基于Delphi的可视化交互性虚拟电梯

Visual Interactive Virtual Elevator Based on Delphi

目的为电梯群控策略提供经济有效的测试平台及为实践教学提供造价低廉的实验环境.方法将面向对象编程语言应用于电梯中,根据建筑物约束和电梯系统交通数据等参数,提出一种基于Delphi可视化交互性虚拟电梯分析设计方法.结果通过计算机实现虚拟电梯的动态模拟仿真和静态模拟仿真,得出了电梯往返时间,载客率,间隔时间,候梯时间,能够实时显示电梯运行状态和当前位置等.结论虚拟电梯提供了经济有效的实验平台,真实反映电梯内选外呼、电梯门及轿内外运行状态,得出电梯静态参数设计及动态实时运行状况,预测出电梯交通流量和乘客候梯时间等.是测试电梯控制算法和进行电梯优化调度的有效试验手段.

In order to provide an economical test way for elevator control strategy and low-priced experiment environment for teaching, object-oriented programming is applied in the elevator. According to building restriction and elevator traffic data, a kind of visual interactive elevator design and analysis method is proposed based on Delphi. With the results that the dynamic and static state simulations are made by means of the computer, some important elevator parameters can be given, such as the round trip time, handling capacity, interval time, waiting time and so on. It can display elevator running state and current position. The conclusion is that the virtual elevator is an effective and economical testing pattern for elevator control strategy and optimal dispatching.