| lpl-package | Local Partial Likelihood Boostrap test |
| asymSCB | Local partial likelihood estimate (LPLE) method to fit biomarker Models |
| brierScore | The Brier Score and Integrated Brier Score (IBS) |
| bstrp | Local partial likelihood bootstrap (LPLB) method to fit biomarker Models |
| coxcumhaz | Baseline Hazard, Cumulative Hazard and Survival Functions for a Cox Model |
| coxlogLik | Compute the Log-Likelihood for a Cox Proportional Hazards Model |
| coxScoreHess | Calculate the Score vector / Hessian matrix for the Cox model |
| csv | Print an Object in Comma-Separated (CSV) Style |
| csv.coxph | Print an Object in Comma-Separated (CSV) Style |
| csv.default | Print an Object in Comma-Separated (CSV) Style |
| csv.lm | Print an Object in Comma-Separated (CSV) Style |
| csv.matrix | Print an Object in Comma-Separated (CSV) Style |
| csv.survfit | Print an Object in Comma-Separated (CSV) Style |
| dsurv | The Survival Distribution |
| ibs | The Brier Score and Integrated Brier Score (IBS) |
| ibs.coxph | The Brier Score and Integrated Brier Score (IBS) |
| ibs.default | The Brier Score and Integrated Brier Score (IBS) |
| ibs.lple | The Brier Score and Integrated Brier Score (IBS) |
| ibs.Surv | The Brier Score and Integrated Brier Score (IBS) |
| IPCW | Inverse probability of censoring weighting (IPCW) |
| ipcw | Inverse probability of censoring weighting (IPCW) |
| K_func | Local partial likelihood estimate (LPLE) method to fit biomarker Models |
| lpl-doc | Local Partial Likelihood Boostrap test |
| lpl.control | Auxiliary function for lpl fitting |
| lplb | Local partial likelihood bootstrap (LPLB) method to fit biomarker Models |
| lplb.default | Local partial likelihood bootstrap (LPLB) method to fit biomarker Models |
| lplb.formula | Local partial likelihood bootstrap (LPLB) method to fit biomarker Models |
| lplDemoData | Local partial likelihood estimate (LPLE) method to fit biomarker Models |
| lple | Local partial likelihood estimate (LPLE) method to fit biomarker Models |
| lple.default | Local partial likelihood estimate (LPLE) method to fit biomarker Models |
| lple.formula | Local partial likelihood estimate (LPLE) method to fit biomarker Models |
| lple_fit | Local partial likelihood estimate (LPLE) method to fit biomarker Models |
| lple_se | Local partial likelihood estimate (LPLE) method to fit biomarker Models |
| maxTest | Local partial likelihood bootstrap (LPLB) method to fit biomarker Models |
| multiRoot | m-Dimensional Root (Zero) Finding |
| numHessian | Calculate Hessian or Information Matrix |
| numJacobian | Calculate the Score / Jacobian Function |
| numScore | Calculate the Score / Jacobian Function |
| oddsRatio | Odds Ratios and Confidence Intervals for a Logistic Regression |
| plot.lple | The Plot Function of lple |
| predict.lple | predict a lple object |
| print.lplb | print a lplb object |
| print.lple | print a lple object |
| psurv | The Survival Distribution |
| qsurv | The Survival Distribution |
| rcoxph | The Survival Distribution |
| residuals.lple | predict a lple object |
| rmst | The restricted mean survival time (RMST) |
| rmst.coxph | The restricted mean survival time (RMST) |
| rmst.default | The restricted mean survival time (RMST) |
| rmst.Surv | The restricted mean survival time (RMST) |
| rmstFit | The restricted mean survival time (RMST) |
| rsurv | The Survival Distribution |
| softmax | Softmax Activation Function |
| survfit.lple | Compute a Survival Curve from a Local Linear Partial Likelihood Estimate. |