Did you see my 2015 Christmas card tree image on this site? In case you were wondering how I modeled and rendered it, here is a video that explains that process. It's a bit of a minimalistic design, but as you can see in the video, I used a bunch of SketchUp extensions and the Twilight Renderer to make it happen. I hope you find the tips and tricks useful for your own projects.
Covered topics: studio setup, materials, Erode extension, components, scale tool, Fredoscale extension, Selection Toys extension, Profile Builder extension, Twilight extension, Twilight materials, Twilight lights, Twilight rendering options.
Tutorial Video
https://www.youtube.com/watch?v=HMBhhXavm48&feature=youtu.be
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Just a quick heads-up: The SketchUp folks just posted a set of videos that explain how to create better models for sharing on the 3D Warehouse. I am linking to the videos and post here because I have way too often come across models where the scale was off, the component nesting didn't make sense, textures were too detailed etc. This is especially crucial if there might be a desire to 3D print them later.
Check out the videos and original link below for more information...
https://www.youtube.com/watch?list=PL-bndkJaV8A75zuNAf0A5NCfF8beEve7V&v=_JHWKf0D070
Original Link
What makes a great 3D Warehouse model? A checklist…
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UPDATE:Unfortunately this service is no longer available.
One of the hardest tasks with 3D printing with SketchUp is often making something that has not been modeled properly 3D printable. This means that whatever geometry you are given needs to be turned into a "watertight" or "manifold" solid. In SketchUp there are a bunch of extensions that help with this task (namely Solid Inspector and Solid Solver). But even they can't automatically fix a model like the one shown in the 3D viewer and images below. Fortunately for us, SketchUp and iMaterialize just announced a solution that is baked into 3D Warehouse.
An Example
As you can see, this model is an intersection of three shapes (made without using SketchUp's Intersect tool), where I removed two faces and introduced a small triangular hole in one of the faces.
I then uploaded this model to the 3D Warehouse the usual way (File > 3D Warehouse > Share Model...) and made sure the checkbox at the bottom was checked.
After a...
As I describe in chapter 3 of my book, a component-based modeling workflow makes a lot of sense. It allows you to use a hierarchical model organization, work with attributes, dynamic components and - most recently - Industry Foundation Classes (IFC). I covered this approach at Trimble's SketchUp 3D Basecamp in Vail earlier this year. You can view the entire presentation as a video below:
Tutorial Video
https://www.youtube.com/watch?v=WWUyyP9v6hw
If you are interested in Dynamic Components, also watch Eric Schimelpfenig's presentation on "Dynamic Components, Greatest Hits, Vol. 1".
P.S. This a similar presentation to what I gave at Trimble's Dimensions 2014 conference last week.
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I received an email a few days ago by someone who needed to calculate volumes and face areas in SketchUp for the purpose of estimating. I suggested doing this in a few lines with Ruby and as it turns out, it is pretty easy as long as the objects that need to be summed up are "solid" groups in SketchUp. I thought the solution could be useful for others, too, so here it is:
Here's the total
Just paste the code below into the Ruby Code Editor in SketchUp. Then select the groups that you would like to sum up and press the Run button. With this version, you will get the sum of the volumes as well as the areas of the perimeter surfaces (e.g. for estimating formwork). You can use this piece of code and customize it to your liking. For example, you could export the data separately for each object to a text file (or to a multiline messagebox) for use in...
