Object index#
This consolidated autosummary inventory generates the individual object pages used by the categorized API tables.
Validate observed data against an immutable causal-study design. |
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Record the scientific protocol that gives a causal question its context. |
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Declare column roles for a point-treatment study. |
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Declare time-ordered roles for a longitudinal study. |
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Declare a repeated outcome: one non-absorbing outcome column per time point. |
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Declare a baseline treatment with one follow-up time and one event code per unit. |
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Declare a longitudinal study read from a long panel: one row per unit and time. |
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The long-panel roles a container was built from. |
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Build from a long panel: one row per unit and decision time. |
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Return the long panel this container holds: one row per unit and node. |
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Define the public contract for a typed causal question. |
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Convert a causal estimand into an observed-data functional. |
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Identify effects from declared adjustment sets or sequential histories. |
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Bind an estimand to a functional and its identification assumptions. |
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Define operations shared by fitted causal-result families. |
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Store a fitted point-treatment TMLE result. |
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Store estimates and fitted artifacts for longitudinal regimens. |
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The result of a targeting step. |
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One validation fold's contribution to a cross-validated targeting step. |
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Describe the structured identity behind a parameter alias. |
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Enough to tell whether two results came from the same place. |
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Compare population counterfactual means against one reference arm. |
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Compare counterfactual means among units in each comparison arm. |
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Compare counterfactual means among units in the reference arm. |
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Store a normalized observed-data functional for an estimator adapter. |
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Request counterfactual outcome means by treatment level. |
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Request the observed-course outcome mean. |
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Request the natural-course risk minus a reference counterfactual risk. |
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Request the preventable fraction relative to the natural-course risk. |
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Compare counterfactual risks on the ratio scale. |
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Compare counterfactual odds for a binary outcome. |
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Request mean outcomes under declared treatment regimens. |
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Compare each declared regimen against one reference regimen. |
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Request the fold-average value of a treatment rule learned inside each training fold. |
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Request mean outcomes under modified treatment policies. |
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Compare modified treatment policies. |
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One causal reading of an identified functional, with the assumptions it adds. |
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Request means under incremental propensity-score interventions. |
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Compare incremental propensity-score interventions. |
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Project counterfactual means onto a marginal structural model. |
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Compare treatments while fixing a binary intermediate variable. |
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Define the contract for an evidenced estimation method. |
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Normalized configuration for the built-in analytic TMLE method. |
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Configure collaborative treatment-mechanism selection. |
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Configure the reduced-dimension DR-TMLE correction. |
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Configure the sequentially doubly robust longitudinal estimator. |
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Configure Kennedy's estimator of incremental propensity-score interventions. |
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Configure sequential g-computation of a longitudinal regimen. |
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Configure sequential inverse probability weighting of a longitudinal regimen. |
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Configure the parametric g-formula of a longitudinal regimen. |
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Configure nuisance learning for TMLE methods. |
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Configure outer and learner-level sample splitting. |
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Reusable cross-fitting assignments for every repeat. |
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Configure fluctuation, nuisance bounds, and solver behavior. |
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Configure confidence intervals and resampling. |
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Configure reproducibility, provenance, and resources. |
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Report whether a method can estimate an identified effect. |
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A point estimate with everything needed to do inference on it. |
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Describe whether and how a result supports one assessment operation. |
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Collect validation, diagnostics, and sensitivity in one post-fit battery. |
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Status returned by a diagnostic or validation operation. |
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Collect statuses from a combined diagnostic or sensitivity run. |
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Collect results from the inexpensive validation battery. |
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Describe which post-fit actions a saved result can reproduce. |
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One candidate exposure's target estimate and declared adjustment set. |
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Candidate-exposure estimates with multiplicity-adjusted null tests. |
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Estimate one causal importance parameter per candidate exposure. |
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Load a complete result from a trusted joblib artifact. |
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Cross-validated convex ensemble of a library of learners. |
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Base class for every error raised by cleverly. |
