其表面的多角形组成部分对紫外光产生反应，映射太阳光线的方位和强度。
The polygonal segments of the surface react to ultra-violet light, mapping the position and intensity of solar rays.
如果你当前没有图像效果那么将不会发生色调映射和发生强度截断。
If you have no image effect present then no tone mapping will exist and intensity truncation will occur.
论文采用了基于大量测量值的经验损耗模型作为信号强度和几何路径之间的映射关系。
This thesis adopts empirical path loss model based on numerous measurements to obtain the mapping between signal strength and geometric path.
应用推荐