                                  MODFLOW-2000
      U.S. GEOLOGICAL SURVEY MODULAR FINITE-DIFFERENCE GROUND-WATER FLOW MODEL
                           VERSION 1.19.01 03/25/2010


 This model run produced both GLOBAL and LIST files.  This is the GLOBAL file.

 GLOBAL LISTING FILE: "modfmap.glo"
                         UNIT  701

 OPENING "modfmap.out"
 FILE TYPE:LIST   UNIT  702   STATUS:REPLACE
 FORMAT:FORMATTED              ACCESS:SEQUENTIAL          

 OPENING "modfmap.hed"
 FILE TYPE:DATA(BINARY)   UNIT  730   STATUS:UNKNOWN
 FORMAT:BINARY                 ACCESS:SEQUENTIAL          

 OPENING "modfmap.ccf"
 FILE TYPE:DATA(BINARY)   UNIT  740   STATUS:UNKNOWN
 FORMAT:BINARY                 ACCESS:SEQUENTIAL          

 OPENING "modfmap.lmt"
 FILE TYPE:LMT6   UNIT  718   STATUS:OLD    
 FORMAT:FORMATTED              ACCESS:SEQUENTIAL          
#                                                                                                                                                                                                       
# Obs-Sen-Pes Process Input Files                                                                                                                                                                       

 OPENING "modfmap.obs"
 FILE TYPE:OBS   UNIT  750   STATUS:OLD    
 FORMAT:FORMATTED              ACCESS:SEQUENTIAL          

 OPENING "modfmap.drob"
 FILE TYPE:DROB   UNIT  754   STATUS:OLD    
 FORMAT:FORMATTED              ACCESS:SEQUENTIAL          

 OPENING "modfmap.chob"
 FILE TYPE:CHOB   UNIT  755   STATUS:OLD    
 FORMAT:FORMATTED              ACCESS:SEQUENTIAL          

 FILE TYPE:ASP: FILE = modfmap.asp
#                                                                                                                                                                                                       
# Global Input Files                                                                                                                                                                                    

 OPENING "modfmap.dis"
 FILE TYPE:DIS   UNIT  719   STATUS:OLD    
 FORMAT:FORMATTED              ACCESS:SEQUENTIAL          
#                                                                                                                                                                                                       
# Flow Process Input Files                                                                                                                                                                              

 OPENING "modfmap.ba6"
 FILE TYPE:BAS6   UNIT  703   STATUS:OLD    
 FORMAT:FORMATTED              ACCESS:SEQUENTIAL          

 OPENING "modfmap.lpf"
 FILE TYPE:LPF   UNIT  704   STATUS:OLD    
 FORMAT:FORMATTED              ACCESS:SEQUENTIAL          

 OPENING "modfmap.oc"
 FILE TYPE:OC   UNIT  715   STATUS:OLD    
 FORMAT:FORMATTED              ACCESS:SEQUENTIAL          

 OPENING "modfmap.rch"
 FILE TYPE:RCH   UNIT  716   STATUS:OLD    
 FORMAT:FORMATTED              ACCESS:SEQUENTIAL          

 OPENING "modfmap.wel"
 FILE TYPE:WEL   UNIT  709   STATUS:OLD    
 FORMAT:FORMATTED              ACCESS:SEQUENTIAL          

 OPENING "modfmap.drn"
 FILE TYPE:DRN   UNIT  710   STATUS:OLD    
 FORMAT:FORMATTED              ACCESS:SEQUENTIAL          

 OPENING "modfmap.chd"
 FILE TYPE:CHD   UNIT  713   STATUS:OLD    
 FORMAT:FORMATTED              ACCESS:SEQUENTIAL          

 OPENING "modfmap.pcg"
 FILE TYPE:PCG   UNIT  714   STATUS:OLD    
 FORMAT:FORMATTED              ACCESS:SEQUENTIAL          

 THE FREE FORMAT OPTION HAS BEEN SELECTED

 DISCRETIZATION INPUT DATA READ FROM UNIT  719
 # MF2K DISCRETIZATION FILE
 #
 #
 # NLAY NROW NCOL NPER TIMEUNITS LENUNITS
    2 LAYERS        44 ROWS        70 COLUMNS
    1 STRESS PERIOD(S) IN SIMULATION
 MODEL TIME UNIT IS DAYS
 MODEL LENGTH UNIT IS METERS
 THE GROUND-WATER TRANSPORT PROCESS IS INACTIVE

