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Welcome to AutoCAD Architecture 2008! Built on the new AutoCAD® 2008
platform, this release is targeted at making the transition from AutoCAD to
AutoCAD Architecture easier by simplifying your interactions with the software.
It offers many new features that help you achieve your design and documentation
goals:
1
3
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New Features
Improved Help System for the Transitioning AutoCAD Users
The help system has been enhanced to simplify the transition from AutoCAD to AutoCAD Architecture. These help
components have been added so that new users with previous AutoCAD experience can easily segue into working with
AutoCAD Architecture:
■ Essential task movies
■ Learning resources overview for different expertise levels
■ User interface overview
■ Webcasts for typical architectural tasks
■ Getting Started guides
Welcome Screen
AutoCAD Architecture 2008 integrates a number of exciting new AutoCAD features and adapts them to the specific
AutoCAD Architecture requirements:
Annotation Scaling
Annotation scaling allows you to plot annotation at the same height or size regardless of the viewport zoom scale.
Annotation scales can be associated with annotative objects in AutoCAD Architecture so that these objects can be sized
properly for specific annotation scales in model space and displayed correctly in paper space. You can also specify
whether to display or hide annotation objects that are not controlled by the current annotation scale.
Visualization
With AutoCAD Architecture 2008, the Mental Ray rendering engine replaces the core rendering capabilities of AutoCAD
and AutoCAD Architecture. With AutoCAD Architecture 2008, the work has continued on this core rendering
environment with the goal of building the most needed capabilities used in VIZ Render into the main AutoCAD
4 | Chapter 1 Introduction
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Architecture workspace. This now provides a single in-process rendering environment for creating highly photo-realistic
renderings, based on real-world photometric indoor & outdoor lighting, procedural materials, more robust material
editing, and inherent interoperability with AutoCAD and the AutoCAD family of products.
For full information about lighting, materials, and rendering, see “Create Realistic Images and Graphics” in the AutoCAD
help.
Realistic rendering of building facade
Creating a camera and walkthrough
Viewport Layer Overrides
You can now apply overrides for color, linetype, lineweight, and plot style to layers in individual layout viewports.
This is an efficient way to display objects with different property settings in individual viewports without changing
their ByLayer or ByBlock properties. Because layer property overrides do not change the layer’s global properties, you
can have objects display differently in various viewports without having to create duplicate geometry or use xrefs that
have different layer settings. When the Layer Manager is accessed from a layout tab, 4 additional columns for
viewport-specific layer property overrides are displayed for VP Color, VP Lineweight, VP Linetype, and VP Plot Style.
New Features | 5
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Overriding layer properties for a viewport
Easier Editing of Object Display
The editing of the display properties of an object has been simplified and better integrated with AutoCAD methods
and workflows.
You can now use the Display tab of the Properties palette to change the display property settings for a selected object
display component in the current display representation. You can specify whether your changes will apply to all objects
of the same type as the selected object (drawing default), all objects of the same style as the selected object (a style
override), or only that object itself (an object override). You can also apply your changes to other display representations
that use the same display component to draw the selected object. Changes that you make in the Display tab are
immediately visible in the drawing area, giving you opportunity for fine-tuning and on-the-fly corrections.
Changing the display of object components on the Properties palette
For more information, see “Using the Properties Palette to Change Display Properties” on page 445.
IFC Certification
The Industry Foundation Classes (IFC) file format provides an interoperability solution between different software
applications. It complies with established, international standards for importing and exporting building objects and
their properties. IFC improves communication, productivity, delivery time, and quality throughout the life cycle of a
building. By employing established standards for common objects in the building industry, IFC reduces the loss of
information during transmission from one application to another.
AutoCAD Architecture is now IFC-certified, enabling you to import and export IFC data. For example, building models
drawn in AutoCAD Architecture are saved to a DWG file format. You can export the drawing using the IFC format to
an IFC-certified application that does not use the DWG file format, and the drawing can be opened and worked on in
the non-native application. Likewise, in AutoCAD Architecture you can import an IFC file, create a DWG file, and work
on that drawing in AutoCAD Architecture.
6 | Chapter 1 Introduction
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Exporting a DWG file to IFC
Importing an IFC file to AutoCAD Architecture
For more information, see “Importing and Exporting IFC Files” on page 126.
Improved Drawing Management
The Drawing Management feature has been improved to make working with projects easier and more effective:
■ You can set up your project so that the sheet view layer settings are updated from the layer settings in the model
space of the view drawing. The synchronized settings include the layer states (on/off, thawed/frozen) and the layer
properties (layer, color, linetype, plot style) of layers native to the view drawing as well as layers in external references
attached to the view drawing through constructs and elements.
View drawing with xref dependent layer settings
New Features | 7
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Sheet view with layer settings from view
For more information, see “Synchronizing View Drawing Layers with Sheet View Layers” on page 259.
■ You can open AutoCAD Architecture with a specific project as the current project by double-clicking the APJ file
of the project in Windows® Explorer. This launches a new session of AutoCAD Architecture with the project
specified in the project file as the current project.
For more information, see “Opening a Project from Windows Explorer” on page 192.
■ A new set of animations and learning material has been added to Drawing Management and can be accessed from
the “Learn More about Drawing Management” link in Project Browser.
Link to new information in Project Browser
Drawing Compare
An efficient review of drawings and revisions is key as you move through the design, development, and construction
phases of a project. You can visually compare versions of drawings and review proposed changes with the Drawing
Compare feature. Drawing Compare also allows you to compare drawings from AutoCAD, AutoCAD Architecture,
AutoCAD MEP, Revit Architecture, and Revit Structure. For more information, see “Drawing Compare” on page 385.
Spaces
The Spaces feature has been improved and enhanced by a number of new functionalities that make the automatic
generation of spaces, space evaluation, and re-use of spaces in AutoCAD MEP easier and more powerful.
■ Improved updating of associative spaces: Associative spaces can now update automatically when the bounding
geometry changes. You can automatically split and merge spaces by adding or removing bounding objects. You
can choose between automatic updates and manual updates, depending on your needs.
8 | Chapter 1 Introduction
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For more information, see “Updating Associative Spaces” on page 1598
■ Openings on 3D freeform space surfaces: You can add and edit openings on the surfaces of 3D freeform
spaces using grips. Freeform openings can be viewed and organized in the Space/Zone Manager and can be exported
to AutoCAD MEP.
For more information, see “Working with Surface Openings” on page 1662.
■ Area calculation standards: Offsets between space boundaries can be automatically determined by an area
calculation standard specified in the drawing. The space boundaries are calculated according to the area calculation
standard. Predefined standards shipped with the Subscription Module Spaces and Drawing Compare include
standards based on BOMA, DIN 277, and SIS.
New Features | 9
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Boundary offsets calculated by area calculation standard
For more information, see “Working with Space Boundary Offsets” on page 1626.
■ Generating associative spaces: The generation of associative spaces has been moved to the Properties palette,
making it more interactive and intuitive.
For more information, see “Generating Associative Spaces” on page 1587.
Fit and Finish in AutoCAD Architecture 2008
In addition to other new features, a number of fit and finish items have been added for the user:
■ Support for MasterFormat 2004 naming standard: The detail components and keynote databases in AutoCAD
Architecture are now configured to follow the Construction Specifications Institute's MasterFormat 2004 naming
standard.
■ Structural member Auto-Trim setting: You can now configure structural member styles so that members trim
automatically to other members during edits rather than only during initial placement.
A Quick Start for Transitioning from AutoCAD to AutoCAD Architecture
If you have previously accomplished your architectural tasks with AutoCAD and want to transition to using AutoCAD
Architecture, you will find that using tools specifically designed for architects provides additional productivity and
benefits over the AutoCAD drafting methods you used before.
This quick overview of tasks and how to accomplish them in AutoCAD Architecture can help you get an easy start. For
additional information, watch short movies which you can find on the Welcome to AutoCAD Architecture 2008 page,
the Learning Resources page, or the main Help page.
■ Click Help menu ➤ Help, and then click Essential Task Movies under General Information on the right pane.
■ Click Help menu ➤ Learning Resources, and then click Essential Task Movies.
10 | Chapter 1 Introduction
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■ On the Welcome to AutoCAD Architecture 2008 page that displays when you open the software, select a movie
from the right pane under Essential Task Movies.
NOTE The software locations for tools, palettes, and catalogs listed below are the default locations for a standard US install.
Customized installations, as well as localized versions may vary in the tools they supply and the structure of the tool palettes.
How do I…
Work with
Conceptual
Massing?
Studies?
Create a Space
Layout and
Colored Plans?
Presentation
Graphics?
with AutoCAD
tools
SolidsDesign Massing
AutoCAD
Architecture
tools
and Mass
Groups
Visual StylesVisual StylesCreate
Design Group - Massing PaletteMass Elements
Visualization Group - Visual Styles
Palette
More InformationPalette or UI Locationwith
■ Online Help: “Mass Elements and Mass
Groups” on page 576
■ Online Help: “Use a Visual Style to
Display Your Model” in the AutoCAD
Help
Create Space
Plans?
Create Color Fill
Plans?
Create Floor
Plans?
Hatch
Hatching and
Polylines
Themes and
Spaces
Design Group - Spaces PaletteSpacesPolyline and
■ Online Help: “Space Types” on page 1576
■ Learning Movie: Creating Spaces to
Calculate Areas
Document Group - Themes PaletteDisplay
■ Online Help: “Process Overview:
Creating Display Themes” on page 2104
■ Learning Movie: Creating Color-Filled
Presentation Plans
A Quick Start for Transitioning from AutoCAD to AutoCAD Architecture | 11
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How do I…
with AutoCAD
tools
More InformationPalette or UI Locationwith
AutoCAD
Architecture
tools
Draw Walls?
Draw Doors?
Draw Windows?
