National Instruments LabVIEW Robotics Module Getting Started Download Page 17

Tutorials

—The Getting Started with NI LabVIEW Robotics tutorial page includes brief tutorials

for beginning to use the LabVIEW environment, robotics-specific capabilities, NI reconfigurable
I/O (RIO) hardware, and Robotics Simulation examples. Refer to the National Instruments website
at

ni.com/info

and enter the info code

exgqr4

for Robotics getting started tutorials and examples.

Related National Instruments Software

Depending on the LabVIEW Robotics package you purchase, you might have access to certain LabVIEW
modules and toolkits, other National Instruments software, and device drivers that add functionality
useful in robotics programming to the LabVIEW Development System. For example, this manual contains
an exercise that requires the LabVIEW Real-Time and LabVIEW FPGA modules, which allow you to
use LabVIEW graphical programming to build applications that run on real-time operating systems or
NI FPGA targets, respectively.

Refer to the readme file on the Robotics DVD for information about the products to which you have
access.

Sensor and Actuator Drivers

The Robotics Module includes drivers for a variety of programmable sensors and actuators. You can
access information about many drivers, such as the device models the drivers support, in readme files
located in the

labview\instr.lib\

device

directory, where

device

is the name of a sensor or actuator

for which you have drivers installed.

National Instruments works with major sensor vendors to provide a library of ready-to-use drivers. Refer
to the National Instruments Web site at

ni.com/info

and enter the info code

ex3mbp

to find and

download sensor drivers. You also can use the use the NI Instrument Driver Finder to find sensor drivers.
Select

Tools»Instrumentation»Find Instrument Drivers

or

Help»Find Instrument Drivers

to launch

the Instrument Driver Finder. You must have Internet access to use the Instrument Driver Finder.

©

National Instruments

17

Getting Started with the LabVIEW Robotics Module

Summary of Contents for LabVIEW Robotics Module

Page 1: ...s System 5 Installing Software and Device Drivers on the Host Computer 5 Configuring an RT Target 6 Creating a Robotics Project 6 Creating a Starter Kit Project Using the Robotics Project Wizard 7 Exp...

Page 2: ...tics environment select Start All Programs NI LabVIEW Robotics x where x is the LabVIEW version If LabVIEW is already open select Tools Choose Environment to display the Choose Environment Settings di...

Page 3: ...abVIEW modules and toolkits installed on which you develop the VIs for the robotics system After you develop the robotics VIs you can download and run the VIs on RT and FPGA targets such as CompactRIO...

Page 4: ...out creating a LabVIEW robotics project using the Robotics Project Wizard Real Time Controller Real time controllers run programs you create in LabVIEW On the Starter Kit robot the Single Board RIO is...

Page 5: ...Kit robot built in I O connects the FPGA to the sensor and actuators You typically write an FPGA VI to access I O and then use an RT VI to read from and write to the I O in the FPGA VI Sensors and Ac...

Page 6: ...on a network you must configure the remote target on the same network If neither machine is connected to a network you must connect the two machines directly using a CAT 5 crossover cable or hub On th...

Page 7: ...om the installation media 1 Click Create Project on the Getting Started window to launch the Create Project dialog box Choose Robotics from the Filters tree select the Robotics Project template in the...

Page 8: ...er types of builds You can use Build Specifications to configure stand alone applications such as one that launches automatically when you power on the target Simulated Starter Kit 2 0 Roaming Organiz...

Page 9: ...he Robotics Project Wizard 1 In the Project Explorer window expand the Test Panels folder and double click Test Ultrasonic Sensor vi in the Project Explorer window Test Ultrasonic Sensor vi is an RT V...

Page 10: ...the distance between the ultrasonic distance sensor and the nearest obstacle the sensor detects The Close Starter Kit VI terminates the communication session with the FPGA on the Starter Kit robot Ti...

Page 11: ...out using traditional FPGA programming versus the VIs on the Starter Kit palette Return to the block diagram for the Test Ultrasonic Sensors VI and complete the following steps to continue exploring t...

Page 12: ...correct velocity to the drive motors 6 Close the Starter Kit 2 0 Roaming VI and return to the project Configuring Target Properties Use the Properties dialog box to configure the project settings of...

Page 13: ...run or reference the items Complete the following steps to deploy and run the robotics application you created with the Robotics Project Wizard 1 Right click the Starter Kit 2 0 Roaming vi under the...

Page 14: ...uild specification from the project you previously created 1 Right click Build Specifications under the RT target in the Project Explorer window and select New Real Time Application from the shortcut...

Page 15: ...an RT target 1 Right click the Robotics Application build specification and select Build from the shortcut menu to build the application The Application Builder builds the application using with the...

Page 16: ...s Module book on the Contents tab of the LabVIEW Help includes procedural and conceptual information about developing robotics applications and reference information about built in VIs on the Robotics...

Page 17: ...perating systems or NI FPGA targets respectively Refer to the readme file on the Robotics DVD for information about the products to which you have access Sensor and Actuator Drivers The Robotics Modul...

Page 18: ...nal Instruments products technology refer to the appropriate location Help Patents in your software the patents txt file on your media or the National Instruments Patent Notice at ni com patents You c...

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