 THE OBSERVATION PROCESS IS ACTIVE
 THE SENSITIVITY PROCESS IS INACTIVE
 THE PARAMETER-ESTIMATION PROCESS IS INACTIVE

 MODE: FORWARD WITH OBSERVATIONS

  Confining bed flag for each layer:
   0   0

      55554  ELEMENTS OF GX ARRAY USED OUT OF      55554
       6160  ELEMENTS OF GZ ARRAY USED OUT OF       6160
       6160  ELEMENTS OF IG ARRAY USED OUT OF       6160

 -------------------------------------------------------------------------------

 VARIABLES READ FROM ASP INPUT FILE:-

 NOSTOP = 0          : CEASE EXECUTION IF MODFLOW FAILS TO CONVERGE.
 HYDRYBOT = 0        : ASSIGN HDRY TO HEAD IN DRY CELL.
 MINTHICK =     0.000: DO NOT PREVENT BASAL CELLS DRYING OUT.
 LIMOP = 0           : NO LIMITATIONS ON OBSERVATION OR SENSITIVITY OUTPUT.

 -------------------------------------------------------------------------------




                               DELR
 READING ON UNIT  719 WITH FORMAT: (FREE)              



                               DELC
 READING ON UNIT  719 WITH FORMAT: (FREE)              


 STRESS PERIOD     LENGTH       TIME STEPS     MULTIPLIER FOR DELT    SS FLAG
 ----------------------------------------------------------------------------
        1         1.000000          1                    1.000         SS

 STEADY-STATE SIMULATION




 LPF1 -- LAYER PROPERTY FLOW PACKAGE, VERSION 1, 1/11/2000
         INPUT READ FROM UNIT  704
 CELL-BY-CELL FLOWS WILL BE SAVED ON UNIT  740
 HEAD AT CELLS THAT CONVERT TO DRY=  -888.00    
 No named parameters

   LAYER FLAGS:
 LAYER       LAYTYP        LAYAVG         CHANI        LAYVKA        LAYWET
 ---------------------------------------------------------------------------
    1             1             0    -1.000E+00             1             0
    2             1             0    -1.000E+00             1             0

   INTERPRETATION OF LAYER FLAGS:
                        INTERBLOCK     HORIZONTAL    DATA IN
         LAYER TYPE   TRANSMISSIVITY   ANISOTROPY   ARRAY VKA   WETTABILITY
 LAYER      (LAYTYP)      (LAYAVG)       (CHANI)      (LAYVKA)      (LAYWET)
 ---------------------------------------------------------------------------
    1   CONVERTIBLE      HARMONIC      VARIABLE    ANISOTROPY  NON-WETTABLE
    2   CONVERTIBLE      HARMONIC      VARIABLE    ANISOTROPY  NON-WETTABLE

      18480 ELEMENTS IN X ARRAY ARE USED BY LPF
         12 ELEMENTS IN IX ARRAY ARE USED BY LPF

 PCG2 -- CONJUGATE GRADIENT SOLUTION PACKAGE, VERSION 2.4, 12/29/98
 MAXIMUM OF     25 CALLS OF SOLUTION ROUTINE
 MAXIMUM OF     50 INTERNAL ITERATIONS PER CALL TO SOLUTION ROUTINE
 MATRIX PRECONDITIONING TYPE :    1
      14820 ELEMENTS IN X ARRAY ARE USED BY PCG
       8750 ELEMENTS IN IX ARRAY ARE USED BY PCG
      24640 ELEMENTS IN Z ARRAY ARE USED BY PCG

 OBS1BAS6 -- OBSERVATION PROCESS, VERSION 1.0, 4/27/99
 INPUT READ FROM UNIT 750
 OBSERVATION GRAPH-DATA OUTPUT FILES
 WILL BE PRINTED AND NAMED USING THE BASE: modfmap

 OBS1DRN6 -- OBSERVATION PROCESS (DRAIN FLOW OBSERVATIONS)
 VERSION 1.0, 10/15/98
 INPUT READ FROM UNIT  754
 #           CoverageGUID ObjectType ID X Y Time OBNAME
 #GMSCOMMENT 09b6b4c6-3cf9-4ef0-a2cd-35d57f323e57 ARC 4 612924.14131949 3428536.164648 1.0 no_drnf0
 #GMSCOMMENT 09b6b4c6-3cf9-4ef0-a2cd-35d57f323e57 ARC 7 613377.96675605 3428319.9988369 1.0 no_drnf1
 #GMSCOMMENT 09b6b4c6-3cf9-4ef0-a2cd-35d57f323e57 ARC 9 614600.87548188 3428258.3406462 1.0 no_drnf2

