  *****************************************
  ADCPREP Fortran90  Version 1.6  5/20/2003
  Parallel version of ADCIRC Pre-processor 
  *****************************************
  
 Input number of processors for parallel ADCIRC run:
 prepare for coldstart/hotstart type 1/hotstart type 2 ( prep / hotprep1 / hotprep2 )
 Enter the name of the ADCIRC UNIT 14 (Grid) file:
 File fort.14                                                     
 WAS FOUND!  Opening & Processing file

 Enter the name of the ADCIRC UNIT 15 (Run Info) file:
 File fort.15                                                     
 WAS FOUND!  Opening & Processing file

 ***************************************************** *   Based on input and information extracted from   * *   the ADCIRC UNIT 14 and 15 (grid and horiz run   * *   info) files the following paramter values will  * *   be set:                                         * *                                                   * *       MNPROC =     4                             * *       MNE =    17111      MNP =     9201          * *       MNEI =      11                               * *       MNOPE =      1      MNETA =     80          * *       MNBOU =      7      MNVEL =   1230          * *       MNTIF =      1      MNBFR =  -3600          * *       MNSTAE =     6      MNSTAV =     6          * *       MNSTAC =     1      MNSTAM =     1          * *       MNWP =       1                               * *       MNWLAT =     1      MNWLON =     1          * *       MNHARF =    13      MNFFR =      1          * *                                                   *
 *   Also, NO wind forcing will be used,		  *
 *   Also, ABS(NWS)>=100 wave stress forcing is used,*
 *   means and variance calculation will NOT be made,*
 *   the GWCE matrix will be left in consistent form *
 *   the model will be set up for a 2DDI run,	  *
 *   and an iterative solver will be used  	  *
 *****************************************************

 Global Grid file read successfully
  12.0                      ! DRAMP - DURATION OF RAMP FUNCTION (IN DAYS)        
  0.35 0.30 0.35            ! TIME WEIGHTING FACTORS FOR THE GWCE EQUATION       
 Elevation Station  1  does not lie in grid
 Please check coordinates for this station
 Program will estimate nearest element
 Proximity Index for this Station is  1322.79392552488207
 Elevation Station  2  does not lie in grid
 Please check coordinates for this station
 Program will estimate nearest element
 Proximity Index for this Station is  1325.47681438766404
 Elevation Station  3  does not lie in grid
 Please check coordinates for this station
 Program will estimate nearest element
 Proximity Index for this Station is  1324.44528636541031
 Elevation Station  4  does not lie in grid
 Please check coordinates for this station
 Program will estimate nearest element
 Proximity Index for this Station is  1317.32469315502749
 Elevation Station  5  does not lie in grid
 Please check coordinates for this station
 Program will estimate nearest element
 Proximity Index for this Station is  1324.44528636541031
 Elevation Station  6  does not lie in grid
 Please check coordinates for this station
 Program will estimate nearest element
 Proximity Index for this Station is  1325.47681438766404
 Velocity Station  1  does not lie in grid
 Please check coordinates for this station
 Program will estimate nearest element
 Proximity Index for this Station is  1322.79392552488207
  
 Velocity Station  2  does not lie in grid
 Please check coordinates for this station
 Program will estimate nearest element
 Proximity Index for this Station is  1325.47681438766404
  
 Velocity Station  3  does not lie in grid
 Please check coordinates for this station
 Program will estimate nearest element
 Proximity Index for this Station is  1324.44528636541031
  
 Velocity Station  4  does not lie in grid
 Please check coordinates for this station
 Program will estimate nearest element
 Proximity Index for this Station is  1317.32469315502749
  
 Velocity Station  5  does not lie in grid
 Please check coordinates for this station
 Program will estimate nearest element
 Proximity Index for this Station is  1324.44528636541031
  
 Velocity Station  6  does not lie in grid
 Please check coordinates for this station
 Program will estimate nearest element
 Proximity Index for this Station is  1325.47681438766404
  
 -20 0.0 15.0 360 ! NOUTGV,TOUTFGV,NSPOOLGV : GLOBAL VEL                         
 Global Input file read successfully
 This model has  0  weir node pairs
 edge count =  26317
 
 Grid Partition Data
 METIS 4.0 will require approximately  2999984  bytes
 Total Edges Cut =  3737
  
 METIS has partitioned nodes
  
 Determine the parameters MNPP and MNEP
  Setting MNPP =  2460
  Setting MNEP =  4486
 Allocate arrays dimensioned by MNPP and MNEP
  
 Decomposition of grid begins
 Decomposition Data
 DOMAIN  RES_NODES  GHOST_NODES  TOT_NODES  ELEMENTS
 ------  ---------  -----------  ---------  --------
 GLOBAL                              9201      17111
 PE0000      2338         87         2425       4486
 PE0001      2373         87         2460       4480
 PE0002      2244        115         2359       4260
 PE0003      2246         30         2276       4192
 Decomposition successful
 Writing Message-Passing Info Files for each PE
  
 Communication Data
 DOMAIN  COMM_PE  %(SURF/VOL)
 ------  -------  -----------
 PE0000        2      3.72
 PE0001        2      3.67
 PE0002        3      5.12
 PE0003        1      1.34
 Writing Local UNIT 14 (Grid) File for each PE
  
 Boundary Node Decomposition Data
 DOMAIN      NOPE    NETA    NBOU  NVEL    NWEIR
 GLOBAL       1      80       7    1223       0
 PE0000       0       0       1     277       0
 PE0001       1      32       6     338       0
 PE0002       1      50       3     301       0
 PE0003       0       0       1     330       0
 Writing Local UNIT 15 (Run Info) File for each PE
  
 Station Data
 DOMAIN      NSTAE   NSTAV    NSTAC    NSTAM
 GLOBAL       6       6       0       0
 PE0000       0       0       0       0
 PE0001       0       0       0       0
 PE0002       6       6       0       0
 PE0003       0       0       0       0
 Writing domain-decomposition file for post-processor
 
 Finished pre-processing input files
