| Function |
Purpose
Statement |
| gaChromosome |
Codes and decodes
binary information
from phenotypes to a
chromosome. |
| gaCloneChromosome |
Returns a new copy of
an existing
chromosome. |
| gaCloneIndividual |
Returns a new copy of
an existing
individual. |
| gaClonePopulation |
Returns a new copy of
an existing
population. |
| gaCopyChromosome |
Copies the contents
of one chromosome
into another
chromosome. |
| gaCopyIndividual |
Copies the contents
of one individual
into another
individual. |
| gaCopyPopulation |
Copies the contents
of one population
into another
population. |
| gaDecode |
Decodes an
individual’s
chromosome into its
binary, nominal,
integer and real
phenotypes. |
| gaEncode |
Encodes an
individual’s binary,
nominal, integer and
real phenotypes into
its chromosome. |
| gaFreeIndividual |
Frees memory
allocated to an
existing individual. |
| gaFreePopulation |
Frees memory
allocated to an
existing population. |
| gaGrowPopulation |
Adds individuals to
an existing
population. |
| gaIndividual |
Creates an
Imsls_d_individual
data structure from
user supplied
phenotypes. |
| gaMergePopulation |
Creates a new
population by merging
two populations with
identical chromosome
structures. |
| gaMutate |
Performs the mutation
operation on an
individual’s
chromosome. |
| gaPopulation |
Creates an
Imsls_d_population
data structure from
user supplied
individuals. |
| gaRandomPopulation |
Creates an
Imsls_d_population
data structure from
randomly generated
individuals. |
| gamma |
Evaluates the real
gamma functions. |
| gammaCdf |
Evaluates the gamma
distribution
function. |
| gammaIncomplete |
Evaluates the
incomplete gamma
function. |
| gammaInverseCdf |
Evaluates the inverse
of the gamma
distribution
function. |
| garch |
Computes estimates of
the parameters of a
GARCH (p, q)
model. |
| geneticAlgorithm |
Optimizes a user
defined fitness
function using a
tailored genetic
algorithm. |
| geometricCdf |
Evaluates the
discrete geometric
cumulative
distribution function
(CDF). |
| geometricInverseCdf |
Evaluates the inverse
of the discrete
geometric cumulative
distribution function
(CDF). |
| geometricPdf |
Evaluates the
discrete geometric
probability density
function (PDF). |