▍1. jreg
Read and write jpeg source, vc, ok(The Read and write jpeg source, vc, ok)
The Academic Phrasebank is a general resource for academic writers. It makes explicit the more common phraseological ‘nuts and bolts’ of academic writing.
基于PSCAD的mmc-upfc模型搭建,3相上下桥臂,可实现完整仿真。(the model of mmc-upfc based on PSCAD.)
绘制lamb波频散曲线,求解兰姆波相速度曲线(Draw the lamb wave dispersion curve to solve the Lamb wave velocity curve)
C#仿绘图板制作的绘图程序源码,可以修改大小,旋转。可以放图片(Paint Code Develope By C#,can put picture )
软件可以实现对时域范围内的摩擦力的数据处理,同时可以对显示二维的摩擦力随时间变化规律及三维角度的摩擦力-位移-时间三变量的变化规律,最后可以将所绘制的图像进行导出。(The software can realize the data processing of the friction in the time domain, and can change the friction law of the two-dimensional friction and the three-dimensional friction-displacement-time three variables. Finally, Image is exported.)
贝塞尔曲线绘制源码,例程程序调用API函数PolyBezier根据坐标点画贝塞尔曲线,或根据贝塞尔曲线特点在画板上画直线连接各坐标点。(Bezier curve drawing source , routine program calls API function PolyBezier Bezier curve based on the coordinates stippling , or draw a straight line on the drawing board in accordance with the characteristics of the Bezier curve connecting the coordinate points .)
能实现椭圆曲线密码的加密解密过程,功能齐全,易于实现(Can realize the elliptic curve cryptography decipher process, function is complete, easy to realize)
PSCAD做的风力机模型,嵌入了3维风力特性曲线,动态调节转矩与转速。(PSCAD do wind turbine model, embedded in the 3 d wind characteristic curve, dynamic torque and rotational speed adjustment.)
PSCAD做的12模块H桥SVG模型,电流矢量控制,运行良好。(PSCAD do SVG module 12 H bridge model, the current vector control, work well.)
A simple graphics class for 2D drawing
CAD批量打印源码程序,例程结合易语言应用接口支持库、拖放支持库、扩展功能支持库,创建Autocad.Application对象,实现CAD对象的属性、方法,可以批量打印。(CAD batch printing source programs, routines combined with easy language support library application interface , drag and drop support libraries , extensions support library , create Autocad.Application object implementing the CAD object s properties , methods, you can batch print .)
PSCAD平台上搭建的一个简单的光伏发电模型(A simple model of photovoltaic platform to build on PSCAD)
当用户按下鼠标左键在如下图所示的面板上移动鼠标时,根据鼠标的移动轨迹在面板上画图。(When the user presses the left mouse button on the panel as shown in the following figure to move the mouse, according to the mouse movement trajectory in the panel drawing.)