SUMMARY
| Keyword | Status | Spelling | Note |
|---|---|---|---|
| AAQR | semantic | ps.Summary(aquifers={"*": ["water_flow_rate"]}) | — |
| AAQT | semantic | ps.Summary(aquifers={"*": ["water_flow_total"]}) | — |
| ALL | semantic | — | — |
| BFLOWI | semantic | ps.Summary(blocks={(1, 1, 1): ["water_flow_i"]}) | — |
| BGCDI | semantic | ps.Summary(blocks={(1, 1, 1): ["gas_moles_immobile"]}) | — |
| BGCDM | semantic | ps.Summary(blocks={(1, 1, 1): ["gas_moles_mobile"]}) | — |
| BGIP | semantic | ps.Summary(blocks={(1, 1, 1): ["gas_in_place"]}) | — |
| BGKDI | semantic | ps.Summary(blocks={(1, 1, 1): ["gas_moles_immobile_by_relperm"]}) | — |
| BGKDM | semantic | ps.Summary(blocks={(1, 1, 1): ["gas_moles_mobile_by_relperm"]}) | — |
| BGKMO | semantic | ps.Summary(blocks={(1, 1, 1): ["gas_mass_mobile_by_relperm"]}) | — |
| BGKTR | semantic | ps.Summary(blocks={(1, 1, 1): ["gas_mass_immobile_by_relperm"]}) | — |
| BGMDS | semantic | ps.Summary(blocks={(1, 1, 1): ["gas_mass_dissolved"]}) | — |
| BGMGP | semantic | ps.Summary(blocks={(1, 1, 1): ["gas_mass_in_gas_phase"]}) | — |
| BGMIP | semantic | ps.Summary(blocks={(1, 1, 1): ["gas_mass_in_place"]}) | — |
| BGMMO | semantic | ps.Summary(blocks={(1, 1, 1): ["gas_mass_untrapped_maximum"]}) | — |
| BGMST | semantic | ps.Summary(blocks={(1, 1, 1): ["gas_mass_trapped_effective"]}) | — |
| BGMTR | semantic | ps.Summary(blocks={(1, 1, 1): ["gas_mass_trapped_maximum"]}) | — |
| BGMUS | semantic | ps.Summary(blocks={(1, 1, 1): ["gas_mass_untrapped_effective"]}) | — |
| BGSAT | semantic | ps.Summary(blocks={(1, 1, 1): ["gas_saturation"]}) | — |
| BMBIP | semantic | ps.Summary(blocks={(1, 1, 1): ["biofilm_in_place"]}) | — |
| BMCIP | semantic | ps.Summary(blocks={(1, 1, 1): ["calcite_in_place"]}) | — |
| BMMIP | semantic | ps.Summary(blocks={(1, 1, 1): ["microbes_in_place"]}) | — |
| BMOIP | semantic | ps.Summary(blocks={(1, 1, 1): ["oxygen_in_place"]}) | — |
| BMUIP | semantic | ps.Summary(blocks={(1, 1, 1): ["urea_in_place"]}) | — |
| BNSAT | semantic | ps.Summary(blocks={(1, 1, 1): ["solvent_saturation"]}) | — |
| BOIP | semantic | ps.Summary(blocks={(1, 1, 1): ["oil_in_place"]}) | — |
| BOSAT | semantic | ps.Summary(blocks={(1, 1, 1): ["oil_saturation"]}) | — |
| BPR | semantic | ps.Summary(blocks={(1, 1, 1): ["pressure"]}) | — |
| BRS | semantic | ps.Summary(blocks={(1, 1, 1): ["solution_gas_oil_ratio"]}) | — |
| BVELWJ- | semantic | ps.Summary(blocks={(1, 1, 1): ["water_velocity_j_negative"]}) | — |
| BWCD | semantic | ps.Summary(blocks={(1, 1, 1): ["gas_moles_dissolved"]}) | — |
| BWIP | semantic | ps.Summary(blocks={(1, 1, 1): ["water_in_place"]}) | — |
| BWIPG | semantic | ps.Summary(blocks={(1, 1, 1): ["vaporized_water_in_place"]}) | — |
| BWIPL | semantic | ps.Summary(blocks={(1, 1, 1): ["liquid_water_in_place"]}) | — |
| BWSAT | semantic | ps.Summary(blocks={(1, 1, 1): ["water_saturation"]}) | — |
| CFCAOF | semantic | ps.Summary(connections={"P1": ["filter_cake_area_open_to_flow"]}) | — |
| CFCPERM | semantic | ps.Summary(connections={"P1": ["filter_cake_permeability"]}) | — |
| CFCPORO | semantic | ps.Summary(connections={"P1": ["filter_cake_porosity"]}) | — |
| CFCRAD | semantic | ps.Summary(connections={"P1": ["filter_cake_radius"]}) | — |
| CFCSKIN | semantic | ps.Summary(connections={"P1": ["filter_cake_skin"]}) | — |
| CFCWIDTH | semantic | ps.Summary(connections={"P1": ["filter_cake_width"]}) | — |
| CGMIR | semantic | ps.Summary(connections={"P1": ["gas_mass_injection_rate"]}) | — |
| CGMIRL | semantic | ps.Summary(connections={"P1": ["gas_mass_injection_rate_per_completion"]}) | — |
| CGMIT | semantic | ps.Summary(connections={"P1": ["gas_mass_injection_total"]}) | — |
| CGMITL | semantic | ps.Summary(connections={"P1": ["gas_mass_injection_total_per_completion"]}) | — |
| CGMPR | semantic | ps.Summary(connections={"P1": ["gas_mass_production_rate"]}) | — |
