- Click on the ‘Home’ tab and go to the ‘Modify’ panel.
- On the command line type M for ‘Multiple’ then select the polyline, spline, line, or arc to to be joined together and press ‘Enter’.
- Then at the prompt of ”Convert Lines, Arcs and splines to Polylines?’
Contents
How do I change a 3D Line to a solid in Autocad?
How do you change a rectangle to a solid in Autocad?
- Open the tool palette that contains the Convert to 3D Solid tool you want to use, and select the tool.
- Select the objects to convert, and press Enter.
- Enter y (Yes) to erase the selected geometry after conversion, or enter n (No) to keep the geometry in the drawing.
How do I convert lines to surface in Autocad?
- Click Modeling tab > Surface panel > Convert to Surface.
- Select the objects you want to convert and press Enter. You can convert 2D solids, meshes, regions, planar 3D faces, and polylines, lines, and arcs with thickness.
What is convert to solid command in Autocad?
Specifies one or more objects to convert to 3D solid objects. Eligible objects include the following: 3D meshes that completely enclose a volume, called watertight meshes. Surfaces that completely enclose a volume; you can use the SURFSCULPT command as an alternative.
How do you make a shape solid in Autocad?
- If necessary, on the status bar click Workspace Switching and select 3D Modeling. Find.
- Click Solid tab > Solid panel > Extrude. Find.
- Select the objects or edge subobjects to extrude.
- Specify the height.
How do you make a polyline solid?
edit button. In the Convert Polyline dialog, select 3D Solid Hole option and click OK. In X13 and prior versions, select Polyline Solid instead, then click OK. In X13 and prior versions, on the General panel of the Polyline Solid Specification dialog, check the Hole in Polyline Solid box, then click OK.
How do you convert polylines to contours?
- On the command line, enter EXPLODE, select a contour, and then press ENTER.
- Enter LIST and select the same contour.
- Press ESC and then close the text window.
- On the Terrain menu, click Contour Utilities, click Convert Polylines, and then select the contour polyline and press ENTER.
How do you make a surface from polyline Civil 3D?
- Confirm that TIN surface is selected as Type.
- Select the desired Surface layer and Style.
- Click <
> to close the Create Surface dialog box. - On the Prospector tab of the Toolspace, expand the Surfaces node.
How do you make a 3D face into a solid?
- Enter CONVTOSURFACE on the command line.
- Select the face that you want to convert.
- Enter THICKEN on the command line.
- Select the surface.
- Enter a thickness value for the selected surface on the command line.
- When prompted, choose whether or not to erase the defining surface.
What is converting CAD to mesh?
To convert 3D Face objects into a single mesh object follow the steps: Use the Convert to Surface command (CONVTOSSURFACE) to convert the 3D faces into surfaces. Use the UNION command to join the surfaces together. Use the Smooth Object command (MESHSMOOTH) to create a mesh from the resulting surface.
How do you convert surface model to solid model in Inventor?
Now, to the important part – getting the surface converted to a solid body. One of the ways of doing that is using the Thicken / Offset tool. Select all faces (more options in the More tab), select the thickness and hit OK. Now because your surface has a thickness, it becomes a solid, as it now has some volume.
How do I change a polyline to a 3D polyline in AutoCAD?
- Click Modify tab Design panel Convert 2D To 3D Polylines Find.
- Select the polyline(s) to convert. Press Enter.
How do you extrude a line in AutoCAD?
Use the MESHEXTRUDE command. Press Ctrl and use the gizmo to change the location of the edge. 2D polylines with crossing segments cannot be extruded. Thickness and width are ignored.
How do I convert 3D to 2D in AutoCAD?
Click the “cube” icon at the top right of the canvas and then drag the mouse until the top, right and front sides of the cube are visible. This changes the viewpoint from 2-D to 3-D, allowing you to see the three-dimensionality of the 3-D form that you’ll create from the 2-D model.