TQWZZB

实用三百例 前后学习 融会贯通 而且每个实例都是一个小模块 从画图到计算(Around three hundred cases of practical mastery learning and each instance is a small module from the drawing to the calculation)

曲线拟合算法,JAVA编写,VJ#编译,提供交互式界面,并有多种拟合方式比较(curve fitting algorithms, Java prepared, VJ# compiler, interactive interface, and a variety of more fitting way)

说明：  将Matlab与solidworks联合仿真，运用你运动学公式，求解六自由度并联机器人的工作空间(The workspace of a 6-DOF parallel robot is solved by using your kinematics formula and the joint simulation of MATLAB and solidworks.)

VC下的屏幕画图：VC下的屏幕画图程序，有六种方法实现(VC under the screen drawing program, there are six ways to achieve)

集中介绍了HDC,CDC,CClientDC,CPaintDC,CWindowDC的使用方法和区别，绘图显示效果，区分窗口客户区。(Focus on the HDC, CDC, CClientDC, CPaintDC, CWindowDC to use and distinction, graphics effects, to distinguish the window client area.)

VB编写的画图板，使用方便可以帮助代码学习。。(VB prepared the drawing board, easy to use can help the code to learn. .)

说明：  实现对单图层dxf文件的信息采集，例如直线的起止点、圆弧的圆心与半径等(Achieving Information Collection of DXF Files with single layer)

abaqus中的双曲正弦曲线代码，可以使用，并且与abaqus中的内在本构达到了很好的一致(abaqus the hyperbolic sine curve code can be used, and with the inherent constitutive abaqus reached a good agreement)

不同离焦下Mtf积分曲线随相位板参数的变化，进而用来选择合适的相位板(The Mtf integral curve along with the change of phase plate parameters to appropriate phase plate)

使用C#实现的一个绘图程序，在绘图结束后双击鼠标会得到一条跟踪的直线(Using C# implementation of a drawing program, double-click in the drawing after the end of the line will get a tracking)