2011
Table Of Contents
- Contents
- Basic Customization
- Overview of Customization
- Organize Program and Support Files
- Customize a Publish to Web Template
- Define Custom Commands
- Record and Modify Action Macros
- Custom Linetypes
- Custom Hatch Patterns
- User Interface Customization
- Understand User Interface Customization
- Work with the Customize User Interface (CUI) Editor
- Create and Manage Customization Files
- Customize Commands
- Overview of Commands
- Create, Edit, and Reuse Commands
- Create Macros
- Overview of Macros
- Use Special Control Characters in Macros
- Pause for User Input in Macros
- Provide International Support in Macros
- Use Built-in Commands in Macros
- Repeat Commands in Macros
- Use Single Object Selection Mode in Macros
- Use Macros to Swap User Interface Elements
- Use Conditional Expressions in Macros
- Use AutoLISP in Macros
- Control the Display of Command Items
- Assign Search Tags
- Create Tooltips and Extended Help for Commands
- Create Status Line Help Messages
- Assign, Create, and Manage Images for Commands
- Customize User Interface Elements
- Load an AutoLISP File
- Customize Workspaces
- Transfer and Migrate Customization
- Customize User Interface (CUI) Editor FAQs
- DIESEL
- Slides and Command Scripts
- Introduction to Programming Interfaces
- Shapes and Shape Fonts
- Overview of Shape Files
- Create Shape Definition Files
- Shape Descriptions
- Vector Length and Direction Code
- Special Codes
- Use Special Codes
- Codes 0, 1, and 2: End of Shape and Draw Mode Control
- Codes 3 and 4: Size Control
- Codes 5 and 6: Location Save/Restore
- Code 7: Subshape
- Codes 8 and 9: X-Y Displacements
- Code 00A: Octant Arc
- Code 00B: Fractional Arc
- Codes 00C and 00D: Bulge-Specified Arcs
- Code 00E: Flag Vertical Text Command
- Text Font Descriptions
- Sample Files
- Big Font Descriptions
- Unicode Font Descriptions
- Superscripts and Subscripts in SHX Files
- Index
Introduction to
Programming Interfaces
The programming interfaces introduced here are ActiveX
®
Automation, VBA (Visual Basic
®
for Applications), AutoLISP
®
, Visual LISP
™
, ObjectARX
™
, and .NET. The type of interface
you use depends on your application needs and programming experience.
ActiveX Automation
ActiveX Automation is a technology developed by Microsoft
®
and is based on
the COM (component object model) architecture. You can use it to customize
AutoCAD, share your drawing data with other applications, and automate tasks.
Overview of ActiveX
You can create and manipulate AutoCAD objects from any application that
serves as an Automation controller. Thus, Automation enables macro
programming across applications, a capability that does not exist in AutoLISP.
Through Automation, AutoCAD exposes programmable objects, described by
the AutoCAD Object Model, that can be created, edited, and manipulated by
other applications. Any application that can access the AutoCAD Object Model
is an Automation controller, and the most common tool used for manipulating
another application using Automation is Visual Basic for Applications (VBA).
VBA is found as a component in many Microsoft Office applications. You can
use these applications, or other Automation controllers, such as Visual Basic,
.NET, and Delphi, to drive AutoCAD.
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