This commit adds support for the GEFF, WEFF, and WEFFG summary
vectors that report the efficiency factors at the well (WEFAC) and
group (GEFAC) levels. WEFFG additionally accounts for efficiency
factors in a well's superior groups in the group tree.
Faults are stored in an OrderedMap with the full string used during
construction even if that is longer than 8 characters. When later
these faults are e.g. modified whith MULTFLT using only the first 8
characters, the only message the user got was
```
An error occurred while creating the reservoir properties
Internal error: Key not found:
Unrecoverable errors while loading input: Key not found
```
With this patch we at least add some more context to the error
message:
```
Error:
An error occurred while creating the reservoir properties
Internal error: [/../EclipseState.cpp:362] Could not set fault transmissibility multiplier 5.23166e-10 for fault CFN2_05t: Key ABCD_05q not found. Similar entries are ABCD_05q_extended_width, UABCD_05q_extended_width.
```
Message now becomes:
```
Error: Problem with keyword MULTIREG
In /path/to/file.inc line 3
region operation on 3D field MULTZ with global storage is not implemented!
```
MULTZ is the only keyword that is stored in global representation
(i.e. with values for inactive cells, too) to allow the "PINCH ALL"
processing. This produced errors like:
```
Error:
An error occurred while creating the reservoir properties
Internal error: Region operations on 3D fields with global storage is
not implemented
```
With this change the error message has more information for the user
and might help to work around it:
```
Error:
An error occurred while creating the reservoir properties
Internal error: In file /path/to/file.inc line 3: MULTIREG region operation on 3D field MULTZ with global storage is not implemented!
```
ERft - return false (not throw an exception) if function hasArray( .. ) is used with an
non-existing rftreport.
ERst - new memeber function hasArray ( .. )
Convert the Python opm package from a regular package to a namespace
package such that opm-simulators can contribute to the package from a
different filesystem path. In this way, the two packages opm.simulators
and opm.io (for example) can have a different parent filesystem path.
Previously, touching CMakeLists.txt after a first compilation would
trigger compile errors as the two CMake runs were done with
inconsistent parameters (first one without USE_SUPERLU defined and
second one with -DUSE_SUPERLU=ON). Of course that meant that the
options would also differ from module to module, which seems like a
recipe for desaster.
This patch fixes this by moving the definition of the USE_SUPERLU
option to OpmInit.cmake which is included very early in the top most
CMakeLists.txt of each module.
ClosesOPM/opm-simulators#3908
We need to honour a "small rate threshold" when outputting the lift
gas max supply rate limit and total gas production limit. This
threshold renders the output discontinuous, but is needed for
compatibility.
Uses GNUInstallDIrs' CMAKE_INSTALL_DATAROOTDIR as top directory for
common python scripts. Also adds that location to
opm-project-config.cmake.in such that other opm modules can
easily lookup the common scripts
Loading summary vector from restart simulation with loadBaseRunData = true and selected summary vector not present in baserun.
Common use case where a new vector added in the restart run.
The ESMRY file can be updated with more time step data in the time span between opening an ESMRY file
and loading actual summary data from the file. This can happen if the ESMRY is generated by an active
run. Length of summary vectors extracted will be equal to number of time steps on disk when the file was
first opened (with the constructor).
