关于建筑仓储空间三维图像设计与仿真

Design and Simulation of 3D Image for Warehouse Space

在对建筑仓储空间设计时,由于仓储空间多因素,多目标的复杂多样性,使得设计过程中各项指标产生线性关联较低。传统的仓储空间设计方法在低关联性环境下不能很好地处理仓储系统的随机因素和变量之间的关系,导致建模分析效率低。提出基于三维图像仿真的建筑仓储空间设计方法,以CAD技术进行建筑仓储空间三维图像仿真,按照获取的不同建筑仓储空间种类进行特征提取,根据采集的建筑仓储空间数据,塑造建筑三维仓储空间模型。并以实际的成本、库存需求和订货量等作为仿真指标,进行三维图像仿真设计出最佳的建筑仓储空间。仿真结果表明,改进仿真法能够避免传统方法不能准确表述各变量之间关系的弊端,通过三维图像仿真和实际指标,仿真出最佳的仓储空间设计方案,保证了建筑系统的运作效率要求。

When warehouse space in architecture design, due to the warehouse space more factors, multi -objective complex diversity, makes the design process indicators have linear correlation is low. Storage space of the traditional design method under the low correlation between environment cannot well with storage random factors and the relationship between the variables in the system, lead to low efficiency of modeling analysis. A design method for warehouse space is presented based on 3d image simulation. CAD technology is used to simulate 3d image storage space, the features of different types of storage space are extracted, and an architecture model of the 3d warehouse space is established according to the collected data of warehouse space. The best warehouse space is designed based on the 3d image simulation by taking the actual costs, inventory requirements and order quantity as indeces. Simulation results show that the proposed method can get the best storage space design and ensure the operational efficiency of the building system.