Multilines
Dynamic Blocks
Dynamic Blocks
Design Group - Walls PaletteWallsLinework or
Design Group - Doors PaletteDoorsBlocks or
Design Group - Windows PaletteWindowsBlocks or
StairsLineworkDraw Stairs?
Design Group - Design Palette
■ Online Help: “Walls” on page 645
■ Learning Movie: Laying Out Floor Plans
■ Online Help: “Doors” on page 1004
■ Online Help: “Windows” on page 1057
■ Online Help: “Stairs” on page 1133
Walls?
Add Furniture
and Fixtures?
NOTE More Stair tools can be
accessed from Content Browser.
RailingsLineworkDraw Railings?
Design Group - Design Palette
■ Online Help: “Railings” on page 1252
NOTE More Railing tools can be
accessed from Content Browser.
Curtain WallsLineworkDraw Curtain
Design Group - Design Palette
■ Online Help: “Curtain Walls” on page
750
NOTE More Curtain Wall tools can
be accessed from Content Browser.
12 | Chapter 1 Introduction
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How do I…
with AutoCAD
tools
More InformationPalette or UI Locationwith
AutoCAD
Architecture
tools
Place Furniture,
Fixtures, and
Equipment?
Create
Annotation and
Scheduling?
Blocks or
Dynamic Blocks
Blocks
Design Group - FF & E PaletteMulti-View
■ Online Help: “Multi-View Blocks” on
page 1558
A Quick Start for Transitioning from AutoCAD to AutoCAD Architecture | 13
Page 54
How do I…
with AutoCAD
tools
More InformationPalette or UI Locationwith
AutoCAD
Architecture
tools
Drawings?
Tags?
from Designs?
DimensionsDimension
AEC
Dimensions
Document Group - Dimension
Palette
Document Group - Tags PaletteTag ToolsBlocksAdd Schedule
■ Online Help: “AEC Dimensions” on
page 1844
■ Online Help: “Adding Tags Using
Schedule Tag Tools” on page 2030
SchedulesTablesExtract Schedules
Document Group - Schedules
Palette
■ Online Help: “Managing Schedule
Tables” on page 2039
■ Learning Movie: Creating Schedules
Properties for
Scheduling Data?
Plans?
Sections?
AttributesModify Block
Definitions
XclipCreate Enlarged
Project
Navigator
Style ManagerProperty Set
■ Online Help: “Property Set Definitions”
on page 2069
Document Group - Callouts PaletteCallouts and
■ Online Help: “Working with Callouts”
on page 1990
Document Group - Callouts PaletteSectionsLineworkExtract Building
■ Online Help: “Placing Section Callouts”
on page 2003
■ Learning Movie: Creating Sections
Document Group - Callouts PaletteElevationsLineworkExtract Elevations?
■ Online Help: “Placing Elevation
Callouts” on page 2007
14 | Chapter 1 Introduction
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How do I…
with AutoCAD
tools
More InformationPalette or UI Locationwith
AutoCAD
Architecture
tools
Mark up drawing
revisions?
Add Details and
Keynotes?
REVCLOUD
command
LineworkCreate Details?
Revision
Clouds
Components
KeynotingLeadersAnnotate Details?
Document Group - Annotation
Palette
NOTE More Revision Cloud tools
can be accessed from Content
Browser.
Detailing GroupDetail
Document Group - Annotation
Palette
■ Online Help: “AEC Content in the
Content Browser” on page 2116
■ Online Help: “Detail Components” on
page 1917
■ Learning Movie: Detailing Your Designs
■ Online Help: “Keynoting Tools” on
page 1959
Work in a
Project?
A Quick Start for Transitioning from AutoCAD to AutoCAD Architecture | 15
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How do I…
Find and Manage
Content?
with AutoCAD
tools
Windows
Explorer and
DesignCenter
®
AutoCAD
Architecture
tools
Browser
More InformationPalette or UI Locationwith
Content BrowserContent
■ Online Help: “Understanding the
Content Browser” on page 80
Manage Layers?
Manage Project
Drawings?
Layer Properties
Manager
Sheet Set
Manager
Manager,
Layer Key
Styles, Layer
Standards
Navigator
Layer ManagerLayer
Project NavigatorProject
■ Online Help: “Managing Drawing
Layers” on page 404
■ Online Help: “Working with Layer
Keys” on page 425
■ Online Help: “Creating and Editing
Layer Standards” on page 434
■ Online Help: “A Short Overview of
Drawing Management” on page 2180
■ Learning Movie: Managing Your
Drawings
Starting AutoCAD Architecture
Use one of the following methods to start AutoCAD Architecture:
■ Double-click the AutoCAD Architecture icon on your desktop.
The icon is displayed on your desktop if you chose to create it when you installed the software.
■ On the Start menu, click Programs ➤ Autodesk ➤ AutoCAD Architecture 2008 ➤ AutoCAD Architecture 2008.
NOTE AutoCAD Architecture 2008 can be run under Windows 2000, Windows XP, and Windows Vista.
Customizing Startup
You can use command-line switches in the properties of the desktop icon to specify AutoCAD Architecture startup
options:
■ Run a startup script when you start the software.
■ Start the software with a specific template.
■ Start the software with a specific profile (ARG file).
■ Create several desktop icons, each with different startup options.
For more information, see “Customize Startup” in AutoCAD Help.
Default Content Paths for Microsoft Windows Vista
AutoCAD Architecture 2008 is running under Microsoft Windows Vista. The default content paths for style drawings,
support files, and tool catalogs vary between Windows XP and Windows Vista:
AutoCAD Architecture 2008 Content PathOperating System
C:\Documents and Settings\<user>\My DocumentsWindows XP
C:\Users\<user>\DocumentsWindows Vista
16 | Chapter 1 Introduction
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Finding Help
With AutoCAD Architecture 2008, you can move smoothly from 2D drafting to building information modeling in an
AutoCAD-based environment. AutoCAD Architecture supports your current practices and helps you to take advantage
of your knowledge of AutoCAD. Intelligent architectural objects and other powerful design and documentation features
offered by AutoCAD Architecture will help you reap productivity benefits by minimizing tedious drafting and rework.
Autodesk provides many resources to ensure that you quickly become productive with AutoCAD Architecture and the
many new features available in this release. Online and print documentation, real-world tutorials, and technical support
channels are all available to answer your questions as you begin working with the software.
Online Help Resources
There are various available resources to help you learn about AutoCAD Architecture 2008 and AutoCAD® 2008.
DescriptionDocumentation
Explains how to install and configure AutoCAD Architecture 2008.AutoCAD Architecture 2008 Installation Guide
AutoCAD Architecture 2008 Help
AutoCAD Architecture 2008 Project Cycle Navigator
AutoCAD Architecture 2008 Printed Getting Started Guide
AutoCAD Architecture 2008 Online Tutorials
AutoCAD 2008 User’s Guide
Explains AutoCAD Architecture concepts and provides step-by-step
procedures.
The Project Cycle Navigator provides links to key workflow topics and
animations. There are 10 phases of a project, which range from PreDesign and Planning to Post Construction. You can select the phase in
which you are interested, and then select from a list of topics.
The printed Getting Started tutorial gives you a quick, but comprehensive
introduction to the concepts of working with AutoCAD Architecture
2008.
A set of exercises designed to give you an overview of the capabilities
and features of AutoCAD Architecture.
Gives an overview of the new features in AutoCAD Architecture 2008.AutoCAD Architecture 2008 New Features Workshop
View these movies to learn about typical and frequently used tasks.AutoCAD Architecture 2008 Essential Tasks Movies
Provides conceptual and overview material with step-by-step procedures
for AutoCAD 2008.
Gives an overview over the new features in AutoCAD 2008.AutoCAD 2008 New Features Workshop
The advantage of online manuals is that they present information quickly while you are in a drawing session. Although
online Help topics provide some conceptual and overview material, their main purpose is to help you get a task done
efficiently. Therefore, the AutoCAD Architecture online Help emphasizes step-by-step procedures relevant to command
selection. It also incorporates visual examples and links to more information.
Online tutorials are also an excellent way to become familiar with AutoCAD Architecture. When you use the tutorials
to learn program concepts, you can keep the tutorial window open in the drawing area while you perform the steps.
To access AutoCAD Architecture 2008 Help
1 On the Help menu, click Help.
2 When the Help window is displayed, click the AutoCAD Architecture 2008 Help book on the Contents tab, and
then browse the contents to locate the information you need. Or use the Index or Search tabs to find specific topics.
Icons with a red marker indicate topics that include information about new features.
Finding Help | 17
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Red marker indicates topic covering new feature
To access AutoCAD Architecture 2008 New Features Workshop
1 On the Help menu, click New Features Workshop.
2 On the Main Menu page, click the category for the feature you want to learn about.
To access AutoCAD Architecture 2008 Tutorials
1 On the Help menu, click Tutorials.
2 When the Help window is displayed, browse the Contents tab to locate the exercise you want to perform. The
tutorials include datasets that correspond to the exercises.
To access AutoCAD 2008 Help
1 On the Help menu, click Help.
2 When the Help window is displayed, click the AutoCAD Help book on the Contents tab, and then browse the
contents to locate the information you need. Or use the Index or Search tabs to find specific topics.
To access AutoCAD 2008 New Features Workshop
1 On the Help menu, click Help.
2 When the Help window is displayed, click the AutoCAD Help book, and then click the New Features Workshop
link under General Information.
AutoCAD Architecture Design Phases Overview
The includes animations and links to topics that explain AutoCAD Architecture features and workflows.
Click a project cycle segment to select a project phase, and then click a topic segment. To return to the Design Phases
Overview from a Help topic, click the Back button; to return from an animation, click the icon.
18 | Chapter 1 Introduction
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Design Phases Overview
Autodesk Training Programs and Products
Training programs and products from Autodesk help you learn the key technical features of your Autodesk software
and improve your productivity. For the latest information about Autodesk training, visit
http://www.autodesk.com/autocadarchitecture-training or contact your local Autodesk office.
