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Difference between revisions of "NVGate V17: Release note"
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→OROS Framework: Free of Charge, Unleash Customization, Unlock Limitless Potential
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== OROS Framework: Free of Charge, Unleash Customization, Unlock Limitless Potential == | == OROS Framework: Free of Charge, Unleash Customization, Unlock Limitless Potential == | ||
'''Seamless Custom Development''' | |||
Whether building a tailored calculation tool or a fully automated test bench, the OROS Framework offers everything you need to effortlessly create and integrate your own solutions. Build programs that control OROS analyzers and collect real-time signals and measurement results from NVGate for further processing with ease. | |||
'''Built for Flexibility''' | |||
The OROS Framework’s components are designed to adapt to your specific workflow. Whether you need real-time control or post-processing power, there’s a solution within the Framework to meet your needs. | |||
'''Choose Your Path to Integration''' | |||
=== NVDrive === | |||
Ideal for full control and real-time operations. The TCP/IP-based NVDrive API allows you to manage NVGate entirely from your own applications - handling system configuration, real-time data acquisition, post-analysis, and more. It supports implementation in any programming language, with examples available in Python, C++, and Matlab. | |||
=== Toolkit === | |||
Perfect for post-processing and file management. With the NVGate DLL library, you can read and modify time signal and measurement result files outside NVGate. Effortlessly post-process data, read time signals, and access results like spectra, bode plots, and waterfall displays. With support for numerous programming languages, and example scripts in Python and C++, the toolkit simplifies integration into your workflows. | |||
== Bug fixing == | == Bug fixing == | ||