That is why LabView is called a graphical programming language. So, in most LabView programs, no lines of code are written, the functionality of the program is provided by the diagram. Multiple functionalities can be added to the interface in the form of a diagram, similar to a flowchart, “wired” with the various structures and functions. The user interface can be made by simply dragging and dropping objects, and arranging them in a required pattern to complete the path. To create a VI (Virtual Instrument), LabView programming environment can be used. A program in LabView is called a VI, which stands for Virtual Instrument. LabView is developed by National Instruments sometime in the mid to late 80’s by Jeff Kodosky and it is a graphical programming language. This manual is an introduction to LabView programming environment. We use these features to build data acquisition and instrument control applications. In this tutorial, we tried our best to make the reader comfortable with reading environment, so that the beginner user of LabView (which is also known as a graphical programming environment) can get enough knowledge to work with LabView, making themselves familiarize with the basic LabView features. This is a first tutorial on series of tutorials on labview.
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