在之前的博客中，我们介绍了AnyLogic Cloud JavaScript API，现在我们将介绍AnyLogic Cloud Python API。
在GitHub上，Python的受欢迎程度仅次于JavaScript，是世界上第二大受欢迎的语言。它是一种用于强化学习、数据处理和数据展示的流行语言。对于AnyLogic, Pypeline连接库允许您从运行的AnyLogic仿真模型中调用Python——查看我们的Pypeline 网络研讨会视频中了解更多信息。在本博客中，我们将重点介绍AnyLogic Cloud Python API。
AnyLogic 8.4版本进行了多项重要更新，其中有一部分是关于物料搬运库的。我们新增了新的空间标记元素——the Crane（起重机）。通过这个元素可以创建工厂内的臂式起重机，同时也可以模拟施工现场的台式起重机以及执行装卸操作的机器人。The MoveByCrane模块可以移动物体，即使是在一些没有关联的输送带网络中。
在这里，我们将教您如何使用这些元素。用到的示例模型包括：MoveByCrane（起重机设备搬运）和Jib Cranes at Press Shop（冲压车间的悬臂起重机）。 准备好了吗？最后需要确保您安装了最新版本的AnyLogic，打开模型我们开始吧！
The AnyLogic 8.4 update comes with several important updates. One of them relates to the Material Handling Library. Now we have a new space markup element - the Crane.
Here, we will teach you how to use these new elements, using the example models: MoveByCrane and Jib Cranes at Press Shop. Let's go!
A how-to video with a technique that can be applied in many areas, including for conveyors, roads and highways, railroads, and staircases.
This video shows how to quickly setup a spiral conveyor in AnyLogic, with guidance on layout, process logic, and 3D refinements. Take a look and pick up tips for your AnyLogic simulation modeling...
The material Handling Library is a major part of AnyLogic and this ‘how-to’ explores how to get started with the library. It is the third in a series – the first two beginning with the basic functionality of the library and how to model conveyors and transporters.
In this part we will look at the processes and elements on a solar panel production line. Let's get started!
