Garment Pattern Drafting Using 2D Image Slices

The patent divides the three-dimensional body scan into multiple two-dimensional image slices at different angles. Each slice is processed independently to extract precise perimeter measurements and angular changes. This segmentation allows the system to achieve high measurement precision for specific dimensions while maintaining manageable computational complexity through modular processing of individual slices.

The patent transforms three-dimensional body geometry into two-dimensional image slices for analysis. By projecting the 3D form onto 2D planes at various angles, the system can accurately measure perimeters and angular changes in each slice, then reconstruct precise measurements for the original 3D garment pattern. This dimensional transformation enables precise measurement of features that are difficult to capture directly in 3D scanning.

The patent segments the 3D body representation into multiple 2D image slices, each preserving angular and curvature information. By processing each slice to extract precise angular changes and perimeter measurements, the system recovers information that would otherwise be lost in conventional 3D scanning, enabling high-precision garment pattern generation.

The patent creates multiple two-dimensional representations (copies) of the three-dimensional human form at different angular orientations. These 2D slices serve as detailed templates that preserve precise geometric information about perimeters and curvatures. The system then uses these copied 2D representations to generate accurate garment patterns, effectively replacing the insufficient single 3D model with multiple informative 2D views.