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Improved Light Scattering Characterization by BSDF of Automotive Interior and 3D Printed Materials

机译:通过汽车内饰和3D印刷材料的BSDF改善光散射特性

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Autonomous driving enable more use of in-vehicle interior lighting effects using advanced interior materials for illumination. Targeting premium visual ergonomics requires additional know how of today's and future materials regarding light scattering. Within the presented work, we improved a goniophotometer towards a 2 standard deviation of < 0.08 %. This is in the range of a suitable limit so we successfully measured light scattering in terms of BSDF and/or BTDF of wood, transparent plastic (including 3D printed), and leather. These materials scatter light differently, so the results enable the base for optical simulation tools to design special visual effects.
机译:自动驾驶使用先进的室内材料进行更多的车载室内照明效果,以进行照明。 定位高级视觉符合人体工程学要求额外了解今天和未来的材料有关光散射的材料。 在所提出的工作中,我们改善了巨头测光度计的2标准偏差<0.08%。 这在合适的限制范围内,因此我们成功地测量了木材的BSDF和/或木材,透明塑料(包括3D印刷)和皮革的BTDF的光散射。 这些材料散布灯不同,因此结果使光学仿真工具能够设计特殊的视觉效果。

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