| CGMPRL | semantic | ps.Summary(connections={"P1": ["gas_mass_production_rate_per_completion"]}) | — |
| CGMPT | semantic | ps.Summary(connections={"P1": ["gas_mass_production_total"]}) | — |
| CGMPTL | semantic | ps.Summary(connections={"P1": ["gas_mass_production_total_per_completion"]}) | — |
| CINJFVR | semantic | ps.Summary(connections={"P1": ["filtrate_volume_injection_rate"]}) | — |
| CINJFVT | semantic | ps.Summary(connections={"P1": ["filtrate_volume_injection_total"]}) | — |
| CMMIR | semantic | ps.Summary(connections={"P1": ["microbes_injection_rate"]}) | — |
| CMMIRL | semantic | ps.Summary(connections={"P1": ["microbes_injection_rate_per_completion"]}) | — |
| CMMIT | semantic | ps.Summary(connections={"P1": ["microbes_injection_total"]}) | — |
| CMMITL | semantic | ps.Summary(connections={"P1": ["microbes_injection_total_per_completion"]}) | — |
| CMMPR | semantic | ps.Summary(connections={"P1": ["microbes_production_rate"]}) | — |
| CMMPRL | semantic | ps.Summary(connections={"P1": ["microbes_production_rate_per_completion"]}) | — |
| CMMPT | semantic | ps.Summary(connections={"P1": ["microbes_production_total"]}) | — |
| CMMPTL | semantic | ps.Summary(connections={"P1": ["microbes_production_total_per_completion"]}) | — |
| CMOIR | semantic | ps.Summary(connections={"P1": ["oxygen_injection_rate"]}) | — |
| CMOIRL | semantic | ps.Summary(connections={"P1": ["oxygen_injection_rate_per_completion"]}) | — |
| CMOIT | semantic | ps.Summary(connections={"P1": ["oxygen_injection_total"]}) | — |
| CMOITL | semantic | ps.Summary(connections={"P1": ["oxygen_injection_total_per_completion"]}) | — |
| CMOPR | semantic | ps.Summary(connections={"P1": ["oxygen_production_rate"]}) | — |
| CMOPRL | semantic | ps.Summary(connections={"P1": ["oxygen_production_rate_per_completion"]}) | — |
| CMOPT | semantic | ps.Summary(connections={"P1": ["oxygen_production_total"]}) | — |
| CMOPTL | semantic | ps.Summary(connections={"P1": ["oxygen_production_total_per_completion"]}) | — |
| CMUIR | semantic | ps.Summary(connections={"P1": ["urea_injection_rate"]}) | — |
| CMUIRL | semantic | ps.Summary(connections={"P1": ["urea_injection_rate_per_completion"]}) | — |
| CMUIT | semantic | ps.Summary(connections={"P1": ["urea_injection_total"]}) | — |
| CMUITL | semantic | ps.Summary(connections={"P1": ["urea_injection_total_per_completion"]}) | — |
| CMUPR | semantic | ps.Summary(connections={"P1": ["urea_production_rate"]}) | — |
| CMUPRL | semantic | ps.Summary(connections={"P1": ["urea_production_rate_per_completion"]}) | — |
| CMUPT | semantic | ps.Summary(connections={"P1": ["urea_production_total"]}) | — |
| CMUPTL | semantic | ps.Summary(connections={"P1": ["urea_production_total_per_completion"]}) | — |
| DATE | captured-into-run | ps.Output(summary_dates=...) | — |
| EXCEL | captured-into-run | ps.Output(spreadsheet_summary=...) | — |
| FAQR | semantic | ps.Summary(field=["aquifer_influx_rate"]) | — |
| FAQRG | semantic | ps.Summary(field=["gas_aquifer_influx_rate"]) | — |
| FAQT | semantic | ps.Summary(field=["aquifer_influx_total"]) | — |
| FAQTG | semantic | ps.Summary(field=["gas_aquifer_influx_total"]) | — |
| FCAD | semantic | ps.Summary(field=["polymer_adsorbed_mass"]) | — |
| FCIC | semantic | ps.Summary(field=["polymer_injection_concentration"]) | — |
| FCIP | semantic | ps.Summary(field=["polymer_in_place"]) | — |
| FCIR | semantic | ps.Summary(field=["polymer_injection_rate"]) | — |
| FCIT | semantic | ps.Summary(field=["polymer_injection_total"]) | — |
| FCPC | semantic | ps.Summary(field=["polymer_production_concentration"]) | — |
| FCPR | semantic | ps.Summary(field=["polymer_production_rate"]) | — |
| FCPT | semantic | ps.Summary(field=["polymer_production_total"]) | — |
| FGCDI | semantic | ps.Summary(field=["gas_moles_immobile"]) | — |
| FGCDM | semantic | ps.Summary(field=["gas_moles_mobile"]) | — |
