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| NHPoisson-package | Statistical modelling of non homogeneous Poisson processes |
| BarTxTn | Barcelona temperature data |
| buscar | Generate the occurrence points of a NHPP |
| CalcRes.fun | Calculate NHPP residuals on overlapping intervals |
| CalcResD.fun | Calculate NHPP residuals on disjoint intervals |
| CIdelta.fun | Confidence intervals for lambda(t) using delta method |
| CItran.fun | Confidence intervals for lambda(t) based on transformation |
| emplambda.fun | Empirical occurrence rates of a NHPP on overlapping intervals |
| emplambdaD.fun | Empirical occurrence rates of a NHPP on disjoint intervals |
| fitPP.fun | Fit a non homogeneous Poisson Process |
| funSim.fun | Calculate simulated envelopes |
| GenEnv.fun | Calculate simulated envelopes |
| globalval.fun | Perform a global validation analysis for a NHPP |
| graphrate.fun | Plot fitted and empirical PP occurrence rates |
| graphres.fun | Plot NHPP residuals versus time or monotonous variables |
| graphResCov.fun | Perform lurking variable plots for a set of variables |
| graphresU.fun | Validation analysis of PP uniform (generalized) residuals |
| graphResX.fun | Perform a lurking variable plot |
| NHPoisson | Statistical modelling of non homogeneous Poisson processes |
| posk.fun | Calculate simulated envelopes |
| POTevents.fun | Calculate extreme events using a POT approach |
| resQQplot.fun | Perform a qqplot for the residuals of a NHPP |
| resSim.fun | Perform a qqplot for the residuals of a NHPP |
| simNHP.fun | Generate the occurrence points of a NHPP |
| testlik.fun | Likelihood ratio test to compare two nested models |
| transfH.fun | Transform a NHPP into a HPP |
| unifres.fun | Calculate exponential and uniform (generalized) residuals of a HPP |
| VARbeta.fun | Calculate the variance matrix of the \hat beta vector. |