 NUMBER OF FLOW-OBSERVATION DRAIN-CELL GROUPS.....:      3
   NUMBER OF CELLS IN DRAIN-CELL GROUPS...........:     93
   NUMBER OF DRAIN-CELL FLOWS.....................:      3

 OBS1BAS6F -- OBSERVATION PROCESS (CONSTANT-HEAD BOUNDARY FLOW OBSERVATIONS)
 VERSION 1.0, 12/03/99
 INPUT READ FROM UNIT 755
 #           CoverageGUID ObjectType ID X Y Time OBNAME
 #GMSCOMMENT 09b6b4c6-3cf9-4ef0-a2cd-35d57f323e57 ARC 1 612462.43944685 3428603.1680644 1.0 no_chdf0
 #GMSCOMMENT 09b6b4c6-3cf9-4ef0-a2cd-35d57f323e57 ARC 11 615331.02559674 3427424.8069363 1.0 no_chdf1
 #GMSCOMMENT 09b6b4c6-3cf9-4ef0-a2cd-35d57f323e57 ARC 2 616084.31519441 3428351.4288735 1.0 no_chdf2
 #GMSCOMMENT 09b6b4c6-3cf9-4ef0-a2cd-35d57f323e57 ARC 5 613169.12047822 3427947.6163917 1.0 no_chdf3
 #GMSCOMMENT 09b6b4c6-3cf9-4ef0-a2cd-35d57f323e57 ARC 8 614461.68397082 3427863.8935777 1.0 no_chdf4

 NUMBER OF FLOW-OBSERVATION CONSTANT-HEAD-CELL GROUPS:    5
   NUMBER OF CELLS IN CONSTANT-HEAD-CELL GROUPS......:  345
   NUMBER OF CONSTANT-HEAD-CELL FLOWS................:    5

       2444 ELEMENTS IN X ARRAY ARE USED FOR OBSERVATIONS
         90 ELEMENTS IN Z ARRAY ARE USED FOR OBSERVATIONS
         67 ELEMENTS IN IX ARRAY ARE USED FOR OBSERVATIONS

 COMMON ERROR VARIANCE FOR ALL OBSERVATIONS SET TO:       1.000    

      35744  ELEMENTS OF X ARRAY USED OUT OF      35744
      24730  ELEMENTS OF Z ARRAY USED OUT OF      24730
       8829  ELEMENTS OF IX ARRAY USED OUT OF       8829
          0  ELEMENTS OF XHS ARRAY USED OUT OF          1

 DRAIN-CELL FLOW OBSERVATION VARIANCES ARE MULTIPLIED BY:       1.000    

 OBSERVED DRAIN-CELL FLOW DATA
 -- TIME OFFSETS ARE MULTIPLIED BY:   1.0000    

 GROUP NUMBER:      1    BOUNDARY TYPE: DRN    NUMBER OF CELLS IN GROUP:     30
 NUMBER OF FLOW OBSERVATIONS:      1

                    REFER.              OBSERVED
       OBSERVATION  STRESS    TIME     DRAIN FLOW               STATISTIC   PLOT
  OBS#    NAME      PERIOD   OFFSET     GAIN (-)    STATISTIC     TYPE      SYM.
     1 no_drnf0         1    0.000       1.000      0.1000E+20  STD. DEV.      1

       LAYER  ROW  COLUMN    FACTOR
          1.   10.    10.     1.00
          1.   11.    10.     1.00
          1.   11.    11.     1.00
          1.   12.    11.     1.00
          1.   13.    11.     1.00
          1.   14.    11.     1.00
          1.   14.    12.     1.00
          1.   15.    12.     1.00
          1.   16.    12.     1.00
          1.   17.    12.     1.00
          1.   17.    11.     1.00
          1.   18.    11.     1.00
          1.   18.    10.     1.00
          1.   19.    10.     1.00
          1.   19.     9.     1.00
          1.   20.     9.     1.00
          1.   20.     8.     1.00
          1.   21.     8.     1.00
          1.   22.     8.     1.00
          1.   23.     8.     1.00
          1.   24.     8.     1.00
          1.   24.     9.     1.00
          1.   25.     9.     1.00
          1.   26.     9.     1.00
          1.   26.     8.     1.00
          1.   25.     8.     1.00
          1.   26.     8.     1.00
          1.   26.     7.     1.00
          1.   27.     7.     1.00
          1.   28.     7.     1.00

