Initial fluid contact surfaces¶

This exports modelled initial fluid contact surfaces from within RMS.

Each fluid contact surface corresponds to a specific zone or a group of zones that share a common fluid contact. These surfaces typically cover the full spatial extent of the zone, and are not restricted to areas above the contact.

The fluid contact types supported is

fwl (Free water level)
fgl (Free gas level)
goc (Gas-oil contact)
gwc (Gas-water contact)
owc (Oil-water contact)

Current¶
Field	Value
Version	NA
Output	`share/results/maps/fluid_contact_surface/contactname/surfacename.gri`
Security classification	🟡 Internal

Requirements¶

RMS
fluid contact surfaces stored in the General 2D data folder within RMS.
names of surfaces defined in the stratigraphy block

A folder named fluid_contact_surfaces must exist in the root of the General 2D data folder in RMS. This folder should contain at least one subfolder with a valid fluid contact name (e.g., fwl, see the list above). The export function will automatically process and export all surfaces found within these subfolders.

Note

The names of the fluid contact surfaces must be defined in the stratigraphy block of the configuration to enable mapping against masterdata.

Usage¶

export_fluid_contact_surfaces(project)[source]¶

Simplified interface when exporting initial fluid contact surfaces from RMS.

Parameters:: project (Any) – The ‘magic’ project variable in RMS.
Return type:: ExportResult

Examples

Example usage in an RMS script:

from fmu.dataio.export.rms import export_fluid_contact_surfaces

export_results = export_fluid_contact_surfaces(project)

for result in export_results.items:
    print(f"Output surfaces to {result.absolute_path}")

Result¶

The fluid contact surfaces from the General 2D data folder will be exported as ‘irap_binary’ files to share/results/maps/fluid_contact_surface/contactname/surfacename.gri.

Standard result schema¶

This standard result is not presented in a tabular format; therefore, no validation schema exists.