The fictitious depth point (-1.0) that extends the topmost connection bar
was only added for accumulated flow on branch 0. For inflow mode and
accumulated mode on branches > 0, the first connection bar had no extent
and was invisible, and the data export skipped the first real connection.
Guard against null m_masterView in updateDependentViews, allViewsForCameraSync, allViews, and updateScaleZ to prevent crashes when linking views without a valid master view set.
When m_linkedWithCellResult is true, the early return in defineUiOrdering
was hiding all filter options (range, filter mode, category selection).
Hide only the Result group when linked; always show the Filter Settings group.
Switch signal handler registration from signal() to sigaction(SA_SIGINFO)
on Linux to capture fault address, signal code description, and program
counter at crash time. These are logged to the file logger and included
in OpenTelemetry crash reports.
- Make findFishboneLateralsWellBoreParts public and return result by value
- Move WellBorePartForTransCalc to its own header RicWellBorePartForTransCalc.h
- Replace MSW tree traversal with direct RimFishbones lateral geometry iteration
- Add setSubsOrientationMode() to RimFishbones for deterministic test angles
- Add unit tests validating intersected cells and result values
Add regression tests verifying that custom FIPABC keyword in the
REGIONS section is correctly cropped and padded during sector model
export, similar to how FIPNUM is handled.
- Legend items are now ordered to match the project tree order
- Selecting a curve set in the project tree highlights it in the plot
and hides member curves of other curve sets (statistics unaffected)
- Clicking a legend item in the plot selects the curve set in the
project tree
- Improve text layout in dialog when multiple file names are found
- Fix missing update of ensemble curve sets
Tests cover record-level processing (no overlap, partial overlap with
clamping, completely inside sector) and full deck transformation with
BOX/ENDBOX for both MULTIPLY and ADD keywords.
ACTNUM is already correctly computed by updateCornerPointGridInDeckFile
with proper inactive cell handling. Prevent replaceKeywordValuesInDeckFile
from overwriting it with all-1s via extractKeywordData, which treats
ACTNUM as a category result and sets defaultExportValue=1 for all cells.
Replace 7 separate deck iterations (cropDataKeywordsInsideBoxContext,
expandBoxContextInDeckFile, and 5 replace*KeywordIndices wrappers) with
a single transformKeywordsInDeckFile function that tracks BOX/ENDBOX
state once and handles all keyword types as they are encountered.
Data keywords (PORO, EQLNUM, etc.) inside BOX/ENDBOX contain values for the
sub-box only. When BOX coordinates are transformed to sector coordinates, the
data size must match the transformed box dimensions. Crop boxed data keywords
to the intersection of the BOX region with the sector, preserving the
BOX/ENDBOX structure in the exported deck. If the box does not intersect the
sector, the data keyword is removed.
Add a new .DATA file with K-layer based EQLNUM regions (1-4) and a
test that verifies correct spatial cropping of EQLNUM, EQUIL records,
and PORO when exporting a sector model.
Verify that PORO, EQLNUM, and SATNUM are correctly cropped from 6000
to 600 values when exporting a 10x10x6 sector from the 20x30x10
model5 grid, and that cropped values match the original uniform data.
Add cropDataKeywordsInDeckFile() that reads raw cell values directly from
OPM deck keywords (via isDataKeyword/getRawDoubleData/getIntData) and crops
them to the sector box. This handles relperm endpoint arrays (SWL, SWU,
SGCR, SOWCR, etc.) that are specified via direct listing in the .DATA file
and not available in eclipse case results. Runs before
replaceKeywordValuesInDeckFile, which now skips already-cropped keywords.
Split computeStatistics() into computeStatisticsSharedGrid() and
computeStatisticsIndividualGrids(), and move findKLayersForFormations
and extractCaseResults to an anonymous namespace as free functions.
Replace reference members and constructor parameters with raw pointers in
RigContourMapProjection and subclasses. Remove cvf::ref usage in
RigEclipseContourMapProjection. Add updateRealizationData() to allow
swapping active cell info and result data per realization without
rebuilding the grid mapping.
Add createDerivedObjectsRecursively() which traverses the object tree using
direct recursion and calls the virtual createDerivedObjects() on each node.
Called between the two resolveReferencesRecursively() passes in RiaApplication,
allowing objects to create child objects based on already-resolved ptr fields.
