METHOD AND SYSTEM FOR DISPLAYING SET OF MULTIMEDIA OBJECTS ON 3D DISPLAY Russian patent published in 2014 - IPC G06T15/00 

Abstract RU 2523980 C2

FIELD: physics, computer engineering.

SUBSTANCE: invention relates to displaying a collection (set) of multimedia objects on three-dimensional (3D) displays and is aimed at creating a real-time realistic 3D transition between such multimedia objects as 2D or 3D images and video displayed in an arbitrary sequence. The invention discloses a method and a system, wherein the method of displaying a multimedia slide show on a 3D display includes performing the following operations: selecting a set of multimedia objects for demonstration; displaying the selected 2D and 3D multimedia objects consecutively such that the transition between the current and the next multimedia object occurs in 3D display mode as follows: constructing a 3D scene consisting of one or more 3D objects; superimposing the current and next multimedia objects on the 3D objects of the scene as texture; selecting the initial position, orientation and size of the 3D objects, a texturing method and texture coordinates such that, as a result of displaying the scene in 3D mode, the resultant flat image of the current multimedia object lies on the screen in a neutral position on the depth axis in the plane of the 3D display screen, selecting the final position, orientation and size of 3D objects, texturing method and texture coordinates such that, as a result of displaying the scene in 3D mode, the resultant flat image of the next multimedia object lies on the screen in a neutral position on the depth axis in the plane of the 3D display screen, performing consecutive conversions of 3D objects in the space of the scene such that, as a result of displaying the scene, a 3D animation effect is generated for the multimedia objects. The system consists of a set of modules configured to carry out the disclosed method.

EFFECT: real-time realistic 3D transition between such multimedia objects as 2D and 3D images and video displayed in an arbitrary sequence.

7 cl, 6 dwg

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RU 2 523 980 C2

Authors

Safonov Il'Ja Vladimirovich

Kryzhanovskij Konstantin Aleksandrovich

Egorova Marta Aleksandrovna

Dates

2014-07-27Published

2012-10-17Filed