机械设计
機械設計
궤계설계
Journal of Machine Design
2009年
11期
12-13
,共2页
曲线%任意控制点%小波%光顺
麯線%任意控製點%小波%光順
곡선%임의공제점%소파%광순
curve%arbitrary control pint%wavelet%fairing
研究了任意控制点B样条曲线小波光顺技术,通过插入节点增加控制点个数的方法,既保持了原有曲线的形状,又满足小波光顺对控制点个数的要求.运用第2代小波变换,给出了B样条曲线的第2代小波变换表示及光顺方法.该方法运算简单,易于推广.
研究瞭任意控製點B樣條麯線小波光順技術,通過插入節點增加控製點箇數的方法,既保持瞭原有麯線的形狀,又滿足小波光順對控製點箇數的要求.運用第2代小波變換,給齣瞭B樣條麯線的第2代小波變換錶示及光順方法.該方法運算簡單,易于推廣.
연구료임의공제점B양조곡선소파광순기술,통과삽입절점증가공제점개수적방법,기보지료원유곡선적형상,우만족소파광순대공제점개수적요구.운용제2대소파변환,급출료B양조곡선적제2대소파변환표시급광순방법.해방법운산간단,역우추엄.
The wavelet fairing technology of arbitrary control point B-spline curve has been studied. By means of method of in-terposing nodes to increase the number of control points could both maintained the shape of original curve and satisfied requirements on the number of control points for the wavelet smoothing. The express-ing and fairing methods for the second generation wavelet transfor-marion of B-spline curve were given out. This method is simple in operation and is prone to be popularized.