class my_simplex #

[No description available]

Public Functions #

Public Attributes #

Public Functions Documentation #

function my_simplex #

my_simplex(
    int dd,
    double aalpha,
    double bbeta,
    double ggamma,
    my_func * ff
)

function find_min #

void find_min()

function find_max #

void find_max()

function my_SetUp #

void my_SetUp(
    double xin[]
)

function set_y #

void set_y()

function my_Centroid #

void my_Centroid(
    int h
)

function my_Reflection #

void my_Reflection()

function my_Expansion #

void my_Expansion()

function my_Contraction #

void my_Contraction()

function replace_all #

void replace_all()

function get_yavg #

double get_yavg()

function get_sigma #

double get_sigma()

function print_Centroid #

void print_Centroid()

function print_Reflect #

void print_Reflect()

function print_Expand #

void print_Expand()

function print_Contract #

void print_Contract()

function print_max #

void print_max()

function print_min #

void print_min()

function print_all #

void print_all()

function print_xy #

void print_xy()

function print_xyl #

void print_xyl()

function print_xyh #

void print_xyh()

Public Attributes Documentation #

variable f #

my_func * f;

variable xstart #

double[DMAX *(DMAX+1)] xstart;

variable x #

double[DMAX *(DMAX+1)] x;

variable xh #

double[DMAX] xh;

variable xl #

double[DMAX] xl;

variable y #

double[DMAX+1] y;

variable yl #

double yl;

variable ynh #

double ynh;

variable yh #

double yh;

variable xCentroid #

double[DMAX] xCentroid;

variable yReflect #

double yReflect;

variable yExpand #

double yExpand;

variable yContract #

double yContract;

variable xReflect #

double[DMAX] xReflect;

variable xExpand #

double[DMAX] xExpand;

variable xContract #

double[DMAX] xContract;

variable imin #

int imin;

variable imax #

int imax;

variable inmax #

int inmax;

Updated on 2023-06-26 at 21:36:50 +0000