Reading input files

setup_case_from_mrst("filename.mat"; kwarg...)

Set up a Jutul.SimulationCase from a MRST-exported .mat file.

simulate_mrst_case(file_name)
simulate_mrst_case(file_name; <keyword arguments>)

Simulate a MRST case from file_name as exported by writeJutulInput in MRST.

Arguments

• file_name::String: The path to a .mat file that is to be simulated.

Keyword arguments

• extra_outputs::Vector{Symbol} = [:Saturations]: Additional variables to output from the simulation.
• write_output::Bool = true: Write output (in the default JLD2 format)
• output_path = nothing: Directory for output files. Files will be written under this directory. Defaults to the folder of file_name.
• write_mrst = true: Write MRST compatible output after completed simulation that can be read by readJutulOutput in MRST.
• backend=:csc: choice of backend for linear systems. :csc for default Julia sparse, :csr for experimental parallel CSR.
• verbose=true: print some extra information specific to this routine upon calling
• nthreads=Threads.nthreads(): number of threads to use
• linear_solver=:bicgstab: name of Krylov.jl solver to use, or :direct (for small cases only)
• info_level=0: standard Jutul info_level. 0 for minimal printing, -1 for no printing, 1-5 for various levels of verbosity

Additional input arguments are passed onto, setup_case_from_mrst, setup_reservoir_simulator and simulator_config if applicable.

MRSTWrapMesh(G, N = nothing)

Mesh that adapts an exported MRST mesh to the Jutul interface. G is assumed to be read directly from file using MAT.matread. The raw exported grid can be found under the data field.

simulate_data_file(inp; parse_arg = NamedTuple(), kwarg...)

Simulate standard input file (with extension .DATA). inp can either be the output from setup_case_from_parsed_data or a String for the path of an input file.

Additional arguments are passed onto simulate_reservoir. Extra inputs to the parser can be sent as a parse_arg NamedTuple.