Existing 3D handheld scanners are usually integrated with image sensors that can directly generate texture images. However

the resolution of texture images is usually low

and problems

such as highlights

shadows

and shading

exist. This paper proposed a texture reconstruction method based on multiple photos. First

the image and geometric model are registered via feature-matching method. Second

the direct and accurate correspondence between image pixels and texture pixels is established by adopting a special encoding location texture. Then

the diffuse component is solved with simultaneous equations

which are established by location texture. Finally

we obtain intrinsic textures via the improved fusion method on the basis of hybrid weight. The proposed method was used to reconstruct the intrinsic texture of the three experimental models. The method was compared with a 3D scanning device to generate texture. Photos were directly utilized to generate texture. Results showed that the method is simple to operate

easy to use

and can produce clear and intrinsic textures without highlights and shadings. Experimental results showed that the reconstruction of texture quality in resolution

color reduction

and consistency is better than that of the original texture. The method has high accuracy and robustness and can meet the demand of high-quality texture reconstruction.