#                               Bruce Peterson,  ORNL,  865-946-1352
#                               2004 Jan 27     <PetersonBE@ornl.gov>
#   You may run program RHA to reformat the native ASCII network files
#   into a GIS-ready form, with your selection of attributes.  RHA is
#   provided as both Fortran source code and a Microsoft Windows executable.
#
#   To run RHA, 
#   1.  Edit this CFG file with link and node variables to be included
#       in output, the output format ("TYPE"), and replace file names of 
#       input and output.
#   2.  In a DOS window, type      \path\RHA  RHASHAPE.txt
#       ie, executable filename with optional path followed by [this] 
#       configuration file's name.
#
#   The CFG file contains the program's instructions;  RHA is batch, not 
#   interactive.  To import the data into your GIS, you may have to further
#   specify to the GIS the nature of the data, eg, with an AML in Arc/Info
#   or a dictionary file in Maptitude.  The list of variables below will
#   help you construct these instructions.
#
#   The executable RHA.EXE was produced by the Digital Visual Fortran
#   compiler under WinNT using compiler libraries and the accompanying 
#   RHAMAIN.FOR and RHASUBS.FOR source code files only.
#
#   The list of possible output variables for highways (DSYSTM='h')
#   is included below.  Add or remove comment symbols ('#') for the 
#   variables you want.  Order is irrelevant to the program.
#
#
#                              RHA config file   for US

 type     V-shapefiles  (A-arc P-maptitude M-mapinfo T-transcad2)
 dsystm   h   
 blnkcv   "_"              # to avoid all blank character variables

  output   d:\tmp\hpu      # output file names will be extensions of this root,
                           # eg,  hpul.mdf, hpun.mif, etc
  input    d:\tmp\hp40us.lkr

 jexcl    U               # exclude unused nodes (of incidence zero)

#lincl    LSEQ     i   6                 # Ie, 1,2,3,4,...
#lincl    LID      i   8     
 lincl    ALID     c   8        
#lincl    LTYP     c   1
#lincl    SR       c  18   
 lincl    SR1      c   6
 lincl    SR2      c   6
#lincl    SR3      c   6       
 lincl    MILES    f   6,2
 lincl    HDNG     c   1
 lincl    ONEWAY   c   1
 lincl    RURB     c   1
 lincl    MEDIAN   c   1
 lincl    ACCESS   c   1
 lincl    NLANE    i   2
 lincl    STATUS   c   1
 lincl    TRFCTL   c   1
 lincl    TOLL     c   1
 lincl    BIT1     c   1
 lincl    TRKRT    c   1
 lincl    STRHNT   c   1
 lincl    BITTNL   c   1
 lincl    ADMIN    c   1
 lincl    FUNC     c   2
 lincl    LSRC     c   1
 lincl    LUPDAT   c   1
 lincl    SUBNET   c   1
 lincl    JA       i   7,7     
 lincl    JB       i   7,7     
 lincl    STREET   c  13
#lincl    PAVMNT   c   1   
#lincl    FFUNC    c   1  
#lincl    NPOINT   i   4        
#lincl    GLEN     f   6,2      
#lincl    DSTRAT   f   7,3      
#lincl    EFUNC    f   4,1      
#lincl    DIRCTN   c   2        
#lincl    PHYSCL   c   5        
#lincl    SHIELD   c   1        

#jincl    JSEQ     i   6       
 jincl    JID      i   7,7     
#jincl    AJID     c   7    
#jincl    JLON     f  10,5
#jincl    JLAT     f  10,5
#jincl    JTYP     c   1         
 jincl    FACIL    c   1         
 jincl    ASTATE   c   2         
 jincl    JNAME    c  26         
 jincl    INCID    i   1         
#jincl    JICHG    c   1   
#jincl    JSRC     c   2    
#jincl    JQID     i   6        
#jincl    AJQID    c   6        
#jincl    BSTAT1   i   2           
#jincl    BSTAT2   i   2           
#
END