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Obtaining 2D Surface Characteristics from Specular Surfaces

机译:从镜面表面获得2D表面特征

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Today's surface appearance measures often ignore the inherent two-dimensionality. This paper proposes a method to acquire and assess the appearance of larger specular surfaces in 2D. First, we describe a deflectometric setup to obtain a gradient field of the surface microstructure. Hence, we propose an areal measure based on the angular power spectrum, as defined in ISO 25178, to characterize the waviness of coated surfaces in relevant scales. To verify the validity of this measure, we compare it with an ID industry standard appearance measurement system (wave-scan). While our method shows the same characteristics when mapped to the wave-scan values, we observed differences between both systems. These are mainly caused by the different measurement principles and the resulting information of the surface.
机译:今天的表面外观措施往往忽略固有的二维性。本文提出了一种在2D中获取和评估较大镜面外观的方法。首先,我们描述了一种偏转器设置,以获得表面微结构的梯度场。因此,我们提出了基于ASO 25178中所定义的角度功率谱的面积测量,以表征相关尺度中涂覆表面的波纹。要验证该措施的有效性,我们将其与ID行业标准外观测量系统(波扫描)进行比较。虽然我们的方法在映射到波浪扫描值时显示相同的特性,但我们观察到两个系统之间的差异。这些主要由不同的测量原理和所产生的表面信息引起。

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