Abstract:
Disclosed are an apparatus and method for making a special effects makeup mask, which can overcome discomfort and resistance to the use of plaster while maintaining the precision of making existing special effects makeup masks. The apparatus includes a 3D model creation unit for creating a 3D face model based on captured face images, and creating a 3D special effects makeup face model based on the 3D face model. A 3D mold part output unit outputs a mold part of the 3D face model and a mold part of the 3D special effects makeup face model corresponding to the 3D face model and the 3D special effects makeup face model, respectively. A special effects makeup mask making unit makes a special effects makeup mask using the mold part of the 3D face model and the mold part of the 3D special effects makeup face model.
Abstract:
Disclosed are an apparatus and method that measure and analyze the colors of skin based on a spectrum before and after the application of makeup, and then estimate spectral variations in skin before and after the application of makeup and simulate color of any skin after the application of makeup. The makeup color simulation apparatus acquires a spectral image from a captured skin image. Spectral variations in skin before and after application of makeup are estimated. A spectral variation model is created based on the estimated spectral variations, and spectral data of skin varied after application of makeup is calculated based on the spectral variation model. The spectral data of the skin is converted into CIE XYZ color values. The CIE XYZ color values are converted depending on input/output characteristics of an image display unit, and a final image corresponding to results of the conversion is simulated.
Abstract:
A method and apparatus for providing content experience service are disclosed. The apparatus includes a camera device tracking unit, a user behavior tracking unit, a real image acquisition unit, a motion information processing unit, a virtual space control unit, and a virtual multi-image generation unit. The camera device tracking unit collects camera motion information. The user behavior tracking unit collects user motion information. The real image acquisition unit photographs a space including the user, and separates a real image into a foreground and a background using a background key table. The motion information processing unit corrects the camera motion information and the user motion information. The virtual space control unit generates virtual space control information and virtual space information. The virtual multi-image generation unit generates a virtual multi-image, and provides the content experience service based on the generated virtual multi-image.