A three-dimensional clothing adaptive dressing method

Abstract

The invention provides a three-dimensional clothing adaptive dressing method. The method comprises the following six steps: 1, multiple cutting pieces are generated from a three-dimensional virtual clothing; 2, the cutting pieces of the three-dimensional virtual clothing corresponding to a three-dimensional human body are cut; 3, attitude matching is carried out on the three-dimensional virtual clothing cutting pieces and the three-dimensional human body; 4, the three-dimensional virtual clothing cutting pieces are stitched, and geometric characteristics of the three-dimensional virtual clothing cutting pieces during the stitching process are kept; 5, breakthrough compensation is carried out between the three-dimensional virtual clothing and the human body; and 6, breakthrough compensation is carried out on the three-dimensional virtual clothing itself. Defects in the prior art are overcome; through carrying out virtual tailoring on the clothing mesh, point cloud feature attitude matching is carried out on the obtained clothing cutting pieces and the corresponding human parts, geometric stitching is carried out on the cutting pieces, and the purposes of dressing the three-dimensional virtual clothing on a different human body and keeping the geometric characteristics and the size of the clothing are achieved.

Description

Technical field [0001] The invention relates to a three-dimensional virtual clothing self-adaptive dressing method, which belongs to the technical field of clothing design. Background technique [0002] Three-dimensional virtual clothing display involves the integration of technology in many disciplines, and is committed to producing realistic and dynamic display effects. Since the mid to late 1980s, virtual 3D clothing simulation technology has experienced a process from static simulation of simple fabric deformation to dynamic simulation of 3D complex clothing. The simulation of fabrics and clothing is mainly attributed to the combination of modeling technology and numerical methods. Different fabrics and clothing have different modeling technologies. For the same model, different numerical calculation methods have different calculation efficiency. [0003] Existing methods for displaying the dressing effect of 3D virtual clothing all apply the dress to a specific 3D human postu...

AI Technical Summary

Problems solved by technology

[0003] In the existing methods for displaying the dressing effect of 3D virtual clothing, the clothing is applied to a specific 3D human body posture. In order to better display the dressing effect of 3D clothing, it is necessary to maintain the geometric characteristics and dimensions of the 3D virtual clothing. Next, re-dress the 3D virtual clothing on different human body surfaces. At present, there is no such adaptive dressing method for 3D virtual clothing in the prior art.

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