 GROUP NUMBER:      2    BOUNDARY TYPE: DRN    NUMBER OF CELLS IN GROUP:     28
 NUMBER OF FLOW OBSERVATIONS:      1

                    REFER.              OBSERVED
       OBSERVATION  STRESS    TIME     DRAIN FLOW               STATISTIC   PLOT
  OBS#    NAME      PERIOD   OFFSET     GAIN (-)    STATISTIC     TYPE      SYM.
     2 no_drnf1         1    0.000       1.000      0.1000E+20  STD. DEV.      1

       LAYER  ROW  COLUMN    FACTOR
          1.   27.    30.     1.00
          1.   26.    30.     1.00
          1.   26.    29.     1.00
          1.   25.    29.     1.00
          1.   24.    29.     1.00
          1.   23.    29.     1.00
          1.   23.    28.     1.00
          1.   23.    27.     1.00
          1.   23.    26.     1.00
          1.   23.    25.     1.00
          1.   24.    25.     1.00
          1.   24.    24.     1.00
          1.   25.    24.     1.00
          1.   25.    23.     1.00
          1.   25.    22.     1.00
          1.   26.    22.     1.00
          1.   26.    21.     1.00
          1.   27.    21.     1.00
          1.   27.    20.     1.00
          1.   27.    19.     1.00
          1.   28.    19.     1.00
          1.   28.    18.     1.00
          1.   28.    17.     1.00
          1.   29.    17.     1.00
          1.   29.    16.     1.00
          1.   29.    15.     1.00
          1.   29.    14.     1.00
          1.   29.    13.     1.00

 GROUP NUMBER:      3    BOUNDARY TYPE: DRN    NUMBER OF CELLS IN GROUP:     35
 NUMBER OF FLOW OBSERVATIONS:      1

                    REFER.              OBSERVED
       OBSERVATION  STRESS    TIME     DRAIN FLOW               STATISTIC   PLOT
  OBS#    NAME      PERIOD   OFFSET     GAIN (-)    STATISTIC     TYPE      SYM.
     3 no_drnf2         1    0.000       1.000      0.1000E+20  STD. DEV.      1

       LAYER  ROW  COLUMN    FACTOR
          1.   35.    43.     1.00
          1.   35.    42.     1.00
          1.   34.    42.     1.00
          1.   33.    42.     1.00
          1.   33.    41.     1.00
          1.   32.    41.     1.00
          1.   32.    40.     1.00
          1.   32.    39.     1.00
          1.   31.    39.     1.00
          1.   30.    39.     1.00
          1.   29.    39.     1.00
          1.   28.    39.     1.00
          1.   27.    39.     1.00
          1.   27.    38.     1.00
          1.   26.    38.     1.00
          1.   25.    38.     1.00
          1.   24.    38.     1.00
          1.   23.    38.     1.00
          1.   22.    38.     1.00
          1.   22.    37.     1.00
          1.   21.    37.     1.00
          1.   20.    37.     1.00
          1.   19.    37.     1.00
          1.   18.    37.     1.00
          1.   17.    37.     1.00
          1.   16.    37.     1.00
          1.   15.    37.     1.00
          1.   14.    37.     1.00
          1.   13.    37.     1.00
          1.   12.    37.     1.00
          1.   11.    37.     1.00
          1.   10.    37.     1.00
          1.    9.    37.     1.00
          1.    8.    37.     1.00
          1.    7.    37.     1.00

 CONSTANT-HEAD-CELL FLOW OBSERVATION VARIANCES ARE MULTIPLIED BY:       1.000    

 OBSERVED CONSTANT-HEAD-CELL FLOW DATA
 -- TIME OFFSETS ARE MULTIPLIED BY:   1.0000    

   GROUP NUMBER:   4   BOUNDARY TYPE: CHD   NUMBER OF CELLS IN GROUP:    32
   NUMBER OF FLOW OBSERVATIONS:     1

                                        OBSERVED
                    REFER.            BOUNDARY FLOW
       OBSERVATION  STRESS    TIME     GAIN (-) OR              STATISTIC   PLOT
  OBS#    NAME      PERIOD   OFFSET     LOSS (+)    STATISTIC     TYPE      SYM.
     4 no_chdf0         1    0.000       1.000      0.1000E+20  STD. DEV.      1

