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Architectural_Design_with_SketchUp

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Chapter 3 Using <strong>SketchUp</strong> to Inform Your <strong>Design</strong>s<br />

You can now stretch this component to your liking and see the reported attributes update<br />

in the Component Attributes and the Component Options windows. If you distributed<br />

this Dynamic Component to <strong>SketchUp</strong> Free users, they would be able to place it, stretch<br />

it, and read the values from the Component Options window. They would not be able<br />

to edit it, though.<br />

After inserting several wall component instances into your model, it is possible to use the<br />

Generate Report menu item to report stud number and Sheetrock sheet requirement<br />

for the entire model (or a selection).<br />

As a reference, you can find a complete list of available Dynamic Component functions<br />

and predefined attributes in Appendix E.<br />

If you don’t have <strong>SketchUp</strong> Pro, don’t worry. You can still go to this book’s companion website<br />

and download this wall component for use in your models. You just can’t edit its definition.<br />

Where Does <strong>SketchUp</strong> Fit into the BIM Workflow?<br />

<strong>SketchUp</strong> (free and Pro) has been used for years by many architecture, engineering, and<br />

construction (AEC) and related professionals to solve various tasks over the course of many<br />

building projects. Some firms use it in the early, conceptual phase to study design options<br />

and maybe perform energy analysis. In later design phases, <strong>SketchUp</strong> has also found a wide<br />

following as a rendering preprocessing tool. Geometry can easily be imported from other<br />

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