Skip to content

Simulation to Impedance

sim2x imp Usage

imp help menu

To see the help menu

Bash
sim2x imp --help
Which has output:
Bash
Usage: sim2x imp [OPTIONS] CONFIG_FILE

  Convert a simulation corner point grid to a regular grid with a glocal cell
  index (GI)

Options:
  --help  Show this message and exit.
A default CONFIG_FILE can be generated by
Bash
sim2x gc imp

sim2x imp Config

IO section parameters

Parameters for controlling Sim2x Imp Input/Ouput

modelpath: str pydantic-field

The iced model path (output of eclx export)

outpath: str pydantic-field

The output path of the iced imp model, else use same as modelpath

report_diffs: Sequence[int] pydantic-field

List of report pairs to difference e.g. [a, b, d, c] will output a-b and d-c

report_diffs_pc: Sequence[int] pydantic-field

List of report pairs to difference e.g. [a, b, d, c] will output (a-b)/b*100 and (d-c)/c*100, diffs are as percentages relative to the second value

reports: Sequence[int] pydantic-field

The simulation report numbers to output

MODEL section parameters

Parameters for controlling Sim2x Imp PEM Model

extra_props: Dict[str, Union[int, float]] pydantic-field

Extra properties needed by the digirock model not provided by the simualtor. e.g temp

nan_cell: Tuple[float, float, float] pydantic-field

Elastic properties to fill inactive cells [velp vels rhob], if missing the default shale properties from the impedance modelling will be used

pem_file: str pydantic-field

Python file with the digirock PEM model defined

pem_name: str pydantic-field

Variable name of digirock RockModel from pem_file

property_mapping: Dict[str, str] pydantic-field

The properties from eclipse mapped to the props names of the digirock model. For example: SWAT:sw

Example Configuration

YAML
IO:
  modelpath: ''
  outpath: ~
  reports:
  - 0
  report_diffs: []
  report_diffs_pc: []

MODEL:
  pem_file: ''
  pem_name: ''
  nan_cell: ~
  property_mapping: ~
  extra_props: ~