| FGCR | semantic | ps.Summary(field=["gas_consumption_rate"]) | — |
| FGCT | semantic | ps.Summary(field=["gas_consumption_total"]) | — |
| FGIMR | semantic | ps.Summary(field=["gas_import_rate"]) | — |
| FGIMT | semantic | ps.Summary(field=["gas_import_total"]) | — |
| FGIP | semantic | ps.Summary(field=["gas_in_place"]) | — |
| FGIPG | semantic | ps.Summary(field=["gas_in_place_gas_phase"]) | — |
| FGIPL | semantic | ps.Summary(field=["gas_in_place_liquid_phase"]) | — |
| FGIR | semantic | ps.Summary(field=["gas_injection_rate"]) | — |
| FGIT | semantic | ps.Summary(field=["gas_injection_total"]) | — |
| FGKDI | semantic | ps.Summary(field=["gas_moles_immobile_by_relperm"]) | — |
| FGKDM | semantic | ps.Summary(field=["gas_moles_mobile_by_relperm"]) | — |
| FGKMO | semantic | ps.Summary(field=["gas_mass_mobile_by_relperm"]) | — |
| FGKTR | semantic | ps.Summary(field=["gas_mass_immobile_by_relperm"]) | — |
| FGLIR | semantic | ps.Summary(field=["gas_lift_rate"]) | — |
| FGLR | semantic | ps.Summary(field=["gas_liquid_ratio"]) | — |
| FGMDS | semantic | ps.Summary(field=["gas_mass_dissolved"]) | — |
| FGMGP | semantic | ps.Summary(field=["gas_mass_in_gas_phase"]) | — |
| FGMIP | semantic | ps.Summary(field=["gas_mass_in_place"]) | — |
| FGMIR | semantic | ps.Summary(field=["gas_mass_injection_rate"]) | — |
| FGMIT | semantic | ps.Summary(field=["gas_mass_injection_total"]) | — |
| FGMMO | semantic | ps.Summary(field=["gas_mass_untrapped_maximum"]) | — |
| FGMPR | semantic | ps.Summary(field=["gas_mass_production_rate"]) | — |
| FGMPT | semantic | ps.Summary(field=["gas_mass_production_total"]) | — |
| FGMST | semantic | ps.Summary(field=["gas_mass_trapped_effective"]) | — |
| FGMTR | semantic | ps.Summary(field=["gas_mass_trapped_maximum"]) | — |
| FGMUS | semantic | ps.Summary(field=["gas_mass_untrapped_effective"]) | — |
| FGOR | semantic | ps.Summary(field=["gas_oil_ratio"]) | — |
| FGPR | semantic | ps.Summary(field=["gas_production_rate"]) | — |
| FGPT | semantic | ps.Summary(field=["gas_production_total"]) | — |
| FGSR | semantic | ps.Summary(field=["gas_sales_rate"]) | — |
| FGST | semantic | ps.Summary(field=["gas_sales_total"]) | — |
| FLPR | semantic | ps.Summary(field=["liquid_production_rate"]) | — |
| FLPT | semantic | ps.Summary(field=["liquid_production_total"]) | — |
| FMBIP | semantic | ps.Summary(field=["biofilm_in_place"]) | — |
| FMCIP | semantic | ps.Summary(field=["calcite_in_place"]) | — |
| FMMIP | semantic | ps.Summary(field=["microbes_in_place"]) | — |
| FMMIR | semantic | ps.Summary(field=["microbes_injection_rate"]) | — |
| FMMIT | semantic | ps.Summary(field=["microbes_injection_total"]) | — |
| FMMPR | semantic | ps.Summary(field=["microbes_production_rate"]) | — |
| FMMPT | semantic | ps.Summary(field=["microbes_production_total"]) | — |
| FMOIP | semantic | ps.Summary(field=["oxygen_in_place"]) | — |
| FMOIR | semantic | ps.Summary(field=["oxygen_injection_rate"]) | — |
| FMOIT | semantic | ps.Summary(field=["oxygen_injection_total"]) | — |
| FMOPR | semantic | ps.Summary(field=["oxygen_production_rate"]) | — |
| FMOPT | semantic | ps.Summary(field=["oxygen_production_total"]) | — |
| FMUIP | semantic | ps.Summary(field=["urea_in_place"]) | — |
| FMUIR | semantic | ps.Summary(field=["urea_injection_rate"]) | — |
| FMUIT | semantic | ps.Summary(field=["urea_injection_total"]) | — |
| FMUPR | semantic | ps.Summary(field=["urea_production_rate"]) | — |
| FMUPT | semantic | ps.Summary(field=["urea_production_total"]) | — |
| FMWIN | semantic | ps.Summary(field=["injecting_well_count"]) | — |
| FMWPR | semantic | ps.Summary(field=["producing_well_count"]) | — |
| FMWSET | semantic | — | — |
| FNIR | semantic | ps.Summary(field=["solvent_injection_rate"]) | — |
| FNIT | semantic | ps.Summary(field=["solvent_injection_total"]) | — |
| FNPR | semantic | ps.Summary(field=["solvent_production_rate"]) | — |
