Owning Palette: Point By Point VIs
Requires: Full Development System. This topic might not match its corresponding palette in LabVIEW depending on your operating system, licensed product(s), and target.
Use the Other Functions PtByPt VIs to perform miscellaneous point-by-point operations.
The VIs on this palette can return point by point error codes.
Palette Object | Description |
---|---|
Add Array Elements PtByPt | Returns the sum of all elements determined by sample length. |
Array Max & Min PtByPt | Searches for the maximum and minimum values in the set of input data points specified by sample length where the region of interest is determined by the last sample length data. The indexes are between 0 and sample length. |
Boolean Crossing PtByPt | Detects transitions of input. You can choose one of the following directions: either, false-true, or true-false. |
Complex Queue PtByPt | Creates a data queue of complex numbers. |
Data Queue PtByPt | Creates a data queue of real numbers. |
Decrement PtByPt | Begins at start and decrements counter by one each time the VI is called when activate is set to TRUE. |
Increment PtByPt | Increments counter by one each time the VI is called when activate is set to TRUE. |
Search 1D Array PtByPt | Searches for an element in the set of input data points specified by sample length. |
Sort 1D Array PtByPt | Sorts the set of input data points specified by sample length in ascending order. |
Value Has Changed PtByPt | Detects changes of input data point between the current call and the previous call to the Value Has Changed PtByPt VI. |
Zero-Order Hold PtByPt | Holds input data point for the hold time in cycles that you define. In other words, output data point is a delayed instance of input data point. |
Zero Crossing PtByPt | Detects zero crossings of input data point. crossing becomes TRUE immediately after the transition occurs. |
Refer to the Train Wheel PtByPt VI in the labview\examples\Signal Processing\Point by Point directory for an example of using the Other Functions PtByPt VIs.