1) scatter clouds,scattered clouds
散云
2) diffusion contour
扩散云图
3) scattered point cloud
散乱点云
1.
Data preprocessing technique of scattered point cloud in reverse engineering;
反求工程中散乱点云的数据预处理技术
2.
Simplification of scattered point cloud with geometric feature reservation
保留几何特征的散乱点云简化方法
3.
The measurement of scattered point cloud data is the foundation of surface reconstruction of a 3D object.
散乱点云数据的测量是三维物体曲面重建的前提和基础。
4) scattered points
散乱点云
1.
A novel algorithm based on scanning step d for speeding up the process to find the all k nearest neighbors of scattered points was presented.
该算法根据三维测量原理,综合考虑了测量数据的密度ρ和测量误差δ,给出了散乱点云数据的临界搜索半径r,极大地缩小了k近邻的搜索区域。
2.
A new reduction algorithm for scattered points based on local surface feature was proposed.
提出一种基于局部型面特征的散乱点云精简算法,该算法采用R*-tree建立点云动态空间索引结构,基于该结构快速准确获取点云局部型面参考数据;采用自由曲面逼近该数据并估算该数据的曲率,依据曲率分布状况精简点云数据。
5) dispersed point cloud
散乱点云
1.
Dispersed point cloud of the part is preprocessed,section point cloud is got,then curve fitting and model reconstruction are realized,finally error analysis is done between dispersed point cloud and reconstruction model,error de.
首先对零件实物的散乱点云进行预处理,得到截平面点云,然后实现曲线拟合和重构模型,最后对散乱点云与重构模型进行误差分析,并通过误差生长线来区分误差大的区域。
补充资料：雾散云披
1.喻变化之快。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条