By Marco Schwartz
ISBN-10: 1849698228
ISBN-13: 9781849698221
Build interactive and enjoyable studying initiatives with Arduino utilizing LabVIEW
About This Book
- Use LabVIEW to automate your Arduino tasks with out writing code
- Control your Arduino tasks wirelessly from LabVIEW
- Multiple tasks with step by step sensible implementation
Who This ebook Is For
If you have already got a few adventure with LabVIEW and wish to use your abilities to regulate actual items and make measurements utilizing the Arduino sensor, this e-book is for you. previous wisdom of Arduino and LabVIEW is vital to totally comprehend the tasks targeted during this book.
What you are going to Learn
- Install LabVIEW and set it as much as interface with Arduino
- Automate your Arduino initiatives with LabVIEW through a USB cable or XBee
- Control a servo motor and a sensible strength swap from LabVIEW
- Make an easy climate size station utilizing Arduino and LabVIEW
- Build an easy instant alarm system
- Manoeuvre an Arduino-based robotic wirelessly through LabVIEW
- Collect suggestions from the robotic sensors utilizing Arduino and LabVIEW
In Detail
This e-book covers a number of initiatives so you might construct utilizing LabVIEW and Arduino. you'll the way to use LabVIEW to regulate your Arduino tasks just by dragging and losing blocks in LabVIEW.
The publication starts off with a few simple initiatives that you're going to create so one can interface LabVIEW and Arduino. for instance, you are going to how you can keep an eye on a motor from the LabVIEW interface. Then, the e-book dives into extra complicated initiatives, reminiscent of construction a climate size station, creating a uncomplicated alarm process, and controlling a cellular robotic wirelessly through LabVIEW.
Going in the course of the initiatives of this publication will let you automate your Arduino initiatives with out writing a unmarried line of code, accordingly growing advanced tasks in little time.
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Additional resources for Programming Arduino with LabVIEW
Sample text
First, set all the correct pins and your Serial Port, as shown in the preceding image. Then, click on the little arrow in the toolbar to start the VI. You can now enter a value between 0 and 255 in the Motor Speed input; you will see that the motor starts to rotate immediately. Note that we have to use a value between 0 and 255, as the Arduino Uno PWM output value is coded in 8 bits, so it has 256 values. You can also use the green button to change the direction of the motor. Upgrading the interface We now have a basic control for our DC motor, but we can do better.
Some of the components are linked to elements of Front Panel, such as the Serial Port value. You can see that the core of the project is this Digital Write module that we use to send commands to the Arduino board. For now, we really just wanted to have an overview of what is done in this diagram. In the following chapters of the book, you will see how to build such block diagrams from scratch to build your own projects. [ 21 ] Getting Started with the LabVIEW Interface for Arduino Summary Let's summarize what we saw in this chapter.
You can now go back to Front Panel and organize the elements by adding the Current Sensor Pin box on the left-hand side and the Analog Read output on the right-hand side. You can now already test the program by clicking on the little arrow in the toolbar. You will see that the readout we added is displaying a value that changes whether the relay is activated or not. This value is directly the output of the Analog Read function, so it is between 0 and 5 (as the Arduino is operating between 0 and 5 volts): However, this is not very useful yet.