Is there a way to speed up the RK4 screws?

One of the oldest parts of my application is a simulation of a vector with a value of using the integrated RK4 screw to NiGmathlib. Simulations tend to have about 100 k series of this VI, with 1 k will take about 200ms. If I were to use an implementation of RK4 C under a function node, this would maybe go faster? Or do I just reduce the number of time steps?

Is there a specific lead-time, you must realize, or interest you by speeding up the performance in general?

If an implementation of code C of the RK4 would go more quickly depends on many factors such as the specific implementation of the code, how compilers translate the code, and if so or not the LabVIEW VI or C code is able to take advantage of parallel execution. If you are interested to know which is faster, your best bet is to try each idea. Change him much time seems like the easier, so why not start there and see what you can do?

Tags: NI Software

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