pofff.visualization.maps module

Create spatial benchmark overlays from simulation and experiment data.

Simulation saturation and dissolved-CO2 fields are segmented on the FluidFlower reporting grid, combined with experimental contour boundaries and geological lines, and written as maps for the requested evaluation times.

pofff.visualization.maps._load_geological_lines(path)

Load geological points and line connectivity for plotting.

Parameters:

pathobject

Input, output, or project path.

pofff.visualization.maps._segment_simulation_fields(filename, satmin, conmin)

Segment saturation and concentration on the reporting grid.

Parameters:

filenameobject

Path to the input file.

satminobject

Minimum gas-saturation threshold.

conminobject

Minimum dissolved-CO2 concentration threshold.

pofff.visualization.maps._write_overlay_map(simulations, experiment, x, z, points, lines, t)

Write one simulation and experiment overlay map.

The figure is written as map_<time>h.png in the current directory.

Parameters:

simulationsobject

Segmented simulation classes on the benchmark reporting grid.

experimentobject

Segmented experimental classes on the benchmark reporting grid.

xobject

Cell or plotting x coordinates in metres.

zobject

Cell or plotting z coordinates in metres.

pointsobject

Geological points represented by x and z coordinates in metres.

linesobject

Pairs of point indices defining geological line segments.

tobject

Evaluation time label in hours.

pofff.visualization.maps.run_maps(argv=None)

Generate spatial overlay maps for the requested times.

Parameters:

argvobject, optional

Arguments to parse instead of the process command line.