Autodesk Authorized Training Centers
Be more productive with Autodesk® software. Get trained at an Autodesk Authorized Training Center (ATC®) with
hands-on, instructor-led classes to help you get the most from your Autodesk products. Enhance your productivity
with proven training from over 1,400 ATC sites in more than 75 countries. For more information about Autodesk
Authorized Training Centers, contact atc.program@autodesk.com or visit the online ATC locator at
http://www.autodesk.com/atc.
Autodesk Official Training Courseware
Autodesk publishes many courseware titles each year for users at all levels to improve their productivity with Autodesk
software. The preferred training materials of Autodesk partners, these books are also well-suited for self-paced, standalone
learning. All courseware simulates real-world projects with hands-on, job-related exercises. Autodesk OfficialTraining Courseware (AOTC) is developed by Autodesk. Autodesk Authorized Training Courseware (AATC)
is developed by Autodesk partners, including titles in a growing number of languages. Autodesk Official CertificationCourseware (AOCC) teaches the knowledge and skills assessed on the Certification examinations. Visit
http://www.autodesk.com/aotc to browse the Autodesk Courseware catalog.
Autodesk Certification
Gain a competitive edge with your career by obtaining Autodesk Certification, validating your knowledge and skills
on Autodesk products. Autodesk provides an end-to-end solution for assessing your readiness for certification, preparing
for certification, and obtaining certification. For more information on Autodesk Certification, visit
http://www.autodesk.com/certification.
e-Learning
Autodesk e-Learning for Autodesk Subscription customers features interactive lessons organized into product catalogs.
Each lesson is 20-40 minutes in length and features hands-on exercises, with an option to use a simulation or the
software application. You can also use an online evaluation tool that identifies gaps in skills, determines what lessons
will be most helpful, and gauges learning progress.
If you are a member of Autodesk subscription, you can access e-Learning and other subscription services from within
your Autodesk product. For more information about Autodesk subscription resources, visit
http://www.autodesk.com/subscription.
Autodesk Training Programs and Products | 19
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Contacting Autodesk
Autodesk, Inc.
111 McInnis Parkway
San Rafael, CA 94903 USA
Phone: 415-507-5000
Website: http://www.autodesk.com
Sales Information
To purchase additional Autodesk software, contact your local reseller. For the name of the authorized reseller nearest
you, call 1-800-964-6432 or access the Resellers and Training Centers website, http://www.autodesk.com/resellers/.
Technical Support
If you have technical questions about the products, you should contact your local reseller or check the frequently asked
questions (Technical Solutions & FAQS) section and Discussion Groups on the website for AutoCAD Architecture at
http://www.autodesk.com/support. News groups are another good source of information. You can look through the
questions that have already been posted, or you can post your own questions.
Feedback
Please let us know what you think! Whether you have a suggestion for product enhancement, a compliment, or a
complaint, or if you think you have found a bug, we would like to know about it.
To make comments and find additional information, visit our website at http://www.autodesk.com/contact.
20 | Chapter 1 Introduction
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The Workspace
The AutoCAD Architecture workspace is a highly customizable graphical user
interface designed to accommodate the various workflows and workstyles of
architectural professionals. The topics in this section provide an overview of the
available workspace components and describe how to access and configure them
to meet your needs. For detailed instructions on using workspace components to
create and edit architectural objects, refer to the relevant object-specific topics in
Help (Walls, Doors, Windows, and so on).
2
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The Workspace Concept
In AutoCAD Architecture, a workspace is a task-based customization of the basic user interface that includes only those
menus, toolbars, and palettes you need for a particular architectural process. When you first start AutoCAD Architecture,
you are prompted to set the initial drawing environment and the default drawing template file by selecting one of the
following workspaces:
DescriptionWorkspace
Provides all the basic tools for creating architectural objects in your drawings.Design
Document
Detailing
Visualization
Whichever workspace you select, you can reconfigure it according to your preferences as you work. You can move or
hide various components as needed, display additional toolbars, or add new tools and tool palettes. If desired, you can
save your customizations as a new workspace that you can access for later drawing sessions. You can also switch from
one workspace to another at any time by selecting a new one from the drop-down list on the Workspaces toolbar. For
more information, see “Changing Workspaces” on page 31 and “Create Task-Based Workspaces” in the AutoCAD help.
Default configuration of the Design workspace
Provides tools for adding schedule tables, annotations, callouts, and other documentation objects to your
drawings.
Provides tools for inserting a wide variety of predefined detail components, as well as tools for detail
drafting.
Includes all the tools available in the Design workspace as well as the dashboard palette, which provides
tools for 3D modeling, viewing, and rendering.
Workspace Components
The AutoCAD Architecture workspace consists of a drawing window with menus, toolbars, tool palettes, and other
controls that you use to set up an architectural project, create your design, and generate construction documents. The
default configuration of these components varies depending on which of the predefined workspaces you select (Design,
Document, Detailing, or Visualization). For example, the illustration below shows the Design workspace as it might
appear after you have used a door tool to add a door object to a section of wall.
22 | Chapter 2 The Workspace
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The AutoCAD Architecture workspace
Because the door is selected, its editing grips are visible, and because it is the only object currently selected, the Properties
palette displays information specific to this door. The Properties palette and the other labeled components are also
common to each of the other predefined workspaces. These and other workspace components are described individually
in the following topics.
The Menu Bar
The menu bar of the drawing window provides the following pulldown menus, each of which includes a group of
commands that support a particular aspect of the architectural workflow. Where applicable, menu options show alternate
access methods, such as a toolbar button or a keyboard shortcut.
ContentsMenu
File
Edit
■ Drawing transmittal and publishing commands
■ Access to the Project Browser
■ Drawing utilities such as Audit, Recover, and Purge.
Standard Microsoft Windows editing commands, such as Copy and
Paste
The Menu Bar | 23
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ContentsMenu
View
Insert
Format
Window
■ Commands that change the working view
■ Access to Keynote Display and Cameras
■ General insertion commands for external files and file types
■ Access to DesignCenter and Detail Component Manager
■ Formatting commands for color, linetype, lineweight, and other
graphic characteristics.
■ Access to tools for managing styles, layers, display system,
structural members, schedule tags, blocks, and profiles.
■ Access to the Options dialog, where you can modify default
settings for a wide range of system behaviors and characteristics
■ Standard window configuration tools such as Tile and Cascade
■ Access to Project Navigator, Markup Set Manager, Tool Palettes,
and Properties Palette
■ Commands for adding other pulldown menus to the menu bar
(see table below for descriptions)
Help
Access to the online Help, tutorials, and other resources to help you
learn and use AutoCAD Architecture
NOTE In AutoCAD Architecture Help and tutorials, instructions for selecting a particular pulldown or context menu option
use this symbol ➤ to indicate any submenus in the path to that option. For example, the instruction for selecting the Sheet
Keynotes option on the Keynote Display submenu of the View pulldown menu would be: Select View menu ➤ Keynote
Display ➤ Sheet Keynotes.
In addition to the standard pulldown menus described above, you can load any of the following pulldown menus by
selecting them from the Window menu:
ContentsMenu
Similar to the Design menu in previous versions of the software.Design
Document
CAD Manager
3D Solids
Similar to the Documentation menu in previous versions of the
software.
Access to advanced features like AEC Project Standards, Tool Catalog
Generator, Keynote Editor, VBA Manager, Visual Basic Editor, Visual
LISP Editor, the Script command, and Visual Audit. When this menu
is loaded, toolbars are available to provide quicker access to some
of these features. To display them, right-click in the toolbar area (not
on a toolbar), and click ADT_CAD_MANAGER ➤ AEC Project
Standards or ADT_CAD_MANAGER ➤ CAD Manager.
Access to the Convert to Solids and Convert to 3D Solids commands
plus suites of commands for creating and editing solids. When this
menu is loaded, toolbars with the corresponding commands are also
available. To display them, right-click in the toolbar area (not on a
toolbar), and click ADT_3DSOLIDS ➤ Solids or
ADT_3DSOLIDS ➤ Solids Editing.
24 | Chapter 2 The Workspace
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Toolbars
Toolbars in AutoCAD Architecture workspaces contain buttons that you click to initiate commands, change settings,
or access other features that you might often need during a drawing session. The icon on a toolbar button indicates its
function. To display a tooltip with the button name, you move the cursor over the button. This also displays a description
of the button’s function at the lower-left corner of the workspace on the application status bar.
Examples of frequently used toolbars
By default, toolbars are displayed in the toolbar area just below the menu bar, but you can drag them into the drawing
area or completely out of the drawing window if desired. Note that the title of the toolbar displays only when the
toolbar is positioned outside of the toolbar area. You can also dock toolbars to an edge in the drawing area, hide them,
resize them, or create your own. For detailed instructions on customizing the display of toolbars, see the Toolbars topic
in the AutoCAD Help.
The following toolbars are displayed in the toolbar area by default:
■ Workspaces
■ Standard
■ Navigation
■ Layer Properties
■ Shapes
■ Draw Order
■ Modify
To display any of the others, right-click any toolbar currently on display, and click the name of the toolbar you want
to see. Or you can right-click in the toolbar area (not on a toolbar), click ADT, and then click a toolbar name.
Accessing the list of toolbars
The following table lists and describes all of the available toolbars in AutoCAD Architecture.
