A B C D F G I J L M O P R S T misc
RPANDA-package | RPANDA |
add.gts | Geological time scale |
ancestral | Estimation of traits ancestral states. |
Anolis.data | Anolis dataset |
apply_prob_dtt | Calculates paleodiversity dynamics with the probabilistic approach. |
Balaenopteridae | Balaenopteridae phylogeny |
BGB.examples | BioGeoBEARS stochastic maps |
BICompare | Identify modalities in a phylogeny |
build_network.BipartiteEvol | Build the interaction network in BipartiteEvol |
Calomys | Calomys phylogeny |
Caprimulgidae | The _Caprimulgidae_ phylogeny. |
Caprimulgidae_ClaDS2 | An example run of ClaDS2. |
Cetacea | Cetacean phylogeny |
Cetacea_clades | Stochastic map of clade membership in Cetacean phylogeny |
ClaDS0_example | An example run of ClaDS0. |
co2 | co2 data since the Jurassic |
co2_res | co2 data since the beginning of the Cenozoic |
coccolithophore | Coccolithophore diversity since the Jurassic |
CreateClassObject | Create class object |
CreateGeobyClassObject | Create merged biogeography-by-class object |
CreateGeoObject | Create biogeography object |
CreateGeoObject_BioGeoBEARS | Create biogeography object using a stochastic map from BioGeoBEARS |
createModel | Creation of a PhenotypicModel |
createModelCoevolution | Creation of a PhenotypicGMM |
d13c | d13c data since the Jurassic |
define_species.BipartiteEvol | Build the phylogenies for BipartiteEvol |
delineate_phylotypes | Automatic phylotypes delineation |
div.models | Model comparison of diversification models |
div.rates | Diversification rates through time |
fitTipData | Maximum likelihood estimators of a model's parameters |
fitTipData-method | ~~ Methods for Function 'fitTipData' ~~ |
fitTipData-methods | ~~ Methods for Function 'fitTipData' ~~ |
fit_bd | Maximum likelihood fit of the general birth-death model |
fit_bd_backbone | Maximum likelihood fit of the general birth-death model (backbone) |
fit_bd_backbone_c | Maximum likelihood fit of the general birth-death model (backbone and constraints) |
fit_ClaDS | Fit ClaDS to a phylogeny |
fit_ClaDS0 | Infer ClaDS0's parameter on a phylogeny |
fit_coal_cst | Maximum likelihood fit of the equilibrium model |
fit_coal_var | Fit birth-death model using a coalescent approch |
fit_env | Maximum likelihood fit of the environmental birth-death model |
fit_sgd | Maximum likelihood fit of the SGD model |
fit_t_comp | Fits models of trait evolution incorporating competitive interactions |
fit_t_comp_subgroup | Fits models of trait evolution incorporating competitive interactions, restricting competition to occur only between members of a subgroup |
fit_t_env | Maximum likelihood fit of the environmental model of trait evolution |
fit_t_env_ou | Maximum likelihood fit of the OU environmental model of trait evolution |
fit_t_pl | High-dimensional phylogenetic models of trait evolution |
fit_t_standard | Fits standard models of trait evolution incorporating known and nuisance measurement error |
foraminifera | Foraminifera diversity since the Jurassic |
get.comb.shift | Combinations of shifts of diversification. |
get.sampling.fractions | Sampling fractions of subclades |
getDataLikelihood | Likelihood of tip trait values. |
getDataLikelihood-method | ~~ Methods for Function 'getDataLikelihood' ~~ |
getDataLikelihood-methods | ~~ Methods for Function 'getDataLikelihood' ~~ |
getMAPS_ClaDS | Gets the Maximum A Posteriori for each ClaDS parameter |
getMAPS_ClaDS0 | Gets the Maximum A Posteriori for each ClaDS0 parameter |
getTipDistribution | Distribution of tip trait values. |
getTipDistribution-method | Distribution of tip trait values. |
getTipDistribution-methods | Distribution of tip trait values. |
GIC.fit_pl.rpanda | Generalized Information Criterion (GIC) to compare models fit by Maximum Likelihood (ML) or Penalized Likelihood (PL). |
gic_criterion | Generalized Information Criterion (GIC) to compare models fit by Maximum Likelihood (ML) or Penalized Likelihood (PL). |
greenalgae | Green algae diversity since the Jurassic |
InfTemp | Paleotemperature data across the Cenozoic |
JSDtree | Jensen-Shannon distance between phylogenies |
JSDtree_cluster | Clustering of phylogenies |
JSDt_cluster | Clustering on the Jensen-Shannon distance between phylogenetic trait data |
landplant | Land plant diversity since the Jurassic |
likelihood_bd | Likelihood of a phylogeny under the general birth-death model |
likelihood_bd_backbone | Likelihood of a phylogeny under the general birth-death model (backbone) |
likelihood_coal_cst | Likelihood of a phylogeny under the equilibrium diversity model |
likelihood_coal_var | Likelihood of a birth-death model using a coalescent approch |
likelihood_sgd | Likelihood of a phylogeny under the SGD model |
likelihood_subgroup_model | Likelihood of a dataset under models with biogeography fit to a subgroup. |
likelihood_t_DD | Likelihood of a dataset under diversity-dependent models. |
likelihood_t_DD_geog | Likelihood of a dataset under diversity-dependent models with biogeography. |
likelihood_t_env | Likelihood of a dataset under environmental models of trait evolution. |
likelihood_t_MC | Likelihood of a dataset under the matching competition model. |
