Abstract: The proposed method relates to a computer technology providing automatic control of a video recording process. The method includes obtaining information regarding an action in the scene and then calculating a film director's description of a shot to be filmed. Thereafter, the shot description is provided to a cameraman and a set of shot variants is generated according to the director's shot description. Camera parameters for shooting each of the shot variants are obtained and the best shot is chosen. The shot is provided back to the film director who finally registers the same in an editorial script. The respective camera is mounted to shoot the best shot. Subsequent shots of the scene actions are obtained by repeating previous method steps and a sequence of shots is generated according to the editorial script. The sequence is then provided to a client computer program.

Abstract: This invention is related to visualization of a natural language text, namely, to conversion of such text into a corresponding image, animation, or a three-dimensional scene. The proposed solution provides for a tool set for visualization of such text and automatically obtaining an animated three-dimensional scene. The invention contemplates a method of text visualization comprising the steps of obtaining a natural language text, conducting an automatic semantic breakdown of the language text (parsing) with the purpose of obtaining a structured semantic net, creating a three-dimensional scene on the basis of semantic breakdown results, creating a video clip or a set of pictures using the obtained three-dimensional scenes, and visualization of the obtained video clip or set of images. The invention provides for simultaneous producing video clips by several users according to different scenarios, manual editing a three-dimensional scene and semantic breakdown results, replenishing a library by own content, etc.

Abstract: This invention is related to visualization of a natural language text, namely, to conversion of such text into a corresponding image, animation, or a three-dimensional scene. The proposed solution provides for a tool set for visualization of such text and automatically obtaining an animated three-dimensional scene. The invention contemplates a method of text visualization comprising the steps of obtaining a natural language text, conducting an automatic semantic breakdown of the language text (parsing) with the purpose of obtaining a structured semantic net, creating a three-dimensional scene on the basis of semantic breakdown results, creating a video clip or a set of pictures using the obtained three-dimensional scenes, and visualization of the obtained video clip or set of images. The invention provides for simultaneous producing video clips by several users according to different scenarios, manual editing a three-dimensional scene and semantic breakdown results, replenishing a library by own content, etc.