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RUN Class Reference

contains all information related to the run More...

#include <fitmodel.h>

Collaboration diagram for RUN:
Collaboration graph
[legend]

Public Member Functions

void init (int Speccount, int MEMsamplecount)
 

Public Attributes

double T
 run specif. param. (usual. temp.)
 
int cc
 channel count (= data point count)
 
int ccr
 channel count, restricted by user
 
double * v
 x-data (i.e. velocity for Moessb.)
 
double * I
 y-data (i.e. intensity for Moessb.)
 
double * err2rec
 
double ** Ith
 simulated spectra including RUN::cmbs subspectra More...
 
double * nI
 normalized data
 
double * nIth
 
QStringList maplist
 map parameter names More...
 
int * map
 map indeces in fitmodel::obj
 
double I0
 preestimate data base line
 
double A
 preestimated/updated spectral area
 
double chi2
 current fit quality measure
 
double * rho
 MEM-distribution.
 
double * rhoerror
 MEM-dostribution errors.
 
double MEMstatus [5]
 latest statistics of MEM calcul.
 

Detailed Description

contains all information related to the run

all charateristics which was specified concerning the run will be saved in this instance. This is primarily the data to fit, but also data range restrictions and map parameters. Several functions of fitmodel will work on entities like RUN::I0 or RUN::A, in particular will the lasts calculated spectrum be save in Run::Ith

Member Data Documentation

double* RUN::err2rec

y-data error, squared, reciprocal

double** RUN::Ith

simulated spectra including RUN::cmbs subspectra

holds the simulated data, the first idex specifies the subspectra with index 0 being the total spectrum. Second index is the data index. Thus Ith = double[1+RUN::cmbs][cc]

QStringList RUN::maplist

map parameter names

the name strings will be resolved by fitmodel::link to an index in the array fitmodel::obj, which is stored in RUN::map

double* RUN::nIth

normalized total fit


The documentation for this class was generated from the following files: