A method and device for online editing of laser lens synchronization data based on web

Abstract

The invention belongs to the field of security monitoring data processing, and specifically provides a method and device for online editing of laser lens synchronous data based on the web. The method includes the following steps: receiving video data and laser synchronous data sent by embedded optical equipment; After the video data is decoded, the current visible light video and the size of the laser spot are played in real time; the received laser synchronization data is used to generate a line chart with the visible light position data and the laser position data as coordinates; the inflection point of the line chart is traversed, and the location of the inflection point is received command, compare the position value of the inflection point positioned with the current video, and edit and adjust the position value of the inflection point according to the comparison result; after the traversal is completed, the edited laser synchronization data is sent back to the embedded optical device. It is convenient to see the change rule of the synchronous data, complete interpolation, change value, delete value operation and real-time presentation of the effect of value change.

Description

technical field [0001] The invention relates to the technical field of security monitoring data processing, in particular to a web-based online editing method and device for laser lens synchronization data. Background technique [0002] In the field of security monitoring, optical equipment with laser function can effectively assist in the observation of targets at night. Under different visible light lens positions, the spot size of the laser lens needs to change according to the change of the visible light position, which has achieved better results. Observation effect: For different models of visible light lenses and laser lenses, the respective parameters are inconsistent. In order to achieve a good observation effect, each device needs to be configured with different laser synchronization data. [0003] The traditional laser synchronization data configuration method requires specialized personnel to connect the device through a debugger to locally adjust the laser synch...

AI Technical Summary

Problems solved by technology

This method has great limitations on the debugging environment. When the observation effect of the equipment used by the customer on site is not good, the equipment needs to be returned to the factory or go to the site for debugging, which greatly increases the labor cost; It can only be completed with professional development experience. Due to the limitations of debugging tools and professional knowledge, production personnel or customers cannot adjust

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