Simulated shooting system based on controlled lighting experimental box and vision testing method of simulaates shooting system

Abstract

The invention discloses a simulated shooting system based on a controlled lighting experimental box and a vision testing method of the simulated shooting system. The simulated shooting system comprises a lighting experimental box, a vision sensor, a light source, a light control module, a motion control module, a shooting control module, a master control module and a background module, wherein thevision sensor is connected with the shooting control module; the light source is connected with the light control module; the light control module, the motion control module and the shooting controlmodule are all connected to the master control module; and the master control module is connected to the background module. By regulating motion conditions of shot objects in the lighting experimentalbox and lighting conditions of the light source, the motion conditions of the shot objects in the lighting experimental box and the lighting conditions of the light source can be controlled, so thatan external real environment is well simulated, an optimal image processing algorithm in the simulated environment can be found out, and actual processing of environmental images is facilitated.

Description

technical field [0001] The invention relates to the field of image scene simulation, in particular to a simulation shooting system based on a controllable illumination experiment box and a visual testing method thereof. Background technique [0002] At present, more and more attention is paid to the simulation experiment based on the actual scene. This is because the conditions of the actual scene are not well controlled, so a simulation experiment scene is generally set up for verification first. The common experimental carrier is the light experiment box. . At present, the experimental simulation equipment based on the light experiment box has appeared on the market. Although the observation object inside the experiment box can be observed, it cannot be observed and adjusted for its trajectory or direction, so it is relatively single and cannot be well controlled. It simulates the real movement of objects in the real environment, and the lighting conditions in the lightin...

AI Technical Summary

Problems solved by technology

At present, the experimental simulation equipment based on the light experiment box has appeared on the market. Although the observation object inside the experiment box can be observed, it cannot be observed and adjusted for its trajectory or direction, so it is relatively single and cannot be well controlled. It simulates the real movement of objects in the real environment, and the lighting conditions in the lighting experiment box of this type of equipment are generally fixed and cannot be adjusted, but in the real environment, the lighting conditions will obviously change with time, so such a simulated environment cannot It reflects the real environment well, and the corresponding simulation experiment effect is not good

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