LabView-PID-Incremental

由于有一个项目需要使用320*240的液晶屏，于是使用labview Xctrl制作了一个模拟的单像素控件，可以直接当作虚拟屏幕使用，在项目前期比较方便(A project need to use the 320 x 240 LCD screen, so use the the labview Xctrl produced a simulated single-pixel control can be used directly as the use of virtual screen early in the project is more convenient)

Code to calculate the Fast Fourier Transform

labview采集数据,采用四通道方式进行采集，包含数据处理信息(LabVIEW collects data and uses four channels to collect data, including data processing information)

说明：  本VI示范了如何通过LabVIEW自身的强大编程能力，开发一套通用的多通道数据采集监测数据库系统。VI包括了主显示界面、用户权限管理、数据采集、超限报警、配置、实时曲线、历史曲线、日志记录、等数据库管理功能。(This VI demonstrates how to develop a common multi-channel data acquisition monitoring database system with LabVIEW's powerful programming capabilities. VI includes the main display interface, user rights management, data collection, overrun alarm, configuration, real-time curve, history curve, log records, and other database management functions.)

说明：  labview 的入门程序，最好的入门资料就是自己编的小程序，供大家参考( LabVIEW)

基于LabVIEW开发环境，设计模拟电压信号的采集(LabVIEW development environment based on the acquisition, design analog voltage signal)

说明：  利用电脑的摄像头或者外部的USB摄像头，采集图片。(Use a computer camera or an external USB camera to collect pictures.)

PID control。Labview中搭建的程序。经典！！(A program of PID control in Labview.)

自功率谱是分析非平稳信号频谱的重要手段。对于非平稳信号来说，利用自功率谱分析能够更容易找到信号中能量聚集区域，对信号中的频率分布有更好的了解。本文件中将其制作成独立子VI方便程序直接调用。(Self power spectrum is an important method to analyze the spectrum of non-stationary signals. For non-stationary signals, it is easier to find the energy accumulation region in the signal by using self power spectrum analysis, and better understand the frequency distribution in the signal. This document will be made into an independent sub VI convenience program to call directly.)

LabVIEW虚拟示波器程序，采用ART USB2831数据采集卡，具有多路数据采集存储和回放功能(It s a program of virtual oscilloscope.The environment is LabVIEW 2010.Using ART USB2831 DAQ.)