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所在平台: Udemy |
课程主页: https://www.udemy.com/course/visual-programming-with-rhino-grasshopper-and-revit/
课程评论：没有评论
**Coursera 课程总结：Rhino、Grasshopper 和 Revit 的可视化编程 (AulaGEO)** 本课程旨在教授学员计算设计的前沿技术，重点介绍强大的可视化编程工具 Grasshopper。Grasshopper 作为 Rhinoceros 3D 的默认插件，将与 Rhino 紧密结合。课程还将深入探讨 Rhino.Inside 技术，展示如何在 Revit 中利用 Grasshopper 的强大功能，以及 Grasshopper 在各种设计任务中的广泛应用。 **课程亮点：** * **Grasshopper 基础：** 全面介绍 Grasshopper 的用户界面、与 Rhino 的通信、对象类型、组件、数据类型、连接线、表达式、条件、域和颜色。 * **几何体处理：** 学习如何创建和处理曲线、列表（包括创建、显示和管理）以及曲面。 * **网格操作：** 掌握网格的基本解剖结构及相关操作。 * **Grasshopper 在 Revit 中的应用：** 通过 Rhino.Inside.Revit 技术，学习如何在 Revit 中操作参数、元素、实例、网格、标高和墙体。 * **计算设计应用：** 探索 Grasshopper 在 3D 打印几何体准备、物理模拟引擎应用、结构优化以及环境影响分析等方面的实际应用。 * **Kangaroo 简介：** 介绍 Kangaroo，并展示如何在 Revit 中实现优化形状。 **课程价值：** 掌握计算和生成式设计，将为学员带来突破性的设计方法，能够高效快速地评估多种设计方案，并获得卓越的成果。这不仅能提升设计师在行业中的竞争力，也为应对新的设计挑战提供了强大支撑。课程强调了在当今建筑项目对效率和质量日益增长的需求下，使用优化时间和资源的设计工具的重要性。 （#AulaGEO）
In order for the student to develop a complete understanding of the state of the art in computational design, one of the most powerful visual programming tools on the market, Grasshopper, will be introduced during this course. This visual scripting environment is installed by default in the most recent versions of Rhinoceros 3D.Thanks to Rhino.Inside technology it is possible to use the power of Rhino, including Grasshopper, in other applications. Such is the case of Revit with Rhino.Inside.Revit. It will be shown how to exploit the power of Grasshopper within Revit itself.Finally, the door will be opened to a myriad of Grasshopper applications for various design tasks. #AulaGEO We will also study how to use Grasshopper in the preparation of geometries for 3D printing, how to use physical simulation engines within Grasshopper and even how to use these engines in the optimization of structures and environmental impact analysis.The possibility of applying new design techniques significantly broadens the range of solutions to be offered to end customers for project execution. At the same time it gives the designer the opportunity to grow in competitiveness, facing new challenges.The need to design more efficiently and with higher quality in construction projects, forces us to use tools designed to optimize time and resources. #AulaGEO The mastery of Computational and Generative Design opens the possibility of applying a great number of innovative techniques for the conception of projects and the evaluation of multiple alternatives in an efficient and fast way, obtaining unbeatable results.Course contentIntroduction to GrashopperLecture 1: Introduction to Rhino GrasshopperLecture 2: User interfaceLecture 3: Communication with RhinoLecture 4: Object typesLecture 5: Components in detailLecture 6: Type of dataLecture 7: Cables in detailLecture 8: First definition in GrasshopperLecture 9: Working with hot spotsLecture 10: Expressions and conditionalsLecture 11: Domains and colorsLecture 12: Geometries and curvesLecture 13: List processingLecture 14: Creating listsLecture 15: Displaying listsLecture 16: Lists managementLecture 17: Working with listsLecture 18: SurfacesLecture 19: Data TreesLecture 20: Components for data treesLecture 21: Basic anatomy of meshesLecture 22: Working with meshesGrasshopper in RevitLecture 23: Rhino.Inside.RevitLecture 24: ParametersLecture 25: Elements and instancesLecture 26: GridsLecture 27: LevelsLecture 28: WallsGrasshopper Application in Computational DesignLecture 29: Intro to KangarooLecture 30: Optimized Shape in Revit
