Graphics Programs Reference
In-Depth Information
Orient geometry by using reference planes and lines
Reference
planes and lines are the most effective way to define the orientation of
solid geometry within a family. Reference planes define how an object
will be inserted into a project.
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Knowing the resulting orientation of an extrusion prior
to creating it will save lots of time by not having to duplicate
modeling efforts. Nothing is more frustrating than taking the time to
create a solid only to find out that it is in the wrong plane. Describe
the process for creating an extrusion that is associated with a custom
reference plane.
Ensure the parametric change capability of models
Building
solid geometry to represent MEP discipline components is good.
Building the geometry with parametric change capabilities is even
better.
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Solid geometry can be defined by parameters that can
change the size or shape of the geometry. Reference planes and lines
are an important part of creating parametric behavior. Why?
Determine optimal visibility settings for solids
The visibility
behavior of solid geometry plays an important part in the creation of
consistent and coordinated construction documents.
MasterIt
It is important to know how a family will be used in a
project to determine the visibility settings required for the solid
geometry in the family. Why is it important to set the Detail Level
visibility settings for pipe- and duct-related families?
Create in-place Mass objects for analysis and documentation
In-place Mass objects allow the designer to quickly produce a building
form at a time when the project architect may not be able to provide a
model that is suitable for early analysis purposes.
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Using massing tools can speed up the design process.
What tools would you use to quickly model glass and windows?
