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AutoCAD® MEP 2009: Creating and Linking to the Electrical Project Database
Updating Your Existing Content To Reflect The Updates In Revit 2009
How to tag doors by Type or tag windows by Mark
BIMplementation: The here and now of putting Revit into use in your office
Building Performance Analysis – The Sustainable Future
How to Create a Bathroom Fixture (Multi-Category) Schedule with Functioning Tags
Building Performance Analysis – The Sustainable Future
Heating and Cooling Loads
Using Manning’s Equation to Design Pipes in Civil 3D
Creating a Deployment with Revit
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Data Shortcuts in Civil 3D 2007
Revit: Truss Wizard
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Wall Features in Revit Building 9.0
Applying Line Loads, Producing Schedule
Curved Beam with Analytical Properties
Project Navigator: Setting Up Sheets for a Project
Autodesk ABS 2007 Eases Transition
Rooms and Room Tag Calculations
Change of Spaces in ADT 2007
Architectural Desktop 2007
ABS: A New View on Editing
Browser Organization Tips-Revit 8.1
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Creating families in Revit Building 8.1
Revit 8.1 Plant Library
Vertical Wall Components in Revit Bldg.
Simple Electrical Connectors
Using ADT to Speed Production - Part 2
Using ADT to Speed Production
Editing Families in Revit Building
Beyond BIM
Nurbs Surface in ADT 2005/06
Building multi-story parking ramp
Revit 7 - The Best Release Yet!
Considerations when Implementing Revit
Curtain Walls Made Simple

Using ADT to Speed Production

Using Autodesk Architectural Desktop
to Speed Production Drawing

Quite often an Architect's first reaction to Autodesk Architectural Desktop® (ADT) is that, while impressed with its 3D and BIM (Building Information Model) capabilities,  they still have to work with partners (Engineers, contractors, etc) using vanilla AutoCAD®, and are primarily concerned with getting out productions drawings.  This article focuses on one of the capabilities of ADT that assist the development of production drawings, whether the firm is working with 3D models, or 2D AutoCAD style drawings.

Detailing is one of the most time consuming task of developing production drawings.  And even after the details are completed, making sure that the details, sections, and elevations are properly called out on the original drawings is a very time consuming task. Autodesk Architectural Desktop can drastically reduce the time involved in these efforts.

DETAIL COMPONENT MANAGER
The Detail Component Manager allows the user to rapidly develop details with standardized, intelligent components.  It is accessed from the Detail Palette of the standard ADT Tool Palette set.   Notice that the predefined tools are categorized by the standards established by the Construction Specification Institute (CSI).  We will continue to focus on this point as we go on (see Figure 1).

Clicking on any tool will take you a point within that CSI division.  Right clicking on any tool gives you access to the entire catalog.  As with almost any AutoCAD or ADT command, there are several ways to get to this point, but this is the most straight-forward.

Notice first that within the Detail Component Manager can give you access to several databases (See #1 in Figure 2).  The default database is a very extensive library of parts from all 16 divisions. You can if you chose develop your own components, or tailor the standard database to contain only the components that you want your staff to use on a specific project.


In this case, we are going to add some bricks to a detail.  Notice that the brick already has an assigned keynote (See #2 in Figure 2).  ADT supports a keynote database as well, and detail components already have keynotes defined.  We will see more of this later.

A detail can start from scratch, from a library of detail drawings you may already have, or from a callout you derive from your building model.  For this example we start art with a callout (see Figure 3).

Simply by selecting the masonry units from the detail component manager, and selecting a start and end point, we can add as many bricks as we need.  We can use the properties menu (see #1 in Figure 3)  to select which view of the bricks we want, and use the right-click menu to get the proper orientation to fit the different pieces in place.  An experienced user can use the category and type fields (see #2 in Figure 3) to select different components to quickly build up a detail without ever leaving the screen, or click the select button (see #3 in Figure 3) to return to the Detail Component Manager.

We have a great deal of flexibility with the standard components.  For example, if we want to change the shape of the brick above the window, we simply use standard AutoCAD drawing tools (in this case, an arc) to define the shape change we desire, and use the AEC merge tool to join it into the brick (see Figure 4).

By continuing to add component from the database, using standard AutoCAD tools to trim, alter shapes, etc, and use the AEC Modify tools for more complex editing (such as replacing one component with another) we can end up in minutes with a detail such as in Figure 5.

Notice that we have also added keynotes from the Standard Document Tool Palette.  Simply by selecting Keynoting tool, clicking on the component, and placing the leader, the keynote is automatically filled in, with the proper CSI code and description.  We can alter the keynote reference to display only one or the other if we wish (See Figure 6).

In making a detail however, you may have added your own blocks, just as you can use the standard AutoCAD tools for editing.  If you wish to place keynote references on these blocks, you utilize the same tool.  When you select the block, you will see the tool in Figure 7.  You may select a keynote from the database, or edit or add your own entry in the database.   Using a common database for detail components and keynotes guarantees a degree of standardization and accuracy across your project.

Click on images for a larger view:


Figure 1


Figure 2


Figure 3


Figure 4


Figure 5


Figure 6


Figure 7

 

 

 

by Don Jennings
Applications Engineer - AEC CAD


print version

 

 

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