Figure 3.11 The sink, toilet, and bath fixtures are mirrored about the centerline of the chase wall: (a) selecting the axis (b) the mirrored elements.
For walls, it is always found on the exterior side.
Figure 3.10 The flip arrow is another way to reorient an element.
Figure 3.9 Once an object is selected, it can be set to move with nearby elements: (a) Select the furniture, and then select the Move With Nearby Elements tool (b) Note that the elements keep their relationships.
Figure 3.8 The Temporary Dimension Properties dialog box lets you define default behaviors based on your modeling needs.
Figure 3.7 Drag or click the blue grip to change the reference of the temporary dimension.
Figure 3.6 Run recent commands from the context menu.
Figure 3.5 Use the Properties palette to filter selection sets.
Figure 3.4 The Properties palette contains the Type Selector and is used to set view properties when no objects are selected.
Figure 3.3 Use the Filter dialog box to fine-tune your selections.
Figure 3.2 Use selection options to avoid picking elements, such as links or pinned elements.
Figure 3.1 The right end of the Modify tab changes based on the element that is selected: (a) the Roof Modify tab (b) the Wall Modify tab (c) the Floor Modify tab.
Selecting, Modifying, and Replacing Elements.
Figure 2.60 Section box applied to a 3D view.
Figure 2.59 The Far Clip Offset is too shallow.
Figure 2.58 Modifying the view size and field of view.
Figure 2.57 Setting camera and target origin.
Figure 2.55 An example of a keynote legend placed on a sheet.
Figure 2.51 Detail sections in section view.
Figure 2.50 Detail sections in plan view.
Figure 2.49 Section properties and extents.
Figure 2.47 Creating additional elevations.
Figure 2.45 View range properties explained.
Figure 2.43 Duplicating views from the Project Browser.
Figure 2.42 Creating new views from the ribbon.
Figure 2.41 Visibility and graphic overrides for an elevation.
Figure 2.39 Instance parameters of a wall.
Figure 2.38 Selecting a family template.
Figure 2.35 Reference planes and levels shown in elevation.
Figure 2.33 Extent commands in the context menu.
Figure 2.32 Propagating extents to other views.
Figure 2.31 Adjusting the 2D extents of grids.
Figure 2.29 Adjusting the graphic extents of a level.
Figure 2.28 Customizing graphic and analytic extents.
Figure 2.27 3D (analytic) extents affect visibility of datum objects.
Figure 2.26 Controlling the 3D (analytic) extents of the datum.
Figure 2.24 Create multiple copies of levels.
Figure 2.21 The Space Navigator 3D mouse from 3Dconnexion.
Figure 2.19 Sketch mode with active work plane.
Figure 2.18 Graphic Display Options dialog box.
Figure 2.17 Active view with Temporary View Properties applied.
Figure 2.16 Temporary View Properties command.
Figure 2.13 Properties and Project Browser combined in a tabbed or stacked palette.
Figure 2.12 Project Browser's type properties.
Figure 2.9 Options appear in a bar below the ribbon.
Figure 2.7 Panels can be relocated anywhere in the user interface.
Figure 2.5 Setting the User Interface options.
Figure 2.1 The Revit Architecture 2014 user interface.
Chapter 2 Principles: UI and Project Organization.
Figure 1.13 Roles over the project cycle.
Figure 1.12 BIM provides the most leverage when it is implemented earlier in the design.
#Autodesk revit architecture 2014 software
Figure 1.10 Daylighting overlay from Autodesk® 3ds Max® Design software.
Figure 1.9 BIM environmental analysis time comparison.
Figure 1.8 A still from an animation showing accurate physical conditions for the project.
Figure 1.7 Two different methods of utilizing 3D presentation views.
Figure 1.6 Construction documentation can begin to transform from 2D to 3D.
Figure 1.5 Even 2D views can evolve to illustrate and analyze spatial properties.
Figure 1.4 An example of rapid prototyping using BIM data.
Figure 1.3 Service opportunities supported by BIM.