Method for extracting stage performance scheme to perform matching calibration with stage device

Abstract

The invention discloses a method for extracting a stage performance scheme to perform matching calibration with a stage device. The method includes the following operation steps: S1, establishing a feature extraction library of stage performance schemes; S2, automatically extracting a corresponding performance scheme from the feature extraction library according to a performance feature to perform matching test with a stage device; and S3, calibrating the stage device according to the matching test result. The method can perform predefining on the feature of the performance scheme through establishment of the feature extraction library, can quickly extract the corresponding performance scheme according to the performance feature to perform matching calibration with the stage device, improves the control efficiency of a stage, and facilitates displaying a good stage effect.

Description

technical field [0001] The invention relates to the technical field of stage control, in particular to a method for matching and calibrating an extraction stage performance plan and stage equipment. Background technique [0002] With the continuous improvement of the expressiveness of the modern stage, more and more performances need to be realized with more accurate and artistically appealing effects. With the rapid development of modern technology, there are many stage equipments, but due to the composition of the entire stage system Each subsystem and unit (for example, lighting subsystem, sound subsystem, mechanical subsystem, speaker unit, lifting stage unit, display unit, etc.) It is impossible to effectively judge the matching degree between the existing stage equipment and the performance plan. It is difficult to easily achieve a good stage performance effect simply by relying on the routine operation of the stage scene. Moreover, the operation of the stage equipment...

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Problems solved by technology

[0002] With the continuous improvement of the expressiveness of the modern stage, more and more performances need to be realized with more accurate and artistically appealing effects. With the rapid development of modern technology, there are many stage equipments, but due to the composition of the entire stage system Each subsystem and unit (for example, lighting subsystem, sound subsystem, mechanical subsystem, speaker unit, lifting stage unit, display unit, etc.) It is impossible to effectively judge the matching degree between the existing stage equipment and the performance plan. It is difficult to easily achieve a good stage performance effect simply by relying on the routine operation of the stage scene. Moreover, the operation of the stage equipment is complicated and difficult to operate, and usually requires multiple systematic training. Operators must work at the same time to complete the control of the controlled system or equipment. The operator is often prone to operation errors during the equipment control process due to the large number of equipment. At this time, it is difficult to rely solely on the temporary performance of the operator Realizing the control of the stage has a certain negative impact on the overall presentation effect of the stage, and there are generally more performance activities when the stage performance is presented, and each performance activity will have a corresponding performance plan, so the traditional The method of matching and calibrating performance schemes and stage equipment will lead to inefficiency, and it is difficult to accurately match and calibrate within a short interval of activities

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