How to Drill Windsor Chair Mortises
Capture More Dust from Your Router Table
Mounting Knife Hinges in Curved Doors
How to Sharpen a Card Scraper
Buying and Using Trim Routers
Simple Tape Trick for Tight Fitting Through-Mortises
The Coolest Cutting Board Ever?
Speed Up Handplane Honing with Your Ruler
The Essential Tool Chest
Biscuit Joiner Tips and Tricks
Workbench Tool Storage Solutions
Smoothing Plane Tips and Techniques
A Woodturner's Guide to Chucks and Jaws
Bevel-Up Jack Planes are a Workshop Workhorse
Hinge Mortises on the Tablesaw
Create Shop Drawings IIcomments (8) May 8th, 2009 in blogs
This is the second entry in a series covering the creation of shop drawings. Last week I showed the use of Scenes to provide a way of capturing views of the model required for construction in the shop. These scenes (sometimes as many as 50 for a single piece of furniture) are spread out in the 3D space on multiple copies of the model or pieces of the model. I'm fairly liberal about copying my model or pieces of it, as I find it easier to create detailed and specific views and scenes without interference from other model content.
I suppose one could create construction drawings from a single assembled model. However it would necessitate careful execution of multiple layers. I prefer to minimize the use of layers by pulling the model apart and spreading out copied model pieces.
By the way, I should recognize the importance of using components for your furniture parts. Without components we would not be able to manage parts and sub-assemblies and spread them out for creating unique views in 3D space. Remember the powerful feature, that changing any one component automatically adjusts all copies in the model.
Using the model of the Connecticut Stool discussed last week, I've shown below a wide angle view of the entire SketchUp file. By clicking on View Extents, all of the 3D space used by my modeling comes into the view of a single screen. Each "blob" on the screen is a scene and these blobs are separated in space so that I can zoom in and focus an isolated part or subassembly.
A separate scene is created for each component part of the model. For example, the leg component's scene is shown below. This is where I apply overall sizing dimensions. Often I use X-ray view, to show hidden joinery details. Also, I'm showing the leg component with the Camera set to a standard Front View and Parallel Projection. This enables printing a full-size template for use during turning operations on the lathe.
Here is a separate scene showing the two front rails.
The rail components have a molded lower edge, so I provide a detailed view to help with the shop work in the shaping of this edge. Again, a standard view (in this case a Right View facing the end of the tenon) is used with parallel projection to allow the printing of a full-size template.
Here is the Scene of the Top component.
Then I rearrange the camera for a close-up detail of the molded edge.
I always include an exploded view of the entire model. In more complex models, say with drawers and doors, I will show them assembled in the overall exploded view. Then I create specific exploded views for these complex sub-assemblies as separate scenes.
I'm often asked how to make the exploded views. I simply copy the entire assembled model and move over to a clear 3D space. Then with the Move/Copy Tool, I pull the model apart. It only takes a few minutes and I add the component names using the Text Tool. No typing required here, since the Text Tool automatically places the name of the component part. Again, I will emphasize the importance of using components (not groups) for enabling these features.
I often create a Cutting Diagram which helps me organize and select the pieces of lumber required. I layout planks of various thicknesses and widths which are typically available for a specific species of lumber. Then I copy a model over to this area of 3D space and pull it apart, rotating and moving the individual components on the respective lumber planks.
I find this to be more effective than creating a CutList.
Nevertheless, I usually do create the CutList using Cut List 4.0 plug-in. There have been several entries on use of this plug-in in this blog, so I won't repeat these instructions. I output to an Excel Spreadsheet and often create a JPG format for importing into Layout.
While you can create and print all of these documents without it, I almost always make my final documentation package in Layout (a SketchUp companion program only available with the Pro version). Layout provides more flexibility in organizing the content in a drawing package. Also, it is much easier to add instructional text to the drawing pages. Usually, I can combine scenes onto a single page in Layout significantly reducing the total number of pages. I can also adjust the Pan, Zoom, and Orbit in Layout to improve the scene, so I don’t have to re-do the SketchUp file for final tweaking adjustments.
Finally, Layout produces a high quality PDF document which is very handy for email distribution to customers and students.
posted in: blogs
Save up to 51% on Fine Woodworking
Become a Better Woodworker
About Design. Click. Build.
Learn the art and science of designing furniture in SketchUp with Fine Woodworking's official blog. Moderated by a devoted community of woodworkers, we feature step-by-step SketchUp tutorials on designing components, downloads of pre-built 3D models of furniture parts, and news and information about the evolving world of digital furniture design.
Basic SketchUp Tutorials
Learn the basics of building furniture in SketchUp with these classic posts from the Design. Click. Build. blog.
Creating a Project Plan in SketchUp
How I Draw in SketchUp
Axes in SketchUp
The SketchUp Move Tool
The SketchUp Rotate Tool
The SketchUp Scale Tool
Materials, Colors, and Textures
Applying Wood Grain Skins in SketchUp
Easy Dovetail Joints in SketchUp
Meet the Authors