资源列表
CRC32
- Class used to checking CRC32 files
WinAppDemo
- C# 简易单线程例子源码（请用vs2008或更高版本打开）-Examples of simple single-threaded C# source code (Please open the vs2008 or later)
dlq
- 倚天1，metin1游戏的登陆器。支持动态域名解析或ip地址，小窗口,全屏。-Heavenly Sword 1, metin1 game lander. Support dynamic DNS or ip address, the small window, full screen.
log_Analysis
- 一个日志分析的软件，带图像界面。VC++做的！-A log analysis software with graphical interface. VC++ to do!
Windows-Communication-Foundation-4-Step-by-Step.z
- Teach yourself the essentials of Windows Communication Foundation—one step at a time. With this practical tutorial, you get hands-on guidance for creating the Web services you need to implement robust business applications for Windows. Discover
S7-200-labview-communication
- siemens s7-200 和labview的通信-siemens s7-200 and labview communication
labview-serial-dll
- labview的串口通信，非常齐全，调用DLL，-labview serial communication, very complete, call the DLL,
Convert-to-One-sided-FFT(real)
- labview数学分析基本数学函数分为12类：三角函数、指数函数、双曲线函数、门函数、离散数学函数、贝塞尔函数、γ函数、超几何分布函数、椭圆积分、指数函数、误差函数和椭圆抛物函数-Convert to One-sided FFT(real)
Generalized-Fourier-Spectrum
- 二维曲线拟合就是根据输入数据的坐标（xi,yi），即X数组和Y数组，找出yi和xi的函数关系y=f(x)。对于不同的对象-Two-dimensional curve fitting is based on the coordinates of the input data (xi, yi), the X array and Y array, to identify the function of yi and xi y = f (x). For different objects
Generalized-Spectrum-Theory
- 首先通过Gaussian White Noise.vi产生一个满足高斯分布的随机数序列，然后通过Create Histogram和Statistic两个Express VI对该随机序列进行分析。 -First produced by Gaussian White Noise.vi meet a Gaussian distribution of random numbers, then Create Histogram and Statistic Express VI to the two
MathScript_Node
- Mathscr ipt是LabVIEW 8以后版本推出的面向数学的文本编程语言，它带有交互式的窗口和可编程的接口。通过Mathscr ipt，喜欢文本编程的用户可以在LabVIEW中编写并执行-LabVIEW 8 Mathscr ipt is later introduced math-oriented textual programming language, it is a window with an interactive and programmable interfaces. By
Place-Panel-in-Center
- 写一个能够传递错误的子VI，子VI的功能是a+b=c，当有错误输入时，错误直接输出，c输出为0。当无错误输入时，进行正常计算。-Write a mistake to pass the sub-VI, sub-VI' s function is a+ b = c, when there is an error input, direct output error, c the output is 0. When the error-free input, the normal calcula