The Design On3D Visualization Of Bin Packing Software

Bin packing problem exists widely in the industrial field, for example, in railway freight train loading, container loading, ship assembly and warehouse storage. And in the actual packing work, the space utilization of container directly affects the costs and benefits of logistics transportation. Bin packing problem is the core issue of the logistics links, and it is important to improve logistics efficiency and reduce logistics cost that realizing the optimization of bin packing problem. Up to now, many studies have been carried out on the problem by scholars at home and abroad, but most of the studies focus on algorithm optimization and its visualization study is relatively small. In this context, this paper finishes the development of the3D visualization of bin packing software on the basis of predecessors’ research.The3d visualization of bin packing software was developed aiming at the complex packing problem which has different sizes of goods. As C language a platform, this system offers an effective method to combined loading problems which have multi-containers. According to the cargo size, weight and other information, it could confirm a feasible stacking way which meets the given volume constraint, bearing capacity constraint, stability constraint, packing constraint and other constraints. And the total volume of goods in container would be as large as possible, that is to say, the filling rate is as high as possible. Thus, there would be a high effective utilization of container space, low transport costs and high logistics efficiency in logistics activities, and we can gain considerable economic and social benefitsThis paper points out the research background and significance at first, and then introduces the importance and necessity of the three-dimensional visualization bin packing software. After studying the system requirement, function models are designed, and the visualization of graphic system is gotten, and at last we test the system by example. As VC6.0environment a development platform, programming, modeling and graph visualization are implemented in this paper. The system can effectively solve the complex packing problems with different categories of goods to be loaded, and it provides reference and experience to developing encasement software and the related issues.