
This catalogue contails binary (PC) files which represent a table.
A last character 's' shows a save version.
A .bak showns a backup version.


The file def_lab.txt is a text file with definitions used in the label system.
++++++++++++++++++++++++++ DO NOT CHANGE THE FILE ++++++++++++++++++++++++++++
def_lab.txt contains the definitions:
   - def_rgn: region names (i.e. web region_names) National prefix.
   - def_dtm: datum definitions.
   - def_prj: gereral and specific projection names 
   - def_grs: Geodetic Reference System definitions
 
The file def_shp.txt is a text file with references between SHAPE .prj files
     and the minilabel system. DO NOT CHANGE. 


The manager.tab file is a manager file for tables.

The manager.gps file is a manager file for ITRF transformations.

The itrf_plat.bin is a plate boundary polygon file used by plate
velocities in ITRF transformations


Naming strategy:
1.dim. table: binary table:  <name>.<version>
              text   table:  <name>.<version>x
2.dim. table: binary table:  <name>.<version>
              text   table:  <name>.<version>Nx or <name>.<version>x
              text   table:  <name>.<version>Ex
3.dim. table: binary table:  <name>.<version>
              text   table:  <name>.<version>Nx or <name>.<version>x
              text   table:  <name>.<version>Ex
              text   table:  <name>.<version>Hx
lock area table           :  <name>.lck
    (only used in dhdnn50: kommune dh table)

Table Types Names:
Geoid           dvr90g2013.01
                  dk89g.01
                  fogeoid12.02
                  gr2000g.06       // coordsys geo_gr96
                  ee98g.01
                  nkg2004g.01
                  egm96g.01
                  fehmarngeoid10.bin  // coordsys geo_feh10
                  fbeltgeoid.bin  // coordsys geo_detrs89
      historical  dvr90g2002.01
      historical  fe95g.01
      historical  dk89g.01
      historical  dma84g.b1
      historical  dma84g.f1
      historical  gr2000g.01       // coordsys geo_wgs84
      historical  gre94g.01
      historical  gre96f.01
      historical  nkg2002g.01
      historical  nkg96g.01
      historical  nkg89g.01 
      historical  vj96g.01
Bouguer anaoma.   dkgboug.04
Height difference dhdnndvr.01
                  dhdnn50.01    (kommune dH)
                  dhfvr09oldmsl.12 (fvr09 -> oldmsl)
                  dhdvrfcsvr.10 (dvr90->Fehmarn)
                  dhdhhn92fcsvr.10 (DE_dhhn92->Fehmarn)
      historical  dhgmdvr.01
Uplift            nkgrf03app.01 (aparent NKG)
      historical  uplov2e.ap    (aparent NKG)
      historical  uplbifr1.ap
      historical  upllm1.ap     (lantmäteriet)
      historical  uplme1.ap     (Martin Ekmann)
      historical  uplov2.ap
      historical  uplov1.ap
      historical  uplov1e.ap    (extended)
3-dim transf.     nadggr96.06   (nad83g -> gr96 3D)
                  aitken.04     (erroneous photo measurements)
3-dim velocity    nkgrf2003.vel
2-dim double      grsoek<sea_chart_nr>.06 (Old_dtm -> gr96)


Text table syntax:
#<table_name>
    <minN> <maxN> <minE> <maxE> <Nstep> <Estep>
#<coordinate label> * describing the table grid ;

<TABLE organized: From (maxN, minE) to (maxN, maxE) in (Esteps)
 (each line contaning max 8 values)
 From (maxN-Nstep, minE) to (maxN-Nstep, maxE) as above
 ...
 To   (minN, minE) to (minN, maxE) as above >

In <TABLE> each second line may be preceeded by information
on the coordinates and index of the first table value in the line
 <info_line> = crd_N    crd_E    row_index   col_index
where row_index = (maxN - crd_N) / Nstep
and   col_index = (crd_E - minE) / Estep
This info is controled by the -h parameter in table_adm.


