Auto Knotting
发布于：2025-06-10
Purpose:
Supports user-defined knotting areas → parameter setting → simulation, enabling complex knot creation in three simple steps.
Operation Method:
- Home ▶ Fold Arrangement ▶ Auto Knotting
- Select knot type
Knot Area/Type | Deadknots-double | Deadknot-single | Simple- knot-single | Tie- knot -double | Tie- knot- single |
|---|---|---|---|---|---|
Single Area | √ | √ | √ | ||
Double Area | √ | √ |
Knot Area/Type | Waist-tie-double | Waist-tie- single | Waist-tie-traditional - double | Waist-tie-traditional - single |
|---|---|---|---|---|
Single Area | √ | √ | ||
Double Area | √ | √ |
- Single area: Use the lasso tool in the 2D view to select a closed region as the knotting area.
- Double area: Use the lasso tool in the 2D view to sequentially select two closed regions; the selection order determines the knotting direction.
- 3D real-time preview
- The template is generated in real time based on parameters; after modifying the scale value in the partition scale parameters, the changes can be viewed in the 3D real-time preview.
- The fabric is mapped onto the knot template shape. Users can select
[Reverse order] to swap the start and end points of the pattern path.
- If the selected area is unsatisfactory, click
[Reset Area] to re-invoke the lasso tool and select the area again.
- Confirm — enable simulation to finalize the effect: After confirmation, users need to manually start the simulation to see the final result.
Note: The knotting pattern requires particle distance less than 10; otherwise, the knot may loosen.
Application Scenarios: Suitable for clothing modeling scenarios involving knot structure design, such as rapid creation of bows, neckties, laces, decorative knots, etc.
Application Value: Enhances modeling efficiency.