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Some Uses of 'Active Viewing' in Computer-Aided Anthropometric Assessment

机译:计算机辅助人体计量评估中的“主动观察”的一些用途

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Computer Aided Anthropometric Assessment (CAAA) allows the user to visualize a human model on a computer screen, integrated within a relevant workspace design. Flexibility in adapting the design to changes in functional postures of a chosen percentile or length category of the human models (as representations of different target populations), is one of CAAA's main features. Easy manipulation of the human model (e.g. via reach-algorithms for the hands and feet), directing its line-of-sight and displaying the corresponding field-of-view, are becoming standard facilities of CAAA. The next pages describe some uses of a new vision algorithm that we developed for our own CAAA-program: the user can now get into the field-of-view mode ("seeing what the human model sees") and once there, actively direct the model's line-of-sight to a new center of interest (and thus to a new field-of-view), via simple mouse directions. In the same way the model's arms and legs can be repositioned, all this "as seen by the human model". Focus is on two main themes: fast assessment of visual consequences when pre-designing human workspaces, e.g. when regarding field-of-view restrictions, and secondly displaying and discussing differences in the human model's posture and field-of-view when "looking with repositioning the head and neck", compared to "looking with moving the eyes".
机译:计算机辅助人体测量评估(CAAA)允许用户在计算机屏幕上可视化人类模型,集成在相关的工作区设计中。灵活性在将设计调整到人类模型的所选百分位数或长度类别的功能姿势的变化(作为不同目标人群的表示),是Caaa的主要特征之一。易于操纵人类模型(例如,通过手和脚的Reach-算法),引导其视线和显示相应的视野,正在成为CAAA的标准设施。下一页描述了我们为自己的CAAA程序开发的新视觉算法的一些用途:用户现在可以进入查看视野模式(“看看人类模型看到什么”),并且积极直接通过简单的鼠标方向,该模型对新的兴趣中心(并因此进入了新的视野)。以同样的方式可以重新定位模型的武器和腿,所有这一切都“如人类模型所见”。重点是两个主要主题:例如,在预先设计人体工作空间时快速评估视觉后果。当关于视野限制时,并在“寻找重新定位头部和颈部”时,在人体模型的姿势和视野中显示和讨论差异,与“看起来抬起眼睛”相比。

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