1) node snapping
结点捕捉
1.
However, there is a lack of models for dealing with errors in node snapping which is one of the basic operations in most GIS software packages such as ARCEDIT in ARC/INFO.
根据最小二乘原理 ,本文提出了结点捕捉的一种广义算法 ,并建立了伴随的误差传播模型。
2) snapping point
点捕捉
1.
Applying data structure of dual cycle linked list, the problems of snapping points and snapping lines are solved, and some procedures, such as drawing pipeline section, inputting notes, deleting pipeline section, stopping pipeline section, changing flow direction and color of pipeline section are realized.
采用双向循环链表的数据结构,解决了点捕捉和线捕捉问题。
3) Capture bright spot
捕捉亮点
4) Hotspot capturing
热点捕捉
5) node capture
节点捕捉
1.
This paper explains the "Engineering Drawing" method of making Intersecting lines caused by the intersecting of flat-cylinder rotary intersection with the isometric map by using the spline curve and the node capture in AutoCA
本文利用《工程制图》上的方法阐述了怎样用AutoCAD中样条曲线和节点捕捉作平面及柱面与回转体相交轴测图中的交线的作法。
6) snap points
捕捉点
补充资料：点接触结（pointcontactjunction）
点接触结（pointcontactjunction）
简便的方式是将超导体一削尖的端点（约0.1μm端径）施压在另一超导体小面上而接触成点接触结，它是一种弱连接。由于压力可调节，就可选择最好所需最适宜接触性能。点接触结可用于制作磁强计和微波接收与发射等装置。
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