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- Teamwork for System Development,
by C.G. Masi, Senior Editor (Control Engineering, May 2007)
- Car Stereos Get Benched,
by Martin Rowe, Senior Technical Editor (Test & Measurement World, April 2006)
- Anatomy of a Switch,
by Tom Lecklider, Senior Technical Editor (Evaluation Engineering, April 2006)
- System Integration for Fun and Profit, by Bob Stasonis (PXI Technology Review, Summer-Fall 2004)
- Using a Simple State Machine Template, by Keith Brainard, Project Engineer (LabVIEW Technical Resource, Vol. 11, No. 4)
- Strobe Light Helps Freeze Solder Balls, by C.G. Masi, Contributing Editor
(Vision Systems Design, November 2001)
- Automated Resistance Test and Sort Machine, by Peter Blume, Bloomy Controls;
Brian Kochan and Kevin Boette, Saint-Gobain Igniter Products
(Desktop Engineering, March 2002)
- Outsourcing ATE Development, by Matthew Kennedy, Engineering Manager
(presented at Nepcon East 2002)
- Divide and Conquer Optical Measurements, by Martin Rowe, Senior Technical Editor (Test & Measurement World, May 2003)
- PXI-Based, Multipurpose, Mobile DAQ Station, by Robert Gough, Project Engineer (PXI Technology Review, Spring 2003)
- Automating PCB Functional Test, by Matthew Kennedy and Greg Burroughs, Bloomy Controls; and Elaine Fasoli Bailey, Lifeline Systems (Evaluation Engineering, July 2003)
- Automated Inspection Guarantees Color, by C.G. Masi, Contributing Editor
(Vision Systems Design, November 2003)
- Bloomy DAQ System Profiles Jet Engine Performance, (Instrumentation Newsletter, Q3 2004)
- PC-Based Instruments: Not Just Hype, by Peter Blume, President (Electronic Design Online, July 14, 2004
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- LabVIEW Object Oriented Programming
(618kb), by Shaun Hayward, Bloomy Controls Project Engineer, presented at 2009 NI Technical Symposiums and other events.
Object Oriented Programming is a powerful software development methodology that has become an accepted standard in many programming languages, such as C++ and Java, and has recently become available within the LabVIEW programming environment. In this session Bloomy Controls introduces basics concepts of Object Oriented software development and the LabVIEW Object Oriented Programming (LVOOP) model. Real-world examples will be given to demonstrate how and when LVOOP can be used, and the advantages it can bring to your LabVIEW applications.
- LabVIEW Style Guidelines (1.05 MB), by Peter Blume, Bloomy Controls President, presented at NIWeek 2002
- Applying UML to TestStand and LabVIEW (502 KB), by Matthew Kennedy, Bloomy Controls Engineering Manager, presented at NIWeek 2003
- Five Techniques for Better LabVIEW Code (1.88 MB), by Peter Blume, Bloomy Controls President, presented at NIWeek 2003
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These LabVIEW VIs may be downloaded and used without obligation or licensing. They are provided as-is without guarantee or warranty. Bloomy Controls is not liable for damage to equipment or injury to persons resulting from use of these VIs.
| LabVIEW VI |
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| LabVIEW Object Oriented Programming Example
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194 KB |
The Dynamic Dispatch example demonstrates the use of LabVIEW Object Oriented Programming by drawing two shapes onto a 2D Picture control. This example is a companion to the LabVIEW Object Oriented Programming presentation by Shaun Hayward. (Download this presentation under "Presentations".) |
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See automation and control systems we've developed for customers. |
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George Mugno
Test Engineering Group Leader
Curtis Instruments |
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