1) even division
均匀细分
1.
The realize of stepping motor chopping wave constant current even division circuit base on 80C196MC;
基于80C196MC的步进电机斩波恒流均匀细分电路的实现
2.
Through the reasonable selection of division electric current waveform of phase winding for stepper motor, it presents and introduces the drive scheme of chopping wave constant current and even division based on AT89C51 chip microcomputer and the relative technique.
通过合理选择步进电机相绕组细分电流波形 ,提出并介绍了基于 AT89C5 1单片机控制的斩波恒流均匀细分驱动方案及实现技
3.
By selecting reasonable division electric current waveform of phase winding for step motor, the paper advances and introduces the drive scheme of chopping wave constant current and even division based on control of AT89C51 single chip microcomputer, and discusses how to realize the scheme.
通过合理选择步进电机相绕组细分电流波形 ,提出并介绍了基于AT89C5 1单片机控制的斩波恒流均匀细分驱动方案及实现技
2) Imitated uniformity subdivision method
拟均匀细分
4) non-uniform C-C subdivision
非均匀C-C细分
1.
This paper analyses the properties of the non-uniform C-C subdivision and presents two methods for calculating curvatures at the regular regions on non-uniform C-C subdivision surfaces: one is based on mesh vertex and the other based on mesh face.
分析了非均匀C-C细分的特点,为细分网格上正则部分的曲率计算给出了两种方法:基于网格顶点的曲率计算和基于网格面的曲率计算。
5) NURSS method
非均匀Catmull-Clark细分
6) Uniform Catmull-Clark subdivision surface method
均匀Catmull-Clark细分
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