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A request the package refuses for a reason other than the data alone. |
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The supplied data violates an assumption the estimator relies on. |
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An estimation-method declaration is invalid or cannot take effect. |
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A result was requested from an estimator that has not been fitted. |
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The targeting step stopped before reaching the requested tolerance. |
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The simulation error is a large share of a parametric g-formula interval. |
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An estimate left the range of the parameter it estimates. |
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Estimated treatment (or missingness) probabilities are near 0 or 1. |
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A few rows carry the influence curve, so the Wald interval may under-cover. |
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A saved result was written by a different cleverly version than the one loading it. |
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The supplied observation weights may not mean what the estimator assumes. |
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One refusal: its reason code, the failed condition, and what to do instead. |
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Why the package refuses a request. |
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What the ensemble learned, for reporting and validation. |
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scikit-learn selector wrapping |
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An unpenalized logistic GLM of the outcome on a declared feature map. |
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An unpenalized logistic regression of an indicator on a polynomial in |
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What one parametric fit reports. |
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The fold policy a fit declared, as distinct from the split it got. |
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A cross-fitting partition. |
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The record of how |
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An evaluated conditional density: one row of bin probabilities per observation. |
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What the density fit looked like, for the report and for the positivity check. |
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Return the concrete default ensemble for one prediction task. |
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Build a cross-fitting partition of |
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Draw an unstratified split of rows, or of whole clusters, from a seed. |
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Limit native thread pools for the duration of the block. |
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Set the native thread limit applied around each nuisance-model fit. |
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The thread limit currently applied around each fit. |
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A conditional distribution over the treatment arms. |
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Set the treatment to one level for everybody: \(g^\star = \mathbb 1\{a = v\}\). |
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A dynamic regime: assign \(d(W)\), a deterministic function of the covariates. |
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A known stochastic regime: assign arm \(a\) with probability \(g^\star(a \mid W)\). |
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A plan whose nodes may be rules rather than constants. |
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Write one rule for every node, each reading its own node's columns by name. |
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One node of a rule written for every node: calls |
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Declare the rule whose fold-average value a fit estimates. |
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Record what a learned-rule fit estimated, under |
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The regimes a fit targets, and their evaluated densities. |
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Multiply the odds of treatment levels by declared factors. |
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Every declared tilt, evaluated against the estimated mechanism. |
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Add |
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Multiply everyone's dose by |
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The cap at a quantile of the natural dose among the units at risk. |
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The cap at a learned conditional quantile of the dose: |
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A declared linear quantile regression: the boundary |
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A policy that applies a different shift or scale on each interval of the dose. |
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One interval of a declared policy and the strictly monotone map it applies there. |
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The declared conditional support of a continuous dose: |
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A modified treatment policy that the analyst declares. |
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A finite, known law for the randomizer of a randomized policy. |
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The risk-ratio incremental intervention of |
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A modified treatment policy on a vector node, declared one component at a time. |
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Every declared policy, evaluated on the data and on the estimated mechanism. |
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Overlap for one regime. |
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Overlap for one tilt -- which for this estimand is a statement, not a warning. |
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Overlap for one policy: how hard the density ratio is working, and where it fails. |
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Overlap diagnostics for each regime, from the untruncated mechanism. |
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Per-tilt overlap, in the vocabulary the other two axes' reports use. |
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Per-policy overlap, in the vocabulary |
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Access sensitivity analyses supported by a fitted causal result. |
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Overlap diagnostics for a fitted TMLE. |
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Bias-adjusted bounds under an assumed confounder strength. |
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The ingredients of the bias bound for one estimand. |
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Confounder strengths calibrated against covariates that were observed. |
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Declare treatment and outcome perturbation strengths. |
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Record one model-dependent observed-covariate calibration. |
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Store one strength pair's estimate or structured failure. |
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Store a qualitative simulated-confounding stress surface. |
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E-values for a point estimate and the confidence limit nearest the null. |
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Compute overlap diagnostics for a fitted TMLE. |
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Re-estimate across a grid of truncation bounds. |
