Would you like to inspect the original subtitles? These are the user uploaded subtitles that are being translated: 1 00:00:00.06 --> 00:00:01.07 - [Instructor] Now that we are familiar 2 00:00:01.07 --> 00:00:04.02 with the key generative design processes 3 00:00:04.02 --> 00:00:05.08 and nodes within Dynamo, 4 00:00:05.08 --> 00:00:07.00 let's take a closer look 5 00:00:07.00 --> 00:00:09.09 at a typical generative design workflow. 6 00:00:09.09 --> 00:00:12.09 When designing a script in Dynamo for generative design, 7 00:00:12.09 --> 00:00:15.01 there is a typical workflow that we can follow 8 00:00:15.01 --> 00:00:17.01 to guide us in the process. 9 00:00:17.01 --> 00:00:20.07 This workflow starts with retrieving data or inputs, 10 00:00:20.07 --> 00:00:23.09 followed by the generators, then evaluators, 11 00:00:23.09 --> 00:00:27.03 and finally, developing the outputs of the script. 12 00:00:27.03 --> 00:00:28.07 In this section of the course, 13 00:00:28.07 --> 00:00:31.09 we'll go through a sample study focusing on each of these 14 00:00:31.09 --> 00:00:35.09 parts of the script to learn the function of each section. 15 00:00:35.09 --> 00:00:37.08 This will help to formulate and develop 16 00:00:37.08 --> 00:00:40.05 your own generative design scripts. 17 00:00:40.05 --> 00:00:43.02 The generative design exercise that we will study 18 00:00:43.02 --> 00:00:45.09 is a simple optimization exercise 19 00:00:45.09 --> 00:00:49.02 aimed at maximizing the amount of window openings 20 00:00:49.02 --> 00:00:52.01 that can be placed along a selected wall. 21 00:00:52.01 --> 00:00:54.08 The input part of of the script will be retrieving 22 00:00:54.08 --> 00:00:56.01 the data of the wall, 23 00:00:56.01 --> 00:00:59.04 including its geometry and location line, 24 00:00:59.04 --> 00:01:03.02 as well as information about the windows in the Revit view. 25 00:01:03.02 --> 00:01:06.00 With this data, the generator part of the script 26 00:01:06.00 --> 00:01:09.06 will test placing a row of windows along the wall 27 00:01:09.06 --> 00:01:11.08 by dividing the location line. 28 00:01:11.08 --> 00:01:13.06 Once the windows have been placed, 29 00:01:13.06 --> 00:01:16.04 the evaluator section of the script will calculate 30 00:01:16.04 --> 00:01:19.05 key metrics of the generated design, 31 00:01:19.05 --> 00:01:21.05 including the amount of length the windows 32 00:01:21.05 --> 00:01:22.08 occupy on the wall, 33 00:01:22.08 --> 00:01:25.01 and the gap between these windows. 34 00:01:25.01 --> 00:01:29.01 These will be used to score each of the generated options. 35 00:01:29.01 --> 00:01:30.09 The output section of the script 36 00:01:30.09 --> 00:01:33.03 will then return the resulting scores 37 00:01:33.03 --> 00:01:35.09 and create the elements in Revit if needed. 38 00:01:35.09 --> 00:01:38.07 The result of the optimization should be a wall 39 00:01:38.07 --> 00:01:42.00 with windows placed aimed at maximizing the amount 40 00:01:42.00 --> 00:01:44.00 of openings across the wall. 41 00:01:44.00 --> 00:01:46.07 So let's take a closer look at each of these sections. 3367