Sweep is one of the commands of this software. By sweep command, we can make a solid shape by assigning any 2d shape to a particular path. Here in this article, we will understand the sweep command through an example and learn how to handle sweep command parameters in Auto Cad software. Sweep command is the command of the Create menu of the Home tab of this software. So let us start our discussion about this command in Auto Cad software. We can use the sweep command in Auto Cad software very easy just following some simple steps in a very interesting manner but before starting learning of this command, let us have a look at the working screen of this software for our better understanding of this topic throughout this article.
Start Your Free Design Course. Step 1: At the top of the working screen, we have a ribbon of different tabs which contains many commands for managing the work of this software, below this ribbons; we have a working window in which we can see our current drawing or project, at the right side of this window we have navigation cube which helps us in see our object from different views such as top view, side view, front view, below this at the bottom of the working screen there is some navigation tool for handling work of this software.
Step 2: Now, let us switch our working area to 3D Basics from the Workspace Switching option at the bottom end of the working window. Step 3: Now, let us have the Arc command from the Draw menu of the Home tab by click on it. Step 5: Now take the Join command for joining these arcs. Step 6: Now select all arcs with the cursor of the Join command one by one, then press the enter key for joining them in one arc.
Step 8: Now go to the View Controls options of this software for changing the view and click on it. Step 9: A drop-down list will be open; select the SE Isometric option, which is the southeast view from the drop-down list, by click on it. Step Now, take the Polygon command from the Draw menu of the Home tab by click on it. Step Now, it will ask for entering the value of the sides of Polygon. I will take 6 as the side of my polygon shape, then press the enter key. Step Now draw a hexagon by dragging the mouse cursor, or you can give the radius of the circle of this hexagon manually like this, then press the enter key.
Step Go to go Sweep command of this software which is at the Create menu of Home tab and click on it for having it. Step Now, it will ask you to select the object which you want to sweep.
So I will select my hexagon shape by clicking on it and press enter button on the keyboard. Step Now, it will ask you to select the path along which you want to sweep your shape. Specifies the sweep path based on the object you select. Controls whether the sweep action creates a solid or a surface.
Specifies whether the profile is aligned to be normal to the tangent direction of the sweep path. If the profile is not perpendicular normal to the tangent of the start point of the path, then the profile automatically aligns. Enter No at the alignment prompt to prevent this. Specifies a base point for the objects to be swept. Specifies a scale factor for a sweep operation. The scale factor is uniformly applied to the objects that are swept from the start to the end of the sweep path.
Sets a twist angle for the objects being swept. Selecting 3D objects by dragging selects only the objects that are normal in the current view. Specifies an object to use as the sweep profile. Specifies the sweep path based on the object you select. Controls whether the sweep action creates a solid or a surface….
Frequency is the default sweep type. The stimulus frequency is swept in equidistant steps over the continuous frequency range. In a Cartesian diagram, the x-axis is a linear frequency axis. A 3D polyline is a type of 3D object which represents a line in three dimensional space. Each 3D polyline is a member of a 3D polyline group. It is used to pull an enclosed boundary. It can also be used to create a 3D solid in case of the selected circle or interior of the bounded area. The objects, such as arc, can be used to create a 3D surface.
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