unsectioned
| Keyword | Status | Spelling | Note |
|---|---|---|---|
| AAQP | semantic | ps.Summary(aquifers={"*": ["aquifer_pressure"]}) | — |
| AAQPD | semantic | ps.Summary(aquifers={"*": ["carter_tracy_dimensionless_pressure"]}) | — |
| AAQRG | semantic | ps.Summary(aquifers={"*": ["gas_flow_rate"]}) | — |
| AAQTD | semantic | ps.Summary(aquifers={"*": ["carter_tracy_dimensionless_time"]}) | — |
| AAQTG | semantic | ps.Summary(aquifers={"*": ["gas_flow_total"]}) | — |
| ANQP | semantic | ps.Summary(numerical_aquifers={"*": ["aquifer_pressure"]}) | — |
| ANQR | semantic | ps.Summary(numerical_aquifers={"*": ["water_flow_rate"]}) | — |
| ANQT | semantic | ps.Summary(numerical_aquifers={"*": ["water_flow_total"]}) | — |
| BFLOGI | semantic | ps.Summary(blocks={(1, 1, 1): ["gas_flow_i"]}) | — |
| BFLOWJ | semantic | ps.Summary(blocks={(1, 1, 1): ["water_flow_j"]}) | — |
| BFLOWK | semantic | ps.Summary(blocks={(1, 1, 1): ["water_flow_k"]}) | — |
| BGDEN | semantic | ps.Summary(blocks={(1, 1, 1): ["gas_density"]}) | — |
| BGPC | semantic | ps.Summary(blocks={(1, 1, 1): ["gas_oil_capillary_pressure"]}) | — |
| BGPV | semantic | ps.Summary(blocks={(1, 1, 1): ["gas_pore_volume"]}) | — |
| BGVIS | semantic | ps.Summary(blocks={(1, 1, 1): ["gas_viscosity"]}) | — |
| BHPV | semantic | ps.Summary(blocks={(1, 1, 1): ["hydrocarbon_pore_volume"]}) | — |
| BKRG | semantic | ps.Summary(blocks={(1, 1, 1): ["gas_relative_permeability"]}) | — |
| BKRO | semantic | ps.Summary(blocks={(1, 1, 1): ["oil_relative_permeability"]}) | — |
| BKROG | semantic | ps.Summary(blocks={(1, 1, 1): ["oil_two_phase_relative_permeability_to_gas"]}) | — |
| BKROW | semantic | ps.Summary(blocks={(1, 1, 1): ["oil_two_phase_relative_permeability_to_water"]}) | — |
| BKRW | semantic | ps.Summary(blocks={(1, 1, 1): ["water_relative_permeability"]}) | — |
| BODEN | semantic | ps.Summary(blocks={(1, 1, 1): ["oil_density"]}) | — |
| BOKR | semantic | — | — |
| BOPV | semantic | ps.Summary(blocks={(1, 1, 1): ["oil_pore_volume"]}) | — |
| BOVIS | semantic | ps.Summary(blocks={(1, 1, 1): ["oil_viscosity"]}) | — |
| BPPG | semantic | ps.Summary(blocks={(1, 1, 1): ["gas_potential"]}) | — |
| BPPO | semantic | ps.Summary(blocks={(1, 1, 1): ["oil_potential"]}) | — |
| BPPW | semantic | ps.Summary(blocks={(1, 1, 1): ["water_potential"]}) | — |
| BRPV | semantic | ps.Summary(blocks={(1, 1, 1): ["pore_volume"]}) | — |
| BRV | semantic | ps.Summary(blocks={(1, 1, 1): ["vaporized_oil_gas_ratio"]}) | — |
| BSGAS | semantic | — | — |
| BSOIL | semantic | — | — |
| BSWAT | semantic | — | — |
| BTCNFHEA | semantic | ps.Summary(blocks={(1, 1, 1): ["temperature"]}) | — |
| BTEMP | semantic | — | — |
| BVELGI- | semantic | ps.Summary(blocks={(1, 1, 1): ["gas_velocity_i_negative"]}) | — |
| BVELWK- | semantic | ps.Summary(blocks={(1, 1, 1): ["water_velocity_k_negative"]}) | — |
| BVWAT | semantic | — | — |
| BWDEN | semantic | ps.Summary(blocks={(1, 1, 1): ["water_density"]}) | — |
| BWKR | semantic | — | — |
| BWPC | semantic | ps.Summary(blocks={(1, 1, 1): ["water_oil_capillary_pressure"]}) | — |
| BWPV | semantic | ps.Summary(blocks={(1, 1, 1): ["water_pore_volume"]}) | — |
| BWVIS | semantic | ps.Summary(blocks={(1, 1, 1): ["water_viscosity"]}) | — |
| CDFAC | semantic | ps.Summary(connections={"P1": ["connection_d_factor"]}) | — |
