Abstract:
PURPOSE: A method and an apparatus for deforming a shape of a human body model are provided to automatically and naturally deform the shape of a human body model by forming the shape of the human body according to the motion capture data. CONSTITUTION: A human body generator(200) reconfigures a Nurbs curved surface model based on a joint skeleton structure, and a statistical transformation information generator(300) generates the statistical deformation information for a control parameter of the Nurbs curved surface model based on a parameter of a joint and key section curve in various specific motions. A human body shape deformation unit(400) deforms the human body model shape according to the statistical deformation information and the Nurbs curved surface model.
Abstract:
PURPOSE: A multimedia application system using metadata for a sensory device and a method thereof are provided to add a sensory function about moving picture color reproduction made by an intention of a producer from moving picture content production to final consumption, thereby providing a consumer customized high quality multimedia service. CONSTITUTION: A sensory device engine unit(108) receives SEI(Sensory Effect Information) according to moving picture contents. The sensory device engine unit receives UPI(User Preference Information) of the sensory device(114~120). When DCI(Device Capability Information) is inputted, the sensory device engine unit generates SDC(Sensory Device Commands) for controlling the sensory device based on the input information. A sensory device controller(110) controls each sensory device.
Abstract:
An image conversion method for artistic effect application of a 2D image and a device therefore are provided to perform image conversion through various artistic techniques by image conversion processing using a computer, thereby offering a natural image. A rendering server(101) converts a 2D image requested to be changed by a user into a required type of image through non-realistic rendering. When an image change request is received, a web server(102) delivers the image change request to the rendering server according to the user's terminal specification. The web server delivers a result image to the corresponding user's terminal. The web server delivers an image change program to the user's terminal. The web server controls so that an image change function is executed in the corresponding user's terminal. The user's terminal demands non-realistic rendering processing for the 2D image to the web server.
Abstract:
An effect processing unit using a style line capable of expressing the effect that a person seems to draw is provided to determine the shape of the directly in-line by three control points and generate a curve by reflecting the curvature of both ends and the curve based on three control points. A contour line generating unit(100) extracts an edge list in a polygon of a 3D object. The contour line generating unit produces the contour line by using the location information of the camera and the extracted edge list. The style line generating unit(110) groups the extracted edge list. The style line generating unit sets up each group as one line. The style line generating unit produces each by group style line by transforming the set up each line. An effect processing unit(120) expresses the line style by inserting the style line into inside and outside of the contour line.
Abstract:
본 발명은 디지털 만화책 제작 방법 및 장치에 관한 것이다. 즉, 본 발명에서는 영화와 같은 동영상이나 주변에서 쉽게 구할 수 있는 사진 등을 입력으로 하여 영상들을 만화 영상과 같이 렌더링하는 카투닝(cartooning)과 만화책처럼 보이게 하는 양식화(stylization) 작업, 그리고 말풍선 등 만화적 요소를 배치하는 작업을 통해 사용자의 수작업을 최소로 하여 누구나 쉽게 디지털 만화책을 제작할 수 있도록 한다. 만화, 디지털, 랜더링, 카투닝
Abstract:
Disclosed are a device and a method for providing a viewpoint image. The apparatus for providing the viewpoint image includes a panoramic image generation unit for generating a panoramic image using a cube map including a margin area by acquiring an omnidirectional image; a mesh information generation unit for generating three-dimensional mesh information which uses the panoramic image as a texture by acquiring three-dimensional data; and a user data rendering unit for rendering the panoramic image and the mesh information into user data according to a position and a direction inputted from a user.