然后，若要断定哪一些步伐会被自己的黑棋子阻挡，你可以获取一个记录所有黑棋的位棋盘，求它的补（非操作Not），然后把它与你的黑马步法位棋盘做与运算（AND）。
Then, to decide which moves are blocked by Black's own pieces, you take a bitboard of all of Black's pieces, take the complement (the NOT operator) and then AND it to your knights' moves bitboard.
通过系统的破译和处理后，根据既定参数进行插补运算，然后得到具体的数据。
Through the system of decoding and processing, according to the established parameters of interpolation operation, and then get the specific data.
该算法在插补过程中只进行整数运算，每次插补计算可以得到两个进给步的三坐标轴进给脉冲增量。
The algorithm can get two forward steps' pulse increments in three axes every interpolation step, and uses only integer operations.
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。
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.
借助近似代数上的原子及同余关系，证明了在适当选取余运算之后，粗集代数就构成伪补MS代数。
Based on the atoms and congruence relations of approximation algebra, it is proved that rough set algebra becomes pseudo-complemented ms algebra if proper complement operators are selected.
而相应的插补运算、曲线轨迹规划、伺服控制算法等都由计算机来完成。
And the interpolation arithmetic, curve contrail programming and servo control are done by computer.
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。
After analyzing the advantage, shortcoming and implement principle of the point-by-point comparing method, beeline interpolation, circle interpolation are realized.
本文开发的步进电机控制系统可以实现电机位置控制、加减速控制、并具有插补运算、图形显示、人机对话等功能。
The step motor position-control, add and subtract rate control, figure function, man-machine dialogue function etc have been realized in the system.
由于计算机软件运算速度的限制，使用脉冲增量插补算法所得到的数控机床进给运动的精度和速度都比较低。
Because of limitation of computer software running speed, CNC system using reference-pulse interpolation algorithm have low least input increment and rapid feed velocity.
基于智能运动控制器的二次插补算法可分成两次运算，即采取离线粗插补和实时精插补完成。
The two interpolate algorithm based on intelligent motion controller can be partitioned into two times algorithm, viz. first interpolate in offline and second interpolate on real time.
本文阐述了数控最佳插补运算方法——最近距离法的插补原理。
This paper Discusses the optimal interpolation and the deviation analysis the numerical control process.
定义了模糊粗糙集合理的补运算，从而利用公理化方法构造出推广了的粗糙集代数。
With the definition about reasonable complement operation of the fuzzy rough set, a expanded rough set algebra is constructed by using the method of formula.
本文介绍了利用功能指令实现直线插补运算的方法及其程序。
This article introduces the method and program of using functional instructions of PLC to implement the linear interpolation compution.
该算法的主要特点是用一种新方法代替ALR算法中的取补运算和不交化过程，同时又采纳了ALL算法中的外循环排序法。
An alternative method is substitute for rapid inversion and expanding the minimized inverted form of the ALR algorithm while the outer loop of ALL is remained.
插补运算的指标影响着工件的轮廓精度和表面粗糙度，并且影响机床的最大进给速度和生产效率，所以采用高效的插补算法和控制策略可提高加工精度和生产效率。
The indexes of interpolation operation affect not only the profile precision and surface roughness of the workpiece, but the maximal marching velocity and manufacture efficiency of the machine.
在数控机床中，对解析函数曲线进行直接函数插补运算，可以得到高的精度和加工质量。
Taking advantage of direct curve interpolation, CNC machine tool can achieve higher precision and machining quality.
OWL支持基本的集合操作，即并，交和补运算。
OWL supports the basic set operations, namely union, intersection and complement.
OWL支持基本的集合操作，即并，交和补运算。
OWL supports the basic set operations, namely union, intersection and complement.
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