Reference

All functions
A0	A0 is a 10 x 10 matrix representing the upper triangle of a actuarial development triangle used by Roger Hayne to illustrate the stochastic loss reserving software in
B0	B0 is a 10 x 10 matrix representing the upper triangle of a actuarial development triangle used by Roger Hayne to illustrate the stochastic loss reserving software in
berquist()	Create list for Berquist-Sherman incremental severity model
capecod()	Create list for Kramer Chain Ladder parmaterization model g - Assumed loss emergence model, a function of the parameters a. Note g must be matrix-valued with size rows and size columns g itself Basic design is for g to be a function of a single parameter vector, however in the simulations it is necessary to work on a matrix of parameters, one row for each simulated parameter, so g_obj must be flexible enough to handle both. Here g_obj is nonlinear and based on the Kramer Chain Ladder parmaterization
chain()	Create list for Cape Cod model
dnom	dnom is count forcast for the B0 development triangle; the exposures (claims) used in the denominator #' @format integer vector of length 10 B0 count forcast for the B0 development triangle.
get_incremental_avg_matrix()	Calculate incremental average matrix
hoerl()	Create list for Generalized Hoerl Curve Model with trend g itself Basic design is for g to be a function of a single parameter vector, however in the simulations it is necessary to work on a matrix of parameters, one row for each simulated parameter, so g_obj must be flexible enough to handle both. Here g_obj is Wright's operational time model with trend added
make_gradient_of_objective()	Make Gradient of the objective function
make_log_hessian()	Make Hessian of the objective function
make_negative_log_likelihood()	Make Negative Loglikelihood Function to be Minimized
model_description()	Get the long description of a model
table_1_triangle	table_1_triangle is the development triangle from the reference article
wright()	Create list for Generalized Hoerl Curve with individual accident year levels (Wright's)