In order to meet the requirements of uniform layout and stability of the illuminant array in the indoor complex area, it is necessary to study the optimization method of the illuminant array. The space geometrical optics,conic curve mathematical model,space vector synthesis and microelement theory used to perform the optimization layout for the illuminant array of indoor complex area have the problem of poor illumination uniformity. In order to save the energy consumption and realize the uniform illumination distribution,a quadratic programming based illuminant array optimization method of indoor complex area is pro-posed. According to the exhaustion characteristic of illuminant,the illuminant array of indoor complex indoor area is analyzed. The space image vector model of illuminant array of indoor complex area is calculated. The illuminant array optimization of in-door complex area is converted into the quadratic programming for calculation to realize the layout optimization of illuminant ar-ray. The experimental results show that the proposed method can save the energy consumption and realize the illuminant array optimization of the indoor complex area,and has high application value.%为了满足室内复杂区域的光源阵列布局均匀和稳定性需求,需对光源阵列优化方法进行研究.当前主要应用空间几何光学、圆锥曲线数学模型、空间矢量合成及微元化理论对室内复杂区域光源阵列进行优化布局,但存在光照均匀度较差的问题.为了节省能耗,实现光照均匀分布,提出一种基于二次规划的室内复杂区域光源阵列优化方法.首先,针对光源衰减的特性对室内复杂区域光源阵列进行分析;然后,对室内复杂区域光源阵列空间像矢量模型进行计算;最后,将室内复杂区域光源阵列优化转换为二次规划问题进行计算,实现光源阵列的布局优化.实验结果证明,所提方法能够节省能耗,实现室内复杂区域的光源阵列优化,具有广泛的应用价值.
展开▼
