A Method of Improved Automatic Light Tracing

Yujian Jiang, Yan-Niu Ren, Kai Song, Wei Jiang
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Abstract

At present Auto-Tracking technology attracted increasing attention in the field of stage lighting. Most of the existing automatic lighting tracing methods adopt indoor positioning technology to acquire the location parameters of the tracing object. Then the location parameters were converted into the control data of moving light for automatic tracing. The main problems are as follows: one is the positional errors of special light position such as front light and fixed-point light. The other is the miss tracking of moving targets. In this paper, according to the projection requirements of front light and fixed-point light, the existing tracing model is improved. The error between the spot and the actual position is analyzed. Test results show that the accuracy of the upper left and upper right directions is relatively high. The bigger the curvature amplitude is, the bigger the error is. At the same time, the test data provide theory evidence for the setting of the tracing light position and the design of the performance route.
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一种改进的自动光跟踪方法
目前,自动跟踪技术在舞台灯光领域受到越来越多的关注。现有的照明自动跟踪方法大多采用室内定位技术来获取跟踪对象的位置参数。然后将定位参数转换为运动光的控制数据进行自动跟踪。主要问题有:一是前灯、定点灯等特殊光源位置的定位误差。二是对移动目标的脱靶跟踪。本文根据前光源和定点光源的投影要求,对现有的跟踪模型进行了改进。分析了现场位置与实际位置之间的误差。测试结果表明,左上方向和右上方向的精度较高。曲率幅值越大,误差越大。同时,试验数据为跟踪灯位置的设置和性能路线的设计提供了理论依据。
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