       LAYER  ROW  COLUMN    FACTOR
          1.   12.     3.     1.00
          1.   13.     3.     1.00
          1.   14.     3.     1.00
          1.   14.     4.     1.00
          1.   15.     4.     1.00
          1.   16.     4.     1.00
          1.   16.     5.     1.00
          1.   17.     5.     1.00
          1.   18.     5.     1.00
          2.   18.     5.     1.00
          1.   19.     5.     1.00
          2.   19.     5.     1.00
          1.   20.     5.     1.00
          2.   20.     5.     1.00
          1.   20.     6.     1.00
          2.   20.     6.     1.00
          1.   21.     6.     1.00
          2.   21.     6.     1.00
          1.   22.     6.     1.00
          2.   22.     6.     1.00
          1.   23.     6.     1.00
          2.   23.     6.     1.00
          1.   24.     6.     1.00
          2.   24.     6.     1.00
          1.   24.     5.     1.00
          2.   24.     5.     1.00
          1.   25.     6.     1.00
          2.   25.     6.     1.00
          1.   26.     6.     1.00
          2.   26.     6.     1.00
          1.   27.     6.     0.49
          2.   27.     6.     0.49

   GROUP NUMBER:   5   BOUNDARY TYPE: CHD   NUMBER OF CELLS IN GROUP:    72
   NUMBER OF FLOW OBSERVATIONS:     1

                                        OBSERVED
                    REFER.            BOUNDARY FLOW
       OBSERVATION  STRESS    TIME     GAIN (-) OR              STATISTIC   PLOT
  OBS#    NAME      PERIOD   OFFSET     LOSS (+)    STATISTIC     TYPE      SYM.
     5 no_chdf1         1    0.000       1.000      0.1000E+20  STD. DEV.      1

       LAYER  ROW  COLUMN    FACTOR
          1.   36.    44.     0.79
          2.   36.    44.     0.79
          1.   36.    45.     1.00
          2.   36.    45.     1.00
          1.   36.    46.     1.00
          2.   36.    46.     1.00
          1.   37.    46.     1.00
          2.   37.    46.     1.00
          1.   38.    46.     1.00
          2.   38.    46.     1.00
          1.   39.    46.     1.00
          2.   39.    46.     1.00
          1.   39.    45.     1.00
          2.   39.    45.     1.00
          1.   40.    45.     1.00
          2.   40.    45.     1.00
          1.   40.    44.     1.00
          2.   40.    44.     1.00
          1.   41.    44.     1.00
          2.   41.    44.     1.00
          1.   42.    44.     1.00
          2.   42.    44.     1.00
          1.   43.    44.     1.00
          2.   43.    44.     1.00
          1.   43.    45.     1.00
          2.   43.    45.     1.00
          1.   43.    46.     1.00
          2.   43.    46.     1.00
          1.   43.    47.     1.00
          2.   43.    47.     1.00
          1.   43.    48.     1.00
          2.   43.    48.     1.00
          1.   43.    49.     1.00
          2.   43.    49.     1.00
          1.   43.    50.     1.00
          2.   43.    50.     1.00
          1.   43.    51.     1.00
          2.   43.    51.     1.00
          1.   43.    52.     1.00
          2.   43.    52.     1.00
          1.   43.    53.     1.00
          2.   43.    53.     1.00
          1.   43.    54.     1.00
          2.   43.    54.     1.00
          1.   43.    55.     1.00
          2.   43.    55.     1.00
          1.   42.    55.     1.00
          2.   42.    55.     1.00
          1.   42.    56.     1.00
          2.   42.    56.     1.00
          1.   42.    57.     1.00
          2.   42.    57.     1.00
          1.   42.    58.     1.00
          2.   42.    58.     1.00
          1.   42.    59.     1.00
          2.   42.    59.     1.00
          1.   41.    59.     1.00
          2.   41.    59.     1.00
          1.   41.    60.     1.00
          2.   41.    60.     1.00
          1.   41.    61.     1.00
          2.   41.    61.     1.00
          1.   41.    62.     1.00
          2.   41.    62.     1.00
          1.   41.    63.     1.00
          2.   41.    63.     1.00
          1.   42.    63.     1.00
          2.   42.    63.     1.00
          1.   43.    63.     0.21
          2.   43.    63.     0.21
          1.   43.    62.     0.63
          2.   43.    62.     0.63

   GROUP NUMBER:   6   BOUNDARY TYPE: CHD   NUMBER OF CELLS IN GROUP:    93
   NUMBER OF FLOW OBSERVATIONS:     1

                                        OBSERVED
                    REFER.            BOUNDARY FLOW
       OBSERVATION  STRESS    TIME     GAIN (-) OR              STATISTIC   PLOT
  OBS#    NAME      PERIOD   OFFSET     LOSS (+)    STATISTIC     TYPE      SYM.
     6 no_chdf2         1    0.000       1.000      0.1000E+20  STD. DEV.      1

