


 %  *%*%*%*%*%*%*%*%*%*%*%*%*%*%*%*%*%*%*%*%*%*%*%*%*%*%*%*%*%*%*%*%*%*%*%*%*  %
   Program trail:
 q Calling program: Wingspan 4.5-D
 q Supervisor: IDL-MFIT SHELL 0.9
 q Fitter: MFIT 4.6.1e
 q Photon Model Functions: 4.5b 

 d DRM Dimensions: photon bins = 0:  61, channels = 0:  15, detectors = 0:  0
 B   1 detectors were passed to MFIT,  1 were included in the fit:
    Det  Name      det used?  Chan avail  Chan used   Ebin avail  Ebin used
 b    0  LAD #6,4,0    T        0   15      1   14      0   61      0   61

    Det  Name      frac res at 511   resolution exponent
 R    0  LAD #6,4,0       .2000             -.150

 l Label: GRB920622                                                             
 l Data:  
  8.064: 10.112 of GRB920622
 l DRM:   cont_1663_summat.fits                                                 
 l CtoE:  Preece 1.0 :L6 Preece 1.0 :L4 Preece 1.1 :L0                          
 l Fit:   
  21.55 / 10 [1:14]: Band's GRB, Epeak: 7.34E-2(8.7E-4) 617.(19.)
  -.789(1.7E-2) -3.13( .37)
   
 F  1 Data File Name:
 Det  0th: cont_1663.fits                                                        

 r Fit to chan   1 to  14, =  24.54 to 1816.6 keV, of detector  0, LAD #6,4,0  

 x Fit has CHI-SQUARE =  21.546     with  10 dof &  4 varying parameters.
   The probability of the data exceeding this chi-square, assuming
 z the model is correct, is  1.76E-02
   Nonlinear Chisq convergence tests:
 Q Relative change < 1.0000E-3 AND Absolute change < 1.0000E-2
 Q Giveup after  90 iterations.


    A  U  P
 o *** The FITTED PARAMETERS of the  1 terms are:

 t  5th term: Band's GRB, Epeak:                                   ( 4 param:)
 v  1  1  1 Amplitude    VARY:  7.3432E-02 +/-  8.658E-04 p/s-cm2-keV 
 v  2  2  2 Epeak        VARY:   617.4     +/-   19.1     keV         
 v  3  3  3 alpha        VARY:  -.7894     +/-  1.684E-02             
 v  4  4  4 beta         VARY:  -3.130     +/-   .371                 

 h      ******  FIT completed by MFIT 4.6.1e at 20-Aug-97 15:39:24  ******

==> Photon Flux =        20.275633 +/-       0.10866231 ph/s-cm^2 in the interval: 1.0: 10000.0 keV
==> Energy Flux =    7.4517211e-06 +/-    7.2775151e-08 erg/s-cm^2 in the interval: 1.0: 10000.0 keV
==> Photon Flux =        20.275633 +/-       0.10866231 ph/s-cm^2 in the interval: 1.0: 10000.0 keV
==> Energy Flux =    7.4517211e-06 +/-    7.2775151e-08 erg/s-cm^2 in the interval: 1.0: 10000.0 keV

   The Normed Covariance matrix = Correlation Coefficient matrix =

            1      2      3      4
 n     1  1.000  -.944   .769   .666
 n     2  -.944  1.000  -.847  -.757
 n     3   .769  -.847  1.000   .543
 n     4   .666  -.757   .543  1.000

   The global correlation coefficients of the varying parameters are:

