wtdCV: Calculate weighted component CV
In CamFreshwater/samSim: Closed-loop salmon dynamics simulator
wtdCV R Documentation
Calculate weighted component CV
Description
This function calculates an estimate of the mean coefficient of variation
among an aggregate's components. The estimate is weighted by each components
mean abundance. Based on equation 4 in Thibaut and Connolly 2013.
Usage
wtdCV(datMat, weight = TRUE)
Arguments
datMat
A numeric matrix, generally representing a time series of
component specific abundances.
weight
A logical argument that specifies whether CV should be
weighted or not.
Value
Returns a numeric representing mean CV.
Examples
r <- recMatrix[1:10, ]
wtdCV(r, weight = TRUE)
CamFreshwater/samSim documentation built on Sept. 25, 2023, 10:22 a.m.
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| wtdCV | R Documentation |
Calculate weighted component CV
Description
This function calculates an estimate of the mean coefficient of variation among an aggregate's components. The estimate is weighted by each components mean abundance. Based on equation 4 in Thibaut and Connolly 2013.
Usage
wtdCV(datMat, weight = TRUE)
Arguments
datMat |
A numeric matrix, generally representing a time series of component specific abundances. |
weight |
A logical argument that specifies whether CV should be weighted or not. |
Value
Returns a numeric representing mean CV.
Examples
r <- recMatrix[1:10, ]
wtdCV(r, weight = TRUE)
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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