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34   |  ChAPter  2  Applying the principles of the User interfAce And project orgAnizAtion



                                To pan in any view, press and hold the wheel button on your mouse while moving it
                                around your mouse pad. Hold the Shift key and use the wheel button on the mouse to
                                orbit a 3D view.
                                The mouse wheel can be used to zoom in and zoom out of any view, but the zooming
                                may be somewhat choppy. Hold the Ctrl key and press the wheel button while moving
                                the mouse forward to zoom out (pushing the model away) or backward to zoom in (pull-
                                ing the model toward you). In camera views, zooming works a bit differently. Scrolling
                                the mouse wheel zooms in and out but includes the view’s crop region. To adjust the view
                                within the crop region, only the SteeringWheels and the ViewCube can be used.
                                In addition to a traditional mouse, you can also use a 3D navigation device such as
                                the Space Navigator™ from 3Dconnexion (www.3dconnexion.com), as shown in
                                Figure 2.21. A 3D mouse allows you to navigate in multiple directions simultaneously
                                using joystick-like motions. Simply attach the device to your computer, install the
                                3Dconnexion software, and a 3Dconnexion button will be displayed on the Navigation
                                bar. The 3D mouse will automatically navigate in any 2D or 3D view, but the Navigation
                                bar button allows you to toggle between modes.

                        Figure 2.21
                        The space
                        navigator 3d
                        mouse from
                        3dconnexion
                        Source: Hand of
                        James Vandezande













                           Defining Project Organization

                           If you have experience with 2D CAD software, you’re likely familiar with many of the terms
                           and concepts related to designing and documenting a project, but not all of them have exact
                           equivalents in Revit software. You may be comfortable with thinking in terms of what needs
                           to be drawn and coordinated: plans, sections, elevations, details, schedules, and so on. Such
                           information is likely stored in a plethora of separate files that have to be linked together in order
                           to reference other parts of a building design. For teams collaborating on design, you are also
                           likely accustomed to allowing only one person in one file at a time. And finally, maintaining all
                           your project settings and standards is a struggle across so many disconnected files.
                             Working in the Revit environment affords you much more control and efficiency in
                           managing the aforementioned issues. Allow us to posit the four key components of a holistic
                           and efficient design process as relationships, repetition, representations, and restrictions. These
                           concepts are respectively managed in Revit software as datum objects, content, views, and project
                           management. And they are managed from within a single, bidirectional database.







          c02.indd   34                                                                              5/3/2014   10:31:56 AM
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