Give it a try: we bet it’ll make you feel like you’re using SketchUp for the very first time again. SketchUp 2015’s official Rotated Rectangle tool lets you draw off-axis rectangles at any angle (and not necessarily on the ground). The folks who used this tool found it extremely handy, so we decided to build it into SketchUp with some significant enhancements. This extension allows you to draw non-90 degree rectangles on the ground. ![]() When we tested this sharpened code on large models, we found big performance improvements in operations like Explode and Intersect.įor a few years now, we hosted a wildly useful, but not wildly popular Rotated Rectangle extension. Think for a second about how often that happens. Face Finder is the code that runs whenever SketchUp automatically creates a face from coplanar edges. We’ve mined and optimized the code for Face Finder, one of the core under-the-hood operations that make SketchUp’s magic possible. Note that we have dropped support for Windows Vista, XP and OSX 10.7 Lion with this release. On the Mac, given that all of our supported operating systems are 64-bit, SketchUp 2015 is available only in 64-bit. If you don’t have a 64-bit Windows machine, we’re still offering a 32-bit version for Windows machines. Check out this article for more details including things you need to know about installing 64-bit SketchUp. Theoretically, the 64-bit version of SketchUp should have a better working relationship with your 64-bit computer. What exactly does this mean? The least nerdy way to explain it is that 64-bit allows for more bandwidth between SketchUp and your computer’s active memory. The adjustments are made and the SketchUp drawing is ready for the shop work.We’ve updated the SketchUp engine to run as a 64-bit application on both PC and Mac operating systems. These steps are shown clearly in the video. I did another left-to-right Select Box (shown below) to cut the tenon length to fit the depth of the mortise. I turned on X-ray, used a left-to-right Select Box, then with the Move Tool closed the Gap. Now I was ready to fix the Gap issue with the Seat Rail. At this stage, the mortise protrudes through the face and must be modified.īy using the Rectangle Tool on the perimeter of the mortise, the face appeared that was moved flush with the Push/Pull Tool. The video below shows that process and the immediate closure of faces. Upon placing a correct line on the red axis, the faces immediately appeared. While drawing that boundary, it became clear that the horizontal line where the taper begins was misplaced. This is a typical first step in correcting a problem with a component – it makes it easier to see and to fix the problems.Īfter inspecting for some rogue lines intruding on the space, my next step in solving a “face” problem is re-drawing the the boundary edges. Also because of the adjustment to the Leg width, a gap appears at the connection to the Seat Rails.Īfter setting up a Zoom conference, I shared my SketchUp screen and began by copying the Front Leg and moving it away from the chair assembly. You can see below, the missing back side of the Front Leg. While making changes to a Front Leg Component, some of the faces disappeared, and could not be recovered by the student. I recently received the following model with this face problem. There is no Face command, so you can’t make it happen – you’re reliant on SketchUp to close-up that component. ![]() There are just so many things that can affect the “making” of a face. A frequent problem is getting a “face” and a frustration trying to fix it. ![]() Periodically, friends and students send me SketchUp projects along with a description of the problem encountered.
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