| CGFR | semantic | ps.Summary(connections={"P1": ["gas_flow_rate"]}) | — |
| CGFRF | semantic | ps.Summary(connections={"P1": ["free_gas_flow_rate"]}) | — |
| CGIR | semantic | ps.Summary(connections={"P1": ["gas_injection_rate"]}) | — |
| CGIRL | semantic | ps.Summary(connections={"P1": ["gas_injection_rate_per_completion"]}) | — |
| CGIT | semantic | ps.Summary(connections={"P1": ["gas_injection_total"]}) | — |
| CGOR | semantic | ps.Summary(connections={"P1": ["gas_oil_ratio"]}) | — |
| CGPR | semantic | ps.Summary(connections={"P1": ["gas_production_rate"]}) | — |
| CGPRL | semantic | ps.Summary(connections={"P1": ["gas_production_rate_per_completion"]}) | — |
| CGPT | semantic | ps.Summary(connections={"P1": ["gas_production_total"]}) | — |
| COFR | semantic | ps.Summary(connections={"P1": ["oil_flow_rate"]}) | — |
| COPR | semantic | ps.Summary(connections={"P1": ["oil_production_rate"]}) | — |
| COPRL | semantic | ps.Summary(connections={"P1": ["oil_production_rate_per_completion"]}) | — |
| COPT | semantic | ps.Summary(connections={"P1": ["oil_production_total"]}) | — |
| CPI | semantic | ps.Summary(connections={"P1": ["productivity_index"]}) | — |
| CTFAC | semantic | ps.Summary(connections={"P1": ["connection_transmissibility_factor"]}) | — |
| CWCT | semantic | ps.Summary(connections={"P1": ["water_cut"]}) | — |
| CWFR | semantic | ps.Summary(connections={"P1": ["water_flow_rate"]}) | — |
| CWGR | semantic | ps.Summary(connections={"P1": ["water_gas_ratio"]}) | — |
| CWIR | semantic | ps.Summary(connections={"P1": ["water_injection_rate"]}) | — |
| CWIT | semantic | ps.Summary(connections={"P1": ["water_injection_total"]}) | — |
| CWPR | semantic | ps.Summary(connections={"P1": ["water_production_rate"]}) | — |
| CWPRL | semantic | ps.Summary(connections={"P1": ["water_production_rate_per_completion"]}) | — |
| ELAPSED | semantic | ps.Summary(field=["elapsed_time"]) | — |
| FEPR | semantic | ps.Summary(field=["energy_production_rate"]) | — |
| FGIRH | semantic | — | — |
| FGITH | semantic | — | — |
| FGLRH | semantic | — | — |
| FGORH | semantic | — | — |
| FGPI | semantic | ps.Summary(field=["gas_injection_potential"]) | — |
| FGPP | semantic | ps.Summary(field=["gas_production_potential"]) | — |
| FGPRF | semantic | ps.Summary(field=["free_gas_production_rate"]) | — |
| FGPRH | semantic | — | — |
| FGPRS | semantic | ps.Summary(field=["solution_gas_production_rate"]) | — |
| FGPTF | semantic | ps.Summary(field=["free_gas_production_total"]) | — |
| FGPTH | semantic | — | — |
| FGPTS | semantic | ps.Summary(field=["solution_gas_production_total"]) | — |
| FGPV | semantic | ps.Summary(field=["gas_pore_volume"]) | — |
| FHPV | semantic | ps.Summary(field=["hydrocarbon_pore_volume"]) | — |
| FLPRH | semantic | — | — |
| FLPTH | semantic | — | — |
| FMCTG | semantic | ps.Summary(field=["gas_injection_control_mode"]) | — |
| FMCTP | semantic | ps.Summary(field=["control_mode"]) | — |
| FMCTW | semantic | ps.Summary(field=["water_injection_control_mode"]) | — |
| FMWIA | semantic | ps.Summary(field=["abandoned_injection_well_count"]) | — |
| FMWPA | semantic | ps.Summary(field=["abandoned_production_well_count"]) | — |
| FNQR | semantic | ps.Summary(field=["numerical_aquifer_influx_rate"]) | — |
| FNQT | semantic | ps.Summary(field=["numerical_aquifer_influx_total"]) | — |
| FOGRH | semantic | — | — |
| FOIRH | semantic | — | — |
