| Graphics | ![]() |
| Organization of Graphics Objects |
Illustrates the graphics object hierarchy |
| Types of Graphics Objects |
Describes the categories of graphics objects |
| Graphics Windows -- the Figure |
Overview of the MATLAB graphics window |
| Core Graphics Objects |
Core objects used to create graphs and construct composite objects |
| Plot Objects |
Composite objects that are used to create graphs |
| Annotation Objects |
Create annotation object programmatically |
| Group Objects |
Form groups of objects that behave as one object with respect to certain properties |
| Object Properties |
Overview of object properties |
| Setting and Querying Property Values |
How to set and query property values and how to return to original (factory default) values |
| Setting Default Property Values |
How MATLAB determines what values to use for a given object's properties and how to define default values |
| Accessing Object Handles |
Obtain the handles of existing objects |
| Controlling Graphics Output |
Control target window for graphics output |
| Saving Handles in M-Files |
How to manage object handles within a graphics M-file |
| Properties Changed by Built-In Functions |
List of the properties that are changed by MATLAB built-in functions |
| Callback Properties for Graphics Objects |
Object properties for which you can define callbacks |
| Objects That Can Contain Other Objects |
How to use figure and axes containers to write resize functions |
| Function Handle Callbacks |
How to use function handle callbacks |
| Example -- Using Function Handles in GUIs |
Example showing how to write function handle callbacks |
| Optimizing Graphics Performance |
Techniques for improving the speed of grahics rendering. |
| General Problems | Organization of Graphics Objects | ![]() |
© 1994-2005 The MathWorks, Inc.