COUNTS 25.0
DATA  RESULTS
datasets       = (1,)
itermethodname = none
methodname     = levmar
statname       = chi2xspecvar
succeeded      = True
parnames       = ('abs1.nH', 'pl1.PhoIndex', 'pl1.norm')
parvals        = (0.0, 2.361848030366752, 1.6555071911676742e-06)
statval        = 1.6790423921110322
istatval       = 1.6793030780913143
dstatval       = 0.00026068598028206047
numpoints      = 8
dof            = 5
qval           = 0.8915294106579147
rstat          = 0.33580847842220646
message        = successful termination
nfev           = 154
datasets    = (1,)
methodname  = confidence
iterfitname = none
fitname     = levmar
statname    = chi2xspecvar
sigma       = 1.645
percent     = 90.00301889217572
parnames    = ('abs1.nH', 'pl1.PhoIndex', 'pl1.norm')
parvals     = (0.0, 2.361848030366752, 1.6555071911676742e-06)
parmins     = (None, -1.2073506821869875, -1.013642426678188e-06)
parmaxes    = (2.459947381756457, 8.538328613870071, 0.00028747375161658777)
nfits       = 32
Energy flux (0.2-10 keV): [2.88903950e-15 3.49780067e-14 2.39871938e-16] erg/s/cm^2
Photon flux (0.2-10 keV): 6.2116950614874776e-06 photon/cm^2/s
Number of counts: 61.83952496033118
Luminosity (0.2-10 keV): 4.549175898854776e+39 erg / s [3.7771018387689065e+38 erg / s, 5.507751111219456e+40 erg / s]
K correction: null

COUNTS 20.0
DATA  RESULTS
datasets       = (1,)
itermethodname = none
methodname     = levmar
statname       = chi2xspecvar
succeeded      = True
parnames       = ('abs1.nH', 'pl1.PhoIndex', 'pl1.norm')
parvals        = (0.3550909790211658, 3.3077343832171517, 3.550741230655263e-06)
statval        = 2.7961935233338044
istatval       = 2.7963054547000903
dstatval       = 0.00011193136628584455
numpoints      = 11
dof            = 8
qval           = 0.946489157697762
rstat          = 0.34952419041672556
message        = successful termination
nfev           = 13
datasets    = (1,)
methodname  = confidence
iterfitname = none
fitname     = levmar
statname    = chi2xspecvar
sigma       = 1.645
percent     = 90.00301889217572
parnames    = ('abs1.nH', 'pl1.PhoIndex', 'pl1.norm')
parvals     = (0.3550909790211658, 3.3077343832171517, 3.550741230655263e-06)
parmins     = (None, -1.935766393805851, -2.8995560985021177e-06)
parmaxes    = (2.6370188797899656, 9.748735097105548, 0.0004141490869373421)
nfits       = 53
Energy flux (0.2-10 keV): [4.74022546e-15 3.13108695e-12 2.06457444e-16] erg/s/cm^2
Photon flux (0.2-10 keV): 2.1273473892255066e-06 photon/cm^2/s
Number of counts: 60.99834570308918
Luminosity (0.2-10 keV): 7.464113747615899e+39 erg / s [3.250946299500322e+38 erg / s, 4.930311714774858e+42 erg / s]
K correction: null

COUNTS 25.0
DATA  RESULTS
datasets       = (1,)
itermethodname = none
methodname     = levmar
statname       = chi2xspecvar
succeeded      = True
parnames       = ('abs1.nH', 'pl1.PhoIndex', 'pl1.norm')
parvals        = (0.0, 2.361848030366752, 1.6555071911676742e-06)
statval        = 1.6790423921110322
istatval       = 1.6793030780913143
dstatval       = 0.00026068598028206047
numpoints      = 8
dof            = 5
qval           = 0.8915294106579147
rstat          = 0.33580847842220646
message        = successful termination
nfev           = 154
datasets    = (1,)
methodname  = confidence
iterfitname = none
fitname     = levmar
statname    = chi2xspecvar
sigma       = 1.645
percent     = 90.00301889217572
parnames    = ('abs1.nH', 'pl1.PhoIndex', 'pl1.norm')
parvals     = (0.0, 2.361848030366752, 1.6555071911676742e-06)
parmins     = (None, -1.2073506821869875, -1.013642426678188e-06)
parmaxes    = (2.459947381756457, 8.538328613870071, 0.00028747375161658777)
nfits       = 32
Energy flux (0.2-10 keV): [3.68113673e-15 1.88277341e-14 3.55997754e-16] erg/s/cm^2
Photon flux (0.2-10 keV): 6.2116950614874776e-06 photon/cm^2/s
Number of counts: 61.83952496033118
Luminosity (0.2-10 keV): 5.796438049305702e+39 erg / s [5.605656841586462e+38 erg / s, 2.9646764704891046e+40 erg / s]
K correction: null