GET THE ENCLOSED AREA FROM COORDINATES¶
Computes the rise and saturation characteristics of a curve by detecting the crush start and end points (i.e., the enclosed region between onset and plateau). Use this worker to extract rise/saturation metrics from force-displacement or similar response curves.
When to use¶
Classification: process.
Tagged: crush, curve_metrics, enclosed_area, force_displacement, rise, saturation, start_end.
Inputs¶
| Label | ID | Type | Default | Required | Description |
|---|---|---|---|---|---|
| Curve Input | curveinput | vector | — | Input XY curve (e.g. force-displacement or stress-strain) from which rise onset and saturation end points will be identified; accepts a vector curve object — leave empty if chaining from an upstream curve output. |
Outputs¶
| Label | ID | Type | Description |
|---|---|---|---|
| curve_get_rise_saturation_output_1 | curve_get_rise_saturation_output_1 | keyvalue | Key-value map containing the computed rise/saturation metrics (e.g. crush start index/value and crush end index/value) extracted from the input curve. |
Disciplines¶
- cae.postprocessing.response
- data.curve.transform
- engineering.crash.dynamics
Runnable example¶
A runnable example is registered for this worker. Open the example workflow on the d3VIEW canvas: /api/workflow/example?id=curve_get_rise_saturation
Auto-generated from transformation schema. Worker id: curve_get_rise_saturation. Schema hash: f005492d2822. Hand-curated docs in workerexamples/ override this page when present.