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Revit consists of three types of parameters: Instance, Type (Family or Shared), and Global. It can guide users through a recommended process, or can “dummy-proof” a model to prevent a user from manipulating it in an improper way. This kind of data intelligence is the basic foundation of BIM (Building Information Modeling). Leveraging parametric functions in Revit allows you to create intelligent content that responds to both arithmetic and user input.
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This data often includes information such as:įor example, a parametric model might specify that a certain object must possess a height value of either 12”, 24”, or 36”, and return a warning for any value entered outside of those parameters. Buckle up.)ĭefining “Parametric” Building Product Dataįor any who are unfamiliar, the term parametric (in terms of building product data) simply implies models created with specific parameters, or characteristics, which inform and guide the user how an object should be used. (Caution: we’re about to enter Revit geek mode. I find this to be true every day that I use Revit, and want to share one of the most frequent instances in which proper syntax is essential: defining parameters.
#Revit view range how to
Pipes that fit within the settings of the View Depth will simply display with black lines.Even if you’re a Revit beginner, it doesn’t take much time to realize the breadth and complexity of data that Revit can manage and manipulate for you.īut in order to take advantage of the power behind Revit, you have to know how to “speak the language.” In other words, if you override the color of pipes to be blue in a view, only pipes that are between the Top and Bottom settings of the view range will be blue. However, any elements that fall within that range will not react to any overrides assigned to their category in the view. The View Depth setting can be used to extend the range of view beyond the Top or Bottom. On a level, they will all display, and any items you want to see above the ceiling for coordination will also be visible. So, if there are ceilings with varied elevations These settings ensure that, for your ceiling plans, you will see all visible model elements from the cut plane up to the top of the view range. Set View Depth to Level Above with an Offset of 0′-0″(0 mm). The Bottom setting is irrelevant in a ceiling plan because it is always behind your field of view.ģ.
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#Revit view range windows
You may choose a higher Cut Plane if you do not want to see items such as doors or windows in your ceiling plans. Set Top to Level Above with an Offset setting of 0′-0″(0 mm). Because the Cut Plane setting is what determines the visible architectural and structural components, you don′t need to worry that the actual floor object of the level above will interfere with visibility.įigure 2.4 shows the View Range dialog box with the settings described in the previous steps for a first-floor plan view.įor a ceiling plan view, do the following:ġ. Set Bottom and View Depth to the Associated Level with an Offset setting of 0′-0″(0 mm).Īdjustments may be required depending on the construction of the building, but these settings are a good starting point because they will display all the visible model components from floor to floor. For plan views, choose View Properties View Range and set Top to Level Above with an Offset setting of 0′-0″(0 mm).ģ. For example, to establish a view range that ensures visibility of objects for aįirst-floor plan view, follow these steps:ġ. However, there is a way to set default View Range settings that ensures the initial view of the model will correctly show the building elements. Though you may have levels established in your template, there is no way of knowing what their actual dimensions will be until the building is modeled. The portions of these elements that are above the Cut Plane elevation are not visible. Cut Plane is an imaginary plane that cuts through the architectural and structural elements. In other words, it is how far you are looking. Bottom is the extent to which the model is being viewed from the Top setting.
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The three major components of View Range settings are the Top, Bottom, and Cut Plane of a view.įor a floor plan, Top defines the elevation from which the model is being viewed.