![]() ![]() In this case, we’ll use some street signs. In order to create a block like this, we’ll need to start out with multiple versions of the same object or type of object. Instead of having five separate blocks, a single dynamic block definition contains five different views of the same door to display it Closed, or Open at 90, 60, 45, and 30-degree angles. A good example of this is the Door – Imperial dynamic block that comes with the out of box installation of AutoCAD. Stay tuned for the next post, where we will look at adding the Alignment grip to a dynamic block.Are you working in an AutoCAD-based drawing that has a large number of similar blocks? Have you ever spent too much time sorting through a long list of block definitions in your drawing or block library? If the answer is Yes, combining blocks to create a Dynamic block with Visibility States is a way to save time and help manage content in your drawing.īy using Visibility States and leveraging the Visibility Parameter in the Block Editor, you can combine multiple block definitions into a single Dynamic Block that includes a drop down list to “switch” between multiple view options for a block. Feel free to leave a comment below if you have any questions. The desk can now be placed quickly at each corner of the room. The insertion point starts at the original location on the top midpoint, and then moves clockwise around the desk. Press the key at the keyboard to cycle through the insertion points. ![]() Select Ribbon: Home > Block > Insert. Select the Desk – 30 x 60 in. Now let’s insert another copy of the Desk block into the drawing. Save the block by selecting Ribbon: Block Editor > Open/Save > Save Block.Ĭlose the block editor by selecting Ribbon: Block Editor > Close > Close Block Editor. This will provide a smoother transition between insertion points later when the block is being inserted. For best results continue clockwise from the first point. Repeat the process to add point parameters to the other three corners. Using the Endpoint Object Snap, select the upper-right corner of the desk.Ĭlick above the selected point to place the Position 1 label. Select the point parameter, located at Palette: Block Authoring > Parameters > Point. ![]() If they do not, select Ribbon: Block Editor > Manage > Authoring Palettes. The Block Authoring Palettes should appear. The desk is now open in the Block Editor environment. To make the process more efficient, I am going to add insertion points to each corner of the desk.ĭouble-click on the desk to open the Block Editor.Ĭonfirm that the correct block is selected, then click >. The desk needs to be inserted into the four corners of the room. The drawing file contains a block of a desk. Step-by-step instructions are also included below. This lesson is presented in the following video. If you would like to try the same exercise that I use in the demonstration, you can download the exercise drawing file here: Insertion_Points.dwg Let’s look at how we can improve this workflow with multiple insertion points! ![]() So what do we do? We usually place it somewhere in space, then move it into place using the object snap of choice. We have all had the situation where we insert a block, but the insertion point is not quite where we would like it. Today we are going to look at the ability to create a block with multiple insertion points. These posts are based upon a top rated class of mine that I have presented multiple times at Autodesk University. If you are already creating dynamic blocks, hopefully you will learn something new that you can apply to your work. If you haven’t worked with dynamic blocks yet, hopefully this series will give you the confidence to jump in and create your own. I am going to start a series of posts demonstrating the creation of dynamic blocks in AutoCAD. ![]()
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