
Fourier Transform analysis and Time channel editing. The raw data is converted automatically into physical values. This is done using conversion rules from the database. This is the best thing I liked while using the software. The Graphical interface is flexible and easy to use without any programming skills & provides a universal platform for numerous applications in diverse fields Review collected by and hosted on G2.com.
Little slow while handling more number of channels.
I already tried using queues to transfer data, but control over memory-allocation / deallocation can't easily be done... perhaps a switch in the connector pane of subVIs saying "transfer data by pointers" could be helpful.
- Data structures: I am using some C++-DLLs for data analysis. As there are sometimes some structs in the function-arguments-list, I had to write a wrapper-DLL. Perhaps there's a possibility to get this compatible... it would be nice if an array of a cluster could be converted to an array of a struct.
- Speed: In some applications, I already realized that the speed of LabView can be improved by rewriting LabView-Sub-Vis into C++code. I think this is due to the LV-runtime-engine which has to "convert" the binary code of labview into native code??? Would be great if it would be possible to generate native code directly.
- Expandability: It's hard to implement new functions into a already written LV-Program. By using design patterns like producer-consumer, the expandability is improved in comparison to a "normal" LV-program, but in comparison to a text-based language, LV still stands back. Review collected by and hosted on G2.com.