Zliding:流体缩放和滑动,用于高精度参数操作

Gonzalo A. Ramos, Ravin Balakrishnan
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引用次数: 115

摘要

高精度的参数处理任务除了参数本身外,通常还需要调整操作的尺度。本文介绍了缩放滑动或Zliding的概念,用于通过压力输入对刻度(缩放)进行流体集成操作,而该刻度内的参数操作通过x-y光标移动(滑动)实现。我们还展示了Zlider(图1),这是一个实例化Zliding概念的小部件。我们通过实验评估了三种不同的输入技术,用于Zlider与用于x-y光标定位的手写笔一起使用,在高精度缩放和选择任务中。我们的结果略微有利于触控笔与集成的等距压力传感尖端的双手技术,分离缩放和滑动控制在两只手上。我们讨论了我们的结果的含义,并提出了进一步的设计,利用Zliding。
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Zliding: fluid zooming and sliding for high precision parameter manipulation
High precision parameter manipulation tasks typically require adjustment of the scale of manipulation in addition to the parameter itself. This paper introduces the notion of Zoom Sliding, or Zliding, for fluid integrated manipulation of scale (zooming) via pressure input while parameter manipulation within that scale is achieved via x-y cursor movement (sliding). We also present the Zlider (Figure 1), a widget that instantiates the Zliding concept. We experimentally evaluate three different input techniques for use with the Zlider in conjunction with a stylus for x-y cursor positioning, in a high accuracy zoom and select task. Our results marginally favor the stylus with integrated isometric pressure sensing tip over bimanual techniques which separate zooming and sliding controls over the two hands. We discuss the implications of our results and present further designs that make use of Zliding.
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