Align two Waveforms (single shot) VI
- Updated2025-07-30
- 4 minute(s) read
Performs element-wise alignment of two waveforms and returns the aligned waveforms. The data types you wire to the waveform inputs determine the polymorphic instance to use.
The time and component values of the result are the same as those of waveform A in. If the dt values are not equal, error out returns a warning and waveform A out and waveform B out are empty.

Inputs/Outputs
exported interval
—
exported interval defines the time stamp of the waveform outputs.
open interval? (T)
—
open interval? defines the interval over which the input waveform extends. The default is TRUE, which selects an open interval. For example, assume an input waveform contains 3 data elements at t = {0, dt, 2dt}. An open interval defines the waveform as extending over the time interval 0 ≤ t < 2dt, and a closed interval defines the waveform as extending over the time interval 0 ≤ t < 3dt.
waveform A in
—
waveform A in is a waveform to align.
waveform B in
—
waveform B in is a waveform to align.
interpolation mode
—
interpolation mode specifies the interpolation method.
error in (no error)
—
error in describes error conditions that occur before this node runs. This input provides standard error in functionality.
FIR filter specifications
—
FIR filter specifications specifies the minimum values this VI needs to specify the FIR filter.
interpolation
—
interpolation specifies whether interpolation is performed. The default is TRUE.
waveform A out
—
waveform A out is the waveform that results from aligning waveform A in and waveform B in.
waveform B out
—
waveform B out is the waveform that results from aligning waveform B in and waveform A in.
error out
—
error out contains error information. This output provides standard error out functionality. |
exported interval
—
open interval? (T)
—
waveform A in
—
error in (no error)
—
FIR filter specifications
—
alias rejection (dB)
—
waveform A out
—
error out
—