Standard
ContentsToolbar
Standard drawing commands like opening, saving, publishing, and
printing drawings; also contains Copy, Paste, Undo, Regenerate
Model, and the Object Inspect tool
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ContentsToolbar
Navigation
Layer Properties, Layers II
Shapes
Inquiry
Modify
Commands for opening the Content Browser, the Project Navigator
Palette, the Tool Palettes Set, the Properties Palette, and DesignCenter; also contains flyout toolbars for Zoom, Views, UCS, and
Shading
Commands to start the Layer Manager and change the status of a
layer
Commands for adding 2D AutoCAD objects like lines, arcs, polylines
and splines; use these 2D shapes to help sketch out and convert to
AEC objects or during edit-in-place operations of AEC objects
Commands for moving the model in 3D space3D Orbit
Commands for working with AutoCAD dimensionsDimension
Commands for measuring distances, areas, and volumes; also contains
the AutoCAD Point tool and the List command
Commands for mapping materialsMapping
Standard commands for editing objects and linework; includes Copy,
Erase, Move, Scale, Mirror, Offset, Array, Stretch, Trim, Extend, Break,
Chamfer, Fillet, and Explode
NOTE These commands are also available from the general context
menu.
Commands for setting the Object SnapObject Snap
Properties
Commands for changing color, linetype, lineweight, and linetype
scale for an object
Commands for working with external references in the drawingRefedit
Light, Material, and Render commandsRender
Commands for different shade modesShading
Commands for setting and changing the UCS of the drawingUCS, UCS II
Commands for switching between 2D and 3D views of the drawingView/Viewpoint
Commands for specifying the visual styles displaying objectsVisual Styles
Commands for working with workspacesWorkspaces
Commands for zooming and panning the drawingZoom
Commands for adding 3D solids to the drawingSolids
Commands for editing 3D solidsSolids Editing
Context Menus
Context menus in AutoCAD Architecture function the same way as the shortcut menus described in the AutoCAD
Help. Right-clicking in most areas of the workspace displays a context menu that contains commands appropriate to
the cursor position at that time. For example, when you right-click in the toolbar area, the context menu lists all the
available toolbars. When you right-click in the drawing area, the content of the context menu depends on the currently
selected object(s). For example, if one or more wall objects are selected, a wall-specific context menu is displayed as
shown.
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Wall context menu
If more than one type of object is selected, the context menu includes only those commands that can be applied to all
the selected objects. If no objects are selected, the general context menu is displayed as shown below. This menu
contains non-object-specific commands, including the same commands available from the Modify toolbar.
General drawing context menu
Tool Palettes
Tool palettes provide the main method for accessing tools to create objects in your model. You can have tools for
standard objects as well as for objects with specific styles and properties. Tool palettes are organized by tool palette
groups in a tool palettes set. You can create your own tool palettes, or you can copy existing tool palettes from the
Content Browser.
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Design tool palette with tools for standard design objects
For more information, see “Working with Tool Palettes” on page 35.
Properties Palette
The Properties palette provides a central location to view and modify both the physical and graphical properties of an
object you are about to draw, or of objects that are selected in the drawing area. Using the Extended Data tab of the
Properties palette, you can also attach other kinds of information to an object, such as classifications, notes, reference
documents, hyperlinks, and property set data. You typically keep the Properties palette open during an AutoCAD
Architecture session.
Wall Properties Palette
For more information, see “The Properties Palette” on page 56.
AutoCAD Dashboard
The dashboard is a special palette that displays buttons and controls that are associated with a task-based workspace,
and it is used primarily for 3D modeling, viewing, and rendering. The dashboard provides a single interface element
for modeling and rendering operations. It eliminates the need to display many toolbars and reduces the clutter in the
application window. Thus, you can maximize the area available for 3D work, and use a single interface for speed and
convenience. The dashboard is organized into a series of control panels. Each control panel includes related tools and
controls that are similar to the tools in toolbars and controls in dialog boxes. For more information, see “The Dashboard”
in the AutoCAD help.
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The dashboard contains mainly AutoCAD-specific commands for 3D modelling, like settings for lighting, visual styles,
and rendering.
Drawing Window Status Bar
Located at the bottom of the drawing area, the drawing window status bar displays status information about the current
drawing and provides access to various commands that can be applied to the drawing as described below.
■ Open Drawing Menu: Click at the far left of the drawing window status bar to display a context menu of
frequently used commands is displayed. These commands are also available from the standard pulldown menus
as well.
■ Project Information: If the drawing is part of an AutoCAD Architecture project, this information includes the name
of the project, and the type of file, such as View or Construct). For more information, see “Drawing Management”
on page 149.
■ Annotation Scale: When working with viewports, you can select a new annotation scale for the current viewport
from the drop-down list of available scales. Click to show annotative objects for all scales. Click to
automatically add scales to annotative objects when the annotation scale changes.
■ Level of Detail: Shows the current display configuration of the active viewport and provides a drop-down list from
which you can select another configuration.
■ Cut Plane: Identifies the global cut plane height for the active display configuration and provides access to a dialog
that lets you adjust the setting. For more information, see “Global Cut Planes” on page 310.
■ Surface Hatch Toggle ( ): Click to switch the display of surface hatching on or off.
■ Layer Key Overrides ( ): Click to display the Layer Key Overrides dialog, which lets you switch the layer key
overrides on or off.
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■ Isolate Objects ( ): Click the light bulb icon to hide or display objects you have selected in the drawing. For
more information, see “Isolating Objects” on page 72.
■ AEC Project Standards: When a project is loaded, click here to synchronize or configure standards for the current
project.
■ Manage Xrefs: Click to open the External References palette, where you can reload xrefs that are associated with
your current drawing.
■ Missing Standards File(s): When applicable, this warning indicates that standards files are missing in the current
drawing; you can then check settings for the standards and configure them as necessary.
■ Infobar Menu: A drop-down list of the settings and commands available for display on the drawing window status
bar.
Command Line
You can directly enter commands using the command line located immediately below the drawing window status bar.
To hide the command line,or to display it if it is currently hidden, click Window menu ➤ Command Line.
Application Status Bar
The application status bar contains settings valid for the whole drawing session in AutoCAD Architecture. Some settings,
such as options for different elevations, only display if you are working within a project. For more information, see
“The Project Status Bar” on page 202.
The application status bar gives access to these settings:
■ Cursor coordinate values: Controls the coordinate format as either relative or absolute.
■ Snap: On/Off/Settings
■ Grid: On/Off/Settings
■ Ortho: On/Off
■ Polar Tracking: On/Off/Settings
■ Object Snap (OSnap): On/Off/Settings
■ Object Track (OTrack): On/Off/Settings
■ Dynamic UCS: With the dynamic UCS feature, you can temporarily and automatically align the XY plane of the
UCS with a plane on a solid model while creating objects.
■ Dynamic Input (DYN): Toggles on or off dynamic input. You can specify how information displays as you enter
the data.
■ Lineweight (LWT): On/Off/Settings
■ Model or Paper Space: Toggles between layouts.
■ Elevation: Select a level for the calculation of the elevation offset.
■ Elevation relative to construct’s level: Opens Elevation Offset worksheet to enter or pick the Z offset.
■ Replace Z value with current elevation: Toggles on or off, replacing the existing Z value with the current elevation.
■ Communication Center: On/Off/Settings
■ Drawing Status Bar Toggle: On/Off
■ Performance Tuner: The performance tuner examines your graphics card and 3D display driver and decides whether
to use software or hardware implementation for features that support both.
■ Unlock Toolbar/Window positions: Here you can switch between docked windows and toolbars and floating
windows and toolbars.
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■ Clean Screen: Click to switch back and forth between the standard screen and a full screen. In full-screen mode,
all toolbars and palettes (except the Tool Palettes) are hidden. Hidden palettes retain their current state.
■ Toolbar/Window Positions: Locks or unlocks floating and docked toolbars and palettes in place.
■ Application status bar drop-down list: You can select tray settings to display commands frequently used in the
application status bar.
To turn one of these components on or off, click its button. To change the settings for one of these components,
right-click the button, and select Settings.
Communication Center
This in-product notification system keeps you up to date on service pack availability and provides information for
Autodesk Subscription Program members, such as extension availability, product tips and tricks, and product support
information. You can set the Communication Center to notify you of any updates or other important information at
specified intervals. Alternatively, you can update on demand.
When new updates are available, the Communication Center icon ( ) displays with a yellow exclamation mark.
When you click the icon, the Communication Center is displayed, allowing you to download the latest updates. To
specify the update properties, click the Communication Center icon, and click Settings.
Communication Center dialog box
Project Navigator Palette
The Project Navigator palette is the central location to create, modify, and access AutoCAD Architecture project files.
You typically have the Project Navigator palette open in the workspace while you work on a project. For more
information, see “Drawing Management” on page 149.
Project Navigator palette
Changing Workspaces
Workspaces are sets of menus, toolbars, and palettes that are grouped and organized so that you can work in a custom,
task-oriented drawing environment. When you use a workspace, only the menus, toolbars, and palettes that are relevant
to a task are displayed. In addition, several workspaces shipped with AutoCAD Architecture automatically display the
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dashboard, a special palette with task-specific control panels. You can create your own workspaces and modify the
default workspaces. For more information, see and “Create Task-Based Workspaces” in the AutoCAD help.
Workspaces work with and complement the control over your drawing environment provided by profiles. Workspaces
control the display of menus, toolbars, and palettes in the drawing area. When you use or switch a workspace, you
change the display of your drawing area. You manage your workspaces from the Customize User Interface dialog box
and from the Workspaces toolbar.
Profiles save environment settings including many of your user options, drafting settings, paths, and other values.
Profiles are updated each time you make a change to an option, setting, or other value. You can manage your profiles
from the Options dialog box. For more information, see “Save and Restore Interface Settings (Profiles)” in the AutoCAD
help.
1 Display the Workspaces toolbar in the drawing window.
2 If you want to use one of the workspaces shipped with AutoCAD Architecture, select one of the following
from the drop-down menu.
■ Design (Provides all the basic tools for creating architectural objects in your drawings)
■ Document (Provides tools for adding schedule tables, annotations, callouts, and other documentation
objects to your drawings)
■ Detailing (Provides tools for inserting a wide variety of predefined detail components, as well as tools
for detail drafting)
■ Visualization (Includes all the tools available in the Design workspace as well as the dashboard palette,
which provides tools for 3D modeling, viewing, and rendering)
3 To edit an existing workspace or create a new workspace, select Customize, and create and edit workspaces
as described in “Customize Workspaces” in the AutoCAD Help.
