Reservoir coupling: Populate satellite data for summary output#6979
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bska merged 2 commits intoOPM:masterfrom Apr 14, 2026
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Reservoir coupling: Populate satellite data for summary output#6979bska merged 2 commits intoOPM:masterfrom
bska merged 2 commits intoOPM:masterfrom
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hakonhagland
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Putting this in draft mode until #6978 has been merged |
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Add updateScheduleSatelliteData() to ReservoirCouplingMaster and ReservoirCouplingMasterReportStep. Called from EclWriter::evalSummaryState() before summary evaluation. This populates the Schedule's GSatProd and GroupSatelliteInjection with slave production/injection rates received via MPI. The existing satellite_rate machinery in opm-common's Summary.cpp then automatically computes all rate-based summary vectors (FOPR, GOPR, FGOR, FWCT, etc.) correctly for the master model. Requires the companion opm-common PR that adds Schedule::updateSatelliteProduction/Injection().
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Running jenkins build from OPM/opm-common#5101 |
Replace Schedule mutation with DynamicSimulatorState for passing reservoir coupling group rates to Summary::eval(). Add collectGroupRatesForSummary() on ReservoirCouplingMaster and ReservoirCouplingMasterReportStep, returning a ReservoirCouplingGroupRates struct. EclWriter populates this and passes it through evalSummary() to DynamicSimulatorState. Remove updateScheduleSatelliteData() which mutated the Schedule's GSatProd/GroupSatelliteInjection at runtime. Requires the companion opm-common commit that adds ReservoirCouplingGroupRates to DynamicSimulatorState and modifies satellite_rate() in Summary.cpp to use it.
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jenkins build this serial please |
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jenkins build this serial please |
bska
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Thanks a lot. This looks good to me and I'll merge into master.
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Add
collectGroupRatesForSummary()toReservoirCouplingMasterReportStepandReservoirCouplingMaster, collecting slave production/injection rates into aReservoirCouplingGroupRatesstructDynamicSimulatorStatetoSummary::eval()via an optionalrcGroupRatesparameter onevalSummary()EclWriter::evalSummaryState()before summary evaluation so that all rate-based summary vectors (FOPR, GOPR, FGOR, FWCT, etc.) are computed correctly for the master processBackground
In reservoir coupling, the master model has no wells, all production and injection happens in the slave models. Previously, all rate-based summary vectors (FOPR, GOPR, etc.) were zero in the master's summary output because opm-common's
Summary.cppcomputes them by summing well rates, and the master has no wells.The companion opm-common PR adds a
ReservoirCouplingGroupRatesstruct toDynamicSimulatorStateand extends thesatellite_ratefunction inSummary.cppto check for RC group rates alongside the existing GSatProd/GSATINJE sources. Theaccum_groupstree-walking logic accumulates the rates through the group hierarchy for both group-level (GOPR) and field-level (FOPR) vectors.This PR populates the
ReservoirCouplingGroupRatesstruct from the slave data received via MPI and passes it through theevalSummary()call chain.