1) viewing frustum partition
视见体剖分
2) view volume
视见体积
3) phantom view
部分剖视图
4) view frustum culling
视见体裁剪
1.
But for dense data sets,currentm ethods of view frustum culling and crack elim inating often lead to decline in performance.
大规模地形的实时漫游算法一般采用视见体裁剪和与视点相关的连续细节层次等技术来减少实际绘制的地形数据量 。
5) simplified view frustum
简化视见体
1.
In addition,dynamical management of terrain dataset in view field was implemented effectively by visible detection based on the simplified view frustum and terrain data prediction strategy.
此外,简化视见体的可见性判断和数据预取策略,实现可见数据的动态管理。
6) Entity Object to Section
实体剖分
补充资料：编年体见
编年体见
中国史学史。