A system synchronizes a lighting control signal and a lighting pattern of a lighting effect device

Abstract

An interactive lighting effect control system for synchronizing lighting effect patterns of a remote interactive lighting effect device is disclosed. Therefore, when other interactive lighting effectdevices which emit light according to the script of the field activity site are used for watching the lighting effect performance, synchronous lighting effect can be generated remotely. The synchronous lighting effect obtained remotely can generate corresponding virtual simulation perception when a user watches a real-time streaming video, such as attending the same concert place. The invention discloses a color control signal generation method and a color control pattern mixing module. The color control pattern mixing module is used for generating a mixed video frame including color control patterns, so that the delay of remotely generating the lighting effect change relative to the lighting effect observed in a live concert is very low, and the high-efficiency lighting effect pattern canbe remotely generated. The color control pattern mixing module is used for generating the mixed video frame including the color control patterns.

Description

technical field [0001] The present invention relates to a system for synchronizing the luminous effect pattern and luminous effect control signal of an interactive luminous effect device; in particular, it relates to a system for enabling remote interactive luminous light while watching the streaming video live broadcast of live performance activities at the first position A method and system for synchronizing luminous effect patterns and luminous effect control signals of an effect device to generate synchronous dynamic interactive luminous effects and realize virtual simulation perception as if attending the same concert venue. Background technique [0002] Interactive lighting effect devices such as LED lighting wristbands are very common portable electronic devices, and are often used to achieve large-scale interactive lighting effects in various event venues, such as concerts, sports events, public gatherings, church activities , political gatherings, educational instit...

AI Technical Summary

Problems solved by technology

However, the above-mentioned traditional method of synchronizing the remote viewing position with the lighting effect pattern of the live concert venue has the following disadvantages: (1) Once an unexpected time delay occurs at the beginning of the concert venue, each LED light The clock on the wristband cannot adjust the time delay by itself, which will cause the luminous effect to be triggered at the wrong time / interval; due to the expected or predicted time delay at the concert venue, additional time is required before the concert starts It takes a while to calibrate or adjust the clock of each LED light-emitting wristband in advance; (2) although the user can be notified when the concert starts to pull out the battery isolation tab to start the synchronization for the synchronized light-emitting effect Timer, but because the actual running time of each part of the Concert Glow script sometimes changes dynamically, it is almost impossible to follow each part of the Concert Glow script exactly at all actual running times Part of the predetermined schedule is carried out, so once the dynamic changes are imported, the luminous effects produced on all LED luminous wristbands will no longer be carried out in perfect time order; (3) Any time that occurs during the actual playback of the video Delays, e.g. due to broadcast interruptions or video stream buffering delays, can cause significant time differences between the clock on the LED light-up wristband and the original preset clock on the controller at the concert event

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