The Attribute Definition dialog box displays.Ģ.Add a Tag. At the command line in AutoCAD, enter the ATTDEF command. When you create attribute definitions in the DWG file using AutoCAD, those attributes are “picked up” by the Fusion Drawings workspace, meaning if you double-click the title block, you can populate your own title block prompts in the text fields.ġ.
For correct placement, make sure the WCS origin point (0,0) in the AutoCAD DWG file is the bottom right corner of your title block. Under Sheet Settings, select Title Block > Insert Title Block.Ģ.Select the DWG file to insert as a title block. Use AutoCAD, AutoCAD LT, or a different AutoCAD vertical product to create lines, text, images, attribute definitions, and other 2D geometry to generate your title block.ġ. You can insert any DWG file as a title block, provided that it does not contain any unsupported objects. For this to work, you need two separate T-Spline forms.To Create a DWG file to Use as a Title Block The target body is either auto-selected by Fusion, which will select the nearest body, or you can select the target body for the points to move to. The program automatically pulls the sphere toward the box.
Select the Pull command and for T-Spline Vertices select a point on your sphere near the original geometry. Set the Diameter to 100 and change the Longitude and Latitude faces to 10. Select the XZ plane and choose a spot near your original geometry to create the sphere. Return to Sculpt by selecting Create Form.Ī third tool on the Modify ribbon, Pull, moves the selected points, either control points or surface points, to a target body.Įxpand the CREATE panel and choose Sphere. When you have the points set as you wish, click OK and click Finish Form to complete the T-Spline. The third option, Select Parallel Plane, moves all of the selected vertices to their parallel plane.
The options include Fit, which allows Fusion to decide the best fit and Selected Plane, which allows the user to define the plane. With Weld Tolerance, you can select multiple points with a window, even invisible ones, and weld only the ones within the specified tolerance.īy using the Flatten tool, which you can also find on the Modify ribbon, you can project points, moving them to the same plane and creating a condition of flatness for the selected point. If you choose Vertex to Midpoint, the program welds and merges the two selected points at the exact middle point along the surface between the two points. With the Vertex to Vertex option selected, the two points simply merge, moving the first selection to merge with the second selection. As soon as you do, the edges adjust to combine the chosen points. Select two of the center points on the top face of the box. The first step is to select the points to weld. On the ribbon, expand the MODIFY panel and select Weld Vertices. This can have a dramatic effect on your surfaces. You can use the Weld Vertices tool to join and merge multiple vertices into one. Set the Length Faces to 6 and leave the Width Faces at 2. In Sculpt, draw a box that is 150 mm long and 150 mm wide. That is why Fusion provides tools that are specifically designed to deal with vertices. It can also be difficult to get the desired results. Tweaking multiple vertices while working with T-Spline surfaces can quickly become tedious. Work with vertices and points to adjust their position, making changes to your form.
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