Working with Objects in the Workspace
The AutoCAD Architecture workspace is where you add and manipulate the architectural objects that make up your
drawings.
Adding Objects
You add objects to the drawing with tools.
Tools generally have preset creation parameters called properties. When you click an object tool to add an object in
the drawing, the Properties palette opens so that you can change properties for the new object if desired. If not, you
can go ahead and place the object in the drawing. For more information, see “Tools” on page 44.
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Adding a wall to the drawing
Tools are arranged on tool palettes for easy access. To open the tool palettes, click Tool Palettes on the Window menu.
Modifying Objects
You can modify an object using any of the following methods:
■ Properties palette: The Properties palette is the central location for entering and changing information about an
object. This palette has categories that correspond to the tabs in the Properties dialog boxes from earlier releases
of the software.
For detailed information, see “The Properties Palette” on page 56.
Modifying a wall with the Properties palette
■ Context menu: Right-click the object to display its available commands.
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Wall context menu
■ Direct editing with grips: Commands for modifying objects are accessible from the object’s grips. Click an object
in two-dimensional (2D) or three-dimensional (3D) view to display its grips.
For detailed information about object grips, see “Direct Editing with Grips and Dynamic Dimensions” on page 60.
Information about grip-editing is also covered in the individual object sections.
Window grips for direct editing
Selecting Similar Objects
Use this procedure to create a selection set of objects on the same layer and that have the same style.
You may want to select a number of objects that are on the same layer and that have the same style in order perform
a global change. The QSELECT command allows a single selection criterion, like layer or style. With the Select Similar
command, you can select objects on the same layer that have the same style.
NOTE Block references are selected based on their layer and block definition.
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1 Select the first object in the selection set.
2 Right-click, and click Select Similar.
NOTE Alternatively, you can click Edit ➤Select Similar, and then select the first object. As a shortcut, you can
select the first object, and then press CTRL+SHIFT+A.
Working with Tool Palettes
Tool palettes provide instant access to a complete inventory of AutoCAD Architecture tools—such as walls, doors, and
windows—in one consistent user interface. Highly visual, tool palettes include previews of styles. You can create custom
tool palettes that address your specific design needs. For example, you can create a palette to store a list of commonly
used curtain wall, stair, and window tools.
Tool palette components
Tool Palettes Set
Tool palettes sets contain groups of tool palettes. You can rename the default tool palettes set or create a custom tool
palettes set. Additionally, you can add, remove, and rearrange palettes and groups in the set.
You can add tool palettes to the tool palettes set from a tool catalog. For example, you could create one tool palette set
for imperial tools and another for metric tools. For more information, see “Specifying Different Tool Palettes for the
Tool Palettes Set” on page 38.
Only one tool palettes set can be active during an AutoCAD Architecture session, although you can specify different
tool palettes for different user profiles. When that profile is used, the collected tool palettes will be combined into one
tool palettes set.
Tool Palettes Group
A tool palettes group is a collection of tool palettes. Three tool palettes groups are available when you start AutoCAD
Architecture: Design, Document, and Detailing. You can add, rename, remove, export, import, and rearrange tool
palettes groups. Tool palettes groups are contained in the tool palettes set. For more information, see “Organize Tool
Palettes” and “Save and Share Tool Palettes” in the AutoCAD Help.
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TIP The quickest way to locate and view an AutoCAD topic referenced in AutoCAD Architecture Help is to click the Search
tab in the Help window, select the Search titles only option, and then copy and paste or type in the AutoCAD topic name,
and click List Topics.
Tool Palettes
Tool palettes contain collections of tools and represent the individual tabs of a tool palettes group. A number of tool
palettes are available from the AutoCAD Architecture Sample Palette catalog. You can create new tool palettes in
AutoCAD Architecture or in the Content Browser. Usually you place tools on tool palettes according to tool type or
design phase. For example, you could place your wall tools on a tool palette called “Walls” or your preliminary conceptual
tools on a tool palette called “Massing Study.” When you create a tool palette in the Content Browser, you can link it
to AutoCAD Architecture. Whenever the tool palette is updated in the Content Browser, the changes are updated in
the tool palette in AutoCAD Architecture too. This is useful for large projects where consistency of styles and tools is
necessary. For more information, see “Working with Tool Palettes from a Central Location” on page 42.
Tools
Tools represent the individual objects you can add to a drawing. A tool contains creation parameters for the object it
creates. When you add an object with a specific tool, the object has the settings you defined in the tool. This eases the
design process and enhances consistency across a project.
For example, you might define a wall tool that contains the style “CMU 8 Furring” and that has automatic cleanup
and a baseline offset of 1". Whenever you add a wall with this tool, the wall has the style “CMU 8 Furring,” it cleans
up automatically, and it has an offset of 1". For more information, see “Tools” on page 44.
Tool Palettes and the Content Browser
When multiple users are working on a large project, consistency of tools is especially important. Typically, the objects
for the project and their styles and properties are set up by a CAD manager or system administrator, and then distributed
to the team. The administrator can put tools and palettes in a central location in the Content Browser and link them
to each user’s computer. Whenever the tools or palettes are updated in the Content Browser, they are updated on the
users’ computers too. For more information, see “Understanding the Content Browser” on page 80 and “Working with
Tools from a Central Location” on page 52.
Project Tool Palettes
When you are working with an AutoCAD Architecture project, you can design and associate a project tool palette group
to the project. The project tool palettes contain the tools used in the project, and can be based on project standards.
For detailed information about setting up project tool palettes, see “Setting up Standard Tools in a Project” on page 345.
Opening the Tool Palettes Set
Use this procedure to open the tool palettes set.
■ On the Window menu, click Tool Palettes.
Alternatively, you can click on the Navigation toolbar, or press CTRL+3.
Tool palettes set with tool palettes
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Controlling the Appearance of the Tool Palettes Set
Typically, the tool palettes set remains open during the AutoCAD Architecture session. It is the central location from
which you add objects to the drawing and start object-related commands. A number of user-definable display options
let you optimally integrate the tool palettes with your workspace.
Docking the Tool Palettes Set
Use this procedure to dock the tool palettes set on the left or right side of your workspace.
1 In the title bar of the tool palettes set, click , and then click Allow Docking.
2 Position the cursor over the title bar, and drag the tool palettes set to one side of your workspace.
A preview graphic shows the new position of the tool palettes set.
3 Release the tool palettes set when it is in the location you want.
Hiding the Tool Palettes Set
Use this procedure to hide the tool palettes set when it is not in use. The tool palettes set becomes hidden when you
move the cursor away from it, leaving only the title bar visible. When you move the cursor over the title bar, the tool
palettes set is re-displayed.
Tool palettes set hidden (left) and re-displayed (right)
1 In the title bar of the tool palettes set, click (Auto-hide).
The tool palettes set is hidden, except for the title bar.
2 To re-display the tool palettes set, move the cursor over the title bar.
Adjusting the Transparency of the Tool Palettes Set
Use this procedure to adjust the transparency of the tool palettes set. The more transparent the tool palettes set, the
more easily you can see objects in your drawing underneath it.
NOTE Transparency is not available if hardware acceleration is enabled.
1 In the title bar of the tool palettes set, click , and then click Transparency.
2 To adjust the transparency of the tool palettes set, move the slider.
3 To turn off transparency, select Turn off window transparency.
4 Click OK.
Renaming the Tool Palettes Set
Use this procedure to rename the tool palettes set. You may want to name it with a project or company name.
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1 In the title bar of the tool palettes set, click , and then click Rename Palette Set.
2 Enter a name for the tool palettes set, and press ENTER.
Specifying Different Tool Palettes for the Tool Palettes Set
Use this procedure to switch between different palette combinations in the tool palettes set.
Only one tool palettes set can be active during an AutoCAD Architecture session. You can, however, set different tool
palettes for different user profiles. You do this by collecting tool palettes from several locations (paths) in a profile and
letting the workspace combine them into one tool palettes set.
1 On the Format menu, click Options.
2 Define the tool palettes used for the current session:
■ If you have created a workspace profile containing a tool palettes path, click the Profiles tab, select the
desired profile, and click Set Current.
■ If you have not created a workspace profile, click the Files tab, and click the Tool Palettes File Location
entry. Then click Browse, and browse for a folder containing the desired tool palette.
Add paths to all additional tool palettes to be included in the tool palettes set of this profile.
3 Click OK.
Creating a New Tool Palettes Set
Use this procedure to create a new tool palettes set.
1 Create a folder in which you will create the new tool palettes set.
The default tool palettes set is in \Documents and Settings\<Username>\Application Data\Autodesk\ACD-A2008\enu\Support\WorkspaceCatalog (Imperial/Metric).
2 On the Format menu, click Options.
3 Click the Profiles tab.
4 Click Add to List, and create a profile to contain the new tool palettes set; for example, “Design - Metric
Palette Set.”
5 Select the new profile, and click Set Current.
6 Click the Files tab.
7 Under Tool Palettes File Locations, select the support path for the previously defined folder in which you
will create the new tool palettes set.
NOTE If you point to a folder already containing a tool palettes set, a new tool palettes set is not created; instead,
the existing tool palettes set is used in the profile.
8 Click OK.
In the AutoCAD Architecture workspace, an empty tool palettes set is displayed.
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New tool palettes set
9 To rename the tool palettes set, click , and then click Rename Palette Set.
10 Add tool palettes and tools to the new set:
Then…If you want to…
see “Creating a New Tool Palette” on page 40.add a new empty tool palette
add a tool palette from the Content Browser
add a tool to a palette
The changes you make are saved to the tool palettes set in the new profile you created.
To revert back to your original tool palettes set, select your original profile in the Options dialog box.
Creating a New Tool Palettes Group
Use this procedure to create a new tool palettes group.
