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imod.prepare.DISTRIBUTING_OPTION#

class imod.prepare.DISTRIBUTING_OPTION(value, names=None, *, module=None, qualname=None, type=None, start=1, boundary=None)[source]#

Enumerator containing settings to distribute 2D conductance grids over vertical layers for the RIV, DRN or GHB package.

  • by_corrected_transmissivity: RIV. Distribute the conductance by corrected transmissivities. Crosscut thicknesses are used to compute transmissivities. The crosscut thicknesses is computed based on the overlap of bottom_elevation over the bottom allocated layer. Same holds for the stage and top allocated layer. Furthermore the method corrects distribution weights for the mismatch between the midpoints of crosscut areas and model layer midpoints. This is the default method in iMOD 5.6, thus DISTRCOND = 0.

  • equally: RIV, DRN, GHB. Distribute conductances equally over layers. This matches iMOD 5.6 DISTRCOND = 1 option.

  • by_crosscut_thickness: RIV. Distribute the conductance by crosscut thicknesses. The crosscut thicknesses is computed based on the overlap of bottom_elevation over the bottom allocated layer. Same holds for the stage and top allocated layer. This matches iMOD 5.6 DISTRCOND = 2 option.

  • by_layer_thickness: RIV, DRN, GHB. Distribute the conductance by model layer thickness. This matches iMOD 5.6 DISTRCOND = 3 option.

  • by_crosscut_transmissivity: RIV. Distribute the conductance by crosscut transmissivity. Crosscut thicknesses are used to compute transmissivities. The crosscut thicknesses is computed based on the overlap of bottom_elevation over the bottom allocated layer. Same holds for the stage and top allocated layer. This matches iMOD 5.6 DISTRCOND = 4 option.

  • by_conductivity: RIV, DRN, GHB. Distribute the conductance weighted by model layer hydraulic conductivities. This matches iMOD 5.6 DISTRCOND = 5 option.

  • by_layer_transmissivity: RIV, DRN, GHB. Distribute the conductance by model layer transmissivity. This has no equivalent in iMOD 5.6.

__init__(*args, **kwds)#

Attributes

by_corrected_transmissivity

equally

by_crosscut_thickness

by_layer_thickness

by_crosscut_transmissivity

by_conductivity

by_layer_transmissivity

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