Inhalt: Can't find the Dynamo node you need? Python allows you to create powerful custom nodes that extend the functionality of Dynamo and solve your Revit modeling challenges in smarter, faster ways. This course introduces the Python programming language to designers who want to do more with Dynamo. First, learn the basics of Python, including data types, conditionals, and loops, while interacting directly with Dynamo Geometry library. Then find out how to extend the functionality with Dynamo with libraries such as the Revit API. In chapter four, you put your new skills to work. Instructor and BIM expert Jeremy Graham shows how to use Python and the Revit API to filter elements, access parameters, and create custom views. Note: This course uses Dynamo 2.0.1 and Revit 2019. For best results, it helps to have the same versions of the software. Umfang: 03:37:28.00
Inhalt: Grasshopper, the visual programming plugin for Rhino, offers many features that can help you generate complex parametric models. Want to push the boundaries of what Grasshopper can do even further? This course shows you how. Join instructor Jeremy Graham as he goes over the fundamentals of C# programming in Grasshopper, explaining how to extend the plugin's functionality by working directly with the Rhino API. To begin, Jeremy demonstrates how to set up Grasshopper to work with C#. He then covers basic C# concepts like strings, collections, and arrays, and steps through how to build all kinds of geometry with C#. After completing the course, you'll have the knowledge you need to start using C# to extend the functionality of Grasshopper and improve your ability to formulate innovative designs. Umfang: 02:47:33
Inhalt: Grasshopper allows designers to perform graphical, component-based algorithmic modeling in Rhino. Python extends this functionality, allowing you to create custom scripts for Grasshopper and perform more complex workflows by working directly with the Rhino API. This course introduces the Python programming language to designers who want to do more with Grasshopper. Learn the basics of Python, including variables, data types, conditionals, and loops, and discover how to import additional libraries to extend Grasshopper. Instructor and computational design expert Jeremy Graham then introduces workflows for lofting, sorting, and baking geometry in Grasshopper-using powerful and fast Python scripts that push the boundaries of this visual programming tool. Umfang: 05:12:25.00
Inhalt: Autodesk Revit is a powerful BIM platform, but it can be automated, customized, and expanded even further with plugins. With the Revit application programming interface (API) and an understanding of C#, any motivated Revit user, BIM manager, architect, or engineer can create their own custom plugins. This training course starts with an overview of the plugin development workflow, using a simple example that retrieves an element ID. Once you know how to create commands and compile and debug the plugin code, instructor Jeremy Graham shows you how to work with elements (aka Revit families). Learn how to create elements, filter elements, and get and set element parameters. Then find out how to edit element geometry through code-binding intersections and projecting arrays-and automate common tasks related to views and sheets. Finally, Jeremy shows an advanced way to execute your commands with custom user interfaces known as external applications. Umfang: 03:33:53.00
Inhalt: Generative design enables designers to iteratively generate and evaluate a multitude of design options, discovering solutions that they might not find through traditional methods. This course provides an introduction to generative design while using the new built-in tools in Revit 2021. Learn how to load and run sample studies provided by Autodesk directly within Revit, review the outcomes, and refine the variables to explore more solutions. Then learn how to create new generative design templates using Dynamo, the built-in visual programming tool for Revit. Discover how to specify the inputs and outputs for your generative design scripts and use the Data.Remember and Data.Gate nodes to store and control the data that flows between Revit and the generative design workflow. In the final section, instructor Jeremy Graham walks step by step through a sample study, demonstrating how to set up and run a generative design graph within Dynamo and then export the study for use within Revit. Umfang: 01:27:06
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