Estimate specific variable importance parametersFunctions that set default values to measure variable importance via specific parameters. |
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Nonparametric Intrinsic Variable Importance Estimates: Classification accuracy |
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Nonparametric Intrinsic Variable Importance Estimates: ANOVA |
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Nonparametric Intrinsic Variable Importance Estimates: AUC |
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Nonparametric Intrinsic Variable Importance Estimates: Deviance |
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Nonparametric Intrinsic Variable Importance Estimates: R-squared |
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Estimate variable importanceGeneral functions to measure population variable importance and compute point estimates and confidence intervals. |
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Nonparametric Intrinsic Variable Importance Estimates and Inference |
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Nonparametric Intrinsic Variable Importance Estimates and Inference using Cross-fitting |
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Estimate variable importance standard errors |
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Confidence intervals for variable importance |
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Perform a hypothesis test against the null hypothesis of \(\delta\) importance |
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Shapley Population Variable Importance Measure (SPVIM) Estimates and Inference |
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Influence function estimates for SPVIMs |
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Standard error estimate for SPVIM values |
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Create necessary objects for SPVIMs |
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Estimate ANOVA decomposition-based variable importance. |
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Compute bootstrap-based standard error estimates for variable importance |
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Predictiveness measuresFunctions to measure population predictiveness (e.g., R-squared or AUC) and compute point estimates and confidence intervals for predictiveness. |
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Construct a Predictiveness Measure |
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Estimate a Predictiveness Measure |
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Obtain a Point Estimate and Efficient Influence Function Estimate for a Given Predictiveness Measure |
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Estimate Predictiveness Given a Type |
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Estimate the classification accuracy |
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Estimate the average value under the optimal treatment rule |
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Estimate area under the receiver operating characteristic curve (AUC) |
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Estimate the cross-entropy |
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Estimate the deviance |
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Estimate mean squared error |
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Estimate R-squared |
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Estimate a nonparametric predictiveness functional using cross-fitting |
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Estimate a nonparametric predictiveness functional |
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Aggregate variable importance estimatesFunctions to aggregate individual variable importance objects (created with calls to |
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Average multiple independent importance estimates |
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Merge multiple |
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Internal package utility functionsFunctions for internal convenience, used by other core functions. |
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Format a |
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Print |
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Print |
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Format a |
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Create Folds for Cross-Fitting |
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Create complete-case outcome, weights, and Z |
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Turn folds from 2K-fold cross-fitting into individual K-fold folds |
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Run a Super Learner for the provided subset of features |
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Check pre-computed fitted values for call to vim, cv_vim, or sp_vim |
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Check inputs to a call to vim, cv_vim, or sp_vim |
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Extract sampled-split predictions from a CV.SuperLearner object |
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Get a numeric vector with cross-validation fold IDs from CV.SuperLearner |
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Obtain the type of VIM to estimate using partial matching |
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Return an estimator on a different scale |
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Process argument list for Super Learner estimation of the EIF |
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Estimate projection of EIF on fully-observed variables |
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Estimate nuisance functions for average value-based VIMs |
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Return test-set only data |
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Deprecated functionsFunctions that are kept for backwards compatability; we recommend using the updated or replacement functions instead. |
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Nonparametric Intrinsic Variable Importance Estimates: ANOVA |
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Package documentation homepageLanding page for R help |
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vimp: Perform Inference on Algorithm-Agnostic Intrinsic Variable Importance |
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VRC01 dataDataset for use in the vignette examples |
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Neutralization sensitivity of HIV viruses to antibody VRC01 |