Dancing dynamic image capturing and restoration system based on flexible sensor, and control method

Abstract

The invention discloses a dancing dynamic image capturing and restoration system based on a flexible sensor, and a control method. The system comprises an image capturing system, an AGPS main system,AGPS subsystems, a synchronization module, a flexible sensor, a data analysis module, and an image restoration and data outputting system. The synchronization module is connected with the image capturing system, the AGPS main system and the image restoration and data outputting system. The data analysis module is connected with the image restoration and data outputting system, and the AGPS subsystems are disposed at four corners of a stage. The flexible sensor is carried by a performer. According to the invention, the AGPS positioning and the flexible sensor are combined together to obtain thereal-time motion information of the performer, and then the synchronization module carries out the synchronization of a captured image with the real-time motion information. Meanwhile, the data analysis module is used for analyzing the sign information of the performer, and finally the image is restored and the data is outputted. The system can enable a photographing range to be wider, enables the feedback information to be more abundant, and enables the restoration effect to be more vivid.

Description

technical field [0001] The invention relates to the technical field of three-dimensional action shooting and processing of stage art, in particular to a system and control method for capturing and restoring dance dynamic images based on flexible sensors. Background technique [0002] Modern stage art includes performances such as dance, drama, and musicals. In order to present good visual effects to the audience, it is very important for the three-dimensional motion capture and restoration technology of the performers. Existing camera motion capture generally uses a single camera. When shooting different angles of view, two or three cameras need to be added. However, the capture of three-dimensional motion is different. At least two cameras are required for a picture to appear three-dimensional. The reason why the human eye can produce a three-dimensional sense is because there is a certain distance between the two eyes. The distance causes the two eyes to see objects at dif...

AI Technical Summary

Problems solved by technology

However, the current technology is difficult to realize multi-angle reconstruction of performers' movements on the stage or theater, and it is also unable to give feedback on whether the actors' physical condition and emotional regulation are in place, especially the consistency and repetition of movements of multiple performers cannot be considered.

Since the conventional stereoscopic motion capture recording system is dual-lens, if the effect of the capture system is to be improved, an expensive multi-lens array group is required. The stereoscopic image and motion capture multi-lens array system depend on the performer's action and distance capture accuracy. It is based on the distance measurement of the optical system and the precise positioning relationship of different lenses (especially the multi-lens array), but for transportation and assembly reasons, the distance between the lenses is generally tight, when capturing the subtleties in a large-scale and wide-angle scene There will inevitably be large system errors in the action

In addition, the conventional dynamic image capture and restoration system mainly depends on the accuracy of the optical system to determine the quality of the captured and restored actions. However, due to the limitation of the shooting angle of the lens, it is difficult to obtain all-round position information of actors. , limited by the number of shots, the restoration accuracy of each actor will drop, and the three-dimensional effect will be greatly reduced

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