Abstract: A system and method is provided that facilitates miter and notch identification for pattern sew line generation. A processor of the system may be configured to access a pattern data that defines a flat shape with cut lines corresponding to locations at which the shape is cut out of a material. Based on the pattern data, the processor may generate a computer-aided-design (CAD) model that includes a plurality of curves that define boundary edges of an object that corresponds to the shape defined by the pattern data. In addition, the processor may automatically identify portions of the boundary edges that correspond to alignment guides including at least one miter alignment guide, notch recess alignment guide, notch projection alignment guide, or combination thereof.

Abstract: Various disclosed embodiments include a method to be performed by a data processing system and including identifying an original curve and an intended location of a new curve in a CAD model. The method also includes generating a transition curve from the original curve. The method further includes determining a displacement function of the new curve and applying the displacement function to the transition curve. The displacement function includes two or more control points. The method includes combining the two or more control points into one transition curve control point. The method also includes adjusting the transition curve control point based on a fullness value so that transition curve overlays the location of the new curve.

Abstract: A system and method is provided that facilitates miter and notch identification for pattern sew line generation. A processor of the system may be configured to access a pattern data that defines a flat shape with cut lines corresponding to locations at which the shape is cut out of a material. Based on the pattern data, the processor may generate a computer-aided-design (CAD) model that includes a plurality of curves that define boundary edges of an object that corresponds to the shape defined by the pattern data. In addition, the processor may automatically identify portions of the boundary edges that correspond to alignment guides including at least one miter alignment guide, notch recess alignment guide, notch projection alignment guide, or combination thereof.

Abstract: Various disclosed embodiments include a method to be performed by a data processing system and including identifying an original curve and an intended location of a new curve in a CAD model. The method also includes generating a transition curve from the original curve. The method further includes determining a displacement function of the new curve and applying the displacement function to the transition curve. The displacement function includes two or more control points. The method includes combining the two or more control points into one transition curve control point. The method also includes adjusting the transition curve control point based on a fullness value so that transition curve overlays the location of the new curve.