Specifically, refine the representation to allow a boundary condition
to apply to a set of interfaces rather than just a single face. This
support is realised by the introduction of new interface
flow_conditions_append_multi().
Update all consumers of struct FlowBoundaryConditions to accommodate
the one-to-many boundary condition interface mapping in the process.
Specifically, replace the existing flowbc_t (that was densely
represented on each interface, including internal interface and
external no-flow interfaces) with a new structure given by
struct FlowBoundaryConditions
The semantics of this structure mirror those of "struct Wells" from
<opm/core/newwells.h>, but is currently mostly intended for simple,
incompressible flow purposes.
Update pressure solvers supporting boundary conditions to accommodate
the new boundary condition representation in the process.
We want to avoid having hundreds of files with a single function, therefore
these functions have been lumped together. With time, a more sophisticated
organization of such free functions may be in order.
The code attempts to improve #iterations in the Gauss-Seidel-like
multicell solver by improving ordering. In general, experiment failed
to improve #iterations, except for one: totally random order was the
best (for the 100x100 case tried)!
This is for the experimental change of the graph topology, putting the
connections in the graph sorted by flux magnitude. Currently the
changes are in the file, but commented out until further experiments
have been done.
- Added solveMultiCell() virtual method.
- TransportModelInterface::reorderAndTransport() now calls solveMultiCell()
instead of aborting if encountering multi-cell components.
- Implemented solveMultiCell() in TransportModelTwophase by solving
each cell individually with solveSingleCell() and repeating until
saturation change is small (hardcoded 1e-9 for now).
- Using new solve() method in spu_2p.
- solve() implemented in terms of protected superclass method reorderAndTransport().
- Removed unused code being replaced by solve().
- These classes were imported (copied) from the dune-porsol repository,
and copies remain there for the time being.
- Some of the black oil fluid classes that are in opm-core, such as the
SinglePvt* classes, are direct descendants of the Miscibility* classes
that have been removed.
- At some point, we may modify dune-porsol to use the new fluid interfaces
from opm-core, but for now we keep using the existing code as-is.
