dd_model_pp: Diversity-dependent model with power (p) dependence on...
In TheoPannetier/comrad: R implementation of a Competitive Radiation model
dd_model_pp R Documentation
Diversity-dependent model with power (p) dependence on speciation and
power (p) dependence on extinction
Description
A list specifying a DD model with power diversity-dependence on both the
speciation rate and extinction rate; to be fed as argument dd_model to
fit_dd_model_with_fossil(). This corresponds to the "exponential"
model found in DDD (ddmodel = 7) and elsewhere (e.g. BAMM).
Usage
dd_model_pp()
Details
\lambda(N) = \lambda_{0} \times N^{-\frac{log\Big(\frac{\lambda_0}{\alpha(\lambda_0 - \mu_0) + \mu_0}\Big)}{log(K)}}
\mu(N) = \mu_{0} \times N^{\frac{log\Big(\alpha\frac{\lambda_0 - \mu_0}{\lambda_0}+1\Big)}{log(K)}}
Author(s)
Theo Pannetier
TheoPannetier/comrad documentation built on April 8, 2023, 8:06 a.m.
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| dd_model_pp | R Documentation |
Diversity-dependent model with power (p) dependence on speciation and power (p) dependence on extinction
Description
A list specifying a DD model with power diversity-dependence on both the
speciation rate and extinction rate; to be fed as argument dd_model to
fit_dd_model_with_fossil(). This corresponds to the "exponential"
model found in DDD (ddmodel = 7) and elsewhere (e.g. BAMM).
Usage
dd_model_pp()
Details
\lambda(N) = \lambda_{0} \times N^{-\frac{log\Big(\frac{\lambda_0}{\alpha(\lambda_0 - \mu_0) + \mu_0}\Big)}{log(K)}}
\mu(N) = \mu_{0} \times N^{\frac{log\Big(\alpha\frac{\lambda_0 - \mu_0}{\lambda_0}+1\Big)}{log(K)}}
Author(s)
Theo Pannetier
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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