If you move a round handle in one or another direction, the corresponding side will bend inside or outside of the shape creating an arc. In the contour editing mode, the program also displays round handles in the middle of each side of the outline. To remove a point, right-click on it and select Remove Point. To add a new point, right-click on the contour and choose Add Point. To change the shape of the outline, you can move the points. The program will display the object's outline with diamond-shaped handles at the corners called "points". The resize handles will disappear indicating the contour editing mode. To modify the shape of niches, openings and wall panels directly in the 2D Elevation view, right-click on the object's contour and choose Edit Contour from the context menu. Double click in order to specify the position of the last corner of the polygon and deactivate the tool. Click several times in the 2D Elevation view to add corners. To add a polygonal object, activate one of the Poly tools. You should then move the cursor to a new position and release the button. Click and hold down the mouse button to start drawing a rectangle. To add a rectangular object, activate one of the Rect tools. One can draw rectangular shapes, and another can create polygons. Each of the objects has two related tools. You can draw niches, openings and wall panels directly in the 2D Elevation view using the drawing tools mentioned earlier. To add an object, simply drag and drop it from the library into the project. These are niches, openings, doors, windows and wall panels. The 2D Elevation view allows you to add objects to the drawing which can be installed into walls and roofs. You can then open the Print Layout dialog, choose views from the list, and actually print them.ġ2 – Export your floor plan, elevation or 3D view to one of the social networking sites, export it to your hard disk or attach it to a message.ġ5 – Display the 2D and 3D views together (Split Mode).ġ6 – Display the 3D view. To print several elevations, you should add all of them to the print queue. This button doesn't start printing immediately, but it adds the current elevation to the list in the Print Layout dialog. See Furniture in the Elevation View for more details.ġ1 – Print the current elevation. You can also choose a roof side if you are editing a roof.ġ0 – Show or hide furniture. The Annotation tool adds text boxes for typing or pasting text.Ħ – The Pan tool lets you grab and scroll the 2D Elevation view with the mouse.ħ – The Zoom button lets you choose the Zoom In or Zoom Out tool.Ĩ and 9 – You can show one or the other wall side. The Dimension tool lets you measure the distance between specified points. The Opening Poly tool lets you create a custom-shaped opening. The Opening Rect tool creates a rectangular opening. The Niche Poly tool lets you create a custom-shaped niche. The Niche Rect tool creates a rectangular niche. The Wall Panel Poly tool lets you create a custom-shaped wall panel. The Wall Panel Rect tool creates a rectangular wall panel. The Toolbarġ – The View button lets you control the Library and Inspector.Ģ – Import 3D models from the Trimble 3D Warehouse™ online library or from files on your hard drive.ģ – The Selection tool for selecting and moving objects.Ĥ – Tools for drawing niches, openings and wall panels. You can do the same by selecting a niche, opening or wall panel, if this object is installed into a wall or roof. To open the 2D Elevation view, select a wall or roof segment, and click the 2D Elevation View button in the toolbar. The functionality described in this section is only available in the Pro edition. It is used to work with openings, niches and wall panels, and also to export and print elevations. The 2D Elevation view displays the side view on walls and roofs. The sooner everyone truly understands the design, the more confidently the design can progress with few mistakes, which means creating a better design faster.Live Home 3D Workspace The 2D Elevation View This is a common problem, even when working with 3D design tools. Now, AR continues this trend by being more tangible than just a 3D model viewed on a computer screen.īy seeing a design at full scale in the real world, we eliminate the opportunity to misinterpret a design’s size and scale. 3D CAD makes a design more tangible, and easier to understand, than antiquated 2D blueprints. Design communication challenges increase mistakes, along with development time and costs.ĬAD has continually evolved to make designs easier to understand for everyone involved. Team members have varying levels of expertise, and can in turn, interpret information differently. There is a great deal of information, much of it very complex, which is constantly communicated throughout the process. Design communication is a very important part of the product development process.
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