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Free Software for Ascension's 3D Guidance Trackers |
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Family of drivers and translators simplify interface to trackers |
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Sample Windows program, called CUBES, that lets you immediately see sensors moving in free space as graphical icons on a display. Requires only connection of tracker to a PC or laptop for running an Ascension “demo” program. No need to interface of the tracker to your applications software program. Also available are several tools, included on your CD-ROM, to help you understand and experiment with the tracker's capabilities; also ideal for quickly creating custom code. These tools include a second demo application, APITest (formerly pciBIRDTalk), a Tracker Configuration Utility (allows you to customize the tracker's power-up default behaviors and settings), and several C++ projects that contain commented sample code showing API syntax and usage. |
LabVIEW |
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LabVIEW helps you develop sophisticated measurement, test, and control systems. It is well known for its intuitive graphical icons and wires that resemble a flowchart. It accepts real-time tracker position and orientation data for input into LabVIEW's graphical programming environment. |
LINUX |
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Linux is a free Unix-type operating system adapted by hundreds of companies worldwide. Linux's functionality, adaptability and robustness make it a popular alternative for proprietary Unix and Microsoft operating systems. Ascension's ATC3DG API driver allows trackers (USB interface) to transmit data on computers running 32bit and 64 bit Linux operating systems.
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MAC OS |
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Mac OS X Snow Leopard is a 64-bit operating system, custom-made for the running the latest technology applications. MAC users can now seamlessly import real-time tracker data into in MAC applications . |
MATLAB |
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MATLAB is one of the world's most popular programs for technical computing. It offers a high-level programming language, interactive environments, and visualization tools for data analysis and numeric computation. You can use MATLAB for easy visualization, customization, and manipulation of tracker data. Applications range from quantifying and analyzing biomechanical movements to reviewing real-time visualizations. |