 &MODEL
 NLIST   =           1,
 NSTEP   =        2000,
 EPSI    =  1.0000000E-07,
 WGHT    =   1.000000    ,
 NOBS    =         683,
 NAMY    =      'SHIP',
 NVAXZ   =           8,
 NVAX    =           4,
 NORDER  =           1,
 NVAZ    =           0,
 NLAMZ   =           0,
 NLAMY   =           1,
 NLAMX   =           1,
 NSCALE  =           1,
 NEXPY   =           0,
 NRES    =           0,
 NCOR    =           0,
 NCOV    =           0,
 VARNAME = LOG+AU+PR,
 NVARIANT        =           3
 /
 &AUTOCOR
 RHO     = 2*0.000000000000000E+000  ,
 PI      =  0.990000000000000     ,  0.000000000000000E+000,
 NTPI    =           1,   538976288,
 MATFILE = R400miles.in                                                                                                              
                                       
 /
 &YBOXCOX
 VLY     =  0.000000000000000E+000,
 NTLY    =           0,
 NUMLXY  =           0
 /
 &XBOXCOX
 NUMX    =           2,           3,           4,           5, 46*0,
 NUMLX   = 2*1,           0,           1, 46*0,
 VLX     = 10*0.000000000000000E+000  ,
 NTLX    = 10*0
 /
 &YXZDATA
 YXZFILE = America.in                                                                      ,
 YXZFMT  = (5e15.8)                                                                        
 /

VARIABLE       MINIMUM         MEAN          MAXIMUM   NULL OBS.      SCALE
DEPENDENT
SHIP        0.8749967D+01  0.3598531D+06  0.2035627D+08     0     0.1000000D-06
INDEPENDENT
AGDPM       0.1479850D+01  0.8925339D+02  0.6423090D+03     0     0.1000000D-01
AGDPX       0.1479850D+01  0.8938075D+02  0.6423090D+03     0     0.1000000D-01
CDUMMY      0.0000000D+00  0.1317716D+00  0.1000000D+01   593     0.1000000D+01
DIST        0.7200000D+02  0.1347331D+04  0.3448000D+04     0     0.1000000D-02
CONSTANT    0.1000000D+01  0.1000000D+01  0.1000000D+01     0     0.1000000D+01


MRS of X(l) with respect to X(k) - at the sample means
===================================================================================================================================
        X(k) AGDPM       AGDPX       CDUMMY      DIST        CONSTANT  
X(l)
===================================================================================================================================

AGDPM        0.1000D+01  0.1133D+01  0.2599D+03 -0.8885D-01 -0.3363D+03

AGDPX        0.8823D+00  0.1000D+01  0.2293D+03 -0.7839D-01 -0.2968D+03

CDUMMY       0.3848D-02  0.4361D-02  0.1000D+01 -0.3419D-03 -0.1294D+01

DIST        -0.1126D+02 -0.1276D+02 -0.2925D+04  0.1000D+01  0.3786D+04

CONSTANT    -0.2973D-02 -0.3370D-02 -0.7727D+00  0.2642D-03  0.1000D+01


INITIAL ESTIMATES

             LAM    PARAMETER      STD-ERROR        STUDENT-T    GRADIENT       DERIV.Y         ELAST.Y
                                                                                DERIV.E(Y)      ELAST.E(Y)


AGDPM         X1  0.1062377D+01  0.3083117D-01     34.4578896 -0.1044276D-10  0.4283308D+04      1.0623771
                                                                              0.1252196D+00      1.0623771

AGDPX         X1  0.1205750D+01  0.3113321D-01     38.7287443 -0.6419000D-11  0.4854433D+04      1.2057500
                                                                              0.1209211D+00      1.2057500

CDUMMY        X0  0.3093290D+01  0.1300891D+00     23.7782348 -0.2907732D-12  0.1113130D+07      3.0932899
                                                                              0.2906163D+00      3.0932899

DIST          X1 -0.1424849D+01  0.6264168D-01    -22.7460148 -0.8677762D-14 -0.3805570D+03     -1.4248486
                                                                             -0.3913788D+00     -1.4248486

CONSTANT      X0 -0.4003469D+01  0.6032814D-01    -66.3615579 -0.1757724D-11 -0.1440661D+07     -4.0034694
                                                                             -0.3761282D+00     -4.0034694

VAR(W)            0.1221816D+01  0.6611660D-01     18.4797186  0.0000000D+00

INITIAL VALUES
 
RHO1           0.0000000D+00
PI1            0.9900000D+00
 
LAM(Y)         0.0000000D+00
LAM(X1)        0.0000000D+00


LOG-LIKELIHOOD =  0.2919096D+04

NUMBER OF OBSERVATIONS              =            683

PEARSON-R2(E) (unadjusted)          =         0.5137
PEARSON-R2(E) (adjusted for D.F.)   =         0.5108

PSEUDO-R2(L)  (unadjusted)          =         0.8121
PSEUDO-R2(L)  (adjusted for D.F.)   =         0.8110

PROBABILITY of Y to be at the limit =         0.0000
MEAN VALUE of E(Y)                  =  0.9395055D-01

