AOI_test5.3

说明：  用于处理LPJ-DGVM模型输出数据，这是一个生态模型，模拟的是植被类型(It is used to process the output data of lpj-dgvm model, which is an ecological model that simulates vegetation types)

线性表的建立与基本运算1.采用表尾挂入法建立一个以la为头的单链表2.采用表首插入法建立一个yilb为头指针的单链表3.就地逆转以lb为头指针的单链表。 还有矩阵的链式存贮及运算。以一个c函数创建任一稀疏矩阵的十字链表。以一个c函数从十字链表的头指针起按行序及三元组形式输出十字链表中各节点的值

在线经销商回单管理系统 -Back to online dealer management system, single-line dealers to a single management system

说明：  这是一个功能比较完善的JSON字符串和VI对象相互转换的程序。适用于labview 2012以上的版本。(This is a well-functioning JSON string and VI object conversion program)

说明：  汽车bai的7自由度模型du一般是在设计汽车悬架时用zhi到，1/4悬架时2自由度模型，包括簧上部分的dao垂直运动和簧下部分的垂直运动，半车悬架是4自由度模型，整车用7自由度模型。考虑汽车悬架作用，这车车身有三个自由度，分别是车体的Z轴上下运动，沿X轴和Y轴的转动。对于空间刚体6个自由度中的其他3个自由度，2个平动和转动与悬架系统无关，所以没有考虑。上述3个车身自由度加上4个悬架的簧下部分(主要是轮胎的上下跳动)，一共是7个自由度。(The 7-DOF model Du of automobile Bai is generally a 2-DOF model when designing automobile suspension, including the vertical movement of Dao on the spring part and the vertical movement of the under spring part. The half car suspension is a 4-DOF model, and the whole car is a 7-DOF model. Considering the function of automobile suspension, the car body has three degrees of freedom, which are the up and down movement of Z axis of the car body, and the rotation along X axis and Y axis. For the other three of the six degrees of freedom of the space rigid body, two translation and rotation are independent of the suspension system, so they are not considered. The above three body degrees of freedom plus the four suspension spring parts (mainly the up and down runout of tires), a total of 7 degrees of freedom.)

说明：  最优潮流程序 用matlab下载matpower工具箱打开(Optimal power flow program with matlab download matpower toolbox open)

C#让窗口背景随窗体的大小自动适应，当窗口变大或变小时，背景也会跟着变大或变小，自动适合窗口的改变，初学者学习源码。

Protection Rf Online

单链表表示的一元多项式的乘法，这个程序感觉不错，可以处理所有正常情况下的输入-This is a Multy of the linklist.

由于普通LED点阵显示屏动态显示通常采用硬件扫描驱动，这在一些需要特殊显示的场合显得不够灵活。文中提出了一种利用PC机和单片机的通讯来实现显示屏灵活的动态显示和远程监控的设计方法，同时该方法还可以将显示内容在PC机上进行预览。-Because of the general dynamic display LED dot matrix display scan driver commonly used hardware, which in some occasions require special display appears not flexible enough. This paper presents a PC-use and single-chip communication to achieve a flexible dynamic screen display and remote monitoring and control design methods, while the method can also display the contents in the PC-on preview.