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Bias-adjusted bounds and robustness values for one estimand. |
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The confounding strength that would explain the effect away. |
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Calibrate |
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E-value for a fitted result. |
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Estimate under a range of departures from missingness-at-random. |
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The tilt at which the conclusion tips. |
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Refit a selected parameter across a simulated common-cause strength grid. |
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Access diagnostics supported by a fitted causal result. |
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Whether the targeting step solved the score equations it was supposed to. |
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The score diagnostic for one estimand or one targeted family. |
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Fit quality for every nuisance model in a TMLE fit. |
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Fit quality for one nuisance model. |
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Split sensitivity for one parameter in a repeated cross-fitted result. |
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Declare one Gaussian noise law for a generated outcome. |
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Declare an outcome independent of treatment and adjustment variables. |
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Declare |
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Declare mean-zero numeric noise relative to a sampled variable. |
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Declare bootstrap measurement-error validation for adjustment variables. |
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Declare a two-sided empirical inclusion rule for generated outcomes. |
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One successful empirical refit. |
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The outcome of one refutation test. |
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All refutation tests run on a fit. |
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Repeatedly fit an estimator on fresh data and measure bias and coverage. |
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The full output of a |
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One estimand from one successful repeated-sampling draw. |
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A replication whose fit failed numerically, kept so the study can be diagnosed. |
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Storage that lets an interrupted |
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Keep each finished replication of a |
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Check that targeting solved the score equation. |
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Fit diagnostics for every nuisance model in the fit. |
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Run refutation tests against a fitted model. |
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Bootstrap draws for every estimand, plus how many replicates failed. |
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Joint confidence bands across several estimands. |
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Influence curve of |
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Covariance matrix across several estimands' influence curves. |
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Variance of an estimator from its influence curve. |
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The |
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Joint confidence bands over a set of estimates. |
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Run |
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Names of the bundled data-generating processes. |
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Generate point-treatment data with a constant additive effect. |
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Nonlinear nuisance functions and a heterogeneous effect. |
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Generate a bounded outcome with nonlinear nuisance functions. |
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A binary outcome with known risks, risk ratio and odds ratio. |
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A three-armed confounded process with known counterfactual means. |
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A sample whose treated and control populations have genuinely different effects. |
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Instrument-inflation: a covariate that predicts treatment but not the outcome. |
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A confounded continuous dose with known means under each declared shift. |
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Missing outcomes, with a missingness mechanism that depends on treatment. |
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A binary outcome with outcomes missing at random given |
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Missing outcomes on the known support |
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Controlled direct effect: the effect of |
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Clustered data with an unobserved shared effect modifying the treatment effect. |
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A sample selected with known, unequal probabilities from a known population. |
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A practical positivity violation. |
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Two time points, a binary outcome and (optionally) monotone censoring. |
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Two time points, an absorbing event at each, and monotone censoring. |
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Three time points, a repeated binary outcome at each, and monotone censoring. |
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Two time points, two competing absorbing causes at each, monotone censoring. |
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A biased sample of |
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A baseline treatment, a discrete-time event, and dropout at the visits. |
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The exact truth of |
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Draw the point-treatment program data, with the columns under the program's names. |
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Return the protocol for the standard navigation offer in the tutorial program. |
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Return the protocol for navigation offered at two decisions after discharge. |
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Draw a weekly-offer campaign as a long panel, with the exact truth of its plans. |
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Return the exact week-4 full-price share under each plan, and each contrast with no offers. |
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Return the protocol of the weekly-offer campaign. |
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Return the win-back offer: the discount for a customer who is not engaged, else nothing. |
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Return the win-back-then-ship offer: the discount if not engaged, else free shipping. |
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Draw three monthly renewal prices and the renewal, with the exact truth of the plans. |
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Return the exact mean renewal and revenue under each plan, and the effect of each plan. |
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Return the protocol of the monthly renewal-price program. |
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Return the plan that raises each price by |