1 Introduction | 2 Additional continuous size distributions | 3 Phase-type distributions | 4 Extensions to standard discrete distributions | 5 Poisson-inverse Gaussian distribution | 6 Special integrals | 7 Package API: accessing the C routines | 8 Implementation details | A Continuous distributions | B Phase-type distributions | C Discrete distributions

1 Introduction | 2 Simulation from discrete mixtures | 3 Simulation from compound models | 4 Simulation from compound hierarchical models

1 Introduction | 2 Exponential integral | 3 Incomplete gamma function | 4 R interfaces | 5 Accessing the C routines | 6 Implementation details | 7 Alternative packages | 8 Examples | 9 Acknowledgments | A Additional details on the computation of the incomplete gamma function

1 Introduction | 2 Hachemeister data set | 3 Hierarchical credibility model | 4 Bühlmann and Bühlmann–Straub models | 5 Regression model of Hachemeister | 6 Linear Bayes model | A Linear Bayes formulas

1 Introduction | 2 Grouped data | 3 Data sets | 4 Calculation of empirical moments | 5 Minimum distance estimation | 6 Coverage modifications

1 Payment per payment, ordinary deductible | 2 Payment per loss, ordinary deductible | 3 Payment per payment, franchise deductible | 4 Payment per loss, franchise deductible

1 Introduction | 2 Documentation | 3 Collaboration and citation

1 Introduction | 2 The collective risk model | 3 Discretization of claim amount distributions | 4 Calculation of the aggregate claim amount distribution | 5 The continuous time ruin model | 6 Adjustment coefficient | 7 Probability of ruin | 8 Approximation to the probability of ruin