The original I, J, K values (row, col, layer) should be preserved and added as properties on the NestedHybridGrid class.
There are multiple use cases where the original IJK is necessary to know, e.g. for post-processing purposes. These properties could easily be transferred from the original input grid to the nested grid by appending them as properties to the coarse grid before the grid merge is run. This will transfer the property automatically to the nested grid by the grid_merge() functionality.
In the _build_nested_hybrid_grid() we could after appending the input region add these lines:
for prop in coarse_grid.get_ijk(names=("I_orig", "J_orig", "K_orig")):
coarse_grid.append_prop(prop)This will append I,J,K to the grid with the names I_orig, J_orig, and K_orig. They will then appear and be available in the properties property and can also be fetched from the final nested hybrid grid like so nhg.grid.get_prop_by_name("I_orig")
The original I, J, K values (row, col, layer) should be preserved and added as properties on the
NestedHybridGridclass.There are multiple use cases where the original IJK is necessary to know, e.g. for post-processing purposes. These properties could easily be transferred from the original input grid to the nested grid by appending them as properties to the coarse grid before the grid merge is run. This will transfer the property automatically to the nested grid by the
grid_merge()functionality.In the
_build_nested_hybrid_grid()we could after appending the input region add these lines:This will append I,J,K to the grid with the names
I_orig,J_orig,andK_orig. They will then appear and be available in thepropertiesproperty and can also be fetched from the final nested hybrid grid like sonhg.grid.get_prop_by_name("I_orig")