1 In the title bar of the tool palettes set, click , and then click Customize Tool Palettes.
2 Select a palette group, right-click, and click New Group.
see “Adding a Tool Palette from a Tool Catalog in the
Content Browser” on page 43.
see “Creating a Tool from an Object in the Drawing” onpage 49.
3 Enter a name for the new group, and press ENTER.
4 Drag the new group folder to the correct position in the tree structure.
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5 Select a tool palette from the left pane for the new tool palettes group, and drag it into the new group
folder.
6 Click Close.
TIP The Customize dialog can be very useful for adding palettes to project palette groups. For more information,
see “Displaying the Project Tool Palette Group” on page 353.
Creating a New Tool Palette
Use this procedure to add an empty tool palette to your tool palettes set.
After creating the tool palette, you can add tools to it. For more information, see “Tools” on page 44.
1 In the title bar of the tool palettes set, click , and then click New Palette.
2 Enter a name for the new tool palette, and press ENTER.
Defining the Appearance of Tool Palettes
Use this procedure to define the appearance of individual tool palettes.
The display of the tool palettes depends on the settings you specify for the overall tool palettes set, (as described in
“Controlling the Appearance of the Tool Palettes Set” on page 37), and the settings you specify for individual tool
palettes. In the tool palettes set, you specify the transparency, size, position, and auto-hide of the tool palettes set.
On the tool palette, you specify the size of tool images and their arrangement on the tool palette.
Tool palettes with different sized icons displayed
When you change tool images to a smaller size, you can display more tools on a tool palette. This might become
important if you display different palettes at the same time, such as the Properties palette or the Project Navigator
palette.
To save space, you can also display tool images without tool text below them. This method is best suited when the
icons for your tools are easy to differentiate. If the icon alone proves insufficient to identify a tool, the tooltip for each
icon provides additional guidance.
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Icon-only display on the tool palette
You can also display tools in a single column on the tool palette. When you are using a single-column list, tool texts
is always displayed.
Tool palette in list view
1 Open the tool palette that you want to change.
2 Right-click the palette, and click View Options.
3 In the View Options worksheet, select the desired View style:
Then…If you want to…
select Icon only for View style.view only tool icons
select Icon with text for View style.view tool icons and tool text
select List view for View style.view tool icons and tool text in a single column list
4 To apply these changes to all palettes in the tool palettes set, select All Palettes for Apply to.
5 Click OK.
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Adding Text and Separator Lines to Tool Palettes
Use this procedure to add separator lines and text to a tool palette.
Separator lines can be useful if you want to create subdivisions on a tool palette containing many tools. To annotate
a separator line, you can insert a text element.
1 Open the tool palette to which you want to add separator lines and text.
2 Right-click in the palette between the tools where the separator should go, and click Add Separator.
A separator line is inserted between the tools.
3 To add text above the separator line, right-click either to the right of the last tool before the separator line,
or to the left of the separator line itself, and click Add Text.
4 Enter the text you want to display above the separator line, and press ENTER.
5 To edit the text, select the text item, right-click, and click Rename. Then, edit the text as necessary.
6 To delete a separator line or a text annotation, select the separator line or text, right-click, and click Delete.
Working with Tool Palettes from a Central Location
When multiple users are working on a large project, consistency of tools is especially important. Typically, the objects
for the project and their styles and properties are set up by a CAD manager or system administrator, and then distributed
to the team. The administrator can put tools and palettes in a central location in the Content Browser and link them
to each user’s computer. Whenever the tools or palettes are updated in the Content Browser, they are updated on the
users’ computers too. For more information, see “Understanding the Content Browser” on page 80.
Using tool palettes from the Content Browser
TIP If you are working with an AutoCAD Architecture project, you can generate a tool catalog based on the standard styles
of the project. For more information, see “Creating a Tool Catalog for a Project” on page 347.
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Adding a Tool Palette from a Tool Catalog in the Content Browser
Use this procedure to link a tool palette from a tool catalog in the Content Browser to the tool palettes set in AutoCAD
Architecture.
For information on creating tool palettes in the Content Browser, see “Adding Content to a Tool Catalog” on page 94.
1 On the Window menu, click Content Browser.
Alternatively, you can click on the Navigation toolbar, or press CTRL+4.
2 Select the tool catalog containing the tool palette you want to copy, right-click, and click Properties.
3 Select Link items when added to workspace, and click OK.
4 Open the tool catalog, and navigate to the tool palette.
5 Move the pointer over the i-drop® icon next to the tool palette so that the pointer image changes to an
eyedropper ( ).
To copy multiple tool palettes, press and hold CTRL while clicking each palette; then position the eyedropper
over any of the selected palettes.
6 Drag the palette to the tool palettes set in the AutoCAD Architecture workspace.
The tool palette is dropped into the tool palettes set.
7 Right-click on the palette, and click Properties.
The text below the check box displays the name of the catalog in the Content Browser from which the
palette is updated.
If you click that name, it opens the catalog from which the tool palette was linked.
8 Select or clear Enable Auto-Refresh:
Then…If you want to…
select Enable Auto-Refresh.automatically update the linked tool palette from the Content
Browser when starting AutoCAD Architecture
clear Enable Auto-Refresh.update the linked tool palette manually with one of the
methods described in “Updating a Tool Palette from a Tool
Catalog in the Content Browser” on page 44
The name of the tool palette in the Content Browser (from which the selected tool palette is updated) is
displayed under Name.
9 Click OK.
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Updating a Tool Palette from a Tool Catalog in the Content Browser
Use this procedure to update a linked tool palette in the tool palettes set from its source tool catalog in the Content
Browser.
1 Link a tool palette from a catalog in the Content Browser to the tool palettes set, as described in “Adding
a Tool Palette from a Tool Catalog in the Content Browser” on page 43.
When a tool palette is linked to the tool palettes set from a catalog in the Content Browser, a Refresh
button is displayed at the bottom of the palette.
2 Click the Refresh button to update your local tool palette with the latest changes from the catalog in the
Content Browser.
Alternatively, you can right-click the palette, and click Refresh Palette.
NOTE You can also update the whole palette set by clicking in the tool palettes set, and then clicking Refresh
Palette Set. This command updates all linked tool palettes in the tool palettes set.
Tools
Tools represent the individual objects you can add to a drawing. A tool contains creation parameters for the object it
represents. When you add an object with a specific tool, the object has the settings you defined in the tool. This eases
the design process and enhances consistency across a project.
For example, you might define a wall tool that contains the style “CMU 8 Furring” and has automatic cleanup and a
baseline offset of 1". Whenever you add a wall with this wall tool, the wall has the style “CMU 8 Furring,” it cleans up
automatically, and it has an offset of 1".
Standard object tools
Based on the tool type, some general properties you can define may include:
■ Tool name
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■ Tool description (also used as the tooltip and as the tool description when the tool is copied to a tool catalog in
the Content Browser)
■ Description of objects inserted with this tool
■ Layer key of objects inserted with this tool
■ Layer overrides of objects inserted with this tool
■ Object style
■ Location of object style
In addition, you can define object-specific properties that apply to this tool type. For example, if you create a wall tool,
you can set the wall cleanup, width, height, baseline settings, and the roof/floor lines of walls that are inserted with
this tool.
Style Location
Object styles are now located in Styles drawings, rather than in templates as in earlier releases. To assign a style to an
object tool, you can either point to a style in the current drawing or to a style in an external drawing. For more
information, see “Styles and Support Files” on page 76.
Tool Types
Tools in AutoCAD Architecture fall into 3 categories.
DescriptionTool Category
Object tools
Command tools
AEC Content tools
An object tool inserts a design object—such as a wall or a window
assembly—into a drawing. An object tool has a specific style and
specific object properties: for example, a wall tool might have the
style “Brick-4 Brick-4.”
Command tools are a graphical representation of an object-related
command. For example, the Browse Property Data tool opens a
dialog box for browsing the property data of all objects in a drawing;
the Renumber Data tool renumbers property data in selected property
sets by increment or by a user-defined number. You can also create
your own tools for each command. An AutoCAD general-purpose
command tool lets you associate any command or macro. For
commands that create an object, you can also assign basic AutoCAD
object properties. For a list of available AutoCAD Architecture
command tools, see “Creating a Command Tool” on page 51.
You can create tools for frequently used AEC Content items that were
created with the AEC Content Wizard. For more information, see
“Creating a Tool from AEC Content in DesignCenter” on page
50.
Project Standard Tools
When you are working with an AutoCAD Architecture project, you can set up standard styles that are updated and
synchronized throughout the project lifecycle. For more information, see “Setting up Standards in a Project” on page
336.
Creating an Object with a Tool
Use this procedure to create an object with a tool.
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1 On the Window menu, click Tool Palettes.
2 Click the tool palette that contains the tool for the object you want to insert.
For example, if you want to insert a bifold double door, click the Doors palette, and navigate to the Bifold
Double Door tool.
3 Click the tool.
4 On the Properties palette, enter any changes you want to make to the default.
NOTE Certain values can be set only when inserting the object; for example, the position of a door along the
wall into which it is inserted can be defined only when inserting the door. You cannot change the position later
for an existing door. Values that can be set only during insertion are marked with this symbol on the
Properties palette.
5 Click in the drawing where you want to insert the object.
6 Follow any additional prompts as required to insert the objects in the drawing, and then press ENTER.
Changing the Tool Properties
Use this procedure to change the properties of a tool on a tool palette.
You can set these general properties for an object tool:
■ Tool name
■ Tool description (also used as the tooltip and as the tool description when the copied to a tool catalog in the
Content Browser)
■ Description of objects inserted with this tool
■ Layer key of objects inserted with this tool
■ Layer overrides of objects inserted with this tool
■ Object style (if the tool is style-based)
■ Location of object style (if the tool is style-based)
In addition, you can define object-specific properties that apply to this object type. For example, if you create a wall
tool, you can set the wall cleanup, width, height, baseline settings, and the roof/floor lines for all walls inserted with
this tool.
