attenuated.power.law: attenuated power law
In kmcd39/divflow: What the Package Does (One Line, Title Case)
Description
Usage
Arguments
Details
Description
One of the functional forms posited for the SIF in Daraganova 2012 and Butts and
Acton 2011.
Usage
1
attenuated.power.law(d, pb = 1, gamma = 1, alpha = 1, ...)
Arguments
d
distance
Details
Notes from Daraganova 2012: "Unlike the simple power law model....the attenuated
variant exhibits negative local curvature. This model thus tends to produce both a
high proportion of long-range edges and a high degree of local cohesion (the scale
of these effects being dependent upon α). Where (αd)γ » 1, both variants exhibit
similar behavior."
kmcd39/divflow documentation built on Dec. 21, 2021, 7:38 a.m.
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Description Usage Arguments Details
Description
One of the functional forms posited for the SIF in Daraganova 2012 and Butts and Acton 2011.
Usage
1 | attenuated.power.law(d, pb = 1, gamma = 1, alpha = 1, ...)
|
Arguments
d |
distance |
Details
Notes from Daraganova 2012: "Unlike the simple power law model....the attenuated variant exhibits negative local curvature. This model thus tends to produce both a high proportion of long-range edges and a high degree of local cohesion (the scale of these effects being dependent upon α). Where (αd)γ » 1, both variants exhibit similar behavior."
R Package Documentation
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Note that we can't provide technical support on individual packages. You should contact the package authors for that.
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