Catalog for LabVIEW Virtual Instrument Programming

The LabVIEW Catalog is a fixed-height folder that contains all the resources needed for a LabVIEW application, including VIs, control libraries, icons, help files, images, and more. When developing a LabVIEW application, storing all relevant resources in the application catalog makes the program easier to maintain and deploy. Here's how to use the LabVIEW Application Catalog:

1.Open the LabVIEW software and create a new project.

2.Right-click on the Application option in the project and select New Application. In the pop-up window, fill in the name and path of the application, and then click the "OK" button.

3.In the created application catalog, you can create resources such as vi and control libraries. When creating VIs, it's a good idea to keep them in the app directory so they can be directly associated with the app.

4.In the application catalog, you can also create additional folders, such as Help Documents, Icons, and so on, to better organize the resources required by your application.

5.When it's time to package and deploy an application, you can use the Application Building Tool, select the application catalog as the build directory, and package all resources into a single executable.

6.When you run an application, LabView automatically looks for resources in the application catalog and loads them as needed. As a result, using an application catalog can make programs easier to manage and deploy.

How do I use the LabVIEW Application Catalog? A: The LabView Application Directory is used like this: Hold down the tontyi key.

The first part of LabVIEW Technology Fundamentals (Chapters 1 and 12) mainly describes the LabVIEW programming environment, LabVIEW front panel design, LabVIEW program flow and structure, waveform display, program dynamic control, file input and output, generation of installation packages and executable files, program debugging and program performance, etc. The second part, Links between LabVIEW and other applications (Chapters 13 and 17), mainly introduces the application of ActiveX technology, the link between LabVIEW and the Microsoft programming language, C** calls, dynamic link library function calls, and the link between LabVIEW and databases. The third part, LabVIEW Application Practical Technology (Chapters 18 and 21), mainly explains the test system and virtual instruments, data acquisition in LabVIEW, bus technology, network communication, etc. The fourth comprehensive case of engineering application (Chapters 22 and 24) explains to readers how to use LabVIEW to carry out the knowledge and skills of project practice through three complete cases: wind turbine automatic control system, wind speed acquisition, and audiometer control software development, so that readers can master the practical application of LabVIEW. Part 5 Collection of Common Troubleshooting and Experience Skills (Chapters 25 and 26) focuses on common problems and solving skills in the form of troubleshooting, helping readers master the shortcut to learning and effectively improve work efficiency.

This book is a comprehensive and systematic textbook that describes the basic operation, application and program development of LabVIEW, through the study of this book, readers can quickly and deeply learn and master the powerful functions of the software, and accumulate rich practical experience in application. It can be used as an advanced tutorial for beginner and intermediate readers and a reference book for the majority of engineers and technicians engaged in LabVIEW, and can also be used as a textbook or self-study tutorial for undergraduate and graduate students.

LabVIEW Virtual Instrument Programming and Changsou Orange Application" can be used as a textbook for the course of leakage acceptance in colleges and universities, and can also be used as a reference book for related application and technology R&D personnel.

LabVIEW Advanced Programming and Virtual Instrument Engineering Applications" introduces readers who have mastered the basics of LabVIEW programming on the method of using Yunyin virtual instrument technology to develop measurement and control engineering projects. The book is divided into 16 chapters, the first 8 chapters introduce the advanced programming technology of LabVIEW required to develop complex measurement and control systems, and the last 8 chapters provide successful cases of virtual instruments developed by the authors themselves. This book is suitable as a reference book for the quick return teaching of undergraduate graduation design, and can also be used as a reference book for graduate students to complete projects and engineering and technical personnel to develop measurement and control projects.

The book is divided into 16 chapters, the first 8 chapters introduce the advanced programming techniques of LabVIEW required for the development of complex measurement and control systems, including measurement and control project management, application control and internal data transmission, program design mode and program performance, software interface and external data communication, data storage and retrieval, object-oriented programming, analog signal acquisition of traditional DAQ, digital signal and counter input and output of traditional DAQ; The last 8 chapters provide successful cases of virtual instruments developed by the author, including mechanical equipment status testing and fault diagnosis, hydraulic system testing, boiler heating automatic control, coal-water slurry preparation process measurement and control, machine vision, measurement and control system based on fiber Bragg grating sensing network, multi-point synchronous precision timing data acquisition, power grid harmonic testing, etc., as well as many toolkit application methods such as NI's advanced signal processing, PID control, machine vision and database linking.

The CD-ROM attached to this book not only contains all the programs in the book**, but also provides many complete engineering examples.

Practical advanced programming technology, abundant engineering application examples, virtual instruments and measurement and control technology, teaching and engineering design are equally emphasized.

For those who have already mastered the basics of LabVIEW programming, this book explains how to use virtual instrumentation technology to develop measurement and control engineering projects.

This course introduces the advanced programming techniques of LabVIEW required for the development of complex test systems, including measurement and control project management, application control and internal data transfer, program design patterns and program performance, software interface and external data communication, data storage and retrieval, object-oriented programming, analog signal acquisition of traditional DAQ, digital signal and counter input and output of traditional DAQ.

Provide successful cases of virtual instruments developed by the authors, including mechanical equipment condition monitoring and fault diagnosis, hydraulic system testing, automatic control of boiler heating, measurement and control of coal-water slurry preparation process, machine vision, measurement and control system based on fiber Bragg grating sensing network, multi-point synchronous precision timing data acquisition, power grid harmonic testing, etc.

It is suitable for engineering and technical personnel to develop measurement and control projects, undergraduate graduation design and graduate students to complete the project reference.