| FNPT | semantic | ps.Summary(field=["solvent_production_total"]) | — |
| FOE | semantic | ps.Summary(field=["oil_recovery_efficiency"]) | — |
| FOGR | semantic | ps.Summary(field=["oil_gas_ratio"]) | — |
| FOIP | semantic | ps.Summary(field=["oil_in_place"]) | — |
| FOIPG | semantic | ps.Summary(field=["oil_in_place_gas_phase"]) | — |
| FOIPL | semantic | ps.Summary(field=["oil_in_place_liquid_phase"]) | — |
| FOIR | semantic | ps.Summary(field=["oil_injection_rate"]) | — |
| FOIT | semantic | ps.Summary(field=["oil_injection_total"]) | — |
| FOPR | semantic | ps.Summary(field=["oil_production_rate"]) | — |
| FOPT | semantic | ps.Summary(field=["oil_production_total"]) | — |
| FPR | semantic | ps.Summary(field=["pressure"]) | — |
| FSIP | semantic | ps.Summary(field=["salt_in_place"]) | — |
| FSIR | semantic | ps.Summary(field=["salt_injection_rate"]) | — |
| FSIT | semantic | ps.Summary(field=["salt_injection_total"]) | — |
| FSPC | semantic | ps.Summary(field=["salt_production_concentration"]) | — |
| FSPR | semantic | ps.Summary(field=["salt_production_rate"]) | — |
| FSPT | semantic | ps.Summary(field=["salt_production_total"]) | — |
| FTIRHEA | semantic | ps.Summary(field=["injected_heat_rate"]) | — |
| FTITHEA | semantic | ps.Summary(field=["injected_heat_total"]) | — |
| FTPRHEA | semantic | ps.Summary(field=["produced_heat_rate"]) | — |
| FTPTHEA | semantic | ps.Summary(field=["produced_heat_total"]) | — |
| FVIR | semantic | ps.Summary(field=["reservoir_volume_injection_rate"]) | — |
| FVIT | semantic | ps.Summary(field=["reservoir_volume_injection_total"]) | — |
| FVPR | semantic | ps.Summary(field=["reservoir_volume_production_rate"]) | — |
| FVPT | semantic | ps.Summary(field=["reservoir_volume_production_total"]) | — |
| FWCD | semantic | ps.Summary(field=["gas_moles_dissolved"]) | — |
| FWCT | semantic | ps.Summary(field=["water_cut"]) | — |
| FWGR | semantic | ps.Summary(field=["water_gas_ratio"]) | — |
| FWIP | semantic | ps.Summary(field=["water_in_place"]) | — |
| FWIPG | semantic | ps.Summary(field=["vaporized_water_in_place"]) | — |
| FWIPL | semantic | ps.Summary(field=["liquid_water_in_place"]) | — |
| FWIR | semantic | ps.Summary(field=["water_injection_rate"]) | — |
| FWIT | semantic | ps.Summary(field=["water_injection_total"]) | — |
| FWPR | semantic | ps.Summary(field=["water_production_rate"]) | — |
| FWPT | semantic | ps.Summary(field=["water_production_total"]) | — |
| GCIC | semantic | ps.Summary(groups={"*": ["polymer_injection_concentration"]}) | — |
| GCIR | semantic | ps.Summary(groups={"*": ["polymer_injection_rate"]}) | — |
| GCIT | semantic | ps.Summary(groups={"*": ["polymer_injection_total"]}) | — |
| GCPC | semantic | ps.Summary(groups={"*": ["polymer_production_concentration"]}) | — |
| GCPR | semantic | ps.Summary(groups={"*": ["polymer_production_rate"]}) | — |
| GCPT | semantic | ps.Summary(groups={"*": ["polymer_production_total"]}) | — |
| GEFF | semantic | ps.Summary(groups={"*": ["efficiency_factor"]}) | — |
| GGCR | semantic | ps.Summary(groups={"*": ["gas_consumption_rate"]}) | — |
| GGCT | semantic | ps.Summary(groups={"*": ["gas_consumption_total"]}) | — |
| GGIMR | semantic | ps.Summary(groups={"*": ["gas_import_rate"]}) | — |
| GGIMT | semantic | ps.Summary(groups={"*": ["gas_import_total"]}) | — |
| GGIR | semantic | ps.Summary(groups={"*": ["gas_injection_rate"]}) | — |
| GGIT | semantic | ps.Summary(groups={"*": ["gas_injection_total"]}) | — |
| GGLIR | semantic | ps.Summary(groups={"*": ["gas_lift_rate"]}) | — |
| GGMIR | semantic | ps.Summary(groups={"*": ["gas_mass_injection_rate"]}) | — |
| GGMIT | semantic | ps.Summary(groups={"*": ["gas_mass_injection_total"]}) | — |
| GGMPR | semantic | ps.Summary(groups={"*": ["gas_mass_production_rate"]}) | — |
| GGMPT | semantic | ps.Summary(groups={"*": ["gas_mass_production_total"]}) | — |
