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
continue strings from line to line, you use the AutoLISP strcat function to
assemble the complete MODEMACRO string from shorter component strings.
(defun C:ACADMODE ( )
(setvar "modemacro"
(strcat
"Layer $(substr,$(getvar,clayer),1,8)"
"$(if,$(getvar,orthomode), Ortho)"
"$(if,$(getvar,snapmode), Snap)"
"$(if,$(getvar,tabmode), Tablet)"
"$(if,$(=,$(getvar,tilemode),0),"
"$(if,$(=,$(getvar,cvport),1), P)"
")"
)
)
)
Save this AutoLISP routine in a file called acadmode.lsp. When you load the
routine and execute it, it displays information on the status line. This is not
the most useful application of this feature; it is provided only as an example.
The following sample acad.lsp file uses the S::STARTUP function to set the
MODEMACRO variable to a string defined by the AutoLISP file mode1.lsp.
;;; Sample acad.lsp file that uses S::STARTUP to load the
;;; file MODE1.LSP which defines a MODEMACRO string
(defun S::STARTUP ( )
(load "mode1")
(princ)
)
;;; Additional AutoLISP files can also be defined or
;;; loaded here
When the AutoLISP file (mode1.lsp) is loaded, it uses the MODEMACRO system
variable to define a status line that displays L: followed by the first eight
characters of the layer name, the drawing name and a portion of the path,
and the first letter of each name of the currently active modes. The position
Set MODEMACRO with AutoLISP | 397