       LAYER  ROW  COLUMN    FACTOR
          1.   43.    62.     0.37
          2.   43.    62.     0.37
          1.   43.    63.     0.79
          2.   43.    63.     0.79
          1.   43.    64.     1.00
          2.   43.    64.     1.00
          1.   42.    64.     1.00
          2.   42.    64.     1.00
          1.   42.    65.     1.00
          2.   42.    65.     1.00
          1.   41.    65.     1.00
          2.   41.    65.     1.00
          1.   40.    65.     1.00
          2.   40.    65.     1.00
          1.   39.    65.     1.00
          2.   39.    65.     1.00
          1.   39.    66.     1.00
          2.   39.    66.     1.00
          1.   38.    66.     1.00
          2.   38.    66.     1.00
          1.   37.    66.     1.00
          2.   37.    66.     1.00
          1.   36.    66.     1.00
          2.   36.    66.     1.00
          1.   35.    66.     1.00
          2.   35.    66.     1.00
          1.   34.    66.     1.00
          2.   34.    66.     1.00
          1.   33.    66.     1.00
          2.   33.    66.     1.00
          1.   32.    66.     1.00
          2.   32.    66.     1.00
          1.   31.    66.     1.00
          2.   31.    66.     1.00
          1.   31.    67.     1.00
          2.   31.    67.     1.00
          1.   30.    66.     1.00
          2.   30.    66.     1.00
          1.   29.    66.     1.00
          2.   29.    66.     1.00
          1.   29.    67.     1.00
          2.   29.    67.     1.00
          1.   28.    67.     1.00
          2.   28.    67.     1.00
          1.   27.    67.     1.00
          2.   27.    67.     1.00
          1.   26.    67.     1.00
          2.   26.    67.     1.00
          1.   26.    66.     1.00
          2.   26.    66.     1.00
          1.   25.    66.     1.00
          2.   25.    66.     1.00
          1.   24.    66.     1.00
          2.   24.    66.     1.00
          1.   23.    66.     1.00
          2.   23.    66.     1.00
          1.   22.    66.     1.00
          2.   22.    66.     1.00
          1.   21.    66.     1.00
          2.   21.    66.     1.00
          1.   20.    66.     1.00
          2.   20.    66.     1.00
          1.   20.    67.     1.00
          2.   20.    67.     1.00
          1.   21.    67.     1.00
          2.   21.    67.     1.00
          1.   20.    68.     1.00
          2.   20.    68.     1.00
          1.   19.    68.     1.00
          2.   19.    68.     1.00
          1.   18.    68.     1.00
          2.   18.    68.     1.00
          1.   18.    67.     1.00
          2.   18.    67.     1.00
          1.   17.    67.     1.00
          1.   16.    67.     1.00
          1.   16.    68.     1.00
          1.   15.    68.     1.00
          1.   14.    68.     1.00
          1.   13.    68.     1.00
          1.   12.    68.     1.00
          1.   11.    68.     1.00
          1.   10.    68.     1.00
          1.    9.    68.     1.00
          1.    8.    68.     1.00
          1.    7.    68.     1.00
          1.    7.    67.     1.00
          1.    6.    67.     1.00
          1.    5.    67.     1.00
          1.    5.    66.     1.00
          1.    4.    66.     1.00
          1.    3.    66.     1.00
          1.    2.    66.     1.00

   GROUP NUMBER:   7   BOUNDARY TYPE: CHD   NUMBER OF CELLS IN GROUP:    88
   NUMBER OF FLOW OBSERVATIONS:     1

                                        OBSERVED
                    REFER.            BOUNDARY FLOW
       OBSERVATION  STRESS    TIME     GAIN (-) OR              STATISTIC   PLOT
  OBS#    NAME      PERIOD   OFFSET     LOSS (+)    STATISTIC     TYPE      SYM.
     7 no_chdf3         1    0.000       1.000      0.1000E+20  STD. DEV.      1

