Man pages for benkeser/intermed

ciCompute confidence intervals for drtmle and adaptive_iptw@
ci.intermedConfidence intervals for interventional mediation effects
estimate_GestimateG
estimate_Qbarestimate_Qbar
estimate_Q_Mestimate_Q_M
evaluate_direct_effectHelper function to evaluate the direct effect
evaluate_eif_directFunction to evaluate the canonical gradient of the direct...
evaluate_eif_indirect_M1Function to evaluate the canonical gradient of the indirect...
evaluate_eif_indirect_M2Function to evaluate the canonical gradient of the indirect...
evaluate_eif_totalFunction to evaluate the canonical gradient of the total...
evaluate_total_effectHelper function to evaluate the total effect
extract_jointHelper function for extracting joint distributions at...
extract_marginalHelper function for extracting marginal distributions at...
extract_Qbar_obsHelper function for extracting Qbar at the observed values of...
format_long_hazardsGenerate long format hazards data for conditional density...
get_QbarbarHelper function to marginalize outcome regression over...
intermedAIPTW and TMLE estimates of interventional mediation effects
map_hazard_to_densityMap a predicted hazard to a predicted density for a single...
predict_densityHelper function to predict from a super learner fit on the...
print.intermedPrint the AIPTW results
reduce_mergeHelper to merge covariates in targeting
reorder_listHelper function to reorder lists according to cvFolds
target_conditional_direct_effectThe naming convention is a bit different here, because we're...
target_conditional_total_effectThe naming convention is a bit different here, because we're...
target_QbarTarget the outcome regression
target_QbarbarTarget the iterated regressions
target_Qbarbar_M1_star_times_M2_star_aFunction for targeting Qbarbar_M1_star_times_M2_star_a
target_Qbarbar_M1_times_M2_aFunction for targeting Qbarbar_M1_times_M2_a
target_Qbarbar_M1_times_M2_star_aFunction for targeting Qbarbar_M1_times_M2_star_a
benkeser/intermed documentation built on Dec. 19, 2021, 8:43 a.m.