MEAN of residual W                  = -0.2848199D-14
VARIANCE of residual W              =  0.1221816D+01
95% CONFIDENCE INTERVAL for residual W
Lower Bound = -0.2166502D+01   Upper Bound =  0.2166502D+01




initialization cards for control routine follow - -  id card - no. parameters , no. steps , step size 
minimization tolerance - starting values of parameters - relative uncertainties of parameters (error estimates) -  
and starting direction  (relative parameter increments for 1st step)
identification line
         2      2000   0.1E+01   0.1E-06
  0.00000E+00  0.45951E+01
  0.10000E+01  0.10000E+01
  0.00000E+00  0.00000E+00

first entry to fcn , parameters of current step follow - - f,x(i)
  -0.2919095814D+04  0.00000D+00  0.45951D+01

new absolute minimum , parameters for fcn entry     6  follow - - f,x(i)
  -0.2989636137D+04  0.59291D+00  0.45951D+01

new absolute minimum , parameters for fcn entry    18  follow - - f,x(i)
  -0.2993863560D+04  0.59693D+00  0.27798D+00

new absolute minimum , parameters for fcn entry    21  follow - - f,x(i)
  -0.2993872014D+04  0.59749D+00  0.20062D+00

new absolute minimum , parameters for fcn entry    25  follow - - f,x(i)
  -0.2996963890D+04  0.77917D+00 -0.63671D+00

new absolute minimum , parameters for fcn entry    28  follow - - f,x(i)
  -0.2997108787D+04  0.78588D+00 -0.43741D+00

new absolute minimum , parameters for fcn entry    30  follow - - f,x(i)
  -0.2997116656D+04  0.79631D+00 -0.47311D+00

new absolute minimum , parameters for fcn entry    32  follow - - f,x(i)
  -0.2997116666D+04  0.79626D+00 -0.47475D+00

new absolute minimum , parameters for fcn entry    33  follow - - f,x(i)
  -0.2997116666D+04  0.79625D+00 -0.47474D+00

new absolute minimum , parameters for fcn entry    34  follow - - f,x(i)
  -0.2997116666D+04  0.79625D+00 -0.47474D+00


the function (fcn) has not improved by    0.10000D-06 after 3 steps which include a minimum - - -


therefore the run has been terminated
  -0.2997116666D+04  0.79625D+00 -0.47474D+00


all numbers of last entry refer to final pt. of run


the lowest value of the function (fcn) was  -0.2997116666D+04 for entry   34 - - x(i) follows
  0.79625E+00 -0.47474E+00



run statistics follow - -

 nfcn=   38 nst=   10


MRS of X(l) with respect to X(k) - at the sample means
===================================================================================================================================
        X(k) AGDPM       AGDPX       CDUMMY      DIST        CONSTANT  
X(l)
===================================================================================================================================

AGDPM        0.1000D+01  0.1160D+01  0.2557D+03 -0.9629D-01  0.1034D+04

AGDPX        0.8618D+00  0.1000D+01  0.2204D+03 -0.8298D-01  0.8907D+03

CDUMMY       0.3911D-02  0.4538D-02  0.1000D+01 -0.3765D-03  0.4042D+01

DIST        -0.1039D+02 -0.1205D+02 -0.2656D+04  0.1000D+01 -0.1073D+05

CONSTANT     0.9675D-03  0.1123D-02  0.2474D+00 -0.9316D-04  0.1000D+01


FINAL ESTIMATES

             LAM    PARAMETER      STD-ERROR        STUDENT-T      STUDENT-T    GRADIENT       DERIV.Y         ELAST.Y
                                   (CONDIT.)        (CONDIT.)      (CONDIT.)                   DERIV.E(Y)      ELAST.E(Y)
                                                    (PAR = 0)      (PAR = 1)

AGDPM         X1  0.1055374D+01  0.4126054D-01     25.5782999                -0.1598978D-10  0.4255074D+04      1.0553745
                                 0.4126054D-01     25.5782999                                0.9977027D+04      1.0553745

AGDPX         X1  0.1226404D+01  0.4310285D-01     28.4529723                -0.5265199D-11  0.4937588D+04      1.2264041
                                 0.4310285D-01     28.4529723                                0.1059039D+05      1.2264041

CDUMMY        X0  0.3023654D+01  0.1256762D+00     24.0590809                -0.9116643D-12  0.1088071D+07      3.0236542
                                 0.1256762D+00     24.0590809                                0.2029716D+07      3.0236542

DIST          X1 -0.1533994D+01  0.1115994D+00    -13.7455451                -0.5045893D-11 -0.4097083D+03     -1.5339942
                                 0.1115994D+00    -13.7455451                               -0.2916469D+04     -1.5339942

CONSTANT      X0  0.1222146D+02  0.8310139D+00     14.7066806                 0.5560139D-11  0.4397929D+07     12.2214561
                                 0.8310139D+00     14.7066806                                0.8204007D+07     12.2214561

VAR(W)            0.8220137D+00  0.4217483D-01     19.4906236                 0.0000000D+00
                                 0.4217483D-01     19.4906236
 
RHO1      (E)     0.6619374D+00  0.5773565D-01     11.4649688                 0.1625423D-07
                                 0.5773565D-01     11.4649688
PI1       (E)     0.3834955D+00  0.1227180D+00      3.1250152     -5.0237504  0.5663381D-10
                                 0.1227180D+00      3.1250152     -5.0237504
 
LAM(Y)    (F)     0.0000000D+00
LAM(X1)   (F)     0.0000000D+00


LOG-LIKELIHOOD = -0.8011543D+04

NUMBER OF OBSERVATIONS              =            683

PEARSON-R2(E) (unadjusted)          =         0.5754
PEARSON-R2(E) (adjusted for D.F.)   =         0.5716

PSEUDO-R2(L)  (unadjusted)          =         0.7937
PSEUDO-R2(L)  (adjusted for D.F.)   =         0.7919

PROBABILITY of Y to be at the limit =         0.0000
MEAN VALUE of E(Y)                  =  0.6712790D+06

MEAN of residual W                  =  0.7784373D-02
VARIANCE of residual W              =  0.8220137D+00
95% CONFIDENCE INTERVAL for residual W
Lower Bound = -0.1769249D+01   Upper Bound =  0.1784818D+01


CPU TIME:  9 min 54 sec
