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Bresenham
- Bresenham算法，椭圆中点Bresenham，是VC++算法，初学计算机图形学的人来说，是一个不错的例子。-Bresenham algorithm, elliptic midpoint Bresenham, are VC++ algorithm, beginner computer graphics of the people, are a good example.
CLOUD
- 云的计算方法说明，中点偏移算法的详细说明及修改-Cloud computing instructions, a detailed descr iption of the midpoint offset algorithm and modify
MiddlePoint
- 实习动态画一条具有中点的线段，是基于对话框的程序，不断拖动鼠标动态画中点线-Internship with the midpoint of the line segment dynamically draw a dialog-based program, continue to drag the mouse the dynamic painting midpoint line
Matlab-for-BLDCM
- 在分析无刷直流电动机数学模型的基础上, 提出了一种基于MATLAB 的无刷直 流电动机控制系统建模仿真的新方法。该仿仿真模型由独立的功能模块整合而成, 其中电机本体和逆变系统模型采用SimPowerSystems 中的电力电子元件搭建, 可以真实反映中点电压的实际情况-Based on analysis of the mathematical model of a brushless DC motor, a brushless DC motor control system based on
xu
- 中点Bresenham算法绘制任意斜率的直线。-Midpoint Bresenham algorithm draw any straight line slope.
include1
- 利用中点画圆算法绘制一个圆,中点画圆法是利用圆心在坐标原点圆的方程，将每个像素的中点坐标代入圆的方程得到d,再通过d的值来确定中点与圆的位置。-Utilization of stipple round draw a circle algorithm。Stipple the center circle method is to use in the origin of coordinates the equation of circle, the midpoint of each pixel co
Fill-Polygon
- 实现二维扫描转换多边形的扫描线算法 实现二维连通区域填充的种子填充算法（四连通或八连通） 实现二维直线段裁剪的Cohen-Sutherland裁剪算法和中点分割裁剪算法 -Realization of two-dimensional polygon scan conversion algorithm dimensional scan line connected region filled seed filling algorithm (four or eight con
TB3205.1Y2008
- 铁路行业标准TB/T3205扼流变压器钢轨接引线第一部分。-Track lead,midpoint connectors for impedance bond Part1:Track lead
Impact of Midpoint STATCOM on Generator Loss of Excitation Protection
- This paper explores the impact of a transmission-line midpoint STATCOM on the performance of the generator loss-ofexcitation (LOE) protection. In this context, investigations are conducted on a two-hydrogenerator power station for two LOE contingenci
alaki
- The midpoint method is not the only second-order Runge–Kutta method with two stages there is a family of such methods, parameterized by α and given by the formula-The midpoint method is not the only second-order Runge–Kutta method with two stages th
H6-inveter
- 提出一种新颖的高效率六开关逆变器(H6)拓扑，解决了无变压器单相光伏并网逆变器漏电流问题。 仿真与实验验证了该拓扑具有低共模电压、高质量的并网波形和高效率特征-This paper proposed a novel, high efficiency, transformerless single phase photovoltaic grid-connected inverter with six active switches that alleviate leakage current