BART2.9.9 package

Bayesian Additive Regression Trees

mc.crisk.pwbart

Predicting new observations with a previously fitted BART model

mc.crisk2.pwbart

Predicting new observations with a previously fitted BART model

mc.lbart

Logit BART for dichotomous outcomes with Logistic latents and parallel...

mc.pbart

Probit BART for dichotomous outcomes with Normal latents and parallel ...

mc.surv.pwbart

Predicting new observations with a previously fitted BART model

mc.wbart.gse

Global SE variable selection for BART with parallel computation

mc.wbart

BART for continuous outcomes with parallel computation

pbart

Probit BART for dichotomous outcomes with Normal latents

predict.crisk2bart

Predicting new observations with a previously fitted BART model

predict.criskbart

Predicting new observations with a previously fitted BART model

predict.lbart

Predicting new observations with a previously fitted BART model

predict.mbart

Predicting new observations with a previously fitted BART model

predict.pbart

Predicting new observations with a previously fitted BART model

predict.recurbart

Predicting new observations with a previously fitted BART model

predict.survbart

Predicting new observations with a previously fitted BART model

predict.wbart

Predicting new observations with a previously fitted BART model

pwbart

Predicting new observations with a previously fitted BART model

recur.bart

BART for recurrent events

recur.pre.bart

Data construction for recurrent events with BART

rs.pbart

BART for dichotomous outcomes with parallel computation and stratified...

rtgamma

Testing truncated Gamma sampling

rtnorm

Testing truncated Normal sampling

abart

AFT BART for time-to-event outcomes

BART-package

Bayesian Additive Regression Trees

bartModelMatrix

Create a matrix out of a vector or data.frame

class.ind

Generates Class Indicator Matrix from a Factor

crisk.bart

BART for competing risks

crisk.pre.bart

Data construction for competing risks with BART

crisk2.bart

BART for competing risks

draw_lambda_i

Testing truncated Normal sampling

gbart

Generalized BART for continuous and binary outcomes

gewekediag

Geweke's convergence diagnostic

lbart

Logit BART for dichotomous outcomes with Logistic latents

mbart

Multinomial BART for categorical outcomes with fewer categories

mbart2

Multinomial BART for categorical outcomes with more categories

mc.cores.openmp

Detecting OpenMP

spectrum0ar

Estimate spectral density at zero

srstepwise

Stepwise Variable Selection Procedure for survreg

stratrs

Perform stratified random sampling to balance outcomes

surv.bart

Survival analysis with BART

surv.pre.bart

Data construction for survival analysis with BART

wbart

BART for continuous outcomes

Bayesian Additive Regression Trees (BART) provide flexible nonparametric modeling of covariates for continuous, binary, categorical and time-to-event outcomes. For more information see Sparapani, Spanbauer and McCulloch <doi:10.18637/jss.v097.i01>.

  • Maintainer: Rodney Sparapani
  • License: GPL (>= 2)
  • Last published: 2024-06-21