|
所在平台: Udemy |
课程主页: https://www.udemy.com/course/revit-panelling-pt1-curtain-walls-systems-sloped-glazing/
课程评论：没有评论
**课程名称：** Revit 幕墙 1 - 框架幕墙、幕墙系统、倾斜玻璃 **课程概述：** 本课程专注于 Revit 中的幕墙技术，深入讲解框架幕墙、幕墙系统和倾斜玻璃等核心概念。与其他声称广博但浅尝辄止的课程不同，本课程将用 6 小时时间，聚焦并高质量地呈现这一特定主题。 **课程内容：** * **深入解析：** 详细解释框架幕墙、幕墙系统和倾斜玻璃的定义、使用方法、局限性以及如何最大限度地发挥其效用。 * **创新技巧：** 教授如何以简单的方式创建复杂的视觉效果，分享“未在其他课程中见过”的独家技巧。 * **定制化面板与竖挺：** 指导学习者创建自定义面板和自定义竖挺。 * **实践操作：** 涵盖框架幕墙、系统幕墙和屋顶玻璃的应用技术，并从零开始创建两种不同的面板。 * **“跳出思维”的启发：** 包含一个奖励视频，展示如何通过简单方法实现复杂效果，并分享帮助学员“跳出思维定式”的技术。 **适合人群：** * 具有一定 Revit 使用经验的用户。 * 希望快速学习 Revit 幕墙技术的初学者。 * 可能从中学习到新技巧的进阶用户。 **后续课程预告：** 本课程是 Revit 幕墙系列的第一部分。如需学习更高级的技术，包括自适应组件、分割曲面以及三角形、六边形等异形面板的创建，请查阅本系列的第二部分。
While some courses claim to show you everything about Revit in 5 to 8 hours, this one is covering a single topic in 6 hours. The aim of this course is to deliver high quality content. This course is the first part of an extensive program covering everything you need to know for panelling in Revit.Starting with the most common ways to do it - using Curtain Walls, Curtain Systems and Sloped Glazing. What are they, how to use them, what limitations are there and how to make the most out of them. How to create complex-looking results in a simple way.Explaining some details that I didn't see in other courses. Creating custom panels and custom mullions.The course includes techniques for working with the above-mentioned Curtain Walls, Systems and Roof glazing as well as showing how to create not one, but two different panels from scratch. Additionally, there is a bonus video at the end showing one way for achieving complex results with simple methods. As always in courses, I also talk about techniques to help us think outside the box. This course is straight forward and is suitable for Revit users who have tried a few things in Revit already as well as for beginners who want to learn as quickly as possible. Even some advanced users might find a few new techniques shown here. In this course, I'm going to show you what we can do with the curtain wall panels and what are their limitations. For more advanced techniques including Adaptive components and divided surfaces, differently shaped panels - triangular, hexagonal etc. check out the second part of this series.
