Yaw Rate and Lateral Acceleration Sensor_

程序使用Windows兼容模式设计，能在Windows98,2000,XP环境下运行。程序上部靠中位置是玩家的各个属性，上部靠右位置是电脑对手的各个属性。1.玩家根据自己当前的生命、内力、时间等属性选择招式，选好招式后就可以按出招按钮出招。出招后自动扣除此招所耗的内力与时间值。2.电脑接招并出招，接招时判断命中率，如果命中的话就从生命值中扣除伤害值，如果玩家所出的招式打中的部位正好是电脑此招的防守部位的话，而且判断防守率，如果防守成功的话伤害减少或者会为零；而如果打中电脑此招的破绽部位是，同时判断破绽率，如果出现破绽的话伤害就会增加，但肯定不会第一招就秒杀啦。3.接着就交由玩家接招与出招，规则与上面一样，如此循环到一方的势耗尽或者生命为零时就决出胜负。-procedures for the use of Windows-compatible model design, in Windows 98, 2000, XP operating environment. Procedures were on the top position player is the individual attributes, the upper right-hand position of the computer opponent"s individual attributes. 1. Players under their current lives, stress and time attributes choice team, selected after the tactic could make a button to make moves. Make moves after the bills automatically deducted this cost to the Force and time value. 2. The computer will react and make moves, the judge will react when hit, if hit on the value of life from harm deduct the value, if players are out of forms that hit parts of th

说明：  Customize EditText instance with deletion function, which is often used in login, search and other places.

稀疏子空间聚类算法，用来处理高维数据。稀疏子空间聚类算法(Sparse subspace clustering)

说明：  可用于做心电信号实验 心电信号原始数据 解压后有3组心电信号 可用于matlab分析(ECG raw data for ECG experiment)

j2me手机游戏代码,内含图片素材和源代码文件-j2me mobile game code, including picture material and source code files

Java OOP 面向对象基础代码实例，代码主要涉及分析类之间的关系、聚集和组合、依赖与继承、有理数类Rational、类的设计原则、内聚性、实例Instance和静态修饰符Static、用顺序图和状态图模拟动态行为、使用Java API在架构基础上编程等。

用于根据关键字提取用NASTRAN计算得到的模态参数(extract the modal data of NASTRAN results.)

that is only a test program that i use to join to your group!-that is only a test program that i use to join to your group!1111111111

ABAQUS二次开发子程序UMAT下，采用FORTRAN编程的修正剑桥模型(Modified Cambridge model using FORTRAN programming under ABAQUS two development subroutine UMAT)

说明：  关于车辆与桥梁的振动问题，主要是车辆动力系统与桥梁动力系统之间的耦合振动问题。车辆以一定的速度在桥上运行，会使桥体产生振动，同时车辆的振动也会使桥体产生振动。桥也会影响车辆的振动。这种相互影响、相互作用的问题，就是车辆与桥梁之间的耦合振动问题。我们用MATLAB写出根据Newmark-beta方法的代码来处理耦合方程。(The vibration of the vehicle and bridge is mainly the coupling vibration between the vehicle power system and the bridge dynamic system. The vehicle running on the bridge at a certain speed will make the bridge vibrate, and the vibration of the vehicle will also make the bridge vibrate. Bridges can also affect the vibration of vehicles. This interaction problem is the coupling vibration between vehicle and bridge. We use Matlab to write the code according to the Newmark beta method to deal with the coupling equation.)