 participants created objects based on their own ideas. They rated the device as being "useful for creative exploration", "its ability to sketch at actual scale helped judge fit", and "fun to use."
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