Analyses of Evolutionary Time-Series


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Documentation for package ‘evoTS’ version 1.0.2

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as.evoTS.multi.BW.acceldecel.fit Class for fit to evolutionary sequence (time-series) models
as.evoTS.multi.BW.fit Class for fit to evolutionary sequence (time-series) models
as.evoTS.multi.OU.fit Class for fit to evolutionary sequence (time-series) models
as.evoTS.multi.URW.fit Class for fit to evolutionary sequence (time-series) models
as.evoTS.multi.URW.shift.fit Class for fit to evolutionary sequence (time-series) models
as.evoTSfit.OUBM Class for fit to evolutionary sequence (time-series) models
diameter_S.yellowstonensis Evolutionary sequence (time-series) of phenotypic change in diameter in the lineage Stephanodiscus yellowstonensis
fit.all.univariate Fit all univariate models to an evolutionary sequence (time-series).
fit.mode.shift Fit two models to two separate segments to an evolutionary sequence (time-series).
fit.multivariate.OU Fit predefined multivariate Ornstein-Uhlenbeck models to multivariate evolutionary sequence (time-series) data.
fit.multivariate.OU.user.defined Fit user-defined multivariate Ornstein-Uhlenbeck models to multivariate evolutionary sequence (time-series) data.
fit.multivariate.URW Fit multivariate Unbiased Random Walk models to multivariate evolutionary sequence (time-series) data.
fit.multivariate.URW.shift Fit separate multivariate Unbiased Random Walk models to two different segments of a multivariate evolutionary sequence (time-series).
logL.joint.accel.decel.single.R Log-likelihoods for evolutionary models
logL.joint.accel.decel.single.R.zero.corr Log-likelihoods for evolutionary models
logL.joint.accel_decel Log-likelihoods for evolutionary models
logL.joint.multi.OUOU Log-likelihoods for evolutionary models
logL.joint.multi.OUOU.user Log-likelihoods for evolutionary models
logL.joint.multi.R Log-likelihoods for evolutionary models
logL.joint.OU.BM Log-likelihoods for evolutionary models
logL.joint.single.R Log-likelihoods for evolutionary models
logL.joint.single.R.zero.corr Log-likelihoods for evolutionary models
logL.joint.Stasis.OU Log-likelihoods for evolutionary models
logL.joint.URW.URW Log-likelihoods for evolutionary models
loglik.surface.accel Calculate the log-likelihood surface for a part of parameter space
loglik.surface.decel Calculate the log-likelihood surface for a part of parameter space
loglik.surface.GRW Calculate the log-likelihood surface for a part of parameter space
loglik.surface.OU Calculate the log-likelihood surface for a part of parameter space
loglik.surface.OUBM Calculate the log-likelihood surface for a part of parameter space
loglik.surface.stasis Calculate the log-likelihood surface for a part of parameter space
loglik.surface.URW Calculate the log-likelihood surface for a part of parameter space
make.multivar.evoTS Makes a multivariate data set of
opt.accel.single.R Fit multivariate Unbiased Random Walk with increasing (exponential accelerating) rate of change through time.
opt.accel.single.R.zero.corr Fit multivariate Unbiased Random Walk model with uncorrelated trait changes and with increasing (exponential accelerating) rate of change through time.
opt.decel.single.R Fit multivariate Unbiased Random Walk with decreasing (exponential decaying) rate of change through time.
opt.decel.single.R.zero.corr Fit multivariate Unbiased Random Walk model with uncorrelated trait changes and with decreasing (exponential decaying) rate of change through time.
opt.joint.accel Fit an Unbiased Random Walk with an accelerating rate of change through time.
opt.joint.decel Fit an Unbiased Random Walk with an decelerating rate of change through time.
opt.joint.OUBM Fit an Ornstein-Uhlenbeck model with an optimum that evolves according to a Unbiased Random Walk.
opt.joint.URW.Stasis Optimization and log-likelihoods for pairs of models.
opt.single.R Fit multivariate Unbiased Random Walk model.
opt.single.R.zero.corr Fit multivariate Unbiased Random Walk model with uncorrelated trait changes.
plotevoTS Plot a paleoTS object
plotevoTS.multivariate Plots multivariate evolutionary sequence (time-series) data set
ribs_S.yellowstonensis Evolutionary sequence (time-series) of phenotypic change in the number of ribs in the lineage Stephanodiscus yellowstonensis
sim.accel.decel Simulate an Unbiased Random Walk with an accelerating or decelerating rate of change through time.
sim.multi.OU Simulate multivariate Ornstein-Uhlenbeck evolutionary sequence data sets
sim.multi.URW Simulate multivariate evolutionary sequence data that evolve according to an Unbiased Random Walk
sim.OUBM Simulate an Ornstein-Uhlenbeck process with optimum changing according to an unbiased random walk