| FOITH | semantic | — | — |
| FOPI | semantic | ps.Summary(field=["oil_injection_potential"]) | — |
| FOPP | semantic | ps.Summary(field=["oil_production_potential"]) | — |
| FOPRF | semantic | ps.Summary(field=["free_oil_production_rate"]) | — |
| FOPRH | semantic | — | — |
| FOPRS | semantic | ps.Summary(field=["solution_oil_production_rate"]) | — |
| FOPTF | semantic | ps.Summary(field=["free_oil_production_total"]) | — |
| FOPTH | semantic | — | — |
| FOPTS | semantic | ps.Summary(field=["solution_oil_production_total"]) | — |
| FOPV | semantic | ps.Summary(field=["oil_pore_volume"]) | — |
| FPPG | semantic | ps.Summary(field=["gas_potential"]) | — |
| FPPO | semantic | ps.Summary(field=["oil_potential"]) | — |
| FPPW | semantic | ps.Summary(field=["water_potential"]) | — |
| FPRH | semantic | — | — |
| FRPV | semantic | ps.Summary(field=["pore_volume"]) | — |
| FRS | semantic | ps.Summary(field=["solution_gas_oil_ratio"]) | — |
| FRV | semantic | ps.Summary(field=["vaporized_oil_gas_ratio"]) | — |
| FSGR | semantic | — | — |
| FSGT | semantic | — | — |
| FWCTH | semantic | — | — |
| FWGRH | semantic | — | — |
| FWIRH | semantic | — | — |
| FWITH | semantic | — | — |
| FWPI | semantic | ps.Summary(field=["water_injection_potential"]) | — |
| FWPP | semantic | ps.Summary(field=["water_production_potential"]) | — |
| FWPRH | semantic | — | — |
| FWPTH | semantic | — | — |
| FWPV | semantic | ps.Summary(field=["water_pore_volume"]) | — |
| GALQ | semantic | ps.Summary(groups={"*": ["network_branch_artificial_lift_quantity"]}) | — |
| GEPR | semantic | ps.Summary(groups={"*": ["energy_production_rate"]}) | — |
| GGIGR | semantic | ps.Summary(groups={"*": ["gas_injection_guide_rate"]}) | — |
| GGIRH | semantic | — | — |
| GGITH | semantic | — | — |
| GGLR | semantic | ps.Summary(groups={"*": ["gas_liquid_ratio"]}) | — |
| GGLRH | semantic | — | — |
| GGORH | semantic | — | — |
| GGPGR | semantic | ps.Summary(groups={"*": ["gas_production_guide_rate"]}) | — |
| GGPI | semantic | ps.Summary(groups={"*": ["gas_injection_potential"]}) | — |
| GGPP | semantic | ps.Summary(groups={"*": ["gas_production_potential"]}) | — |
| GGPRF | semantic | ps.Summary(groups={"*": ["free_gas_production_rate"]}) | — |
| GGPRH | semantic | — | — |
| GGPRNB | semantic | ps.Summary(groups={"*": ["network_branch_gas_flow_rate"]}) | — |
| GGPRS | semantic | ps.Summary(groups={"*": ["solution_gas_production_rate"]}) | — |
| GGPTF | semantic | ps.Summary(groups={"*": ["free_gas_production_total"]}) | — |
| GGPTH | semantic | — | — |
| GGPTS | semantic | ps.Summary(groups={"*": ["solution_gas_production_total"]}) | — |
| GLPRH | semantic | — | — |
| GLPTH | semantic | — | — |
| GMCTG | semantic | ps.Summary(groups={"*": ["gas_injection_control_mode"]}) | — |
| GMCTW | semantic | ps.Summary(groups={"*": ["water_injection_control_mode"]}) | — |
| GOIGR | semantic | ps.Summary(groups={"*": ["oil_injection_guide_rate"]}) | — |
| GOIRH | semantic | — | — |
| GOITH | semantic | — | — |
| GOPGR | semantic | ps.Summary(groups={"*": ["oil_production_guide_rate"]}) | — |
| GOPI | semantic | ps.Summary(groups={"*": ["oil_injection_potential"]}) | — |
| GOPP | semantic | ps.Summary(groups={"*": ["oil_production_potential"]}) | — |
| GOPRF | semantic | ps.Summary(groups={"*": ["free_oil_production_rate"]}) | — |
| GOPRH | semantic | — | — |
