#include <optimize.h>

Public Member Functions
	t_optimize ()

Public Attributes
bool	lgVaryOn

bool	lgNoVary

bool	lgOptimr

bool	lgInitialParse

bool	lgOptimizeAsLinear [LIMPAR]

realnum	varmax [LIMPAR]

realnum	varmin [LIMPAR]

realnum	vparm [LIMEXT][LIMPAR]

realnum	vincr [LIMPAR]

long int	nvarxt [LIMPAR]

long int	nvfpnt [LIMPAR]

realnum	OptIncrm [LIMPAR]

realnum	varang [LIMPAR][2]

long int	nvary

long int	nparm

long int	nRangeSet

bool	lgVarOn

long int	nIterOptim

vector< string >	chColDen_label

vector< long >	ion_ColDen

vector< realnum >	ColDen_Obs

vector< realnum >	ColDen_error

int	nEmergent

vector< LineID >	lineids

vector< realnum >	errorwave

vector< long >	ipobs

vector< realnum >	xLineInt_Obs

vector< realnum >	xLineInt_error

vector< string >	chTempLab

vector< long >	ionTemp

vector< realnum >	temp_obs

vector< realnum >	temp_error

vector< string >	chTempWeight

bool	lgOptDiam

bool	lgDiamInCM

chi2_type	optDiam

chi2_type	optDiamErr

vector< long >	ContIndex

vector< Energy >	ContEner

vector< Flux >	ContNFnu

vector< chi2_type >	ContNFnuErr

realnum	OptGlobalErr

long int	nOptimiz

bool	lgOptimFlow

realnum	optint

realnum	optier

long int	nTrOpt

bool	lgTrOpt

bool	lgOptimize

bool	lgOptLum

int	nOptLum

bool	lgParallel

bool	lgOptCont

long	useCPU

char	chVarFmt [LIMPAR][FILENAME_PATH_LENGTH_2]

char	chOptRtn [5]

double	SavGenericData [10]

Detailed Description

logical variable says whether current line image has vary option

optimize increments, deltas for changing optimized variables range for optimize command io unit for final best parameters from optimizer limit to number of iterations for optimizer, set with optimize iterations command set with optimize tolerance command, used for global match to fit default set in scalar to 0.10 current counter for the number of calls to the optimizer
lgTrOpt flag set with optimization trace command
nTrOpt is which call to cloudy to turn on trace
flags set if we are to optimize lines, luminosity, or colums

 labels for column densities on vary command<BR>
 this specifies the optimization routine<BR>
 'amoe', 'powe', 'bubr'

Constructor & Destructor Documentation

◆ t_optimize()

t_optimize::t_optimize ( )

inline

References lgOptimizeAsLinear, and LIMPAR.

Member Data Documentation

◆ chColDen_label

vector<string> t_optimize::chColDen_label

parameters for the OPTIMIZE COLUMN DENSITY command

◆ chOptRtn

char t_optimize::chOptRtn[5]

◆ chTempLab

vector<string> t_optimize::chTempLab

parameters for the OPTIMIZE TEMPERATURE command

◆ chTempWeight

vector<string> t_optimize::chTempWeight

◆ chVarFmt

char t_optimize::chVarFmt[LIMPAR][FILENAME_PATH_LENGTH_2]

◆ ColDen_error

vector<realnum> t_optimize::ColDen_error

◆ ColDen_Obs

vector<realnum> t_optimize::ColDen_Obs

◆ ContEner

vector<Energy> t_optimize::ContEner

◆ ContIndex

vector<long> t_optimize::ContIndex

parameters for the OPTIMIZE CONTINUUM FLUX command

◆ ContNFnu

vector<Flux> t_optimize::ContNFnu

◆ ContNFnuErr

vector<chi2_type> t_optimize::ContNFnuErr

◆ errorwave

vector<realnum> t_optimize::errorwave

error on the wavelength

◆ ion_ColDen

vector<long> t_optimize::ion_ColDen

◆ ionTemp

vector<long> t_optimize::ionTemp

◆ ipobs

vector<long> t_optimize::ipobs

◆ lgDiamInCM

bool t_optimize::lgDiamInCM

◆ lgInitialParse

bool t_optimize::lgInitialParse

flag to indicate that we are doing the initial parsing in grid_do() rather than parsing an individual model during the optimization

◆ lgNoVary

bool t_optimize::lgNoVary

flag set true if no vary command entered

◆ lgOptCont

bool t_optimize::lgOptCont

◆ lgOptDiam

bool t_optimize::lgOptDiam

parameters for the OPTIMIZE DIAMETER command

◆ lgOptimFlow

bool t_optimize::lgOptimFlow

◆ lgOptimize

bool t_optimize::lgOptimize

◆ lgOptimizeAsLinear

bool t_optimize::lgOptimizeAsLinear[LIMPAR]

Referenced by t_optimize().

◆ lgOptimr

bool t_optimize::lgOptimr

flag set true if optimize command entered

◆ lgOptLum

bool t_optimize::lgOptLum

this flag says we are optimizing on luminosity

◆ lgParallel

bool t_optimize::lgParallel

the following is needed by PHYMIR

◆ lgTrOpt

bool t_optimize::lgTrOpt

◆ lgVarOn

bool t_optimize::lgVarOn

◆ lgVaryOn

bool t_optimize::lgVaryOn

flag set true if vary option used

◆ lineids

vector<LineID> t_optimize::lineids

◆ nEmergent

int t_optimize::nEmergent

parameters for the OPTIMIZE LINES command

◆ nIterOptim

long int t_optimize::nIterOptim

◆ nOptimiz

long int t_optimize::nOptimiz

counter for number of models in a grid - zero for first simulation

◆ nOptLum

int t_optimize::nOptLum

◆ nparm

long int t_optimize::nparm

◆ nRangeSet

long int t_optimize::nRangeSet

◆ nTrOpt

long int t_optimize::nTrOpt

◆ nvarxt

long int t_optimize::nvarxt[LIMPAR]

the number of numbers on the command line

◆ nvary

long int t_optimize::nvary

◆ nvfpnt

long int t_optimize::nvfpnt[LIMPAR]

◆ optDiam

chi2_type t_optimize::optDiam

◆ optDiamErr

chi2_type t_optimize::optDiamErr

◆ OptGlobalErr

realnum t_optimize::OptGlobalErr

◆ optier

realnum t_optimize::optier

◆ OptIncrm

realnum t_optimize::OptIncrm[LIMPAR]

◆ optint

realnum t_optimize::optint

◆ SavGenericData

double t_optimize::SavGenericData[10]

◆ temp_error

vector<realnum> t_optimize::temp_error

◆ temp_obs

vector<realnum> t_optimize::temp_obs

◆ useCPU

long t_optimize::useCPU

◆ varang

realnum t_optimize::varang[LIMPAR][2]

◆ varmax

realnum t_optimize::varmax[LIMPAR]

min and max of range of variation

◆ varmin

realnum t_optimize::varmin[LIMPAR]

◆ vincr

realnum t_optimize::vincr[LIMPAR]

the increment

◆ vparm

realnum t_optimize::vparm[LIMEXT][LIMPAR]

vparm is the value of the parameters on the line , there can be as many as LIMEXT parameters - only first is varied

◆ xLineInt_error

vector<realnum> t_optimize::xLineInt_error

◆ xLineInt_Obs

vector<realnum> t_optimize::xLineInt_Obs

The documentation for this struct was generated from the following file:

optimize.h

Public Member Functions

Public Attributes