| GGOR | semantic | ps.Summary(groups={"*": ["gas_oil_ratio"]}) | — |
| GGPR | semantic | ps.Summary(groups={"*": ["gas_production_rate"]}) | — |
| GGPT | semantic | ps.Summary(groups={"*": ["gas_production_total"]}) | — |
| GGSR | semantic | ps.Summary(groups={"*": ["gas_sales_rate"]}) | — |
| GGST | semantic | ps.Summary(groups={"*": ["gas_sales_total"]}) | — |
| GLPR | semantic | ps.Summary(groups={"*": ["liquid_production_rate"]}) | — |
| GLPT | semantic | ps.Summary(groups={"*": ["liquid_production_total"]}) | — |
| GMCTP | semantic | ps.Summary(groups={"*": ["control_mode"]}) | — |
| GMMIT | semantic | ps.Summary(groups={"*": ["microbes_injection_total"]}) | — |
| GMMPT | semantic | ps.Summary(groups={"*": ["microbes_production_total"]}) | — |
| GMOIT | semantic | ps.Summary(groups={"*": ["oxygen_injection_total"]}) | — |
| GMOPT | semantic | ps.Summary(groups={"*": ["oxygen_production_total"]}) | — |
| GMUIT | semantic | ps.Summary(groups={"*": ["urea_injection_total"]}) | — |
| GMUPT | semantic | ps.Summary(groups={"*": ["urea_production_total"]}) | — |
| GMWIN | semantic | ps.Summary(groups={"*": ["injecting_well_count"]}) | — |
| GMWPR | semantic | ps.Summary(groups={"*": ["producing_well_count"]}) | — |
| GMWSET | not-yet | — | OPM Flow manual 11.3.13 (page 1646) documents it; PetroScript has no statement for it and the importer does not read it |
| GNETPR | semantic | ps.Summary(groups={"*": ["network_node_pressure_end_of_timestep"]}) | — |
| GNIR | semantic | ps.Summary(groups={"*": ["solvent_injection_rate"]}) | — |
| GNIT | semantic | ps.Summary(groups={"*": ["solvent_injection_total"]}) | — |
| GNPR | semantic | ps.Summary(groups={"*": ["solvent_production_rate"]}) | — |
| GNPT | semantic | ps.Summary(groups={"*": ["solvent_production_total"]}) | — |
| GOIR | semantic | ps.Summary(groups={"*": ["oil_injection_rate"]}) | — |
| GOIT | semantic | ps.Summary(groups={"*": ["oil_injection_total"]}) | — |
| GOPR | semantic | ps.Summary(groups={"*": ["oil_production_rate"]}) | — |
| GOPT | semantic | ps.Summary(groups={"*": ["oil_production_total"]}) | — |
| GPR | semantic | ps.Summary(groups={"*": ["network_node_pressure"]}) | — |
| GSIR | semantic | ps.Summary(groups={"*": ["salt_injection_rate"]}) | — |
| GSIT | semantic | ps.Summary(groups={"*": ["salt_injection_total"]}) | — |
| GSPC | semantic | ps.Summary(groups={"*": ["salt_production_concentration"]}) | — |
| GSPR | semantic | ps.Summary(groups={"*": ["salt_production_rate"]}) | — |
| GTIRHEA | semantic | ps.Summary(groups={"*": ["injected_heat_rate"]}) | — |
| GTITHEA | semantic | ps.Summary(groups={"*": ["injected_heat_total"]}) | — |
| GTPRHEA | semantic | ps.Summary(groups={"*": ["produced_heat_rate"]}) | — |
| GTPTHEA | semantic | ps.Summary(groups={"*": ["produced_heat_total"]}) | — |
| GVIR | semantic | ps.Summary(groups={"*": ["reservoir_volume_injection_rate"]}) | — |
| GVIT | semantic | ps.Summary(groups={"*": ["reservoir_volume_injection_total"]}) | — |
| GVPR | semantic | ps.Summary(groups={"*": ["reservoir_volume_production_rate"]}) | — |
| GVPT | semantic | ps.Summary(groups={"*": ["reservoir_volume_production_total"]}) | — |
| GWCT | semantic | ps.Summary(groups={"*": ["water_cut"]}) | — |
| GWGR | semantic | ps.Summary(groups={"*": ["water_gas_ratio"]}) | — |
| GWIR | semantic | ps.Summary(groups={"*": ["water_injection_rate"]}) | — |
| GWIT | semantic | ps.Summary(groups={"*": ["water_injection_total"]}) | — |
| GWPR | semantic | ps.Summary(groups={"*": ["water_production_rate"]}) | — |
| GWPT | semantic | ps.Summary(groups={"*": ["water_production_total"]}) | — |
| NARROW | not-yet | — | OPM Flow manual 11.3.18 (page 1649) documents it; PetroScript has no statement for it and the importer does not read it |
| NEWTON | semantic | ps.Summary(field=["newton_iterations"]) | — |
| OFM | not-yet | — | OPM Flow manual 11.3.24 (page 1654) documents it; PetroScript has no statement for it and the importer does not read it |