| GOPRNB | semantic | ps.Summary(groups={"*": ["network_branch_oil_flow_rate"]}) | — |
| GOPRS | semantic | ps.Summary(groups={"*": ["solution_oil_production_rate"]}) | — |
| GOPTF | semantic | ps.Summary(groups={"*": ["free_oil_production_total"]}) | — |
| GOPTH | semantic | — | — |
| GOPTS | semantic | ps.Summary(groups={"*": ["solution_oil_production_total"]}) | — |
| GPRB | semantic | ps.Summary(groups={"*": ["network_branch_pressure_drop"]}) | — |
| GPRG | semantic | ps.Summary(groups={"*": ["gas_injection_network_node_pressure"]}) | — |
| GPRW | semantic | ps.Summary(groups={"*": ["water_injection_network_node_pressure"]}) | — |
| GSGR | semantic | — | — |
| GSGT | semantic | — | — |
| GVPGR | semantic | ps.Summary(groups={"*": ["reservoir_volume_production_guide_rate"]}) | — |
| GVPRT | semantic | ps.Summary(groups={"*": ["reservoir_volume_production_rate_target"]}) | — |
| GWCTH | semantic | — | — |
| GWGRH | semantic | — | — |
| GWIGR | semantic | ps.Summary(groups={"*": ["water_injection_guide_rate"]}) | — |
| GWIRH | semantic | — | — |
| GWITH | semantic | — | — |
| GWPGR | semantic | ps.Summary(groups={"*": ["water_production_guide_rate"]}) | — |
| GWPI | semantic | ps.Summary(groups={"*": ["water_injection_potential"]}) | — |
| GWPP | semantic | ps.Summary(groups={"*": ["water_production_potential"]}) | — |
| GWPRH | semantic | — | — |
| GWPRNB | semantic | ps.Summary(groups={"*": ["network_branch_water_flow_rate"]}) | — |
| GWPTH | semantic | — | — |
| IMBNUMX | semantic | — | — |
| IMBNUMY | semantic | — | — |
| IMBNUMZ | semantic | — | — |
| MAXDPR | semantic | ps.Summary(field=["maximum_pressure_change"]) | — |
| MAXDSG | semantic | ps.Summary(field=["maximum_gas_saturation_change"]) | — |
| MAXDSO | semantic | ps.Summary(field=["maximum_oil_saturation_change"]) | — |
| MAXDSW | semantic | ps.Summary(field=["maximum_water_saturation_change"]) | — |
| MLINEARS | semantic | ps.Summary(field=["linear_iterations"]) | — |
| MSUMLINS | semantic | ps.Summary(field=["linear_iterations_total"]) | — |
| MSUMNEWT | semantic | ps.Summary(field=["newton_iterations_total"]) | — |
| NLINEARS | semantic | ps.Summary(field=["linear_iterations_per_newton"]) | — |
| NLINSMAX | semantic | ps.Summary(field=["linear_iterations_maximum"]) | — |
| NLINSMIN | semantic | ps.Summary(field=["linear_iterations_minimum"]) | — |
| RGFR | semantic | ps.Summary(region_pairs={(1, 2): ["gas_flow_rate"]}) | — |
| RGFT | semantic | ps.Summary(region_pairs={(1, 2): ["gas_flow_total"]}) | — |
| RGIPG | semantic | ps.Summary(regions={"*": ["gas_in_place_gas_phase"]}) | — |
| RGIPL | semantic | ps.Summary(regions={"*": ["gas_in_place_liquid_phase"]}) | — |
| RGPV | semantic | ps.Summary(regions={"*": ["gas_pore_volume"]}) | — |
| RHPV | semantic | ps.Summary(regions={"*": ["hydrocarbon_pore_volume"]}) | — |
| ROE | semantic | ps.Summary(regions={"*": ["oil_recovery_efficiency"]}) | — |
| ROEW | semantic | ps.Summary(regions={"*": ["oil_recovery_efficiency_wells"]}) | — |
| ROFR | semantic | ps.Summary(region_pairs={(1, 2): ["oil_flow_rate"]}) | — |
| ROFT | semantic | ps.Summary(region_pairs={(1, 2): ["oil_flow_total"]}) | — |
| ROIPG | semantic | ps.Summary(regions={"*": ["oil_in_place_gas_phase"]}) | — |
| ROIPL | semantic | ps.Summary(regions={"*": ["oil_in_place_liquid_phase"]}) | — |
| ROP | semantic | ps.Summary(regions={"*": ["oil_production_total_net"]}) | — |
