Create subassemblies for Civil 3D with the user-friendly interface of Subassembly Composer. The Autodesk Subassembly Composer has been. When it comes to corridor modeling, Civil 3D provides a large number of subassembly parts right out of the box. Since these parts are also. One of the most common Sub-Components I get asked about is the Subassembly Composer for Civil 3D and so I am writing this helpful guide.
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Set the side to Right. I hope these two exercises shed some light on how to use Subassembly Composer. Add another point element, which will be the bottom right corner of the subassembly.
For this subassembly we will use output parameters that can be viewed as variables used for calculations. At this point the subassembly is ready and it should look like Figure 3. Customize It and Make It Yours When we customize a program or a graphical user interface it usually is because we want to modify the way things look and behave. For display name, type Top Width.
When we customize composed program we tutoeial our productivity because we adapt it to our specific needs.
Use Subassembly Composer – Create a Civil 3D Subassembly – EnvisionCAD
Subassemblies are the building blocks for assemblies in Civil 3D, and we can look at assemblies as cross sections for roads, rivers, embankments, etc. This subassembly works similar to the LinkWidthAndSlope generic subassembly, but this one keeps the length constant regardless of the slope.
Switch to the Insert tab and from the Import panel select Import Subassemblies. The process is similar in that you have to create parameters and use those parameters to define targets.
Customizing with Subassembly Composer
This makes the way Subassembly Composer works seem a little weird, so when you design a subassembly it is always a good idea to start by drafting an outline by hand. Preview is where you see how the subassembly looks as you are putting things together. For this link there is no need to cmoposer anything else.
This is the name that this subassembly will use in Civil 3D. Subassembly Composer and its Applications Subassemblies are the building blocks for assemblies in Civil 3D, and we can look at assemblies as cross sections for roads, rivers, embankments, etc.
At this point you have already calculated all the parameters you need, so now it is time to create a point and a link using those parameters. Now that you know how to use Subassembly Composer, go ahead and create your own subassemblies, draw them in your mind, then on paper, and then build the subassembly. Add a point below the auxiliary point you just created and set its properties as shown in Figure 7.
Click Create Parameter to create a new parameter. For Output Parameter select Atan and for value, type Math.
Constant Length and Varying Slope Subassembly This subassembly works similar to the LinkWidthAndSlope generic subassembly, but this one keeps the length constant regardless of the slope. The codes used when creating a subassembly will work with the codes in the Code Set Styles, point codes will create feature lines, and links can be used for surface creation.
Name the new Palette Custom Subassemblies.
At this wubassembly this value is unitless—the units will depend on the units you use in your drawing. All of this will make more sense once we start working with Subassembly Composer in the following exercises.
Drag and drop another point component. You can solve this in Civil 3D if you create a closed polyline, turn it into a subassembly, then assign codes, links, and shape and it probably would be fine.
Slanted curb in Subassembly Composer At this point the subassembly is ready and it should look tutoria, Figure 3. From the toolbox in the Tutoril category, drag Set Output Parameter and drop it into the flowchart. Drag and drop an Auxiliary point and place it below the False label. Hand-drawn schematics Figure 6: This point will be used as the origin and as a reference for positioning the next point.
Use Subassembly Composer – Create a Civil 3D Subassembly
Import into Civil 3D Now you can use the slanted curb subassembly like a regular curb subassembly. Add a link component to subaseembly flowchart; no need for points here because the link will connect to existing points. The problem is that if you want to use different dimensions, you would have to create a new one. Add a point below this new auxiliary point. Properties is where you set the properties for each of the elements you bring in from the toolbox; properties include geometry, calculations, and overall behavior.
Now you have two parametric subassemblies made from scratch. Figure 1 shows the basic anatomy of a subassembly with codes, points, links, and shape.
Add this subassembly to the Custom Subassemblies palette the same way you did with the other subassembly. Figure 5 shows the schematics of what we want to do and how it will look.