Apparatus and method for generating three dimensional content in electronic device
AssigneeSamsung Electronics Co., Ltd.
InventorSang-Kyung LEE
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Abstract
An apparatus and a method for generating Three Dimensional (3D) contents in an electronic device are provided. The method includes extracting data having geometric information, generating two images having binocular disparity using the geometric information of the extracted data, and outputting the generated two images to a display unit. The generating of the two images having the binocular disparity includes rendering a first image using the geometric information of the extracted data, and generating a second image using depth information of an object in the first image.
Claims21
1-10. (canceled)
A method for generating stereoscopic contents in art electronic device, comprising:
- extracting data having geometric information;
- generating two images having binocular disparity using the geometric information of the extracted data, by rendering a first image using the geometric information of the extracted data, and generating a second image using depth information of an object in the first image;
- and
- outputting the generated two images to a display unit.
An apparatus for generating stereoscopic contents in an electronic device, comprising:
- a controller for extracting data having geometric information, and generating two images having binocular disparity using the geometric information of the extracted data;
- and
- a display unit for outputting the generated two images,
- wherein the controller renders a first image using the geometric information of the extracted data, and generates a second image using depth information of an object in the first image.
A method for generating stereoscopic contents in an electronic device, comprising:
- applying a first projection matrix to eye coordinate data constituted based on geometric information data;
- clipping an object that is outside of a visual area by applying the first projection matrix;
- generating a first image by converting data included in the visual area to normalize coordinate data;
- determining a second projection matrix by measuring depth information of an object in the normalize coordinates for the first image;
- clipping an object that is outside of a visual area by applying the second projection matrix to the eye coordinate data;
- and
- generating a second image by converting data included in the visual area to normalize coordinate data.
Dependencies are inferred from the claim text.