       LAYER  ROW  COLUMN    FACTOR
          1.   27.     6.     0.51
          2.   27.     6.     0.51
          1.   28.     6.     1.00
          2.   28.     6.     1.00
          1.   29.     6.     1.00
          2.   29.     6.     1.00
          1.   30.     6.     1.00
          2.   30.     6.     1.00
          1.   30.     7.     1.00
          2.   30.     7.     1.00
          1.   31.     7.     1.00
          2.   31.     7.     1.00
          1.   32.     7.     1.00
          2.   32.     7.     1.00
          1.   33.     7.     1.00
          2.   33.     7.     1.00
          1.   33.     8.     1.00
          2.   33.     8.     1.00
          1.   34.     8.     1.00
          2.   34.     8.     1.00
          1.   34.     9.     1.00
          2.   34.     9.     1.00
          1.   35.     9.     1.00
          2.   35.     9.     1.00
          1.   35.    10.     1.00
          2.   35.    10.     1.00
          1.   36.    10.     1.00
          2.   36.    10.     1.00
          1.   37.    10.     1.00
          2.   37.    10.     1.00
          1.   37.    11.     1.00
          2.   37.    11.     1.00
          1.   37.    12.     1.00
          2.   37.    12.     1.00
          1.   37.    13.     1.00
          2.   37.    13.     1.00
          1.   37.    14.     1.00
          2.   37.    14.     1.00
          1.   36.    14.     1.00
          2.   36.    14.     1.00
          1.   36.    15.     1.00
          2.   36.    15.     1.00
          1.   36.    16.     1.00
          2.   36.    16.     1.00
          1.   36.    17.     1.00
          2.   36.    17.     1.00
          1.   35.    17.     1.00
          2.   35.    17.     1.00
          1.   35.    18.     1.00
          2.   35.    18.     1.00
          1.   35.    19.     1.00
          2.   35.    19.     1.00
          1.   34.    19.     1.00
          2.   34.    19.     1.00
          1.   34.    20.     1.00
          2.   34.    20.     1.00
          1.   34.    21.     1.00
          2.   34.    21.     1.00
          1.   34.    22.     1.00
          2.   34.    22.     1.00
          1.   33.    22.     1.00
          2.   33.    22.     1.00
          1.   34.    23.     1.00
          2.   34.    23.     1.00
          1.   34.    24.     1.00
          2.   34.    24.     1.00
          1.   34.    25.     1.00
          2.   34.    25.     1.00
          1.   34.    26.     1.00
          2.   34.    26.     1.00
          1.   33.    26.     1.00
          2.   33.    26.     1.00
          1.   33.    27.     1.00
          2.   33.    27.     1.00
          1.   32.    27.     1.00
          2.   32.    27.     1.00
          1.   32.    28.     1.00
          2.   32.    28.     1.00
          1.   31.    28.     1.00
          2.   31.    28.     1.00
          1.   31.    29.     1.00
          2.   31.    29.     1.00
          1.   30.    29.     1.00
          2.   30.    29.     1.00
          1.   30.    30.     1.00
          2.   30.    30.     1.00
          1.   29.    30.     0.42
          2.   29.    30.     0.42

   GROUP NUMBER:   8   BOUNDARY TYPE: CHD   NUMBER OF CELLS IN GROUP:    60
   NUMBER OF FLOW OBSERVATIONS:     1

                                        OBSERVED
                    REFER.            BOUNDARY FLOW
       OBSERVATION  STRESS    TIME     GAIN (-) OR              STATISTIC   PLOT
  OBS#    NAME      PERIOD   OFFSET     LOSS (+)    STATISTIC     TYPE      SYM.
     8 no_chdf4         1    0.000       1.000      0.1000E+20  STD. DEV.      1

       LAYER  ROW  COLUMN    FACTOR
          1.   29.    30.     0.58
          2.   29.    30.     0.58
          1.   28.    30.     1.00
          2.   28.    30.     1.00
          1.   28.    31.     1.00
          2.   28.    31.     1.00
          1.   28.    32.     1.00
          2.   28.    32.     1.00
          1.   29.    32.     1.00
          2.   29.    32.     1.00
          1.   30.    32.     1.00
          2.   30.    32.     1.00
          1.   30.    33.     1.00
          2.   30.    33.     1.00
          1.   31.    33.     1.00
          2.   31.    33.     1.00
          1.   32.    33.     1.00
          2.   32.    33.     1.00
          1.   32.    34.     1.00
          2.   32.    34.     1.00
          1.   33.    34.     1.00
          2.   33.    34.     1.00
          1.   34.    34.     1.00
          2.   34.    34.     1.00
          1.   35.    34.     1.00
          2.   35.    34.     1.00
          1.   35.    35.     1.00
          2.   35.    35.     1.00
          1.   35.    36.     1.00
          2.   35.    36.     1.00
          1.   35.    37.     1.00
          2.   35.    37.     1.00
          1.   36.    37.     1.00
          2.   36.    37.     1.00
          1.   37.    37.     1.00
          2.   37.    37.     1.00
          1.   38.    37.     1.00
          2.   38.    37.     1.00
          1.   38.    38.     1.00
          2.   38.    38.     1.00
          1.   38.    39.     1.00
          2.   38.    39.     1.00
          1.   39.    39.     1.00
          2.   39.    39.     1.00
          1.   39.    40.     1.00
          2.   39.    40.     1.00
          1.   39.    41.     1.00
          2.   39.    41.     1.00
          1.   38.    41.     1.00
          2.   38.    41.     1.00
          1.   38.    42.     1.00
          2.   38.    42.     1.00
          1.   37.    42.     1.00
          2.   37.    42.     1.00
          1.   37.    43.     1.00
          2.   37.    43.     1.00
          1.   36.    43.     1.00
          2.   36.    43.     1.00
          1.   36.    44.     0.21
          2.   36.    44.     0.21