| PERFORMA | semantic | — | — |
| RCAD | semantic | ps.Summary(regions={"*": ["polymer_adsorbed_mass"]}) | — |
| RGCDI | semantic | ps.Summary(regions={"*": ["gas_moles_immobile"]}) | — |
| RGCDM | semantic | ps.Summary(regions={"*": ["gas_moles_mobile"]}) | — |
| RGIP | semantic | ps.Summary(regions={"*": ["gas_in_place"]}) | — |
| RGIR | semantic | ps.Summary(regions={"*": ["gas_injection_rate"]}) | — |
| RGIT | semantic | ps.Summary(regions={"*": ["gas_injection_total"]}) | — |
| RGKDI | semantic | ps.Summary(regions={"*": ["gas_moles_immobile_by_relperm"]}) | — |
| RGKDM | semantic | ps.Summary(regions={"*": ["gas_moles_mobile_by_relperm"]}) | — |
| RGKMO | semantic | ps.Summary(regions={"*": ["gas_mass_mobile_by_relperm"]}) | — |
| RGKTR | semantic | ps.Summary(regions={"*": ["gas_mass_immobile_by_relperm"]}) | — |
| RGMDS | semantic | ps.Summary(regions={"*": ["gas_mass_dissolved"]}) | — |
| RGMGP | semantic | ps.Summary(regions={"*": ["gas_mass_in_gas_phase"]}) | — |
| RGMIP | semantic | ps.Summary(regions={"*": ["gas_mass_in_place"]}) | — |
| RGMMO | semantic | ps.Summary(regions={"*": ["gas_mass_untrapped_maximum"]}) | — |
| RGMST | semantic | ps.Summary(regions={"*": ["gas_mass_trapped_effective"]}) | — |
| RGMTR | semantic | ps.Summary(regions={"*": ["gas_mass_trapped_maximum"]}) | — |
| RGMUS | semantic | ps.Summary(regions={"*": ["gas_mass_untrapped_effective"]}) | — |
| RGPR | semantic | ps.Summary(regions={"*": ["gas_production_rate"]}) | — |
| RGPT | semantic | ps.Summary(regions={"*": ["gas_production_total"]}) | — |
| RMBIP | semantic | ps.Summary(regions={"*": ["biofilm_in_place"]}) | — |
| RMCIP | semantic | ps.Summary(regions={"*": ["calcite_in_place"]}) | — |
| RMMIP | semantic | ps.Summary(regions={"*": ["microbes_in_place"]}) | — |
| RMOIP | semantic | ps.Summary(regions={"*": ["oxygen_in_place"]}) | — |
| RMUIP | semantic | ps.Summary(regions={"*": ["urea_in_place"]}) | — |
| ROIP | semantic | ps.Summary(regions={"*": ["oil_in_place"]}) | — |
| ROIR | semantic | ps.Summary(regions={"*": ["oil_injection_rate"]}) | — |
| ROIT | semantic | ps.Summary(regions={"*": ["oil_injection_total"]}) | — |
| ROPR | semantic | ps.Summary(regions={"*": ["oil_production_rate"]}) | — |
| ROPT | semantic | ps.Summary(regions={"*": ["oil_production_total"]}) | — |
| RPR | semantic | ps.Summary(regions={"*": ["pressure"]}) | — |
| RPTONLY | semantic | — | — |
| RPTONLYO | semantic | — | — |
| RPTSMRY | not-yet | — | OPM Flow manual 11.3.30 (page 1660) documents it; PetroScript has no statement for it and the importer does not read it |
| RUNSUM | semantic | — | — |
| RWCD | semantic | ps.Summary(regions={"*": ["gas_moles_dissolved"]}) | — |
| RWIP | semantic | ps.Summary(regions={"*": ["water_in_place"]}) | — |
| RWIPG | semantic | ps.Summary(regions={"*": ["vaporized_water_in_place"]}) | — |
| RWIPL | semantic | ps.Summary(regions={"*": ["liquid_water_in_place"]}) | — |
| RWIR | semantic | ps.Summary(regions={"*": ["water_injection_rate"]}) | — |
| RWIT | semantic | ps.Summary(regions={"*": ["water_injection_total"]}) | — |
| RWPR | semantic | ps.Summary(regions={"*": ["water_production_rate"]}) | — |
| RWPT | semantic | ps.Summary(regions={"*": ["water_production_total"]}) | — |
| SDENM | semantic | ps.Summary(segments={"*": ["mixture_density_excluding_exponents"]}) | — |
| SEPARATE | semantic | — | — |
| SGDEN | semantic | ps.Summary(segments={"*": ["gas_density"]}) | — |
| SGFR | semantic | ps.Summary(segments={"*": ["gas_flow_rate"]}) | — |
| SGFRF | semantic | ps.Summary(segments={"*": ["free_gas_flow_rate"]}) | — |
| SGFRS | semantic | ps.Summary(segments={"*": ["solution_gas_flow_rate"]}) | — |
| SGFT | semantic | ps.Summary(segments={"*": ["gas_flow_total"]}) | — |
| SGFV | semantic | ps.Summary(segments={"*": ["gas_flow_velocity"]}) | — |
