Applying a smoothing window to a signal is windowing. You can use windowing to complete the following analysis operations:
The LabWindows/CVI Advanced Analysis Library includes the following windows functions:
Function | Description |
---|---|
BkmanWin | Applies a Blackman window to the input signal. |
BlkHarrisWin | Applies a 3-term Blackman-Harris window to the input signal. |
BlkmanNuttallWin | Applies a Blackman-Nuttall window to a real signal. |
ChebWin | Applies an unsymmetrical Dolph-Chebyshev window to a real signal. |
CosTaperedWinEx | Applies a cosine tapered window to a real signal. |
ExBkmanWin | Applies an exact Blackman window to the input signal. |
ExpWin | Applies an exponential window to the input signal. |
FlatTopWin | Applies a flat top window to the input signal. |
ForceWin | Applies a force window to the input signal. |
GaussWin | Applies a Gaussian window to a real signal. |
GenCosWin | Applies a general cosine window to the input signal. |
GetWinProperties | Gets the properties, such as equivalent noise bandwidth (ENBW) and coherent gain, of the selected window. |
HamWin | Applies a Hamming window to the input signal. |
HanWin | Applies a Hanning window to the input signal. |
KsrWin | Applies a Kaiser window to the input signal. |
NumericWinProperties | Computes window properties numerically. |
ScaledWindowEx | Applies a scaled window to a real signal. |
SymWin | Applies a symmetric window to a real signal. |
TriWin | Applies a triangular window to the input signal. |