The impact of technical parameters on the perception quality of three-dimensional content

Fabijan Nushi, Vladimir Cviljušac, L. Mandić
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引用次数: 1

Abstract

The growth of three-dimensional visualizations and information is increasing over time, and in addition to that, technology is offering new methods, i.e. models and ways of meeting the needs of visual communication. When using the rotating linear screen, for the best results, it is necessary to be familiar with the real performance of the device. The parameters tested on forty examinees are distance, the angle of view and the impact of the background colour. The purpose was to define the optimal parameters for the device to provide visual information. The conducted test has shown that the devices have a smaller view angle than stated and that the distance needs to be greater because of low resolution and low pixel density on the screen surface, which results in small unilluminated gaps that create unwanted lines during the projection. The effect that the background has on the 3D simulation of the hologram has also been tested and it was determined that the black background in comparison to the white one is much better, as the contrast is more pronounced.
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技术参数对三维内容感知质量的影响
随着时间的推移,三维可视化和信息的增长正在增加,除此之外,技术提供了新的方法,即满足视觉交流需求的模型和方式。在使用旋转线性筛网时,为了获得最佳效果,有必要熟悉设备的真实性能。在40名考生中测试的参数是距离、视角和背景颜色的影响。目的是确定设备的最佳参数,以提供视觉信息。测试表明,这些设备的视角比声明的要小,而且由于屏幕表面的低分辨率和低像素密度,距离需要更大,这导致在投影过程中产生不需要的线条。背景对全息图的3D模拟效果也进行了测试,并确定与白色背景相比,黑色背景要好得多,因为对比度更明显。
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