A test method and device for splicing camera groups

Abstract

The invention discloses a test method for a stitching camera group. The method includes the following steps: after shooting a test pattern by using a stitching camera group, transmitting the shot pattern to an image processing fixture for processing, and determining whether the stitching camera group is successfully stitched by judging whether the processed shot pattern is deformed, and further implementing the test of the imaging quality of the stitching camera group. When the stitching camera group is poor in imaging quality, which means that the shot pattern is deformed, workers can reassemble each stitching camera, the stitching camera group with better imaging can be provided for users, and the experience feeling of the users can be enhanced. Thereby, according to the test method, whether the imaging of the stitching camera group is deformed at a joint location of each stitching camera can be judged, and thus the imaging quality of the stitching camera group can be improved, and the experience feeling of the users can be further improved. In addition, the invention also discloses test equipment for the stitching camera group, which has the above effect.

Description

technical field [0001] The invention relates to the field of photography, in particular to a test method and equipment for splicing camera groups. Background technique [0002] In order to realize no-dead-angle monitoring or all-round shooting of the surrounding environment, people require that the shooting range of the camera is getting larger and larger, and even, people hope to realize no-dead-angle monitoring or all-round shooting of horizontal 360 degrees and vertical 360 degrees, so, The splicing camera group application was born. [0003] However, in the prior art, only by observing whether the brightness and darkness of each spliced ​​camera image in the spliced ​​camera group are the same, whether the spliced ​​camera group is successfully spliced ​​is tested, but whether the imaging of the spliced ​​camera group at the combined position can be tested. The perfect combination is tested, ignoring the overall imaging quality of the spliced ​​camera group. As a result...

AI Technical Summary

Problems solved by technology

[0003] However, in the prior art, only by observing whether the brightness and darkness of each spliced ​​camera image in the spliced ​​camera group are the same, whether the spliced ​​camera group is successfully spliced ​​is tested, but whether the imaging of the spliced ​​camera group at the combined position can be tested. The perfect combination is tested, ignoring the overall imaging quality of the spliced ​​camera group. As a result, although the current spliced ​​camera group can achieve a wide range of photos and videos, the imaging of the spliced ​​camera group is often in the combination of the spliced ​​cameras that make up the spliced ​​camera group. Image deformation occurs in the position, image user experience

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