Then use a zoom tool to center and enlarge the model to use all the window area available. Next shape the window area to the same aspect ratio. The trick here is to estimate and fix in your head, the aspect ratio of the model you want to print. Failing to do this will result in multiple pages being printed when you need only one, or far too many pages when more than one is needed. If you are going to print to any scale, including 1:1, first resize your drawing window so there is a minimum amount of unused drawing area SketchUp Window with Correct Aspect Ratio and White Spaceon all sides of your drawing. Step three is required because there is a printing behavior that I consider a software bug when it comes to printing to scale. SketchUp does not permit printing to scale using either of the other two Perspective views because it is impossible for perspective views to yield a scaled drawing. Set your scale in the Print Preview dialog box (File/Print Preview) and uncheck both “Fit to page” and “Use model extents”. Depending on the aspect ratio of your window in step 3, you may need to choose Landscape instead of Portrait in the File/Print Setup dialog box.ĥ. This is to compensate for what I consider a software bug, and is the toughest and most critical part of the process.Ĥ. ![]() ![]() Adjust the window and model size to minimize the amount of white space around the model. Select one of the Standard Views (Camera/Standard Views/….)ģ. Select Parallel Projection on the Camera menu. Printing to scale in SketchUp is not difficult you can print at a scale of 1:1 or any other scale you desire by following these six steps.ġ. So let’s get into the “how to” of printing to scale. For example, when printing standard views of an architectural drawing a standard scale such as ¼” = 1’- 0” is needed. However, there are times when a scaled drawing is necessary. Because I print off fully dimensioned drawings for all milled pieces, there is usually no need to print my drawings to a predetermined scale, I just read the dimension off the drawing. I also use SketchUp to create shop drawings. Owing to symmetry I didn’t need both left and right swan neck templates, and a full headboard template I only needed one side for the templates because they can be flipped to produce the mirror image. Also shown below is a template used to shape the headboard itself. The picture at left shows the swan neck milled using the template above right. The clear plastic provided stiffening for the template and edges that will not collapse as you trace the template unto your stock. Then I backed the paper with self-adhesive clear plastic, which can be purchased at any office supply store, and cut the template out with scissors. The three sheets that contained printed information I taped together connecting the lines of the swan neck precisely. Most of them were blank, so I returned the blank sheets to the printer tray. What I did was print at a 1:1 scale in SketchUp, whichSwan Neck Template Printed to Scale of 1:1 required about nine sheets of paper. This swan neck is much larger than one 8 ½” x 11” sheet of paper, but my printer only prints 8 ½” x 11 paper. ![]() One such example is the swan neck that frames the top of a trundle bed headboard shown left. I use printing to scale frequently to create shop templates. So one again I will post a mini-tutorial on how to cope with printing to scale in SketchUp. Trimble released its new version of SketchUp and to no surprise they didn’t fix the problems with printing to scale which has plagued SketchUp users from day 1.
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