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绞车演示

Rope physics can be extremely difficult. The demo features a simple and elegant way of creating a winch or hoist using a combination of dynamically added JointBalls and geometry. This type of winch is suitable for simulation of helicopter operations or heavy duty equipment towing. The rope is implemented as a C++ component that you can use in your project.绳索物理学可能非常困难。该演示使用动态添加的关节球和几何形状的组合,以一种简单而优雅的方式来创建绞盘或葫芦。这种类型的绞车适用于模拟直升机操作或重型设备牵引。绳索被实现为可在项目中使用的C ++组件。

Features特征#

  • Reusable code emulating the winch模拟绞车的可重用代码
  • Use of JointBall to imitate the rope使用JointBall模仿绳索
  • Runtime changing of the number of JointBalls to increase/decrease the rope length运行时更改关节球的数量以增加/减少绳索长度
  • Runtime generation of the rope mesh with correct UV coordinates具有正确的UV坐标的绳网的运行时生成

访问演示项目源代码#

您可以学习和修改此演示的源代码来创建自己的项目。 要访问源代码,请执行以下操作:

  1. Available部分中找到绞车演示演示并点击Install(安装)(如果您尚未安装)。
  2. 安装成功后,demo会出现在Installed部分,您可以点击Copy as Project基于此创建项目 演示。
  3. 在打开的 Create New Project 窗口中,在相应字段中输入新项目的名称,然后单击Create New Project.
  4. 现在您可以点击Open Code IDE查看和修改默认IDE中的源代码,或者点击Open Editor打开项目 在 UnigineEditor中。
最新更新: 2020-11-11
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