| ROPV | semantic | ps.Summary(regions={"*": ["oil_pore_volume"]}) | — |
| RPPO | semantic | ps.Summary(regions={"*": ["oil_potential"]}) | — |
| RPPW | semantic | ps.Summary(regions={"*": ["water_potential"]}) | — |
| RRPV | semantic | ps.Summary(regions={"*": ["pore_volume"]}) | — |
| RWFR | semantic | ps.Summary(region_pairs={(1, 2): ["water_flow_rate"]}) | — |
| RWFT | semantic | ps.Summary(region_pairs={(1, 2): ["water_flow_total"]}) | — |
| RWPV | semantic | ps.Summary(regions={"*": ["water_pore_volume"]}) | — |
| STEPTYPE | semantic | ps.Summary(field=["timestep_criterion"]) | — |
| TCPU | semantic | ps.Summary(field=["cpu_time"]) | — |
| TCPUDAY | semantic | ps.Summary(field=["cpu_time_per_day"]) | — |
| TCPUTS | semantic | ps.Summary(field=["cpu_time_per_timestep"]) | — |
| TELAPLIN | semantic | ps.Summary(field=["elapsed_time_per_linear_iteration"]) | — |
| TIMESTEP | semantic | ps.Summary(field=["timestep_length"]) | — |
| WBHPH | semantic | — | — |
| WEPR | semantic | ps.Summary(wells={"*": ["energy_production_rate"]}) | — |
| WGIGR | semantic | ps.Summary(wells={"*": ["gas_injection_guide_rate"]}) | — |
| WGIP | semantic | — | — |
| WGIRH | semantic | — | — |
| WGIRL | semantic | ps.Summary(completions={("P1", 1, 1, 1, 1): ["gas_injection_rate"]}) | — |
| WGIRT | semantic | ps.Summary(wells={"*": ["gas_injection_rate_target"]}) | — |
| WGITH | semantic | — | — |
| WGITL | semantic | ps.Summary(completions={("P1", 1, 1, 1, 1): ["gas_injection_total"]}) | — |
| WGLRH | semantic | — | — |
| WGORH | semantic | — | — |
| WGORL | semantic | ps.Summary(completions={("P1", 1, 1, 1, 1): ["gas_oil_ratio"]}) | — |
| WGPGR | semantic | ps.Summary(wells={"*": ["gas_production_guide_rate"]}) | — |
| WGPI | semantic | ps.Summary(wells={"*": ["gas_injection_potential"]}) | — |
| WGPRF | semantic | ps.Summary(wells={"*": ["free_gas_production_rate"]}) | — |
| WGPRH | semantic | — | — |
| WGPRL | semantic | ps.Summary(completions={("P1", 1, 1, 1, 1): ["gas_production_rate"]}) | — |
| WGPRS | semantic | ps.Summary(wells={"*": ["solution_gas_production_rate"]}) | — |
| WGPRT | semantic | ps.Summary(wells={"*": ["gas_production_rate_target"]}) | — |
| WGPTF | semantic | ps.Summary(wells={"*": ["free_gas_production_total"]}) | — |
| WGPTH | semantic | — | — |
| WGPTL | semantic | ps.Summary(completions={("P1", 1, 1, 1, 1): ["gas_production_total"]}) | — |
| WGPTS | semantic | ps.Summary(wells={"*": ["solution_gas_production_total"]}) | — |
| WINJFC | semantic | ps.Summary(wells={"*": ["filtrate_injection_concentration"]}) | — |
| WLPRH | semantic | — | — |
| WLPRT | semantic | ps.Summary(wells={"*": ["liquid_production_rate_target"]}) | — |
| WLPT | semantic | ps.Summary(wells={"*": ["liquid_production_total"]}) | — |
| WLPTH | semantic | — | — |
| WLPTL | semantic | ps.Summary(completions={("P1", 1, 1, 1, 1): ["liquid_production_total"]}) | — |
| WMCON | semantic | ps.Summary(wells={"*": ["flowing_connection_count"]}) | — |
| WMVFP | semantic | ps.Summary(wells={"*": ["vfp_table_number"]}) | — |
| WNEWTON | semantic | ps.Summary(field=["well_newton_iterations"]) | — |
| WOGLR | semantic | ps.Summary(wells={"*": ["gas_lift_oil_gradient"]}) | — |
| WOGRH | semantic | — | — |
| WOIGR | semantic | ps.Summary(wells={"*": ["oil_injection_guide_rate"]}) | — |
| WOIRH | semantic | — | — |
