How To Use Revit Family To Design A Work Plane?

In Revit, a work plane is a virtual 2-dimensional surface used as the origin for a view or for sketching elements. They are fundamental in Revit modeling and can be set up in a Family Editor environment. When working in Revit MEP Sections or Elevations, it is necessary to set your Work Plane prior to creating Model elements that are created relative to a Work Plane.

In the Work Plane dialog, select “Name” and choose an available work plane from the list. The list includes levels, grids, and named reference planes. Named reference planes can make them helpful for modeling, as they provide clarity to families and help create more detailed models.

In Revit 2020, the Work Plane tools are built on using work planes, which allow you to determine where all models are located. The active work plane is represented by a light blue surface when the Show button is clicked from the Create > Work Plane of the Family Editor.

1. Click “Show” to show your current work plane.
2. Choose “Pick a Plane” in the Work Plane window and click OK.
3. Left-click on the face of an element in the model to select the new work plane.

In summary, work planes are essential in Revit modeling, allowing you to create and manage views, sketch elements, and create non-hosted families. By following these steps, you can effectively use the Work Plane tools in Revit 2020.

What Is A Work Plane In Revit?

Work planes in Revit are crucial two-dimensional surfaces that define the position and orientation of objects in a three-dimensional model. They serve as reference points for accurate alignment and drawing tasks. To create a new work plane, users must navigate the software's functionalities, typically found under the Architecture, Structure, or Systems tab in the Create tab of the Family Editor. Various selectable planes include wall faces, linked model faces, extrusion faces, levels, grids, and reference planes, allowing flexibility in design.

Work planes are utilized as origin points for views, sketching elements, and enabling specific tools like Rotate and Mirror in three-dimensional views. Users can specify a new work plane through a dialog box, selecting from existing options or manually choosing surfaces. Understanding how to manipulate work planes is essential for effective Revit use, particularly in MEP sections or elevations before creating model elements.

Video resources can provide further insight into using work plane tools effectively. Overall, recognizing the importance of work planes is vital for anyone from beginners to advanced users working with complex or simple family components in Revit.

Can I Create Custom Work Planes In Revit?

Yes, creating custom work planes in Revit is possible, providing additional flexibility for your design needs. While Revit includes predefined work planes, custom ones enhance control over positioning and alignment. Work planes, which are two-dimensional surfaces, define element orientation in your model. Knowing how to change work planes is crucial, especially when working in 3D. Using the SNAP WORK PLANE tool allows accurate drawing of model lines, and you can select various planes, such as wall faces, linked model faces, and reference planes.

This functionality is beneficial for both project environments and nested families. Remember to prefer Reference Planes over Reference Lines for modeling. Setting a work plane requires the "Set" option, where you can pick a surface as the active work plane. The Work Plane dialog helps you specify and select options. In Revit MEP, establish your work plane before creating model elements. Overall, understanding work planes is essential for enhancing your workflow in Revit projects and families.

How To Create A Plane In Revit?

To select a work plane in Revit, you can choose by name, pick a plane, or select a line within the desired plane. Click (Set) on the ribbon, choose an available work plane from the list, and confirm with OK. The selection includes levels, grids, and named reference planes. For creating a reference plane, use the Line or Pick Line tool; click (Reference Plane) on the Architecture tab's Work Plane panel. You can select dimensionable planes including wall faces, linked model faces, extrusion faces, levels, grids, and reference planes.

A quick tutorial video is available to help you understand setting work planes in Revit. Additionally, you can create reference planes that function as linear 2D elements in the 3D model, aiding in geometry placement, both in project environments and families. To create named reference planes, navigate to any primary discipline tab—Architecture, Structure, or Systems. The Work Plane Viewer can also be used for modifying work plane-based elements. Always ensure elements are associated with work planes for their proper movement and functionality.

How To Create A Plane In AutoCAD?

To create a work plane in AutoCAD, navigate to the ribbon and select (Set). Choose an available work plane from the list and click OK. For creating a coincident plane, select the option, then highlight the desired work plane in the drawing area to finalize the selection. This tutorial explains how to draw a basic plane using tools like the Line and Fillet, and details the Section Plane command, a versatile tool for slicing 3D models including solids, surfaces, and meshes.

Utilizing live sectioning, users can analyze models and save sections as blocks. The tutorial also emphasizes the importance of UCS (User Coordinate System), which organizes sketch planes within the 3D workspace. To draw a construction plane, access the Line tool and specify the geometry needed. The SECTION command aids in generating a 2D cross-section from 3D models. Users can create additional planes via the Draw panel or context menu options. For detailed guidance, full-length courses are available through platforms like sourcecad. com, offering robust support for AutoCAD 3D learning.

How To Draw A Line In Revit?

In Revit, to draw a line, first select a line from the drawing area. Revit aligns the work plane to that of the selected line. You can specify either a start and end point or the length of the line. Utilize tools such as the Annotate tab's Detail panel to create Model Lines, visible in all views for reference, or Detail Lines, only visible in specific views. Additional functionalities allow you to modify line styles, weights, and colors through relevant dialogs.

For reference lines, access the Create tab, sketch your desired line, which displays as a solid until selected or highlighted. To change a solid line to dashed, use the VV shortcut in the relevant view settings. It's also possible to create repeating components like brick courses through detail components. When entering property lines using distances and bearings, be cautious, as inaccuracies can distort shapes.

Use the Modify Place Lines tab and draw panel for drawing aids or select existing lines or walls to assist in line creation. Overall, various tools help efficiently manage lines in your Revit project.

How Do I Use The Workplane Viewer?

Use the Workplane Viewer to modify work plane-based elements within Revit. This feature provides a temporary view not stored in the Project Browser, proving valuable for editing elements like forms, sweeps, and swept blends. A work plane is a 2D surface used for sketching elements and determining model placement. Elements associated with a work plane are constrained, but when detached, they can move freely. Adjust the work plane grid’s spacing, size, and rotation as needed.

To utilize this function, access the Viewer from the Architecture or Analyze tab to select a new, parallel work plane. Users can choose work planes by name, physical selection, or by picking a line within a plane. The active plane appears highlighted in blue in the Family Editor. If adjustments are required, you can reposition elements on the new work plane after selecting it via the Modify tab. The elevation view automatically associates with a vertical work plane, while plan and 3D views set the work plane accordingly.

To rotate the view in the Workplane Viewer, hold the right mouse button and manipulate your mouse. This tool enhances the modeling process by allowing precise control over work planes and their associated elements, facilitating effective design workflows.