Dont.Starve.Aerial.view.mod

说明：  本例演示如何有效地模拟由多个串联电池组成的电池组。它还显示了如何将故障引入其中一个电池，以查看对电池性能和电池温度的影响。为了提高效率，相同的串联单元不只是简单地通过串联单元模型来建模。取而代之的是使用单个电池，终端电压按电池数量放大。通过改变10单元故障子系统的参数，降低容量和开路电压，增加电阻值来表示故障。(This example shows how to simulate a battery pack consisting of multiple series-connected cells in an efficient manner. It also shows how a fault can be introduced into one of the cells to see the impact on battery performance and cell temperatures. For efficiency, identical series-connected cells are not just simply modeled by connecting cell models in series. Instead a single cell is used, and the terminal voltage scaled up by the number of cells. The fault is represented by changing the parameters for the Cell 10 Fault subsystem, reducing both capacity and open-circuit voltage, and increasing the resistance values.)

小足球游戏,代码齐全可以自由视角..利用QUAKE2来写的,非常适合初级游戏开发者学习和研究.-Small football games, complete code can freely use perspective .. QUAKE2 to write, and very suitable for the primary game developers to learn and research.

一个物流公司的物流配送系统，比较简单，数据库为sqlserver,压缩包里的databak就是。-a logistics company"s logistics and distribution system, a relatively simple database for SQLServer, compressed bag databak is.

PanTompkins算法，分割ECG信号每个拍子的QRS-T部分等(PanTompkins algorithm, segmentation of ECG signal QRS-T part of each beat, etc.)

32 bit FFT implementation

在UCOSII里面创建3个任务：开始任务、LED0任务和LED1任务，开始任务用于创建其他（LED0和LED1）任务，之后挂起；LED0任务用于控制DS0的亮灭，DS0每秒钟亮80ms；LED1任务用于控制DS1的亮灭，DS1亮300ms，灭300ms，依次循环。(Create three tasks in UCOSII: start task, LED 0 task and LED 1 task, start task to create other tasks (LED 0 and LED 1), then hang up; LED 0 task to control the brightness of DS0, DS0 80 ms per second; LED 1 task to control the brightness of DS1, DS1 300 ms, 300 ms, in turn, cycle.)

基于emguCV库，调用电脑摄像头，获取图像，进行RGB通道信息分离(Based on emguCV library, we call the computer camera to get the image and separate the RGB channel information.)

利用newmark方法计算无阻尼系统，并作图-newmark calculated without damping system

信号转换可以讲非方波信号转换为方波 很好用的啊可以测频率-swif

说明：  surfacique courant coupleur 3db