1. The normalizing in keyword names has been moved from
Eclipse3DProperties to GridProperties.
2. The normalizing does both UPPERCASE and removes trailing
whitespace.
Severs the code dependency on opm-commmon. There was no actual
functional dependency here, with the exception of some enable/disable
warning headers. To properly make opm-parser a stand-alone module the
usage of these headers have been removed and the dependency on
opm-common is gone.
* Removed method getDims since getNXYZ already exists
* Now we throw if EclipseGrid get lean deck
* Removed tests for assertCellInfo and hasCellInfo
* Fixed ResinsightTests to use GridDims
* Added a test to ensure DIMENS/SPECGRID are handled consistently
* Added GridDims.cpp source file and moved code from header
* Added GridDims.(c|h)pp to CMakeLists
* Removed use of MessageContainer in GridDims, updated calls
* Made function getDims(keyword) inline readDims
* Reformatted GridDimens
* Fixed a Section to Section& bug that occurred after removing ptr's
* Renamed initFaults to addFaultFace
* Organized imports in EclipseState and Eclipse3DProperties
* Fixed 2013 to 2016 error in header in E3DP
- Moved the handling of keywords from Eclipse3DProperties to
GridProperties<T>.
- The GridProperty<T> postprocessor is invoked from
GridProperties<T>::getKeyword() method. The question of whether the
postprocessor should be invoked or not is determined by the
overload:
public:
const GridProperty<T>& getKeyword(const std::string) const;
private:
GridProperty<T>& getKeyword(const std::string);
The public const overload will run the postprocessor, whereas the
non-const private overload should (will) be used in the construction
phase and should not invoke the post processor.
- The two pass passing where we first internalize integer keywords and
then floating point keywords has been removed.
- Code in GridProperties has mainly been moved to GridProperties.cpp
with explicit instantiation for int and double.
With the inflexible GridProperty*Function replaced with std::function,
bind parameters individually to each property, indicating exactly what
dependencies any function has.
Replaces the home-grown capturing function object with std::function.
Using the library provided std::function enables creating the objects
via std::bind, enabling non-uniform signatures and relieves us of a
maintenance burden.
