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  1. Import the branch locations into PCRaster. This is done with the PCRaster general adaptor export, which produces branch0000.000 file.
    • Copy the X and Y locations from the Branches.xml and make an new irregular grid (XXX_branch_grid) in Grids.xml
    • Make a new location ID for XXX_branch_grid.
    • Make XXX_interpolate_grid_to_branch_grid file. This file converts the locationid from XXX_merged to the XXX_branch_grid. And back to the XXX_merged grid, making use of inverse distance interpolation technique. Adapt the search radius to grid size. (= smaller than half a grid cell)
    • Make general adaptor run file: XXX_PCR_generate_branch_file. This file exports the branch0000.000 file.
  2. Make stream flow direction map.
    • Export the stream flow direction map with the Modflow general adaptor by running the XXX_prepare.bat. The exported stream direction map file "XXX_Streamflow_Directions.asc" can be found in the "toNGMS" folder.
    • Rename this stream flow direction asci file into "strdir.asc"
  3. Make initial scalar and ldd map
    • use mapattr command to produce scalar.map -> mapattr scalar.map
      number of columns =360
      number of rows=240
      data type = scalar
      projection= y increases from bottom to top
      x upperleft corner=400000
      y upperleft corner=170000
      celllength = 250
    • use mapattr command to produce ldd.map -> mapattr ldd.map
      number of colums =360
      number of rows=240
      data type = ldd
      projection= y increases from bottom to top
      x upperleft corner=400000
      y upperleft corner=170000
      celllength = 250
  4. Make a new temporary workflow (e.g. XXX_configuration_only) and adapt the WorkflowDescriptorDescriptors and the ModuleinstanceDescriptors file
  5. Run workflow XXX_PCR_generate_branch_file. This run produces the following files: brancesbranches_grid.map, cross_points.map and stream_directions.map
  6. make XXX_QTRIB_ref(Historic) transformation file (as described in step 7 using the moduleinstance generation spreadsheet)
  7. adapt interpolation and compare files (as described in step 7 using the moduleinstance generation spreadsheet)
  8. adapt Moduledescriptor and ModuleinstanceDescriptors if still applicable

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