Reference

GeoTop

bromodels.GTM.GeoTop.GeoTopDomain(west=118421, south=484233, east=121256, north=486076, bottom=-20)[source]

Extract a Dataset based on a domain (west, south, east, north, bottom) of GeoTop.

Parameters:

  • west (int, float, optional) – Coordinate in RD new (EPSG:28992)

  • south (int, float, optional) – Coordinate in RD new (EPSG:28992)

  • east (int, float, optional) – Coordinate in RD new (EPSG:28992)

  • north (int, float, optional) – Coordinate in RD new (EPSG:28992)

  • bottom (int, float, optional) – Bottom of the domain [m NAP]

Return type:

Dataset

bromodels.GTM.GeoTop.GeoTopColumn(x=134464, y=454423)[source]

Extract a Dataset based on a point (x, y) location in GeoTop.

Parameters:

  • x (int, float, optional) – Coordinate in RD new (EPSG:28992)

  • y (int, float, optional) – Coordinate in RD new (EPSG:28992)

Return type:

xarray.Dataset

bromodels.GTM.GeoTop.GeoTopPoint(x=134464, y=454423, z=-10)[source]

Extract a Dataset based on a point (x, y, z) location in GeoTop.

Parameters:

  • x (int, float, optional) – Coordinate in RD new (EPSG:28992)

  • y (int, float, optional) – Coordinate in RD new (EPSG:28992)

  • z (int, float, optional) – Depth in m NAP

Return type:

xarray.Dataset

bromodels.GTM.GeoTop.geotop_stratigraphic_unit()[source]

Read lookup DataFrame that relates stratigraphic values to description.

Return type:

DataFrame

bromodels.GTM.GeoTop.geotop_lithology_class()[source]

Read lookup DataFrame that relates lithology values to description.

Return type:

DataFrame

REGIS

bromodels.HGM.Regis.RegisDomain(west=118421, south=484233, east=121256, north=486076, bottom=-500)[source]

Extract a Dataset based on a domain (west, south, east, north, bottom) of Regis.

Parameters:

  • west (int, float, optional) – Coordinate in RD new (EPSG:28992)

  • south (int, float, optional) – Coordinate in RD new (EPSG:28992)

  • east (int, float, optional) – Coordinate in RD new (EPSG:28992)

  • north (int, float, optional) – Coordinate in RD new (EPSG:28992)

  • bottom (int, float, optional) – Bottom of the domain [m NAP]

Return type:

Dataset

bromodels.HGM.Regis.RegisColumn(x=134464, y=454423)[source]

Extract a Dataset based on a point (x, y, z) location in Regis.

Parameters:

  • x (int, float, optional) – Coordinate in RD new (EPSG:28992)

  • y (int, float, optional) – Coordinate in RD new (EPSG:28992)

  • z (int, float, optional) – Depth in m NAP

Return type:

xarray.Dataset

bromodels.HGM.Regis.RegisPoint(x=134464, y=454423, z=-10)[source]

Extract a Dataset based on a point (x, y, z) location in Regis.

Parameters:

  • x (int, float, optional) – Coordinate in RD new (EPSG:28992)

  • y (int, float, optional) – Coordinate in RD new (EPSG:28992)

  • z (int, float, optional) – Depth in m NAP

Return type:

xarray.Dataset

bromodels.HGM.Regis.regis_stratigraphic_unit()[source]

Read lookup DataFrame that relates stratigraphic values to description.

Return type:

DataFrame

bromodels.HGM.Regis.dataset_fill(ds, anisotropy, obj)[source]

Use anisotropy to fill conductivity values and fill missing values based on user input.

Parameters:

  • ds (xarray.Dataset) –

  • anisotropy (int, float) – Magnitude of difference conductivity in different directions (Vertical = Horizontal * anisotropy)

  • obj (Dict[Any, Tuple[Number, Number]]) – A dictionary with a key corresponding to the layer name and a tuple containing the horizontal and vertical conductivity value

Return type:

xarray.Dataset