| bpt_bstrp | A function to generate (double) bootstrap samples and fit BPT renewal model |
| bpt_logl | A function to calculate the log-likelihood of BPT model |
| bpt_rp | A function to fit BPT renewal model |
| dllog | Density function of Log-Logistics model |
| gamma_bstrp | A function to generate (double) bootstrap samples and fit Gamma renewal model |
| gamma_logl | A function to calculate the log-likelihood of Gamma model |
| gamma_rp | A function to fit Gamma renewal model |
| loglogis_bstrp | A function to generate (double) bootstrap samples and fit Log-Logistic renewal model |
| loglogis_logl | A function to calculate the log-likelihood of Log-Logistics model |
| loglogis_rp | A function to fit Log-Logistics renewal model |
| lognorm_bstrp | A function to generate (double) bootstrap samples and fit Log-Normal renewal model |
| lognorm_rp | A function to fit Log-Normal renewal model |
| lowerT | An utility function to calculate upper limit of T statistic |
| marp | A function to apply model-averaged renewal process |
| marp_bstrp | A function to fit model-averaged renewal process |
| marp_confint | A function to apply model-averaged renewal process |
| percent_confint | A function to calculate percentile bootstrap confidence interval |
| pllog | Probability function of Log-Logistics model |
| poisson_bstrp | A function to generate (double) bootstrap samples and fit Poisson renewal model |
| poisson_rp | A function to fit Poisson renewal model |
| student_confint | A function to calculate Studentized bootstrap confidence interval |
| upperT | An utility function to calculate lower limit of T statistic |
| weibull_bstrp | A function to generate (double) bootstrap samples and fit Weibull renewal model |
| weibull_logl | A function to calculate the log-likelihood of Weibull model |
| weibull_rp | A function to fit Weibull renewal model #' @import weibull_logl |