           1      2      3      4
 g        .950   .976   .871   .801



                  ###   ###   ###   ###   ###   ###   ###   ###
 w Raw Data for  0th Detector = Detector LAD #6,4,0  :

   Chan     E range    Observ.Rate  Back.Rate  Back.sigma  Livetime    deduced
             (keV)           (counts / s-keV-det)            (s)       obs cnts
 e   1   24.54   33.33   330.3       143.1       .318      2.0480     5949.1    
 e   2   33.33   42.44   410.3       165.5       .341      2.0480     7650.0    
 e   3   42.44   56.50   422.1       136.3       .251      2.0480     12160.    
 e   4   56.50   75.80   367.7       96.02       .185      2.0480     14532.    
 e   5   75.80   100.5   298.9       56.86       .124      2.0480     15135.    
 e   6   100.5   125.7   237.8       33.53      9.087E-02  2.0480     12273.    
 e   7   125.7   166.7   177.5       19.90      5.942E-02  2.0480     14908.    
 e   8   166.7   234.6   104.8       11.23      3.287E-02  2.0480     14569.    
 e   9   234.6   319.6   49.52       5.507      2.025E-02  2.0480     8617.1    
 e  10   319.6   427.2   21.11       2.778      1.280E-02  2.0480     4652.0    
 e  11   427.2   590.5   9.651       1.793      8.332E-03  2.0480     3228.0    
 e  12   590.5   744.4   4.339       .8554      6.089E-03  2.0480     1367.0    
 e  13   744.4  1099.2   1.677       .5027      2.983E-03  2.0480     1219.0    
 e  14  1099.2  1816.6   .4927       .2406      1.577E-03  2.0480     724.00    



                  +++   +++   +++   +++   +++   +++   +++   +++
 K Count Rate Fit information for  0th Detector = Detector LAD #6,4,0  :

              Net         Model        Model                            Data
   Chan   Count Rate   Count Rate      Sigma        Chi-Sq             Sigma
                   (counts / s-keV-det)
 c   1     187.2        180.0         4.247         2.8844            4.294    
 c   2     244.8        247.7         4.719         .36585            4.703    
 c   3     285.7        278.5         3.803         3.6557            3.836    
 c   4     271.7        278.4         3.084         4.8516            3.056    
 c   5     242.0        244.5         2.443         1.0402            2.433    
 c   6     204.3        204.7         2.150        3.32474E-02        2.148    
 c   7     157.6        156.3         1.450         .70696            1.455    
 c   8     93.54        93.29         .8676        7.88049E-02        .8686    
 c   9     44.02        43.41         .5306         1.3275            .5339    
 c  10     18.33        18.80         .3132         2.2784            .3098    
 c  11     7.858        7.872         .1702        6.47399E-03        .1701    
 c  12     3.484        3.319         .1153         2.0380            .1175    
 c  13     1.175        1.246        4.9150E-02     2.1244           4.8137E-02
 c  14     .2521        .2450        1.8247E-02     .15472           1.8380E-02
 s Chi-Square for this detector:                   21.546    



                  +++   +++   +++   +++   +++   +++   +++   +++
 H Photon Rate Fit information for  0th Detector = Detector LAD #6,4,0  :

              "Data"     "Data" P.R.       Model         "Data"        nuFnu
    Chan   Photon Rate      Sigma       Photon Rate       nuFnu        Sigma
                     (photons / s-keV-cm^2)               (keV^2/s-cm^2-keV)
 p    1      .1936       4.3919E-03       .1861           159.4        3.617    
 p    2      .1457       2.8092E-03       .1474           207.0        3.990    
 p    3      .1200       1.5975E-03       .1170           289.5        3.852    
 p    4     8.7875E-02   9.9748E-04      9.0072E-02       378.5        4.296    
 p    5     6.8048E-02   6.8682E-04      6.8749E-02       521.0        5.259    
 p    6     5.3531E-02   5.6349E-04      5.3633E-02       678.4        7.142    
 p    7     4.1510E-02   3.8192E-04      4.1189E-02       873.5        8.037    
 p    8     2.9067E-02   2.6961E-04      2.8992E-02       1142.        10.59    
 p    9     1.9606E-02   2.3633E-04      1.9334E-02       1473.        17.76    
 p   10     1.2343E-02   2.1089E-04      1.2661E-02       1685.        28.79    
 p   11     7.6553E-03   1.6580E-04      7.6687E-03       1925.        41.69    
 p   12     4.7250E-03   1.5634E-04      4.5018E-03       2070.        68.48    
 p   13     2.0927E-03   8.7561E-05      2.2203E-03       1682.        70.38    
 p   14     6.5685E-04   4.7536E-05      6.3815E-04       1254.        90.73    