likelihood_t_MC_geog | Likelihood of a dataset under the matching competition model with biogeography. |
lines.fit_t.env | Add to a plot line segments joining the phenotypic evolutionary rate through time estimated by the _fit_t_env_ function |
lines.fit_t.env.ou | Add to a plot line segments joining the phenotypic evolutionary optimum through time estimated by the _fit_t_env_ou_ function |
make_gen.BipartiteEvol | Compute the genealogies for BipartiteEvol |
mantel_test | Compute Mantel test |
mantel_test_nbpartners | Compute Mantel test |
modelSelection | Phenotypic model selection from tip trait data. |
modelSelection-method | ~~ Methods for Function 'modelSelection' ~~ |
modelSelection-methods | ~~ Methods for Function 'modelSelection' ~~ |
MPhiFFT | A class used internally to compute ClaDS's likelihood |
mycorrhizal_network | Mycorrhizal network from La RĂ©union island |
ostracoda | Ostracod diversity since the Jurassic |
paleodiv | Paleodiversity through time |
PhenotypicACDC-class | Class '"PhenotypicACDC"' |
PhenotypicADiag-class | Class '"PhenotypicADiag"' |
PhenotypicBM-class | Class '"PhenotypicBM"' |
PhenotypicDD-class | Class '"PhenotypicDD"' |
PhenotypicGMM-class | Class '"PhenotypicGMM"' |
PhenotypicModel-class | Class '"PhenotypicModel"' |
PhenotypicOU-class | Class '"PhenotypicOU"' |
PhenotypicPM-class | Class '"PhenotypicPM"' |
Phocoenidae | Phocoenidae phylogeny |
phyl.pca_pl | Regularized Phylogenetic Principal Component Analysis (PCA). |
Phyllostomidae | Phyllostomidae phylogeny |
Phyllostomidae_genera | Phylogenies of Phyllostomidae genera |
phylosignal_network | Compute phylogenetic signal in a bipartite interaction network |
phylosignal_sub_network | Compute clade-specific phylogenetic signals in a bipartite interaction network |
pi_estimator | Compute nucleotidic diversity (Pi estimator) |
plot.fit_t.env | Plot the phenotypic evolutionary rate through time estimated by the _fit_t_env_ function |
plot.fit_t.env.ou | Plot the phenotypic evolutionary optimum through time estimated by the _fit_t_env_ou_ function |
plot_BICompare | Display modalities on a phylogeny. |
plot_ClaDS0_chains | Plot the MCMC chains obtained when infering ClaDS0 parameters |
plot_ClaDS_chains | Plot the MCMC chains obtained when infering ClaDS parameters |
plot_ClaDS_phylo | Plot a phylogeny with branch-specific values |
plot_div.BipartiteEvol | Plot the output of BipartiteEvol |
plot_dtt | Plot diversity through time |
plot_fit_bd | Plot speciation, extinction & net diversification rate functions of a fitted model |
plot_fit_env | Plot speciation, extinction & net diversification rate functions of a fitted environmental model |
plot_net.BipartiteEvol | Plot the output of BipartiteEvol |
plot_phylosignal_sub_network | Plot clade-specific phylogenetic signals in a bipartite interaction network |
plot_phylo_comb | Plot shifts of diversifcation on a phylogeny |
plot_prob_dtt | Plot diversity through time with confidence intervals. |
plot_spectR | Spectral density plot of a phylogeny. |
Posdef | Positive definite symmetric matrices |
print-method | Class '"PhenotypicModel"' |
prob_dtt | Confidence intervals of diversity through time |
radiolaria | Radiolaria diversity since the Jurassic |
redalgae | Red algae diversity since the Jurassic |
remove.model | Removing a model from shift.estimates output |
RPANDA | RPANDA |
sealevel | Sea level data since the Jurassic |
shift.estimates | Estimating clade-shifts of diversification |
shifts_cetacea | Cetacean shift.estimates results |
show-method | Class '"PhenotypicModel"' |
silica | Silica data across the Cenozoic |
sim.BipartiteEvol | Simulation of the BipartiteEvol model |
sim.convergence.geo | Simulation of trait data under the model of convergent character displacement described in Drury et al. 2017 |
sim.divergence.geo | Simulation of trait data under the model of divergent character displacement described in Drury et al. 2017 |
simul.comb.shift | Simulating trees from shift.estimates() results to test model adequacy |
simulateTipData | Tip trait simulation under a model of phenotypic evolution. |
simulateTipData-method | ~~ Methods for Function 'simulateTipData' ~~ |
simulateTipData-methods | ~~ Methods for Function 'simulateTipData' ~~ |
sim_ClaDS | Simulation of the ClaDS model |
sim_env_bd | Simulate birth-death tree dependent on an environmental curve |
sim_MCBD | Simulation of macroevolutionary diversification under the integrated model described in Aristide & Morlon 2019 |
sim_sgd | Algorithm for simulating a phylogenetic tree under the SGD model |
sim_t_comp | Recursive simulation (root-to-tip) of competition models |
sim_t_env | Recursive simulation (root-to-tip) of the environmental model |
sim_t_env_ou | Recursive simulation (root-to-tip) of the OU environmental model |
sim_t_tworegime | Recursive simulation (root-to-tip) of two-regime models |
spectR | Spectral density plot of a phylogeny |
spectR_t | Spectral density plot of phylogenetic trait data |
taxo_cetacea | Cetacean taxonomy |
theta_estimator | Compute Watterson genetic diversity (Theta estimator) |
[-method | Class '"PhenotypicModel"' |
[<--method | Class '"PhenotypicModel"' |