Mathematica Link for LabVIEW
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Mathematica Link for LabVIEW 2.1

Tap into the Combined Power of Mathematica and LabVIEW

Both Mathematica and LabVIEW are powerful programs for technical computing. However, each offers a completely different workflow and user experience. While Mathematica provides an interactive problem-solving environment and excels in symbolic manipulation and sophisticated data analysis, LabVIEW combines robust input-output capabilities with a highly polished collection of GUI components and RAD (rapid application development) tools for data acquisition and control. Most technical computing challenges can benefit from the combined power of the two approaches.
"I am really impressed by your linking package. I believe we share the same philosophy. As you mention on your website, LabVIEW is efficient in setting up the hardware but is short of fast, sophisticated mathematical solutions. Mathematica Link for LabVIEW solves this problem."

Roger Zhang
LabVIEW Developer
National Instruments

Mathematica Link for LabVIEW provides a bridge between the two programs. Specifically, it allows users either to control a LabVIEW application (Virtual Instrument, or VI) from within a Mathematica notebook or to call the Mathematica kernel from within a LabVIEW VI.

How Does It Work?

Mathematica Link for LabVIEW includes generic tools that enable Mathematica to control any VI directly without any additional programming or customization. The communication between LabVIEW and Mathematica relies on MathLink, a general interface used to manage the communication between Mathematica and external programs. The most frequently used MathLink functions have been implemented in LabVIEW and are included in Mathematica Link for LabVIEW.

Upon this basic layer, a whole series of utilities and higher-level functions has been built. All VIs are completely documented, and the higher-level functions can be modified as necessary or used unmodified as building blocks for larger applications. Mathematica Link for LabVIEW clearly demonstrates how to:

  • Open a communication path between Mathematica and LabVIEW
  • Send a numerical computation to the Mathematica kernel and return the results to LabVIEW
  • Open and run LabVIEW VIs from inside Mathematica and optionally return LabVIEW data to a Mathematica notebook
  • Visualize LabVIEW data using ListPlot and native Mathematica data visualization functions
  • Export publication-quality Mathematica graphics files in a wide variety of standard formats
  • Develop simple, yet flexible, simulation and control VIs that tap into the computational power of Mathematica

Hybrid Workflow Opportunities

Perhaps most valuable of all is the synergistic effect that results from integrating Mathematica with LabVIEW. Entirely new, hybrid workflows become possible, thus enabling mathematically sophisticated users to quickly and easily find solutions to complex problems--solutions that would be difficult (if not impossible) to realize using only one of the component packages.

Upgrades and support are provided by BetterVIEW Consulting.

About the Developer

Founded in 1997, BetterVIEW Consulting specializes in LabVIEW programming, integration, and human-factors engineering. BetterVIEW offers consulting services and a growing collection of innovative LabVIEW toolkits designed to save time and dramatically reduce development costs.

BetterVIEW Consulting
5124 - 209A Street
Langley, BC V3A 7K8
phone: +1-604-535-2456
email: solutions@bettervi.com

Note: Contact the developer for upgrade or trial information. Mathematica Link for LabVIEW 2.1 requires Mathematica 5.2–7 and LabVIEW 6.0–8.0, and is available for Windows or Macintosh OS 8–9. 64-bit is not currently supported.

Mathematica 6 compatible 
version coming soon! Buy now and receive a free upgrade