| WOITH | semantic | — | — |
| WOPGR | semantic | ps.Summary(wells={"*": ["oil_production_guide_rate"]}) | — |
| WOPI | semantic | ps.Summary(wells={"*": ["oil_injection_potential"]}) | — |
| WOPRF | semantic | ps.Summary(wells={"*": ["free_oil_production_rate"]}) | — |
| WOPRH | semantic | — | — |
| WOPRL | semantic | ps.Summary(completions={("P1", 1, 1, 1, 1): ["oil_production_rate"]}) | — |
| WOPRS | semantic | ps.Summary(wells={"*": ["solution_oil_production_rate"]}) | — |
| WOPRT | semantic | ps.Summary(wells={"*": ["oil_production_rate_target"]}) | — |
| WOPTF | semantic | ps.Summary(wells={"*": ["free_oil_production_total"]}) | — |
| WOPTH | semantic | — | — |
| WOPTL | semantic | ps.Summary(completions={("P1", 1, 1, 1, 1): ["oil_production_total"]}) | — |
| WOPTS | semantic | ps.Summary(wells={"*": ["solution_oil_production_total"]}) | — |
| WPI1 | semantic | ps.Summary(wells={"*": ["productivity_index_one_point"]}) | — |
| WPI4 | semantic | ps.Summary(wells={"*": ["productivity_index_four_point"]}) | — |
| WPI5 | semantic | ps.Summary(wells={"*": ["productivity_index_five_point"]}) | — |
| WPI9 | semantic | ps.Summary(wells={"*": ["productivity_index_nine_point"]}) | — |
| WPIG | semantic | ps.Summary(wells={"*": ["gas_productivity_index"]}) | — |
| WPIL | semantic | ps.Summary(wells={"*": ["liquid_productivity_index"]}) | — |
| WPIO | semantic | ps.Summary(wells={"*": ["oil_productivity_index"]}) | — |
| WPIW | semantic | ps.Summary(wells={"*": ["water_productivity_index"]}) | — |
| WSTAT | semantic | ps.Summary(wells={"*": ["well_status"]}) | — |
| WTHPH | semantic | — | — |
| WTICHEA | semantic | ps.Summary(wells={"*": ["injected_convective_heat"]}) | — |
| WTIRHEA | semantic | ps.Summary(wells={"*": ["injected_heat_rate"]}) | — |
| WTITHEA | semantic | ps.Summary(wells={"*": ["injected_heat_total"]}) | — |
| WTPCHEA | semantic | ps.Summary(wells={"*": ["produced_convective_heat"]}) | — |
| WTPRHEA | semantic | ps.Summary(wells={"*": ["produced_heat_rate"]}) | — |
| WTPTHEA | semantic | ps.Summary(wells={"*": ["produced_heat_total"]}) | — |
| WVPGR | semantic | ps.Summary(wells={"*": ["reservoir_volume_production_guide_rate"]}) | — |
| WWCT | semantic | ps.Summary(wells={"*": ["water_cut"]}) | — |
| WWCTH | semantic | — | — |
| WWCTL | semantic | ps.Summary(completions={("P1", 1, 1, 1, 1): ["water_cut"]}) | — |
| WWGRH | semantic | — | — |
| WWIGR | semantic | ps.Summary(wells={"*": ["water_injection_guide_rate"]}) | — |
| WWIP | semantic | — | — |
| WWIRH | semantic | — | — |
| WWIRL | semantic | ps.Summary(completions={("P1", 1, 1, 1, 1): ["water_injection_rate"]}) | — |
| WWIRT | semantic | ps.Summary(wells={"*": ["water_injection_rate_target"]}) | — |
| WWITH | semantic | — | — |
| WWITL | semantic | ps.Summary(completions={("P1", 1, 1, 1, 1): ["water_injection_total"]}) | — |
| WWPGR | semantic | ps.Summary(wells={"*": ["water_production_guide_rate"]}) | — |
| WWPI | semantic | ps.Summary(wells={"*": ["water_injection_potential"]}) | — |
| WWPRH | semantic | — | — |
| WWPRL | semantic | ps.Summary(completions={("P1", 1, 1, 1, 1): ["water_production_rate"]}) | — |
| WWPRT | semantic | ps.Summary(wells={"*": ["water_production_rate_target"]}) | — |
| WWPTH | semantic | — | — |
| WWPTL | semantic | ps.Summary(completions={("P1", 1, 1, 1, 1): ["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