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1 On the Window menu, click Tool Palettes.
2 Click a tool palette.
3 Select the tool, right-click, and click Properties.
4 Enter a name for the tool.
5 Click the setting for Description, enter a description of the tool, and click OK.
6 Expand Basic, and expand General.
7 Enter a description of the objects that you can create using this tool.
8 Specify a layer key and any layer key overrides; otherwise, the layer assignments specified in the layer key
style in the drawing are used.
9 Click Browse for Style location, if the location is other than the current drawing to select an object style.
10 Add object-specific properties.
NOTE When you click a property to enter a value, the value underneath the current property is hidden and the
property field is highlighted. Enter a value for the current property in the appropriate location.
11 Click OK.
Changing a Tool Icon
Use this procedure to change the icon of a tool.
A new tool is inserted with either the icon of the tool it was copied from or with a default icon. You can change the
icon by selecting a new one from an image file or from an object in the drawing. You can also choose to display the
icon as simple monochrome linework.
Changing the tool icon
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You can use the following image formats for tool icons:
■ PNG
■ GIF
■ JPG
■ BMP
■ TIFF
NOTE PNG is the recommended image format for tool icons.
Icons in the tool palettes can have a maximum size of 64 x 64 pixels. Larger images are scaled when inserted.
In the tool itself, you can only define the tool icon. To change the display size of the tool on the palette, see “Defining
the Appearance of Tool Palettes” on page 40.
1 On the Window menu, click Tool Palettes.
2 Click the tool palette that contains the tool for which you want to select a new icon.
3 Select the tool, right-click, and click Properties.
4 On the Tool Properties worksheet, right-click the existing icon, and click Specify Image.
5 In the Select Image File dialog box, select the image you want to use as a tool icon, and click Open.
6 Click OK.
7 To display a tool as simple monochrome linework, on the Tool Properties worksheet, right-click the existing
icon, and click Monochrome.
The monochrome option is not available for all tools.
To create an icon from an object in the drawing, select the tool in the tool palette, right-click, and Set Image from
Selection. Then select the object in the drawing you want to use as a tool icon, and press ENTER.
The tool icon is created with the last-used view direction and display configuration set in the viewer of the properties
of this tool type. For example, if the tool viewer of the last-used wall is set to Top view and the Medium Detail display
configuration, any wall you select in the drawing as a tool icon is displayed in Top view and with the Medium Detail
display configuration.
You cannot create icons from objects that contain custom blocks, curtain walls, or door/window assemblies with nested
styles. If you need to create an icon based on a custom block, specify an external image.
Refreshing a Tool Icon
Use this procedure to refresh a tool icon after editing the viewer settings of the tool.
1 On the Window menu, click Tool Palettes.
2 Click the tool palette that contains the tool icon you want to refresh.
3 Select the tool, right-click, and click Properties.
4 On the Tool Properties worksheet, change the Viewer settings of the tool.
For example, switch from a SW Isometric view to a Top view.
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5 Right-click the existing icon, and click Refresh Image.
6 Click OK.
Creating a Tool from an Object in the Drawing
Use this procedure to create a tool from an object in the drawing.
You can create only object tools with this method. For information on creating command tools, see “Creating a
Command Tool” on page 51.
Creating a tool from an object in the drawing
1 Create an object with the appropriate style and properties in the drawing.
IMPORTANT The drawing containing the style should be saved to a location where it will be available in the
future. Otherwise, the tool will not be able to access the style, and will revert to the Standard style.
2 Open the tool palette where you want to create the new tool.
3 Select the object, and drag it to the tool palette.
4 Define additional properties for the tool, if necessary.
For more information, see “Changing the Tool Properties” on page 46.
Copying a Tool from a Tool Palette
Use this procedure to copy a tool from one tool palette to another.
1 Open the tool palette that contains the tool you want to copy.
2 Select the tool, right-click, and click Copy.
3 Open the tool palette onto which you want to copy the tool, right-click, and click Paste.
4 Change the properties of the tool, if necessary.
For more information, see “Changing the Tool Properties” on page 46.
Creating a Tool from the Style Manager
Use this procedure to create a tool from a style in the Style Manager.
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Creating a tool from the Style Manager
1 Open the tool palette where you want to create the new tool.
2 On the Format menu, click Style Manager, and navigate to the style you want to use.
For example, if you want to create a wall tool with the Demolition style, expand Wall Styles, and select
the Demolition style.
3 Drag the style to the tool palette.
A new tool with the selected style is inserted in the tool palette.
4 Click OK to close the Style Manager.
5 Define additional properties for the tool in the tool palette, if necessary.
For more information, see “Changing the Tool Properties” on page 46.
Creating a Tool from AEC Content in DesignCenter
Use this procedure to create a tool on a tool palette from an AEC Content item in DesignCenter.
NOTE You can also create tools from blocks in DesignCenter, but they have slightly different tool options.
You can drag and drop AEC content items from a DesignCenter folder to a tool palette. For more information on
creating AEC Content, see “Adding AEC Content to Drawings” on page 2118.
AutoCAD Architecture provides the Design Tool Catalog and the Documentation Tool Catalog in the Content Browser.
These catalogs already have tools set up for predefined AEC Content and sample object styles. The catalogs are available
for both metric and imperial units.
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Creating a tool from AEC Content in DesignCenter
1 Open the tool palette where you want to create the new tool.
2 On the Insert menu, click DesignCenter, and navigate to the AEC Content item from which you want to
create a tool.
3 Drag the item to the tool palette.
A new tool is inserted on the tool palette.
To change the icon of the new tool, see “Changing a Tool Icon” on page 47.
NOTE An AEC Content tool uses the last-used Viewer settings of this tool type to generate the tool icon. If the
last-used Viewer setting is Gouraud 3D view, and the user creates a tool from a 2D AEC Content item, the tool
icon will be invisible. In this case, you need to change the Viewer setting of the tool to a Top view, and wireframe.
4 Define additional properties for the tool, if necessary.
For more information, see “Changing the Tool Properties” on page 46.
Creating a Command Tool
Use this procedure to create a tool for a command in AutoCAD Architecture.
Command tools are a graphical representation of an object-related command. For example, the Browse Property Data
tool opens a dialog box for browsing the property data of all objects in a drawing; the Renumber Data tool renumbers
property data in selected property sets by increment or by a user-defined number. You can also create your own tools
for each command. An AutoCAD general-purpose command tool lets you associate any command or macro. For
commands that create an object, you can also assign basic AutoCAD object properties.
You can either copy an existing command tool from a tool palette and change the command, or use the Command
Tool or Command Tool with Properties from the Stock Tool Catalog in the Content Browser.
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Command tool properties
1 Place a copy of a command tool on another tool palette:
Then…If you want to…
copy an existing command tool from a tool palette
use a command tool from the Stock Tool Catalog
navigate to the tool palette, right-click the command tool,
and click Copy. Then navigate to the tool palette on which
to insert the new command tool, right-click, and click Paste.
open the Content Browser, and navigate to Stock Tool
Catalog ➤ Helper Tools. Move the pointer over the i-drop
icon next to one of the command tools, and drag the tool to
the tool palette.
2 Select the command tool, right-click, and click Properties.
3 For Command, enter the command to be initiated when starting the tool.
4 Click OK.
Working with Tools from a Central Location
You can use the Content Browser to store and organize catalog tools in a central location. A number of stock tools are
available in the AutoCAD Architecture Stock Tool Catalog. Additionally, sample catalogs contain tools with styles from
the Styles drawings. You can copy these tools to a tool palette and modify them. You can also create your own tool
palettes and tools in a catalog in the Content Browser, copy them to a tool palette, and retain the link from the Content
Browser to the tool palette. In this case, the tool is refreshed on the tool palette when it is modified in the catalog in
the Content Browser.
NOTE If you want to link a complete tool palette from the Content Browser to AutoCAD Architecture, see “Adding a Tool
Palette from a Tool Catalog in the Content Browser” on page 43.
Linking a Tool from a Catalog in the Content Browser
Use this procedure to link a tool from a catalog in the Content Browser to a tool palette in AutoCAD Architecture.
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Linking a tool from a catalog in the Content Browser
1 Open the tool palette on which you want to place a tool from the Content Browser.
2 On the Window menu, click Content Browser, and navigate to the tool palette or category in the tool
catalog that contains the tool you want to copy.
For more information, see “Searching for Items in a Tool Catalog” on page 93.
3 Move the pointer over the i-drop icon next to the tool, so that the pointer image changes to an eyedropper
( ).
To copy multiple tools, press and hold CTRL while clicking each tool; then position the eyedropper over
any of the selected tools. You can also select all the tools in the current category by right-clicking, and
clicking Select All.
4 Drag the eyedropper to a tool palette in the tool palettes set.
5 To refresh the tool, select it, right-click, and click Refresh Tool.
Alternatively, you can select the tool in the tool palette, right-click, and click Properties. Then select Refresh
from on the Properties worksheet.
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Updating a tool from the Properties worksheet
NOTE When you select Refresh from, all tool properties on the worksheet are set to read-only. Properties for this
tool must be changed in the Content Browser.
6 Click OK.
Updating a Tool in AutoCAD Architecture from the Content Browser
Use this procedure to update a tool in a tool palette that has a link to the Content Browser.
NOTE You cannot change and update tools from the Stock Tool Catalog in the Content Browser. Those tools are read-only.
1 Open the tool palette that contains the tool you want to update.
2 Select the tool, right-click, and click Refresh Tool.
Updating a Tool in the Content Browser from a Linked Tool in AutoCAD Architecture
Use this procedure to update a tool in a catalog in the Content Browser with the properties of a linked tool from
AutoCAD Architecture.
