Integrated Fwk updates in Resinsight branch up to changelist 173.
Summary of changes:
* Rewrite of cvf::OverlayItem to allow fixed user controlled positioning
of the items.
* Removed pure virtual functions OverlayItem::maximumSize() and
OverlayItem::minimumSize().
* Use caf::AboutDialog instead of modified cvfqt::BasicAboutDialog.
* Removed lapack from link line due to fail on Ubuntu 12.04 when lapack
isn't installed.
* Fix in OpenGLContext::saveOpenGLState() to avoid application
corruption when running on RedHat with VMWare.
* Removed unused font manager.
* Console assert handler only calls __debugbreak() if debugger is
present. Otherwise, calls abort(). Done after trouble running gtest
death tests.
* Made component access functions in Color3f, Color3ub, Color4f,
Color4ub inline.
* Added conversion functions between TextureImage and QImage to
cvfqt::Utils class.
* Optimized TextureImage::setPixel() - relies on new inlined
component-wise access functions for Color4ub.
* Added TextureImage::clear() and non-const version of
TextureImage::ptr().
The grid number associated with an ert grid was an ID and not an index.
In addition: Fixed unrobustness handling wells with no data.
Now the /Troll/MSW_LGR/2BRANCHES-CCEWELLPATH-NEW-SCH-TUNED-AR3.EGRID file loads( Have tested only two timesteps ).
p4#: 22321
Add point contributions even when it is undefined to store the segment below id, which is needed for the traversal.
The undefined positions comes from bottom end segments without connections.
Also cleaned up the the static well calculation
This is an intermediate commit and does not compile
p4#: 22226
The results memory on each timestep was not freed resulting in all the data from all the cases for all timesteps in memory at the same time ...
In addition, the data was read accidentaly before the timeloop for all the source cases for all timesteps.
So, should perform better now, but there still are some memory allocated in the start, that i cant quite account for.
p4#: 22011
Added PDM objects for a list of well paths (RimWellPathCollection) and for individual well paths (RimWellPath).
RimWellPathCollection uses RivWellPathCollectionPartMgr to generate visualization parts for each well path in the collection.
RimWellPath handles geometry defined in RigWellPath, and RivWellPathPartMgr is used to generate visualization parts. The well path visualization parts are generated by reusing RivPipeGeometryGenerator (also used for well pipes).
Added features:
- Select Open Well Paths in File menu to open one or more well path files, file format supported is Statoil JSON format.
- Each well path has a label showing the name, and the PDM window will show additional info (Id, Source System, UTM Zone, Update Date and User, Survey Type, File Path).
- Possible to turn on / off visibility, set thickness, set color for individual well paths.
- List of well paths including specified parameters/settings will be stored in project file.
- Possible to clip all well paths at a specified distance to the reservoir as this is the relevant area to see, and if showing whole well path it may be problematic for auto zoom etc.
Known problems:
- Well paths are not shown in some types of reservoir views, for instance reservoir views showing well pipes. Will look into this later.
p4#: 21658
Added PDM objects for a list of well paths (RimWellPathCollection) and for individual well paths (RimWellPath).
RimWellPathCollection uses RivWellPathCollectionPartMgr to generate visualization parts for each well path in the collection.
RimWellPath handles geometry defined in RigWellPath, and RivWellPathPartMgr is used to generate visualization parts. The well path visualization parts are generated by reusing RivPipeGeometryGenerator (also used for well pipes).
Added features:
- Select Open Well Paths in File menu to open one or more well path files, file format supported is Statoil JSON format.
- Each well path has a label showing the name, and the PDM window will show additional info (Id, Source System, UTM Zone, Update Date and User, Survey Type, File Path).
- Possible to turn on / off visibility, set thickness, set color for individual well paths.
- List of well paths including specified parameters/settings will be stored in project file.
- Possible to clip all well paths at a specified distance to the reservoir as this is the relevant area to see, and if showing whole well path it may be problematic for auto zoom etc.
p4#: 21652
Support of reading LGR dimensions
Close file handles between access to files, keep ERT file-related cache to speed up reading of many files multiple times
p4#: 21477
Now possible to show well data from selected source case for a statistics case
Added state to RimResultCase to monitor data actually read from disk
p4#: 21258
Refactored the loadProject system to make loading of statistical cases work as they should.
Got the update of references regarding grid and unionActive cells work
Introduced a bool to keep track of what cell results to store.
Introduced a clear method in ActiveCellInfo.
Renamed a bit
p4#: 21036
Invalidate existing statisticsCases when adding/removing source cases
Moved computation of active cell union from RigStatistics to RimIdenticalGridCaseGroup
Recompute active cell union when opening project file
p4#: 21023
This does not yet compile due to a unfortunate mix of perforce, cmake setup and unit_test project shortcomings.
Need to move RigStatistics into ProjectDataModel and rename it before this is running again.
p4#: 20945