| SGHF | semantic | ps.Summary(segments={"*": ["gas_holdup_fraction"]}) | — |
| SGOR | semantic | ps.Summary(segments={"*": ["gas_oil_ratio"]}) | — |
| SGVIS | semantic | ps.Summary(segments={"*": ["gas_viscosity"]}) | — |
| SMDEN | semantic | ps.Summary(segments={"*": ["mixture_density"]}) | — |
| SODEN | semantic | ps.Summary(segments={"*": ["oil_density"]}) | — |
| SOFR | semantic | ps.Summary(segments={"*": ["oil_flow_rate"]}) | — |
| SOFRF | semantic | ps.Summary(segments={"*": ["free_oil_flow_rate"]}) | — |
| SOFRS | semantic | ps.Summary(segments={"*": ["solution_oil_flow_rate"]}) | — |
| SOFT | semantic | ps.Summary(segments={"*": ["oil_flow_total"]}) | — |
| SOFV | semantic | ps.Summary(segments={"*": ["oil_flow_velocity"]}) | — |
| SOGR | semantic | ps.Summary(segments={"*": ["oil_gas_ratio"]}) | — |
| SOHF | semantic | ps.Summary(segments={"*": ["oil_holdup_fraction"]}) | — |
| SOVIS | semantic | ps.Summary(segments={"*": ["oil_viscosity"]}) | — |
| SPR | semantic | ps.Summary(segments={"*": ["pressure"]}) | — |
| SPRD | semantic | ps.Summary(segments={"*": ["pressure_drop"]}) | — |
| SPRDA | semantic | ps.Summary(segments={"*": ["pressure_drop_acceleration"]}) | — |
| SPRDF | semantic | ps.Summary(segments={"*": ["pressure_drop_friction"]}) | — |
| SPRDH | semantic | ps.Summary(segments={"*": ["pressure_drop_hydrostatic"]}) | — |
| SUMMARY | no-import-handler | — | — |
| SUMTHIN | semantic | — | — |
| SWCT | semantic | ps.Summary(segments={"*": ["water_cut"]}) | — |
| SWDEN | semantic | ps.Summary(segments={"*": ["water_density"]}) | — |
| SWFR | semantic | ps.Summary(segments={"*": ["water_flow_rate"]}) | — |
| SWFT | semantic | ps.Summary(segments={"*": ["water_flow_total"]}) | — |
| SWFV | semantic | ps.Summary(segments={"*": ["water_flow_velocity"]}) | — |
| SWGR | semantic | ps.Summary(segments={"*": ["water_gas_ratio"]}) | — |
| SWHF | semantic | ps.Summary(segments={"*": ["water_holdup_fraction"]}) | — |
| SWVIS | semantic | ps.Summary(segments={"*": ["water_viscosity"]}) | — |
| WALQ | semantic | ps.Summary(wells={"*": ["artificial_lift_quantity"]}) | — |
| WBHP | semantic | ps.Summary(wells={"*": ["bottom_hole_pressure"]}) | — |
| WBP | semantic | ps.Summary(wells={"*": ["block_average_pressure"]}) | — |
| WBP4 | semantic | ps.Summary(wells={"*": ["block_average_pressure_four_point"]}) | — |
| WBP5 | semantic | ps.Summary(wells={"*": ["block_average_pressure_five_point"]}) | — |
| WBP9 | semantic | ps.Summary(wells={"*": ["block_average_pressure_nine_point"]}) | — |
| WCIC | semantic | ps.Summary(wells={"*": ["polymer_injection_concentration"]}) | — |
| WCIR | semantic | ps.Summary(wells={"*": ["polymer_injection_rate"]}) | — |
| WCIT | semantic | ps.Summary(wells={"*": ["polymer_injection_total"]}) | — |
| WCPC | semantic | ps.Summary(wells={"*": ["polymer_production_concentration"]}) | — |
| WCPR | semantic | ps.Summary(wells={"*": ["polymer_production_rate"]}) | — |
| WCPT | semantic | ps.Summary(wells={"*": ["polymer_production_total"]}) | — |
| WEFF | semantic | ps.Summary(wells={"*": ["efficiency_factor"]}) | — |
| WEFFG | semantic | ps.Summary(wells={"*": ["efficiency_factor_product"]}) | — |
| WGIR | semantic | ps.Summary(wells={"*": ["gas_injection_rate"]}) | — |
| WGIT | semantic | ps.Summary(wells={"*": ["gas_injection_total"]}) | — |
| WGLIR | semantic | ps.Summary(wells={"*": ["gas_lift_rate"]}) | — |
| WGLR | semantic | ps.Summary(wells={"*": ["gas_liquid_ratio"]}) | — |
| WGMIR | semantic | ps.Summary(wells={"*": ["gas_mass_injection_rate"]}) | — |
| WGMIT | semantic | ps.Summary(wells={"*": ["gas_mass_injection_total"]}) | — |
| WGMPR | semantic | ps.Summary(wells={"*": ["gas_mass_production_rate"]}) | — |
| WGMPT | semantic | ps.Summary(wells={"*": ["gas_mass_production_total"]}) | — |
| WGOR | semantic | ps.Summary(wells={"*": ["gas_oil_ratio"]}) | — |
