nibianmpc

这个有中文注释，看得明白，包含位置式PID算法、积分分离式PID，给出接收信号眼图及系统仿真误码率。( The Chinese have a comment, understand it, It contains positional PID algorithm, integral separate PID, The received signal is given eye and BER simulation systems.)

Tun2Socks for Windows

魔术公式轮胎模型,其中包括横向/纵向力以及回正力矩的计算，参数都已调整好(magic formula tyre model developed in Matlab/Simulink)

说明：  sentinel tool dongle must have

GEF中文教程书籍源码.这个是第6章的代码。(GEF Chinese tutorial source books and this is the code in Chapter 6.)

实现了完美的事例，可以直接运行成功的项目(Registers a callback function for when a camera is detected)

全屏图片对比！做辅助的最佳选择！VB的强劲功能(Full picture contrast! Make the best choice for supporting!)

说明：  最好用的源码 DLL:=TDXDLL1(1,H,L,5); HIB:=TDXDLL1(2,DLL,H,L); LOB:=TDXDLL1(3,DLL,H,L); SIG:=TDXDLL1(4,DLL,H,L); BSP:=TDXDLL1(5,DLL,H,L); SLP:=TDXDLL1(8,DLL,H,L); IF(HIB,HIB,DRAWNULL), COLORYELLOW; IF(LOB,LOB,DRAWNULL), COLORYELLOW; STICKLINE(SIG,LOB,HIB,0,0), COLORYELLOW; DRAWLINE(DLL=-1,L,DLL=+1,H,0), COLORYELLOW; DRAWLINE(DLL=+1,H,DLL=-1,L,0), COLORYELLOW; DRAWNUMBER(DLL=+1,H,SLP), COLORYELLOW, DRAWABOVE; DRAWNUMBER(DLL=-1,L,SLP), COLORYELLOW; BUY(BSP=3,LOW); SELL(BSP=12,HIGH); BUYSHORT(BSP=2,LOW); SELLSHORT(BSP=13,HIGH);(cmake --build . --config Debug)

说明：  1. 定义了刀具和工件结点的接触，并定义为默认“硬接触” 2. 工件上表面定义了自接触，防止切屑穿透工件上表面 3. 有些情况下可能产生工件右边界的部分结点卷曲后进入上表面，可以额外定义工件上表面与右边界部分结点（在右边界上，但是被切下来的部分结点）的接触算法这样就不会穿透了。(1. Defined the contact between tool and workpiece node, and defined as the default "hard contact". 2. Self-contact is defined on the upper surface of the workpiece to prevent the chip from penetrating the upper surface of the workpiece 3. In some cases, part nodes of the right boundary of the workpiece may curl into the upper surface, and the contact algorithm between the upper surface of the workpiece and the right boundary part node (the part node on the right boundary, but the part node cut off) can be defined in addition, so as not to penetrate.)

一个基础springboot项目用于入门，包括application.yml配置，接口编写，测试编写(A basic springboot project is used for entry, including application.yml configuration, interface writing, and test writing)