                                    SOLUTION BY THE CONJUGATE-GRADIENT METHOD
                                   -------------------------------------------
                    MAXIMUM NUMBER OF CALLS TO PCG ROUTINE =       25
                        MAXIMUM ITERATIONS PER CALL TO PCG =       50
                               MATRIX PRECONDITIONING TYPE =        1
        RELAXATION FACTOR (ONLY USED WITH PRECOND. TYPE 1) =    0.10000E+01
 PARAMETER OF POLYNOMIAL PRECOND. = 2 (2) OR IS CALCULATED :        0
                         HEAD CHANGE CRITERION FOR CLOSURE =    0.10000E-01
                     RESIDUAL CHANGE CRITERION FOR CLOSURE =    0.10000E-01
            PCG HEAD AND RESIDUAL CHANGE PRINTOUT INTERVAL =      999
     PRINTING FROM SOLVER IS LIMITED(1) OR SUPPRESSED (>1) =        2
                                         DAMPING PARAMETER =    0.10000E+01

 WETTING CAPABILITY IS NOT ACTIVE IN ANY LAYER


     0 Well parameters


     0 Drain parameters


     0 Recharge parameters


     0 TIME-VARIANT SPECIFIED-HEAD PARAMETERS

 SMALLEST AND LARGEST WEIGHTED RESIDUALS

      SMALLEST WEIGHTED RESIDUALS      |       LARGEST WEIGHTED RESIDUALS
                WEIGHTED   PERCENT OF  |                 WEIGHTED   PERCENT OF
 NAME           RESIDUAL    OBJ FUNC   |  NAME           RESIDUAL    OBJ FUNC
 no_drnf2       0.100E-18     0.00     |  no_chdf4       0.775E-15    55.86
 no_drnf0       0.100E-18     0.00     |  no_chdf1       0.435E-15    17.59
 no_drnf1       0.100E-18     0.00     |  no_chdf3       0.366E-15    12.45
 no_chdf0       0.138E-15     1.78     |  no_chdf2       0.364E-15    12.32

 STATISTICS FOR ALL RESIDUALS :
 AVERAGE WEIGHTED RESIDUAL  : 0.260E-15
 # RESIDUALS >= 0. :      8
 # RESIDUALS < 0.  :      0
 NUMBER OF RUNS  :    1  IN    8 OBSERVATIONS

 COULD NOT CALCULATE THE RUNS STATISTIC

 CORRELATION BETWEEN ORDERED WEIGHTED RESIDUALS AND NORMAL ORDER STATISTICS
 FOR OBSERVATIONS =    0.878    

 --------------------------------------------------------------------------
 COMMENTS ON THE INTERPRETATION OF THE CORRELATION BETWEEN
 WEIGHTED RESIDUALS AND NORMAL ORDER STATISTICS:

 Generally, IF the reported CORRELATION is LESS than the critical value,
 at the selected significance level (usually 5 or 10%), the hypothesis
 that the weighted residuals are INDEPENDENT AND NORMALLY DISTRIBUTED
 would be REJECTED.  HOWEVER, in this case, conditions are outside of
 the range of published critical values as discussed below.

 The sum of the number of observations and prior information items is     8
 which is less than 35, the minimum value for which critical values are
 published.  Therefore, the critical values for the 5 and 10% significance
 levels are less than 0.943 and 0.952, respectively.

 CORRELATIONS GREATER than these critical values indicate that, probably, the 
 weighted residuals ARE INDEPENDENT AND NORMALLY DISTRIBUTED.

 Correlations LESS than these critical values MAY BE ACCEPTABLE, and
 rejection of the hypothesis is not necessarily warranted.

 The Kolmogorov-Smirnov test can be used to further evaluate the residuals.
 --------------------------------------------------------------------------

