Up to now, digital matting can only tackle the part occlusion phenomena at the edge of the front objects, instead of the reflection and refraction phenomena.
传统的数字遮片技术仅能处理物体边缘的遮挡透射关系，不能反映物体的反射、折射等光学现象。
A different process occurs when there is interaction between a polar trough and the main polar front, giving rise to an instant occlusion.
当极地槽和主要的极锋相互作用，会产生不同的过程，会引起短暂的锢囚。
应用推荐