![\"\"](\"http:\/\/opm-project.org\/wp-content\/uploads\/2024\/10\/modules.png\")
<\/a><\/p>\nReleases 2023.04 \u2013 2024.04<\/h3>\n
After the 2022.10 release, the opm-material module was folded into and merged with opm-common.<\/p>\n
After the\u00a02019.04 release, the ewoms module was\u00a0renamed opm-models.<\/p>\n After\u00a0the 2017.10 release the opm-core module was\u00a0removed, and the modules opm-parser and opm-output were\u00a0folded into opm-common.<\/p>\n The figure below shows the situation for the releases in 2017.<\/p>\n There are two changes since the previous\u00a0release, namely that opm-simulators now depend on ewoms, and that opm-core now depends on opm-grid instead of the other way around.<\/p>\n The figure below shows the situation for release 2016.10.<\/p>\n The most important change since the release before\u00a0is that opm-output no longer depends on opm-core, in fact the opposite is true: opm-core now depends on opm-output.<\/p>\n The figure below shows the situation for release 2016.04.<\/p>\n The current set of modules are:<\/p>\n Module structure Each repository on GitHub is considered a separate module. The dependency relations between them are not completely trivial, and change over time. The figure below shows the current module structure. After the 2024.04 release, the opm-models module was folded into and merged with opm-simulators. Releases 2023.04 \u2013 2024.04 After the 2022.10 release, the … Continue reading Modules<\/span> <\/a><\/p>\nReleases 2019.10\u20132022.10<\/h3>\n
<\/a><\/p>\nRelease 2018.04, 2018.10 and 2019.04<\/h3>\n
<\/a><\/p>\nRelease 2017.04 and 2017.10<\/h3>\n
<\/a>Release 2016.10<\/h3>\n
<\/a>Release 2016.04<\/h3>\n
<\/a>Module descriptions<\/h3>\n
\n
\nContains the OPM build system (CMake<\/a> modules and scripts), as well as some basic, common C++ code (error macros, logging facilities and minor utilities). Also contains three major features:<\/p>\n\n
\nReading industry-standard reservoir simulation input decks (Eclipse format), including complex schedules, as well as multipliers and modifiers.<\/li>\n
\nFacilities for creating output in various formats from simulator programs, in particular\u00a0Eclipse summary and restart files.<\/li>\n
\nContains CpGrid, a corner-point grid class, and PolyhedralGrid, a grid class for general polyhedral unstructured grids. Both using the Dune<\/a> grid interface. Also now contains the UnstructuredGrid C struct and associated functions, functions for processing corner-point grids, the GridManager class and other grid utilities.<\/li>\n
\n<\/strong>The Flow<\/em> reservoir simulator is in this module, including discretization and assembly. Also contains various support classes for simulator codes such as well treatment, aquifers and linear solvers.<\/li>\n
\nVarious utilities and solvers used for flow-based upscaling of both permeability (single-phase upscaling) and relative permeability (two-phase upscaling), including capability for steady-state upscaling.<\/li>\n<\/ul>\n","protected":false},"excerpt":{"rendered":"