Report mnemonics
| Keyword | Status | Spelling | Note |
|---|---|---|---|
| ALLPROPS | RPTRST mnemonic | ps.Output(restart=["all_properties"]) | — |
| BASIC | RPTRST mnemonic | ps.Output(restart=["basic=n"]) | — |
| BG | RPTRST mnemonic | ps.Output(restart=["gas_formation_volume_factor"]) | — |
| BO | RPTRST mnemonic | ps.Output(restart=["oil_formation_volume_factor"]) | — |
| BW | RPTRST mnemonic | ps.Output(restart=["water_formation_volume_factor"]) | — |
| CONV | RPTRST mnemonic | ps.Output(restart=["convergence_diagnostics=n"]) | — |
| CPU | RPTSCHED mnemonic | ps.Output(print=["cpu=n"]) | — |
| DEN | RPTRST mnemonic | ps.Output(restart=["phase_densities"]) | — |
| DENG | RPTRST mnemonic | ps.Output(restart=["gas_density"]) | — |
| DENO | RPTRST mnemonic | ps.Output(restart=["oil_density"]) | — |
| DENSITY | RPTRST mnemonic | ps.Output(restart=["density"]) | — |
| DENW | RPTRST mnemonic | ps.Output(restart=["water_density"]) | — |
| FIP | RPTRST mnemonic | ps.Output(restart=["fluid_in_place"]) | — |
| FIP | RPTSCHED mnemonic | ps.Output(print=["fluid_in_place"]) | — |
| FIPRESV | RPTSCHED mnemonic | ps.Output(print=["reservoir_volumes"]) | — |
| FLORES | RPTRST mnemonic | ps.Output(restart=["reservoir_flows"]) | — |
| FLORES- | RPTRST mnemonic | ps.Output(restart=["reservoir_flows_negative_direction"]) | — |
| FLOWS | RPTRST mnemonic | ps.Output(restart=["surface_flows"]) | — |
| FLOWS- | RPTRST mnemonic | ps.Output(restart=["surface_flows_negative_direction"]) | — |
| FREQ | RPTRST mnemonic | ps.Output(restart=["frequency=n"]) | — |
| KRG | RPTRST mnemonic | ps.Output(restart=["gas_relative_permeability"]) | — |
| KRG | RPTSCHED mnemonic | ps.Output(print=["gas_relative_permeability"]) | — |
| KRN | RPTSCHED mnemonic | ps.Output(print=["solvent_relative_permeability"]) | — |
| KRO | RPTRST mnemonic | ps.Output(restart=["oil_relative_permeability"]) | — |
| KRO | RPTSCHED mnemonic | ps.Output(print=["oil_relative_permeability"]) | — |
| KRW | RPTRST mnemonic | ps.Output(restart=["water_relative_permeability"]) | — |
| KRW | RPTSCHED mnemonic | ps.Output(print=["water_relative_permeability"]) | — |
| MULT | RPTSCHED mnemonic | ps.Output(print=["transmissibility_multipliers"]) | — |
| NORST | RPTRST mnemonic | ps.Output(restart=["minimal_content=n"]) | — |
| NOTHING | RPTSCHED mnemonic | ps.Output(print=["no_reports"]) | — |
| PBPD | RPTRST mnemonic | ps.Output(restart=["bubble_dew_points"]) | — |
| PCGW | RPTRST mnemonic | ps.Output(restart=["gas_water_capillary_pressure"]) | — |
| PCOG | RPTRST mnemonic | ps.Output(restart=["gas_oil_capillary_pressure"]) | — |
| PCOW | RPTRST mnemonic | ps.Output(restart=["oil_water_capillary_pressure"]) | — |
| POLYMER | RPTSCHED mnemonic | ps.Output(print=["polymer_concentration"]) | — |
| PRES | RPTRST mnemonic | ps.Output(restart=["pressure"]) | — |
| PRES | RPTSCHED mnemonic | ps.Output(print=["pressure"]) | — |
| RESIDUAL | RPTRST mnemonic | ps.Output(restart=["residuals"]) | — |
| RESTART | RPTSCHED mnemonic | ps.Output(print=["restart_frequency=n"]) | — |
| RFIP | RPTRST mnemonic | ps.Output(restart=["reservoir_fluid_in_place"]) | — |
| RK | RPTRST mnemonic | ps.Output(restart=["polymer_permeability_reduction"]) | — |
| ROCKC | RPTRST mnemonic | ps.Output(restart=["rock_compaction"]) | — |
| RPORV | RPTRST mnemonic | ps.Output(restart=["reservoir_pore_volume"]) | — |
| RS | RPTSCHED mnemonic | ps.Output(print=["solution_gor"]) | — |
| RSSAT | RPTRST mnemonic | ps.Output(restart=["saturated_gas_oil_ratio"]) | — |
| RSWSAT | RPTRST mnemonic | ps.Output(restart=["saturated_gas_water_ratio"]) | — |
| RVSAT | RPTRST mnemonic | ps.Output(restart=["saturated_oil_gas_ratio"]) | — |
| RVWSAT | RPTRST mnemonic | ps.Output(restart=["saturated_water_gas_ratio"]) | — |
| SALT | RPTSCHED mnemonic | ps.Output(print=["salt_concentration"]) | — |
| SFIP | RPTRST mnemonic | ps.Output(restart=["separator_fluid_in_place"]) | — |
| SGAS | RPTSCHED mnemonic | ps.Output(print=["gas_saturation"]) | — |
| SOIL | RPTSCHED mnemonic | ps.Output(print=["oil_saturation"]) | — |
| SSOL | RPTSCHED mnemonic | ps.Output(print=["solvent_saturation"]) | — |
| SWAT | RPTSCHED mnemonic | ps.Output(print=["water_saturation"]) | — |
| TEMP | RPTRST mnemonic | ps.Output(restart=["temperature"]) | — |
| VGAS | RPTRST mnemonic | ps.Output(restart=["gas_viscosity"]) | — |
| VISC | RPTRST mnemonic | ps.Output(restart=["viscosities"]) | — |
| VOIL | RPTRST mnemonic | ps.Output(restart=["oil_viscosity"]) | — |
| VWAT | RPTRST mnemonic | ps.Output(restart=["water_viscosity"]) | — |
| WELLS | RPTSCHED mnemonic | ps.Output(print=["wells"]) | — |
| WELSPECS | RPTSCHED mnemonic | ps.Output(print=["well_specs"]) | — |
| XMF | RPTRST mnemonic | ps.Output(restart=["oil_mole_fraction"]) | — |
| YMF | RPTRST mnemonic | ps.Output(restart=["gas_mole_fraction"]) | — |
| ZMF | RPTRST mnemonic | ps.Output(restart=["mole_fraction"]) | — |
PetroScript is licensed under the Apache License 2.0. © 2026 Blauweiss EDV LLC. PetroScript by Blauweiss AI.For AI agents: llms.txt