Abstract:
A method of virtually trying on eyeglasses includes capturing a plurality of images of a user's face, obtaining locations of a plurality of feature points on the user's face in the plurality of images, and using the locations of the plurality of feature points in the plurality of images to create a standard three-dimensional model of the user. Next, a selection is received from the user of a pair of virtual eyeglasses, the selected pair of virtual eyeglasses having a corresponding three-dimensional model depicting the size and shape of the selected pair of virtual eyeglasses. After this, a modified three-dimensional model of the user having the selected pair of virtual eyeglasses superimposed on the user's face is created according to the standard three-dimensional model of the user and the corresponding three-dimensional model of the selected pair of virtual eyeglasses. The result is then displayed for the user to see.
Abstract:
To generate a preferred image, at least two images may be captured. From the at least two images, a base image is selected to be edited and another image is selected as a source of image data used for editing the base image. A user selects an object of the base image to be replaced. The object on the base image is compared to the object on the another image to generate a region on the base image and the another image. The region on the base image is replaced with the region on the another image.
Abstract:
To generate a preferred image, at least two images may be captured. From the at least two images, a base image is selected to be edited and another image is selected as a source of image data used for editing the base image. A user selects an object of the base image to be replaced. The object on the base image is compared to the object on the another image to generate a region on the base image and the another image. The region on the base image is replaced with the region on the another image.
Abstract:
A method of virtually trying on eyeglasses includes capturing a plurality of images of a user's face, obtaining locations of a plurality of feature points on the user's face in the plurality of images, and using the locations of the plurality of feature points in the plurality of images to create a standard three-dimensional model of the user. Next, a selection is received from the user of a pair of virtual eyeglasses, the selected pair of virtual eyeglasses having a corresponding three-dimensional model depicting the size and shape of the selected pair of virtual eyeglasses. After this, a modified three-dimensional model of the user having the selected pair of virtual eyeglasses superimposed on the user's face is created according to the standard three-dimensional model of the user and the corresponding three-dimensional model of the selected pair of virtual eyeglasses. The result is then displayed for the user to see.