79419087gameD

一款基于纯CSS3的3D木头人行走动画，关于人物行走动画(A CSS3 based 3D Wood Walking animation, about character walking animation.)

包含非谐振节点的滤波器综合，综合出耦合矩阵。(The filter synthesis including non-resonant nodes synthesizes the coupling matrix.)

用c++制作的一个重复点击控制台程序，可用于游戏自动点击、批量登录等操作(A repetitive click console program made with c++ can be used for automatic click, batch login and other operations of games.)

说明：  深度学习深度残差学习程序，这是今年imageNET测试top1程序(Deep learning depth residual learning program, this is the imageNET test top1 program this year)

说明：  用决策树ID3算法写的MATLAB程序，实现对水下四类图像进行分类。(Using decision tree ID3 algorithm to write MATLAB program, to achieve the classification of underwater four types of images.)

说明：  登录系统的时候，打开功能快速调用。在过滤中输入，明细功能的首拼或汉字，列表会自动检索你输入的数据，按上下键选择你想要打开的功能(直接在过滤文本框按上下键即可)，然后按回车即可调出功能。(When you log on to the system, turn on the function to call quickly. Input in the filter, the first spelling of detailed functions or Chinese characters, the list will automatically retrieve the data you entered, press the upper and lower keys to select the function you want to open (just press the upper and lower keys in the filter text box), and then press Enter to call out the function.)

说明：  c#代码规范，文本资料，c#语言的代码规范用法(C # Code specification, text data, code specification usage in C # language)

说明：  小兵以太网测试工具，分为linux版本和windows版本，此版本为linux版本，直接编译运行即可(Small soldier Ethernet test tool, divided into Linux version and windows version, this version is Linux version, can be directly compiled and run)

汽车出租系统附带MySQL牛批javajavajvava(MySQL comes with taxi system)

说明：  输入椭圆中心和长短轴径; 2. 计算得到中心在原点的椭圆上的第一个点=; 3. 根据公式(1.1.3-2)计算区域1中决策参数的初值为; 4. 在区域1中每个位置处，从开始，反复按照公式(1.1.3-3)更新决策参数，若决策参数小于0则不变，反之加1，一直循环到为止，记第一个满足此条件的点为(); 5. 在区域2的每个位置处，从开始，反复按照公式(1.1.3-6)更新决策参数，若决策参数小于0则不变，反之加1，一直循环到()为止;(Input ellipse center and long and short axis diameter; 2. The first point of the center on the ellipse at the origin is calculated. 3. According to formula (1.1.3-2), the initial value of decision-making parameters in region 1 is calculated. 4. At each location in region 1, the decision-making parameters are updated repeatedly according to formula (1.1.3-3). If the decision-making parameters are less than 0, they will remain unchanged. If the decision-making parameters are less than 0, then add 1 and cycle until the first point satisfying this condition is (); 5. At each location of region 2, the decision parameters are updated repeatedly according to the formula (1.1.3-6). If the decision parameters are less than 0, they will remain unchanged. If the decision parameters are less than 0, then add 1 and cycle until ().)