| calc_aj | Estimate Aalen-Johansen estimator for a cohort of individuals |
| calc_pv_aj | Estimate pseudo-values for the transition probabilities based on the Aalen-Johansen estimator |
| calc_weights | Calculate inverse probability of censoring weights at time 't'. |
| calib_blr | Estimate calibration curves for a multistate model using binary logistic regression calibration techniques and inverse probability of censoring weights.' |
| calib_mlr | Create data for calibration curves using a multinomial logistic regression framework with inverse probability of censoring weights |
| calib_pv | Estimate calibration curves for a multistate model using pseudo-values. |
| ebmtcal | European Group for Blood and Marrow Transplantation data |
| extract_ids_states | Identify patids for individuals in state j at time t |
| msebmtcal | European Group for Blood and Marrow Transplantation data |
| msebmtcal.cmprsk | European Group for Blood and Marrow Transplantation data in competing risks format, for transitions out of the initial state only |
| plot.calib_blr | Plots calibration curves estimated using 'calib_blr'. |
| plot.calib_mlr | Plots calibration scatter plots estimated using 'calib_mlr'. |
| plot.calib_pv | Plots calibration curves estimated using 'calib_pv'. |
| tp.cmprsk.j0 | Predicted risks for a competing risks model out of state j = 0 |
| tps0 | Predicted transition probabilities out of transplant state made at time s = 0 |
| tps100 | Predicted transition probabilities out of every state made at time s = 100 |