The second resolve pass then handles references in the newly created children.
- Store imported ensemble root directory in recently used files list
- Auto-reimport from recent files without dialog using persisted parameters
- Add file pattern field to filter filenames within matched folders
- Gray out and untick create-grid/summary checkboxes when no files of that type are found
- Disable OK button when both checkboxes are unticked
- Show all ensembles collapsed when multiple are detected
- Default-select only the first ensemble when multiple are detected
Remove the redundant wrapper function and update all call sites to use RimWellPathCollection::instance() directly.
Remove unused #include "RimTools.h" from files using RimWellPathCollection::instance() directly
Adds an 'Auto Update Segments' toggle (default: on) to the MSW Segment
Visualization group in WellPathCollection. When enabled, MSW segments
are automatically recomputed and redrawn whenever the user modifies:
- Well path geometry or targets
- Perforation intervals
- Fishbone laterals
- Fractures
- Well path fields
The update is triggered via a new updateMswSegmentsForObject()
method, which resolves the top-level well from the changed object, clears
existing segments for all lateral wells in that group, recomputes segments
using updateSegments(), and schedules a full redraw.
When auto-update is disabled, an 'Update Segments' button is shown
instead, allowing manual control.
Replace temporary RimWellLogPlot/RimWellLogTrack creation with standalone
RimWellLogExtractionCurve objects that load data and export directly via
RigLasFileExporter, eliminating the need to create and delete dummy plot objects.
- RigWellLogCurveData no longer inherits from cvf::Object; calculateResampledCurveData returns by value
- RimWellLogCurve::curveData() returns const reference instead of pointer; m_curveData stored by value
- RigLasFileExporter: replace cvf::Collection with std::vector<RigWellLogCurveData>; SingleChannelData stores RigWellLogCurveData by value
- Update all callers to use dot notation instead of pointer dereference
Only one of the two scroll bar layouts gets reparented via addLayout()
depending on orientation; the other has no parent and must be explicitly
deleted. Add comment to clarify why both are deleted explicitly.
m_osduConnector and m_sumoConnector are created with RiuMainWindow as
parent, so Qt deletes them when the main window is destroyed. The
explicit delete calls were no-ops (QPointer was already null) but
misleading.
Use QPointer instead of unique_ptr for m_gridStatisticsDialog to avoid double-free when Qt's parent-child mechanism deletes the dialog before Rim3dOverlayInfoConfig destructor runs.
Two new actions added to the well path context menu:
- "Hide All Geometry (Show Wells)": hides grid cells, faults, and intersections,
then forces simulation wells and well paths visible.
- "Show All Geometry": restores grid cells, faults, and intersections visibility.
Added RimIntersectionCollection::setActive() for direct state control.
Three .cpp files were incorrectly listed in SOURCE_GROUP_HEADER_FILES instead of their
corresponding .h files, causing each to be compiled twice in unity builds and producing
duplicate symbol linker errors (LNK2005) and unresolved externals (LNK2019).
Replace hard transparent/opaque edge cutoff with a weighted alpha
derived from the bilinear corner weights. Pixels at the boundary fade
proportionally to how much of their area falls within the defined
region, eliminating the hard staircase artefact.
Scale texture up 4x and bilinearly interpolate between adjacent vertex
values to eliminate block artefacts. Pixels adjacent to any undefined
(infinity) vertex are rendered transparent.
Extract and clean up prototype from contour-map-01 branch:
- RivContourMapProjectionPartMgr: add appendProjectionAsTexturedQuad(),
createSingleTexturedQuadPart(), createXYPlaneQuadGeoWithTexCoords(),
and createTexture() — renders the map as a single GPU-textured quad
with transparency (alpha=0) for undefined/infinity cells
- RimContourMapProjection: add m_showTextureImage (default true) and
m_showTrianglesWithColor (default false) PDM fields; guard triangle
mesh generation when showTrianglesWithColor() is false
- RimEclipseContourMapView, RimGeoMechContourMapView: branch
appendContourMapProjectionToModel() to use texture or triangle path
based on the new flags; Statistics view inherits Eclipse path
Prototype dead code (debug file save, SurfaceEffectGenerator fallback,
redundant createImage()) not carried forward.
Magne Sjaastad
copilot-swe-agent[bot]
Kristian Bendiksen
Jon Jenssen