DEFINE TABLE GET ROWS FOR CALIBRATION

Filters rows from a Define Table using a Pareto-front selection strategy to identify the best candidates for material calibration. For each row, key curve metrics (slope, xmax, ymax, xatymax, integral) are evaluated against user-specified min/max criteria, using either raw values or distance from the median. Use this worker to down-select a representative subset of test curves before passing them into a calibration workflow.

When to use

Classification: process.

Tagged: calibration, curve_metrics, define_table, material_calibration, median, pareto-front, row_selection.

Inputs

Label ID Type Default Required Description
Define Table dt_1 define_table Input Define Table containing rows of candidate test/simulation curves with associated metric columns; each row represents one curve candidate to be evaluated for calibration suitability.
Selection Criteria criteria dataset (complex)   Dataset specifying which curve metrics (slope, xmax, ymax, xatymax, integral) to include in the Pareto selection and whether to minimise or maximise each; defaults to ‘min’ for all five metrics if left unset.
Type Of Data To Use data_type scalar median   Selects whether the Pareto-front scoring uses raw metric values (‘raw’) or each metric’s distance from the median across all rows (‘median’, default); choose ‘median’ to reduce sensitivity to outliers.

Outputs

Label ID Type Description
Calibration Rows define_table define_table Filtered Define Table containing only the Pareto-optimal rows selected for calibration, preserving the original column schema of the input table.

Disciplines

  • data.dataset.transform
  • engineering.material.calibration

Runnable example

A runnable example is registered for this worker. Open the example workflow on the d3VIEW canvas: /api/workflow/example?id=definetable_get_rows_for_calibration


Auto-generated from transformation schema. Worker id: definetable_get_rows_for_calibration. Schema hash: 50ed83977320. Hand-curated docs in workerexamples/ override this page when present.