Codes and decodes binary information from phenotypes to a chromosome.

Returns a new copy of an existing chromosome.

Returns a new copy of an existing individual.

Returns a new copy of an existing population.

Copies the contents of one chromosome into another chromosome.

Copies the contents of one individual into another individual.

Copies the contents of one population into another population.

Decodes an individual’s chromosome into its binary, nominal, integer and real phenotypes.

Encodes an individual’s binary, nominal, integer and real phenotypes into its chromosome.

Frees memory allocated to an existing individual.

Frees memory allocated to an existing population.

Adds individuals to an existing population.

Creates an Imsls_f_individual data structure from user supplied phenotypes.

Creates a new population by merging two populations with identical chromosome structures.

Performs the mutation operation on an individual’s chromosome.

Creates an Imsls_f_population data structure from user supplied individuals.

Creates an Imsls_f_population data structure from randomly generated individuals.

Evaluates the real gamma functions.

Evaluates the gamma distribution function.

Evaluates the incomplete gamma function.

Evaluates the inverse of the gamma distribution function.

Computes estimates of the parameters of a GARCH (p, q) model.

Optimizes a user defined fitness function using a tailored genetic algorithm.

Evaluates the discrete geometric cumulative distribution function (CDF).

geometric_inverse_cdf

Evaluates the inverse of the discrete geometric cumulative distribution function (CDF).

Evaluates the discrete geometric probability density function (PDF).