Point-by-point comparing interpolation is one of the contour interpolation algorithms.
逐点比较插补算法是轮廓插补的算法之一。
Based on the basic principle of point by point comparison, a new interpolation algorithm is presented.
基于计算机数控系统中逐点比较法的基本思想，提出一种新的插补算法。
After analyzing the advantage, shortcoming and implement principle of the point-by-point comparing method, beeline interpolation, circle interpolation are realized.
通过对逐点比较法的优缺点及其实现原理的研究，采用逐点比较法实现了直线以及圆弧的插补运算。
Through analyzing control of the shaped movements in processing, the control technology of the shaped movements, which adopted point-by-point interpolation via 3b code, was introduced.
同时结合对实际加工中成形运动控制的分析，提出了采用3B代码编程，利用逐点比较法插补原理的成形运动控制技术。
On the basis of linear interpolation with point by point comparison method, a new method for linear interpolation with long axis regulation point by point comparison is put forward.
以逐点比较法直线插补为基础，提出了长轴调速逐点比较法直线插补的新方法。
Automatic interpolation of charted depth annotated point, automatic selection of Marine topography feature point and automatic build of bathymetric contour come true by using history data.
利用历史资料实现了海域水深注记点的自动内插、海底地形特征点的自动选取和等深线的自动生成。
Point-by-point Comparison interpolation is one method of the contour interpolation algorithms, ever used widely in CNC machine tools, but its being not to realize two-axis limits its application.
逐点比较法是轮廓插补算法之一，曾在数控机床中被广泛采用，但由于它存在不能实现两轴联动的缺点，限制了其应用。
This paper introduced the algorithm process by using point by point comparing method, improved algorithm of interpolation arc, and provided a design method of NC system interpolation software.
本文介绍了逐点比较法插补圆弧的运算过程，并对逐点比较法插补圆弧的算法进行了改进，为数控系统插补软件的设计提供了参考。
The theory and specific technique of point-by-point comparison to realize interpolation operation of the spacial beeline was introduced.
本文将重点介绍用逐点比较法实现空间直线插补运算的原理和方法。
The theory and specific technique of point-by-point comparison to realize interpolation operation of the spacial beeline was introduced.
本文将重点介绍用逐点比较法实现空间直线插补运算的原理和方法。
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