Bandpass: Calculate Weights for a Bandpass Filter
In EarthSystemDiagnostics/paleospec: Spectral tools for the ECUS group
Bandpass R Documentation
Calculate Weights for a Bandpass Filter
Description
Derive the (smoothed) least square bandpass based on Bloomfield 1976
Usage
Bandpass(omega.upper, omega.lower, n, sample = 1, convergence = T)
Arguments
omega.upper
upper cutoff frequency
omega.lower
lower cutoff frequency
n
length of the filter, has to be odd
sample
sampling rate of the timeseries on which the filter will be applied (1/deltat)
convergence
TRUE: smoothed least square lowpass; FALSE = unsmoothed
Value
vector of filter weights
Author(s)
Thomas Laepple
EarthSystemDiagnostics/paleospec documentation built on Feb. 17, 2024, 4:36 p.m.
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| Bandpass | R Documentation |
Calculate Weights for a Bandpass Filter
Description
Derive the (smoothed) least square bandpass based on Bloomfield 1976
Usage
Bandpass(omega.upper, omega.lower, n, sample = 1, convergence = T)
Arguments
omega.upper |
upper cutoff frequency |
omega.lower |
lower cutoff frequency |
n |
length of the filter, has to be odd |
sample |
sampling rate of the timeseries on which the filter will be applied (1/deltat) |
convergence |
TRUE: smoothed least square lowpass; FALSE = unsmoothed |
Value
vector of filter weights
Author(s)
Thomas Laepple
R Package Documentation
Browse R Packages
We want your feedback!
Note that we can't provide technical support on individual packages. You should contact the package authors for that.
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