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Corner Point Grid to Regular Grid

sim2x rg Usage

To see the help menu

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

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

Options:
  -j, --jobs INTEGER RANGE  Number of parallel processors to use for running
                            model evaluations.  [1<=x<=4]
  -d, --debug BOOLEAN       Activate debugging output.
  --help                    Show this message and exit.
A default CONFIG_FILE can be generated by
Bash
sim2x gc rg

sim2x rg Config

IO section parameters

Parameters for controlling Sim2Rg Input/Ouput

jobs: int pydantic-field

The number of jobs to split the task into

modelpath: str pydantic-field

The iced model path (output of eclx export)

outpath: str pydantic-field

The output path of the regular grid

segypath: str pydantic-field

The segy file whose geometry will be used for the regular grid

seisncpath: str pydantic-field

If using geometry from previously converted seisnc file

SAMPLING section parameters

Parameters for controlling Sim2Rg Sampling

iline_step: int pydantic-field

The inline sample step

max_iline: int pydantic-field

The maximum inline sample

max_x: float pydantic-field

The maximum x sampling location

max_xline: int pydantic-field

The maximum crossline sample

max_y: float pydantic-field

The minimum y sampling location

min_iline: int pydantic-field

The minimum inline sample

min_x: float pydantic-field

The minimum x sampling location

min_xline: int pydantic-field

The minimum crossline sample

min_y: float pydantic-field

The minimum y sampling location

sample_rate: float pydantic-field

The sample rate in depth domain

vertical_buffer: int pydantic-field

Vertical buffer to output above and below model in samples

xline_step: int pydantic-field

The crossline sample step

Example Configuration

YAML
IO:
  modelpath: ''
  segypath: ~
  seisncpath: ~
  outpath: ''
  jobs: 1

SAMPLING:
  sample_rate: 0.1
  min_x: ~
  max_x: ~
  min_y: ~
  max_y: ~
  min_iline: ~
  max_iline: ~
  min_xline: ~
  max_xline: ~
  iline_step: ~
  xline_step: ~
  vertical_buffer: ~