pofff#
An open-source image-based history-matching framework for the FluidFlower benchmark using OPM Flow, ERT, and Everest.
pofff generates FluidFlower simulation models, runs OPM Flow, writes benchmark CSV files, compares simulations with experimental and published results, and supports history matching with ERT and Everest.
Learn the main simulation, benchmark, and history-matching workflows.
Install pofff, OPM Flow, ERT, Everest, and visualization tools.
Define the grid, thickness, facies, sources, injection schedule, and history-matching settings.
Run a simulation and add its results to the FluidFlower comparisons.
Quick installation#
Install the current development version:
pip install git+https://github.com/cssr-tools/pofff.git
See Installation for virtual environments, OPM Flow, ERT, Everest, ResInsight, plopm, optional LaTeX support, and installation from source.
Quick start#
Run a FluidFlower simulation and generate benchmark results at 24, 48, and 72 hours:
pofff -i examples/single.toml -o output -t 24,48,72
Generate only the OPM Flow and workflow input files:
pofff -i examples/single.toml -o output -m files -f none
Display the available command-line options:
pofff --help
See Tutorial for a guided simulation and comparison workflow, Examples for focused applications, and Command-line reference for exact syntax, accepted values, defaults, and option compatibility.
What can pofff do?#
Create Cartesian, tensor, and corner-point grids with geological facies, thickness maps, sources, observation sensors, and benchmark regions.
Generate input files, run OPM Flow, process benchmark data, and create figures independently or as a connected workflow.
Export sparse time-series and dense spatial CSV data, then compare local or external simulations with experimental and published results.
Run ERT ensemble studies or Everest differential-evolution optimization, then extract and postprocess the best simulation.