For example, perhaps you have a tool in the Content Browser that adds a Box mass element of 3 x 3 x 3 meters. You
want to change the tool so that it adds a Box mass element of 4 x 4 x 4 meters. You would first link the mass element
tool from the Content Browser to a tool palette in AutoCAD Architecture. Then, temporarily deactivate the link and
change the dimension properties of the tool to 4 x 4 x 4 meters. Next, copy the tool back to the Content Browser. The
Content Browser catalog is updated with the new tool properties. Finally, reactivate the link from the Content Browser
tool to the AutoCAD Architecture palette.
1 Link a tool from a catalog in the Content Browser to a tool palette as described in “Linking a Tool from a
Catalog in the Content Browser” on page 52.
2 Select the tool in the tool palette, right-click, and click Properties.
3 On the Tool Properties worksheet, clear Refresh from.
The tool properties can now be edited.
4 Make the necessary changes to the tool properties.
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5 Click OK.
6 Select the tool in the tool palette, and copy it to its original location in the Content Browser catalog.
NOTE You can copy a tool to a catalog in the Content Browser using the Copy and Paste commands from the
context menu, or by dragging the tool onto the Content Browser icon in the Windows task bar. To select multiple
tools in a tool palette, use CTRL-A to select all or drag while holding the CTRL key to create a selection window.
7 Click Yes when prompted to overwrite the previous version of the tool.
8 If you want to refresh the tool in the AutoCAD Architecture tool palette from the new version stored in
the Content Browser, go back to the AutoCAD Architecture tool, right-click, and on the Tool Properties
worksheet, reactivate Refresh from.
Removing the Link of a Tool to a Catalog in the Content Browser
Use this procedure to permanently remove the link of a tool to its source tool in the Content Browser.
NOTE This action cannot be undone.
1 Open the tool palette that contains the tool you want to unlink from a catalog in the Content Browser.
2 Select the tool, right-click, and click Remove Catalog Link.
Applying the Properties of a Tool to an Existing Object
Use this procedure to apply the properties of a tool to an existing object.
You can apply the properties of a tool to an existing object in two ways:
■ Apply the properties of a tool to an object of the same type: For example, apply the properties of a wall tool to an
existing wall. All object tools have this functionality. In earlier releases of the software, you used the Match command
to do this.
■ Apply the properties of a tool to a different object type: Using this method, you convert the object to an object of
the same type as the tool. For example, when you apply the properties of a wall tool to a polyline, the polyline is
converted to a wall with the settings defined in the wall tool. Depending on their type, various object tool types
may have commands for converting other objects. For detailed information, see the chapters for the individual
objects.
1 Open the tool palette that contains the tool with the properties you want to apply to a different object.
2 Select the tool, and right-click.
3 Define the object type to which to apply the tool properties:
Then…if you want to…
apply the properties of the tool to an object of the same type
apply the properties of the tool to an object of a different
type
click Apply Tool Properties to <Object>. For example, to apply
the tool properties of a door tool to an existing door, click
Apply Tool Properties to Door.
click Apply Tool Properties to ➤ <Object>. For example, to
apply the tool properties of a door tool to an opening, click
Apply Tool Properties to ➤ Door/Window Assembly, Opening,
Window.
4 Select the object to which to apply the tool properties, and press ENTER.
Re-Importing Styles for a Tool
Use this procedure to re-import the style of a tool that uses a style from an external Styles drawing.
When you create a tool, you can assign a style from the current drawing or from an external Styles drawing. Usually
you assign a style from an external Styles drawing because you can then use that the tool in other drawings as well.
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When the style in the external Styles drawing is changed, you need to update the tool to reflect these changes.
NOTE When you update the style of a tool, all existing objects inserted with this tool are also updated.
1 Open the tool palette that contains the tool for which you want to update the style.
2 Select the tool, right-click, and click Import <Style Name> <Object Name> Style.
For example, if you want to update the Brick-4 Furring-4 style of a wall tool, click Import ‘Brick-4 Furring-4’
Wall Style.
Deleting a Tool
Use this procedure to delete a tool from a tool palette.
When you delete a tool from a tool palette, objects in the drawing that were inserted with this tool are not deleted.
NOTE If you linked a tool palette from the Content Browser to the tool palettes set as described in “Adding a Tool Palette
from a Tool Catalog in the Content Browser” on page 43, you cannot delete individual tools from it. To delete the tool,
delete it from the palette in the Content Browser, and then update the palette in AutoCAD Architecture as described in
“Updating a Tool Palette from a Tool Catalog in the Content Browser” on page 44.
1 Open the tool palette that contains the tool you want to delete.
2 Select the tool, right-click, and click Delete Tool.
The Properties Palette
The Properties palette provides a central location to view and modify both the physical and graphical properties of an
object you are about to draw, or of objects that are selected in the drawing area. Using the Extended Data tab of the
Properties palette, you can also attach other kinds of information to an object, such as classifications, notes, reference
documents, hyperlinks, and property set data. You typically keep the Properties palette open during an AutoCAD
Architecture session.
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Opening the Properties Palette
Use any of the following methods to open the Properties palette:
■ Click Window menu ➤ Properties Palette.
■ On the Navigation toolbar, click .
■ Press CTRL+1.
■ Select an object in the drawing, right-click, and click Properties.
■ Double-click an object in the drawing.
■ Select a tool from a tool palette.
Setting the Appearance of the Properties Palette
The Properties palette is usually kept open during an AutoCAD Architecture session, because it is the central location
from which you add and change properties of an object.
Docking the Properties Palette
Use this procedure to dock the Properties palette on the left or right side of your workspace.
1 In the title bar of the Properties palette, click , and then click Allow Docking.
2 Position the cursor over the title bar, and drag the Properties palette to one side of your workspace.
A preview graphic shows the new position of the Properties palette.
3 Release the Properties palette at the correct location.
Hiding the Properties Palette
Use this procedure to hide the Properties palette when it is not in use. The Properties palette can be configured to hide
when you move the cursor away from it, leaving only the title bar visible. When you move the cursor over the title
bar, the Properties palette is re-displayed.
Properties palette hidden (left) and re-displayed (right)
1 In the title bar of the Properties palette, click (Auto-hide).
The Properties palette is hidden, except for the title bar.
2 To re-display the Properties palette, move the cursor over the title bar.
Adjusting the Transparency of the Properties Palette
Use this procedure to adjust the transparency of the Properties palette. The more transparent the Properties palette,
the better you can see objects in your drawing underneath it.
NOTE Transparency is not available if hardware acceleration is enabled.
1 In the title bar of the Properties palette, click , and then click Transparency.
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2 To adjust the transparency of the Properties palette, drag the slider towards Less or More.
3 To turn off transparency, select Turn off window transparency.
4 Click OK.
The Design Tab
Most properties of an object are entered on the Design tab of the Properties palette.
Design tab of a wall
Based on the object, some general object properties you can enter may include:
■ Description of the object
■ Layer key of the object
■ Layer overrides of the object
■ Object style
■ Location of object style
These properties are defined by the properties set in the tool used to create the object. You can change these properties
for an individual object instance. For more information, see “Changing the Tool Properties” on page 46.
On the Design tab, you also enter object-specific design properties. The properties that are available depend on the
object you are editing.
■ Dimensions: Most objects in AutoCAD Architecture have dimension settings for width, height, and other basic
features. Many objects have additional settings and the option to use AutoCAD QuickCalc. A wall, for example,
has additional length and baseline justification settings, and you can use QuickCalc to calculate and apply a new
rotation. For more information, see “Use the QuickCalc Calculator” in AutoCAD Help.
■ Location: Most objects in AutoCAD Architecture have settings for the object location. Anchored objects like
windows and doors also have Anchor properties.
For detailed information about entering properties for a specific object, see the individual object sections.
The Display Tab
Just as the Design tab of the Properties palette lets you control the physical properties of an object, the Display tab lets
you control the graphical properties of an object by adjusting the settings for its individual display components, such
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as boundaries and hatches. The changes you make on this tab are immediately visible in the display representation
currently in effect, such as Plan or Model, and you have the option of applying your changes to other display
representations as well. Also, while Design tab settings apply only to the currently selected object(s), you can specify
whether a change you make to a Display tab property will apply to the selected component for all objects of that type,
all objects of that style, or only the selected object. If the display component is controlled by material, your changes
will apply to any object that uses that material. For detailed information on how to set up and manage the display of
objects in AutoCAD Architecture, see “Display System” on page 443.
NOTE To hide the Display Tab (or show it if it is currently hidden), enter the following command on the command line:
AecChangeDisplayTabStatus
Display properties on the Display tab
The Extended Data Tab
The Extended Data tab of the Properties palette contains the following object properties:
■ Hyperlink: You can add a hyperlink to an object. For more information, see “Add Hyperlinks to a Drawing” in
AutoCAD Help.
■ Text Notes and Reference Files: You can add a note or an associated reference file to an object.
■ Property Sets: You can add, edit, and remove property set data for an object. For more information, see “Attaching
Property Set Data to Objects” on page 2062.
■ Property Sets From Style: You can add, edit, and remove property set data for the object style. For more
information, see “Property Set Data” on page 2062.
■ Detail Component Data: You can add, edit, and remove detail component data for an object. For more
information, see “Editing Detail Components in a Drawing” on page 1924.
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Property set data on the Extended Data tab
Worksheets
The properties of an object are entered and changed on the Properties palette. Most properties are directly entered and
immediately updated on screen. Some objects have complex properties that are entered in worksheets within the
Properties palette.
Worksheets are designed to focus on a particular object-specific task. They appear only when they are launched from
a palette or from an object. They cannot be accessed from the pulldown menus, as they always refer to a specific object
or object tool.
Opening the Anchor worksheet
A worksheet is a modal dialog that must be closed before continuing to work in the drawing.
Direct Editing with Grips and Dynamic Dimensions
You can make design changes in the workspace without using dialog boxes. With a single click, you can perform design
changes such as adjusting door width and window height, modifying a wall roofline, or reversing the wall direction.
60 | Chapter 2 The Workspace
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