| WGPP | semantic | ps.Summary(wells={"*": ["gas_production_potential"]}) | — |
| WGPR | semantic | ps.Summary(wells={"*": ["gas_production_rate"]}) | — |
| WGPT | semantic | ps.Summary(wells={"*": ["gas_production_total"]}) | — |
| WGVIR | semantic | ps.Summary(wells={"*": ["gas_voidage_injection_rate"]}) | — |
| WGVPR | semantic | ps.Summary(wells={"*": ["gas_voidage_production_rate"]}) | — |
| WINJFVR | semantic | ps.Summary(wells={"*": ["filtrate_volume_injection_rate"]}) | — |
| WINJFVT | semantic | ps.Summary(wells={"*": ["filtrate_volume_injection_total"]}) | — |
| WLPR | semantic | ps.Summary(wells={"*": ["liquid_production_rate"]}) | — |
| WMCTL | semantic | ps.Summary(wells={"*": ["control_mode"]}) | — |
| WMMIR | semantic | ps.Summary(wells={"*": ["microbes_injection_rate"]}) | — |
| WMMIT | semantic | ps.Summary(wells={"*": ["microbes_injection_total"]}) | — |
| WMMPR | semantic | ps.Summary(wells={"*": ["microbes_production_rate"]}) | — |
| WMMPT | semantic | ps.Summary(wells={"*": ["microbes_production_total"]}) | — |
| WMOIR | semantic | ps.Summary(wells={"*": ["oxygen_injection_rate"]}) | — |
| WMOIT | semantic | ps.Summary(wells={"*": ["oxygen_injection_total"]}) | — |
| WMOPR | semantic | ps.Summary(wells={"*": ["oxygen_production_rate"]}) | — |
| WMOPT | semantic | ps.Summary(wells={"*": ["oxygen_production_total"]}) | — |
| WMUIR | semantic | ps.Summary(wells={"*": ["urea_injection_rate"]}) | — |
| WMUIT | semantic | ps.Summary(wells={"*": ["urea_injection_total"]}) | — |
| WMUPR | semantic | ps.Summary(wells={"*": ["urea_production_rate"]}) | — |
| WMUPT | semantic | ps.Summary(wells={"*": ["urea_production_total"]}) | — |
| WNIR | semantic | ps.Summary(wells={"*": ["solvent_injection_rate"]}) | — |
| WNIT | semantic | ps.Summary(wells={"*": ["solvent_injection_total"]}) | — |
| WNPR | semantic | ps.Summary(wells={"*": ["solvent_production_rate"]}) | — |
| WNPT | semantic | ps.Summary(wells={"*": ["solvent_production_total"]}) | — |
| WOGR | semantic | ps.Summary(wells={"*": ["oil_gas_ratio"]}) | — |
| WOIR | semantic | ps.Summary(wells={"*": ["oil_injection_rate"]}) | — |
| WOIT | semantic | ps.Summary(wells={"*": ["oil_injection_total"]}) | — |
| WOPP | semantic | ps.Summary(wells={"*": ["oil_production_potential"]}) | — |
| WOPR | semantic | ps.Summary(wells={"*": ["oil_production_rate"]}) | — |
| WOPT | semantic | ps.Summary(wells={"*": ["oil_production_total"]}) | — |
| WPI | semantic | ps.Summary(wells={"*": ["productivity_index"]}) | — |
| WSIR | semantic | ps.Summary(wells={"*": ["salt_injection_rate"]}) | — |
| WSIT | semantic | ps.Summary(wells={"*": ["salt_injection_total"]}) | — |
| WSPC | semantic | ps.Summary(wells={"*": ["salt_production_concentration"]}) | — |
| WSPR | semantic | ps.Summary(wells={"*": ["salt_production_rate"]}) | — |
| WSPT | semantic | ps.Summary(wells={"*": ["salt_production_total"]}) | — |
| WTHP | semantic | ps.Summary(wells={"*": ["tubing_head_pressure"]}) | — |
| WVIR | semantic | ps.Summary(wells={"*": ["reservoir_volume_injection_rate"]}) | — |
| WVIT | semantic | ps.Summary(wells={"*": ["reservoir_volume_injection_total"]}) | — |
| WVPR | semantic | ps.Summary(wells={"*": ["reservoir_volume_production_rate"]}) | — |
| WVPT | semantic | ps.Summary(wells={"*": ["reservoir_volume_production_total"]}) | — |
| WWGR | semantic | ps.Summary(wells={"*": ["water_gas_ratio"]}) | — |
| WWIR | semantic | ps.Summary(wells={"*": ["water_injection_rate"]}) | — |
| WWIT | semantic | ps.Summary(wells={"*": ["water_injection_total"]}) | — |
| WWPP | semantic | ps.Summary(wells={"*": ["water_production_potential"]}) | — |
| WWPR | semantic | ps.Summary(wells={"*": ["water_production_rate"]}) | — |
| WWPT | semantic | ps.Summary(wells={"*": ["water_production_total"]}) | — |
PetroScript is licensed under the Apache License 2.0. © 2026 Blauweiss EDV LLC. PetroScript by Blauweiss AI.For AI agents: llms.txt